id	sid	tid	token	lemma	pos
36036	1	1	SMITHSONIAN	smithsonian	JJ
36036	1	2	CONTRIBUTIONS	CONTRIBUTIONS	NNP
36036	1	3	TO	to	IN
36036	1	4	ZOOLOGY	ZOOLOGY	NNP
36036	1	5	·	·	NFP
36036	1	6	NUMBER	NUMBER	NNP
36036	1	7	542	542	CD
36036	1	8	Metabolic	metabolic	JJ
36036	1	9	Adaptation	adaptation	NN
36036	1	10	to	to	IN
36036	1	11	Climate	Climate	NNP
36036	1	12	and	and	CC
36036	1	13	Distribution	Distribution	NNP
36036	1	14	of	of	IN
36036	1	15	the	the	DT
36036	1	16	Raccoon	Raccoon	NNP
36036	1	17	_	_	NNP
36036	1	18	Procyon	Procyon	NNP
36036	1	19	lotor	lotor	NN
36036	1	20	_	_	NNP
36036	1	21	and	and	CC
36036	1	22	Other	Other	NNP
36036	1	23	Procyonidae	Procyonidae	NNP
36036	1	24	_	_	NNP
36036	1	25	John	John	NNP
36036	1	26	N.	N.	NNP
36036	1	27	Mugaas	Mugaas	NNP
36036	1	28	,	,	,
36036	1	29	John	John	NNP
36036	1	30	Seidensticker	Seidensticker	NNP
36036	1	31	,	,	,
36036	1	32	and	and	CC
36036	1	33	Kathleen	Kathleen	NNP
36036	1	34	P.	P.	NNP
36036	1	35	Mahlke	Mahlke	NNP
36036	1	36	-	-	HYPH
36036	1	37	Johnson	Johnson	NNP
36036	1	38	_	_	NNP
36036	1	39	[	[	-LRB-
36036	1	40	Smithsonian	Smithsonian	NNP
36036	1	41	Institution	Institution	NNP
36036	1	42	logo	logo	NN
36036	1	43	]	]	-RRB-
36036	1	44	SMITHSONIAN	SMITHSONIAN	NNP
36036	1	45	INSTITUTION	institution	NN
36036	1	46	PRESS	PRESS	NNP
36036	1	47	Washington	Washington	NNP
36036	1	48	,	,	,
36036	1	49	D.C.	D.C.	NNP
36036	1	50	1993	1993	CD
36036	1	51	ABSTRACT	ABSTRACT	NNP
36036	1	52	Mugaas	Mugaas	NNP
36036	1	53	,	,	,
36036	1	54	J.	J.	NNP
36036	1	55	N.	N.	NNP
36036	1	56	,	,	,
36036	1	57	J.	J.	NNP
36036	1	58	Seidensticker	Seidensticker	NNP
36036	1	59	,	,	,
36036	1	60	and	and	CC
36036	1	61	K.	K.	NNP
36036	1	62	Mahlke	Mahlke	NNP
36036	1	63	-	-	HYPH
36036	1	64	Johnson	Johnson	NNP
36036	1	65	.	.	.
36036	2	1	Metabolic	metabolic	JJ
36036	2	2	Adaptation	adaptation	NN
36036	2	3	to	to	IN
36036	2	4	Climate	Climate	NNP
36036	2	5	and	and	CC
36036	2	6	Distribution	Distribution	NNP
36036	2	7	of	of	IN
36036	2	8	the	the	DT
36036	2	9	Raccoon	Raccoon	NNP
36036	2	10	_	_	NNP
36036	2	11	Procyon	Procyon	NNP
36036	2	12	lotor	lotor	NN
36036	2	13	_	_	NNP
36036	2	14	and	and	CC
36036	2	15	Other	Other	NNP
36036	2	16	Procyonidae	Procyonidae	NNP
36036	2	17	.	.	.
36036	3	1	_	_	NNP
36036	3	2	Smithsonian	Smithsonian	NNP
36036	3	3	Contributions	Contributions	NNP
36036	3	4	to	to	IN
36036	3	5	Zoology	Zoology	NNP
36036	3	6	_	_	NNP
36036	3	7	,	,	,
36036	3	8	number	number	NN
36036	3	9	542	542	CD
36036	3	10	,	,	,
36036	3	11	34	34	CD
36036	3	12	pages	page	NNS
36036	3	13	,	,	,
36036	3	14	8	8	CD
36036	3	15	figures	figure	NNS
36036	3	16	,	,	,
36036	3	17	12	12	CD
36036	3	18	tables	table	NNS
36036	3	19	,	,	,
36036	3	20	1993.--Although	1993.--although	CD
36036	3	21	the	the	DT
36036	3	22	family	family	NN
36036	3	23	Procyonidae	Procyonidae	NNP
36036	3	24	is	be	VBZ
36036	3	25	largely	largely	RB
36036	3	26	a	a	DT
36036	3	27	Neotropical	neotropical	JJ
36036	3	28	group	group	NN
36036	3	29	,	,	,
36036	3	30	the	the	DT
36036	3	31	North	north	JJ
36036	3	32	American	american	JJ
36036	3	33	raccoon	raccoon	NN
36036	3	34	,	,	,
36036	3	35	_	_	NNP
36036	3	36	Procyon	Procyon	NNP
36036	3	37	lotor	lotor	NN
36036	3	38	_	_	NNP
36036	3	39	,	,	,
36036	3	40	is	be	VBZ
36036	3	41	more	more	RBR
36036	3	42	versatile	versatile	JJ
36036	3	43	in	in	IN
36036	3	44	its	-PRON-	PRP$
36036	3	45	use	use	NN
36036	3	46	of	of	IN
36036	3	47	climate	climate	NN
36036	3	48	,	,	,
36036	3	49	and	and	CC
36036	3	50	it	-PRON-	PRP
36036	3	51	is	be	VBZ
36036	3	52	found	find	VBN
36036	3	53	in	in	IN
36036	3	54	nearly	nearly	RB
36036	3	55	every	every	DT
36036	3	56	habitat	habitat	NN
36036	3	57	from	from	IN
36036	3	58	Panama	Panama	NNP
36036	3	59	to	to	IN
36036	3	60	60	60	CD
36036	3	61	°	°	NNS
36036	3	62	N	n	CD
36036	3	63	in	in	IN
36036	3	64	Canada	Canada	NNP
36036	3	65	.	.	.
36036	4	1	We	-PRON-	PRP
36036	4	2	hypothesized	hypothesize	VBD
36036	4	3	that	that	IN
36036	4	4	most	most	JJS
36036	4	5	contemporary	contemporary	JJ
36036	4	6	procyonids	procyonid	NNS
36036	4	7	have	have	VBP
36036	4	8	remained	remain	VBN
36036	4	9	in	in	IN
36036	4	10	tropic	tropic	NN
36036	4	11	and	and	CC
36036	4	12	subtropic	subtropic	NN
36036	4	13	climates	climate	NNS
36036	4	14	because	because	IN
36036	4	15	they	-PRON-	PRP
36036	4	16	have	have	VBP
36036	4	17	retained	retain	VBN
36036	4	18	the	the	DT
36036	4	19	metabolic	metabolic	JJ
36036	4	20	characteristics	characteristic	NNS
36036	4	21	of	of	IN
36036	4	22	their	-PRON-	PRP$
36036	4	23	warm	warm	RB
36036	4	24	-	-	HYPH
36036	4	25	adapted	adapt	VBN
36036	4	26	ancestors	ancestor	NNS
36036	4	27	,	,	,
36036	4	28	whereas	whereas	IN
36036	4	29	_	_	NNP
36036	4	30	Procyon	Procyon	NNP
36036	4	31	lotor	lotor	NN
36036	4	32	_	_	NNP
36036	4	33	evolved	evolve	VBD
36036	4	34	a	a	DT
36036	4	35	different	different	JJ
36036	4	36	set	set	NN
36036	4	37	of	of	IN
36036	4	38	adaptations	adaptation	NNS
36036	4	39	that	that	WDT
36036	4	40	have	have	VBP
36036	4	41	enabled	enable	VBN
36036	4	42	it	-PRON-	PRP
36036	4	43	to	to	TO
36036	4	44	generalize	generalize	VB
36036	4	45	its	-PRON-	PRP$
36036	4	46	use	use	NN
36036	4	47	of	of	IN
36036	4	48	habitats	habitat	NNS
36036	4	49	and	and	CC
36036	4	50	climates	climate	NNS
36036	4	51	.	.	.
36036	5	1	To	to	TO
36036	5	2	test	test	VB
36036	5	3	this	this	DT
36036	5	4	hypothesis	hypothesis	NN
36036	5	5	we	-PRON-	PRP
36036	5	6	compared	compare	VBD
36036	5	7	_	_	NNP
36036	5	8	Procyon	Procyon	NNP
36036	5	9	lotor	lotor	NN
36036	5	10	_	_	NNP
36036	5	11	with	with	IN
36036	5	12	several	several	JJ
36036	5	13	other	other	JJ
36036	5	14	procyonids	procyonid	NNS
36036	5	15	(	(	-LRB-
36036	5	16	_	_	NNP
36036	5	17	Bassariscus	Bassariscus	NNP
36036	5	18	astutus	astutus	NN
36036	5	19	_	_	NNP
36036	5	20	,	,	,
36036	5	21	_	_	NNP
36036	5	22	Nasua	Nasua	NNP
36036	5	23	nasua	nasua	NNP
36036	5	24	_	_	NNP
36036	5	25	,	,	,
36036	5	26	_	_	NNP
36036	5	27	Nasua	Nasua	NNP
36036	5	28	narica	narica	NN
36036	5	29	_	_	NNP
36036	5	30	,	,	,
36036	5	31	_	_	NNP
36036	5	32	Procyon	Procyon	NNP
36036	5	33	cancrivorus	cancrivoru	VBZ
36036	5	34	_	_	NNP
36036	5	35	,	,	,
36036	5	36	and	and	CC
36036	5	37	_	_	NNP
36036	5	38	Potos	Potos	NNP
36036	5	39	flavus	flavus	NN
36036	5	40	_	_	NNP
36036	5	41	)	)	-RRB-
36036	5	42	with	with	IN
36036	5	43	respect	respect	NN
36036	5	44	to	to	IN
36036	5	45	(	(	-LRB-
36036	5	46	1	1	LS
36036	5	47	)	)	-RRB-
36036	5	48	basal	basal	NNP
36036	5	49	metabolic	metabolic	JJ
36036	5	50	rate	rate	NN
36036	5	51	(	(	-LRB-
36036	5	52	[	[	-LRB-
36036	5	53	.H]_{b	.H]_{b	NFP
36036	5	54	}	}	-RRB-
36036	5	55	)	)	-RRB-
36036	5	56	,	,	,
36036	5	57	(	(	-LRB-
36036	5	58	2	2	LS
36036	5	59	)	)	-RRB-
36036	5	60	minimum	minimum	JJ
36036	5	61	wet	wet	JJ
36036	5	62	thermal	thermal	JJ
36036	5	63	conductance	conductance	NN
36036	5	64	(	(	-LRB-
36036	5	65	C_{mw	C_{mw	NNP
36036	5	66	}	}	-RRB-
36036	5	67	)	)	-RRB-
36036	5	68	,	,	,
36036	5	69	(	(	-LRB-
36036	5	70	3	3	LS
36036	5	71	)	)	-RRB-
36036	5	72	diversity	diversity	NN
36036	5	73	of	of	IN
36036	5	74	diet	diet	NNP
36036	5	75	(	(	-LRB-
36036	5	76	D_{d	D_{d	NNP
36036	5	77	}	}	-RRB-
36036	5	78	)	)	-RRB-
36036	5	79	,	,	,
36036	5	80	(	(	-LRB-
36036	5	81	4	4	LS
36036	5	82	)	)	-RRB-
36036	5	83	intrinsic	intrinsic	JJ
36036	5	84	rate	rate	NN
36036	5	85	of	of	IN
36036	5	86	natural	natural	JJ
36036	5	87	increase	increase	NN
36036	5	88	(	(	-LRB-
36036	5	89	r_{max	r_{max	NNP
36036	5	90	}	}	-RRB-
36036	5	91	)	)	-RRB-
36036	5	92	,	,	,
36036	5	93	and	and	CC
36036	5	94	,	,	,
36036	5	95	where	where	WRB
36036	5	96	possible	possible	JJ
36036	5	97	,	,	,
36036	5	98	(	(	-LRB-
36036	5	99	5	5	LS
36036	5	100	)	)	-RRB-
36036	5	101	capacity	capacity	NN
36036	5	102	for	for	IN
36036	5	103	evaporative	evaporative	JJ
36036	5	104	cooling	cooling	NN
36036	5	105	(	(	-LRB-
36036	5	106	E_{c	E_{c	NNP
36036	5	107	}	}	-RRB-
36036	5	108	)	)	-RRB-
36036	5	109	.	.	.
36036	6	1	We	-PRON-	PRP
36036	6	2	measured	measure	VBD
36036	6	3	basal	basal	NN
36036	6	4	and	and	CC
36036	6	5	thermoregulatory	thermoregulatory	JJ
36036	6	6	metabolism	metabolism	NN
36036	6	7	,	,	,
36036	6	8	evaporative	evaporative	JJ
36036	6	9	water	water	NN
36036	6	10	loss	loss	NN
36036	6	11	,	,	,
36036	6	12	and	and	CC
36036	6	13	body	body	NN
36036	6	14	temperature	temperature	NN
36036	6	15	of	of	IN
36036	6	16	both	both	DT
36036	6	17	sexes	sex	NNS
36036	6	18	of	of	IN
36036	6	19	_	_	NNP
36036	6	20	Procyon	Procyon	NNP
36036	6	21	lotor	lotor	NN
36036	6	22	_	_	NNP
36036	6	23	from	from	IN
36036	6	24	north	north	NNP
36036	6	25	central	central	NNP
36036	6	26	Virginia	Virginia	NNP
36036	6	27	,	,	,
36036	6	28	in	in	IN
36036	6	29	summer	summer	NN
36036	6	30	and	and	CC
36036	6	31	winter	winter	NN
36036	6	32	.	.	.
36036	7	1	Metabolic	metabolic	JJ
36036	7	2	data	datum	NNS
36036	7	3	for	for	IN
36036	7	4	other	other	JJ
36036	7	5	procyonids	procyonid	NNS
36036	7	6	were	be	VBD
36036	7	7	from	from	IN
36036	7	8	literature	literature	NN
36036	7	9	,	,	,
36036	7	10	as	as	IN
36036	7	11	were	be	VBD
36036	7	12	dietary	dietary	JJ
36036	7	13	and	and	CC
36036	7	14	reproductive	reproductive	JJ
36036	7	15	data	datum	NNS
36036	7	16	for	for	IN
36036	7	17	all	all	DT
36036	7	18	species	specie	NNS
36036	7	19	.	.	.
36036	8	1	Procyon	procyon	JJ
36036	8	2	lotor	lotor	NN
36036	8	3	differed	differ	VBN
36036	8	4	from	from	IN
36036	8	5	other	other	JJ
36036	8	6	procyonids	procyonid	NNS
36036	8	7	in	in	IN
36036	8	8	all	all	DT
36036	8	9	five	five	CD
36036	8	10	variables	variable	NNS
36036	8	11	.	.	.
36036	9	1	(	(	-LRB-
36036	9	2	1	1	LS
36036	9	3	)	)	-RRB-
36036	9	4	_	_	NNP
36036	9	5	Procyon	Procyon	NNP
36036	9	6	lotor	lotor	NN
36036	9	7	_	_	NNP
36036	9	8	's	's	POS
36036	9	9	mass	mass	JJ
36036	9	10	specific	specific	JJ
36036	9	11	[	[	-LRB-
36036	9	12	.H]_{b	.H]_{b	.
36036	9	13	}	}	-RRB-
36036	9	14	(	(	-LRB-
36036	9	15	0.46	0.46	CD
36036	9	16	mL	mL	NNP
36036	9	17	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	9	18	}	}	-RRB-
36036	9	19	)	)	-RRB-
36036	9	20	was	be	VBD
36036	9	21	1.45	1.45	CD
36036	9	22	to	to	IN
36036	9	23	1.86	1.86	CD
36036	9	24	times	time	NNS
36036	9	25	greater	great	JJR
36036	9	26	than	than	IN
36036	9	27	values	value	NNS
36036	9	28	for	for	IN
36036	9	29	other	other	JJ
36036	9	30	procyonids	procyonid	NNS
36036	9	31	.	.	.
36036	10	1	(	(	-LRB-
36036	10	2	2	2	LS
36036	10	3	)	)	-RRB-
36036	10	4	Because	because	IN
36036	10	5	of	of	IN
36036	10	6	its	-PRON-	PRP$
36036	10	7	annual	annual	JJ
36036	10	8	molt	molt	NN
36036	10	9	,	,	,
36036	10	10	_	_	NNP
36036	10	11	Procyon	Procyon	NNP
36036	10	12	lotor	lotor	NN
36036	10	13	_	_	NNP
36036	10	14	's	's	POS
36036	10	15	C_{mw	c_{mw	NN
36036	10	16	}	}	-RRB-
36036	10	17	was	be	VBD
36036	10	18	about	about	RB
36036	10	19	49	49	CD
36036	10	20	%	%	NN
36036	10	21	higher	high	JJR
36036	10	22	in	in	IN
36036	10	23	summer	summer	NN
36036	10	24	than	than	IN
36036	10	25	winter	winter	NN
36036	10	26	,	,	,
36036	10	27	0.0256	0.0256	CD
36036	10	28	and	and	CC
36036	10	29	0.0172	0.0172	CD
36036	10	30	mL	ml	NN
36036	10	31	O_{2}·g^{-1}·h^{-1}·	o_{2}·g^{-1}·h^{-1}·	RB
36036	10	32	°	°	,
36036	10	33	C^{-1	c^{-1	ADD
36036	10	34	}	}	-RRB-
36036	10	35	,	,	,
36036	10	36	respectively	respectively	RB
36036	10	37	.	.	.
36036	11	1	The	the	DT
36036	11	2	ratio	ratio	NN
36036	11	3	of	of	IN
36036	11	4	measured	measure	VBN
36036	11	5	to	to	IN
36036	11	6	predicted	predict	VBN
36036	11	7	C_{mw	C_{mw	NNP
36036	11	8	}	}	-RRB-
36036	11	9	for	for	IN
36036	11	10	_	_	NNP
36036	11	11	Procyon	Procyon	NNP
36036	11	12	lotor	lotor	NN
36036	11	13	_	_	NNP
36036	11	14	in	in	IN
36036	11	15	winter	winter	NN
36036	11	16	(	(	-LRB-
36036	11	17	1.15	1.15	CD
36036	11	18	)	)	-RRB-
36036	11	19	was	be	VBD
36036	11	20	similar	similar	JJ
36036	11	21	to	to	IN
36036	11	22	values	value	NNS
36036	11	23	calculated	calculate	VBN
36036	11	24	for	for	IN
36036	11	25	_	_	NNP
36036	11	26	Potos	Potos	NNP
36036	11	27	flavus	flavus	NN
36036	11	28	_	_	NNP
36036	11	29	(	(	-LRB-
36036	11	30	1.02	1.02	CD
36036	11	31	)	)	-RRB-
36036	11	32	and	and	CC
36036	11	33	_	_	NNP
36036	11	34	Procyon	Procyon	NNP
36036	11	35	cancrivorus	cancrivoru	VBZ
36036	11	36	_	_	NNP
36036	11	37	(	(	-LRB-
36036	11	38	1.25	1.25	CD
36036	11	39	)	)	-RRB-
36036	11	40	.	.	.
36036	12	1	Values	value	NNS
36036	12	2	for	for	IN
36036	12	3	other	other	JJ
36036	12	4	procyonids	procyonid	NNS
36036	12	5	were	be	VBD
36036	12	6	higher	high	JJR
36036	12	7	than	than	IN
36036	12	8	this	this	DT
36036	12	9	,	,	,
36036	12	10	but	but	CC
36036	12	11	less	less	JJR
36036	12	12	than	than	IN
36036	12	13	the	the	DT
36036	12	14	value	value	NN
36036	12	15	for	for	IN
36036	12	16	_	_	NNP
36036	12	17	Procyon	Procyon	NNP
36036	12	18	lotor	lotor	NN
36036	12	19	_	_	NNP
36036	12	20	(	(	-LRB-
36036	12	21	1.76	1.76	CD
36036	12	22	)	)	-RRB-
36036	12	23	in	in	IN
36036	12	24	summer	summer	NN
36036	12	25	.	.	.
36036	13	1	On	on	IN
36036	13	2	a	a	DT
36036	13	3	mass	mass	JJ
36036	13	4	specific	specific	JJ
36036	13	5	basis	basis	NN
36036	13	6	,	,	,
36036	13	7	_	_	NNP
36036	13	8	Bassariscus	Bassariscus	NNP
36036	13	9	astutus	astutus	NN
36036	13	10	_	_	NNP
36036	13	11	had	have	VBD
36036	13	12	the	the	DT
36036	13	13	lowest	low	JJS
36036	13	14	C_{mw	c_{mw	NN
36036	13	15	}	}	-RRB-
36036	13	16	with	with	IN
36036	13	17	a	a	DT
36036	13	18	ratio	ratio	NN
36036	13	19	of	of	IN
36036	13	20	0.85	0.85	CD
36036	13	21	.	.	.
36036	14	1	(	(	-LRB-
36036	14	2	3	3	LS
36036	14	3	)	)	-RRB-
36036	14	4	_	_	NNP
36036	14	5	Procyon	Procyon	NNP
36036	14	6	lotor	lotor	NN
36036	14	7	_	_	NNP
36036	14	8	utilized	utilize	VBD
36036	14	9	three	three	CD
36036	14	10	times	time	NNS
36036	14	11	as	as	IN
36036	14	12	many	many	JJ
36036	14	13	food	food	NN
36036	14	14	categories	category	NNS
36036	14	15	as	as	IN
36036	14	16	_	_	NNP
36036	14	17	Procyon	Procyon	NNP
36036	14	18	cancrivorus	cancrivoru	VBZ
36036	14	19	_	_	NNP
36036	14	20	,	,	,
36036	14	21	_	_	NNP
36036	14	22	Nasua	Nasua	NNP
36036	14	23	nasua	nasua	RB
36036	14	24	_	_	NNP
36036	14	25	,	,	,
36036	14	26	and	and	CC
36036	14	27	_	_	NNP
36036	14	28	Bassariscus	Bassariscus	NNP
36036	14	29	astutus	astutus	NN
36036	14	30	_	_	NNP
36036	14	31	;	;	:
36036	14	32	about	about	RB
36036	14	33	two	two	CD
36036	14	34	times	time	NNS
36036	14	35	as	as	RB
36036	14	36	many	many	JJ
36036	14	37	as	as	IN
36036	14	38	_	_	NNP
36036	14	39	Nasua	Nasua	NNP
36036	14	40	narica	narica	NNP
36036	14	41	_	_	NNP
36036	14	42	;	;	:
36036	14	43	and	and	CC
36036	14	44	nine	nine	CD
36036	14	45	times	time	NNS
36036	14	46	as	as	RB
36036	14	47	many	many	JJ
36036	14	48	as	as	IN
36036	14	49	_	_	NNP
36036	14	50	Potos	Potos	NNP
36036	14	51	flavus	flavus	NN
36036	14	52	_	_	NNP
36036	14	53	.	.	.
36036	15	1	(	(	-LRB-
36036	15	2	4	4	LS
36036	15	3	)	)	-RRB-
36036	15	4	Intrinsic	intrinsic	JJ
36036	15	5	rate	rate	NN
36036	15	6	of	of	IN
36036	15	7	natural	natural	JJ
36036	15	8	increase	increase	NN
36036	15	9	correlated	correlate	VBD
36036	15	10	positively	positively	RB
36036	15	11	with	with	IN
36036	15	12	[	[	-LRB-
36036	15	13	.H]_{b	.h]_{b	NN
36036	15	14	}	}	-RRB-
36036	15	15	.	.	.
36036	16	1	_	_	NNP
36036	16	2	Procyon	Procyon	NNP
36036	16	3	lotor	lotor	NN
36036	16	4	_	_	NNP
36036	16	5	had	have	VBD
36036	16	6	the	the	DT
36036	16	7	highest	high	JJS
36036	16	8	r_{max	r_{max	ADD
36036	16	9	}	}	-RRB-
36036	16	10	(	(	-LRB-
36036	16	11	2.52	2.52	CD
36036	16	12	of	of	IN
36036	16	13	expected	expect	VBN
36036	16	14	)	)	-RRB-
36036	16	15	and	and	CC
36036	16	16	_	_	NNP
36036	16	17	Potos	Potos	NNP
36036	16	18	flavus	flavus	NN
36036	16	19	_	_	NNP
36036	16	20	the	the	DT
36036	16	21	lowest	low	JJS
36036	16	22	(	(	-LRB-
36036	16	23	0.48	0.48	CD
36036	16	24	of	of	IN
36036	16	25	expected	expect	VBN
36036	16	26	)	)	-RRB-
36036	16	27	.	.	.
36036	17	1	The	the	DT
36036	17	2	other	other	JJ
36036	17	3	procyonids	procyonid	NNS
36036	17	4	examined	examine	VBN
36036	17	5	also	also	RB
36036	17	6	had	have	VBN
36036	17	7	low	low	JJ
36036	17	8	[	[	-LRB-
36036	17	9	.H]_{b	.H]_{b	NFP
36036	17	10	}	}	-RRB-
36036	17	11	,	,	,
36036	17	12	but	but	CC
36036	17	13	their	-PRON-	PRP$
36036	17	14	r_{max	r_{max	NN
36036	17	15	}	}	-RRB-
36036	17	16	's	be	VBZ
36036	17	17	were	be	VBD
36036	17	18	higher	high	JJR
36036	17	19	than	than	IN
36036	17	20	predicted	predict	VBN
36036	17	21	(	(	-LRB-
36036	17	22	1.11	1.11	CD
36036	17	23	-	-	SYM
36036	17	24	1.32	1.32	CD
36036	17	25	of	of	IN
36036	17	26	expected	expect	VBN
36036	17	27	)	)	-RRB-
36036	17	28	.	.	.
36036	18	1	Early	early	JJ
36036	18	2	age	age	NN
36036	18	3	of	of	IN
36036	18	4	first	first	JJ
36036	18	5	female	female	JJ
36036	18	6	reproduction	reproduction	NN
36036	18	7	,	,	,
36036	18	8	fairly	fairly	RB
36036	18	9	large	large	JJ
36036	18	10	litter	litter	NN
36036	18	11	size	size	NN
36036	18	12	,	,	,
36036	18	13	long	long	JJ
36036	18	14	life	life	NN
36036	18	15	span	span	NN
36036	18	16	,	,	,
36036	18	17	high	high	JJ
36036	18	18	-	-	HYPH
36036	18	19	quality	quality	NN
36036	18	20	diet	diet	NN
36036	18	21	,	,	,
36036	18	22	and	and	CC
36036	18	23	,	,	,
36036	18	24	in	in	IN
36036	18	25	one	one	CD
36036	18	26	case	case	NN
36036	18	27	,	,	,
36036	18	28	female	female	JJ
36036	18	29	social	social	JJ
36036	18	30	organization	organization	NN
36036	18	31	all	all	DT
36036	18	32	compensated	compensate	VBD
36036	18	33	for	for	IN
36036	18	34	low	low	JJ
36036	18	35	[	[	-LRB-
36036	18	36	.H]_{b	.h]_{b	NN
36036	18	37	}	}	-RRB-
36036	18	38	and	and	CC
36036	18	39	elevated	elevated	JJ
36036	18	40	r_{max	r_{max	NNP
36036	18	41	}	}	-RRB-
36036	18	42	.	.	.
36036	19	1	(	(	-LRB-
36036	19	2	5	5	LS
36036	19	3	)	)	-RRB-
36036	19	4	Although	although	IN
36036	19	5	data	datum	NNS
36036	19	6	on	on	IN
36036	19	7	the	the	DT
36036	19	8	capacity	capacity	NN
36036	19	9	for	for	IN
36036	19	10	evaporative	evaporative	JJ
36036	19	11	cooling	cooling	NN
36036	19	12	were	be	VBD
36036	19	13	incomplete	incomplete	JJ
36036	19	14	,	,	,
36036	19	15	this	this	DT
36036	19	16	variable	variable	NN
36036	19	17	appeared	appear	VBD
36036	19	18	to	to	TO
36036	19	19	be	be	VB
36036	19	20	best	well	RBS
36036	19	21	developed	develop	VBN
36036	19	22	in	in	IN
36036	19	23	_	_	NNP
36036	19	24	Procyon	Procyon	NNP
36036	19	25	lotor	lotor	NN
36036	19	26	_	_	NNP
36036	19	27	and	and	CC
36036	19	28	_	_	NNP
36036	19	29	Bassariscus	Bassariscus	NNP
36036	19	30	astutus	astutus	NN
36036	19	31	_	_	NNP
36036	19	32	,	,	,
36036	19	33	the	the	DT
36036	19	34	two	two	CD
36036	19	35	species	specie	NNS
36036	19	36	that	that	WDT
36036	19	37	have	have	VBP
36036	19	38	been	be	VBN
36036	19	39	most	most	RBS
36036	19	40	successful	successful	JJ
36036	19	41	at	at	IN
36036	19	42	including	include	VBG
36036	19	43	temperate	temperate	NN
36036	19	44	climates	climate	VBZ
36036	19	45	in	in	IN
36036	19	46	their	-PRON-	PRP$
36036	19	47	distributions	distribution	NNS
36036	19	48	.	.	.
36036	20	1	These	these	DT
36036	20	2	five	five	CD
36036	20	3	variables	variable	NNS
36036	20	4	are	be	VBP
36036	20	5	functionally	functionally	RB
36036	20	6	interrelated	interrelate	VBN
36036	20	7	,	,	,
36036	20	8	and	and	CC
36036	20	9	have	have	VBP
36036	20	10	co	co	VBN
36036	20	11	-	-	VBN
36036	20	12	evolved	evolved	JJ
36036	20	13	in	in	IN
36036	20	14	each	each	DT
36036	20	15	species	specie	NNS
36036	20	16	to	to	TO
36036	20	17	form	form	VB
36036	20	18	a	a	DT
36036	20	19	unique	unique	JJ
36036	20	20	adaptive	adaptive	JJ
36036	20	21	unit	unit	NN
36036	20	22	that	that	WDT
36036	20	23	regulates	regulate	VBZ
36036	20	24	body	body	NN
36036	20	25	temperature	temperature	NN
36036	20	26	and	and	CC
36036	20	27	energy	energy	NN
36036	20	28	balance	balance	NN
36036	20	29	throughout	throughout	IN
36036	20	30	each	each	DT
36036	20	31	annual	annual	JJ
36036	20	32	cycle	cycle	NN
36036	20	33	.	.	.
36036	21	1	The	the	DT
36036	21	2	first	first	JJ
36036	21	3	four	four	CD
36036	21	4	variables	variable	NNS
36036	21	5	were	be	VBD
36036	21	6	converted	convert	VBN
36036	21	7	into	into	IN
36036	21	8	normalized	normalized	JJ
36036	21	9	dimensionless	dimensionless	JJ
36036	21	10	numbers	number	NNS
36036	21	11	,	,	,
36036	21	12	which	which	WDT
36036	21	13	were	be	VBD
36036	21	14	used	use	VBN
36036	21	15	to	to	TO
36036	21	16	derive	derive	VB
36036	21	17	a	a	DT
36036	21	18	composite	composite	JJ
36036	21	19	score	score	NN
36036	21	20	that	that	WDT
36036	21	21	represented	represent	VBD
36036	21	22	each	each	DT
36036	21	23	species	specie	NNS
36036	21	24	'	'	POS
36036	21	25	adaptive	adaptive	JJ
36036	21	26	unit	unit	NN
36036	21	27	.	.	.
36036	22	1	_	_	NNP
36036	22	2	Procyon	Procyon	NNP
36036	22	3	lotor	lotor	NN
36036	22	4	_	_	NNP
36036	22	5	had	have	VBD
36036	22	6	the	the	DT
36036	22	7	highest	high	JJS
36036	22	8	composite	composite	JJ
36036	22	9	score	score	NN
36036	22	10	(	(	-LRB-
36036	22	11	1.47	1.47	CD
36036	22	12	)	)	-RRB-
36036	22	13	and	and	CC
36036	22	14	_	_	NNP
36036	22	15	Potos	Potos	NNP
36036	22	16	flavus	flavus	NN
36036	22	17	_	_	NNP
36036	22	18	the	the	DT
36036	22	19	lowest	low	JJS
36036	22	20	(	(	-LRB-
36036	22	21	0.39	0.39	NN
36036	22	22	)	)	-RRB-
36036	22	23	.	.	.
36036	23	1	Scores	score	NNS
36036	23	2	for	for	IN
36036	23	3	the	the	DT
36036	23	4	other	other	JJ
36036	23	5	procyonids	procyonid	NNS
36036	23	6	were	be	VBD
36036	23	7	intermediate	intermediate	JJ
36036	23	8	to	to	IN
36036	23	9	these	these	DT
36036	23	10	extremes	extreme	NNS
36036	23	11	(	(	-LRB-
36036	23	12	0.64	0.64	CD
36036	23	13	-	-	SYM
36036	23	14	0.79	0.79	CD
36036	23	15	)	)	-RRB-
36036	23	16	.	.	.
36036	24	1	There	there	EX
36036	24	2	was	be	VBD
36036	24	3	a	a	DT
36036	24	4	positive	positive	JJ
36036	24	5	correlation	correlation	NN
36036	24	6	between	between	IN
36036	24	7	the	the	DT
36036	24	8	number	number	NN
36036	24	9	of	of	IN
36036	24	10	climates	climate	VBZ
36036	24	11	a	a	DT
36036	24	12	species	species	NN
36036	24	13	occupies	occupie	NNS
36036	24	14	and	and	CC
36036	24	15	the	the	DT
36036	24	16	magnitude	magnitude	NN
36036	24	17	of	of	IN
36036	24	18	its	-PRON-	PRP$
36036	24	19	composite	composite	JJ
36036	24	20	score	score	NN
36036	24	21	.	.	.
36036	25	1	Linear	linear	JJ
36036	25	2	regression	regression	NN
36036	25	3	of	of	IN
36036	25	4	this	this	DT
36036	25	5	relationship	relationship	NN
36036	25	6	indicated	indicate	VBD
36036	25	7	that	that	IN
36036	25	8	89	89	CD
36036	25	9	%	%	NN
36036	25	10	of	of	IN
36036	25	11	the	the	DT
36036	25	12	variance	variance	NN
36036	25	13	in	in	IN
36036	25	14	climatic	climatic	JJ
36036	25	15	distribution	distribution	NN
36036	25	16	was	be	VBD
36036	25	17	attributed	attribute	VBN
36036	25	18	to	to	IN
36036	25	19	the	the	DT
36036	25	20	composite	composite	JJ
36036	25	21	scores	score	NNS
36036	25	22	.	.	.
36036	26	1	Differences	difference	NNS
36036	26	2	in	in	IN
36036	26	3	metabolic	metabolic	JJ
36036	26	4	adaptation	adaptation	NN
36036	26	5	,	,	,
36036	26	6	therefore	therefore	RB
36036	26	7	,	,	,
36036	26	8	have	have	VBP
36036	26	9	played	play	VBN
36036	26	10	a	a	DT
36036	26	11	role	role	NN
36036	26	12	in	in	IN
36036	26	13	delimiting	delimit	VBG
36036	26	14	climatic	climatic	JJ
36036	26	15	distribution	distribution	NN
36036	26	16	of	of	IN
36036	26	17	these	these	DT
36036	26	18	species	specie	NNS
36036	26	19	.	.	.
36036	27	1	It	-PRON-	PRP
36036	27	2	was	be	VBD
36036	27	3	clear	clear	JJ
36036	27	4	that	that	IN
36036	27	5	_	_	NNP
36036	27	6	Procyon	Procyon	NNP
36036	27	7	lotor	lotor	NN
36036	27	8	_	_	NNP
36036	27	9	differed	differ	VBD
36036	27	10	from	from	IN
36036	27	11	the	the	DT
36036	27	12	other	other	JJ
36036	27	13	procyonids	procyonid	NNS
36036	27	14	with	with	IN
36036	27	15	respect	respect	NN
36036	27	16	to	to	IN
36036	27	17	thermoregulatory	thermoregulatory	JJ
36036	27	18	ability	ability	NN
36036	27	19	,	,	,
36036	27	20	diet	diet	NN
36036	27	21	,	,	,
36036	27	22	and	and	CC
36036	27	23	reproductive	reproductive	JJ
36036	27	24	potential	potential	NN
36036	27	25	.	.	.
36036	28	1	These	these	DT
36036	28	2	differences	difference	NNS
36036	28	3	have	have	VBP
36036	28	4	enabled	enable	VBN
36036	28	5	it	-PRON-	PRP
36036	28	6	to	to	TO
36036	28	7	become	become	VB
36036	28	8	a	a	DT
36036	28	9	highly	highly	RB
36036	28	10	successful	successful	JJ
36036	28	11	climate	climate	NN
36036	28	12	generalist	generalist	NN
36036	28	13	,	,	,
36036	28	14	and	and	CC
36036	28	15	its	-PRON-	PRP$
36036	28	16	evolution	evolution	NN
36036	28	17	of	of	IN
36036	28	18	an	an	DT
36036	28	19	[	[	-LRB-
36036	28	20	.H]_{b	.h]_{b	NN
36036	28	21	}	}	-RRB-
36036	28	22	that	that	DT
36036	28	23	is	be	VBZ
36036	28	24	higher	high	JJR
36036	28	25	than	than	IN
36036	28	26	the	the	DT
36036	28	27	procyonid	procyonid	JJ
36036	28	28	norm	norm	NN
36036	28	29	appears	appear	VBZ
36036	28	30	to	to	TO
36036	28	31	be	be	VB
36036	28	32	the	the	DT
36036	28	33	cornerstone	cornerstone	NN
36036	28	34	of	of	IN
36036	28	35	its	-PRON-	PRP$
36036	28	36	success	success	NN
36036	28	37	.	.	.
36036	29	1	OFFICIAL	official	JJ
36036	29	2	PUBLICATION	publication	NN
36036	29	3	DATE	date	NN
36036	29	4	is	be	VBZ
36036	29	5	handstamped	handstamp	VBN
36036	29	6	in	in	IN
36036	29	7	a	a	DT
36036	29	8	limited	limited	JJ
36036	29	9	number	number	NN
36036	29	10	of	of	IN
36036	29	11	initial	initial	JJ
36036	29	12	copies	copy	NNS
36036	29	13	and	and	CC
36036	29	14	is	be	VBZ
36036	29	15	recorded	record	VBN
36036	29	16	in	in	IN
36036	29	17	the	the	DT
36036	29	18	Institution	Institution	NNP
36036	29	19	's	's	POS
36036	29	20	annual	annual	JJ
36036	29	21	report	report	NN
36036	29	22	,	,	,
36036	29	23	_	_	NNP
36036	29	24	Smithsonian	Smithsonian	NNP
36036	29	25	Year	Year	NNP
36036	29	26	_	_	NNP
36036	29	27	.	.	.
36036	30	1	SERIES	SERIES	NNP
36036	30	2	COVER	COVER	NNP
36036	30	3	DESIGN	design	NN
36036	30	4	:	:	:
36036	30	5	The	the	DT
36036	30	6	coral	coral	NN
36036	30	7	_	_	NNP
36036	30	8	Montastrea	Montastrea	NNP
36036	30	9	cavernosa	cavernosa	NNP
36036	30	10	_	_	NNP
36036	30	11	(	(	-LRB-
36036	30	12	Linnaeus	Linnaeus	NNP
36036	30	13	)	)	-RRB-
36036	30	14	.	.	.
36036	31	1	Library	library	JJ
36036	31	2	of	of	IN
36036	31	3	Congress	Congress	NNP
36036	31	4	Cataloging	Cataloging	NNP
36036	31	5	-	-	HYPH
36036	31	6	in	in	IN
36036	31	7	-	-	HYPH
36036	31	8	Publication	Publication	NNP
36036	31	9	Data	Data	NNP
36036	31	10	Mugaas	Mugaas	NNP
36036	31	11	,	,	,
36036	31	12	John	John	NNP
36036	31	13	N.	N.	NNP
36036	31	14	Metabolic	Metabolic	NNP
36036	31	15	adaptation	adaptation	NN
36036	31	16	to	to	IN
36036	31	17	climate	climate	NN
36036	31	18	and	and	CC
36036	31	19	distribution	distribution	NN
36036	31	20	of	of	IN
36036	31	21	the	the	DT
36036	31	22	raccoon	raccoon	NN
36036	31	23	Procyon	Procyon	NNP
36036	31	24	lotor	lotor	NN
36036	31	25	and	and	CC
36036	31	26	other	other	JJ
36036	31	27	Procyonidae	Procyonidae	NNP
36036	31	28	/	/	SYM
36036	31	29	John	John	NNP
36036	31	30	N.	N.	NNP
36036	31	31	Mugaas	Mugaas	NNP
36036	31	32	,	,	,
36036	31	33	John	John	NNP
36036	31	34	Seidensticker	Seidensticker	NNP
36036	31	35	,	,	,
36036	31	36	and	and	CC
36036	31	37	Kathleen	Kathleen	NNP
36036	31	38	P.	P.	NNP
36036	31	39	Mahlke	Mahlke	NNP
36036	31	40	-	-	HYPH
36036	31	41	Johnson	Johnson	NNP
36036	31	42	.	.	.
36036	32	1	p.	p.	NN
36036	33	1	cm.--(Smithsonian	cm.--(smithsonian	JJ
36036	33	2	contributions	contribution	NNS
36036	33	3	to	to	IN
36036	33	4	zoology	zoology	NN
36036	33	5	;	;	:
36036	33	6	no	no	UH
36036	33	7	.	.	.
36036	34	1	542	542	LS
36036	34	2	)	)	-RRB-
36036	34	3	Includes	include	VBZ
36036	34	4	bibliographical	bibliographical	JJ
36036	34	5	references	reference	NNS
36036	34	6	(	(	-LRB-
36036	34	7	p.	p.	NN
36036	34	8	)	)	-RRB-
36036	34	9	1	1	CD
36036	34	10	.	.	.
36036	35	1	Raccoons	Raccoons	NNP
36036	35	2	-	-	HYPH
36036	35	3	Metabolism	metabolism	NN
36036	35	4	-	-	HYPH
36036	35	5	Climatic	climatic	JJ
36036	35	6	factors	factor	NNS
36036	35	7	.	.	.
36036	36	1	2	2	LS
36036	36	2	.	.	.
36036	37	1	Procyonidae	Procyonidae	NNP
36036	37	2	-	-	HYPH
36036	37	3	Metabolism	metabolism	NN
36036	37	4	-	-	HYPH
36036	37	5	Climatic	climatic	JJ
36036	37	6	factors	factor	NNS
36036	37	7	.	.	.
36036	38	1	3	3	LS
36036	38	2	.	.	.
36036	39	1	Raccoons	raccoon	NNS
36036	39	2	-	-	HYPH
36036	39	3	Geographical	geographical	JJ
36036	39	4	distribution	distribution	NN
36036	39	5	.	.	.
36036	40	1	4	4	LS
36036	40	2	.	.	.
36036	41	1	Procyonidae	procyonidae	JJ
36036	41	2	-	-	HYPH
36036	41	3	Geographical	geographical	JJ
36036	41	4	distribution	distribution	NN
36036	41	5	.	.	.
36036	42	1	I.	I.	NNP
36036	42	2	Seidensticker	Seidensticker	NNP
36036	42	3	,	,	,
36036	42	4	John	John	NNP
36036	42	5	.	.	.
36036	43	1	II	ii	CD
36036	43	2	.	.	.
36036	44	1	Mahlke	Mahlke	NNP
36036	44	2	-	-	HYPH
36036	44	3	Johnson	Johnson	NNP
36036	44	4	,	,	,
36036	44	5	Kathleen	Kathleen	NNP
36036	44	6	.	.	.
36036	45	1	III	iii	CD
36036	45	2	.	.	.
36036	46	1	Title	title	NN
36036	46	2	.	.	.
36036	47	1	IV	IV	NNP
36036	47	2	.	.	.
36036	48	1	Series	Series	NNP
36036	48	2	.	.	.
36036	49	1	QL1.S54	ql1.s54	VB
36036	49	2	no	no	UH
36036	49	3	.	.	.
36036	50	1	542	542	CD
36036	50	2	[	[	-LRB-
36036	50	3	QL737.C26	QL737.C26	NNP
36036	50	4	]	]	-RRB-
36036	50	5	591	591	CD
36036	50	6	s	s	NNPS
36036	50	7	-	-	HYPH
36036	50	8	dc20	dc20	NNP
36036	50	9	[	[	-LRB-
36036	50	10	599.74´443´04542	599.74´443´04542	CD
36036	50	11	]	]	-RRB-
36036	50	12	93	93	CD
36036	50	13	-	-	HYPH
36036	50	14	3119	3119	CD
36036	50	15	[	[	-LRB-
36036	50	16	permanent	permanent	JJ
36036	50	17	paper	paper	NN
36036	50	18	symbol	symbol	NN
36036	50	19	]	]	-RRB-
36036	50	20	The	the	DT
36036	50	21	paper	paper	NN
36036	50	22	used	use	VBN
36036	50	23	in	in	IN
36036	50	24	this	this	DT
36036	50	25	publication	publication	NN
36036	50	26	meets	meet	VBZ
36036	50	27	the	the	DT
36036	50	28	minimum	minimum	JJ
36036	50	29	requirements	requirement	NNS
36036	50	30	of	of	IN
36036	50	31	the	the	DT
36036	50	32	American	American	NNP
36036	50	33	National	National	NNP
36036	50	34	Standard	Standard	NNP
36036	50	35	for	for	IN
36036	50	36	Permanence	Permanence	NNP
36036	50	37	of	of	IN
36036	50	38	Paper	Paper	NNP
36036	50	39	for	for	IN
36036	50	40	Printed	Printed	NNP
36036	50	41	Library	Library	NNP
36036	50	42	Materials	Materials	NNP
36036	50	43	z39.48	z39.48	NN
36036	50	44	-	-	HYPH
36036	50	45	-1984	-1984	NN
36036	50	46	.	.	.
36036	51	1	Contents	Contents	NNP
36036	51	2	_	_	NNP
36036	51	3	Page	Page	NNP
36036	51	4	_	_	NNP
36036	51	5	Introduction	introduction	NN
36036	51	6	1	1	CD
36036	51	7	Defining	define	VBG
36036	51	8	the	the	DT
36036	51	9	Problem	problem	NN
36036	51	10	1	1	CD
36036	51	11	Procyonid	Procyonid	NNP
36036	51	12	Origins	Origins	NNP
36036	51	13	1	1	CD
36036	51	14	Typical	Typical	NNP
36036	51	15	Procyonids	Procyonids	NNPS
36036	51	16	2	2	CD
36036	51	17	The	the	DT
36036	51	18	Atypical	Atypical	NNP
36036	51	19	Procyonid	Procyonid	NNP
36036	51	20	3	3	CD
36036	51	21	The	the	DT
36036	51	22	Hypothesis	hypothesis	NN
36036	51	23	4	4	CD
36036	51	24	Hypothesis	hypothesis	NN
36036	51	25	Testing	testing	NN
36036	51	26	4	4	CD
36036	51	27	Adaptive	adaptive	JJ
36036	51	28	Significance	significance	NN
36036	51	29	of	of	IN
36036	51	30	the	the	DT
36036	51	31	Variables	Variables	NNP
36036	51	32	4	4	CD
36036	51	33	Basal	Basal	NNP
36036	51	34	Metabolic	Metabolic	NNP
36036	51	35	Rate	Rate	NNP
36036	51	36	and	and	CC
36036	51	37	Intrinsic	Intrinsic	NNP
36036	51	38	Rate	rate	NN
36036	51	39	of	of	IN
36036	51	40	Natural	natural	JJ
36036	51	41	Increase	Increase	NNP
36036	51	42	4	4	CD
36036	51	43	Minimum	Minimum	NNP
36036	51	44	Thermal	Thermal	NNP
36036	51	45	Conductance	conductance	NN
36036	51	46	4	4	CD
36036	51	47	Capacity	capacity	NN
36036	51	48	for	for	IN
36036	51	49	Evaporative	Evaporative	NNP
36036	51	50	Cooling	Cooling	NNP
36036	51	51	5	5	CD
36036	51	52	Diet	diet	NN
36036	51	53	5	5	CD
36036	51	54	Experimental	Experimental	NNP
36036	51	55	Design	Design	NNP
36036	51	56	and	and	CC
36036	51	57	Summary	Summary	NNP
36036	51	58	5	5	CD
36036	51	59	Acknowledgments	acknowledgment	NNS
36036	51	60	5	5	CD
36036	51	61	Materials	Materials	NNPS
36036	51	62	and	and	CC
36036	51	63	Methods	method	NNS
36036	51	64	6	6	CD
36036	51	65	Live	live	RB
36036	51	66	-	-	HYPH
36036	51	67	trapping	trap	VBG
36036	51	68	6	6	CD
36036	51	69	Metabolic	Metabolic	NNP
36036	51	70	Studies	Studies	NNPS
36036	51	71	6	6	CD
36036	51	72	Basal	Basal	NNP
36036	51	73	and	and	CC
36036	51	74	Thermoregulatory	Thermoregulatory	NNP
36036	51	75	Metabolism	Metabolism	NNP
36036	51	76	6	6	CD
36036	51	77	Evaporative	Evaporative	NNP
36036	51	78	Water	Water	NNP
36036	51	79	Loss	Loss	NNP
36036	51	80	7	7	CD
36036	51	81	Body	Body	NNP
36036	51	82	Temperature	temperature	NN
36036	51	83	7	7	CD
36036	51	84	Calibrations	calibration	NNS
36036	51	85	7	7	CD
36036	51	86	Calorimeter	calorimeter	NN
36036	51	87	7	7	CD
36036	51	88	Body	Body	NNP
36036	51	89	Temperature	temperature	NN
36036	51	90	Transmitters	transmitter	NNS
36036	51	91	8	8	CD
36036	51	92	Statistical	statistical	JJ
36036	51	93	Methods	method	NNS
36036	51	94	8	8	CD
36036	51	95	Estimating	estimate	VBG
36036	51	96	Intrinsic	intrinsic	NN
36036	51	97	Rate	rate	NN
36036	51	98	of	of	IN
36036	51	99	Natural	natural	JJ
36036	51	100	Increase	Increase	NNP
36036	51	101	8	8	CD
36036	51	102	Comparison	comparison	NN
36036	51	103	of	of	IN
36036	51	104	Adaptive	Adaptive	NNP
36036	51	105	Units	Units	NNP
36036	51	106	8	8	CD
36036	51	107	Results	result	NNS
36036	51	108	8	8	CD
36036	51	109	Body	Body	NNP
36036	51	110	Mass	mass	NN
36036	51	111	8	8	CD
36036	51	112	Basal	Basal	NNP
36036	51	113	Metabolic	Metabolic	NNP
36036	51	114	Rate	rate	NN
36036	51	115	9	9	CD
36036	51	116	Minimum	Minimum	NNP
36036	51	117	Thermal	Thermal	NNP
36036	51	118	Conductance	conductance	NN
36036	51	119	9	9	CD
36036	51	120	Evaporative	Evaporative	NNP
36036	51	121	Water	Water	NNP
36036	51	122	Loss	Loss	NNP
36036	51	123	11	11	CD
36036	51	124	Thermoregulation	thermoregulation	NN
36036	51	125	at	at	IN
36036	51	126	Low	Low	NNP
36036	51	127	Temperatures	temperature	NNS
36036	51	128	12	12	CD
36036	51	129	Body	Body	NNP
36036	51	130	Temperature	temperature	NN
36036	51	131	12	12	CD
36036	51	132	Summer	summer	NN
36036	51	133	14	14	CD
36036	51	134	Winter	winter	NN
36036	51	135	14	14	CD
36036	51	136	Thermoregulation	thermoregulation	NN
36036	51	137	at	at	IN
36036	51	138	High	High	NNP
36036	51	139	Temperatures	temperature	NNS
36036	51	140	16	16	CD
36036	51	141	Body	body	NN
36036	51	142	Temperature	temperature	NN
36036	51	143	16	16	CD
36036	51	144	Summer	summer	NN
36036	51	145	16	16	CD
36036	51	146	Winter	Winter	NNP
36036	51	147	16	16	CD
36036	51	148	Daily	Daily	NNP
36036	51	149	Cycle	Cycle	NNP
36036	51	150	of	of	IN
36036	51	151	Body	Body	NNP
36036	51	152	Temperature	Temperature	NNP
36036	51	153	16	16	CD
36036	51	154	Discussion	discussion	NN
36036	51	155	16	16	CD
36036	51	156	Basal	Basal	NNP
36036	51	157	Metabolic	Metabolic	NNP
36036	51	158	Rate	Rate	NNP
36036	51	159	16	16	CD
36036	51	160	Background	Background	NNP
36036	51	161	16	16	CD
36036	51	162	Captive	Captive	NNP
36036	51	163	versus	versus	IN
36036	51	164	Wild	Wild	NNP
36036	51	165	Raccoons	Raccoons	NNP
36036	51	166	17	17	CD
36036	51	167	Seasonal	seasonal	JJ
36036	51	168	Metabolism	Metabolism	NNP
36036	51	169	of	of	IN
36036	51	170	Raccoons	Raccoons	NNP
36036	51	171	17	17	CD
36036	51	172	Comparison	Comparison	NNP
36036	51	173	of	of	IN
36036	51	174	_	_	NNP
36036	51	175	Procyon	Procyon	NNP
36036	51	176	lotor	lotor	NN
36036	51	177	_	_	NNP
36036	51	178	with	with	IN
36036	51	179	Other	Other	NNP
36036	51	180	Procyonids	Procyonids	NNPS
36036	51	181	17	17	CD
36036	51	182	Influence	Influence	NNP
36036	51	183	of	of	IN
36036	51	184	Diet	Diet	NNP
36036	51	185	on	on	IN
36036	51	186	Basal	Basal	NNP
36036	51	187	Metabolism	Metabolism	NNP
36036	51	188	18	18	CD
36036	51	189	Background	background	NN
36036	51	190	18	18	CD
36036	51	191	Food	Food	NNP
36036	51	192	Habits	Habits	NNPS
36036	51	193	of	of	IN
36036	51	194	Procyonids	Procyonids	NNPS
36036	51	195	18	18	CD
36036	51	196	Food	Food	NNP
36036	51	197	Habits	Habits	NNPS
36036	51	198	and	and	CC
36036	51	199	Basal	Basal	NNP
36036	51	200	Metabolism	Metabolism	NNP
36036	51	201	19	19	CD
36036	51	202	Summary	Summary	NNP
36036	51	203	19	19	CD
36036	51	204	Basal	Basal	NNP
36036	51	205	Metabolism	Metabolism	NNP
36036	51	206	and	and	CC
36036	51	207	Intrinsic	Intrinsic	NNP
36036	51	208	Rate	Rate	NNP
36036	51	209	of	of	IN
36036	51	210	Natural	Natural	NNP
36036	51	211	Increase	Increase	NNP
36036	51	212	19	19	CD
36036	51	213	Background	background	NN
36036	51	214	19	19	CD
36036	51	215	_	_	NNP
36036	51	216	Procyon	Procyon	NNP
36036	51	217	lotor	lotor	NN
36036	51	218	_	_	NNP
36036	51	219	19	19	CD
36036	51	220	_	_	NNP
36036	51	221	Bassariscus	Bassariscus	NNP
36036	51	222	astutus	astutus	NN
36036	51	223	_	_	NNP
36036	51	224	19	19	CD
36036	51	225	_	_	NNP
36036	51	226	Nasua	Nasua	NNP
36036	51	227	narica	narica	NN
36036	51	228	_	_	NNP
36036	51	229	19	19	CD
36036	51	230	_	_	NNP
36036	51	231	Nasua	Nasua	NNP
36036	51	232	nasua	nasua	NN
36036	51	233	_	_	NNP
36036	51	234	20	20	CD
36036	51	235	_	_	NNP
36036	51	236	Procyon	Procyon	NNP
36036	51	237	cancrivorus	cancrivoru	VBZ
36036	51	238	_	_	NNP
36036	51	239	20	20	CD
36036	51	240	_	_	NNP
36036	51	241	Potos	Potos	NNP
36036	51	242	flavus	flavus	NN
36036	51	243	_	_	NNP
36036	51	244	20	20	CD
36036	51	245	Summary	Summary	NNP
36036	51	246	20	20	CD
36036	51	247	Basal	Basal	NNP
36036	51	248	Metabolism	Metabolism	NNP
36036	51	249	and	and	CC
36036	51	250	Climatic	Climatic	NNP
36036	51	251	Distribution	distribution	NN
36036	51	252	21	21	CD
36036	51	253	_	_	NNP
36036	51	254	Procyon	Procyon	NNP
36036	51	255	lotor	lotor	NN
36036	51	256	_	_	NNP
36036	51	257	21	21	CD
36036	51	258	Other	Other	NNP
36036	51	259	Procyonids	Procyonids	NNPS
36036	51	260	21	21	CD
36036	51	261	Minimum	Minimum	NNP
36036	51	262	Thermal	Thermal	NNP
36036	51	263	Conductance	Conductance	NNP
36036	51	264	21	21	CD
36036	51	265	Background	background	NN
36036	51	266	21	21	CD
36036	51	267	Effect	Effect	NNP
36036	51	268	of	of	IN
36036	51	269	Molt	Molt	NNP
36036	51	270	on	on	IN
36036	51	271	Thermal	Thermal	NNP
36036	51	272	Conductance	Conductance	NNP
36036	51	273	21	21	CD
36036	51	274	Comparison	Comparison	NNP
36036	51	275	of	of	IN
36036	51	276	Thermal	Thermal	NNP
36036	51	277	Conductances	Conductances	NNP
36036	51	278	22	22	CD
36036	51	279	_	_	NNP
36036	51	280	Procyon	Procyon	NNP
36036	51	281	lotor	lotor	NN
36036	51	282	_	_	NNP
36036	51	283	versus	versus	IN
36036	51	284	Tropical	Tropical	NNP
36036	51	285	Procyonids	Procyonids	NNPS
36036	51	286	22	22	CD
36036	51	287	_	_	NNP
36036	51	288	Bassariscus	Bassariscus	NNP
36036	51	289	astutus	astutus	NN
36036	51	290	_	_	NNP
36036	51	291	22	22	CD
36036	51	292	Thermoregulation	Thermoregulation	NNP
36036	51	293	and	and	CC
36036	51	294	Use	Use	NNP
36036	51	295	of	of	IN
36036	51	296	Stored	Stored	NNP
36036	51	297	Fat	Fat	NNP
36036	51	298	at	at	IN
36036	51	299	Low	Low	NNP
36036	51	300	Temperatures	Temperatures	NNP
36036	51	301	22	22	CD
36036	51	302	Background	background	NN
36036	51	303	22	22	CD
36036	51	304	Thermoregulation	thermoregulation	NN
36036	51	305	22	22	CD
36036	51	306	Stored	Stored	NNP
36036	51	307	Fat	Fat	NNP
36036	51	308	23	23	CD
36036	51	309	Thermal	Thermal	NNP
36036	51	310	Model	model	NN
36036	51	311	of	of	IN
36036	51	312	the	the	DT
36036	51	313	Raccoon	Raccoon	NNP
36036	51	314	and	and	CC
36036	51	315	Its	-PRON-	PRP$
36036	51	316	Den	Den	NNP
36036	51	317	23	23	CD
36036	51	318	Metabolic	Metabolic	NNP
36036	51	319	Advantage	Advantage	NNP
36036	51	320	of	of	IN
36036	51	321	the	the	DT
36036	51	322	Den	Den	NNP
36036	51	323	23	23	CD
36036	51	324	Thermoregulation	Thermoregulation	NNP
36036	51	325	at	at	IN
36036	51	326	High	High	NNP
36036	51	327	Temperatures	Temperatures	NNP
36036	51	328	24	24	CD
36036	51	329	Background	Background	NNP
36036	51	330	24	24	CD
36036	51	331	Comparison	Comparison	NNP
36036	51	332	of	of	IN
36036	51	333	Procyonid	Procyonid	NNP
36036	51	334	Responses	Responses	NNP
36036	51	335	to	to	IN
36036	51	336	Heat	Heat	NNP
36036	51	337	Stress	Stress	NNP
36036	51	338	24	24	CD
36036	51	339	_	_	NNP
36036	51	340	Potos	Potos	NNP
36036	51	341	flavus	flavus	NN
36036	51	342	_	_	NNP
36036	51	343	24	24	CD
36036	51	344	_	_	NNP
36036	51	345	Nasua	Nasua	NNP
36036	51	346	nasua	nasua	NN
36036	51	347	and	and	CC
36036	51	348	Nasua	Nasua	NNP
36036	51	349	narica	narica	NN
36036	51	350	_	_	NNP
36036	51	351	24	24	CD
36036	51	352	_	_	NNP
36036	51	353	Bassariscus	Bassariscus	NNP
36036	51	354	astutus	astutus	NN
36036	51	355	_	_	NNP
36036	51	356	24	24	CD
36036	51	357	_	_	NNP
36036	51	358	Procyon	Procyon	NNP
36036	51	359	lotor	lotor	NN
36036	51	360	_	_	NNP
36036	51	361	24	24	CD
36036	51	362	_	_	NNP
36036	51	363	Procyon	Procyon	NNP
36036	51	364	cancrivorus	cancrivoru	VBZ
36036	51	365	_	_	NNP
36036	51	366	24	24	CD
36036	51	367	Summary	Summary	NNP
36036	51	368	24	24	CD
36036	51	369	Composite	composite	JJ
36036	51	370	Scores	score	NNS
36036	51	371	of	of	IN
36036	51	372	Adaptive	Adaptive	NNP
36036	51	373	Units	Units	NNPS
36036	51	374	and	and	CC
36036	51	375	Geographic	Geographic	NNP
36036	51	376	Distribution	Distribution	NNP
36036	51	377	25	25	CD
36036	51	378	Evolution	Evolution	NNP
36036	51	379	of	of	IN
36036	51	380	Metabolic	Metabolic	NNP
36036	51	381	Adaptations	Adaptations	NNP
36036	51	382	26	26	CD
36036	51	383	Evolution	Evolution	NNP
36036	51	384	of	of	IN
36036	51	385	Low	Low	NNP
36036	51	386	Basal	Basal	NNP
36036	51	387	Metabolic	Metabolic	NNP
36036	51	388	Rate	Rate	NNP
36036	51	389	26	26	CD
36036	51	390	Evolution	Evolution	NNP
36036	51	391	of	of	IN
36036	51	392	High	High	NNP
36036	51	393	Basal	Basal	NNP
36036	51	394	Metabolic	Metabolic	NNP
36036	51	395	Rate	Rate	NNP
36036	51	396	27	27	CD
36036	51	397	Summary	Summary	NNP
36036	51	398	28	28	CD
36036	51	399	Appendix	Appendix	NNP
36036	51	400	:	:	:
36036	51	401	List	list	NN
36036	51	402	of	of	IN
36036	51	403	Symbols	Symbols	NNP
36036	51	404	29	29	CD
36036	51	405	Literature	Literature	NNP
36036	51	406	Cited	cite	VBD
36036	51	407	30	30	CD
36036	51	408	Metabolic	metabolic	JJ
36036	51	409	Adaptation	adaptation	NN
36036	51	410	to	to	IN
36036	51	411	Climate	Climate	NNP
36036	51	412	and	and	CC
36036	51	413	Distribution	Distribution	NNP
36036	51	414	of	of	IN
36036	51	415	the	the	DT
36036	51	416	Raccoon	Raccoon	NNP
36036	51	417	_	_	NNP
36036	51	418	Procyon	Procyon	NNP
36036	51	419	lotor	lotor	NN
36036	51	420	_	_	NNP
36036	51	421	and	and	CC
36036	51	422	Other	Other	NNP
36036	51	423	Procyonidae	Procyonidae	NNP
36036	51	424	_	_	NNP
36036	51	425	John	John	NNP
36036	51	426	N.	N.	NNP
36036	51	427	Mugaas	Mugaas	NNP
36036	51	428	,	,	,
36036	51	429	John	John	NNP
36036	51	430	Seidensticker	Seidensticker	NNP
36036	51	431	,	,	,
36036	51	432	and	and	CC
36036	51	433	Kathleen	Kathleen	NNP
36036	51	434	P.	P.	NNP
36036	51	435	Mahlke	Mahlke	NNP
36036	51	436	-	-	HYPH
36036	51	437	Johnson	Johnson	NNP
36036	51	438	_	_	NNP
36036	51	439	_	_	NNP
36036	51	440	John	John	NNP
36036	51	441	N.	N.	NNP
36036	51	442	Mugaas	Mugaas	NNP
36036	51	443	,	,	,
36036	51	444	Department	Department	NNP
36036	51	445	of	of	IN
36036	51	446	Physiology	Physiology	NNP
36036	51	447	,	,	,
36036	51	448	Division	Division	NNP
36036	51	449	of	of	IN
36036	51	450	Functional	Functional	NNP
36036	51	451	Biology	Biology	NNP
36036	51	452	,	,	,
36036	51	453	West	West	NNP
36036	51	454	Virginia	Virginia	NNP
36036	51	455	School	School	NNP
36036	51	456	of	of	IN
36036	51	457	Osteopathic	Osteopathic	NNP
36036	51	458	Medicine	Medicine	NNP
36036	51	459	,	,	,
36036	51	460	Lewisburg	Lewisburg	NNP
36036	51	461	,	,	,
36036	51	462	West	West	NNP
36036	51	463	Virginia	Virginia	NNP
36036	51	464	24901	24901	CD
36036	51	465	.	.	.
36036	52	1	John	John	NNP
36036	52	2	Seidensticker	Seidensticker	NNP
36036	52	3	and	and	CC
36036	52	4	Kathleen	Kathleen	NNP
36036	52	5	P.	P.	NNP
36036	52	6	Mahlke	Mahlke	NNP
36036	52	7	-	-	HYPH
36036	52	8	Johnson	Johnson	NNP
36036	52	9	,	,	,
36036	52	10	National	National	NNP
36036	52	11	Zoological	Zoological	NNP
36036	52	12	Park	Park	NNP
36036	52	13	,	,	,
36036	52	14	Smithsonian	Smithsonian	NNP
36036	52	15	Institution	Institution	NNP
36036	52	16	,	,	,
36036	52	17	Washington	Washington	NNP
36036	52	18	,	,	,
36036	52	19	D.C.	D.C.	NNP
36036	52	20	20008	20008	CD
36036	52	21	.	.	.
36036	52	22	_	_	NNP
36036	52	23	$	$	$
36036	52	24	Introduction$	introduction$	UH
36036	52	25	DEFINING	defining	VB
36036	52	26	THE	the	DT
36036	52	27	PROBLEM	problem	NN
36036	52	28	_	_	IN
36036	52	29	Procyonid	Procyonid	NNP
36036	52	30	Origins	Origins	NNP
36036	52	31	_	_	NNP
36036	52	32	The	the	DT
36036	52	33	major	major	JJ
36036	52	34	carnivore	carnivore	NN
36036	52	35	radiations	radiation	NNS
36036	52	36	took	take	VBD
36036	52	37	place	place	NN
36036	52	38	about	about	RB
36036	52	39	40	40	CD
36036	52	40	million	million	CD
36036	52	41	years	year	NNS
36036	52	42	before	before	IN
36036	52	43	present	present	JJ
36036	52	44	(	(	-LRB-
36036	52	45	MYBP	mybp	NN
36036	52	46	)	)	-RRB-
36036	52	47	in	in	IN
36036	52	48	the	the	DT
36036	52	49	late	late	JJ
36036	52	50	Eocene	Eocene	NNP
36036	52	51	and	and	CC
36036	52	52	early	early	JJ
36036	52	53	Oligocene	Oligocene	NNP
36036	52	54	(	(	-LRB-
36036	52	55	Ewer	ew	JJR
36036	52	56	,	,	,
36036	52	57	1973:363	1973:363	CD
36036	52	58	;	;	:
36036	52	59	Wayne	Wayne	NNP
36036	52	60	et	et	NNP
36036	52	61	al	al	NNP
36036	52	62	.	.	NNP
36036	52	63	,	,	,
36036	52	64	1989	1989	CD
36036	52	65	)	)	-RRB-
36036	52	66	.	.	.
36036	53	1	Between	between	IN
36036	53	2	30	30	CD
36036	53	3	and	and	CC
36036	53	4	40	40	CD
36036	53	5	MYBP	MYBP	NNS
36036	53	6	,	,	,
36036	53	7	a	a	DT
36036	53	8	progenitor	progenitor	NN
36036	53	9	split	split	NN
36036	53	10	into	into	IN
36036	53	11	the	the	DT
36036	53	12	ursid	ursid	JJ
36036	53	13	and	and	CC
36036	53	14	procyonid	procyonid	JJ
36036	53	15	lineages	lineage	NNS
36036	53	16	,	,	,
36036	53	17	which	which	WDT
36036	53	18	evolved	evolve	VBD
36036	53	19	into	into	IN
36036	53	20	present	present	JJ
36036	53	21	-	-	HYPH
36036	53	22	day	day	NN
36036	53	23	bears	bear	NNS
36036	53	24	,	,	,
36036	53	25	pandas	panda	NNS
36036	53	26	,	,	,
36036	53	27	and	and	CC
36036	53	28	raccoons	raccoon	NNS
36036	53	29	(	(	-LRB-
36036	53	30	Wayne	Wayne	NNP
36036	53	31	et	et	NNP
36036	53	32	al	al	NNP
36036	53	33	.	.	NNP
36036	53	34	,	,	,
36036	53	35	1989	1989	CD
36036	53	36	)	)	-RRB-
36036	53	37	.	.	.
36036	54	1	The	the	DT
36036	54	2	taxonomic	taxonomic	JJ
36036	54	3	relatedness	relatedness	NN
36036	54	4	of	of	IN
36036	54	5	pandas	panda	NNS
36036	54	6	to	to	IN
36036	54	7	bears	bear	NNS
36036	54	8	and	and	CC
36036	54	9	raccoons	raccoon	NNS
36036	54	10	has	have	VBZ
36036	54	11	been	be	VBN
36036	54	12	tested	test	VBN
36036	54	13	extensively	extensively	RB
36036	54	14	and	and	CC
36036	54	15	a	a	DT
36036	54	16	number	number	NN
36036	54	17	of	of	IN
36036	54	18	authors	author	NNS
36036	54	19	have	have	VBP
36036	54	20	summarized	summarize	VBN
36036	54	21	current	current	JJ
36036	54	22	thinking	thinking	NN
36036	54	23	on	on	IN
36036	54	24	the	the	DT
36036	54	25	problem	problem	NN
36036	54	26	(	(	-LRB-
36036	54	27	Martin	Martin	NNP
36036	54	28	,	,	,
36036	54	29	1989	1989	CD
36036	54	30	;	;	:
36036	54	31	Wayne	Wayne	NNP
36036	54	32	et	et	NNP
36036	54	33	al	al	NNP
36036	54	34	.	.	NNP
36036	54	35	,	,	,
36036	54	36	1989	1989	CD
36036	54	37	;	;	:
36036	54	38	Wozencraft	Wozencraft	NNP
36036	54	39	,	,	,
36036	54	40	1989a	1989a	NNS
36036	54	41	,	,	,
36036	54	42	1989b	1989b	CD
36036	54	43	;	;	:
36036	54	44	Decker	Decker	NNP
36036	54	45	and	and	CC
36036	54	46	Wozencraft	Wozencraft	NNP
36036	54	47	,	,	,
36036	54	48	1991	1991	CD
36036	54	49	)	)	-RRB-
36036	54	50	.	.	.
36036	55	1	Davis	Davis	NNP
36036	55	2	(	(	-LRB-
36036	55	3	1964:322	1964:322	CD
36036	55	4	-	-	SYM
36036	55	5	327	327	CD
36036	55	6	)	)	-RRB-
36036	55	7	and	and	CC
36036	55	8	others	other	NNS
36036	55	9	(	(	-LRB-
36036	55	10	Leone	Leone	NNP
36036	55	11	and	and	CC
36036	55	12	Wiens	Wiens	NNP
36036	55	13	,	,	,
36036	55	14	1956	1956	CD
36036	55	15	;	;	:
36036	55	16	Todd	Todd	NNP
36036	55	17	and	and	CC
36036	55	18	Pressman	Pressman	NNP
36036	55	19	,	,	,
36036	55	20	1968	1968	CD
36036	55	21	;	;	:
36036	55	22	Sarich	Sarich	NNP
36036	55	23	,	,	,
36036	55	24	1976	1976	CD
36036	55	25	;	;	:
36036	55	26	O'Brien	O'Brien	NNP
36036	55	27	et	et	NNP
36036	55	28	al	al	NNP
36036	55	29	.	.	NNP
36036	55	30	,	,	,
36036	55	31	1985	1985	CD
36036	55	32	)	)	-RRB-
36036	55	33	place	place	VBP
36036	55	34	the	the	DT
36036	55	35	giant	giant	JJ
36036	55	36	panda	panda	NN
36036	55	37	,	,	,
36036	55	38	_	_	NNP
36036	55	39	Ailuropoda	Ailuropoda	NNP
36036	55	40	melanoleuca	melanoleuca	NNP
36036	55	41	_	_	NNP
36036	55	42	,	,	,
36036	55	43	with	with	IN
36036	55	44	the	the	DT
36036	55	45	ursids	ursid	NNS
36036	55	46	.	.	.
36036	56	1	The	the	DT
36036	56	2	taxonomic	taxonomic	JJ
36036	56	3	status	status	NN
36036	56	4	of	of	IN
36036	56	5	the	the	DT
36036	56	6	red	red	JJ
36036	56	7	panda	panda	NN
36036	56	8	,	,	,
36036	56	9	_	_	NNP
36036	56	10	Ailurus	Ailurus	NNP
36036	56	11	fulgens	fulgen	VBZ
36036	56	12	_	_	NNP
36036	56	13	,	,	,
36036	56	14	appears	appear	VBZ
36036	56	15	to	to	TO
36036	56	16	be	be	VB
36036	56	17	less	less	RBR
36036	56	18	certain	certain	JJ
36036	56	19	.	.	.
36036	57	1	Some	some	DT
36036	57	2	current	current	JJ
36036	57	3	investigations	investigation	NNS
36036	57	4	align	align	VBP
36036	57	5	the	the	DT
36036	57	6	red	red	JJ
36036	57	7	panda	panda	NN
36036	57	8	with	with	IN
36036	57	9	bears	bear	NNS
36036	57	10	(	(	-LRB-
36036	57	11	Segall	Segall	NNP
36036	57	12	,	,	,
36036	57	13	1943	1943	CD
36036	57	14	;	;	:
36036	57	15	Todd	Todd	NNP
36036	57	16	and	and	CC
36036	57	17	Pressman	Pressman	NNP
36036	57	18	,	,	,
36036	57	19	1968	1968	CD
36036	57	20	;	;	:
36036	57	21	Hunt	Hunt	NNP
36036	57	22	,	,	,
36036	57	23	1974	1974	CD
36036	57	24	;	;	:
36036	57	25	Ginsburg	Ginsburg	NNP
36036	57	26	,	,	,
36036	57	27	1982	1982	CD
36036	57	28	;	;	:
36036	57	29	Wozencraft	Wozencraft	NNP
36036	57	30	,	,	,
36036	57	31	1984:56	1984:56	CD
36036	57	32	-	-	SYM
36036	57	33	110	110	CD
36036	57	34	;	;	:
36036	57	35	1989a	1989a	CD
36036	57	36	)	)	-RRB-
36036	57	37	,	,	,
36036	57	38	whereas	whereas	IN
36036	57	39	others	other	NNS
36036	57	40	place	place	VBP
36036	57	41	them	-PRON-	PRP
36036	57	42	intermediate	intermediate	JJ
36036	57	43	to	to	IN
36036	57	44	procyonids	procyonid	NNS
36036	57	45	and	and	CC
36036	57	46	bears	bear	NNS
36036	57	47	(	(	-LRB-
36036	57	48	Wurster	Wurster	NNP
36036	57	49	and	and	CC
36036	57	50	Benirschke	Benirschke	NNP
36036	57	51	,	,	,
36036	57	52	1968	1968	CD
36036	57	53	;	;	:
36036	57	54	Sarich	Sarich	NNP
36036	57	55	,	,	,
36036	57	56	1976	1976	CD
36036	57	57	;	;	:
36036	57	58	O'Brien	O'Brien	NNP
36036	57	59	et	et	NNP
36036	57	60	al	al	NNP
36036	57	61	.	.	NNP
36036	57	62	,	,	,
36036	57	63	1985	1985	CD
36036	57	64	)	)	-RRB-
36036	57	65	,	,	,
36036	57	66	or	or	CC
36036	57	67	in	in	IN
36036	57	68	close	close	JJ
36036	57	69	relationship	relationship	NN
36036	57	70	to	to	IN
36036	57	71	the	the	DT
36036	57	72	giant	giant	JJ
36036	57	73	panda	panda	NN
36036	57	74	(	(	-LRB-
36036	57	75	Tagle	Tagle	NNP
36036	57	76	et	et	NNP
36036	57	77	al	al	NNP
36036	57	78	.	.	NNP
36036	57	79	,	,	,
36036	57	80	1986	1986	CD
36036	57	81	)	)	-RRB-
36036	57	82	.	.	.
36036	58	1	The	the	DT
36036	58	2	procyonid	procyonid	NN
36036	58	3	radiation	radiation	NN
36036	58	4	took	take	VBD
36036	58	5	place	place	NN
36036	58	6	in	in	IN
36036	58	7	North	North	NNP
36036	58	8	America	America	NNP
36036	58	9	and	and	CC
36036	58	10	produced	produce	VBD
36036	58	11	forms	form	NNS
36036	58	12	that	that	WDT
36036	58	13	were	be	VBD
36036	58	14	mostly	mostly	RB
36036	58	15	arboreal	arboreal	JJ
36036	58	16	and	and	CC
36036	58	17	omnivorous	omnivorous	JJ
36036	58	18	(	(	-LRB-
36036	58	19	Eisenberg	Eisenberg	NNP
36036	58	20	,	,	,
36036	58	21	1981:122	1981:122	CD
36036	58	22	;	;	:
36036	58	23	Martin	Martin	NNP
36036	58	24	,	,	,
36036	58	25	1989	1989	CD
36036	58	26	)	)	-RRB-
36036	58	27	.	.	.
36036	59	1	The	the	DT
36036	59	2	center	center	NN
36036	59	3	of	of	IN
36036	59	4	this	this	DT
36036	59	5	diversification	diversification	NN
36036	59	6	occurred	occur	VBD
36036	59	7	in	in	IN
36036	59	8	Middle	Middle	NNP
36036	59	9	America	America	NNP
36036	59	10	(	(	-LRB-
36036	59	11	Baskin	Baskin	NNP
36036	59	12	,	,	,
36036	59	13	1982	1982	CD
36036	59	14	;	;	:
36036	59	15	Webb	Webb	NNP
36036	59	16	,	,	,
36036	59	17	1985b	1985b	NNS
36036	59	18	)	)	-RRB-
36036	59	19	during	during	IN
36036	59	20	the	the	DT
36036	59	21	Miocene	Miocene	NNP
36036	59	22	(	(	-LRB-
36036	59	23	Darlington	Darlington	NNP
36036	59	24	,	,	,
36036	59	25	1963:367	1963:367	CD
36036	59	26	;	;	:
36036	59	27	Webb	Webb	NNP
36036	59	28	,	,	,
36036	59	29	1985b	1985b	CD
36036	59	30	)	)	-RRB-
36036	59	31	.	.	.
36036	60	1	Fossil	fossil	NN
36036	60	2	procyonids	procyonid	NNS
36036	60	3	from	from	IN
36036	60	4	the	the	DT
36036	60	5	late	late	JJ
36036	60	6	Miocene	Miocene	NNP
36036	60	7	are	be	VBP
36036	60	8	represented	represent	VBN
36036	60	9	in	in	IN
36036	60	10	Florida	Florida	NNP
36036	60	11	,	,	,
36036	60	12	California	California	NNP
36036	60	13	,	,	,
36036	60	14	Texas	Texas	NNP
36036	60	15	,	,	,
36036	60	16	Nebraska	Nebraska	NNP
36036	60	17	,	,	,
36036	60	18	Kansas	Kansas	NNP
36036	60	19	,	,	,
36036	60	20	and	and	CC
36036	60	21	South	South	NNP
36036	60	22	Dakota	Dakota	NNP
36036	60	23	(	(	-LRB-
36036	60	24	Baskin	Baskin	NNP
36036	60	25	,	,	,
36036	60	26	1982	1982	CD
36036	60	27	;	;	:
36036	60	28	Martin	Martin	NNP
36036	60	29	,	,	,
36036	60	30	1989	1989	CD
36036	60	31	)	)	-RRB-
36036	60	32	and	and	CC
36036	60	33	include	include	VBP
36036	60	34	such	such	JJ
36036	60	35	genera	genera	NN
36036	60	36	as	as	IN
36036	60	37	_	_	NNP
36036	60	38	Bassariscus	Bassariscus	NNP
36036	60	39	_	_	NNP
36036	60	40	,	,	,
36036	60	41	_	_	NNP
36036	60	42	Arctonasua	Arctonasua	NNP
36036	60	43	_	_	NNP
36036	60	44	,	,	,
36036	60	45	_	_	NNP
36036	60	46	Cyonasua	Cyonasua	NNP
36036	60	47	_	_	NNP
36036	60	48	,	,	,
36036	60	49	_	_	NNP
36036	60	50	Paranasua	Paranasua	NNP
36036	60	51	_	_	NNP
36036	60	52	,	,	,
36036	60	53	_	_	NNP
36036	60	54	Nasua	Nasua	NNP
36036	60	55	_	_	NNP
36036	60	56	,	,	,
36036	60	57	and	and	CC
36036	60	58	_	_	NNP
36036	60	59	Procyon	Procyon	NNP
36036	60	60	_	_	NNP
36036	60	61	(	(	-LRB-
36036	60	62	Baskin	Baskin	NNP
36036	60	63	,	,	,
36036	60	64	1982	1982	CD
36036	60	65	;	;	:
36036	60	66	Webb	Webb	NNP
36036	60	67	,	,	,
36036	60	68	1985b	1985b	CD
36036	60	69	)	)	-RRB-
36036	60	70	.	.	.
36036	61	1	During	during	IN
36036	61	2	the	the	DT
36036	61	3	Miocene	Miocene	NNP
36036	61	4	procyonids	procyonid	NNS
36036	61	5	underwent	undergo	VBD
36036	61	6	a	a	DT
36036	61	7	modest	modest	JJ
36036	61	8	radiation	radiation	NN
36036	61	9	within	within	IN
36036	61	10	tropical	tropical	JJ
36036	61	11	and	and	CC
36036	61	12	subtropical	subtropical	JJ
36036	61	13	climates	climate	NNS
36036	61	14	of	of	IN
36036	61	15	North	North	NNP
36036	61	16	America	America	NNP
36036	61	17	's	's	POS
36036	61	18	central	central	JJ
36036	61	19	and	and	CC
36036	61	20	middle	middle	JJ
36036	61	21	latitudes	latitude	NNS
36036	61	22	.	.	.
36036	62	1	_	_	NNP
36036	62	2	Cyonasua	Cyonasua	NNP
36036	62	3	_	_	NNP
36036	62	4	,	,	,
36036	62	5	which	which	WDT
36036	62	6	has	have	VBZ
36036	62	7	close	close	JJ
36036	62	8	affinities	affinity	NNS
36036	62	9	to	to	IN
36036	62	10	_	_	NNP
36036	62	11	Arctonasua	Arctonasua	NNP
36036	62	12	_	_	NNP
36036	62	13	(	(	-LRB-
36036	62	14	Baskin	Baskin	NNP
36036	62	15	,	,	,
36036	62	16	1982	1982	CD
36036	62	17	)	)	-RRB-
36036	62	18	,	,	,
36036	62	19	appears	appear	VBZ
36036	62	20	in	in	IN
36036	62	21	tropical	tropical	JJ
36036	62	22	South	South	NNP
36036	62	23	America	America	NNP
36036	62	24	in	in	IN
36036	62	25	the	the	DT
36036	62	26	late	late	JJ
36036	62	27	Miocene	Miocene	NNP
36036	62	28	and	and	CC
36036	62	29	immigrated	immigrate	VBD
36036	62	30	there	there	RB
36036	62	31	either	either	CC
36036	62	32	by	by	IN
36036	62	33	rafting	raft	VBG
36036	62	34	across	across	IN
36036	62	35	the	the	DT
36036	62	36	Bolivar	Bolivar	NNP
36036	62	37	Trough	Trough	NNP
36036	62	38	or	or	CC
36036	62	39	by	by	IN
36036	62	40	island	island	NN
36036	62	41	-	-	HYPH
36036	62	42	hopping	hopping	NN
36036	62	43	through	through	IN
36036	62	44	the	the	DT
36036	62	45	Antilles	Antilles	NNP
36036	62	46	archipelagoes	archipelago	NNS
36036	62	47	(	(	-LRB-
36036	62	48	Marshall	Marshall	NNP
36036	62	49	et	et	NNP
36036	62	50	al	al	NNP
36036	62	51	.	.	NNP
36036	62	52	,	,	,
36036	62	53	1982	1982	CD
36036	62	54	;	;	:
36036	62	55	Marshall	Marshall	NNP
36036	62	56	,	,	,
36036	62	57	1988	1988	CD
36036	62	58	)	)	-RRB-
36036	62	59	.	.	.
36036	63	1	Thus	thus	RB
36036	63	2	,	,	,
36036	63	3	procyonids	procyonid	NNS
36036	63	4	were	be	VBD
36036	63	5	found	find	VBN
36036	63	6	on	on	IN
36036	63	7	both	both	DT
36036	63	8	continents	continent	NNS
36036	63	9	prior	prior	RB
36036	63	10	to	to	IN
36036	63	11	formation	formation	NN
36036	63	12	of	of	IN
36036	63	13	the	the	DT
36036	63	14	Panamanian	panamanian	JJ
36036	63	15	land	land	NN
36036	63	16	bridge	bridge	NN
36036	63	17	(	(	-LRB-
36036	63	18	Darlington	Darlington	NNP
36036	63	19	,	,	,
36036	63	20	1963:367	1963:367	CD
36036	63	21	,	,	,
36036	63	22	395	395	CD
36036	63	23	;	;	:
36036	63	24	Marshall	Marshall	NNP
36036	63	25	et	et	NNP
36036	63	26	al	al	NNP
36036	63	27	.	.	NNP
36036	63	28	,	,	,
36036	63	29	1982	1982	CD
36036	63	30	;	;	:
36036	63	31	Marshall	Marshall	NNP
36036	63	32	,	,	,
36036	63	33	1988	1988	CD
36036	63	34	)	)	-RRB-
36036	63	35	.	.	.
36036	64	1	Origins	Origins	NNP
36036	64	2	of	of	IN
36036	64	3	_	_	NNP
36036	64	4	Bassaricyon	Bassaricyon	NNP
36036	64	5	_	_	NNP
36036	64	6	and	and	CC
36036	64	7	_	_	NNP
36036	64	8	Potos	Potos	NNP
36036	64	9	_	_	NNP
36036	64	10	are	be	VBP
36036	64	11	obscure	obscure	JJ
36036	64	12	but	but	CC
36036	64	13	probably	probably	RB
36036	64	14	occurred	occur	VBD
36036	64	15	in	in	IN
36036	64	16	tropical	tropical	JJ
36036	64	17	rainforests	rainforest	NNS
36036	64	18	of	of	IN
36036	64	19	Middle	Middle	NNP
36036	64	20	America	America	NNP
36036	64	21	(	(	-LRB-
36036	64	22	Baskin	Baskin	NNP
36036	64	23	,	,	,
36036	64	24	1982	1982	CD
36036	64	25	;	;	:
36036	64	26	Webb	Webb	NNP
36036	64	27	,	,	,
36036	64	28	1985b	1985b	CD
36036	64	29	)	)	-RRB-
36036	64	30	.	.	.
36036	65	1	A	a	DT
36036	65	2	subsequent	subsequent	JJ
36036	65	3	Pleistocene	Pleistocene	NNP
36036	65	4	dispersal	dispersal	NN
36036	65	5	carried	carry	VBD
36036	65	6	several	several	JJ
36036	65	7	modern	modern	JJ
36036	65	8	genera	genera	NN
36036	65	9	(	(	-LRB-
36036	65	10	Table	table	NN
36036	65	11	1	1	CD
36036	65	12	)	)	-RRB-
36036	65	13	across	across	IN
36036	65	14	the	the	DT
36036	65	15	Panamanian	panamanian	JJ
36036	65	16	land	land	NN
36036	65	17	bridge	bridge	NN
36036	65	18	into	into	IN
36036	65	19	South	South	NNP
36036	65	20	America	America	NNP
36036	65	21	(	(	-LRB-
36036	65	22	Webb	Webb	NNP
36036	65	23	,	,	,
36036	65	24	1985b	1985b	CD
36036	65	25	)	)	-RRB-
36036	65	26	.	.	.
36036	66	1	_	_	NNP
36036	66	2	Bassariscus	Bassariscus	NNP
36036	66	3	_	_	NNP
36036	66	4	and	and	CC
36036	66	5	_	_	NNP
36036	66	6	Bassaricyon	Bassaricyon	NNP
36036	66	7	_	_	NNP
36036	66	8	represent	represent	VBP
36036	66	9	the	the	DT
36036	66	10	most	most	RBS
36036	66	11	primitive	primitive	JJ
36036	66	12	genera	genera	NN
36036	66	13	in	in	IN
36036	66	14	Procyoninae	Procyoninae	NNP
36036	66	15	and	and	CC
36036	66	16	Potosinae	Potosinae	NNP
36036	66	17	subfamilies	subfamily	NNS
36036	66	18	,	,	,
36036	66	19	respectively	respectively	RB
36036	66	20	(	(	-LRB-
36036	66	21	Table	table	NN
36036	66	22	1	1	CD
36036	66	23	;	;	:
36036	66	24	Wozencraft	Wozencraft	NNP
36036	66	25	,	,	,
36036	66	26	1989a	1989a	CD
36036	66	27	;	;	:
36036	66	28	Decker	Decker	NNP
36036	66	29	and	and	CC
36036	66	30	Wozencraft	Wozencraft	NNP
36036	66	31	,	,	,
36036	66	32	1991	1991	CD
36036	66	33	)	)	-RRB-
36036	66	34	.	.	.
36036	67	1	In	in	IN
36036	67	2	the	the	DT
36036	67	3	early	early	JJ
36036	67	4	Tertiary	Tertiary	NNP
36036	67	5	,	,	,
36036	67	6	mid	mid	NN
36036	67	7	-	-	NNS
36036	67	8	latitudes	latitude	NNS
36036	67	9	of	of	IN
36036	67	10	North	North	NNP
36036	67	11	America	America	NNP
36036	67	12	were	be	VBD
36036	67	13	much	much	RB
36036	67	14	warmer	warm	JJR
36036	67	15	than	than	IN
36036	67	16	they	-PRON-	PRP
36036	67	17	are	be	VBP
36036	67	18	now	now	RB
36036	67	19	,	,	,
36036	67	20	but	but	CC
36036	67	21	not	not	RB
36036	67	22	fully	fully	RB
36036	67	23	tropical	tropical	JJ
36036	67	24	,	,	,
36036	67	25	and	and	CC
36036	67	26	temperate	temperate	VB
36036	67	27	deciduous	deciduous	JJ
36036	67	28	forests	forest	NNS
36036	67	29	,	,	,
36036	67	30	associated	associate	VBN
36036	67	31	with	with	IN
36036	67	32	strongly	strongly	RB
36036	67	33	seasonal	seasonal	JJ
36036	67	34	climates	climate	NNS
36036	67	35	,	,	,
36036	67	36	occurred	occur	VBD
36036	67	37	only	only	RB
36036	67	38	in	in	IN
36036	67	39	the	the	DT
36036	67	40	far	far	JJ
36036	67	41	north	north	NN
36036	67	42	(	(	-LRB-
36036	67	43	Barghoorn	Barghoorn	NNP
36036	67	44	,	,	,
36036	67	45	1953	1953	CD
36036	67	46	;	;	:
36036	67	47	Colbert	Colbert	NNP
36036	67	48	,	,	,
36036	67	49	1953	1953	CD
36036	67	50	;	;	:
36036	67	51	Darlington	Darlington	NNP
36036	67	52	,	,	,
36036	67	53	1963:589	1963:589	CD
36036	67	54	,	,	,
36036	67	55	590	590	CD
36036	67	56	)	)	-RRB-
36036	67	57	.	.	.
36036	68	1	Major	major	JJ
36036	68	2	climatic	climatic	JJ
36036	68	3	deteriorations	deterioration	NNS
36036	68	4	,	,	,
36036	68	5	with	with	IN
36036	68	6	their	-PRON-	PRP$
36036	68	7	attendant	attendant	JJ
36036	68	8	cooling	cooling	NN
36036	68	9	of	of	IN
36036	68	10	northern	northern	JJ
36036	68	11	continents	continent	NNS
36036	68	12	,	,	,
36036	68	13	occurred	occur	VBD
36036	68	14	during	during	IN
36036	68	15	the	the	DT
36036	68	16	Eo	Eo	NNP
36036	68	17	-	-	HYPH
36036	68	18	Oligocene	Oligocene	NNP
36036	68	19	transition	transition	NN
36036	68	20	,	,	,
36036	68	21	in	in	IN
36036	68	22	the	the	DT
36036	68	23	middle	middle	JJ
36036	68	24	Miocene	Miocene	NNP
36036	68	25	,	,	,
36036	68	26	at	at	IN
36036	68	27	the	the	DT
36036	68	28	end	end	NN
36036	68	29	of	of	IN
36036	68	30	the	the	DT
36036	68	31	Miocene	Miocene	NNP
36036	68	32	,	,	,
36036	68	33	and	and	CC
36036	68	34	at	at	IN
36036	68	35	about	about	RB
36036	68	36	3	3	CD
36036	68	37	MYBP	mybp	NN
36036	68	38	(	(	-LRB-
36036	68	39	late	late	JJ
36036	68	40	Pliocene	Pliocene	NNP
36036	68	41	)	)	-RRB-
36036	68	42	.	.	.
36036	69	1	This	this	DT
36036	69	2	last	last	JJ
36036	69	3	deterioration	deterioration	NN
36036	69	4	corresponds	correspond	VBZ
36036	69	5	with	with	IN
36036	69	6	closure	closure	NN
36036	69	7	of	of	IN
36036	69	8	the	the	DT
36036	69	9	Panamanian	panamanian	JJ
36036	69	10	isthmus	isthmus	NN
36036	69	11	(	(	-LRB-
36036	69	12	Berggren	Berggren	NNP
36036	69	13	,	,	,
36036	69	14	1982	1982	CD
36036	69	15	;	;	:
36036	69	16	Webb	Webb	NNP
36036	69	17	,	,	,
36036	69	18	1985a	1985a	CD
36036	69	19	)	)	-RRB-
36036	69	20	.	.	.
36036	70	1	Climatic	climatic	JJ
36036	70	2	deterioration	deterioration	NN
36036	70	3	went	go	VBD
36036	70	4	on	on	RP
36036	70	5	at	at	IN
36036	70	6	an	an	DT
36036	70	7	accelerating	accelerate	VBG
36036	70	8	rate	rate	NN
36036	70	9	during	during	IN
36036	70	10	the	the	DT
36036	70	11	late	late	JJ
36036	70	12	Tertiary	Tertiary	NNP
36036	70	13	,	,	,
36036	70	14	with	with	IN
36036	70	15	glacial	glacial	JJ
36036	70	16	conditions	condition	NNS
36036	70	17	developing	develop	VBG
36036	70	18	at	at	IN
36036	70	19	the	the	DT
36036	70	20	poles	pole	NNS
36036	70	21	by	by	IN
36036	70	22	the	the	DT
36036	70	23	mid	mid	NNP
36036	70	24	-	-	JJ
36036	70	25	Pliocene	pliocene	JJ
36036	70	26	(	(	-LRB-
36036	70	27	Barghoorn	Barghoorn	NNP
36036	70	28	,	,	,
36036	70	29	1953	1953	CD
36036	70	30	)	)	-RRB-
36036	70	31	.	.	.
36036	71	1	Therefore	therefore	RB
36036	71	2	,	,	,
36036	71	3	throughout	throughout	IN
36036	71	4	the	the	DT
36036	71	5	Tertiary	Tertiary	NNP
36036	71	6	,	,	,
36036	71	7	as	as	IN
36036	71	8	continents	continent	NNS
36036	71	9	cooled	cool	VBD
36036	71	10	,	,	,
36036	71	11	northern	northern	JJ
36036	71	12	climate	climate	NN
36036	71	13	zones	zone	NNS
36036	71	14	moved	move	VBD
36036	71	15	toward	toward	IN
36036	71	16	the	the	DT
36036	71	17	tropics	tropic	NNS
36036	71	18	(	(	-LRB-
36036	71	19	Barghoorn	Barghoorn	NNP
36036	71	20	,	,	,
36036	71	21	1953	1953	CD
36036	71	22	;	;	:
36036	71	23	Colbert	Colbert	NNP
36036	71	24	,	,	,
36036	71	25	1953	1953	CD
36036	71	26	;	;	:
36036	71	27	Darlington	Darlington	NNP
36036	71	28	,	,	,
36036	71	29	1963:589	1963:589	CD
36036	71	30	,	,	,
36036	71	31	590	590	CD
36036	71	32	,	,	,
36036	71	33	594	594	CD
36036	71	34	,	,	,
36036	71	35	595	595	CD
36036	71	36	;	;	:
36036	71	37	Webb	Webb	NNP
36036	71	38	,	,	,
36036	71	39	1985a	1985a	CD
36036	71	40	)	)	-RRB-
36036	71	41	.	.	.
36036	72	1	TABLE	TABLE	NNP
36036	72	2	1.--Classification	1.--classification	CD
36036	72	3	of	of	IN
36036	72	4	recent	recent	JJ
36036	72	5	Procyonidae	Procyonidae	NNP
36036	72	6	after	after	IN
36036	72	7	Wozencraft	Wozencraft	NNP
36036	72	8	(	(	-LRB-
36036	72	9	1989a	1989a	CD
36036	72	10	)	)	-RRB-
36036	72	11	and	and	CC
36036	72	12	Decker	Decker	NNP
36036	72	13	and	and	CC
36036	72	14	Wozencraft	Wozencraft	NNP
36036	72	15	(	(	-LRB-
36036	72	16	1991	1991	CD
36036	72	17	)	)	-RRB-
36036	72	18	.	.	.
36036	73	1	Information	information	NN
36036	73	2	in	in	IN
36036	73	3	parenthesis	parenthesis	NN
36036	73	4	indicates	indicate	VBZ
36036	73	5	general	general	JJ
36036	73	6	geographic	geographic	JJ
36036	73	7	distribution	distribution	NN
36036	73	8	(	(	-LRB-
36036	73	9	modified	modify	VBN
36036	73	10	from	from	IN
36036	73	11	Kortlucke	Kortlucke	NNP
36036	73	12	and	and	CC
36036	73	13	Ramirez	Ramirez	NNP
36036	73	14	-	-	HYPH
36036	73	15	Pulido	Pulido	NNP
36036	73	16	(	(	-LRB-
36036	73	17	1982	1982	CD
36036	73	18	)	)	-RRB-
36036	73	19	and	and	CC
36036	73	20	Poglayen	Poglayen	NNP
36036	73	21	-	-	HYPH
36036	73	22	Neuwall	Neuwall	NNP
36036	73	23	(	(	-LRB-
36036	73	24	1975	1975	CD
36036	73	25	)	)	-RRB-
36036	73	26	)	)	-RRB-
36036	73	27	:	:	:
36036	73	28	S.A.	S.A.	NNP
36036	73	29	=	=	SYM
36036	73	30	South	South	NNP
36036	73	31	America	America	NNP
36036	73	32	;	;	:
36036	73	33	C.A.	C.A.	NNP
36036	74	1	=	=	NFP
36036	74	2	Central	Central	NNP
36036	74	3	America	America	NNP
36036	74	4	;	;	:
36036	74	5	M.	M.	NNP
36036	74	6	=	=	NNP
36036	74	7	Mexico	Mexico	NNP
36036	74	8	;	;	:
36036	74	9	U.S.	U.S.	NNP
36036	74	10	=	=	SYM
36036	74	11	United	United	NNP
36036	74	12	States	States	NNP
36036	74	13	;	;	:
36036	74	14	C.	C.	NNP
36036	74	15	=	=	-RRB-
36036	74	16	Canada	Canada	NNP
36036	74	17	.	.	.
36036	75	1	Lower	low	JJR
36036	75	2	case	case	NN
36036	75	3	letters	letter	NNS
36036	75	4	preceding	precede	VBG
36036	75	5	geographic	geographic	JJ
36036	75	6	areas	area	NNS
36036	75	7	signify	signify	VB
36036	75	8	north	north	NN
36036	75	9	(	(	-LRB-
36036	75	10	n	n	NNP
36036	75	11	)	)	-RRB-
36036	75	12	,	,	,
36036	75	13	south	south	NNP
36036	75	14	(	(	-LRB-
36036	75	15	s	s	NNP
36036	75	16	)	)	-RRB-
36036	75	17	,	,	,
36036	75	18	and	and	CC
36036	75	19	west	west	NNP
36036	75	20	(	(	-LRB-
36036	75	21	w	w	NNP
36036	75	22	)	)	-RRB-
36036	75	23	.	.	.
36036	76	1	Order	order	NN
36036	76	2	CARNIVORA	CARNIVORA	NNP
36036	76	3	Bowdich	Bowdich	NNP
36036	76	4	,	,	,
36036	76	5	1821	1821	CD
36036	76	6	Suborder	Suborder	NNP
36036	76	7	CANIFORMIA	CANIFORMIA	NNP
36036	76	8	Kretzoi	Kretzoi	NNP
36036	76	9	,	,	,
36036	76	10	1945	1945	CD
36036	76	11	Family	Family	NNP
36036	76	12	PROCYONIDAE	PROCYONIDAE	NNP
36036	76	13	Gray	Gray	NNP
36036	76	14	,	,	,
36036	76	15	1825	1825	CD
36036	76	16	Subfamily	Subfamily	NNP
36036	76	17	POTOSINAE	POTOSINAE	NNP
36036	76	18	Trouessart	Trouessart	NNP
36036	76	19	,	,	,
36036	76	20	1904	1904	CD
36036	76	21	Genus	Genus	NNP
36036	76	22	_	_	NNP
36036	76	23	Potos	Potos	NNP
36036	76	24	_	_	NNP
36036	76	25	E.	E.	NNP
36036	76	26	Geoffroy	Geoffroy	NNP
36036	76	27	and	and	CC
36036	76	28	G.	G.	NNP
36036	76	29	Cuvier	Cuvier	NNP
36036	76	30	,	,	,
36036	76	31	1795	1795	CD
36036	76	32	_	_	NNP
36036	76	33	P.	P.	NNP
36036	77	1	flavus	flavus	NNP
36036	77	2	_	_	NNP
36036	77	3	(	(	-LRB-
36036	77	4	S.A.	S.A.	NNP
36036	77	5	,	,	,
36036	77	6	C.A.	C.A.	NNP
36036	77	7	,	,	,
36036	77	8	M.	M.	NNP
36036	77	9	)	)	-RRB-
36036	77	10	Genus	Genus	NNP
36036	77	11	_	_	NNP
36036	77	12	Bassaricyon	Bassaricyon	NNP
36036	77	13	_	_	NNP
36036	77	14	Allen	Allen	NNP
36036	77	15	,	,	,
36036	77	16	1876	1876	CD
36036	77	17	_	_	NNP
36036	77	18	B.	B.	NNP
36036	78	1	alleni_[a	alleni_[a	LS
36036	78	2	]	]	-RRB-
36036	78	3	(	(	-LRB-
36036	78	4	S.A.	S.A.	NNP
36036	78	5	)	)	-RRB-
36036	78	6	_	_	NNP
36036	78	7	B.	B.	NNP
36036	79	1	beddardi_[a	beddardi_[a	NNS
36036	79	2	]	]	-RRB-
36036	79	3	(	(	-LRB-
36036	79	4	S.A.	S.A.	NNP
36036	79	5	)	)	-RRB-
36036	79	6	_	_	NNP
36036	79	7	B.	B.	NNP
36036	80	1	gabbii_[a	gabbii_[a	LS
36036	80	2	]	]	-RRB-
36036	80	3	(	(	-LRB-
36036	80	4	nS.A.	nS.A.	NNP
36036	80	5	,	,	,
36036	80	6	C.A.	C.A.	NNP
36036	80	7	)	)	-RRB-
36036	81	1	_	_	NNP
36036	81	2	B.	B.	NNP
36036	82	1	lasius_[a	lasius_[a	NNS
36036	82	2	]	]	-RRB-
36036	82	3	(	(	-LRB-
36036	82	4	C.A.	C.A.	NNP
36036	82	5	)	)	-RRB-
36036	83	1	_	_	NNP
36036	83	2	B.	B.	NNP
36036	84	1	pauli_[a	pauli_[a	LS
36036	84	2	]	]	-RRB-
36036	84	3	(	(	-LRB-
36036	84	4	C.A.	C.A.	NNP
36036	84	5	)	)	-RRB-
36036	85	1	Subfamily	subfamily	RB
36036	85	2	PROCYONINAE	PROCYONINAE	NNP
36036	85	3	Gray	Gray	NNP
36036	85	4	,	,	,
36036	85	5	1825	1825	CD
36036	85	6	Genus	Genus	NNP
36036	85	7	_	_	NNP
36036	85	8	Bassariscus	Bassariscus	NNP
36036	85	9	_	_	NNP
36036	85	10	Coues	Coues	NNP
36036	85	11	,	,	,
36036	85	12	1887	1887	CD
36036	85	13	_	_	NNP
36036	85	14	B.	B.	NNP
36036	86	1	astutus	astutus	NNP
36036	86	2	_	_	NNP
36036	86	3	(	(	-LRB-
36036	86	4	M.	M.	NNP
36036	86	5	,	,	,
36036	86	6	wU.S.	wU.S.	NNP
36036	86	7	)	)	-RRB-
36036	87	1	_	_	NNP
36036	87	2	B.	B.	NNP
36036	88	1	sumichrasti	sumichrasti	NNP
36036	88	2	_	_	NNP
36036	88	3	(	(	-LRB-
36036	88	4	C.A.	C.A.	NNP
36036	88	5	,	,	,
36036	88	6	M.	M.	NNP
36036	88	7	)	)	-RRB-
36036	88	8	Genus	Genus	NNP
36036	88	9	_	_	NNP
36036	88	10	Nasua	Nasua	NNP
36036	88	11	_	_	NNP
36036	88	12	Storr	Storr	NNP
36036	88	13	,	,	,
36036	88	14	1780	1780	CD
36036	88	15	_	_	NNP
36036	88	16	N.	N.	NNP
36036	89	1	narica_[b	narica_[b	LS
36036	89	2	]	]	-RRB-
36036	89	3	(	(	-LRB-
36036	89	4	nS.A.	nS.A.	NNP
36036	89	5	,	,	,
36036	89	6	C.A.	C.A.	NNP
36036	89	7	,	,	,
36036	89	8	M.	M.	NNP
36036	89	9	,	,	,
36036	89	10	swU.S.	swU.S.	.
36036	89	11	)	)	-RRB-
36036	90	1	_	_	NNP
36036	90	2	N.	N.	NNP
36036	91	1	nasua_[b	nasua_[b	NNP
36036	91	2	]	]	-RRB-
36036	91	3	(	(	-LRB-
36036	91	4	S.A.	S.A.	NNP
36036	91	5	,	,	,
36036	91	6	sC.A.	sC.A.	NNP
36036	91	7	)	)	-RRB-
36036	92	1	Genus	Genus	NNP
36036	92	2	_	_	NNP
36036	92	3	Nasuella	Nasuella	NNP
36036	92	4	_	_	NNP
36036	92	5	Hollister	Hollister	NNP
36036	92	6	,	,	,
36036	92	7	1915	1915	CD
36036	92	8	_	_	NNP
36036	92	9	N.	N.	NNP
36036	93	1	olivacea	olivacea	NNP
36036	93	2	_	_	NNP
36036	93	3	(	(	-LRB-
36036	93	4	S.A.	S.A.	NNP
36036	93	5	)	)	-RRB-
36036	93	6	Genus	Genus	NNP
36036	93	7	_	_	NNP
36036	93	8	Procyon	Procyon	NNP
36036	93	9	_	_	NNP
36036	93	10	Storr	Storr	NNP
36036	93	11	,	,	,
36036	93	12	1780	1780	CD
36036	93	13	_	_	NNP
36036	93	14	P.	P.	NNP
36036	94	1	cancrivorus	cancrivorus	NNP
36036	94	2	_	_	NNP
36036	94	3	(	(	-LRB-
36036	94	4	S.A.	S.A.	NNP
36036	94	5	,	,	,
36036	94	6	sC.A.	sC.A.	NNP
36036	94	7	)	)	-RRB-
36036	95	1	_	_	NNP
36036	95	2	P.	P.	NNP
36036	96	1	gloveralleni_[c	gloveralleni_[c	NNPS
36036	96	2	]	]	-RRB-
36036	96	3	(	(	-LRB-
36036	96	4	Barbados	Barbados	NNP
36036	96	5	)	)	-RRB-
36036	96	6	_	_	NNP
36036	96	7	P.	P.	NNP
36036	97	1	insularis_[c	insularis_[c	LS
36036	97	2	]	]	-RRB-
36036	97	3	(	(	-LRB-
36036	97	4	Maria	Maria	NNP
36036	97	5	Madre	Madre	NNP
36036	97	6	Is	be	VBZ
36036	97	7	.	.	.
36036	97	8	,	,	,
36036	97	9	Maria	Maria	NNP
36036	97	10	Magdalene	Magdalene	NNP
36036	97	11	Is	be	VBZ
36036	97	12	.	.	.
36036	97	13	)	)	-RRB-
36036	98	1	_	_	NNP
36036	98	2	P.	P.	NNP
36036	99	1	lotor_[c	lotor_[c	LS
36036	99	2	]	]	-RRB-
36036	99	3	(	(	-LRB-
36036	99	4	C.A.	C.A.	NNP
36036	99	5	,	,	,
36036	99	6	M.	M.	NNP
36036	99	7	,	,	,
36036	99	8	U.S.	U.S.	NNP
36036	99	9	,	,	,
36036	99	10	sC.	sC.	NNP
36036	99	11	)	)	-RRB-
36036	100	1	_	_	NNP
36036	100	2	P.	P.	NNP
36036	101	1	maynardi_[c	maynardi_[c	NNP
36036	101	2	]	]	-RRB-
36036	101	3	(	(	-LRB-
36036	101	4	Bahamas	Bahamas	NNPS
36036	101	5	,	,	,
36036	101	6	New	New	NNP
36036	101	7	Providence	Providence	NNP
36036	101	8	Is	be	VBZ
36036	101	9	.	.	.
36036	101	10	)	)	-RRB-
36036	102	1	_	_	NNP
36036	102	2	P.	P.	NNP
36036	103	1	minor_[c	minor_[c	NNP
36036	103	2	]	]	-RRB-
36036	103	3	(	(	-LRB-
36036	103	4	Guadeloupe	Guadeloupe	NNP
36036	103	5	Is	be	VBZ
36036	103	6	.	.	.
36036	103	7	)	)	-RRB-
36036	104	1	_	_	NNP
36036	104	2	P.	P.	NNP
36036	105	1	pygmaeus_[c	pygmaeus_[c	NNP
36036	105	2	]	]	-RRB-
36036	105	3	(	(	-LRB-
36036	105	4	M.	M.	NNP
36036	105	5	,	,	,
36036	105	6	Quintana	Quintana	NNP
36036	105	7	Roo	Roo	NNP
36036	105	8	,	,	,
36036	105	9	Cozumel	Cozumel	NNP
36036	105	10	Is	be	VBZ
36036	105	11	.	.	.
36036	105	12	)	)	-RRB-
36036	106	1	[	[	-LRB-
36036	106	2	a	a	LS
36036	106	3	]	]	-RRB-
36036	106	4	The	the	DT
36036	106	5	several	several	JJ
36036	106	6	named	name	VBN
36036	106	7	forms	form	NNS
36036	106	8	of	of	IN
36036	106	9	_	_	NNP
36036	106	10	Bassaricyon	Bassaricyon	NNP
36036	106	11	_	_	NNP
36036	106	12	are	be	VBP
36036	106	13	a	a	DT
36036	106	14	single	single	JJ
36036	106	15	species	specie	NNS
36036	106	16	,	,	,
36036	106	17	_	_	NNP
36036	106	18	Bassaricyon	Bassaricyon	NNP
36036	106	19	gabbii	gabbii	NNP
36036	106	20	_	_	NNP
36036	106	21	(	(	-LRB-
36036	106	22	Wozencraft	Wozencraft	NNP
36036	106	23	,	,	,
36036	106	24	1989a	1989a	CD
36036	106	25	)	)	-RRB-
36036	106	26	.	.	.
36036	107	1	[	[	-LRB-
36036	107	2	b	b	LS
36036	107	3	]	]	-RRB-
36036	107	4	These	these	DT
36036	107	5	are	be	VBP
36036	107	6	considered	consider	VBN
36036	107	7	conspecific	conspecific	NN
36036	107	8	in	in	IN
36036	107	9	some	some	DT
36036	107	10	current	current	JJ
36036	107	11	taxonomies	taxonomy	NNS
36036	107	12	(	(	-LRB-
36036	107	13	Kortlucke	Kortlucke	NNP
36036	107	14	and	and	CC
36036	107	15	Ramirez	Ramirez	NNP
36036	107	16	-	-	HYPH
36036	107	17	Pulido	Pulido	NNP
36036	107	18	,	,	,
36036	107	19	1982	1982	CD
36036	107	20	)	)	-RRB-
36036	107	21	;	;	:
36036	107	22	however	however	RB
36036	107	23	,	,	,
36036	107	24	the	the	DT
36036	107	25	scheme	scheme	NN
36036	107	26	followed	follow	VBD
36036	107	27	here	here	RB
36036	107	28	maintains	maintain	VBZ
36036	107	29	them	-PRON-	PRP
36036	107	30	as	as	IN
36036	107	31	separate	separate	JJ
36036	107	32	species	specie	NNS
36036	107	33	(	(	-LRB-
36036	107	34	Decker	Decker	NNP
36036	107	35	,	,	,
36036	107	36	1991	1991	CD
36036	107	37	)	)	-RRB-
36036	107	38	.	.	.
36036	108	1	[	[	-LRB-
36036	108	2	c	c	NN
36036	108	3	]	]	-RRB-
36036	108	4	Several	several	JJ
36036	108	5	named	name	VBN
36036	108	6	forms	form	NNS
36036	108	7	of	of	IN
36036	108	8	_	_	NNP
36036	108	9	Procyon	Procyon	NNP
36036	108	10	_	_	NNP
36036	108	11	are	be	VBP
36036	108	12	a	a	DT
36036	108	13	single	single	JJ
36036	108	14	species	specie	NNS
36036	108	15	,	,	,
36036	108	16	_	_	NNP
36036	108	17	Procyon	Procyon	NNP
36036	108	18	lotor	lotor	NN
36036	108	19	_	_	NNP
36036	108	20	(	(	-LRB-
36036	108	21	Wozencraft	Wozencraft	NNP
36036	108	22	,	,	,
36036	108	23	1989a	1989a	CD
36036	108	24	)	)	-RRB-
36036	108	25	.	.	.
36036	109	1	During	during	IN
36036	109	2	the	the	DT
36036	109	3	late	late	JJ
36036	109	4	Miocene	Miocene	NNP
36036	109	5	,	,	,
36036	109	6	late	late	JJ
36036	109	7	Pliocene	Pliocene	NNP
36036	109	8	,	,	,
36036	109	9	and	and	CC
36036	109	10	Pleistocene	Pleistocene	NNP
36036	109	11	,	,	,
36036	109	12	the	the	DT
36036	109	13	Bering	Bering	NNP
36036	109	14	land	land	NN
36036	109	15	bridge	bridge	NN
36036	109	16	between	between	IN
36036	109	17	North	North	NNP
36036	109	18	America	America	NNP
36036	109	19	and	and	CC
36036	109	20	Asia	Asia	NNP
36036	109	21	formed	form	VBD
36036	109	22	periodically	periodically	RB
36036	109	23	,	,	,
36036	109	24	offering	offer	VBG
36036	109	25	an	an	DT
36036	109	26	avenue	avenue	NN
36036	109	27	for	for	IN
36036	109	28	dispersal	dispersal	NN
36036	109	29	between	between	IN
36036	109	30	northern	northern	JJ
36036	109	31	continents	continent	NNS
36036	109	32	(	(	-LRB-
36036	109	33	Darlington	Darlington	NNP
36036	109	34	,	,	,
36036	109	35	1963:366	1963:366	CD
36036	109	36	;	;	:
36036	109	37	Webb	Webb	NNP
36036	109	38	,	,	,
36036	109	39	1985a	1985a	CD
36036	109	40	)	)	-RRB-
36036	109	41	.	.	.
36036	110	1	However	however	RB
36036	110	2	,	,	,
36036	110	3	by	by	IN
36036	110	4	the	the	DT
36036	110	5	late	late	JJ
36036	110	6	Tertiary	Tertiary	NNP
36036	110	7	,	,	,
36036	110	8	northern	northern	JJ
36036	110	9	continents	continent	NNS
36036	110	10	had	have	VBD
36036	110	11	cooled	cool	VBN
36036	110	12	to	to	IN
36036	110	13	the	the	DT
36036	110	14	extent	extent	NN
36036	110	15	that	that	DT
36036	110	16	climate	climate	NN
36036	110	17	,	,	,
36036	110	18	with	with	IN
36036	110	19	its	-PRON-	PRP$
36036	110	20	attendant	attendant	NN
36036	110	21	sharply	sharply	RB
36036	110	22	defined	define	VBD
36036	110	23	vegetative	vegetative	JJ
36036	110	24	zones	zone	NNS
36036	110	25	,	,	,
36036	110	26	became	become	VBD
36036	110	27	the	the	DT
36036	110	28	major	major	JJ
36036	110	29	factor	factor	NN
36036	110	30	limiting	limit	VBG
36036	110	31	dispersal	dispersal	NN
36036	110	32	by	by	IN
36036	110	33	this	this	DT
36036	110	34	route	route	NN
36036	110	35	(	(	-LRB-
36036	110	36	Darlington	Darlington	NNP
36036	110	37	,	,	,
36036	110	38	1963:366	1963:366	CD
36036	110	39	;	;	:
36036	110	40	Webb	Webb	NNP
36036	110	41	,	,	,
36036	110	42	1985a	1985a	CD
36036	110	43	)	)	-RRB-
36036	110	44	.	.	.
36036	111	1	Those	those	DT
36036	111	2	Holarctic	holarctic	JJ
36036	111	3	mammals	mammal	NNS
36036	111	4	that	that	WDT
36036	111	5	did	do	VBD
36036	111	6	cross	cross	VB
36036	111	7	the	the	DT
36036	111	8	Bering	Bering	NNP
36036	111	9	land	land	NN
36036	111	10	bridge	bridge	NN
36036	111	11	in	in	IN
36036	111	12	the	the	DT
36036	111	13	late	late	JJ
36036	111	14	Tertiary	Tertiary	NNP
36036	111	15	were	be	VBD
36036	111	16	"	"	``
36036	111	17	cold	cold	RB
36036	111	18	-	-	HYPH
36036	111	19	adapted	adapt	VBN
36036	111	20	"	"	''
36036	111	21	species	specie	NNS
36036	111	22	associated	associate	VBN
36036	111	23	with	with	IN
36036	111	24	relatively	relatively	RB
36036	111	25	cool	cool	JJ
36036	111	26	,	,	,
36036	111	27	but	but	CC
36036	111	28	not	not	RB
36036	111	29	alpine	alpine	NN
36036	111	30	,	,	,
36036	111	31	climates	climate	VBZ
36036	111	32	(	(	-LRB-
36036	111	33	Darlington	Darlington	NNP
36036	111	34	,	,	,
36036	111	35	1963:366	1963:366	CD
36036	111	36	;	;	:
36036	111	37	Ewer	Ewer	NNP
36036	111	38	,	,	,
36036	111	39	1973:369	1973:369	CD
36036	111	40	)	)	-RRB-
36036	111	41	.	.	.
36036	112	1	Among	among	IN
36036	112	2	carnivores	carnivore	NNS
36036	112	3	this	this	DT
36036	112	4	included	include	VBD
36036	112	5	some	some	DT
36036	112	6	canids	canid	NNS
36036	112	7	,	,	,
36036	112	8	ursids	ursid	NNS
36036	112	9	,	,	,
36036	112	10	mustelids	mustelid	NNS
36036	112	11	,	,	,
36036	112	12	and	and	CC
36036	112	13	felids	felid	NNS
36036	112	14	(	(	-LRB-
36036	112	15	Darlington	Darlington	NNP
36036	112	16	,	,	,
36036	112	17	1963:393	1963:393	CD
36036	112	18	-	-	SYM
36036	112	19	395	395	CD
36036	112	20	,	,	,
36036	112	21	397	397	CD
36036	112	22	;	;	:
36036	112	23	Webb	Webb	NNP
36036	112	24	,	,	,
36036	112	25	1985a	1985a	CD
36036	112	26	)	)	-RRB-
36036	112	27	.	.	.
36036	113	1	Procyonids	procyonid	NNS
36036	113	2	,	,	,
36036	113	3	however	however	RB
36036	113	4	,	,	,
36036	113	5	did	do	VBD
36036	113	6	not	not	RB
36036	113	7	cross	cross	VB
36036	113	8	the	the	DT
36036	113	9	Bering	Bering	NNP
36036	113	10	land	land	NN
36036	113	11	bridge	bridge	NN
36036	113	12	into	into	IN
36036	113	13	Asia	Asia	NNP
36036	113	14	,	,	,
36036	113	15	and	and	CC
36036	113	16	Ewer	Ewer	NNP
36036	113	17	(	(	-LRB-
36036	113	18	1973:369	1973:369	CD
36036	113	19	)	)	-RRB-
36036	113	20	ascribes	ascribe	VBZ
36036	113	21	this	this	DT
36036	113	22	to	to	IN
36036	113	23	their	-PRON-	PRP$
36036	113	24	being	be	VBG
36036	113	25	an	an	DT
36036	113	26	"	"	``
36036	113	27	essentially	essentially	RB
36036	113	28	tropical	tropical	JJ
36036	113	29	group	group	NN
36036	113	30	.	.	.
36036	113	31	"	"	''
36036	114	1	Miocene	miocene	JJ
36036	114	2	radiation	radiation	NN
36036	114	3	of	of	IN
36036	114	4	procyonids	procyonid	NNS
36036	114	5	occurred	occur	VBD
36036	114	6	at	at	IN
36036	114	7	a	a	DT
36036	114	8	time	time	NN
36036	114	9	when	when	WRB
36036	114	10	two	two	CD
36036	114	11	of	of	IN
36036	114	12	the	the	DT
36036	114	13	four	four	CD
36036	114	14	major	major	JJ
36036	114	15	climatic	climatic	JJ
36036	114	16	deteriorations	deterioration	NNS
36036	114	17	(	(	-LRB-
36036	114	18	middle	middle	JJ
36036	114	19	and	and	CC
36036	114	20	late	late	JJ
36036	114	21	Miocene	Miocene	NNP
36036	114	22	)	)	-RRB-
36036	114	23	were	be	VBD
36036	114	24	taking	take	VBG
36036	114	25	place	place	NN
36036	114	26	(	(	-LRB-
36036	114	27	Webb	Webb	NNP
36036	114	28	,	,	,
36036	114	29	1985a	1985a	NNS
36036	114	30	,	,	,
36036	114	31	1985b	1985b	CD
36036	114	32	)	)	-RRB-
36036	114	33	.	.	.
36036	115	1	These	these	DT
36036	115	2	deteriorations	deterioration	NNS
36036	115	3	had	have	VBD
36036	115	4	the	the	DT
36036	115	5	effect	effect	NN
36036	115	6	of	of	IN
36036	115	7	cooling	cool	VBG
36036	115	8	the	the	DT
36036	115	9	middle	middle	JJ
36036	115	10	latitudes	latitude	NNS
36036	115	11	to	to	IN
36036	115	12	the	the	DT
36036	115	13	extent	extent	NN
36036	115	14	that	that	WDT
36036	115	15	temperate	temperate	VBP
36036	115	16	forest	forest	NN
36036	115	17	forms	form	NNS
36036	115	18	began	begin	VBD
36036	115	19	to	to	TO
36036	115	20	appear	appear	VB
36036	115	21	in	in	IN
36036	115	22	mid	mid	NN
36036	115	23	-	-	JJ
36036	115	24	latitude	latitude	JJ
36036	115	25	floras	flora	NNS
36036	115	26	,	,	,
36036	115	27	along	along	IN
36036	115	28	with	with	IN
36036	115	29	a	a	DT
36036	115	30	rapid	rapid	JJ
36036	115	31	influx	influx	NN
36036	115	32	of	of	IN
36036	115	33	herbaceous	herbaceous	JJ
36036	115	34	plants	plant	NNS
36036	115	35	(	(	-LRB-
36036	115	36	Barghoorn	Barghoorn	NNP
36036	115	37	,	,	,
36036	115	38	1953	1953	CD
36036	115	39	)	)	-RRB-
36036	115	40	.	.	.
36036	116	1	The	the	DT
36036	116	2	procyonid	procyonid	NN
36036	116	3	radiation	radiation	NN
36036	116	4	did	do	VBD
36036	116	5	not	not	RB
36036	116	6	penetrate	penetrate	VB
36036	116	7	beyond	beyond	IN
36036	116	8	these	these	DT
36036	116	9	climatically	climatically	RB
36036	116	10	changing	change	VBG
36036	116	11	middle	middle	JJ
36036	116	12	latitudes	latitude	NNS
36036	116	13	,	,	,
36036	116	14	which	which	WDT
36036	116	15	implies	imply	VBZ
36036	116	16	that	that	IN
36036	116	17	these	these	DT
36036	116	18	animals	animal	NNS
36036	116	19	were	be	VBD
36036	116	20	"	"	``
36036	116	21	warm	warm	RB
36036	116	22	-	-	HYPH
36036	116	23	adapted	adapt	VBN
36036	116	24	,	,	,
36036	116	25	"	"	''
36036	116	26	and	and	CC
36036	116	27	were	be	VBD
36036	116	28	,	,	,
36036	116	29	therefore	therefore	RB
36036	116	30	,	,	,
36036	116	31	physiologically	physiologically	RB
36036	116	32	excluded	exclude	VBN
36036	116	33	from	from	IN
36036	116	34	reaching	reach	VBG
36036	116	35	the	the	DT
36036	116	36	Bering	Bering	NNP
36036	116	37	land	land	NN
36036	116	38	bridge	bridge	NN
36036	116	39	.	.	.
36036	117	1	Today	today	NN
36036	117	2	,	,	,
36036	117	3	three	three	CD
36036	117	4	of	of	IN
36036	117	5	the	the	DT
36036	117	6	six	six	CD
36036	117	7	genera	genera	NN
36036	117	8	and	and	CC
36036	117	9	over	over	IN
36036	117	10	half	half	NN
36036	117	11	of	of	IN
36036	117	12	the	the	DT
36036	117	13	18	18	CD
36036	117	14	species	specie	NNS
36036	117	15	that	that	WDT
36036	117	16	comprise	comprise	VBP
36036	117	17	Procyonidae	Procyonidae	NNP
36036	117	18	(	(	-LRB-
36036	117	19	Table	table	NN
36036	117	20	1	1	CD
36036	117	21	;	;	:
36036	117	22	Wozencraft	Wozencraft	NNP
36036	117	23	,	,	,
36036	117	24	1989b	1989b	CD
36036	117	25	)	)	-RRB-
36036	117	26	remain	remain	VBP
36036	117	27	confined	confine	VBN
36036	117	28	to	to	IN
36036	117	29	tropical	tropical	JJ
36036	117	30	regions	region	NNS
36036	117	31	of	of	IN
36036	117	32	North	North	NNP
36036	117	33	and	and	CC
36036	117	34	South	South	NNP
36036	117	35	America	America	NNP
36036	117	36	(	(	-LRB-
36036	117	37	Hall	Hall	NNP
36036	117	38	and	and	CC
36036	117	39	Kelson	Kelson	NNP
36036	117	40	,	,	,
36036	117	41	1959:878	1959:878	CD
36036	117	42	-	-	SYM
36036	117	43	897	897	CD
36036	117	44	;	;	:
36036	117	45	Poglayen	Poglayen	NNP
36036	117	46	-	-	HYPH
36036	117	47	Neuwall	Neuwall	NNP
36036	117	48	,	,	,
36036	117	49	1975	1975	CD
36036	117	50	;	;	:
36036	117	51	Kortlucke	Kortlucke	NNP
36036	117	52	and	and	CC
36036	117	53	Ramirez	Ramirez	NNP
36036	117	54	-	-	HYPH
36036	117	55	Pulido	Pulido	NNP
36036	117	56	,	,	,
36036	117	57	1982	1982	CD
36036	117	58	;	;	:
36036	117	59	Nowak	Nowak	NNP
36036	117	60	and	and	CC
36036	117	61	Paradiso	Paradiso	NNP
36036	117	62	,	,	,
36036	117	63	1983:977	1983:977	CD
36036	117	64	-	-	SYM
36036	117	65	985	985	CD
36036	117	66	)	)	-RRB-
36036	117	67	.	.	.
36036	118	1	_	_	NNP
36036	118	2	Typical	Typical	NNP
36036	118	3	Procyonids	Procyonids	NNPS
36036	118	4	_	_	NNP
36036	118	5	McNab	McNab	NNP
36036	118	6	(	(	-LRB-
36036	118	7	1988a	1988a	CD
36036	118	8	)	)	-RRB-
36036	118	9	contends	contend	VBZ
36036	118	10	that	that	IN
36036	118	11	basal	basal	NNP
36036	118	12	metabolism	metabolism	NN
36036	118	13	is	be	VBZ
36036	118	14	a	a	DT
36036	118	15	highly	highly	RB
36036	118	16	plastic	plastic	JJ
36036	118	17	character	character	NN
36036	118	18	in	in	IN
36036	118	19	evolution	evolution	NN
36036	118	20	,	,	,
36036	118	21	and	and	CC
36036	118	22	he	-PRON-	PRP
36036	118	23	has	have	VBZ
36036	118	24	amply	amply	RB
36036	118	25	shown	show	VBN
36036	118	26	that	that	IN
36036	118	27	ecologically	ecologically	RB
36036	118	28	uniform	uniform	JJ
36036	118	29	species	specie	NNS
36036	118	30	are	be	VBP
36036	118	31	more	more	RBR
36036	118	32	apt	apt	JJ
36036	118	33	to	to	TO
36036	118	34	share	share	VB
36036	118	35	common	common	JJ
36036	118	36	metabolic	metabolic	JJ
36036	118	37	rates	rate	NNS
36036	118	38	than	than	IN
36036	118	39	taxonomically	taxonomically	RB
36036	118	40	allied	ally	VBN
36036	118	41	species	specie	NNS
36036	118	42	from	from	IN
36036	118	43	drastically	drastically	RB
36036	118	44	different	different	JJ
36036	118	45	environments	environment	NNS
36036	118	46	(	(	-LRB-
36036	118	47	McNab	McNab	NNP
36036	118	48	,	,	,
36036	118	49	1984a	1984a	CD
36036	118	50	,	,	,
36036	118	51	1986a	1986a	NNS
36036	118	52	,	,	,
36036	118	53	1986b	1986b	CD
36036	118	54	,	,	,
36036	118	55	1988a	1988a	CD
36036	118	56	)	)	-RRB-
36036	118	57	.	.	.
36036	119	1	Procyonids	procyonid	NNS
36036	119	2	represent	represent	VBP
36036	119	3	a	a	DT
36036	119	4	taxonomically	taxonomically	RB
36036	119	5	allied	ally	VBN
36036	119	6	group	group	NN
36036	119	7	that	that	WDT
36036	119	8	shared	share	VBD
36036	119	9	a	a	DT
36036	119	10	common	common	JJ
36036	119	11	ecological	ecological	JJ
36036	119	12	situation	situation	NN
36036	119	13	for	for	IN
36036	119	14	millions	million	NNS
36036	119	15	of	of	IN
36036	119	16	years	year	NNS
36036	119	17	;	;	:
36036	119	18	consequently	consequently	RB
36036	119	19	,	,	,
36036	119	20	members	member	NNS
36036	119	21	of	of	IN
36036	119	22	this	this	DT
36036	119	23	family	family	NN
36036	119	24	might	may	MD
36036	119	25	be	be	VB
36036	119	26	expected	expect	VBN
36036	119	27	to	to	TO
36036	119	28	show	show	VB
36036	119	29	some	some	DT
36036	119	30	uniformity	uniformity	NN
36036	119	31	in	in	IN
36036	119	32	their	-PRON-	PRP$
36036	119	33	[	[	-LRB-
36036	119	34	.H]_{b	.h]_{b	NN
36036	119	35	}	}	-RRB-
36036	119	36	.	.	.
36036	120	1	Basal	Basal	NNP
36036	120	2	and	and	CC
36036	120	3	thermoregulatory	thermoregulatory	JJ
36036	120	4	metabolism	metabolism	NN
36036	120	5	of	of	IN
36036	120	6	several	several	JJ
36036	120	7	procyonids	procyonid	NNS
36036	120	8	have	have	VBP
36036	120	9	been	be	VBN
36036	120	10	measured	measure	VBN
36036	120	11	:	:	:
36036	120	12	kinkajou	kinkajou	NNP
36036	120	13	,	,	,
36036	120	14	_	_	NNP
36036	120	15	Potos	Potos	NNP
36036	120	16	flavus	flavus	NN
36036	120	17	_	_	NNP
36036	120	18	(	(	-LRB-
36036	120	19	Müller	Müller	NNP
36036	120	20	and	and	CC
36036	120	21	Kulzer	Kulzer	NNP
36036	120	22	,	,	,
36036	120	23	1977	1977	CD
36036	120	24	;	;	:
36036	120	25	McNab	McNab	NNP
36036	120	26	,	,	,
36036	120	27	1978a	1978a	CD
36036	120	28	;	;	:
36036	120	29	Müller	Müller	NNP
36036	120	30	and	and	CC
36036	120	31	Rost	Rost	NNP
36036	120	32	,	,	,
36036	120	33	1983	1983	CD
36036	120	34	)	)	-RRB-
36036	120	35	,	,	,
36036	120	36	coatis	coatis	NNP
36036	120	37	,	,	,
36036	120	38	_	_	NNP
36036	120	39	Nasua	Nasua	NNP
36036	120	40	nasua	nasua	NNP
36036	120	41	_	_	NNP
36036	120	42	(	(	-LRB-
36036	120	43	Chevillard	Chevillard	NNP
36036	120	44	-	-	HYPH
36036	120	45	Hugot	Hugot	NNP
36036	120	46	et	et	FW
36036	120	47	al	al	NNP
36036	120	48	.	.	NNP
36036	120	49	,	,	,
36036	120	50	1980	1980	CD
36036	120	51	;	;	:
36036	120	52	Mugaas	Mugaas	NNP
36036	120	53	et	et	FW
36036	120	54	al	al	NNP
36036	120	55	.	.	NNP
36036	120	56	,	,	,
36036	120	57	in	in	IN
36036	120	58	prep	prep	NNP
36036	120	59	.	.	.
36036	121	1	)	)	-RRB-
36036	121	2	,	,	,
36036	121	3	and	and	CC
36036	121	4	_	_	NNP
36036	121	5	Nasua	Nasua	NNP
36036	121	6	narica	narica	NN
36036	121	7	_	_	NNP
36036	121	8	(	(	-LRB-
36036	121	9	Scholander	Scholander	NNP
36036	121	10	et	et	NNP
36036	121	11	al	al	NNP
36036	121	12	.	.	NNP
36036	121	13	,	,	,
36036	121	14	1950c	1950c	LS
36036	121	15	;	;	:
36036	121	16	Mugaas	Mugaas	NNP
36036	121	17	et	et	FW
36036	121	18	al	al	NNP
36036	121	19	.	.	NNP
36036	121	20	,	,	,
36036	121	21	in	in	IN
36036	121	22	prep	prep	NNP
36036	121	23	.	.	.
36036	122	1	)	)	-RRB-
36036	122	2	,	,	,
36036	122	3	ringtail	ringtail	NN
36036	122	4	,	,	,
36036	122	5	_	_	NNP
36036	122	6	Bassariscus	Bassariscus	NNP
36036	122	7	astutus	astutus	NN
36036	122	8	_	_	NNP
36036	122	9	(	(	-LRB-
36036	122	10	Chevalier	Chevalier	NNP
36036	122	11	,	,	,
36036	122	12	1985	1985	CD
36036	122	13	)	)	-RRB-
36036	122	14	,	,	,
36036	122	15	and	and	CC
36036	122	16	crab	crab	NN
36036	122	17	-	-	HYPH
36036	122	18	eating	eat	VBG
36036	122	19	raccoon	raccoon	NN
36036	122	20	,	,	,
36036	122	21	_	_	NNP
36036	122	22	Procyon	Procyon	NNP
36036	122	23	cancrivorus	cancrivoru	VBZ
36036	122	24	_	_	NNP
36036	122	25	(	(	-LRB-
36036	122	26	Scholander	Scholander	NNP
36036	122	27	et	et	NNP
36036	122	28	al	al	NNP
36036	122	29	.	.	NNP
36036	122	30	,	,	,
36036	122	31	1950c	1950c	CD
36036	122	32	)	)	-RRB-
36036	122	33	.	.	.
36036	123	1	In	in	IN
36036	123	2	general	general	JJ
36036	123	3	,	,	,
36036	123	4	these	these	DT
36036	123	5	species	specie	NNS
36036	123	6	have	have	VBP
36036	123	7	[	[	-LRB-
36036	123	8	.H]_{b	.H]_{b	.
36036	123	9	}	}	-RRB-
36036	123	10	's	be	VBZ
36036	123	11	that	that	WDT
36036	123	12	are	be	VBP
36036	123	13	40%-80	40%-80	CD
36036	123	14	%	%	NN
36036	123	15	of	of	IN
36036	123	16	the	the	DT
36036	123	17	values	value	NNS
36036	123	18	predicted	predict	VBN
36036	123	19	for	for	IN
36036	123	20	them	-PRON-	PRP
36036	123	21	by	by	IN
36036	123	22	the	the	DT
36036	123	23	Kleiber	Kleiber	NNP
36036	123	24	(	(	-LRB-
36036	123	25	1961:206	1961:206	CD
36036	123	26	)	)	-RRB-
36036	123	27	equation	equation	NN
36036	123	28	.	.	.
36036	124	1	Lower	low	JJR
36036	124	2	than	than	IN
36036	124	3	predicted	predict	VBN
36036	124	4	[	[	-LRB-
36036	124	5	.H]_{b	.h]_{b	NN
36036	124	6	}	}	-RRB-
36036	124	7	is	be	VBZ
36036	124	8	viewed	view	VBN
36036	124	9	as	as	IN
36036	124	10	an	an	DT
36036	124	11	energy	energy	NN
36036	124	12	-	-	HYPH
36036	124	13	saving	save	VBG
36036	124	14	adaptation	adaptation	NN
36036	124	15	for	for	IN
36036	124	16	procyonids	procyonid	NNS
36036	124	17	living	live	VBG
36036	124	18	in	in	IN
36036	124	19	relatively	relatively	RB
36036	124	20	stable	stable	JJ
36036	124	21	tropical	tropical	JJ
36036	124	22	climates	climate	NNS
36036	124	23	(	(	-LRB-
36036	124	24	Müller	Müller	NNP
36036	124	25	and	and	CC
36036	124	26	Kulzer	Kulzer	NNP
36036	124	27	,	,	,
36036	124	28	1977	1977	CD
36036	124	29	;	;	:
36036	124	30	Chevillard	Chevillard	NNP
36036	124	31	-	-	HYPH
36036	124	32	Hugot	Hugot	NNP
36036	124	33	et	et	FW
36036	124	34	al	al	NNP
36036	124	35	.	.	NNP
36036	124	36	,	,	,
36036	124	37	1980	1980	CD
36036	124	38	;	;	:
36036	124	39	Müller	Müller	NNP
36036	124	40	and	and	CC
36036	124	41	Rost	Rost	NNP
36036	124	42	,	,	,
36036	124	43	1983	1983	CD
36036	124	44	)	)	-RRB-
36036	124	45	.	.	.
36036	125	1	This	this	DT
36036	125	2	implies	imply	VBZ
36036	125	3	that	that	IN
36036	125	4	lower	low	JJR
36036	125	5	than	than	IN
36036	125	6	predicted	predict	VBN
36036	125	7	[	[	-LRB-
36036	125	8	.H]_{b	.h]_{b	NN
36036	125	9	}	}	-RRB-
36036	125	10	is	be	VBZ
36036	125	11	a	a	DT
36036	125	12	general	general	JJ
36036	125	13	procyonid	procyonid	NN
36036	125	14	condition	condition	NN
36036	125	15	and	and	CC
36036	125	16	that	that	IN
36036	125	17	it	-PRON-	PRP
36036	125	18	represents	represent	VBZ
36036	125	19	a	a	DT
36036	125	20	characteristic	characteristic	NN
36036	125	21	that	that	WDT
36036	125	22	evolved	evolve	VBD
36036	125	23	in	in	IN
36036	125	24	response	response	NN
36036	125	25	to	to	IN
36036	125	26	the	the	DT
36036	125	27	family	family	NN
36036	125	28	's	's	POS
36036	125	29	long	long	JJ
36036	125	30	association	association	NN
36036	125	31	with	with	IN
36036	125	32	tropical	tropical	JJ
36036	125	33	and	and	CC
36036	125	34	subtropical	subtropical	JJ
36036	125	35	forest	forest	NN
36036	125	36	environments	environment	NNS
36036	125	37	.	.	.
36036	126	1	_	_	NNP
36036	126	2	The	the	DT
36036	126	3	Atypical	Atypical	NNP
36036	126	4	Procyonid	Procyonid	NNP
36036	126	5	_	_	NNP
36036	126	6	Although	although	IN
36036	126	7	most	most	JJS
36036	126	8	procyonids	procyonid	NNS
36036	126	9	are	be	VBP
36036	126	10	found	find	VBN
36036	126	11	in	in	IN
36036	126	12	only	only	RB
36036	126	13	tropical	tropical	JJ
36036	126	14	to	to	IN
36036	126	15	subtropical	subtropical	JJ
36036	126	16	climates	climate	NNS
36036	126	17	,	,	,
36036	126	18	the	the	DT
36036	126	19	North	north	JJ
36036	126	20	American	american	JJ
36036	126	21	raccoon	raccoon	NN
36036	126	22	,	,	,
36036	126	23	_	_	NNP
36036	126	24	Procyon	Procyon	NNP
36036	126	25	lotor	lotor	NN
36036	126	26	_	_	NNP
36036	126	27	,	,	,
36036	126	28	(	(	-LRB-
36036	126	29	Figure	figure	NN
36036	126	30	1	1	CD
36036	126	31	)	)	-RRB-
36036	126	32	has	have	VBZ
36036	126	33	a	a	DT
36036	126	34	much	much	RB
36036	126	35	broader	broad	JJR
36036	126	36	distribution	distribution	NN
36036	126	37	that	that	WDT
36036	126	38	extends	extend	VBZ
36036	126	39	from	from	IN
36036	126	40	tropical	tropical	JJ
36036	126	41	Panama	Panama	NNP
36036	126	42	(	(	-LRB-
36036	126	43	8	8	CD
36036	126	44	°	°	NNS
36036	126	45	N	n	CD
36036	126	46	)	)	-RRB-
36036	126	47	to	to	IN
36036	126	48	southern	southern	JJ
36036	126	49	Canada	Canada	NNP
36036	126	50	.	.	.
36036	127	1	In	in	IN
36036	127	2	Alberta	Alberta	NNP
36036	127	3	,	,	,
36036	127	4	Canada	Canada	NNP
36036	127	5	,	,	,
36036	127	6	its	-PRON-	PRP$
36036	127	7	range	range	NN
36036	127	8	reaches	reach	VBZ
36036	127	9	the	the	DT
36036	127	10	edge	edge	NN
36036	127	11	of	of	IN
36036	127	12	the	the	DT
36036	127	13	Hudsonian	Hudsonian	NNP
36036	127	14	Life	Life	NNP
36036	127	15	Zone	Zone	NNP
36036	127	16	at	at	IN
36036	127	17	60	60	CD
36036	127	18	°	°	NNS
36036	127	19	N	n	CD
36036	127	20	(	(	-LRB-
36036	127	21	for	for	IN
36036	127	22	distribution	distribution	NN
36036	127	23	maps	map	NNS
36036	127	24	see	see	VBP
36036	127	25	Hall	Hall	NNP
36036	127	26	and	and	CC
36036	127	27	Kelson	Kelson	NNP
36036	127	28	,	,	,
36036	127	29	1959:878	1959:878	CD
36036	127	30	-	-	SYM
36036	127	31	897	897	CD
36036	127	32	,	,	,
36036	127	33	and	and	CC
36036	127	34	Poglayen	Poglayen	NNP
36036	127	35	-	-	HYPH
36036	127	36	Neuwall	Neuwall	NNP
36036	127	37	,	,	,
36036	127	38	1975	1975	CD
36036	127	39	)	)	-RRB-
36036	127	40	.	.	.
36036	128	1	Range	range	NN
36036	128	2	extensions	extension	NNS
36036	128	3	and	and	CC
36036	128	4	an	an	DT
36036	128	5	increase	increase	NN
36036	128	6	in	in	IN
36036	128	7	numbers	number	NNS
36036	128	8	have	have	VBP
36036	128	9	been	be	VBN
36036	128	10	noted	note	VBN
36036	128	11	in	in	IN
36036	128	12	Canada	Canada	NNP
36036	128	13	and	and	CC
36036	128	14	in	in	IN
36036	128	15	parts	part	NNS
36036	128	16	of	of	IN
36036	128	17	the	the	DT
36036	128	18	United	United	NNP
36036	128	19	States	States	NNP
36036	128	20	since	since	IN
36036	128	21	the	the	DT
36036	128	22	19th	19th	JJ
36036	128	23	century	century	NN
36036	128	24	(	(	-LRB-
36036	128	25	Lotze	Lotze	NNP
36036	128	26	and	and	CC
36036	128	27	Anderson	Anderson	NNP
36036	128	28	,	,	,
36036	128	29	1979	1979	CD
36036	128	30	;	;	:
36036	128	31	Kaufmann	Kaufmann	NNP
36036	128	32	,	,	,
36036	128	33	1982	1982	CD
36036	128	34	;	;	:
36036	128	35	Nowak	Nowak	NNP
36036	128	36	and	and	CC
36036	128	37	Paradiso	Paradiso	NNP
36036	128	38	,	,	,
36036	128	39	1983:977	1983:977	CD
36036	128	40	-	-	SYM
36036	128	41	985	985	CD
36036	128	42	)	)	-RRB-
36036	128	43	.	.	.
36036	129	1	Thus	thus	RB
36036	129	2	,	,	,
36036	129	3	_	_	NNP
36036	129	4	Procyon	Procyon	NNP
36036	129	5	lotor	lotor	NN
36036	129	6	_	_	NNP
36036	129	7	is	be	VBZ
36036	129	8	more	more	RBR
36036	129	9	complex	complex	JJ
36036	129	10	ecologically	ecologically	RB
36036	129	11	than	than	IN
36036	129	12	other	other	JJ
36036	129	13	procyonids	procyonid	NNS
36036	129	14	,	,	,
36036	129	15	particularly	particularly	RB
36036	129	16	when	when	WRB
36036	129	17	one	one	PRP
36036	129	18	takes	take	VBZ
36036	129	19	into	into	IN
36036	129	20	account	account	NN
36036	129	21	its	-PRON-	PRP$
36036	129	22	highly	highly	RB
36036	129	23	generalized	generalize	VBN
36036	129	24	food	food	NN
36036	129	25	habits	habit	NNS
36036	129	26	(	(	-LRB-
36036	129	27	Hamilton	Hamilton	NNP
36036	129	28	,	,	,
36036	129	29	1936	1936	CD
36036	129	30	;	;	:
36036	129	31	Stuewer	Stuewer	NNP
36036	129	32	,	,	,
36036	129	33	1943	1943	CD
36036	129	34	;	;	:
36036	129	35	Stains	stain	NNS
36036	129	36	,	,	,
36036	129	37	1956:39	1956:39	CD
36036	129	38	-	-	SYM
36036	129	39	51	51	CD
36036	129	40	;	;	:
36036	129	41	Greenwood	greenwood	NN
36036	129	42	,	,	,
36036	129	43	1981	1981	CD
36036	129	44	)	)	-RRB-
36036	129	45	and	and	CC
36036	129	46	the	the	DT
36036	129	47	wide	wide	JJ
36036	129	48	range	range	NN
36036	129	49	of	of	IN
36036	129	50	habitat	habitat	NN
36036	129	51	types	type	NNS
36036	129	52	(	(	-LRB-
36036	129	53	forest	forest	NN
36036	129	54	,	,	,
36036	129	55	prairie	prairie	NNP
36036	129	56	,	,	,
36036	129	57	desert	desert	NN
36036	129	58	,	,	,
36036	129	59	mountain	mountain	NN
36036	129	60	,	,	,
36036	129	61	coastal	coastal	NNP
36036	129	62	marsh	marsh	NNP
36036	129	63	,	,	,
36036	129	64	freshwater	freshwater	NNP
36036	129	65	marsh	marsh	NNP
36036	129	66	)	)	-RRB-
36036	129	67	and	and	CC
36036	129	68	climates	climate	VBZ
36036	129	69	(	(	-LRB-
36036	129	70	tropical	tropical	JJ
36036	129	71	to	to	IN
36036	129	72	north	north	NN
36036	129	73	temperate	temperate	NN
36036	129	74	)	)	-RRB-
36036	129	75	in	in	IN
36036	129	76	which	which	WDT
36036	129	77	it	-PRON-	PRP
36036	129	78	is	be	VBZ
36036	129	79	successful	successful	JJ
36036	129	80	(	(	-LRB-
36036	129	81	Whitney	Whitney	NNP
36036	129	82	and	and	CC
36036	129	83	Underwood	Underwood	NNP
36036	129	84	,	,	,
36036	129	85	1952:1	1952:1	CD
36036	129	86	;	;	:
36036	129	87	Hall	Hall	NNP
36036	129	88	and	and	CC
36036	129	89	Kelson	Kelson	NNP
36036	129	90	,	,	,
36036	129	91	1959:885	1959:885	CD
36036	129	92	;	;	:
36036	129	93	Lotze	Lotze	NNP
36036	129	94	and	and	CC
36036	129	95	Anderson	Anderson	NNP
36036	129	96	,	,	,
36036	129	97	1979	1979	CD
36036	129	98	;	;	:
36036	129	99	Kaufmann	Kaufmann	NNP
36036	129	100	,	,	,
36036	129	101	1982	1982	CD
36036	129	102	)	)	-RRB-
36036	129	103	.	.	.
36036	130	1	On	on	IN
36036	130	2	this	this	DT
36036	130	3	basis	basis	NN
36036	130	4	it	-PRON-	PRP
36036	130	5	is	be	VBZ
36036	130	6	clear	clear	JJ
36036	130	7	that	that	IN
36036	130	8	_	_	NNP
36036	130	9	Procyon	Procyon	NNP
36036	130	10	lotor	lotor	NN
36036	130	11	_	_	NNP
36036	130	12	has	have	VBZ
36036	130	13	deviated	deviate	VBN
36036	130	14	from	from	IN
36036	130	15	the	the	DT
36036	130	16	typical	typical	JJ
36036	130	17	procyonid	procyonid	JJ
36036	130	18	portrait	portrait	NN
36036	130	19	and	and	CC
36036	130	20	has	have	VBZ
36036	130	21	become	become	VBN
36036	130	22	the	the	DT
36036	130	23	consummate	consummate	JJ
36036	130	24	generalist	generalist	NN
36036	130	25	of	of	IN
36036	130	26	the	the	DT
36036	130	27	Procyonidae	Procyonidae	NNP
36036	130	28	.	.	.
36036	131	1	[	[	-LRB-
36036	131	2	Illustration	illustration	NN
36036	131	3	:	:	:
36036	131	4	FIGURE	FIGURE	NNP
36036	131	5	1.--North	1.--north	CD
36036	131	6	American	american	JJ
36036	131	7	raccoon	raccoon	NN
36036	131	8	,	,	,
36036	131	9	_	_	NNP
36036	131	10	Procyon	Procyon	NNP
36036	131	11	lotor	lotor	NN
36036	131	12	_	_	NNP
36036	131	13	.	.	.
36036	131	14	]	]	-RRB-
36036	132	1	_	_	NNP
36036	132	2	The	the	DT
36036	132	3	Hypothesis	Hypothesis	NNP
36036	132	4	_	_	IN
36036	132	5	Our	-PRON-	PRP$
36036	132	6	general	general	JJ
36036	132	7	hypothesis	hypothesis	NN
36036	132	8	was	be	VBD
36036	132	9	that	that	IN
36036	132	10	whereas	whereas	IN
36036	132	11	most	most	JJS
36036	132	12	contemporary	contemporary	JJ
36036	132	13	procyonids	procyonid	NNS
36036	132	14	have	have	VBP
36036	132	15	retained	retain	VBN
36036	132	16	the	the	DT
36036	132	17	metabolic	metabolic	JJ
36036	132	18	characteristics	characteristic	NNS
36036	132	19	of	of	IN
36036	132	20	their	-PRON-	PRP$
36036	132	21	warm	warm	RB
36036	132	22	-	-	HYPH
36036	132	23	adapted	adapt	VBN
36036	132	24	ancestors	ancestor	NNS
36036	132	25	,	,	,
36036	132	26	_	_	NNP
36036	132	27	Procyon	Procyon	NNP
36036	132	28	lotor	lotor	NN
36036	132	29	_	_	NNP
36036	132	30	possesses	possess	VBZ
36036	132	31	a	a	DT
36036	132	32	different	different	JJ
36036	132	33	set	set	NN
36036	132	34	of	of	IN
36036	132	35	adaptations	adaptation	NNS
36036	132	36	,	,	,
36036	132	37	which	which	WDT
36036	132	38	either	either	CC
36036	132	39	evolved	evolve	VBD
36036	132	40	as	as	IN
36036	132	41	characteristics	characteristic	NNS
36036	132	42	unique	unique	JJ
36036	132	43	to	to	IN
36036	132	44	this	this	DT
36036	132	45	species	species	NN
36036	132	46	or	or	CC
36036	132	47	were	be	VBD
36036	132	48	acquired	acquire	VBN
36036	132	49	from	from	IN
36036	132	50	its	-PRON-	PRP$
36036	132	51	ancestral	ancestral	JJ
36036	132	52	stock	stock	NN
36036	132	53	.	.	.
36036	133	1	In	in	IN
36036	133	2	either	either	DT
36036	133	3	case	case	NN
36036	133	4	,	,	,
36036	133	5	its	-PRON-	PRP$
36036	133	6	unique	unique	JJ
36036	133	7	adaptations	adaptation	NNS
36036	133	8	have	have	VBP
36036	133	9	given	give	VBN
36036	133	10	_	_	NNP
36036	133	11	Procyon	Procyon	NNP
36036	133	12	lotor	lotor	NN
36036	133	13	_	_	NNP
36036	133	14	the	the	DT
36036	133	15	physiological	physiological	JJ
36036	133	16	flexibility	flexibility	NN
36036	133	17	to	to	TO
36036	133	18	generalize	generalize	VB
36036	133	19	its	-PRON-	PRP$
36036	133	20	use	use	NN
36036	133	21	of	of	IN
36036	133	22	habitats	habitat	NNS
36036	133	23	and	and	CC
36036	133	24	climates	climate	NNS
36036	133	25	and	and	CC
36036	133	26	expand	expand	VB
36036	133	27	its	-PRON-	PRP$
36036	133	28	geographic	geographic	JJ
36036	133	29	distribution	distribution	NN
36036	133	30	to	to	IN
36036	133	31	a	a	DT
36036	133	32	much	much	RB
36036	133	33	greater	great	JJR
36036	133	34	extent	extent	NN
36036	133	35	than	than	IN
36036	133	36	other	other	JJ
36036	133	37	procyonids	procyonid	NNS
36036	133	38	.	.	.
36036	134	1	_	_	NNP
36036	134	2	Hypothesis	Hypothesis	NNP
36036	134	3	Testing	Testing	NNP
36036	134	4	_	_	NNP
36036	134	5	We	-PRON-	PRP
36036	134	6	tested	test	VBD
36036	134	7	our	-PRON-	PRP$
36036	134	8	hypothesis	hypothesis	NN
36036	134	9	by	by	IN
36036	134	10	comparing	compare	VBG
36036	134	11	_	_	NNP
36036	134	12	Procyon	Procyon	NNP
36036	134	13	lotor	lotor	NN
36036	134	14	_	_	NNP
36036	134	15	with	with	IN
36036	134	16	several	several	JJ
36036	134	17	other	other	JJ
36036	134	18	procyonids	procyonid	NNS
36036	134	19	(	(	-LRB-
36036	134	20	_	_	NNP
36036	134	21	Bassariscus	Bassariscus	NNP
36036	134	22	astutus	astutus	NN
36036	134	23	_	_	NNP
36036	134	24	,	,	,
36036	134	25	_	_	NNP
36036	134	26	Nasua	Nasua	NNP
36036	134	27	nasua	nasua	NNP
36036	134	28	_	_	NNP
36036	134	29	,	,	,
36036	134	30	_	_	NNP
36036	134	31	Nasua	Nasua	NNP
36036	134	32	narica	narica	NN
36036	134	33	_	_	NNP
36036	134	34	,	,	,
36036	134	35	_	_	NNP
36036	134	36	Procyon	Procyon	NNP
36036	134	37	cancrivorus	cancrivoru	VBZ
36036	134	38	_	_	NNP
36036	134	39	,	,	,
36036	134	40	and	and	CC
36036	134	41	_	_	NNP
36036	134	42	Potos	Potos	NNP
36036	134	43	flavus	flavus	NN
36036	134	44	_	_	NNP
36036	134	45	)	)	-RRB-
36036	134	46	on	on	IN
36036	134	47	the	the	DT
36036	134	48	basis	basis	NN
36036	134	49	of	of	IN
36036	134	50	their	-PRON-	PRP$
36036	134	51	(	(	-LRB-
36036	134	52	1	1	CD
36036	134	53	)	)	-RRB-
36036	134	54	basal	basal	NNP
36036	134	55	metabolic	metabolic	JJ
36036	134	56	rate	rate	NN
36036	134	57	(	(	-LRB-
36036	134	58	[	[	-LRB-
36036	134	59	.H]_{b	.H]_{b	NFP
36036	134	60	}	}	-RRB-
36036	134	61	)	)	-RRB-
36036	134	62	,	,	,
36036	134	63	(	(	-LRB-
36036	134	64	2	2	LS
36036	134	65	)	)	-RRB-
36036	134	66	minimum	minimum	JJ
36036	134	67	wet	wet	JJ
36036	134	68	thermal	thermal	JJ
36036	134	69	conductance	conductance	NN
36036	134	70	(	(	-LRB-
36036	134	71	C_{mw	C_{mw	NNP
36036	134	72	}	}	-RRB-
36036	134	73	)	)	-RRB-
36036	134	74	,	,	,
36036	134	75	(	(	-LRB-
36036	134	76	3	3	LS
36036	134	77	)	)	-RRB-
36036	134	78	diversity	diversity	NN
36036	134	79	of	of	IN
36036	134	80	diet	diet	NNP
36036	134	81	(	(	-LRB-
36036	134	82	D_{d	D_{d	NNP
36036	134	83	}	}	-RRB-
36036	134	84	)	)	-RRB-
36036	134	85	,	,	,
36036	134	86	(	(	-LRB-
36036	134	87	4	4	LS
36036	134	88	)	)	-RRB-
36036	134	89	intrinsic	intrinsic	JJ
36036	134	90	rate	rate	NN
36036	134	91	of	of	IN
36036	134	92	natural	natural	JJ
36036	134	93	increase	increase	NN
36036	134	94	(	(	-LRB-
36036	134	95	r_{max	r_{max	NNP
36036	134	96	}	}	-RRB-
36036	134	97	)	)	-RRB-
36036	134	98	,	,	,
36036	134	99	and	and	CC
36036	134	100	,	,	,
36036	134	101	when	when	WRB
36036	134	102	data	datum	NNS
36036	134	103	were	be	VBD
36036	134	104	available	available	JJ
36036	134	105	,	,	,
36036	134	106	(	(	-LRB-
36036	134	107	5	5	LS
36036	134	108	)	)	-RRB-
36036	134	109	capacity	capacity	NN
36036	134	110	for	for	IN
36036	134	111	evaporative	evaporative	JJ
36036	134	112	cooling	cooling	NN
36036	134	113	(	(	-LRB-
36036	134	114	E_{c	E_{c	NNP
36036	134	115	}	}	-RRB-
36036	134	116	)	)	-RRB-
36036	134	117	.	.	.
36036	135	1	In	in	IN
36036	135	2	a	a	DT
36036	135	3	genetic	genetic	JJ
36036	135	4	sense	sense	NN
36036	135	5	each	each	DT
36036	135	6	one	one	CD
36036	135	7	of	of	IN
36036	135	8	these	these	DT
36036	135	9	variables	variable	NNS
36036	135	10	is	be	VBZ
36036	135	11	a	a	DT
36036	135	12	complex	complex	JJ
36036	135	13	adaptive	adaptive	JJ
36036	135	14	characteristic	characteristic	NN
36036	135	15	,	,	,
36036	135	16	expression	expression	NN
36036	135	17	of	of	IN
36036	135	18	which	which	WDT
36036	135	19	is	be	VBZ
36036	135	20	determined	determine	VBN
36036	135	21	by	by	IN
36036	135	22	the	the	DT
36036	135	23	interaction	interaction	NN
36036	135	24	of	of	IN
36036	135	25	several	several	JJ
36036	135	26	genes	gene	NNS
36036	135	27	(	(	-LRB-
36036	135	28	Prosser	Prosser	NNP
36036	135	29	,	,	,
36036	135	30	1986:110	1986:110	CD
36036	135	31	-	-	SYM
36036	135	32	165	165	CD
36036	135	33	)	)	-RRB-
36036	135	34	.	.	.
36036	136	1	Experience	experience	NN
36036	136	2	has	have	VBZ
36036	136	3	shown	show	VBN
36036	136	4	that	that	IN
36036	136	5	a	a	DT
36036	136	6	given	give	VBN
36036	136	7	species	specie	NNS
36036	136	8	will	will	MD
36036	136	9	express	express	VB
36036	136	10	each	each	DT
36036	136	11	one	one	CD
36036	136	12	of	of	IN
36036	136	13	these	these	DT
36036	136	14	variables	variable	NNS
36036	136	15	in	in	IN
36036	136	16	a	a	DT
36036	136	17	specific	specific	JJ
36036	136	18	manner	manner	NN
36036	136	19	that	that	WDT
36036	136	20	is	be	VBZ
36036	136	21	relevant	relevant	JJ
36036	136	22	to	to	IN
36036	136	23	its	-PRON-	PRP$
36036	136	24	mass	mass	NN
36036	136	25	,	,	,
36036	136	26	physiology	physiology	NN
36036	136	27	,	,	,
36036	136	28	behavior	behavior	NN
36036	136	29	,	,	,
36036	136	30	and	and	CC
36036	136	31	environmental	environmental	JJ
36036	136	32	circumstance	circumstance	NN
36036	136	33	.	.	.
36036	137	1	Thus	thus	RB
36036	137	2	,	,	,
36036	137	3	different	different	JJ
36036	137	4	expressions	expression	NNS
36036	137	5	of	of	IN
36036	137	6	these	these	DT
36036	137	7	variables	variable	NNS
36036	137	8	may	may	MD
36036	137	9	represent	represent	VB
36036	137	10	specific	specific	JJ
36036	137	11	climatic	climatic	JJ
36036	137	12	adaptations	adaptation	NNS
36036	137	13	(	(	-LRB-
36036	137	14	Prosser	Prosser	NNP
36036	137	15	,	,	,
36036	137	16	1986:16	1986:16	CD
36036	137	17	)	)	-RRB-
36036	137	18	that	that	WDT
36036	137	19	have	have	VBP
36036	137	20	been	be	VBN
36036	137	21	selected	select	VBN
36036	137	22	-	-	:
36036	137	23	for	for	IN
36036	137	24	by	by	IN
36036	137	25	evolutionary	evolutionary	JJ
36036	137	26	process	process	NN
36036	137	27	.	.	.
36036	138	1	Because	because	IN
36036	138	2	these	these	DT
36036	138	3	variables	variable	NNS
36036	138	4	are	be	VBP
36036	138	5	interrelated	interrelate	VBN
36036	138	6	with	with	IN
36036	138	7	respect	respect	NN
36036	138	8	to	to	IN
36036	138	9	regulation	regulation	NN
36036	138	10	of	of	IN
36036	138	11	body	body	NN
36036	138	12	temperature	temperature	NN
36036	138	13	and	and	CC
36036	138	14	energy	energy	NN
36036	138	15	balance	balance	NN
36036	138	16	,	,	,
36036	138	17	they	-PRON-	PRP
36036	138	18	have	have	VBP
36036	138	19	co	co	VBN
36036	138	20	-	-	VBN
36036	138	21	evolved	evolved	JJ
36036	138	22	in	in	IN
36036	138	23	each	each	DT
36036	138	24	species	specie	NNS
36036	138	25	to	to	TO
36036	138	26	form	form	VB
36036	138	27	an	an	DT
36036	138	28	adaptive	adaptive	JJ
36036	138	29	unit	unit	NN
36036	138	30	.	.	.
36036	139	1	For	for	IN
36036	139	2	each	each	DT
36036	139	3	species	specie	NNS
36036	139	4	,	,	,
36036	139	5	measured	measure	VBN
36036	139	6	and	and	CC
36036	139	7	calculated	calculate	VBN
36036	139	8	values	value	NNS
36036	139	9	for	for	IN
36036	139	10	the	the	DT
36036	139	11	first	first	JJ
36036	139	12	four	four	CD
36036	139	13	variables	variable	NNS
36036	139	14	were	be	VBD
36036	139	15	converted	convert	VBN
36036	139	16	into	into	IN
36036	139	17	dimensionless	dimensionless	JJ
36036	139	18	numbers	number	NNS
36036	139	19	and	and	CC
36036	139	20	used	use	VBN
36036	139	21	to	to	TO
36036	139	22	derive	derive	VB
36036	139	23	a	a	DT
36036	139	24	composite	composite	JJ
36036	139	25	score	score	NN
36036	139	26	that	that	WDT
36036	139	27	represented	represent	VBD
36036	139	28	its	-PRON-	PRP$
36036	139	29	adaptive	adaptive	JJ
36036	139	30	unit	unit	NN
36036	139	31	.	.	.
36036	140	1	Climatic	climatic	JJ
36036	140	2	distributions	distribution	NNS
36036	140	3	of	of	IN
36036	140	4	these	these	DT
36036	140	5	species	specie	NNS
36036	140	6	were	be	VBD
36036	140	7	then	then	RB
36036	140	8	compared	compare	VBN
36036	140	9	relative	relative	JJ
36036	140	10	to	to	IN
36036	140	11	their	-PRON-	PRP$
36036	140	12	composite	composite	JJ
36036	140	13	scores	score	NNS
36036	140	14	.	.	.
36036	141	1	ADAPTIVE	adaptive	JJ
36036	141	2	SIGNIFICANCE	significance	NN
36036	141	3	OF	of	IN
36036	141	4	THE	the	DT
36036	141	5	VARIABLES	VARIABLES	NNP
36036	141	6	_	_	NNP
36036	141	7	Basal	Basal	NNP
36036	141	8	Metabolic	Metabolic	NNP
36036	141	9	Rate	Rate	NNP
36036	141	10	and	and	CC
36036	141	11	Intrinsic	Intrinsic	NNP
36036	141	12	Rate	rate	NN
36036	141	13	of	of	IN
36036	141	14	Natural	natural	JJ
36036	141	15	Increase	Increase	NNP
36036	141	16	_	_	NNP
36036	141	17	Basal	Basal	NNP
36036	141	18	metabolic	metabolic	JJ
36036	141	19	rate	rate	NN
36036	141	20	represents	represent	VBZ
36036	141	21	the	the	DT
36036	141	22	minimum	minimum	JJ
36036	141	23	energy	energy	NN
36036	141	24	required	require	VBN
36036	141	25	by	by	IN
36036	141	26	an	an	DT
36036	141	27	animal	animal	NN
36036	141	28	to	to	TO
36036	141	29	maintain	maintain	VB
36036	141	30	basic	basic	JJ
36036	141	31	homeostasis	homeostasis	NN
36036	141	32	(	(	-LRB-
36036	141	33	Lusk	Lusk	NNP
36036	141	34	,	,	,
36036	141	35	1917:141	1917:141	CD
36036	141	36	;	;	:
36036	141	37	Kleiber	Kleiber	NNP
36036	141	38	,	,	,
36036	141	39	1932	1932	CD
36036	141	40	,	,	,
36036	141	41	1961:251	1961:251	CD
36036	141	42	;	;	:
36036	141	43	Benedict	Benedict	NNP
36036	141	44	,	,	,
36036	141	45	1938	1938	CD
36036	141	46	;	;	:
36036	141	47	Brody	brody	NN
36036	141	48	,	,	,
36036	141	49	1945:59	1945:59	CD
36036	141	50	;	;	:
36036	141	51	Robbins	robbin	NNS
36036	141	52	,	,	,
36036	141	53	1983:105	1983:105	CD
36036	141	54	-	-	SYM
36036	141	55	111	111	CD
36036	141	56	)	)	-RRB-
36036	141	57	.	.	.
36036	142	1	For	for	IN
36036	142	2	mammals	mammal	NNS
36036	142	3	,	,	,
36036	142	4	[	[	-LRB-
36036	142	5	.H]_b	.H]_b	.
36036	142	6	appears	appear	VBZ
36036	142	7	to	to	TO
36036	142	8	be	be	VB
36036	142	9	determined	determine	VBN
36036	142	10	by	by	IN
36036	142	11	complex	complex	JJ
36036	142	12	interactions	interaction	NNS
36036	142	13	between	between	IN
36036	142	14	their	-PRON-	PRP$
36036	142	15	body	body	NN
36036	142	16	size	size	NN
36036	142	17	(	(	-LRB-
36036	142	18	Kleiber	Kleiber	NNP
36036	142	19	,	,	,
36036	142	20	1932	1932	CD
36036	142	21	,	,	,
36036	142	22	1961:206	1961:206	CD
36036	142	23	;	;	:
36036	142	24	Benedict	Benedict	NNP
36036	142	25	,	,	,
36036	142	26	1938	1938	CD
36036	142	27	;	;	:
36036	142	28	Brody	brody	NN
36036	142	29	,	,	,
36036	142	30	1945:368	1945:368	CD
36036	142	31	-	-	SYM
36036	142	32	374	374	CD
36036	142	33	;	;	:
36036	142	34	Hemmingsen	Hemmingsen	NNP
36036	142	35	,	,	,
36036	142	36	1960:15	1960:15	CD
36036	142	37	-	-	SYM
36036	142	38	36	36	CD
36036	142	39	;	;	:
36036	142	40	McNab	McNab	NNP
36036	142	41	,	,	,
36036	142	42	1983b	1983b	CD
36036	142	43	;	;	:
36036	142	44	Calder	calder	NN
36036	142	45	,	,	,
36036	142	46	1987	1987	CD
36036	142	47	)	)	-RRB-
36036	142	48	,	,	,
36036	142	49	the	the	DT
36036	142	50	climate	climate	NN
36036	142	51	in	in	IN
36036	142	52	which	which	WDT
36036	142	53	they	-PRON-	PRP
36036	142	54	live	live	VBP
36036	142	55	(	(	-LRB-
36036	142	56	Scholander	Scholander	NNP
36036	142	57	et	et	NNP
36036	142	58	al	al	NNP
36036	142	59	.	.	NNP
36036	142	60	,	,	,
36036	142	61	1950c	1950c	CD
36036	142	62	;	;	:
36036	142	63	McNab	McNab	NNP
36036	142	64	and	and	CC
36036	142	65	Morrison	Morrison	NNP
36036	142	66	,	,	,
36036	142	67	1963	1963	CD
36036	142	68	;	;	:
36036	142	69	Hulbert	Hulbert	NNP
36036	142	70	and	and	CC
36036	142	71	Dawson	Dawson	NNP
36036	142	72	,	,	,
36036	142	73	1974	1974	CD
36036	142	74	;	;	:
36036	142	75	Shkolnik	Shkolnik	NNP
36036	142	76	and	and	CC
36036	142	77	Schmidt	Schmidt	NNP
36036	142	78	-	-	HYPH
36036	142	79	Nielsen	Nielsen	NNP
36036	142	80	,	,	,
36036	142	81	1976	1976	CD
36036	142	82	;	;	:
36036	142	83	McNab	McNab	NNP
36036	142	84	,	,	,
36036	142	85	1979a	1979a	CD
36036	142	86	;	;	:
36036	142	87	Vogel	Vogel	NNP
36036	142	88	,	,	,
36036	142	89	1980	1980	CD
36036	142	90	)	)	-RRB-
36036	142	91	,	,	,
36036	142	92	their	-PRON-	PRP$
36036	142	93	food	food	NN
36036	142	94	habits	habit	NNS
36036	142	95	(	(	-LRB-
36036	142	96	McNab	McNab	NNP
36036	142	97	,	,	,
36036	142	98	1978a	1978a	CD
36036	142	99	,	,	,
36036	142	100	1978b	1978b	CD
36036	142	101	,	,	,
36036	142	102	1980a	1980a	CD
36036	142	103	,	,	,
36036	142	104	1983a	1983a	CD
36036	142	105	,	,	,
36036	142	106	1984a	1984a	NNS
36036	142	107	,	,	,
36036	142	108	1986a	1986a	NNS
36036	142	109	,	,	,
36036	142	110	1986b	1986b	CD
36036	142	111	,	,	,
36036	142	112	1988a	1988a	CD
36036	142	113	,	,	,
36036	142	114	1989	1989	CD
36036	142	115	)	)	-RRB-
36036	142	116	,	,	,
36036	142	117	and	and	CC
36036	142	118	their	-PRON-	PRP$
36036	142	119	circadian	circadian	JJ
36036	142	120	period	period	NN
36036	142	121	(	(	-LRB-
36036	142	122	Aschoff	Aschoff	NNP
36036	142	123	and	and	CC
36036	142	124	Pohl	Pohl	NNP
36036	142	125	,	,	,
36036	142	126	1970	1970	CD
36036	142	127	;	;	:
36036	142	128	Prothero	Prothero	NNP
36036	142	129	,	,	,
36036	142	130	1984	1984	CD
36036	142	131	)	)	-RRB-
36036	142	132	.	.	.
36036	143	1	Some	some	DT
36036	143	2	species	specie	NNS
36036	143	3	have	have	VBP
36036	143	4	higher	high	JJR
36036	143	5	mass	mass	JJ
36036	143	6	-	-	HYPH
36036	143	7	specific	specific	JJ
36036	143	8	[	[	-LRB-
36036	143	9	.H]_{b	.H]_{b	.
36036	143	10	}	}	-RRB-
36036	143	11	than	than	IN
36036	143	12	others	other	NNS
36036	143	13	,	,	,
36036	143	14	and	and	CC
36036	143	15	this	this	DT
36036	143	16	variation	variation	NN
36036	143	17	appears	appear	VBZ
36036	143	18	to	to	TO
36036	143	19	be	be	VB
36036	143	20	tied	tie	VBN
36036	143	21	to	to	IN
36036	143	22	ecological	ecological	JJ
36036	143	23	circumstances	circumstance	NNS
36036	143	24	rather	rather	RB
36036	143	25	than	than	IN
36036	143	26	taxonomic	taxonomic	JJ
36036	143	27	affinities	affinity	NNS
36036	143	28	(	(	-LRB-
36036	143	29	McNab	McNab	NNP
36036	143	30	,	,	,
36036	143	31	1988a	1988a	CD
36036	143	32	,	,	,
36036	143	33	1989	1989	CD
36036	143	34	)	)	-RRB-
36036	143	35	.	.	.
36036	144	1	Basal	Basal	NNP
36036	144	2	metabolic	metabolic	JJ
36036	144	3	rate	rate	NN
36036	144	4	is	be	VBZ
36036	144	5	important	important	JJ
36036	144	6	ecologically	ecologically	RB
36036	144	7	because	because	IN
36036	144	8	it	-PRON-	PRP
36036	144	9	serves	serve	VBZ
36036	144	10	as	as	IN
36036	144	11	a	a	DT
36036	144	12	measure	measure	NN
36036	144	13	of	of	IN
36036	144	14	a	a	DT
36036	144	15	species	specie	NNS
36036	144	16	'	'	POS
36036	144	17	minimum	minimum	JJ
36036	144	18	"	"	``
36036	144	19	obligatory	obligatory	JJ
36036	144	20	"	"	''
36036	144	21	energy	energy	NN
36036	144	22	requirement	requirement	NN
36036	144	23	,	,	,
36036	144	24	and	and	CC
36036	144	25	under	under	IN
36036	144	26	many	many	JJ
36036	144	27	circumstances	circumstance	NNS
36036	144	28	,	,	,
36036	144	29	it	-PRON-	PRP
36036	144	30	represents	represent	VBZ
36036	144	31	the	the	DT
36036	144	32	largest	large	JJS
36036	144	33	energy	energy	NN
36036	144	34	demand	demand	NN
36036	144	35	associated	associate	VBN
36036	144	36	with	with	IN
36036	144	37	a	a	DT
36036	144	38	daily	daily	JJ
36036	144	39	energy	energy	NN
36036	144	40	budget	budget	NN
36036	144	41	(	(	-LRB-
36036	144	42	King	King	NNP
36036	144	43	,	,	,
36036	144	44	1974:38	1974:38	CD
36036	144	45	-	-	SYM
36036	144	46	55	55	CD
36036	144	47	;	;	:
36036	144	48	McNab	McNab	NNP
36036	144	49	,	,	,
36036	144	50	1980a	1980a	CD
36036	144	51	;	;	:
36036	144	52	Mugaas	Mugaas	NNP
36036	144	53	and	and	CC
36036	144	54	King	King	NNP
36036	144	55	,	,	,
36036	144	56	1981:37	1981:37	CD
36036	144	57	-	-	SYM
36036	144	58	40	40	CD
36036	144	59	)	)	-RRB-
36036	144	60	.	.	.
36036	145	1	Recently	recently	RB
36036	145	2	it	-PRON-	PRP
36036	145	3	also	also	RB
36036	145	4	has	have	VBZ
36036	145	5	been	be	VBN
36036	145	6	implicated	implicate	VBN
36036	145	7	as	as	IN
36036	145	8	a	a	DT
36036	145	9	permissive	permissive	JJ
36036	145	10	factor	factor	NN
36036	145	11	with	with	IN
36036	145	12	respect	respect	NN
36036	145	13	to	to	IN
36036	145	14	r_{max	r_{max	NNP
36036	145	15	}	}	-RRB-
36036	145	16	of	of	IN
36036	145	17	mammals	mammal	NNS
36036	145	18	(	(	-LRB-
36036	145	19	Hennemann	Hennemann	NNP
36036	145	20	,	,	,
36036	145	21	1983	1983	CD
36036	145	22	;	;	:
36036	145	23	Lillegraven	Lillegraven	NNP
36036	145	24	et	et	NNP
36036	145	25	al	al	NNP
36036	145	26	.	.	NNP
36036	145	27	,	,	,
36036	145	28	1987	1987	CD
36036	145	29	;	;	:
36036	145	30	Nicoll	Nicoll	NNP
36036	145	31	and	and	CC
36036	145	32	Thompson	Thompson	NNP
36036	145	33	,	,	,
36036	145	34	1987	1987	CD
36036	145	35	;	;	:
36036	145	36	Thompson	Thompson	NNP
36036	145	37	,	,	,
36036	145	38	1987	1987	CD
36036	145	39	)	)	-RRB-
36036	145	40	via	via	IN
36036	145	41	its	-PRON-	PRP$
36036	145	42	direct	direct	JJ
36036	145	43	effect	effect	NN
36036	145	44	on	on	IN
36036	145	45	their	-PRON-	PRP$
36036	145	46	rates	rate	NNS
36036	145	47	of	of	IN
36036	145	48	development	development	NN
36036	145	49	and	and	CC
36036	145	50	fecundity	fecundity	NN
36036	145	51	(	(	-LRB-
36036	145	52	McNab	McNab	NNP
36036	145	53	,	,	,
36036	145	54	1980a	1980a	CD
36036	145	55	,	,	,
36036	145	56	1983a	1983a	CD
36036	145	57	,	,	,
36036	145	58	1986b	1986b	CD
36036	145	59	;	;	:
36036	145	60	Hennemann	Hennemann	NNP
36036	145	61	,	,	,
36036	145	62	1983	1983	CD
36036	145	63	;	;	:
36036	145	64	Schmitz	Schmitz	NNP
36036	145	65	and	and	CC
36036	145	66	Lavigne	Lavigne	NNP
36036	145	67	,	,	,
36036	145	68	1984	1984	CD
36036	145	69	;	;	:
36036	145	70	Glazier	Glazier	NNP
36036	145	71	,	,	,
36036	145	72	1985a	1985a	CD
36036	145	73	,	,	,
36036	145	74	1985b	1985b	CD
36036	145	75	)	)	-RRB-
36036	145	76	.	.	.
36036	146	1	The	the	DT
36036	146	2	implication	implication	NN
36036	146	3	of	of	IN
36036	146	4	this	this	DT
36036	146	5	latter	latter	JJ
36036	146	6	point	point	NN
36036	146	7	is	be	VBZ
36036	146	8	that	that	IN
36036	146	9	those	those	DT
36036	146	10	species	specie	NNS
36036	146	11	with	with	IN
36036	146	12	higher	high	JJR
36036	146	13	[	[	-LRB-
36036	146	14	.H]_{b	.H]_{b	NFP
36036	146	15	}	}	-RRB-
36036	146	16	's	be	VBZ
36036	146	17	also	also	RB
36036	146	18	have	have	VBP
36036	146	19	faster	fast	JJR
36036	146	20	rates	rate	NNS
36036	146	21	of	of	IN
36036	146	22	development	development	NN
36036	146	23	and	and	CC
36036	146	24	greater	great	JJR
36036	146	25	fecundity	fecundity	NN
36036	146	26	and	and	CC
36036	146	27	hence	hence	RB
36036	146	28	enjoy	enjoy	VB
36036	146	29	the	the	DT
36036	146	30	competitive	competitive	JJ
36036	146	31	advantage	advantage	NN
36036	146	32	of	of	IN
36036	146	33	a	a	DT
36036	146	34	higher	high	JJR
36036	146	35	r_{max	r_{max	NN
36036	146	36	}	}	-RRB-
36036	146	37	.	.	.
36036	147	1	Basal	Basal	NNP
36036	147	2	metabolism	metabolism	NN
36036	147	3	is	be	VBZ
36036	147	4	,	,	,
36036	147	5	therefore	therefore	RB
36036	147	6	,	,	,
36036	147	7	"	"	``
36036	147	8	a	a	DT
36036	147	9	highly	highly	RB
36036	147	10	plastic	plastic	JJ
36036	147	11	character	character	NN
36036	147	12	in	in	IN
36036	147	13	the	the	DT
36036	147	14	course	course	NN
36036	147	15	of	of	IN
36036	147	16	evolution	evolution	NN
36036	147	17	"	"	''
36036	147	18	(	(	-LRB-
36036	147	19	McNab	McNab	NNP
36036	147	20	,	,	,
36036	147	21	1988a:25	1988a:25	CD
36036	147	22	)	)	-RRB-
36036	147	23	that	that	DT
36036	147	24	has	have	VBZ
36036	147	25	a	a	DT
36036	147	26	profound	profound	JJ
36036	147	27	influence	influence	NN
36036	147	28	on	on	IN
36036	147	29	each	each	DT
36036	147	30	species	specie	NNS
36036	147	31	'	'	POS
36036	147	32	life	life	NN
36036	147	33	history	history	NN
36036	147	34	.	.	.
36036	148	1	_	_	NNP
36036	148	2	Minimum	Minimum	NNP
36036	148	3	Thermal	Thermal	NNP
36036	148	4	Conductance	Conductance	NNP
36036	148	5	_	_	NNP
36036	148	6	Whole	whole	JJ
36036	148	7	-	-	HYPH
36036	148	8	body	body	NN
36036	148	9	resistance	resistance	NN
36036	148	10	to	to	IN
36036	148	11	passive	passive	JJ
36036	148	12	heat	heat	NN
36036	148	13	transfer	transfer	NN
36036	148	14	is	be	VBZ
36036	148	15	equal	equal	JJ
36036	148	16	to	to	TO
36036	148	17	tissue	tissue	VB
36036	148	18	resistance	resistance	NN
36036	148	19	plus	plus	CC
36036	148	20	coat	coat	NN
36036	148	21	resistance	resistance	NN
36036	148	22	.	.	.
36036	149	1	Within	within	IN
36036	149	2	limits	limit	NNS
36036	149	3	,	,	,
36036	149	4	these	these	DT
36036	149	5	resistances	resistance	NNS
36036	149	6	can	can	MD
36036	149	7	be	be	VB
36036	149	8	altered	alter	VBN
36036	149	9	;	;	:
36036	149	10	tissue	tissue	NN
36036	149	11	resistance	resistance	NN
36036	149	12	can	can	MD
36036	149	13	be	be	VB
36036	149	14	varied	vary	VBN
36036	149	15	by	by	IN
36036	149	16	changes	change	NNS
36036	149	17	in	in	IN
36036	149	18	blood	blood	NN
36036	149	19	flow	flow	NN
36036	149	20	,	,	,
36036	149	21	whereas	whereas	IN
36036	149	22	coat	coat	NN
36036	149	23	resistance	resistance	NN
36036	149	24	can	can	MD
36036	149	25	be	be	VB
36036	149	26	changed	change	VBN
36036	149	27	by	by	IN
36036	149	28	piloerection	piloerection	NN
36036	149	29	,	,	,
36036	149	30	molt	molt	NN
36036	149	31	,	,	,
36036	149	32	and	and	CC
36036	149	33	behavior	behavior	NN
36036	149	34	.	.	.
36036	150	1	When	when	WRB
36036	150	2	whole	whole	JJ
36036	150	3	-	-	HYPH
36036	150	4	body	body	NN
36036	150	5	resistance	resistance	NN
36036	150	6	is	be	VBZ
36036	150	7	maximized	maximize	VBN
36036	150	8	(	(	-LRB-
36036	150	9	maximum	maximum	JJ
36036	150	10	tissue	tissue	NN
36036	150	11	and	and	CC
36036	150	12	coat	coat	NN
36036	150	13	resistances	resistance	NNS
36036	150	14	)	)	-RRB-
36036	150	15	,	,	,
36036	150	16	passive	passive	JJ
36036	150	17	heat	heat	NN
36036	150	18	transfer	transfer	NN
36036	150	19	is	be	VBZ
36036	150	20	minimized	minimize	VBN
36036	150	21	.	.	.
36036	151	1	The	the	DT
36036	151	2	inverse	inverse	NN
36036	151	3	of	of	IN
36036	151	4	resistance	resistance	NN
36036	151	5	is	be	VBZ
36036	151	6	conductance	conductance	NN
36036	151	7	;	;	:
36036	151	8	therefore	therefore	RB
36036	151	9	,	,	,
36036	151	10	maximum	maximum	JJ
36036	151	11	whole	whole	JJ
36036	151	12	-	-	HYPH
36036	151	13	body	body	NN
36036	151	14	resistance	resistance	NN
36036	151	15	is	be	VBZ
36036	151	16	the	the	DT
36036	151	17	inverse	inverse	NN
36036	151	18	of	of	IN
36036	151	19	minimum	minimum	JJ
36036	151	20	thermal	thermal	JJ
36036	151	21	conductance	conductance	NN
36036	151	22	(	(	-LRB-
36036	151	23	C_{m	C_{m	NNP
36036	151	24	}	}	-RRB-
36036	151	25	)	)	-RRB-
36036	151	26	.	.	.
36036	152	1	Minimum	minimum	JJ
36036	152	2	thermal	thermal	JJ
36036	152	3	conductance	conductance	NN
36036	152	4	is	be	VBZ
36036	152	5	readily	readily	RB
36036	152	6	derived	derive	VBN
36036	152	7	from	from	IN
36036	152	8	metabolic	metabolic	JJ
36036	152	9	chamber	chamber	NN
36036	152	10	data	datum	NNS
36036	152	11	,	,	,
36036	152	12	and	and	CC
36036	152	13	it	-PRON-	PRP
36036	152	14	is	be	VBZ
36036	152	15	commonly	commonly	RB
36036	152	16	used	use	VBN
36036	152	17	to	to	TO
36036	152	18	describe	describe	VB
36036	152	19	an	an	DT
36036	152	20	animal	animal	NN
36036	152	21	's	's	POS
36036	152	22	capacity	capacity	NN
36036	152	23	to	to	TO
36036	152	24	minimize	minimize	VB
36036	152	25	passive	passive	JJ
36036	152	26	heat	heat	NN
36036	152	27	transfer	transfer	NN
36036	152	28	.	.	.
36036	153	1	Minimum	minimum	JJ
36036	153	2	thermal	thermal	JJ
36036	153	3	conductance	conductance	NN
36036	153	4	interacts	interact	VBZ
36036	153	5	with	with	IN
36036	153	6	[	[	-LRB-
36036	153	7	.H]_{b	.H]_{b	.
36036	153	8	}	}	-RRB-
36036	153	9	and	and	CC
36036	153	10	body	body	NN
36036	153	11	mass	mass	NN
36036	153	12	to	to	TO
36036	153	13	set	set	VB
36036	153	14	the	the	DT
36036	153	15	maximum	maximum	JJ
36036	153	16	temperature	temperature	NN
36036	153	17	differential	differential	VBP
36036	153	18	a	a	DT
36036	153	19	mammal	mammal	NN
36036	153	20	can	can	MD
36036	153	21	maintain	maintain	VB
36036	153	22	without	without	IN
36036	153	23	increasing	increase	VBG
36036	153	24	its	-PRON-	PRP$
36036	153	25	basal	basal	NN
36036	153	26	level	level	NN
36036	153	27	of	of	IN
36036	153	28	heat	heat	NN
36036	153	29	production	production	NN
36036	153	30	.	.	.
36036	154	1	The	the	DT
36036	154	2	low	low	JJ
36036	154	3	temperature	temperature	NN
36036	154	4	in	in	IN
36036	154	5	this	this	DT
36036	154	6	differential	differential	NN
36036	154	7	is	be	VBZ
36036	154	8	the	the	DT
36036	154	9	lower	lower	RBR
36036	154	10	critical	critical	JJ
36036	154	11	temperature	temperature	NN
36036	154	12	(	(	-LRB-
36036	154	13	T_{lc	t_{lc	NN
36036	154	14	}	}	-RRB-
36036	154	15	)	)	-RRB-
36036	154	16	.	.	.
36036	155	1	Mass	mass	JJ
36036	155	2	-	-	HYPH
36036	155	3	specific	specific	JJ
36036	155	4	C_{m	C_{m	NNPS
36036	155	5	}	}	-RRB-
36036	155	6	for	for	IN
36036	155	7	mammals	mammal	NNS
36036	155	8	is	be	VBZ
36036	155	9	negatively	negatively	RB
36036	155	10	correlated	correlate	VBN
36036	155	11	with	with	IN
36036	155	12	body	body	NN
36036	155	13	mass	mass	NN
36036	155	14	(	(	-LRB-
36036	155	15	McNab	McNab	NNP
36036	155	16	and	and	CC
36036	155	17	Morrison	Morrison	NNP
36036	155	18	,	,	,
36036	155	19	1963	1963	CD
36036	155	20	;	;	:
36036	155	21	Herreid	Herreid	NNP
36036	155	22	and	and	CC
36036	155	23	Kessel	Kessel	NNP
36036	155	24	,	,	,
36036	155	25	1967	1967	CD
36036	155	26	;	;	:
36036	155	27	McNab	McNab	NNP
36036	155	28	,	,	,
36036	155	29	1970	1970	CD
36036	155	30	,	,	,
36036	155	31	1979b	1979b	CD
36036	155	32	;	;	:
36036	155	33	Bradley	Bradley	NNP
36036	155	34	and	and	CC
36036	155	35	Deavers	Deavers	NNP
36036	155	36	,	,	,
36036	155	37	1980	1980	CD
36036	155	38	;	;	:
36036	155	39	Aschoff	Aschoff	NNP
36036	155	40	,	,	,
36036	155	41	1981	1981	CD
36036	155	42	)	)	-RRB-
36036	155	43	,	,	,
36036	155	44	and	and	CC
36036	155	45	for	for	IN
36036	155	46	any	any	DT
36036	155	47	given	give	VBN
36036	155	48	mass	mass	NN
36036	155	49	its	-PRON-	PRP$
36036	155	50	magnitude	magnitude	NN
36036	155	51	is	be	VBZ
36036	155	52	52	52	CD
36036	155	53	%	%	NN
36036	155	54	higher	high	JJR
36036	155	55	during	during	IN
36036	155	56	the	the	DT
36036	155	57	active	active	JJ
36036	155	58	,	,	,
36036	155	59	rather	rather	RB
36036	155	60	than	than	IN
36036	155	61	the	the	DT
36036	155	62	inactive	inactive	JJ
36036	155	63	,	,	,
36036	155	64	phase	phase	NN
36036	155	65	of	of	IN
36036	155	66	the	the	DT
36036	155	67	daily	daily	JJ
36036	155	68	cycle	cycle	NN
36036	155	69	(	(	-LRB-
36036	155	70	Aschoff	Aschoff	NNP
36036	155	71	,	,	,
36036	155	72	1981	1981	CD
36036	155	73	)	)	-RRB-
36036	155	74	.	.	.
36036	156	1	However	however	RB
36036	156	2	,	,	,
36036	156	3	some	some	DT
36036	156	4	mammals	mammal	NNS
36036	156	5	have	have	VBP
36036	156	6	C_{m	C_{m	NNP
36036	156	7	}	}	-RRB-
36036	156	8	's	be	VBZ
36036	156	9	that	that	WDT
36036	156	10	are	be	VBP
36036	156	11	higher	high	JJR
36036	156	12	or	or	CC
36036	156	13	lower	low	JJR
36036	156	14	than	than	IN
36036	156	15	would	would	MD
36036	156	16	be	be	VB
36036	156	17	predicted	predict	VBN
36036	156	18	for	for	IN
36036	156	19	them	-PRON-	PRP
36036	156	20	on	on	IN
36036	156	21	the	the	DT
36036	156	22	basis	basis	NN
36036	156	23	of	of	IN
36036	156	24	body	body	NN
36036	156	25	mass	mass	JJ
36036	156	26	and	and	CC
36036	156	27	circadian	circadian	JJ
36036	156	28	phase	phase	NN
36036	156	29	.	.	.
36036	157	1	Seasonal	seasonal	JJ
36036	157	2	variation	variation	NN
36036	157	3	in	in	IN
36036	157	4	C_{m	C_{m	NNP
36036	157	5	}	}	-RRB-
36036	157	6	(	(	-LRB-
36036	157	7	higher	high	JJR
36036	157	8	values	value	NNS
36036	157	9	during	during	IN
36036	157	10	summer	summer	NN
36036	157	11	than	than	IN
36036	157	12	winter	winter	NN
36036	157	13	)	)	-RRB-
36036	157	14	has	have	VBZ
36036	157	15	been	be	VBN
36036	157	16	reported	report	VBN
36036	157	17	for	for	IN
36036	157	18	many	many	JJ
36036	157	19	northern	northern	JJ
36036	157	20	mammals	mammal	NNS
36036	157	21	that	that	WDT
36036	157	22	experience	experience	VBP
36036	157	23	large	large	JJ
36036	157	24	annual	annual	JJ
36036	157	25	variations	variation	NNS
36036	157	26	in	in	IN
36036	157	27	air	air	NN
36036	157	28	temperature	temperature	NN
36036	157	29	(	(	-LRB-
36036	157	30	Scholander	Scholander	NNP
36036	157	31	et	et	NNP
36036	157	32	al	al	NNP
36036	157	33	.	.	NNP
36036	157	34	,	,	,
36036	157	35	1950a	1950a	LS
36036	157	36	;	;	:
36036	157	37	Irving	Irving	NNP
36036	157	38	et	et	NNP
36036	157	39	al	al	NNP
36036	157	40	.	.	NNP
36036	157	41	,	,	,
36036	157	42	1955	1955	CD
36036	157	43	;	;	:
36036	157	44	Hart	Hart	NNP
36036	157	45	,	,	,
36036	157	46	1956	1956	CD
36036	157	47	,	,	,
36036	157	48	1957	1957	CD
36036	157	49	;	;	:
36036	157	50	Irving	Irving	NNP
36036	157	51	,	,	,
36036	157	52	1972:165	1972:165	CD
36036	157	53	)	)	-RRB-
36036	157	54	.	.	.
36036	158	1	Some	some	DT
36036	158	2	tropical	tropical	JJ
36036	158	3	mammals	mammal	NNS
36036	158	4	with	with	IN
36036	158	5	very	very	RB
36036	158	6	thin	thin	JJ
36036	158	7	fur	fur	NN
36036	158	8	coats	coat	NNS
36036	158	9	,	,	,
36036	158	10	and	and	CC
36036	158	11	others	other	NNS
36036	158	12	with	with	IN
36036	158	13	nearly	nearly	RB
36036	158	14	hairless	hairless	NN
36036	158	15	bodies	body	NNS
36036	158	16	,	,	,
36036	158	17	have	have	VBP
36036	158	18	high	high	JJ
36036	158	19	C_{m	C_{m	NNP
36036	158	20	}	}	-RRB-
36036	158	21	's	's	POS
36036	158	22	(	(	-LRB-
36036	158	23	McNab	McNab	NNP
36036	158	24	,	,	,
36036	158	25	1984a	1984a	CD
36036	158	26	)	)	-RRB-
36036	158	27	,	,	,
36036	158	28	as	as	IN
36036	158	29	do	do	VB
36036	158	30	burrowing	burrowing	NN
36036	158	31	mammals	mammal	NNS
36036	158	32	(	(	-LRB-
36036	158	33	McNab	mcnab	CD
36036	158	34	,	,	,
36036	158	35	1966	1966	CD
36036	158	36	,	,	,
36036	158	37	1979b	1979b	NNS
36036	158	38	,	,	,
36036	158	39	1984a	1984a	CD
36036	158	40	)	)	-RRB-
36036	158	41	and	and	CC
36036	158	42	the	the	DT
36036	158	43	kit	kit	NNP
36036	158	44	fox	fox	NNP
36036	158	45	,	,	,
36036	158	46	_	_	NNP
36036	158	47	Vulpes	Vulpes	NNP
36036	158	48	macrotis	macrotis	NN
36036	158	49	_	_	NNP
36036	158	50	(	(	-LRB-
36036	158	51	Golightly	golightly	RB
36036	158	52	and	and	CC
36036	158	53	Ohmart	Ohmart	NNP
36036	158	54	,	,	,
36036	158	55	1983	1983	CD
36036	158	56	)	)	-RRB-
36036	158	57	.	.	.
36036	159	1	Some	some	DT
36036	159	2	small	small	JJ
36036	159	3	mammals	mammal	NNS
36036	159	4	with	with	IN
36036	159	5	low	low	JJ
36036	159	6	basal	basal	NN
36036	159	7	metabolic	metabolic	JJ
36036	159	8	rates	rate	NNS
36036	159	9	tend	tend	VBP
36036	159	10	to	to	TO
36036	159	11	have	have	VB
36036	159	12	lower	low	JJR
36036	159	13	than	than	IN
36036	159	14	predicted	predict	VBN
36036	159	15	C_{m	C_{m	NNP
36036	159	16	}	}	-RRB-
36036	159	17	's	's	POS
36036	159	18	:	:	:
36036	159	19	small	small	JJ
36036	159	20	marsupials	marsupial	NNS
36036	159	21	(	(	-LRB-
36036	159	22	McNab	McNab	NNP
36036	159	23	,	,	,
36036	159	24	1978a	1978a	CD
36036	159	25	)	)	-RRB-
36036	159	26	,	,	,
36036	159	27	heteromyid	heteromyid	NNP
36036	159	28	rodents	rodent	NNS
36036	159	29	(	(	-LRB-
36036	159	30	McNab	McNab	NNP
36036	159	31	,	,	,
36036	159	32	1979a	1979a	CD
36036	159	33	)	)	-RRB-
36036	159	34	,	,	,
36036	159	35	several	several	JJ
36036	159	36	ant	ant	JJ
36036	159	37	eaters	eater	NNS
36036	159	38	(	(	-LRB-
36036	159	39	McNab	McNab	NNP
36036	159	40	,	,	,
36036	159	41	1984a	1984a	CD
36036	159	42	)	)	-RRB-
36036	159	43	,	,	,
36036	159	44	the	the	DT
36036	159	45	arctic	arctic	JJ
36036	159	46	hare	hare	NN
36036	159	47	,	,	,
36036	159	48	_	_	NNP
36036	159	49	Lepus	Lepus	NNP
36036	159	50	arcticus	arcticus	NN
36036	159	51	_	_	NNP
36036	159	52	(	(	-LRB-
36036	159	53	Wang	Wang	NNP
36036	159	54	et	et	NNP
36036	159	55	al	al	NNP
36036	159	56	.	.	NNP
36036	159	57	,	,	,
36036	159	58	1973	1973	CD
36036	159	59	)	)	-RRB-
36036	159	60	,	,	,
36036	159	61	the	the	DT
36036	159	62	ringtail	ringtail	NN
36036	159	63	,	,	,
36036	159	64	_	_	NNP
36036	159	65	Bassariscus	Bassariscus	NNP
36036	159	66	astutus	astutus	NN
36036	159	67	_	_	NNP
36036	159	68	(	(	-LRB-
36036	159	69	Chevalier	Chevalier	NNP
36036	159	70	,	,	,
36036	159	71	1985	1985	CD
36036	159	72	)	)	-RRB-
36036	159	73	,	,	,
36036	159	74	and	and	CC
36036	159	75	the	the	DT
36036	159	76	fennec	fennec	NN
36036	159	77	,	,	,
36036	159	78	_	_	NNP
36036	159	79	Fennecus	Fennecus	NNP
36036	159	80	zerda	zerda	NNP
36036	159	81	_	_	NNP
36036	159	82	(	(	-LRB-
36036	159	83	Noll	Noll	NNP
36036	159	84	-	-	HYPH
36036	159	85	Banholzer	Banholzer	NNP
36036	159	86	,	,	,
36036	159	87	1979	1979	CD
36036	159	88	)	)	-RRB-
36036	159	89	.	.	.
36036	160	1	Thus	thus	RB
36036	160	2	,	,	,
36036	160	3	in	in	IN
36036	160	4	spite	spite	NN
36036	160	5	of	of	IN
36036	160	6	its	-PRON-	PRP$
36036	160	7	mass	mass	NN
36036	160	8	dependence	dependence	NN
36036	160	9	,	,	,
36036	160	10	C_{m	C_{m	NNP
36036	160	11	}	}	-RRB-
36036	160	12	also	also	RB
36036	160	13	has	have	VBZ
36036	160	14	been	be	VBN
36036	160	15	modified	modify	VBN
36036	160	16	during	during	IN
36036	160	17	the	the	DT
36036	160	18	course	course	NN
36036	160	19	of	of	IN
36036	160	20	evolution	evolution	NN
36036	160	21	by	by	IN
36036	160	22	selective	selective	JJ
36036	160	23	factors	factor	NNS
36036	160	24	in	in	IN
36036	160	25	the	the	DT
36036	160	26	environment	environment	NN
36036	160	27	and	and	CC
36036	160	28	by	by	IN
36036	160	29	the	the	DT
36036	160	30	animal	animal	NN
36036	160	31	's	's	POS
36036	160	32	own	own	JJ
36036	160	33	metabolic	metabolic	JJ
36036	160	34	characteristics	characteristic	NNS
36036	160	35	.	.	.
36036	161	1	_	_	NNP
36036	161	2	Capacity	Capacity	NNP
36036	161	3	for	for	IN
36036	161	4	Evaporative	Evaporative	NNP
36036	161	5	Cooling	Cooling	NNP
36036	161	6	_	_	NNP
36036	161	7	Latent	Latent	NNP
36036	161	8	heat	heat	NN
36036	161	9	loss	loss	NN
36036	161	10	occurs	occur	VBZ
36036	161	11	as	as	IN
36036	161	12	a	a	DT
36036	161	13	result	result	NN
36036	161	14	of	of	IN
36036	161	15	evaporation	evaporation	NN
36036	161	16	from	from	IN
36036	161	17	the	the	DT
36036	161	18	respiratory	respiratory	JJ
36036	161	19	tract	tract	NN
36036	161	20	and	and	CC
36036	161	21	through	through	IN
36036	161	22	the	the	DT
36036	161	23	skin	skin	NN
36036	161	24	,	,	,
36036	161	25	and	and	CC
36036	161	26	except	except	IN
36036	161	27	under	under	IN
36036	161	28	conditions	condition	NNS
36036	161	29	of	of	IN
36036	161	30	heat	heat	NN
36036	161	31	stress	stress	NN
36036	161	32	,	,	,
36036	161	33	it	-PRON-	PRP
36036	161	34	"	"	``
36036	161	35	is	be	VBZ
36036	161	36	a	a	DT
36036	161	37	liability	liability	NN
36036	161	38	in	in	IN
36036	161	39	thermal	thermal	JJ
36036	161	40	and	and	CC
36036	161	41	osmotic	osmotic	JJ
36036	161	42	homeostasis	homeostasis	NN
36036	161	43	"	"	''
36036	161	44	(	(	-LRB-
36036	161	45	Calder	Calder	NNP
36036	161	46	and	and	CC
36036	161	47	King	King	NNP
36036	161	48	,	,	,
36036	161	49	1974:302	1974:302	CD
36036	161	50	)	)	-RRB-
36036	161	51	.	.	.
36036	162	1	E_{c	E_{c	NNP
36036	162	2	}	}	-RRB-
36036	162	3	,	,	,
36036	162	4	defined	define	VBN
36036	162	5	as	as	IN
36036	162	6	the	the	DT
36036	162	7	ratio	ratio	NN
36036	162	8	of	of	IN
36036	162	9	evaporative	evaporative	JJ
36036	162	10	heat	heat	NN
36036	162	11	lost	lose	VBN
36036	162	12	to	to	IN
36036	162	13	metabolic	metabolic	JJ
36036	162	14	heat	heat	NN
36036	162	15	produced	produce	VBN
36036	162	16	,	,	,
36036	162	17	can	can	MD
36036	162	18	be	be	VB
36036	162	19	used	use	VBN
36036	162	20	to	to	TO
36036	162	21	quantify	quantify	VB
36036	162	22	thermoregulatory	thermoregulatory	JJ
36036	162	23	effectiveness	effectiveness	NN
36036	162	24	of	of	IN
36036	162	25	evaporative	evaporative	JJ
36036	162	26	cooling	cooling	NN
36036	162	27	and	and	CC
36036	162	28	to	to	TO
36036	162	29	make	make	VB
36036	162	30	comparisons	comparison	NNS
36036	162	31	of	of	IN
36036	162	32	heat	heat	NN
36036	162	33	tolerance	tolerance	NN
36036	162	34	between	between	IN
36036	162	35	species	specie	NNS
36036	162	36	.	.	.
36036	163	1	Thermoregulatory	thermoregulatory	JJ
36036	163	2	effectiveness	effectiveness	NN
36036	163	3	of	of	IN
36036	163	4	latent	latent	JJ
36036	163	5	heat	heat	NN
36036	163	6	loss	loss	NN
36036	163	7	is	be	VBZ
36036	163	8	not	not	RB
36036	163	9	just	just	RB
36036	163	10	a	a	DT
36036	163	11	function	function	NN
36036	163	12	of	of	IN
36036	163	13	the	the	DT
36036	163	14	rate	rate	NN
36036	163	15	of	of	IN
36036	163	16	evaporative	evaporative	JJ
36036	163	17	water	water	NN
36036	163	18	loss	loss	NN
36036	163	19	but	but	CC
36036	163	20	also	also	RB
36036	163	21	of	of	IN
36036	163	22	the	the	DT
36036	163	23	rate	rate	NN
36036	163	24	of	of	IN
36036	163	25	metabolic	metabolic	JJ
36036	163	26	heat	heat	NN
36036	163	27	production	production	NN
36036	163	28	(	(	-LRB-
36036	163	29	Lasiewski	Lasiewski	NNP
36036	163	30	and	and	CC
36036	163	31	Seymour	Seymour	NNP
36036	163	32	,	,	,
36036	163	33	1972	1972	CD
36036	163	34	)	)	-RRB-
36036	163	35	.	.	.
36036	164	1	For	for	IN
36036	164	2	example	example	NN
36036	164	3	,	,	,
36036	164	4	a	a	DT
36036	164	5	low	low	JJ
36036	164	6	metabolic	metabolic	JJ
36036	164	7	rate	rate	NN
36036	164	8	minimizes	minimize	VBZ
36036	164	9	endogenous	endogenous	JJ
36036	164	10	heat	heat	NN
36036	164	11	load	load	NN
36036	164	12	and	and	CC
36036	164	13	thus	thus	RB
36036	164	14	conserves	conserve	VBZ
36036	164	15	water	water	NN
36036	164	16	,	,	,
36036	164	17	whereas	whereas	IN
36036	164	18	the	the	DT
36036	164	19	opposite	opposite	NN
36036	164	20	is	be	VBZ
36036	164	21	true	true	JJ
36036	164	22	of	of	IN
36036	164	23	high	high	JJ
36036	164	24	metabolic	metabolic	JJ
36036	164	25	rates	rate	NNS
36036	164	26	(	(	-LRB-
36036	164	27	Lasiewski	Lasiewski	NNP
36036	164	28	and	and	CC
36036	164	29	Seymour	Seymour	NNP
36036	164	30	,	,	,
36036	164	31	1972	1972	CD
36036	164	32	)	)	-RRB-
36036	164	33	.	.	.
36036	165	1	Some	some	DT
36036	165	2	mammals	mammal	NNS
36036	165	3	that	that	WDT
36036	165	4	live	live	VBP
36036	165	5	in	in	IN
36036	165	6	arid	arid	JJ
36036	165	7	regions	region	NNS
36036	165	8	have	have	VBP
36036	165	9	evolved	evolve	VBN
36036	165	10	low	low	JJ
36036	165	11	metabolic	metabolic	JJ
36036	165	12	rates	rate	NNS
36036	165	13	and	and	CC
36036	165	14	thus	thus	RB
36036	165	15	capitalize	capitalize	VB
36036	165	16	on	on	IN
36036	165	17	this	this	DT
36036	165	18	relationship	relationship	NN
36036	165	19	to	to	TO
36036	165	20	reduce	reduce	VB
36036	165	21	their	-PRON-	PRP$
36036	165	22	thermoregulatory	thermoregulatory	JJ
36036	165	23	water	water	NN
36036	165	24	requirement	requirement	NN
36036	165	25	(	(	-LRB-
36036	165	26	McNab	McNab	NNP
36036	165	27	and	and	CC
36036	165	28	Morrison	Morrison	NNP
36036	165	29	,	,	,
36036	165	30	1963	1963	CD
36036	165	31	;	;	:
36036	165	32	McNab	McNab	NNP
36036	165	33	,	,	,
36036	165	34	1966	1966	CD
36036	165	35	;	;	:
36036	165	36	MacMillen	MacMillen	NNP
36036	165	37	and	and	CC
36036	165	38	Lee	Lee	NNP
36036	165	39	,	,	,
36036	165	40	1970	1970	CD
36036	165	41	;	;	:
36036	165	42	Noll	Noll	NNP
36036	165	43	-	-	HYPH
36036	165	44	Banholzer	Banholzer	NNP
36036	165	45	,	,	,
36036	165	46	1979	1979	CD
36036	165	47	)	)	-RRB-
36036	165	48	.	.	.
36036	166	1	What	what	WP
36036	166	2	is	be	VBZ
36036	166	3	evident	evident	JJ
36036	166	4	,	,	,
36036	166	5	therefore	therefore	RB
36036	166	6	,	,	,
36036	166	7	is	be	VBZ
36036	166	8	that	that	IN
36036	166	9	an	an	DT
36036	166	10	animal	animal	NN
36036	166	11	's	's	POS
36036	166	12	capacity	capacity	NN
36036	166	13	for	for	IN
36036	166	14	increasing	increase	VBG
36036	166	15	latent	latent	NN
36036	166	16	heat	heat	NN
36036	166	17	loss	loss	NN
36036	166	18	must	must	MD
36036	166	19	evolve	evolve	VB
36036	166	20	together	together	RB
36036	166	21	with	with	IN
36036	166	22	its	-PRON-	PRP$
36036	166	23	[	[	-LRB-
36036	166	24	.H]_{b	.h]_{b	NN
36036	166	25	}	}	-RRB-
36036	166	26	and	and	CC
36036	166	27	C_{m	C_{m	NNP
36036	166	28	}	}	-RRB-
36036	166	29	in	in	IN
36036	166	30	response	response	NN
36036	166	31	to	to	IN
36036	166	32	specific	specific	JJ
36036	166	33	environmental	environmental	JJ
36036	166	34	demands	demand	NNS
36036	166	35	.	.	.
36036	167	1	_	_	NNP
36036	167	2	Diet	Diet	NNP
36036	167	3	_	_	NNP
36036	167	4	McNab	McNab	NNP
36036	167	5	(	(	-LRB-
36036	167	6	1986a	1986a	NNS
36036	167	7	,	,	,
36036	167	8	1988a	1988a	CD
36036	167	9	,	,	,
36036	167	10	1989	1989	CD
36036	167	11	)	)	-RRB-
36036	167	12	demonstrated	demonstrate	VBD
36036	167	13	that	that	IN
36036	167	14	,	,	,
36036	167	15	for	for	IN
36036	167	16	mammals	mammal	NNS
36036	167	17	,	,	,
36036	167	18	departures	departure	NNS
36036	167	19	of	of	IN
36036	167	20	[	[	-LRB-
36036	167	21	.H]_{b	.h]_{b	NN
36036	167	22	}	}	-RRB-
36036	167	23	from	from	IN
36036	167	24	the	the	DT
36036	167	25	Kleiber	Kleiber	NNP
36036	167	26	(	(	-LRB-
36036	167	27	1961:206	1961:206	CD
36036	167	28	)	)	-RRB-
36036	167	29	"	"	``
36036	167	30	norm	norm	NN
36036	167	31	"	"	''
36036	167	32	are	be	VBP
36036	167	33	highly	highly	RB
36036	167	34	correlated	correlate	VBN
36036	167	35	with	with	IN
36036	167	36	diet	diet	NN
36036	167	37	and	and	CC
36036	167	38	independent	independent	JJ
36036	167	39	of	of	IN
36036	167	40	phylogenetic	phylogenetic	JJ
36036	167	41	relationships	relationship	NNS
36036	167	42	.	.	.
36036	168	1	McNab	McNab	NNP
36036	168	2	's	's	POS
36036	168	3	analysis	analysis	NN
36036	168	4	indicates	indicate	VBZ
36036	168	5	that	that	IN
36036	168	6	for	for	IN
36036	168	7	mammals	mammal	NNS
36036	168	8	that	that	WDT
36036	168	9	feed	feed	VBP
36036	168	10	on	on	IN
36036	168	11	invertebrates	invertebrates	NNPS
36036	168	12	,	,	,
36036	168	13	those	those	DT
36036	168	14	species	specie	NNS
36036	168	15	with	with	IN
36036	168	16	body	body	NN
36036	168	17	mass	mass	NN
36036	168	18	less	less	JJR
36036	168	19	than	than	IN
36036	168	20	100	100	CD
36036	168	21	g	g	NN
36036	168	22	have	have	VBP
36036	168	23	[	[	-LRB-
36036	168	24	.H]_{b	.H]_{b	.
36036	168	25	}	}	-RRB-
36036	168	26	's	be	VBZ
36036	168	27	that	that	WDT
36036	168	28	are	be	VBP
36036	168	29	equal	equal	JJ
36036	168	30	to	to	IN
36036	168	31	or	or	CC
36036	168	32	greater	great	JJR
36036	168	33	than	than	IN
36036	168	34	values	value	NNS
36036	168	35	predicted	predict	VBN
36036	168	36	by	by	IN
36036	168	37	the	the	DT
36036	168	38	Kleiber	Kleiber	NNP
36036	168	39	equation	equation	NN
36036	168	40	,	,	,
36036	168	41	whereas	whereas	IN
36036	168	42	those	those	DT
36036	168	43	with	with	IN
36036	168	44	body	body	NN
36036	168	45	mass	mass	NN
36036	168	46	greater	great	JJR
36036	168	47	than	than	IN
36036	168	48	100	100	CD
36036	168	49	g	g	NN
36036	168	50	have	have	VBP
36036	168	51	metabolic	metabolic	JJ
36036	168	52	rates	rate	NNS
36036	168	53	that	that	WDT
36036	168	54	are	be	VBP
36036	168	55	lower	low	JJR
36036	168	56	than	than	IN
36036	168	57	predicted	predict	VBN
36036	168	58	.	.	.
36036	169	1	Grazers	grazer	NNS
36036	169	2	,	,	,
36036	169	3	vertebrate	vertebrate	NN
36036	169	4	eaters	eater	NNS
36036	169	5	,	,	,
36036	169	6	nut	nut	NNP
36036	169	7	eaters	eater	NNS
36036	169	8	,	,	,
36036	169	9	and	and	CC
36036	169	10	terrestrial	terrestrial	JJ
36036	169	11	frugivores	frugivore	NNS
36036	169	12	also	also	RB
36036	169	13	have	have	VBP
36036	169	14	[	[	-LRB-
36036	169	15	.H]_{b	.H]_{b	.
36036	169	16	}	}	-RRB-
36036	169	17	's	be	VBZ
36036	169	18	that	that	WDT
36036	169	19	are	be	VBP
36036	169	20	equal	equal	JJ
36036	169	21	to	to	IN
36036	169	22	or	or	CC
36036	169	23	greater	great	JJR
36036	169	24	than	than	IN
36036	169	25	predicted	predict	VBN
36036	169	26	,	,	,
36036	169	27	whereas	whereas	IN
36036	169	28	insectivorous	insectivorous	JJ
36036	169	29	bats	bat	NNS
36036	169	30	,	,	,
36036	169	31	arboreal	arboreal	JJ
36036	169	32	folivores	folivore	NNS
36036	169	33	,	,	,
36036	169	34	arboreal	arboreal	NN
36036	169	35	frugivores	frugivore	NNS
36036	169	36	,	,	,
36036	169	37	and	and	CC
36036	169	38	terrestrial	terrestrial	JJ
36036	169	39	folivores	folivore	NNS
36036	169	40	all	all	DT
36036	169	41	have	have	VBP
36036	169	42	rates	rate	NNS
36036	169	43	that	that	WDT
36036	169	44	are	be	VBP
36036	169	45	lower	low	JJR
36036	169	46	than	than	IN
36036	169	47	predicted	predict	VBN
36036	169	48	.	.	.
36036	170	1	McNab	McNab	NNP
36036	170	2	(	(	-LRB-
36036	170	3	1986a	1986a	CD
36036	170	4	)	)	-RRB-
36036	170	5	found	find	VBD
36036	170	6	animals	animal	NNS
36036	170	7	with	with	IN
36036	170	8	mixed	mixed	JJ
36036	170	9	diets	diet	NNS
36036	170	10	harder	hard	RBR
36036	170	11	to	to	TO
36036	170	12	categorize	categorize	VB
36036	170	13	,	,	,
36036	170	14	but	but	CC
36036	170	15	in	in	IN
36036	170	16	general	general	JJ
36036	170	17	he	-PRON-	PRP
36036	170	18	predicted	predict	VBD
36036	170	19	that	that	IN
36036	170	20	their	-PRON-	PRP$
36036	170	21	[	[	-LRB-
36036	170	22	.H]_{b	.H]_{b	.
36036	170	23	}	}	-RRB-
36036	170	24	's	be	VBZ
36036	170	25	would	would	MD
36036	170	26	be	be	VB
36036	170	27	related	relate	VBN
36036	170	28	to	to	IN
36036	170	29	(	(	-LRB-
36036	170	30	1	1	LS
36036	170	31	)	)	-RRB-
36036	170	32	a	a	DT
36036	170	33	food	food	NN
36036	170	34	item	item	NN
36036	170	35	that	that	WDT
36036	170	36	is	be	VBZ
36036	170	37	constantly	constantly	RB
36036	170	38	available	available	JJ
36036	170	39	throughout	throughout	IN
36036	170	40	the	the	DT
36036	170	41	year	year	NN
36036	170	42	,	,	,
36036	170	43	(	(	-LRB-
36036	170	44	2	2	LS
36036	170	45	)	)	-RRB-
36036	170	46	a	a	DT
36036	170	47	food	food	NN
36036	170	48	item	item	NN
36036	170	49	that	that	WDT
36036	170	50	is	be	VBZ
36036	170	51	most	most	RBS
36036	170	52	available	available	JJ
36036	170	53	during	during	IN
36036	170	54	the	the	DT
36036	170	55	worst	bad	JJS
36036	170	56	conditions	condition	NNS
36036	170	57	of	of	IN
36036	170	58	the	the	DT
36036	170	59	year	year	NN
36036	170	60	,	,	,
36036	170	61	or	or	CC
36036	170	62	(	(	-LRB-
36036	170	63	3	3	LS
36036	170	64	)	)	-RRB-
36036	170	65	a	a	DT
36036	170	66	mix	mix	NN
36036	170	67	of	of	IN
36036	170	68	foods	food	NNS
36036	170	69	available	available	JJ
36036	170	70	during	during	IN
36036	170	71	the	the	DT
36036	170	72	worst	bad	JJS
36036	170	73	time	time	NN
36036	170	74	of	of	IN
36036	170	75	the	the	DT
36036	170	76	year	year	NN
36036	170	77	.	.	.
36036	171	1	Although	although	IN
36036	171	2	these	these	DT
36036	171	3	correlations	correlation	NNS
36036	171	4	do	do	VBP
36036	171	5	not	not	RB
36036	171	6	establish	establish	VB
36036	171	7	cause	cause	NN
36036	171	8	and	and	CC
36036	171	9	effect	effect	NN
36036	171	10	between	between	IN
36036	171	11	food	food	NN
36036	171	12	habits	habit	NNS
36036	171	13	and	and	CC
36036	171	14	[	[	-LRB-
36036	171	15	.H]_{b	.H]_{b	NFP
36036	171	16	}	}	-RRB-
36036	171	17	,	,	,
36036	171	18	McNab	McNab	NNP
36036	171	19	's	's	POS
36036	171	20	analysis	analysis	NN
36036	171	21	does	do	VBZ
36036	171	22	make	make	VB
36036	171	23	it	-PRON-	PRP
36036	171	24	clear	clear	JJ
36036	171	25	that	that	IN
36036	171	26	the	the	DT
36036	171	27	relationship	relationship	NN
36036	171	28	between	between	IN
36036	171	29	these	these	DT
36036	171	30	variables	variable	NNS
36036	171	31	has	have	VBZ
36036	171	32	very	very	RB
36036	171	33	real	real	JJ
36036	171	34	consequences	consequence	NNS
36036	171	35	for	for	IN
36036	171	36	an	an	DT
36036	171	37	animal	animal	NN
36036	171	38	's	's	POS
36036	171	39	physiology	physiology	NN
36036	171	40	,	,	,
36036	171	41	ecology	ecology	NN
36036	171	42	,	,	,
36036	171	43	and	and	CC
36036	171	44	evolution	evolution	NN
36036	171	45	.	.	.
36036	172	1	EXPERIMENTAL	experimental	NN
36036	172	2	DESIGN	design	NN
36036	172	3	AND	and	CC
36036	172	4	SUMMARY	summary	NN
36036	172	5	In	in	IN
36036	172	6	this	this	DT
36036	172	7	investigation	investigation	NN
36036	172	8	we	-PRON-	PRP
36036	172	9	measured	measure	VBD
36036	172	10	basal	basal	NN
36036	172	11	and	and	CC
36036	172	12	thermoregulatory	thermoregulatory	JJ
36036	172	13	metabolism	metabolism	NN
36036	172	14	,	,	,
36036	172	15	evaporative	evaporative	JJ
36036	172	16	water	water	NN
36036	172	17	loss	loss	NN
36036	172	18	,	,	,
36036	172	19	and	and	CC
36036	172	20	body	body	NN
36036	172	21	temperature	temperature	NN
36036	172	22	of	of	IN
36036	172	23	raccoons	raccoon	NNS
36036	172	24	from	from	IN
36036	172	25	north	north	NNP
36036	172	26	central	central	NNP
36036	172	27	Virginia	Virginia	NNP
36036	172	28	.	.	.
36036	173	1	Measurements	measurement	NNS
36036	173	2	were	be	VBD
36036	173	3	conducted	conduct	VBN
36036	173	4	on	on	IN
36036	173	5	both	both	DT
36036	173	6	sexes	sex	NNS
36036	173	7	in	in	IN
36036	173	8	summer	summer	NN
36036	173	9	and	and	CC
36036	173	10	winter	winter	NN
36036	173	11	to	to	TO
36036	173	12	determine	determine	VB
36036	173	13	how	how	WRB
36036	173	14	season	season	NN
36036	173	15	and	and	CC
36036	173	16	sex	sex	NN
36036	173	17	influenced	influence	VBD
36036	173	18	these	these	DT
36036	173	19	variables	variable	NNS
36036	173	20	.	.	.
36036	174	1	We	-PRON-	PRP
36036	174	2	then	then	RB
36036	174	3	compared	compare	VBD
36036	174	4	the	the	DT
36036	174	5	data	datum	NNS
36036	174	6	for	for	IN
36036	174	7	this	this	DT
36036	174	8	widely	widely	RB
36036	174	9	distributed	distribute	VBN
36036	174	10	generalist	generalist	NN
36036	174	11	with	with	IN
36036	174	12	data	datum	NNS
36036	174	13	from	from	IN
36036	174	14	literature	literature	NN
36036	174	15	for	for	IN
36036	174	16	its	-PRON-	PRP$
36036	174	17	ecologically	ecologically	RB
36036	174	18	more	more	RBR
36036	174	19	restricted	restricted	JJ
36036	174	20	relatives	relative	NNS
36036	174	21	.	.	.
36036	175	1	Dietary	dietary	JJ
36036	175	2	data	datum	NNS
36036	175	3	for	for	IN
36036	175	4	all	all	DT
36036	175	5	species	specie	NNS
36036	175	6	were	be	VBD
36036	175	7	taken	take	VBN
36036	175	8	from	from	IN
36036	175	9	literature	literature	NN
36036	175	10	,	,	,
36036	175	11	as	as	IN
36036	175	12	were	be	VBD
36036	175	13	reproductive	reproductive	JJ
36036	175	14	data	datum	NNS
36036	175	15	for	for	IN
36036	175	16	calculation	calculation	NN
36036	175	17	of	of	IN
36036	175	18	r_{max	r_{max	NNP
36036	175	19	}	}	-RRB-
36036	175	20	.	.	.
36036	176	1	Our	-PRON-	PRP$
36036	176	2	analysis	analysis	NN
36036	176	3	demonstrated	demonstrate	VBD
36036	176	4	clear	clear	JJ
36036	176	5	differences	difference	NNS
36036	176	6	between	between	IN
36036	176	7	_	_	NNP
36036	176	8	Procyon	Procyon	NNP
36036	176	9	lotor	lotor	NN
36036	176	10	_	_	NNP
36036	176	11	and	and	CC
36036	176	12	other	other	JJ
36036	176	13	procyonids	procyonid	NNS
36036	176	14	with	with	IN
36036	176	15	respect	respect	NN
36036	176	16	to	to	IN
36036	176	17	[	[	-LRB-
36036	176	18	.H]_{b	.H]_{b	.
36036	176	19	}	}	-RRB-
36036	176	20	,	,	,
36036	176	21	C_{mw	C_{mw	NNP
36036	176	22	}	}	-RRB-
36036	176	23	,	,	,
36036	176	24	D_{d	D_{d	NNP
36036	176	25	}	}	-RRB-
36036	176	26	,	,	,
36036	176	27	and	and	CC
36036	176	28	r_{max	r_{max	NNP
36036	176	29	}	}	-RRB-
36036	176	30	.	.	.
36036	177	1	The	the	DT
36036	177	2	composite	composite	JJ
36036	177	3	score	score	NN
36036	177	4	calculated	calculate	VBN
36036	177	5	from	from	IN
36036	177	6	these	these	DT
36036	177	7	variables	variable	NNS
36036	177	8	for	for	IN
36036	177	9	_	_	NNP
36036	177	10	Procyon	Procyon	NNP
36036	177	11	lotor	lotor	NN
36036	177	12	_	_	NNP
36036	177	13	was	be	VBD
36036	177	14	much	much	RB
36036	177	15	higher	high	JJR
36036	177	16	than	than	IN
36036	177	17	those	those	DT
36036	177	18	derived	derive	VBN
36036	177	19	for	for	IN
36036	177	20	other	other	JJ
36036	177	21	species	specie	NNS
36036	177	22	,	,	,
36036	177	23	and	and	CC
36036	177	24	there	there	EX
36036	177	25	was	be	VBD
36036	177	26	a	a	DT
36036	177	27	positive	positive	JJ
36036	177	28	correlation	correlation	NN
36036	177	29	between	between	IN
36036	177	30	the	the	DT
36036	177	31	number	number	NN
36036	177	32	of	of	IN
36036	177	33	climates	climate	VBZ
36036	177	34	a	a	DT
36036	177	35	species	species	NN
36036	177	36	occupies	occupie	NNS
36036	177	37	and	and	CC
36036	177	38	the	the	DT
36036	177	39	magnitude	magnitude	NN
36036	177	40	of	of	IN
36036	177	41	its	-PRON-	PRP$
36036	177	42	composite	composite	JJ
36036	177	43	score	score	NN
36036	177	44	.	.	.
36036	178	1	Data	datum	NNS
36036	178	2	on	on	IN
36036	178	3	evaporative	evaporative	JJ
36036	178	4	water	water	NN
36036	178	5	loss	loss	NN
36036	178	6	,	,	,
36036	178	7	although	although	IN
36036	178	8	not	not	RB
36036	178	9	complete	complete	JJ
36036	178	10	for	for	IN
36036	178	11	all	all	DT
36036	178	12	species	specie	NNS
36036	178	13	,	,	,
36036	178	14	suggested	suggest	VBD
36036	178	15	that	that	IN
36036	178	16	tropical	tropical	JJ
36036	178	17	and	and	CC
36036	178	18	subtropical	subtropical	JJ
36036	178	19	procyonids	procyonid	NNS
36036	178	20	have	have	VBP
36036	178	21	less	less	JJR
36036	178	22	capacity	capacity	NN
36036	178	23	for	for	IN
36036	178	24	evaporative	evaporative	JJ
36036	178	25	cooling	cooling	NN
36036	178	26	than	than	IN
36036	178	27	_	_	NNP
36036	178	28	Procyon	Procyon	NNP
36036	178	29	lotor	lotor	NN
36036	178	30	_	_	NNP
36036	178	31	or	or	CC
36036	178	32	_	_	NNP
36036	178	33	Bassariscus	Bassariscus	NNP
36036	178	34	astutus	astutus	NN
36036	178	35	_	_	NNP
36036	178	36	.	.	.
36036	179	1	It	-PRON-	PRP
36036	179	2	was	be	VBD
36036	179	3	clear	clear	JJ
36036	179	4	,	,	,
36036	179	5	therefore	therefore	RB
36036	179	6	,	,	,
36036	179	7	that	that	IN
36036	179	8	with	with	IN
36036	179	9	respect	respect	NN
36036	179	10	to	to	IN
36036	179	11	its	-PRON-	PRP$
36036	179	12	thermal	thermal	JJ
36036	179	13	physiology	physiology	NN
36036	179	14	,	,	,
36036	179	15	_	_	NNP
36036	179	16	Procyon	Procyon	NNP
36036	179	17	lotor	lotor	NN
36036	179	18	_	_	NNP
36036	179	19	differed	differ	VBD
36036	179	20	markedly	markedly	RB
36036	179	21	from	from	IN
36036	179	22	other	other	JJ
36036	179	23	procyonids	procyonid	NNS
36036	179	24	,	,	,
36036	179	25	and	and	CC
36036	179	26	we	-PRON-	PRP
36036	179	27	contend	contend	VBP
36036	179	28	that	that	IN
36036	179	29	these	these	DT
36036	179	30	differences	difference	NNS
36036	179	31	have	have	VBP
36036	179	32	allowed	allow	VBN
36036	179	33	this	this	DT
36036	179	34	species	specie	NNS
36036	179	35	to	to	TO
36036	179	36	become	become	VB
36036	179	37	a	a	DT
36036	179	38	highly	highly	RB
36036	179	39	successful	successful	JJ
36036	179	40	climate	climate	NN
36036	179	41	generalist	generalist	NN
36036	179	42	and	and	CC
36036	179	43	to	to	TO
36036	179	44	expand	expand	VB
36036	179	45	its	-PRON-	PRP$
36036	179	46	distribution	distribution	NN
36036	179	47	into	into	IN
36036	179	48	many	many	JJ
36036	179	49	different	different	JJ
36036	179	50	habitats	habitat	NNS
36036	179	51	and	and	CC
36036	179	52	climates	climate	NNS
36036	179	53	.	.	.
36036	180	1	Our	-PRON-	PRP$
36036	180	2	analysis	analysis	NN
36036	180	3	also	also	RB
36036	180	4	suggested	suggest	VBD
36036	180	5	that	that	IN
36036	180	6	the	the	DT
36036	180	7	cornerstone	cornerstone	NN
36036	180	8	of	of	IN
36036	180	9	_	_	NNP
36036	180	10	Procyon	Procyon	NNP
36036	180	11	lotor	lotor	NN
36036	180	12	_	_	NNP
36036	180	13	's	's	POS
36036	180	14	success	success	NN
36036	180	15	as	as	IN
36036	180	16	a	a	DT
36036	180	17	climate	climate	NN
36036	180	18	generalist	generalist	NN
36036	180	19	is	be	VBZ
36036	180	20	its	-PRON-	PRP$
36036	180	21	[	[	-LRB-
36036	180	22	.H]_{b	.h]_{b	NN
36036	180	23	}	}	-RRB-
36036	180	24	,	,	,
36036	180	25	which	which	WDT
36036	180	26	is	be	VBZ
36036	180	27	higher	high	JJR
36036	180	28	than	than	IN
36036	180	29	the	the	DT
36036	180	30	procyonid	procyonid	JJ
36036	180	31	norm	norm	NN
36036	180	32	.	.	.
36036	181	1	ACKNOWLEDGMENTS	acknowledgment	NNS
36036	181	2	The	the	DT
36036	181	3	authors	author	NNS
36036	181	4	would	would	MD
36036	181	5	like	like	VB
36036	181	6	to	to	TO
36036	181	7	thank	thank	VB
36036	181	8	John	John	NNP
36036	181	9	Eisenberg	Eisenberg	NNP
36036	181	10	and	and	CC
36036	181	11	Devra	Devra	NNP
36036	181	12	Kleiman	Kleiman	NNP
36036	181	13	for	for	IN
36036	181	14	their	-PRON-	PRP$
36036	181	15	support	support	NN
36036	181	16	and	and	CC
36036	181	17	encouragement	encouragement	NN
36036	181	18	throughout	throughout	IN
36036	181	19	the	the	DT
36036	181	20	study	study	NN
36036	181	21	.	.	.
36036	182	1	This	this	DT
36036	182	2	investigation	investigation	NN
36036	182	3	was	be	VBD
36036	182	4	supported	support	VBN
36036	182	5	by	by	IN
36036	182	6	research	research	NN
36036	182	7	grants	grant	NNS
36036	182	8	from	from	IN
36036	182	9	the	the	DT
36036	182	10	West	West	NNP
36036	182	11	Virginia	Virginia	NNP
36036	182	12	School	School	NNP
36036	182	13	of	of	IN
36036	182	14	Osteopathic	Osteopathic	NNP
36036	182	15	Medicine	Medicine	NNP
36036	182	16	(	(	-LRB-
36036	182	17	WVSOM	WVSOM	NNP
36036	182	18	)	)	-RRB-
36036	182	19	,	,	,
36036	182	20	and	and	CC
36036	182	21	Friends	Friends	NNPS
36036	182	22	of	of	IN
36036	182	23	the	the	DT
36036	182	24	National	National	NNP
36036	182	25	Zoo	Zoo	NNP
36036	182	26	(	(	-LRB-
36036	182	27	FONZ	FONZ	NNP
36036	182	28	)	)	-RRB-
36036	182	29	.	.	.
36036	183	1	Logistic	logistic	JJ
36036	183	2	support	support	NN
36036	183	3	was	be	VBD
36036	183	4	provided	provide	VBN
36036	183	5	by	by	IN
36036	183	6	the	the	DT
36036	183	7	National	National	NNP
36036	183	8	Zoological	Zoological	NNP
36036	183	9	Park	Park	NNP
36036	183	10	's	's	POS
36036	183	11	Conservation	Conservation	NNP
36036	183	12	and	and	CC
36036	183	13	Research	Research	NNP
36036	183	14	Center	Center	NNP
36036	183	15	(	(	-LRB-
36036	183	16	CRC	CRC	NNP
36036	183	17	)	)	-RRB-
36036	183	18	,	,	,
36036	183	19	and	and	CC
36036	183	20	the	the	DT
36036	183	21	departments	department	NNS
36036	183	22	of	of	IN
36036	183	23	Mammalogy	Mammalogy	NNP
36036	183	24	and	and	CC
36036	183	25	Zoological	Zoological	NNP
36036	183	26	Research	Research	NNP
36036	183	27	.	.	.
36036	184	1	Our	-PRON-	PRP$
36036	184	2	ability	ability	NN
36036	184	3	to	to	TO
36036	184	4	conduct	conduct	VB
36036	184	5	physiological	physiological	JJ
36036	184	6	research	research	NN
36036	184	7	at	at	IN
36036	184	8	CRC	CRC	NNP
36036	184	9	was	be	VBD
36036	184	10	made	make	VBN
36036	184	11	possible	possible	JJ
36036	184	12	by	by	IN
36036	184	13	the	the	DT
36036	184	14	thoughtful	thoughtful	JJ
36036	184	15	support	support	NN
36036	184	16	and	and	CC
36036	184	17	encouragement	encouragement	NN
36036	184	18	provided	provide	VBN
36036	184	19	by	by	IN
36036	184	20	Chris	Chris	NNP
36036	184	21	Wemmer	Wemmer	NNP
36036	184	22	.	.	.
36036	185	1	His	-PRON-	PRP$
36036	185	2	excellent	excellent	JJ
36036	185	3	staff	staff	NN
36036	185	4	at	at	IN
36036	185	5	CRC	CRC	NNP
36036	185	6	,	,	,
36036	185	7	especially	especially	RB
36036	185	8	Jack	Jack	NNP
36036	185	9	Williams	Williams	NNP
36036	185	10	,	,	,
36036	185	11	Junior	Junior	NNP
36036	185	12	Allison	Allison	NNP
36036	185	13	,	,	,
36036	185	14	and	and	CC
36036	185	15	Red	Red	NNP
36036	185	16	McDaniel	McDaniel	NNP
36036	185	17	,	,	,
36036	185	18	were	be	VBD
36036	185	19	very	very	RB
36036	185	20	helpful	helpful	JJ
36036	185	21	in	in	IN
36036	185	22	providing	provide	VBG
36036	185	23	hospitality	hospitality	NN
36036	185	24	and	and	CC
36036	185	25	logistical	logistical	JJ
36036	185	26	support	support	NN
36036	185	27	to	to	IN
36036	185	28	the	the	DT
36036	185	29	senior	senior	JJ
36036	185	30	author	author	NN
36036	185	31	and	and	CC
36036	185	32	his	-PRON-	PRP$
36036	185	33	family	family	NN
36036	185	34	during	during	IN
36036	185	35	their	-PRON-	PRP$
36036	185	36	various	various	JJ
36036	185	37	visits	visit	NNS
36036	185	38	to	to	IN
36036	185	39	the	the	DT
36036	185	40	Center	Center	NNP
36036	185	41	.	.	.
36036	186	1	The	the	DT
36036	186	2	assistance	assistance	NN
36036	186	3	of	of	IN
36036	186	4	several	several	JJ
36036	186	5	people	people	NNS
36036	186	6	at	at	IN
36036	186	7	the	the	DT
36036	186	8	National	National	NNP
36036	186	9	Zoo	Zoo	NNP
36036	186	10	also	also	RB
36036	186	11	is	be	VBZ
36036	186	12	gratefully	gratefully	RB
36036	186	13	acknowledged	acknowledge	VBN
36036	186	14	:	:	:
36036	186	15	Mitch	Mitch	NNP
36036	186	16	Bush	Bush	NNP
36036	186	17	and	and	CC
36036	186	18	Lyndsay	Lyndsay	NNP
36036	186	19	Phillips	Phillips	NNP
36036	186	20	not	not	RB
36036	186	21	only	only	RB
36036	186	22	provided	provide	VBN
36036	186	23	veterinary	veterinary	JJ
36036	186	24	support	support	NN
36036	186	25	throughout	throughout	IN
36036	186	26	the	the	DT
36036	186	27	investigation	investigation	NN
36036	186	28	,	,	,
36036	186	29	but	but	CC
36036	186	30	also	also	RB
36036	186	31	performed	perform	VBD
36036	186	32	surgical	surgical	JJ
36036	186	33	procedures	procedure	NNS
36036	186	34	required	require	VBN
36036	186	35	to	to	TO
36036	186	36	implant	implant	VB
36036	186	37	temperature	temperature	NN
36036	186	38	-	-	HYPH
36036	186	39	sensitive	sensitive	JJ
36036	186	40	radio	radio	NN
36036	186	41	transmitters	transmitter	NNS
36036	186	42	in	in	IN
36036	186	43	several	several	JJ
36036	186	44	raccoons	raccoon	NNS
36036	186	45	;	;	:
36036	186	46	Olav	Olav	NNP
36036	186	47	Oftedal	Oftedal	NNP
36036	186	48	made	make	VBD
36036	186	49	his	-PRON-	PRP$
36036	186	50	laboratory	laboratory	NN
36036	186	51	available	available	JJ
36036	186	52	to	to	IN
36036	186	53	us	-PRON-	PRP
36036	186	54	at	at	IN
36036	186	55	various	various	JJ
36036	186	56	times	time	NNS
36036	186	57	and	and	CC
36036	186	58	loaned	loan	VBD
36036	186	59	us	-PRON-	PRP
36036	186	60	equipment	equipment	NN
36036	186	61	to	to	IN
36036	186	62	use	use	NN
36036	186	63	at	at	IN
36036	186	64	CRC	CRC	NNP
36036	186	65	;	;	:
36036	186	66	Miles	Miles	NNP
36036	186	67	Roberts	Roberts	NNP
36036	186	68	and	and	CC
36036	186	69	his	-PRON-	PRP$
36036	186	70	staff	staff	NN
36036	186	71	provided	provide	VBN
36036	186	72	care	care	NN
36036	186	73	for	for	IN
36036	186	74	our	-PRON-	PRP$
36036	186	75	captive	captive	JJ
36036	186	76	raccoons	raccoon	NNS
36036	186	77	in	in	IN
36036	186	78	the	the	DT
36036	186	79	Department	Department	NNP
36036	186	80	of	of	IN
36036	186	81	Zoological	Zoological	NNP
36036	186	82	Research	Research	NNP
36036	186	83	during	during	IN
36036	186	84	various	various	JJ
36036	186	85	parts	part	NNS
36036	186	86	of	of	IN
36036	186	87	the	the	DT
36036	186	88	investigation	investigation	NN
36036	186	89	.	.	.
36036	187	1	Greg	Greg	NNP
36036	187	2	Sanders	Sanders	NNPS
36036	187	3	and	and	CC
36036	187	4	Ken	Ken	NNP
36036	187	5	Halama	Halama	NNP
36036	187	6	,	,	,
36036	187	7	supported	support	VBN
36036	187	8	by	by	IN
36036	187	9	FONZ	FONZ	NNP
36036	187	10	assistantships	assistantship	NNS
36036	187	11	,	,	,
36036	187	12	cared	care	VBN
36036	187	13	for	for	IN
36036	187	14	our	-PRON-	PRP$
36036	187	15	captive	captive	JJ
36036	187	16	raccoons	raccoon	NNS
36036	187	17	at	at	IN
36036	187	18	CRC	CRC	NNP
36036	187	19	,	,	,
36036	187	20	provided	provide	VBD
36036	187	21	assistance	assistance	NN
36036	187	22	in	in	IN
36036	187	23	the	the	DT
36036	187	24	laboratory	laboratory	NN
36036	187	25	whenever	whenever	WRB
36036	187	26	needed	need	VBN
36036	187	27	,	,	,
36036	187	28	and	and	CC
36036	187	29	were	be	VBD
36036	187	30	an	an	DT
36036	187	31	invaluable	invaluable	JJ
36036	187	32	source	source	NN
36036	187	33	of	of	IN
36036	187	34	aid	aid	NN
36036	187	35	.	.	.
36036	188	1	Their	-PRON-	PRP$
36036	188	2	friendship	friendship	NN
36036	188	3	and	and	CC
36036	188	4	help	help	NN
36036	188	5	is	be	VBZ
36036	188	6	gratefully	gratefully	RB
36036	188	7	acknowledged	acknowledge	VBN
36036	188	8	.	.	.
36036	189	1	Ellen	Ellen	NNP
36036	189	2	Broudy	Broudy	NNP
36036	189	3	and	and	CC
36036	189	4	Andy	Andy	NNP
36036	189	5	Meyer	Meyer	NNP
36036	189	6	,	,	,
36036	189	7	supported	support	VBN
36036	189	8	by	by	IN
36036	189	9	WVSOM	WVSOM	NNP
36036	189	10	and	and	CC
36036	189	11	a	a	DT
36036	189	12	student	student	NN
36036	189	13	work	work	NN
36036	189	14	study	study	NN
36036	189	15	grant	grant	NN
36036	189	16	,	,	,
36036	189	17	respectively	respectively	RB
36036	189	18	,	,	,
36036	189	19	provided	provide	VBN
36036	189	20	assistance	assistance	NN
36036	189	21	in	in	IN
36036	189	22	the	the	DT
36036	189	23	laboratory	laboratory	NN
36036	189	24	.	.	.
36036	190	1	David	David	NNP
36036	190	2	Brown	Brown	NNP
36036	190	3	,	,	,
36036	190	4	John	John	NNP
36036	190	5	Eisenberg	Eisenberg	NNP
36036	190	6	,	,	,
36036	190	7	Mary	Mary	NNP
36036	190	8	Etta	Etta	NNP
36036	190	9	Hight	Hight	NNP
36036	190	10	,	,	,
36036	190	11	Brian	Brian	NNP
36036	190	12	McNab	McNab	NNP
36036	190	13	,	,	,
36036	190	14	Steve	Steve	NNP
36036	190	15	Thompson	Thompson	NNP
36036	190	16	,	,	,
36036	190	17	and	and	CC
36036	190	18	W.	W.	NNP
36036	190	19	Chris	Chris	NNP
36036	190	20	Wozencraft	Wozencraft	NNP
36036	190	21	critically	critically	RB
36036	190	22	reviewed	review	VBD
36036	190	23	various	various	JJ
36036	190	24	phases	phase	NNS
36036	190	25	of	of	IN
36036	190	26	the	the	DT
36036	190	27	manuscript	manuscript	NN
36036	190	28	and	and	CC
36036	190	29	provided	provide	VBD
36036	190	30	many	many	JJ
36036	190	31	helpful	helpful	JJ
36036	190	32	suggestions	suggestion	NNS
36036	190	33	.	.	.
36036	191	1	We	-PRON-	PRP
36036	191	2	deeply	deeply	RB
36036	191	3	appreciate	appreciate	VBP
36036	191	4	the	the	DT
36036	191	5	work	work	NN
36036	191	6	of	of	IN
36036	191	7	Jean	Jean	NNP
36036	191	8	B.	B.	NNP
36036	191	9	McConville	McConville	NNP
36036	191	10	,	,	,
36036	191	11	whose	whose	WP$
36036	191	12	beneficial	beneficial	JJ
36036	191	13	editorial	editorial	JJ
36036	191	14	suggestions	suggestion	NNS
36036	191	15	helped	help	VBD
36036	191	16	us	-PRON-	PRP
36036	191	17	improve	improve	VB
36036	191	18	several	several	JJ
36036	191	19	early	early	JJ
36036	191	20	versions	version	NNS
36036	191	21	of	of	IN
36036	191	22	the	the	DT
36036	191	23	manuscript	manuscript	NN
36036	191	24	.	.	.
36036	192	1	We	-PRON-	PRP
36036	192	2	also	also	RB
36036	192	3	gratefully	gratefully	RB
36036	192	4	acknowledge	acknowledge	VBP
36036	192	5	Diane	Diane	NNP
36036	192	6	M.	M.	NNP
36036	192	7	Tyler	Tyler	NNP
36036	192	8	,	,	,
36036	192	9	our	-PRON-	PRP$
36036	192	10	editor	editor	NN
36036	192	11	at	at	IN
36036	192	12	the	the	DT
36036	192	13	Smithsonian	Smithsonian	NNP
36036	192	14	Institution	Institution	NNP
36036	192	15	Press	Press	NNP
36036	192	16	,	,	,
36036	192	17	whose	whose	WP$
36036	192	18	expertise	expertise	NN
36036	192	19	helped	help	VBD
36036	192	20	us	-PRON-	PRP
36036	192	21	mold	mold	VB
36036	192	22	the	the	DT
36036	192	23	manuscript	manuscript	NN
36036	192	24	into	into	IN
36036	192	25	its	-PRON-	PRP$
36036	192	26	final	final	JJ
36036	192	27	form	form	NN
36036	192	28	.	.	.
36036	193	1	Jill	Jill	NNP
36036	193	2	Mellon	Mellon	NNP
36036	193	3	and	and	CC
36036	193	4	Sriyanie	Sriyanie	NNP
36036	193	5	Miththalapa	Miththalapa	NNP
36036	193	6	,	,	,
36036	193	7	supported	support	VBN
36036	193	8	by	by	IN
36036	193	9	FONZ	FONZ	NNP
36036	193	10	traineeships	traineeship	NNS
36036	193	11	,	,	,
36036	193	12	assisted	assist	VBN
36036	193	13	in	in	IN
36036	193	14	measuring	measure	VBG
36036	193	15	the	the	DT
36036	193	16	daily	daily	JJ
36036	193	17	cycle	cycle	NN
36036	193	18	of	of	IN
36036	193	19	body	body	NN
36036	193	20	temperature	temperature	NN
36036	193	21	in	in	IN
36036	193	22	raccoons	raccoon	NNS
36036	193	23	.	.	.
36036	194	1	The	the	DT
36036	194	2	Virginia	Virginia	NNP
36036	194	3	Commission	Commission	NNP
36036	194	4	of	of	IN
36036	194	5	Game	Game	NNP
36036	194	6	and	and	CC
36036	194	7	Inland	Inland	NNP
36036	194	8	Fisheries	Fisheries	NNPS
36036	194	9	gave	give	VBD
36036	194	10	us	-PRON-	PRP
36036	194	11	permission	permission	NN
36036	194	12	to	to	TO
36036	194	13	use	use	VB
36036	194	14	wild	wild	RB
36036	194	15	-	-	HYPH
36036	194	16	caught	catch	VBN
36036	194	17	raccoons	raccoon	NNS
36036	194	18	in	in	IN
36036	194	19	this	this	DT
36036	194	20	project	project	NN
36036	194	21	.	.	.
36036	195	1	$	$	$
36036	195	2	Materials	material	NNS
36036	195	3	and	and	CC
36036	195	4	Methods$	Methods$	NNP
36036	195	5	LIVE	live	RB
36036	195	6	-	-	HYPH
36036	195	7	TRAPPING	trapping	NN
36036	195	8	Raccoons	raccoon	NNS
36036	195	9	were	be	VBD
36036	195	10	caught	catch	VBN
36036	195	11	from	from	IN
36036	195	12	May	May	NNP
36036	195	13	1980	1980	CD
36036	195	14	through	through	IN
36036	195	15	December	December	NNP
36036	195	16	1984	1984	CD
36036	195	17	on	on	IN
36036	195	18	a	a	DT
36036	195	19	trapping	trapping	NN
36036	195	20	grid	grid	NN
36036	195	21	of	of	IN
36036	195	22	30	30	CD
36036	195	23	to	to	TO
36036	195	24	35	35	CD
36036	195	25	stations	station	NNS
36036	195	26	(	(	-LRB-
36036	195	27	one	one	CD
36036	195	28	or	or	CC
36036	195	29	two	two	CD
36036	195	30	"	"	``
36036	195	31	live	live	JJ
36036	195	32	traps	trap	NNS
36036	195	33	"	"	''
36036	195	34	per	per	IN
36036	195	35	station	station	NN
36036	195	36	)	)	-RRB-
36036	195	37	that	that	WDT
36036	195	38	covered	cover	VBD
36036	195	39	about	about	RB
36036	195	40	one	one	CD
36036	195	41	-	-	HYPH
36036	195	42	third	third	NN
36036	195	43	of	of	IN
36036	195	44	the	the	DT
36036	195	45	National	National	NNP
36036	195	46	Zoological	Zoological	NNP
36036	195	47	Park	Park	NNP
36036	195	48	's	's	POS
36036	195	49	Conservation	Conservation	NNP
36036	195	50	and	and	CC
36036	195	51	Research	Research	NNP
36036	195	52	Center	Center	NNP
36036	195	53	(	(	-LRB-
36036	195	54	CRC	CRC	NNP
36036	195	55	)	)	-RRB-
36036	195	56	near	near	IN
36036	195	57	Front	Front	NNP
36036	195	58	Royal	Royal	NNP
36036	195	59	,	,	,
36036	195	60	Virginia	Virginia	NNP
36036	195	61	(	(	-LRB-
36036	195	62	Seidensticker	Seidensticker	NNP
36036	195	63	et	et	NNP
36036	195	64	al	al	NNP
36036	195	65	.	.	NNP
36036	195	66	,	,	,
36036	195	67	1988	1988	CD
36036	195	68	;	;	:
36036	195	69	Hallett	Hallett	NNP
36036	195	70	et	et	FW
36036	195	71	al	al	NNP
36036	195	72	.	.	NNP
36036	195	73	,	,	,
36036	195	74	1991	1991	CD
36036	195	75	)	)	-RRB-
36036	195	76	.	.	.
36036	196	1	Animals	animal	NNS
36036	196	2	were	be	VBD
36036	196	3	trapped	trap	VBN
36036	196	4	during	during	IN
36036	196	5	10	10	CD
36036	196	6	consecutive	consecutive	JJ
36036	196	7	days	day	NNS
36036	196	8	each	each	DT
36036	196	9	month	month	NN
36036	196	10	,	,	,
36036	196	11	and	and	CC
36036	196	12	in	in	IN
36036	196	13	this	this	DT
36036	196	14	five	five	CD
36036	196	15	-	-	HYPH
36036	196	16	year	year	NN
36036	196	17	interval	interval	NN
36036	196	18	407	407	CD
36036	196	19	raccoons	raccoon	NNS
36036	196	20	were	be	VBD
36036	196	21	captured	capture	VBN
36036	196	22	and	and	CC
36036	196	23	marked	mark	VBN
36036	196	24	with	with	IN
36036	196	25	tattoos	tattoo	NNS
36036	196	26	and	and	CC
36036	196	27	ear	ear	NN
36036	196	28	tags	tag	NNS
36036	196	29	.	.	.
36036	197	1	All	all	DT
36036	197	2	captured	capture	VBN
36036	197	3	animals	animal	NNS
36036	197	4	were	be	VBD
36036	197	5	individualized	individualize	VBN
36036	197	6	with	with	IN
36036	197	7	respect	respect	NN
36036	197	8	to	to	IN
36036	197	9	age	age	NN
36036	197	10	,	,	,
36036	197	11	reproductive	reproductive	JJ
36036	197	12	status	status	NN
36036	197	13	,	,	,
36036	197	14	physical	physical	JJ
36036	197	15	condition	condition	NN
36036	197	16	,	,	,
36036	197	17	parasite	parasite	VB
36036	197	18	load	load	NN
36036	197	19	,	,	,
36036	197	20	and	and	CC
36036	197	21	mass	mass	NN
36036	197	22	and	and	CC
36036	197	23	body	body	NN
36036	197	24	dimensions	dimension	NNS
36036	197	25	.	.	.
36036	198	1	These	these	DT
36036	198	2	data	datum	NNS
36036	198	3	characterized	characterize	VBD
36036	198	4	the	the	DT
36036	198	5	structure	structure	NN
36036	198	6	and	and	CC
36036	198	7	dynamics	dynamic	NNS
36036	198	8	of	of	IN
36036	198	9	the	the	DT
36036	198	10	raccoon	raccoon	NN
36036	198	11	population	population	NN
36036	198	12	at	at	IN
36036	198	13	CRC	CRC	NNP
36036	198	14	and	and	CC
36036	198	15	provided	provide	VBD
36036	198	16	information	information	NN
36036	198	17	on	on	IN
36036	198	18	the	the	DT
36036	198	19	annual	annual	JJ
36036	198	20	cycle	cycle	NN
36036	198	21	of	of	IN
36036	198	22	fattening	fatten	VBG
36036	198	23	for	for	IN
36036	198	24	raccoons	raccoon	NNS
36036	198	25	in	in	IN
36036	198	26	north	north	JJ
36036	198	27	central	central	NNP
36036	198	28	Virginia	Virginia	NNP
36036	198	29	.	.	.
36036	199	1	Animals	animal	NNS
36036	199	2	used	use	VBN
36036	199	3	for	for	IN
36036	199	4	metabolic	metabolic	JJ
36036	199	5	measurements	measurement	NNS
36036	199	6	were	be	VBD
36036	199	7	captured	capture	VBN
36036	199	8	at	at	IN
36036	199	9	CRC	CRC	NNP
36036	199	10	about	about	RB
36036	199	11	1.5	1.5	CD
36036	199	12	km	km	NNS
36036	199	13	south	south	RB
36036	199	14	of	of	IN
36036	199	15	the	the	DT
36036	199	16	trapping	trapping	NN
36036	199	17	grid	grid	NN
36036	199	18	and	and	CC
36036	199	19	thus	thus	RB
36036	199	20	were	be	VBD
36036	199	21	genetically	genetically	RB
36036	199	22	representative	representative	JJ
36036	199	23	of	of	IN
36036	199	24	the	the	DT
36036	199	25	area	area	NN
36036	199	26	.	.	.
36036	200	1	Six	six	CD
36036	200	2	males	male	NNS
36036	200	3	were	be	VBD
36036	200	4	captured	capture	VBN
36036	200	5	and	and	CC
36036	200	6	measured	measure	VBN
36036	200	7	during	during	IN
36036	200	8	the	the	DT
36036	200	9	summer	summer	NN
36036	200	10	of	of	IN
36036	200	11	1983	1983	CD
36036	200	12	.	.	.
36036	201	1	These	these	DT
36036	201	2	animals	animal	NNS
36036	201	3	were	be	VBD
36036	201	4	kept	keep	VBN
36036	201	5	isolated	isolate	VBN
36036	201	6	for	for	IN
36036	201	7	a	a	DT
36036	201	8	week	week	NN
36036	201	9	before	before	IN
36036	201	10	being	be	VBG
36036	201	11	measured	measure	VBN
36036	201	12	and	and	CC
36036	201	13	were	be	VBD
36036	201	14	released	release	VBN
36036	201	15	later	later	RB
36036	201	16	that	that	DT
36036	201	17	summer	summer	NN
36036	201	18	at	at	IN
36036	201	19	the	the	DT
36036	201	20	site	site	NN
36036	201	21	of	of	IN
36036	201	22	their	-PRON-	PRP$
36036	201	23	capture	capture	NN
36036	201	24	.	.	.
36036	202	1	The	the	DT
36036	202	2	other	other	JJ
36036	202	3	seven	seven	CD
36036	202	4	animals	animal	NNS
36036	202	5	used	use	VBN
36036	202	6	in	in	IN
36036	202	7	our	-PRON-	PRP$
36036	202	8	study	study	NN
36036	202	9	were	be	VBD
36036	202	10	from	from	IN
36036	202	11	the	the	DT
36036	202	12	collection	collection	NN
36036	202	13	of	of	IN
36036	202	14	the	the	DT
36036	202	15	National	National	NNP
36036	202	16	Zoological	Zoological	NNP
36036	202	17	Park	Park	NNP
36036	202	18	and	and	CC
36036	202	19	all	all	DT
36036	202	20	of	of	IN
36036	202	21	them	-PRON-	PRP
36036	202	22	had	have	VBD
36036	202	23	their	-PRON-	PRP$
36036	202	24	origins	origin	NNS
36036	202	25	at	at	IN
36036	202	26	CRC	CRC	NNP
36036	202	27	.	.	.
36036	203	1	METABOLIC	METABOLIC	NNP
36036	203	2	STUDIES	STUDIES	NNP
36036	203	3	_	_	NNP
36036	203	4	Basal	Basal	NNP
36036	203	5	and	and	CC
36036	203	6	Thermoregulatory	Thermoregulatory	NNP
36036	203	7	Metabolism	Metabolism	NNP
36036	203	8	_	_	NNP
36036	203	9	Metabolic	Metabolic	NNP
36036	203	10	measurements	measurement	NNS
36036	203	11	,	,	,
36036	203	12	conducted	conduct	VBN
36036	203	13	at	at	IN
36036	203	14	CRC	CRC	NNP
36036	203	15	,	,	,
36036	203	16	were	be	VBD
36036	203	17	carried	carry	VBN
36036	203	18	out	out	RP
36036	203	19	on	on	IN
36036	203	20	eight	eight	CD
36036	203	21	males	male	NNS
36036	203	22	during	during	IN
36036	203	23	July	July	NNP
36036	203	24	and	and	CC
36036	203	25	August	August	NNP
36036	203	26	1983	1983	CD
36036	203	27	,	,	,
36036	203	28	on	on	IN
36036	203	29	four	four	CD
36036	203	30	females	female	NNS
36036	203	31	and	and	CC
36036	203	32	three	three	CD
36036	203	33	males	male	NNS
36036	203	34	from	from	IN
36036	203	35	November	November	NNP
36036	203	36	1983	1983	CD
36036	203	37	through	through	IN
36036	203	38	March	March	NNP
36036	203	39	1984	1984	CD
36036	203	40	,	,	,
36036	203	41	and	and	CC
36036	203	42	on	on	IN
36036	203	43	four	four	CD
36036	203	44	females	female	NNS
36036	203	45	during	during	IN
36036	203	46	June	June	NNP
36036	203	47	and	and	CC
36036	203	48	July	July	NNP
36036	203	49	1984	1984	CD
36036	203	50	.	.	.
36036	204	1	Raccoons	raccoon	NNS
36036	204	2	were	be	VBD
36036	204	3	housed	house	VBN
36036	204	4	throughout	throughout	IN
36036	204	5	the	the	DT
36036	204	6	study	study	NN
36036	204	7	such	such	JJ
36036	204	8	that	that	IN
36036	204	9	they	-PRON-	PRP
36036	204	10	were	be	VBD
36036	204	11	constantly	constantly	RB
36036	204	12	exposed	expose	VBN
36036	204	13	to	to	IN
36036	204	14	a	a	DT
36036	204	15	natural	natural	JJ
36036	204	16	cycle	cycle	NN
36036	204	17	of	of	IN
36036	204	18	temperature	temperature	NN
36036	204	19	and	and	CC
36036	204	20	photoperiod	photoperiod	NN
36036	204	21	.	.	.
36036	205	1	Weather	weather	NN
36036	205	2	records	record	NNS
36036	205	3	for	for	IN
36036	205	4	the	the	DT
36036	205	5	Front	Front	NNP
36036	205	6	Royal	Royal	NNP
36036	205	7	area	area	NN
36036	205	8	indicate	indicate	VBP
36036	205	9	that	that	IN
36036	205	10	average	average	JJ
36036	205	11	temperatures	temperature	NNS
36036	205	12	are	be	VBP
36036	205	13	around	around	RB
36036	205	14	-0.5	-0.5	NNP
36036	205	15	°	°	,
36036	205	16	C	C	NNP
36036	205	17	in	in	IN
36036	205	18	January	January	NNP
36036	205	19	and	and	CC
36036	205	20	23.3	23.3	CD
36036	205	21	°	°	,
36036	205	22	C	C	NNP
36036	205	23	in	in	IN
36036	205	24	July	July	NNP
36036	205	25	(	(	-LRB-
36036	205	26	Crockett	Crockett	NNP
36036	205	27	,	,	,
36036	205	28	1972	1972	CD
36036	205	29	)	)	-RRB-
36036	205	30	.	.	.
36036	206	1	Light	light	NN
36036	206	2	:	:	:
36036	206	3	dark	dark	NN
36036	206	4	(	(	-LRB-
36036	206	5	L	l	NN
36036	206	6	:	:	:
36036	206	7	D	d	NN
36036	206	8	)	)	-RRB-
36036	206	9	periods	period	NNS
36036	206	10	for	for	IN
36036	206	11	the	the	DT
36036	206	12	latitude	latitude	NN
36036	206	13	of	of	IN
36036	206	14	CRC	CRC	NNP
36036	206	15	(	(	-LRB-
36036	206	16	48	48	CD
36036	206	17	°	°	NNS
36036	206	18	55'N	55'n	CD
36036	206	19	;	;	:
36036	206	20	United	United	NNP
36036	206	21	States	States	NNP
36036	206	22	Department	Department	NNP
36036	206	23	of	of	IN
36036	206	24	the	the	DT
36036	206	25	Interior	Interior	NNP
36036	206	26	Geological	Geological	NNP
36036	206	27	Survey	Survey	NNP
36036	206	28	,	,	,
36036	206	29	1972	1972	CD
36036	206	30	)	)	-RRB-
36036	206	31	,	,	,
36036	206	32	calculated	calculate	VBN
36036	206	33	from	from	IN
36036	206	34	duration	duration	NN
36036	206	35	of	of	IN
36036	206	36	daylight	daylight	NN
36036	206	37	tables	table	NNS
36036	206	38	(	(	-LRB-
36036	206	39	List	list	NN
36036	206	40	,	,	,
36036	206	41	1971:506	1971:506	CD
36036	206	42	-	-	SYM
36036	206	43	512	512	CD
36036	206	44	)	)	-RRB-
36036	206	45	,	,	,
36036	206	46	were	be	VBD
36036	206	47	14.9:9.1	14.9:9.1	CD
36036	206	48	and	and	CC
36036	206	49	9.4:14.6	9.4:14.6	CD
36036	206	50	hours	hour	NNS
36036	206	51	L	l	NN
36036	206	52	:	:	:
36036	206	53	D	d	NN
36036	206	54	for	for	IN
36036	206	55	summer	summer	NN
36036	206	56	and	and	CC
36036	206	57	winter	winter	NN
36036	206	58	solstices	solstice	NNS
36036	206	59	,	,	,
36036	206	60	respectively	respectively	RB
36036	206	61	,	,	,
36036	206	62	and	and	CC
36036	206	63	12.2:11.8	12.2:11.8	CD
36036	206	64	hours	hour	NNS
36036	206	65	L	l	NN
36036	206	66	:	:	:
36036	206	67	D	d	NN
36036	206	68	for	for	IN
36036	206	69	vernal	vernal	JJ
36036	206	70	and	and	CC
36036	206	71	autumnal	autumnal	JJ
36036	206	72	equinoxes	equinox	NNS
36036	206	73	.	.	.
36036	207	1	Our	-PRON-	PRP$
36036	207	2	animals	animal	NNS
36036	207	3	were	be	VBD
36036	207	4	fed	feed	VBN
36036	207	5	a	a	DT
36036	207	6	measured	measure	VBN
36036	207	7	amount	amount	NN
36036	207	8	of	of	IN
36036	207	9	food	food	NN
36036	207	10	daily	daily	RB
36036	207	11	,	,	,
36036	207	12	and	and	CC
36036	207	13	they	-PRON-	PRP
36036	207	14	usually	usually	RB
36036	207	15	ate	eat	VBD
36036	207	16	most	most	JJS
36036	207	17	of	of	IN
36036	207	18	what	what	WP
36036	207	19	was	be	VBD
36036	207	20	provided	provide	VBN
36036	207	21	.	.	.
36036	208	1	Occasionally	occasionally	RB
36036	208	2	these	these	DT
36036	208	3	animals	animal	NNS
36036	208	4	would	would	MD
36036	208	5	eat	eat	VB
36036	208	6	very	very	RB
36036	208	7	little	little	JJ
36036	208	8	or	or	CC
36036	208	9	none	none	NN
36036	208	10	of	of	IN
36036	208	11	their	-PRON-	PRP$
36036	208	12	ration	ration	NN
36036	208	13	,	,	,
36036	208	14	and	and	CC
36036	208	15	on	on	IN
36036	208	16	some	some	DT
36036	208	17	days	day	NNS
36036	208	18	they	-PRON-	PRP
36036	208	19	would	would	MD
36036	208	20	eat	eat	VB
36036	208	21	all	all	DT
36036	208	22	that	that	WDT
36036	208	23	was	be	VBD
36036	208	24	given	give	VBN
36036	208	25	to	to	IN
36036	208	26	them	-PRON-	PRP
36036	208	27	.	.	.
36036	209	1	We	-PRON-	PRP
36036	209	2	fed	feed	VBD
36036	209	3	them	-PRON-	PRP
36036	209	4	either	either	CC
36036	209	5	feline	feline	JJ
36036	209	6	diet	diet	NN
36036	209	7	(	(	-LRB-
36036	209	8	ground	ground	NN
36036	209	9	horse	horse	NN
36036	209	10	meat	meat	NN
36036	209	11	)	)	-RRB-
36036	209	12	or	or	CC
36036	209	13	canned	can	VBN
36036	209	14	mackerel	mackerel	NN
36036	209	15	(	(	-LRB-
36036	209	16	Star	Star	NNP
36036	209	17	-	-	HYPH
36036	209	18	kist(R)[1	kist(R)[1	NNP
36036	209	19	]	]	-RRB-
36036	209	20	)	)	-RRB-
36036	209	21	along	along	IN
36036	209	22	with	with	IN
36036	209	23	high	high	JJ
36036	209	24	-	-	HYPH
36036	209	25	protein	protein	NN
36036	209	26	dog	dog	NN
36036	209	27	chow	chow	NN
36036	209	28	(	(	-LRB-
36036	209	29	Purina(R	Purina(R	NNP
36036	209	30	)	)	-RRB-
36036	209	31	)	)	-RRB-
36036	209	32	.	.	.
36036	210	1	When	when	WRB
36036	210	2	available	available	JJ
36036	210	3	,	,	,
36036	210	4	fresh	fresh	JJ
36036	210	5	fruit	fruit	NN
36036	210	6	also	also	RB
36036	210	7	was	be	VBD
36036	210	8	added	add	VBN
36036	210	9	to	to	IN
36036	210	10	their	-PRON-	PRP$
36036	210	11	diet	diet	NN
36036	210	12	.	.	.
36036	211	1	Water	water	NN
36036	211	2	was	be	VBD
36036	211	3	always	always	RB
36036	211	4	provided	provide	VBN
36036	211	5	ad	ad	NN
36036	211	6	libitum	libitum	NN
36036	211	7	.	.	.
36036	212	1	[	[	-LRB-
36036	212	2	1	1	CD
36036	212	3	]	]	-RRB-
36036	212	4	_	_	NNP
36036	212	5	The	the	DT
36036	212	6	use	use	NN
36036	212	7	of	of	IN
36036	212	8	product	product	NN
36036	212	9	brand	brand	NN
36036	212	10	names	name	NNS
36036	212	11	in	in	IN
36036	212	12	this	this	DT
36036	212	13	publication	publication	NN
36036	212	14	is	be	VBZ
36036	212	15	not	not	RB
36036	212	16	intended	intend	VBN
36036	212	17	as	as	IN
36036	212	18	an	an	DT
36036	212	19	endorsement	endorsement	NN
36036	212	20	of	of	IN
36036	212	21	the	the	DT
36036	212	22	products	product	NNS
36036	212	23	by	by	IN
36036	212	24	the	the	DT
36036	212	25	Smithsonian	Smithsonian	NNP
36036	212	26	Institution	Institution	NNP
36036	212	27	.	.	.
36036	212	28	_	_	NNP
36036	212	29	Measurements	Measurements	NNPS
36036	212	30	were	be	VBD
36036	212	31	conducted	conduct	VBN
36036	212	32	during	during	IN
36036	212	33	the	the	DT
36036	212	34	raccoons	raccoon	NNS
36036	212	35	'	'	POS
36036	212	36	daily	daily	JJ
36036	212	37	inactive	inactive	JJ
36036	212	38	period	period	NN
36036	212	39	(	(	-LRB-
36036	212	40	sunrise	sunrise	NN
36036	212	41	to	to	IN
36036	212	42	sunset	sunset	NN
36036	212	43	)	)	-RRB-
36036	212	44	in	in	IN
36036	212	45	both	both	DT
36036	212	46	summer	summer	NN
36036	212	47	and	and	CC
36036	212	48	winter	winter	NN
36036	212	49	.	.	.
36036	213	1	Oxygen	oxygen	NN
36036	213	2	consumption	consumption	NN
36036	213	3	was	be	VBD
36036	213	4	measured	measure	VBN
36036	213	5	in	in	IN
36036	213	6	a	a	DT
36036	213	7	flow	flow	NN
36036	213	8	-	-	HYPH
36036	213	9	through	through	IN
36036	213	10	metabolism	metabolism	NN
36036	213	11	chamber	chamber	NN
36036	213	12	at	at	IN
36036	213	13	5	5	CD
36036	213	14	°	°	,
36036	213	15	C	C	NNP
36036	213	16	intervals	interval	NNS
36036	213	17	from	from	IN
36036	213	18	-10	-10	NNP
36036	213	19	°	°	,
36036	213	20	C	C	NNP
36036	213	21	to	to	IN
36036	213	22	35	35	CD
36036	213	23	°	°	NNS
36036	213	24	C	c	NN
36036	213	25	.	.	.
36036	214	1	Animals	animal	NNS
36036	214	2	were	be	VBD
36036	214	3	held	hold	VBN
36036	214	4	at	at	IN
36036	214	5	each	each	DT
36036	214	6	temperature	temperature	NN
36036	214	7	until	until	IN
36036	214	8	the	the	DT
36036	214	9	lowest	low	JJS
36036	214	10	rate	rate	NN
36036	214	11	of	of	IN
36036	214	12	oxygen	oxygen	NN
36036	214	13	consumption	consumption	NN
36036	214	14	had	have	VBD
36036	214	15	been	be	VBN
36036	214	16	obtained	obtain	VBN
36036	214	17	and	and	CC
36036	214	18	maintained	maintain	VBN
36036	214	19	for	for	IN
36036	214	20	at	at	RB
36036	214	21	least	least	RBS
36036	214	22	15	15	CD
36036	214	23	minutes	minute	NNS
36036	214	24	.	.	.
36036	215	1	During	during	IN
36036	215	2	each	each	DT
36036	215	3	determination	determination	NN
36036	215	4	,	,	,
36036	215	5	oxygen	oxygen	NN
36036	215	6	consumption	consumption	NN
36036	215	7	was	be	VBD
36036	215	8	monitored	monitor	VBN
36036	215	9	for	for	IN
36036	215	10	30	30	CD
36036	215	11	minutes	minute	NNS
36036	215	12	to	to	IN
36036	215	13	one	one	CD
36036	215	14	hour	hour	NN
36036	215	15	beyond	beyond	IN
36036	215	16	a	a	DT
36036	215	17	suspected	suspect	VBN
36036	215	18	minimum	minimum	JJ
36036	215	19	value	value	NN
36036	215	20	to	to	TO
36036	215	21	see	see	VB
36036	215	22	if	if	IN
36036	215	23	an	an	DT
36036	215	24	even	even	RB
36036	215	25	lower	low	JJR
36036	215	26	reading	reading	NN
36036	215	27	could	could	MD
36036	215	28	be	be	VB
36036	215	29	obtained	obtain	VBN
36036	215	30	.	.	.
36036	216	1	Raccoons	raccoon	NNS
36036	216	2	attained	attain	VBD
36036	216	3	minimum	minimum	JJ
36036	216	4	levels	level	NNS
36036	216	5	of	of	IN
36036	216	6	oxygen	oxygen	NN
36036	216	7	consumption	consumption	NN
36036	216	8	more	more	RBR
36036	216	9	quickly	quickly	RB
36036	216	10	at	at	IN
36036	216	11	warm	warm	NNP
36036	216	12	(	(	-LRB-
36036	216	13	>	>	XX
36036	216	14	10	10	CD
36036	216	15	°	°	,
36036	216	16	C	C	NNP
36036	216	17	)	)	-RRB-
36036	216	18	than	than	IN
36036	216	19	at	at	IN
36036	216	20	cold	cold	JJ
36036	216	21	temperatures	temperature	NNS
36036	216	22	.	.	.
36036	217	1	Depending	depend	VBG
36036	217	2	on	on	IN
36036	217	3	the	the	DT
36036	217	4	temperature	temperature	NN
36036	217	5	,	,	,
36036	217	6	therefore	therefore	RB
36036	217	7	,	,	,
36036	217	8	each	each	DT
36036	217	9	measurement	measurement	NN
36036	217	10	took	take	VBD
36036	217	11	from	from	IN
36036	217	12	two	two	CD
36036	217	13	to	to	TO
36036	217	14	five	five	CD
36036	217	15	hours	hour	NNS
36036	217	16	to	to	TO
36036	217	17	complete	complete	VB
36036	217	18	.	.	.
36036	218	1	On	on	IN
36036	218	2	days	day	NNS
36036	218	3	when	when	WRB
36036	218	4	two	two	CD
36036	218	5	measurements	measurement	NNS
36036	218	6	could	could	MD
36036	218	7	be	be	VB
36036	218	8	completed	complete	VBN
36036	218	9	,	,	,
36036	218	10	the	the	DT
36036	218	11	second	second	JJ
36036	218	12	trial	trial	NN
36036	218	13	was	be	VBD
36036	218	14	always	always	RB
36036	218	15	at	at	IN
36036	218	16	a	a	DT
36036	218	17	temperature	temperature	NN
36036	218	18	10	10	CD
36036	218	19	°	°	,
36036	218	20	C	c	NN
36036	218	21	warmer	warm	JJR
36036	218	22	than	than	IN
36036	218	23	the	the	DT
36036	218	24	first	first	JJ
36036	218	25	.	.	.
36036	219	1	The	the	DT
36036	219	2	metabolism	metabolism	NN
36036	219	3	chamber	chamber	NN
36036	219	4	was	be	VBD
36036	219	5	constructed	construct	VBN
36036	219	6	from	from	IN
36036	219	7	galvanized	galvanized	JJ
36036	219	8	sheet	sheet	NN
36036	219	9	metal	metal	NN
36036	219	10	(	(	-LRB-
36036	219	11	77.5	77.5	CD
36036	219	12	×	×	NNS
36036	219	13	45.5	45.5	CD
36036	219	14	×	×	NNP
36036	219	15	51.0	51.0	CD
36036	219	16	cm	cm	NNP
36036	219	17	=	=	SYM
36036	219	18	180	180	CD
36036	219	19	liters	liter	NNS
36036	219	20	)	)	-RRB-
36036	219	21	and	and	CC
36036	219	22	was	be	VBD
36036	219	23	painted	paint	VBN
36036	219	24	black	black	JJ
36036	219	25	inside	inside	RB
36036	219	26	.	.	.
36036	220	1	Within	within	IN
36036	220	2	the	the	DT
36036	220	3	chamber	chamber	NN
36036	220	4	,	,	,
36036	220	5	the	the	DT
36036	220	6	animal	animal	NN
36036	220	7	was	be	VBD
36036	220	8	held	hold	VBN
36036	220	9	in	in	IN
36036	220	10	a	a	DT
36036	220	11	cage	cage	NN
36036	220	12	(	(	-LRB-
36036	220	13	71	71	CD
36036	220	14	×	×	CD
36036	220	15	39	39	CD
36036	220	16	×	×	CD
36036	220	17	33	33	CD
36036	220	18	cm	cm	NNS
36036	220	19	)	)	-RRB-
36036	220	20	constructed	construct	VBN
36036	220	21	from	from	IN
36036	220	22	turkey	turkey	JJ
36036	220	23	wire	wire	NN
36036	220	24	that	that	WDT
36036	220	25	also	also	RB
36036	220	26	was	be	VBD
36036	220	27	painted	paint	VBN
36036	220	28	black	black	JJ
36036	220	29	.	.	.
36036	221	1	This	this	DT
36036	221	2	cage	cage	NN
36036	221	3	prevented	prevent	VBD
36036	221	4	the	the	DT
36036	221	5	raccoons	raccoon	NNS
36036	221	6	from	from	IN
36036	221	7	coming	come	VBG
36036	221	8	into	into	IN
36036	221	9	contact	contact	NN
36036	221	10	with	with	IN
36036	221	11	the	the	DT
36036	221	12	walls	wall	NNS
36036	221	13	of	of	IN
36036	221	14	the	the	DT
36036	221	15	chamber	chamber	NN
36036	221	16	,	,	,
36036	221	17	yet	yet	CC
36036	221	18	it	-PRON-	PRP
36036	221	19	was	be	VBD
36036	221	20	large	large	JJ
36036	221	21	enough	enough	RB
36036	221	22	to	to	TO
36036	221	23	allow	allow	VB
36036	221	24	them	-PRON-	PRP
36036	221	25	to	to	TO
36036	221	26	stand	stand	VB
36036	221	27	and	and	CC
36036	221	28	freely	freely	RB
36036	221	29	move	move	VB
36036	221	30	about	about	IN
36036	221	31	.	.	.
36036	222	1	The	the	DT
36036	222	2	bottom	bottom	NN
36036	222	3	of	of	IN
36036	222	4	the	the	DT
36036	222	5	cage	cage	NN
36036	222	6	was	be	VBD
36036	222	7	11	11	CD
36036	222	8	cm	cm	NNS
36036	222	9	above	above	IN
36036	222	10	the	the	DT
36036	222	11	chamber	chamber	NN
36036	222	12	floor	floor	NN
36036	222	13	,	,	,
36036	222	14	which	which	WDT
36036	222	15	was	be	VBD
36036	222	16	covered	cover	VBN
36036	222	17	to	to	IN
36036	222	18	a	a	DT
36036	222	19	depth	depth	NN
36036	222	20	of	of	IN
36036	222	21	one	one	CD
36036	222	22	cm	cm	NNS
36036	222	23	with	with	IN
36036	222	24	mineral	mineral	NN
36036	222	25	oil	oil	NN
36036	222	26	to	to	TO
36036	222	27	trap	trap	NN
36036	222	28	urine	urine	NN
36036	222	29	and	and	CC
36036	222	30	feces	fece	NNS
36036	222	31	.	.	.
36036	223	1	During	during	IN
36036	223	2	measurements	measurement	NNS
36036	223	3	,	,	,
36036	223	4	the	the	DT
36036	223	5	metabolism	metabolism	NN
36036	223	6	chamber	chamber	NN
36036	223	7	was	be	VBD
36036	223	8	placed	place	VBN
36036	223	9	in	in	IN
36036	223	10	a	a	DT
36036	223	11	controlled	control	VBN
36036	223	12	-	-	HYPH
36036	223	13	temperature	temperature	NN
36036	223	14	cabinet	cabinet	NN
36036	223	15	(	(	-LRB-
36036	223	16	modified	modify	VBN
36036	223	17	Montgomery	Montgomery	NNP
36036	223	18	Ward	Ward	NNP
36036	223	19	model	model	NN
36036	223	20	8969	8969	CD
36036	223	21	freezer	freezer	NN
36036	223	22	)	)	-RRB-
36036	223	23	.	.	.
36036	224	1	Air	air	NN
36036	224	2	temperature	temperature	NN
36036	224	3	(	(	-LRB-
36036	224	4	T_{a	T_{a	NNP
36036	224	5	}	}	-RRB-
36036	224	6	)	)	-RRB-
36036	224	7	in	in	IN
36036	224	8	the	the	DT
36036	224	9	metabolism	metabolism	NN
36036	224	10	chamber	chamber	NN
36036	224	11	was	be	VBD
36036	224	12	regulated	regulate	VBN
36036	224	13	with	with	IN
36036	224	14	a	a	DT
36036	224	15	Yellow	Yellow	NNP
36036	224	16	Springs	Springs	NNP
36036	224	17	Instrument	Instrument	NNP
36036	224	18	model	model	NN
36036	224	19	74	74	CD
36036	224	20	temperature	temperature	NN
36036	224	21	controller	controller	NN
36036	224	22	.	.	.
36036	225	1	T_{a	T_{a	NNP
36036	225	2	}	}	-RRB-
36036	225	3	was	be	VBD
36036	225	4	controlled	control	VBN
36036	225	5	to	to	IN
36036	225	6	±1.0	±1.0	NNP
36036	225	7	°	°	,
36036	225	8	C	C	NNP
36036	225	9	at	at	IN
36036	225	10	temperatures	temperature	NNS
36036	225	11	below	below	IN
36036	225	12	freezing	freezing	NN
36036	225	13	,	,	,
36036	225	14	and	and	CC
36036	225	15	to	to	IN
36036	225	16	±0.5	±0.5	NNP
36036	225	17	°	°	NNP
36036	225	18	C	c	NN
36036	225	19	at	at	IN
36036	225	20	temperatures	temperature	NNS
36036	225	21	above	above	IN
36036	225	22	freezing	freeze	VBG
36036	225	23	.	.	.
36036	226	1	The	the	DT
36036	226	2	chamber	chamber	NN
36036	226	3	air	air	NN
36036	226	4	and	and	CC
36036	226	5	wall	wall	NN
36036	226	6	temperatures	temperature	NNS
36036	226	7	were	be	VBD
36036	226	8	recorded	record	VBN
36036	226	9	continuously	continuously	RB
36036	226	10	(	(	-LRB-
36036	226	11	Linseis	Linseis	NNP
36036	226	12	model	model	NN
36036	226	13	LS-64	LS-64	NNP
36036	226	14	recorder	recorder	NN
36036	226	15	)	)	-RRB-
36036	226	16	during	during	IN
36036	226	17	each	each	DT
36036	226	18	experiment	experiment	NN
36036	226	19	,	,	,
36036	226	20	and	and	CC
36036	226	21	,	,	,
36036	226	22	except	except	IN
36036	226	23	during	during	IN
36036	226	24	temperature	temperature	NN
36036	226	25	changes	change	NNS
36036	226	26	,	,	,
36036	226	27	they	-PRON-	PRP
36036	226	28	were	be	VBD
36036	226	29	always	always	RB
36036	226	30	within	within	IN
36036	226	31	0.5	0.5	CD
36036	226	32	°	°	,
36036	226	33	C	c	NN
36036	226	34	of	of	IN
36036	226	35	each	each	DT
36036	226	36	other	other	JJ
36036	226	37	.	.	.
36036	227	1	Columns	column	NNS
36036	227	2	of	of	IN
36036	227	3	Drierite(R	Drierite(R	NNP
36036	227	4	)	)	-RRB-
36036	227	5	and	and	CC
36036	227	6	Ascarite(R	Ascarite(R	NNP
36036	227	7	)	)	-RRB-
36036	227	8	removed	remove	VBD
36036	227	9	water	water	NN
36036	227	10	vapor	vapor	NN
36036	227	11	and	and	CC
36036	227	12	carbon	carbon	NN
36036	227	13	dioxide	dioxide	NN
36036	227	14	,	,	,
36036	227	15	respectively	respectively	RB
36036	227	16	,	,	,
36036	227	17	from	from	IN
36036	227	18	air	air	NN
36036	227	19	entering	enter	VBG
36036	227	20	and	and	CC
36036	227	21	leaving	leave	VBG
36036	227	22	the	the	DT
36036	227	23	chamber	chamber	NN
36036	227	24	.	.	.
36036	228	1	Dry	Dry	NNP
36036	228	2	carbon	carbon	NN
36036	228	3	-	-	HYPH
36036	228	4	dioxide	dioxide	NN
36036	228	5	-	-	HYPH
36036	228	6	free	free	JJ
36036	228	7	room	room	NN
36036	228	8	air	air	NN
36036	228	9	was	be	VBD
36036	228	10	pumped	pump	VBN
36036	228	11	into	into	IN
36036	228	12	the	the	DT
36036	228	13	chamber	chamber	NN
36036	228	14	(	(	-LRB-
36036	228	15	Gilman	Gilman	NNP
36036	228	16	model	model	NN
36036	228	17	13152	13152	CD
36036	228	18	pressure	pressure	NN
36036	228	19	/	/	SYM
36036	228	20	vacuum	vacuum	NN
36036	228	21	pump	pump	NN
36036	228	22	)	)	-RRB-
36036	228	23	at	at	IN
36036	228	24	a	a	DT
36036	228	25	rate	rate	NN
36036	228	26	of	of	IN
36036	228	27	3.0	3.0	CD
36036	228	28	L	L	NNP
36036	228	29	/	/	SYM
36036	228	30	min	min	NNP
36036	228	31	(	(	-LRB-
36036	228	32	Gilmont	Gilmont	NNP
36036	228	33	model	model	NN
36036	228	34	K3203	k3203	NN
36036	228	35	-	-	HYPH
36036	228	36	20	20	CD
36036	228	37	flow	flow	NN
36036	228	38	meter	meter	NN
36036	228	39	)	)	-RRB-
36036	228	40	.	.	.
36036	229	1	Downstream	downstream	RB
36036	229	2	from	from	IN
36036	229	3	the	the	DT
36036	229	4	chemical	chemical	NN
36036	229	5	absorbents	absorbent	NNS
36036	229	6	,	,	,
36036	229	7	an	an	DT
36036	229	8	aliquot	aliquot	NNS
36036	229	9	(	(	-LRB-
36036	229	10	0.1	0.1	CD
36036	229	11	L	L	NNP
36036	229	12	/	/	SYM
36036	229	13	min	min	NNP
36036	229	14	)	)	-RRB-
36036	229	15	of	of	IN
36036	229	16	dry	dry	JJ
36036	229	17	carbon	carbon	NN
36036	229	18	-	-	HYPH
36036	229	19	dioxide	dioxide	NN
36036	229	20	-	-	HYPH
36036	229	21	free	free	JJ
36036	229	22	air	air	NN
36036	229	23	was	be	VBD
36036	229	24	drawn	draw	VBN
36036	229	25	off	off	IN
36036	229	26	the	the	DT
36036	229	27	chamber	chamber	NN
36036	229	28	exhaust	exhaust	NN
36036	229	29	line	line	NN
36036	229	30	and	and	CC
36036	229	31	analyzed	analyze	VBD
36036	229	32	for	for	IN
36036	229	33	oxygen	oxygen	NN
36036	229	34	content	content	NN
36036	229	35	(	(	-LRB-
36036	229	36	Applied	Applied	NNP
36036	229	37	Electrochemistry	Electrochemistry	NNP
36036	229	38	model	model	NN
36036	229	39	S-3A	S-3A	NNP
36036	229	40	oxygen	oxygen	NN
36036	229	41	analyzer	analyzer	NN
36036	229	42	,	,	,
36036	229	43	model	model	NN
36036	229	44	22	22	CD
36036	229	45	M	M	NNP
36036	229	46	analysis	analysis	NN
36036	229	47	cell	cell	NN
36036	229	48	,	,	,
36036	229	49	and	and	CC
36036	229	50	model	model	NN
36036	229	51	R-1	R-1	NNP
36036	229	52	flow	flow	NN
36036	229	53	control	control	NN
36036	229	54	)	)	-RRB-
36036	229	55	.	.	.
36036	230	1	All	all	DT
36036	230	2	gas	gas	NN
36036	230	3	values	value	NNS
36036	230	4	were	be	VBD
36036	230	5	corrected	correct	VBN
36036	230	6	to	to	IN
36036	230	7	standard	standard	JJ
36036	230	8	temperature	temperature	NN
36036	230	9	and	and	CC
36036	230	10	pressure	pressure	NN
36036	230	11	for	for	IN
36036	230	12	dry	dry	JJ
36036	230	13	gas	gas	NN
36036	230	14	.	.	.
36036	231	1	Oxygen	oxygen	NN
36036	231	2	consumption	consumption	NN
36036	231	3	was	be	VBD
36036	231	4	calculated	calculate	VBN
36036	231	5	from	from	IN
36036	231	6	the	the	DT
36036	231	7	difference	difference	NN
36036	231	8	in	in	IN
36036	231	9	oxygen	oxygen	NN
36036	231	10	content	content	NN
36036	231	11	between	between	IN
36036	231	12	inlet	inlet	NN
36036	231	13	and	and	CC
36036	231	14	outlet	outlet	NN
36036	231	15	air	air	NN
36036	231	16	using	use	VBG
36036	231	17	Eq	Eq	NNP
36036	231	18	.	.	.
36036	232	1	8	8	CD
36036	232	2	of	of	IN
36036	232	3	Depocas	Depocas	NNP
36036	232	4	and	and	CC
36036	232	5	Hart	Hart	NNP
36036	232	6	(	(	-LRB-
36036	232	7	1957	1957	CD
36036	232	8	)	)	-RRB-
36036	232	9	.	.	.
36036	233	1	Each	each	DT
36036	233	2	raccoon	raccoon	NN
36036	233	3	was	be	VBD
36036	233	4	fasted	fast	VBN
36036	233	5	for	for	IN
36036	233	6	at	at	RB
36036	233	7	least	least	RBS
36036	233	8	12	12	CD
36036	233	9	hours	hour	NNS
36036	233	10	before	before	IN
36036	233	11	oxygen	oxygen	NN
36036	233	12	consumption	consumption	NN
36036	233	13	measurements	measurement	NNS
36036	233	14	began	begin	VBD
36036	233	15	.	.	.
36036	234	1	At	at	IN
36036	234	2	the	the	DT
36036	234	3	start	start	NN
36036	234	4	and	and	CC
36036	234	5	end	end	NN
36036	234	6	of	of	IN
36036	234	7	each	each	DT
36036	234	8	metabolic	metabolic	JJ
36036	234	9	trial	trial	NN
36036	234	10	the	the	DT
36036	234	11	animal	animal	NN
36036	234	12	was	be	VBD
36036	234	13	weighed	weigh	VBN
36036	234	14	to	to	IN
36036	234	15	the	the	DT
36036	234	16	nearest	near	JJS
36036	234	17	10	10	CD
36036	234	18	g	g	NN
36036	234	19	(	(	-LRB-
36036	234	20	Doctors	Doctors	NNPS
36036	234	21	Infant	Infant	NNP
36036	234	22	Scale	Scale	NNP
36036	234	23	,	,	,
36036	234	24	Detecto	Detecto	NNP
36036	234	25	Scales	Scales	NNP
36036	234	26	,	,	,
36036	234	27	Inc.	Inc.	NNP
36036	234	28	,	,	,
36036	234	29	Brooklyn	Brooklyn	NNP
36036	234	30	,	,	,
36036	234	31	N.Y.	New York	NNP
36036	234	32	,	,	,
36036	234	33	U.S.A.	U.S.A.	NNP
36036	234	34	)	)	-RRB-
36036	234	35	.	.	.
36036	235	1	The	the	DT
36036	235	2	body	body	NN
36036	235	3	mass	mass	NN
36036	235	4	used	use	VBN
36036	235	5	in	in	IN
36036	235	6	calculating	calculate	VBG
36036	235	7	minimum	minimum	JJ
36036	235	8	oxygen	oxygen	NN
36036	235	9	consumption	consumption	NN
36036	235	10	and	and	CC
36036	235	11	evaporative	evaporative	JJ
36036	235	12	water	water	NN
36036	235	13	loss	loss	NN
36036	235	14	was	be	VBD
36036	235	15	estimated	estimate	VBN
36036	235	16	from	from	IN
36036	235	17	timed	time	VBN
36036	235	18	extrapolations	extrapolation	NNS
36036	235	19	of	of	IN
36036	235	20	the	the	DT
36036	235	21	difference	difference	NN
36036	235	22	between	between	IN
36036	235	23	starting	start	VBG
36036	235	24	and	and	CC
36036	235	25	ending	end	VBG
36036	235	26	weights	weight	NNS
36036	235	27	,	,	,
36036	235	28	and	and	CC
36036	235	29	the	the	DT
36036	235	30	time	time	NN
36036	235	31	at	at	IN
36036	235	32	which	which	WDT
36036	235	33	these	these	DT
36036	235	34	variables	variable	NNS
36036	235	35	were	be	VBD
36036	235	36	measured	measure	VBN
36036	235	37	.	.	.
36036	236	1	_	_	NNP
36036	236	2	Evaporative	Evaporative	NNP
36036	236	3	Water	Water	NNP
36036	236	4	Loss	Loss	NNP
36036	236	5	_	_	NNP
36036	236	6	During	during	IN
36036	236	7	metabolic	metabolic	JJ
36036	236	8	measurements	measurement	NNS
36036	236	9	at	at	IN
36036	236	10	temperatures	temperature	NNS
36036	236	11	above	above	IN
36036	236	12	freezing	freeze	VBG
36036	236	13	,	,	,
36036	236	14	evaporative	evaporative	JJ
36036	236	15	water	water	NN
36036	236	16	loss	loss	NN
36036	236	17	was	be	VBD
36036	236	18	determined	determine	VBN
36036	236	19	gravimetrically	gravimetrically	RB
36036	236	20	.	.	.
36036	237	1	Upstream	upstream	NN
36036	237	2	from	from	IN
36036	237	3	the	the	DT
36036	237	4	chemical	chemical	NN
36036	237	5	columns	column	NNS
36036	237	6	,	,	,
36036	237	7	an	an	DT
36036	237	8	aliquot	aliquot	NNS
36036	237	9	of	of	IN
36036	237	10	air	air	NN
36036	237	11	(	(	-LRB-
36036	237	12	0.1	0.1	CD
36036	237	13	L	L	NNP
36036	237	14	/	/	SYM
36036	237	15	min	min	NNP
36036	237	16	)	)	-RRB-
36036	237	17	was	be	VBD
36036	237	18	drawn	draw	VBN
36036	237	19	off	off	IN
36036	237	20	the	the	DT
36036	237	21	exhaust	exhaust	NN
36036	237	22	line	line	NN
36036	237	23	and	and	CC
36036	237	24	diverted	divert	VBD
36036	237	25	for	for	IN
36036	237	26	a	a	DT
36036	237	27	timed	time	VBN
36036	237	28	interval	interval	NN
36036	237	29	through	through	IN
36036	237	30	a	a	DT
36036	237	31	series	series	NN
36036	237	32	of	of	IN
36036	237	33	preweighed	preweighe	VBN
36036	237	34	(	(	-LRB-
36036	237	35	0.1	0.1	CD
36036	237	36	mg	mg	NNP
36036	237	37	)	)	-RRB-
36036	237	38	U	u	NN
36036	237	39	-	-	HYPH
36036	237	40	tubes	tube	NNS
36036	237	41	containing	contain	VBG
36036	237	42	Drierite(R	Drierite(R	NNP
36036	237	43	)	)	-RRB-
36036	237	44	.	.	.
36036	238	1	The	the	DT
36036	238	2	aliquot	aliquot	NNS
36036	238	3	then	then	RB
36036	238	4	passed	pass	VBD
36036	238	5	through	through	RP
36036	238	6	a	a	DT
36036	238	7	second	second	JJ
36036	238	8	series	series	NN
36036	238	9	of	of	IN
36036	238	10	U	U	NNP
36036	238	11	-	-	HYPH
36036	238	12	tubes	tube	NNS
36036	238	13	containing	contain	VBG
36036	238	14	Ascarite(R	Ascarite(R	NNP
36036	238	15	)	)	-RRB-
36036	238	16	before	before	IN
36036	238	17	entering	enter	VBG
36036	238	18	the	the	DT
36036	238	19	oxygen	oxygen	NN
36036	238	20	analysis	analysis	NN
36036	238	21	system	system	NN
36036	238	22	.	.	.
36036	239	1	Evaporative	evaporative	JJ
36036	239	2	water	water	NN
36036	239	3	loss	loss	NN
36036	239	4	was	be	VBD
36036	239	5	calculated	calculate	VBN
36036	239	6	using	use	VBG
36036	239	7	Eq	Eq	NNP
36036	239	8	.	.	.
36036	240	1	1	1	CD
36036	240	2	[	[	-LRB-
36036	240	3	.E	.E	NFP
36036	240	4	]	]	-RRB-
36036	240	5	=	=	FW
36036	240	6	(	(	-LRB-
36036	240	7	m_{w}·[.V]_{e})/([.V]_{a}·t·m	m_{w}·[.v]_{e})/([.v]_{a}·t·m	NN
36036	240	8	)	)	-RRB-
36036	240	9	Eq	Eq	NNP
36036	240	10	.	.	.
36036	241	1	1	1	LS
36036	241	2	where	where	WRB
36036	241	3	[	[	-LRB-
36036	241	4	.E	.E	NFP
36036	241	5	]	]	-RRB-
36036	241	6	is	be	VBZ
36036	241	7	evaporative	evaporative	JJ
36036	241	8	water	water	NN
36036	241	9	loss	loss	NN
36036	241	10	(	(	-LRB-
36036	241	11	mg·g^{-1}·h^{-1	mg·g^{-1}·h^{-1	NNP
36036	241	12	}	}	-RRB-
36036	241	13	)	)	-RRB-
36036	241	14	,	,	,
36036	241	15	m_{w	m_{w	NNP
36036	241	16	}	}	-RRB-
36036	241	17	is	be	VBZ
36036	241	18	mass	mass	NN
36036	241	19	of	of	IN
36036	241	20	water	water	NN
36036	241	21	collected	collect	VBN
36036	241	22	(	(	-LRB-
36036	241	23	mg	mg	NNP
36036	241	24	)	)	-RRB-
36036	241	25	,	,	,
36036	241	26	[	[	-LRB-
36036	241	27	.V]_{e	.V]_{e	NFP
36036	241	28	}	}	-RRB-
36036	241	29	is	be	VBZ
36036	241	30	rate	rate	NN
36036	241	31	of	of	IN
36036	241	32	air	air	NN
36036	241	33	flow	flow	NN
36036	241	34	into	into	IN
36036	241	35	the	the	DT
36036	241	36	chamber	chamber	NN
36036	241	37	(	(	-LRB-
36036	241	38	3.0	3.0	CD
36036	241	39	L	L	NNP
36036	241	40	/	/	SYM
36036	241	41	min	min	NNP
36036	241	42	)	)	-RRB-
36036	241	43	,	,	,
36036	241	44	[	[	-LRB-
36036	241	45	.V]_{a	.V]_{a	NFP
36036	241	46	}	}	-RRB-
36036	241	47	is	be	VBZ
36036	241	48	rate	rate	NN
36036	241	49	of	of	IN
36036	241	50	air	air	NN
36036	241	51	flow	flow	NN
36036	241	52	through	through	IN
36036	241	53	the	the	DT
36036	241	54	U	u	NN
36036	241	55	-	-	HYPH
36036	241	56	tubes	tube	NNS
36036	241	57	(	(	-LRB-
36036	241	58	0.1	0.1	CD
36036	241	59	L	L	NNP
36036	241	60	/	/	SYM
36036	241	61	min	min	NNP
36036	241	62	)	)	-RRB-
36036	241	63	,	,	,
36036	241	64	t	t	NNP
36036	241	65	is	be	VBZ
36036	241	66	length	length	NN
36036	241	67	of	of	IN
36036	241	68	the	the	DT
36036	241	69	timed	time	VBN
36036	241	70	interval	interval	NN
36036	241	71	(	(	-LRB-
36036	241	72	h	h	NNP
36036	241	73	)	)	-RRB-
36036	241	74	,	,	,
36036	241	75	and	and	CC
36036	241	76	m	m	NNP
36036	241	77	is	be	VBZ
36036	241	78	the	the	DT
36036	241	79	estimated	estimated	JJ
36036	241	80	mass	mass	NN
36036	241	81	of	of	IN
36036	241	82	the	the	DT
36036	241	83	raccoon	raccoon	NN
36036	241	84	at	at	IN
36036	241	85	the	the	DT
36036	241	86	time	time	NN
36036	241	87	of	of	IN
36036	241	88	sampling	sampling	NN
36036	241	89	(	(	-LRB-
36036	241	90	g	g	NNP
36036	241	91	)	)	-RRB-
36036	241	92	.	.	.
36036	242	1	_	_	NNP
36036	242	2	Body	Body	NNP
36036	242	3	Temperature	Temperature	NNP
36036	242	4	_	_	NNP
36036	242	5	Veterinarians	Veterinarians	NNPS
36036	242	6	at	at	IN
36036	242	7	the	the	DT
36036	242	8	National	National	NNP
36036	242	9	Zoological	Zoological	NNP
36036	242	10	Park	Park	NNP
36036	242	11	surgically	surgically	RB
36036	242	12	implanted	implant	VBD
36036	242	13	calibrated	calibrate	VBN
36036	242	14	temperature	temperature	NN
36036	242	15	-	-	HYPH
36036	242	16	sensitive	sensitive	JJ
36036	242	17	radio	radio	NN
36036	242	18	transmitters	transmitter	NNS
36036	242	19	(	(	-LRB-
36036	242	20	Telonics	Telonics	NNP
36036	242	21	,	,	,
36036	242	22	Inc.	Inc.	NNP
36036	242	23	,	,	,
36036	242	24	Mesa	Mesa	NNP
36036	242	25	,	,	,
36036	242	26	AZ	AZ	NNP
36036	242	27	,	,	,
36036	242	28	U.S.A.	U.S.A.	NNP
36036	242	29	)	)	-RRB-
36036	242	30	into	into	IN
36036	242	31	abdominal	abdominal	JJ
36036	242	32	cavities	cavity	NNS
36036	242	33	of	of	IN
36036	242	34	two	two	CD
36036	242	35	female	female	JJ
36036	242	36	and	and	CC
36036	242	37	two	two	CD
36036	242	38	male	male	JJ
36036	242	39	raccoons	raccoon	NNS
36036	242	40	.	.	.
36036	243	1	Transmitter	Transmitter	NNP
36036	243	2	pulse	pulse	NN
36036	243	3	periods	period	NNS
36036	243	4	were	be	VBD
36036	243	5	monitored	monitor	VBN
36036	243	6	with	with	IN
36036	243	7	a	a	DT
36036	243	8	digital	digital	JJ
36036	243	9	processor	processor	NN
36036	243	10	(	(	-LRB-
36036	243	11	Telonics	Telonics	NNP
36036	243	12	TDP-2	TDP-2	NNP
36036	243	13	)	)	-RRB-
36036	243	14	coupled	couple	VBD
36036	243	15	to	to	IN
36036	243	16	a	a	DT
36036	243	17	receiver	receiver	NN
36036	243	18	(	(	-LRB-
36036	243	19	Telonics	Telonics	NNP
36036	243	20	TR-2	TR-2	NNP
36036	243	21	-	-	HYPH
36036	243	22	164/166	164/166	NNP
36036	243	23	)	)	-RRB-
36036	243	24	.	.	.
36036	244	1	During	during	IN
36036	244	2	some	some	DT
36036	244	3	metabolic	metabolic	JJ
36036	244	4	measurements	measurement	NNS
36036	244	5	,	,	,
36036	244	6	body	body	NN
36036	244	7	temperatures	temperature	NNS
36036	244	8	of	of	IN
36036	244	9	these	these	DT
36036	244	10	animals	animal	NNS
36036	244	11	were	be	VBD
36036	244	12	recorded	record	VBN
36036	244	13	to	to	IN
36036	244	14	the	the	DT
36036	244	15	nearest	near	JJS
36036	244	16	0.1	0.1	CD
36036	244	17	°	°	,
36036	244	18	C	C	NNP
36036	244	19	at	at	IN
36036	244	20	30-minute	30-minute	CD
36036	244	21	intervals	interval	NNS
36036	244	22	.	.	.
36036	245	1	The	the	DT
36036	245	2	daily	daily	JJ
36036	245	3	cycle	cycle	NN
36036	245	4	of	of	IN
36036	245	5	body	body	NN
36036	245	6	temperature	temperature	NN
36036	245	7	of	of	IN
36036	245	8	these	these	DT
36036	245	9	raccoons	raccoon	NNS
36036	245	10	also	also	RB
36036	245	11	was	be	VBD
36036	245	12	measured	measure	VBN
36036	245	13	once	once	RB
36036	245	14	a	a	DT
36036	245	15	month	month	NN
36036	245	16	.	.	.
36036	246	1	CALIBRATIONS	calibration	NNS
36036	246	2	_	_	NNP
36036	246	3	Calorimeter	Calorimeter	NNP
36036	246	4	_	_	NNP
36036	246	5	At	at	IN
36036	246	6	the	the	DT
36036	246	7	conclusion	conclusion	NN
36036	246	8	of	of	IN
36036	246	9	these	these	DT
36036	246	10	experiments	experiment	NNS
36036	246	11	,	,	,
36036	246	12	the	the	DT
36036	246	13	accuracy	accuracy	NN
36036	246	14	of	of	IN
36036	246	15	our	-PRON-	PRP$
36036	246	16	calorimetry	calorimetry	NN
36036	246	17	apparatus	apparatus	NN
36036	246	18	was	be	VBD
36036	246	19	tested	test	VBN
36036	246	20	by	by	IN
36036	246	21	burning	burn	VBG
36036	246	22	an	an	DT
36036	246	23	ethanol	ethanol	NN
36036	246	24	lamp	lamp	NN
36036	246	25	in	in	IN
36036	246	26	the	the	DT
36036	246	27	metabolism	metabolism	NN
36036	246	28	chamber	chamber	NN
36036	246	29	.	.	.
36036	247	1	During	during	IN
36036	247	2	these	these	DT
36036	247	3	tests	test	NNS
36036	247	4	a	a	DT
36036	247	5	CO_{2	CO_{2	NNP
36036	247	6	}	}	-RRB-
36036	247	7	analyzer	analyzer	NNP
36036	247	8	was	be	VBD
36036	247	9	incorporated	incorporate	VBN
36036	247	10	into	into	IN
36036	247	11	the	the	DT
36036	247	12	system	system	NN
36036	247	13	(	(	-LRB-
36036	247	14	Beckman	Beckman	NNP
36036	247	15	,	,	,
36036	247	16	LB-2	LB-2	NNP
36036	247	17	)	)	-RRB-
36036	247	18	.	.	.
36036	248	1	Results	result	NNS
36036	248	2	demonstrated	demonstrate	VBD
36036	248	3	that	that	IN
36036	248	4	we	-PRON-	PRP
36036	248	5	measured	measure	VBD
36036	248	6	84	84	CD
36036	248	7	%	%	NN
36036	248	8	of	of	IN
36036	248	9	the	the	DT
36036	248	10	oxygen	oxygen	NN
36036	248	11	consumed	consume	VBN
36036	248	12	by	by	IN
36036	248	13	the	the	DT
36036	248	14	lamp	lamp	NN
36036	248	15	as	as	RB
36036	248	16	well	well	RB
36036	248	17	as	as	IN
36036	248	18	84	84	CD
36036	248	19	%	%	NN
36036	248	20	of	of	IN
36036	248	21	the	the	DT
36036	248	22	water	water	NN
36036	248	23	and	and	CC
36036	248	24	CO_{2	CO_{2	NNP
36036	248	25	}	}	-RRB-
36036	248	26	it	-PRON-	PRP
36036	248	27	produced	produce	VBD
36036	248	28	;	;	:
36036	248	29	standard	standard	JJ
36036	248	30	deviation	deviation	NN
36036	248	31	=	=	SYM
36036	248	32	±2.6	±2.6	NNP
36036	248	33	,	,	,
36036	248	34	±5.0	±5.0	JJ
36036	248	35	,	,	,
36036	248	36	and	and	CC
36036	248	37	±3.6	±3.6	NNP
36036	248	38	,	,	,
36036	248	39	respectively	respectively	RB
36036	248	40	(	(	-LRB-
36036	248	41	n	n	NN
36036	248	42	=	=	SYM
36036	248	43	27	27	CD
36036	248	44	)	)	-RRB-
36036	248	45	.	.	.
36036	249	1	Average	average	JJ
36036	249	2	respiratory	respiratory	JJ
36036	249	3	quotient	quotient	NN
36036	249	4	(	(	-LRB-
36036	249	5	RQ	RQ	NNP
36036	249	6	)	)	-RRB-
36036	249	7	calculated	calculate	VBD
36036	249	8	from	from	IN
36036	249	9	these	these	DT
36036	249	10	data	datum	NNS
36036	249	11	was	be	VBD
36036	249	12	O.657	o.657	NN
36036	249	13	±0.008	±0.008	NNP
36036	249	14	(	(	-LRB-
36036	249	15	n	n	NN
36036	249	16	=	=	SYM
36036	249	17	27	27	CD
36036	249	18	)	)	-RRB-
36036	249	19	,	,	,
36036	249	20	which	which	WDT
36036	249	21	is	be	VBZ
36036	249	22	99.5	99.5	CD
36036	249	23	%	%	NN
36036	249	24	of	of	IN
36036	249	25	that	that	DT
36036	249	26	predicted	predict	VBD
36036	249	27	(	(	-LRB-
36036	249	28	0.66	0.66	CD
36036	249	29	)	)	-RRB-
36036	249	30	.	.	.
36036	250	1	McNab	McNab	NNP
36036	250	2	(	(	-LRB-
36036	250	3	1988b	1988b	CD
36036	250	4	)	)	-RRB-
36036	250	5	reports	report	VBZ
36036	250	6	that	that	IN
36036	250	7	the	the	DT
36036	250	8	accuracy	accuracy	NN
36036	250	9	of	of	IN
36036	250	10	open	open	JJ
36036	250	11	-	-	HYPH
36036	250	12	flow	flow	NN
36036	250	13	indirect	indirect	JJ
36036	250	14	calorimetry	calorimetry	NN
36036	250	15	systems	system	NNS
36036	250	16	,	,	,
36036	250	17	such	such	JJ
36036	250	18	as	as	IN
36036	250	19	ours	our	NNS
36036	250	20	,	,	,
36036	250	21	depends	depend	VBZ
36036	250	22	on	on	IN
36036	250	23	the	the	DT
36036	250	24	rate	rate	NN
36036	250	25	of	of	IN
36036	250	26	air	air	NN
36036	250	27	flow	flow	NN
36036	250	28	through	through	IN
36036	250	29	the	the	DT
36036	250	30	animal	animal	NN
36036	250	31	chamber	chamber	NN
36036	250	32	.	.	.
36036	251	1	If	if	IN
36036	251	2	flow	flow	NN
36036	251	3	rates	rate	NNS
36036	251	4	are	be	VBP
36036	251	5	too	too	RB
36036	251	6	low	low	JJ
36036	251	7	,	,	,
36036	251	8	there	there	EX
36036	251	9	is	be	VBZ
36036	251	10	inadequate	inadequate	JJ
36036	251	11	mixing	mixing	NN
36036	251	12	of	of	IN
36036	251	13	air	air	NN
36036	251	14	within	within	IN
36036	251	15	the	the	DT
36036	251	16	chamber	chamber	NN
36036	251	17	,	,	,
36036	251	18	and	and	CC
36036	251	19	the	the	DT
36036	251	20	rate	rate	NN
36036	251	21	of	of	IN
36036	251	22	oxygen	oxygen	NN
36036	251	23	consumption	consumption	NN
36036	251	24	,	,	,
36036	251	25	as	as	IN
36036	251	26	calculated	calculate	VBN
36036	251	27	from	from	IN
36036	251	28	the	the	DT
36036	251	29	difference	difference	NN
36036	251	30	in	in	IN
36036	251	31	oxygen	oxygen	NN
36036	251	32	content	content	NN
36036	251	33	of	of	IN
36036	251	34	air	air	NN
36036	251	35	flowing	flow	VBG
36036	251	36	into	into	IN
36036	251	37	and	and	CC
36036	251	38	out	out	IN
36036	251	39	of	of	IN
36036	251	40	the	the	DT
36036	251	41	chamber	chamber	NN
36036	251	42	(	(	-LRB-
36036	251	43	Depocas	Depocas	NNP
36036	251	44	and	and	CC
36036	251	45	Hart	Hart	NNP
36036	251	46	,	,	,
36036	251	47	1957	1957	CD
36036	251	48	)	)	-RRB-
36036	251	49	,	,	,
36036	251	50	is	be	VBZ
36036	251	51	underestimated	underestimate	VBN
36036	251	52	.	.	.
36036	252	1	At	at	IN
36036	252	2	some	some	DT
36036	252	3	critical	critical	JJ
36036	252	4	rate	rate	NN
36036	252	5	of	of	IN
36036	252	6	air	air	NN
36036	252	7	flow	flow	NN
36036	252	8	,	,	,
36036	252	9	which	which	WDT
36036	252	10	is	be	VBZ
36036	252	11	unique	unique	JJ
36036	252	12	to	to	IN
36036	252	13	each	each	DT
36036	252	14	combination	combination	NN
36036	252	15	of	of	IN
36036	252	16	chamber	chamber	NN
36036	252	17	and	and	CC
36036	252	18	animal	animal	NN
36036	252	19	,	,	,
36036	252	20	this	this	DT
36036	252	21	situation	situation	NN
36036	252	22	changes	change	VBZ
36036	252	23	such	such	JJ
36036	252	24	that	that	IN
36036	252	25	measured	measure	VBN
36036	252	26	rates	rate	NNS
36036	252	27	of	of	IN
36036	252	28	oxygen	oxygen	NN
36036	252	29	consumption	consumption	NN
36036	252	30	become	become	VBP
36036	252	31	independent	independent	JJ
36036	252	32	of	of	IN
36036	252	33	any	any	DT
36036	252	34	further	further	JJ
36036	252	35	increase	increase	NN
36036	252	36	in	in	IN
36036	252	37	flow	flow	NN
36036	252	38	rate	rate	NN
36036	252	39	(	(	-LRB-
36036	252	40	McNab	McNab	NNP
36036	252	41	,	,	,
36036	252	42	1988b	1988b	CD
36036	252	43	)	)	-RRB-
36036	252	44	.	.	.
36036	253	1	In	in	IN
36036	253	2	recent	recent	JJ
36036	253	3	tests	test	NNS
36036	253	4	of	of	IN
36036	253	5	our	-PRON-	PRP$
36036	253	6	system	system	NN
36036	253	7	,	,	,
36036	253	8	where	where	WRB
36036	253	9	we	-PRON-	PRP
36036	253	10	burned	burn	VBD
36036	253	11	the	the	DT
36036	253	12	ethanol	ethanol	NN
36036	253	13	lamp	lamp	NN
36036	253	14	at	at	IN
36036	253	15	a	a	DT
36036	253	16	variety	variety	NN
36036	253	17	of	of	IN
36036	253	18	chamber	chamber	NN
36036	253	19	flow	flow	NN
36036	253	20	rates	rate	NNS
36036	253	21	,	,	,
36036	253	22	the	the	DT
36036	253	23	efficiency	efficiency	NN
36036	253	24	of	of	IN
36036	253	25	measurement	measurement	NN
36036	253	26	increased	increase	VBD
36036	253	27	linearly	linearly	RB
36036	253	28	as	as	IN
36036	253	29	flow	flow	NN
36036	253	30	rate	rate	NN
36036	253	31	increased	increase	VBD
36036	253	32	,	,	,
36036	253	33	and	and	CC
36036	253	34	the	the	DT
36036	253	35	critical	critical	JJ
36036	253	36	rate	rate	NN
36036	253	37	of	of	IN
36036	253	38	air	air	NN
36036	253	39	flow	flow	NN
36036	253	40	was	be	VBD
36036	253	41	about	about	RB
36036	253	42	6.7	6.7	CD
36036	253	43	L	L	NNP
36036	253	44	/	/	SYM
36036	253	45	min	min	NN
36036	253	46	.	.	.
36036	254	1	This	this	DT
36036	254	2	appeared	appear	VBD
36036	254	3	to	to	TO
36036	254	4	explain	explain	VB
36036	254	5	why	why	WRB
36036	254	6	a	a	DT
36036	254	7	flow	flow	NN
36036	254	8	rate	rate	NN
36036	254	9	of	of	IN
36036	254	10	3.0	3.0	CD
36036	254	11	L	L	NNP
36036	254	12	/	/	SYM
36036	254	13	min	min	NNP
36036	254	14	underestimated	underestimate	VBD
36036	254	15	oxygen	oxygen	NN
36036	254	16	consumption	consumption	NN
36036	254	17	of	of	IN
36036	254	18	the	the	DT
36036	254	19	ethanol	ethanol	NN
36036	254	20	lamp	lamp	NN
36036	254	21	.	.	.
36036	255	1	Our	-PRON-	PRP$
36036	255	2	earlier	early	JJR
36036	255	3	tests	test	NNS
36036	255	4	of	of	IN
36036	255	5	the	the	DT
36036	255	6	efficiency	efficiency	NN
36036	255	7	of	of	IN
36036	255	8	our	-PRON-	PRP$
36036	255	9	system	system	NN
36036	255	10	indicated	indicate	VBD
36036	255	11	that	that	IN
36036	255	12	although	although	IN
36036	255	13	we	-PRON-	PRP
36036	255	14	underestimated	underestimate	VBD
36036	255	15	actual	actual	JJ
36036	255	16	oxygen	oxygen	NN
36036	255	17	consumption	consumption	NN
36036	255	18	of	of	IN
36036	255	19	the	the	DT
36036	255	20	ethanol	ethanol	NN
36036	255	21	lamp	lamp	NN
36036	255	22	,	,	,
36036	255	23	we	-PRON-	PRP
36036	255	24	did	do	VBD
36036	255	25	so	so	RB
36036	255	26	with	with	IN
36036	255	27	a	a	DT
36036	255	28	fair	fair	JJ
36036	255	29	degree	degree	NN
36036	255	30	of	of	IN
36036	255	31	precision	precision	NN
36036	255	32	;	;	:
36036	255	33	probably	probably	RB
36036	255	34	because	because	IN
36036	255	35	flow	flow	NN
36036	255	36	rates	rate	NNS
36036	255	37	were	be	VBD
36036	255	38	closely	closely	RB
36036	255	39	controlled	control	VBN
36036	255	40	.	.	.
36036	256	1	During	during	IN
36036	256	2	our	-PRON-	PRP$
36036	256	3	metabolic	metabolic	JJ
36036	256	4	measurements	measurement	NNS
36036	256	5	,	,	,
36036	256	6	chamber	chamber	NN
36036	256	7	flow	flow	NN
36036	256	8	rates	rate	NNS
36036	256	9	also	also	RB
36036	256	10	were	be	VBD
36036	256	11	closely	closely	RB
36036	256	12	controlled	control	VBN
36036	256	13	at	at	IN
36036	256	14	3.0	3.0	CD
36036	256	15	L	L	NNP
36036	256	16	/	/	SYM
36036	256	17	min	min	NN
36036	256	18	,	,	,
36036	256	19	and	and	CC
36036	256	20	we	-PRON-	PRP
36036	256	21	believe	believe	VBP
36036	256	22	,	,	,
36036	256	23	therefore	therefore	RB
36036	256	24	,	,	,
36036	256	25	that	that	IN
36036	256	26	these	these	DT
36036	256	27	measurements	measurement	NNS
36036	256	28	also	also	RB
36036	256	29	were	be	VBD
36036	256	30	carried	carry	VBN
36036	256	31	out	out	RP
36036	256	32	with	with	IN
36036	256	33	a	a	DT
36036	256	34	high	high	JJ
36036	256	35	degree	degree	NN
36036	256	36	of	of	IN
36036	256	37	precision	precision	NN
36036	256	38	.	.	.
36036	257	1	Consequently	consequently	RB
36036	257	2	,	,	,
36036	257	3	all	all	DT
36036	257	4	measured	measure	VBN
36036	257	5	values	value	NNS
36036	257	6	of	of	IN
36036	257	7	oxygen	oxygen	NN
36036	257	8	consumption	consumption	NN
36036	257	9	and	and	CC
36036	257	10	water	water	NN
36036	257	11	production	production	NN
36036	257	12	were	be	VBD
36036	257	13	considered	consider	VBN
36036	257	14	to	to	TO
36036	257	15	be	be	VB
36036	257	16	84	84	CD
36036	257	17	%	%	NN
36036	257	18	of	of	IN
36036	257	19	their	-PRON-	PRP$
36036	257	20	actual	actual	JJ
36036	257	21	value	value	NN
36036	257	22	and	and	CC
36036	257	23	were	be	VBD
36036	257	24	adjusted	adjust	VBN
36036	257	25	to	to	IN
36036	257	26	100	100	CD
36036	257	27	%	%	NN
36036	257	28	before	before	IN
36036	257	29	being	be	VBG
36036	257	30	included	include	VBN
36036	257	31	in	in	IN
36036	257	32	this	this	DT
36036	257	33	report	report	NN
36036	257	34	.	.	.
36036	258	1	_	_	NNP
36036	258	2	Body	Body	NNP
36036	258	3	Temperature	Temperature	NNP
36036	258	4	Transmitters	Transmitters	NNPS
36036	258	5	_	_	XX
36036	258	6	The	the	DT
36036	258	7	calibration	calibration	NN
36036	258	8	of	of	IN
36036	258	9	all	all	DT
36036	258	10	temperature	temperature	NN
36036	258	11	-	-	HYPH
36036	258	12	sensitive	sensitive	JJ
36036	258	13	radio	radio	NN
36036	258	14	transmitters	transmitter	NNS
36036	258	15	drifted	drift	VBD
36036	258	16	over	over	IN
36036	258	17	time	time	NN
36036	258	18	.	.	.
36036	259	1	Transmitters	transmitter	NNS
36036	259	2	were	be	VBD
36036	259	3	calibrated	calibrate	VBN
36036	259	4	before	before	IN
36036	259	5	they	-PRON-	PRP
36036	259	6	were	be	VBD
36036	259	7	surgically	surgically	RB
36036	259	8	implanted	implant	VBN
36036	259	9	and	and	CC
36036	259	10	again	again	RB
36036	259	11	after	after	IN
36036	259	12	they	-PRON-	PRP
36036	259	13	were	be	VBD
36036	259	14	removed	remove	VBN
36036	259	15	from	from	IN
36036	259	16	the	the	DT
36036	259	17	animals	animal	NNS
36036	259	18	.	.	.
36036	260	1	Although	although	IN
36036	260	2	the	the	DT
36036	260	3	drift	drift	NN
36036	260	4	of	of	IN
36036	260	5	each	each	DT
36036	260	6	transmitter	transmitter	NN
36036	260	7	was	be	VBD
36036	260	8	unique	unique	JJ
36036	260	9	,	,	,
36036	260	10	it	-PRON-	PRP
36036	260	11	was	be	VBD
36036	260	12	also	also	RB
36036	260	13	linear	linear	JJ
36036	260	14	(	(	-LRB-
36036	260	15	S.	S.	NNP
36036	260	16	Tomkiewicz	Tomkiewicz	NNP
36036	260	17	,	,	,
36036	260	18	Telonics	Telonics	NNP
36036	260	19	,	,	,
36036	260	20	Inc.	Inc.	NNP
36036	260	21	,	,	,
36036	260	22	pers	per	NNS
36036	260	23	.	.	.
36036	261	1	com	com	NNP
36036	261	2	.	.	.
36036	261	3	)	)	-RRB-
36036	261	4	.	.	.
36036	262	1	All	all	DT
36036	262	2	body	body	NN
36036	262	3	temperature	temperature	NN
36036	262	4	measurements	measurement	NNS
36036	262	5	were	be	VBD
36036	262	6	corrected	correct	VBN
36036	262	7	from	from	IN
36036	262	8	timed	time	VBN
36036	262	9	extrapolations	extrapolation	NNS
36036	262	10	of	of	IN
36036	262	11	the	the	DT
36036	262	12	difference	difference	NN
36036	262	13	between	between	IN
36036	262	14	starting	start	VBG
36036	262	15	and	and	CC
36036	262	16	ending	end	VBG
36036	262	17	calibrations	calibration	NNS
36036	262	18	.	.	.
36036	263	1	STATISTICAL	statistical	JJ
36036	263	2	METHODS	methods	JJ
36036	263	3	Values	value	NNS
36036	263	4	of	of	IN
36036	263	5	oxygen	oxygen	NN
36036	263	6	consumption	consumption	NN
36036	263	7	,	,	,
36036	263	8	evaporative	evaporative	JJ
36036	263	9	water	water	NN
36036	263	10	loss	loss	NN
36036	263	11	,	,	,
36036	263	12	and	and	CC
36036	263	13	body	body	NN
36036	263	14	temperature	temperature	NN
36036	263	15	were	be	VBD
36036	263	16	plotted	plot	VBN
36036	263	17	as	as	IN
36036	263	18	a	a	DT
36036	263	19	function	function	NN
36036	263	20	of	of	IN
36036	263	21	chamber	chamber	NN
36036	263	22	air	air	NN
36036	263	23	temperature	temperature	NN
36036	263	24	.	.	.
36036	264	1	Linear	linear	JJ
36036	264	2	regressions	regression	NNS
36036	264	3	of	of	IN
36036	264	4	oxygen	oxygen	NN
36036	264	5	consumption	consumption	NN
36036	264	6	at	at	IN
36036	264	7	temperatures	temperature	NNS
36036	264	8	below	below	IN
36036	264	9	the	the	DT
36036	264	10	thermoneutral	thermoneutral	JJ
36036	264	11	zone	zone	NN
36036	264	12	(	(	-LRB-
36036	264	13	T_{n	T_{n	NNP
36036	264	14	}	}	-RRB-
36036	264	15	)	)	-RRB-
36036	264	16	,	,	,
36036	264	17	and	and	CC
36036	264	18	evaporative	evaporative	JJ
36036	264	19	water	water	NN
36036	264	20	loss	loss	NN
36036	264	21	at	at	IN
36036	264	22	temperatures	temperature	NNS
36036	264	23	above	above	IN
36036	264	24	freezing	freezing	NN
36036	264	25	,	,	,
36036	264	26	were	be	VBD
36036	264	27	determined	determine	VBN
36036	264	28	with	with	IN
36036	264	29	the	the	DT
36036	264	30	SAS	SAS	NNP
36036	264	31	(	(	-LRB-
36036	264	32	1982	1982	CD
36036	264	33	)	)	-RRB-
36036	264	34	GLM	GLM	NNP
36036	264	35	procedure	procedure	NN
36036	264	36	.	.	.
36036	265	1	Lower	low	JJR
36036	265	2	critical	critical	JJ
36036	265	3	temperature	temperature	NN
36036	265	4	(	(	-LRB-
36036	265	5	T_{lc	t_{lc	NN
36036	265	6	}	}	-RRB-
36036	265	7	)	)	-RRB-
36036	265	8	was	be	VBD
36036	265	9	determined	determine	VBN
36036	265	10	graphically	graphically	RB
36036	265	11	from	from	IN
36036	265	12	intersection	intersection	NN
36036	265	13	of	of	IN
36036	265	14	the	the	DT
36036	265	15	line	line	NN
36036	265	16	representing	represent	VBG
36036	265	17	[	[	-LRB-
36036	265	18	.H]_{b	.h]_{b	NN
36036	265	19	}	}	-RRB-
36036	265	20	and	and	CC
36036	265	21	the	the	DT
36036	265	22	regression	regression	NN
36036	265	23	line	line	NN
36036	265	24	representing	represent	VBG
36036	265	25	oxygen	oxygen	NN
36036	265	26	consumption	consumption	NN
36036	265	27	below	below	IN
36036	265	28	T_{n	T_{n	NNP
36036	265	29	}	}	-RRB-
36036	265	30	.	.	.
36036	266	1	Slopes	slope	NNS
36036	266	2	and	and	CC
36036	266	3	intercepts	intercept	NNS
36036	266	4	of	of	IN
36036	266	5	regression	regression	NN
36036	266	6	lines	line	NNS
36036	266	7	,	,	,
36036	266	8	as	as	RB
36036	266	9	well	well	RB
36036	266	10	as	as	IN
36036	266	11	other	other	JJ
36036	266	12	mean	mean	JJ
36036	266	13	values	value	NNS
36036	266	14	,	,	,
36036	266	15	were	be	VBD
36036	266	16	compared	compare	VBN
36036	266	17	with	with	IN
36036	266	18	_	_	NNP
36036	266	19	t_-tests	t_-tests	NNP
36036	266	20	(	(	-LRB-
36036	266	21	Statistical	Statistical	NNP
36036	266	22	Analysis	Analysis	NNP
36036	266	23	System	System	NNP
36036	266	24	,	,	,
36036	266	25	1982	1982	CD
36036	266	26	;	;	:
36036	266	27	Ott	Ott	NNP
36036	266	28	,	,	,
36036	266	29	1984:138	1984:138	CD
36036	266	30	-	-	SYM
36036	266	31	175	175	CD
36036	266	32	)	)	-RRB-
36036	266	33	.	.	.
36036	267	1	Unless	unless	IN
36036	267	2	indicated	indicate	VBN
36036	267	3	otherwise	otherwise	RB
36036	267	4	,	,	,
36036	267	5	data	datum	NNS
36036	267	6	are	be	VBP
36036	267	7	expressed	express	VBN
36036	267	8	as	as	IN
36036	267	9	mean	mean	JJ
36036	267	10	±	±	NNP
36036	267	11	standard	standard	JJ
36036	267	12	deviation	deviation	NN
36036	267	13	(	(	-LRB-
36036	267	14	s.d	s.d	NNP
36036	267	15	.	.	NNP
36036	267	16	)	)	-RRB-
36036	267	17	.	.	.
36036	268	1	ESTIMATING	estimate	VBG
36036	268	2	INTRINSIC	intrinsic	NN
36036	268	3	RATE	rate	NN
36036	268	4	OF	of	IN
36036	268	5	NATURAL	natural	JJ
36036	268	6	INCREASE	increase	NN
36036	268	7	We	-PRON-	PRP
36036	268	8	employed	employ	VBD
36036	268	9	the	the	DT
36036	268	10	method	method	NN
36036	268	11	first	first	RB
36036	268	12	described	describe	VBN
36036	268	13	by	by	IN
36036	268	14	Cole	Cole	NNP
36036	268	15	(	(	-LRB-
36036	268	16	1954	1954	CD
36036	268	17	)	)	-RRB-
36036	268	18	to	to	TO
36036	268	19	calculate	calculate	VB
36036	268	20	r_{max	r_{max	NNP
36036	268	21	}	}	-RRB-
36036	268	22	:	:	:
36036	268	23	1	1	CD
36036	268	24	=	=	SYM
36036	268	25	e^{-r_{max	e^{-r_{max	NNP
36036	268	26	}	}	-RRB-
36036	268	27	}	}	-RRB-
36036	268	28	+	+	SYM
36036	268	29	b·e^{-r_{max}(a	b·e^{-r_{max}(a	NN
36036	268	30	)	)	-RRB-
36036	268	31	}	}	-RRB-
36036	268	32	-	-	:
36036	268	33	b·e^{r_{max}(n+1	b·e^{r_{max}(n+1	NN
36036	268	34	)	)	-RRB-
36036	268	35	}	}	-RRB-
36036	268	36	Eq	Eq	NNP
36036	268	37	.	.	.
36036	269	1	2	2	LS
36036	269	2	where	where	WRB
36036	269	3	a	a	DT
36036	269	4	is	be	VBZ
36036	269	5	potential	potential	JJ
36036	269	6	age	age	NN
36036	269	7	of	of	IN
36036	269	8	females	female	NNS
36036	269	9	first	first	RB
36036	269	10	producing	produce	VBG
36036	269	11	young	young	JJ
36036	269	12	,	,	,
36036	269	13	b	b	LS
36036	269	14	is	be	VBZ
36036	269	15	potential	potential	JJ
36036	269	16	annual	annual	JJ
36036	269	17	birth	birth	NN
36036	269	18	rate	rate	NN
36036	269	19	of	of	IN
36036	269	20	female	female	JJ
36036	269	21	young	young	JJ
36036	269	22	,	,	,
36036	269	23	and	and	CC
36036	269	24	n	n	DT
36036	269	25	is	be	VBZ
36036	269	26	potential	potential	JJ
36036	269	27	age	age	NN
36036	269	28	of	of	IN
36036	269	29	females	female	NNS
36036	269	30	producing	produce	VBG
36036	269	31	their	-PRON-	PRP$
36036	269	32	final	final	JJ
36036	269	33	young	young	NN
36036	269	34	.	.	.
36036	270	1	After	after	IN
36036	270	2	life	life	NN
36036	270	3	-	-	HYPH
36036	270	4	history	history	NN
36036	270	5	data	datum	NNS
36036	270	6	were	be	VBD
36036	270	7	substituted	substitute	VBN
36036	270	8	into	into	IN
36036	270	9	Eq	Eq	NNP
36036	270	10	.	.	.
36036	271	1	2	2	LS
36036	271	2	,	,	,
36036	271	3	r_{max	r_{max	ADD
36036	271	4	}	}	-RRB-
36036	271	5	was	be	VBD
36036	271	6	determined	determine	VBN
36036	271	7	by	by	IN
36036	271	8	trial	trial	NN
36036	271	9	and	and	CC
36036	271	10	error	error	NN
36036	271	11	substitution	substitution	NN
36036	271	12	(	(	-LRB-
36036	271	13	Hennemann	Hennemann	NNP
36036	271	14	,	,	,
36036	271	15	1983	1983	CD
36036	271	16	)	)	-RRB-
36036	271	17	.	.	.
36036	272	1	Because	because	IN
36036	272	2	r_{max	r_{max	NNP
36036	272	3	}	}	-RRB-
36036	272	4	represents	represent	VBZ
36036	272	5	the	the	DT
36036	272	6	genetically	genetically	RB
36036	272	7	fixed	fix	VBN
36036	272	8	,	,	,
36036	272	9	physiologically	physiologically	RB
36036	272	10	determined	determine	VBN
36036	272	11	maximum	maximum	JJ
36036	272	12	possible	possible	JJ
36036	272	13	rate	rate	NN
36036	272	14	of	of	IN
36036	272	15	increase	increase	NN
36036	272	16	,	,	,
36036	272	17	data	datum	NNS
36036	272	18	on	on	IN
36036	272	19	earliest	early	JJS
36036	272	20	possible	possible	JJ
36036	272	21	age	age	NN
36036	272	22	of	of	IN
36036	272	23	female	female	JJ
36036	272	24	reproduction	reproduction	NN
36036	272	25	,	,	,
36036	272	26	highest	high	JJS
36036	272	27	possible	possible	JJ
36036	272	28	birth	birth	NN
36036	272	29	rate	rate	NN
36036	272	30	of	of	IN
36036	272	31	female	female	JJ
36036	272	32	young	young	JJ
36036	272	33	,	,	,
36036	272	34	and	and	CC
36036	272	35	longest	long	JJS
36036	272	36	possible	possible	JJ
36036	272	37	female	female	JJ
36036	272	38	reproductive	reproductive	JJ
36036	272	39	life	life	NN
36036	272	40	span	span	NN
36036	272	41	were	be	VBD
36036	272	42	used	use	VBN
36036	272	43	for	for	IN
36036	272	44	a	a	DT
36036	272	45	,	,	,
36036	272	46	b	b	NN
36036	272	47	,	,	,
36036	272	48	and	and	CC
36036	272	49	n	n	NN
36036	272	50	,	,	,
36036	272	51	respectively	respectively	RB
36036	272	52	.	.	.
36036	273	1	Calculated	calculated	JJ
36036	273	2	values	value	NNS
36036	273	3	,	,	,
36036	273	4	therefore	therefore	RB
36036	273	5	,	,	,
36036	273	6	represent	represent	VBP
36036	273	7	physiologically	physiologically	RB
36036	273	8	possible	possible	JJ
36036	273	9	,	,	,
36036	273	10	not	not	RB
36036	273	11	ecologically	ecologically	RB
36036	273	12	possible	possible	JJ
36036	273	13	,	,	,
36036	273	14	intrinsic	intrinsic	JJ
36036	273	15	rates	rate	NNS
36036	273	16	of	of	IN
36036	273	17	increase	increase	NN
36036	273	18	(	(	-LRB-
36036	273	19	Hennemann	Hennemann	NNP
36036	273	20	,	,	,
36036	273	21	1983	1983	CD
36036	273	22	,	,	,
36036	273	23	1984	1984	CD
36036	273	24	;	;	:
36036	273	25	Hayssen	Hayssen	NNP
36036	273	26	,	,	,
36036	273	27	1984	1984	CD
36036	273	28	;	;	:
36036	273	29	McNab	McNab	NNP
36036	273	30	,	,	,
36036	273	31	1984b	1984b	CD
36036	273	32	)	)	-RRB-
36036	273	33	.	.	.
36036	274	1	Values	value	NNS
36036	274	2	of	of	IN
36036	274	3	n	n	CD
36036	274	4	were	be	VBD
36036	274	5	derived	derive	VBN
36036	274	6	from	from	IN
36036	274	7	longevity	longevity	NN
36036	274	8	records	record	NNS
36036	274	9	for	for	IN
36036	274	10	captive	captive	JJ
36036	274	11	animals	animal	NNS
36036	274	12	,	,	,
36036	274	13	and	and	CC
36036	274	14	as	as	IN
36036	274	15	these	these	DT
36036	274	16	were	be	VBD
36036	274	17	all	all	DT
36036	274	18	large	large	JJ
36036	274	19	values	value	NNS
36036	274	20	of	of	IN
36036	274	21	similar	similar	JJ
36036	274	22	duration	duration	NN
36036	274	23	(	(	-LRB-
36036	274	24	14	14	CD
36036	274	25	-	-	SYM
36036	274	26	16	16	CD
36036	274	27	years	year	NNS
36036	274	28	)	)	-RRB-
36036	274	29	,	,	,
36036	274	30	they	-PRON-	PRP
36036	274	31	had	have	VBD
36036	274	32	very	very	RB
36036	274	33	little	little	JJ
36036	274	34	effect	effect	NN
36036	274	35	on	on	IN
36036	274	36	r_{max	r_{max	NNP
36036	274	37	}	}	-RRB-
36036	274	38	.	.	.
36036	275	1	All	all	DT
36036	275	2	species	specie	NNS
36036	275	3	considered	consider	VBN
36036	275	4	have	have	VBP
36036	275	5	one	one	CD
36036	275	6	litter	litter	NN
36036	275	7	per	per	IN
36036	275	8	year	year	NN
36036	275	9	,	,	,
36036	275	10	and	and	CC
36036	275	11	because	because	IN
36036	275	12	their	-PRON-	PRP$
36036	275	13	sex	sex	NN
36036	275	14	ratios	ratio	NNS
36036	275	15	at	at	IN
36036	275	16	birth	birth	NN
36036	275	17	are	be	VBP
36036	275	18	about	about	RB
36036	275	19	50:50	50:50	CD
36036	275	20	,	,	,
36036	275	21	variation	variation	NN
36036	275	22	in	in	IN
36036	275	23	b	b	NN
36036	275	24	was	be	VBD
36036	275	25	due	due	JJ
36036	275	26	to	to	IN
36036	275	27	differences	difference	NNS
36036	275	28	in	in	IN
36036	275	29	litter	litter	NN
36036	275	30	size	size	NN
36036	275	31	.	.	.
36036	276	1	Therefore	therefore	RB
36036	276	2	,	,	,
36036	276	3	age	age	NN
36036	276	4	of	of	IN
36036	276	5	first	first	JJ
36036	276	6	reproduction	reproduction	NN
36036	276	7	and	and	CC
36036	276	8	litter	litter	NN
36036	276	9	size	size	NN
36036	276	10	had	have	VBD
36036	276	11	the	the	DT
36036	276	12	greatest	great	JJS
36036	276	13	effect	effect	NN
36036	276	14	on	on	IN
36036	276	15	r_{max	r_{max	NNP
36036	276	16	}	}	-RRB-
36036	276	17	.	.	.
36036	277	1	Intrinsic	intrinsic	JJ
36036	277	2	rate	rate	NN
36036	277	3	of	of	IN
36036	277	4	increase	increase	NN
36036	277	5	scales	scale	VBZ
36036	277	6	to	to	IN
36036	277	7	body	body	NN
36036	277	8	mass	mass	NN
36036	277	9	(	(	-LRB-
36036	277	10	Fenchel	Fenchel	NNP
36036	277	11	,	,	,
36036	277	12	1974	1974	CD
36036	277	13	)	)	-RRB-
36036	277	14	,	,	,
36036	277	15	and	and	CC
36036	277	16	we	-PRON-	PRP
36036	277	17	removed	remove	VBD
36036	277	18	this	this	DT
36036	277	19	effect	effect	NN
36036	277	20	by	by	IN
36036	277	21	comparing	compare	VBG
36036	277	22	each	each	DT
36036	277	23	calculated	calculate	VBN
36036	277	24	r_{max	r_{max	NNP
36036	277	25	}	}	-RRB-
36036	277	26	with	with	IN
36036	277	27	the	the	DT
36036	277	28	value	value	NN
36036	277	29	expected	expect	VBN
36036	277	30	(	(	-LRB-
36036	277	31	r_{maxe	r_{maxe	NN
36036	277	32	}	}	-RRB-
36036	277	33	)	)	-RRB-
36036	277	34	on	on	IN
36036	277	35	the	the	DT
36036	277	36	basis	basis	NN
36036	277	37	of	of	IN
36036	277	38	body	body	NN
36036	277	39	mass	mass	NN
36036	277	40	(	(	-LRB-
36036	277	41	Hennemann	Hennemann	NNP
36036	277	42	,	,	,
36036	277	43	1983	1983	CD
36036	277	44	)	)	-RRB-
36036	277	45	.	.	.
36036	278	1	COMPARISON	comparison	NN
36036	278	2	OF	of	IN
36036	278	3	ADAPTIVE	ADAPTIVE	NNP
36036	278	4	UNITS	UNITS	NNP
36036	278	5	Dimensionless	dimensionless	JJ
36036	278	6	numbers	number	NNS
36036	278	7	for	for	IN
36036	278	8	each	each	DT
36036	278	9	of	of	IN
36036	278	10	the	the	DT
36036	278	11	four	four	CD
36036	278	12	variables	variable	NNS
36036	278	13	used	use	VBN
36036	278	14	in	in	IN
36036	278	15	calculating	calculate	VBG
36036	278	16	composite	composite	JJ
36036	278	17	scores	score	NNS
36036	278	18	were	be	VBD
36036	278	19	derived	derive	VBN
36036	278	20	as	as	IN
36036	278	21	follows	follow	VBZ
36036	278	22	.	.	.
36036	279	1	Ratios	ratio	NNS
36036	279	2	of	of	IN
36036	279	3	measured	measure	VBN
36036	279	4	to	to	IN
36036	279	5	predicted	predict	VBN
36036	279	6	values	value	NNS
36036	279	7	were	be	VBD
36036	279	8	used	use	VBN
36036	279	9	for	for	IN
36036	279	10	basal	basal	NNP
36036	279	11	metabolism	metabolism	NNP
36036	279	12	(	(	-LRB-
36036	279	13	H_{br	H_{br	NNP
36036	279	14	}	}	-RRB-
36036	279	15	)	)	-RRB-
36036	279	16	and	and	CC
36036	279	17	minimum	minimum	JJ
36036	279	18	wet	wet	JJ
36036	279	19	thermal	thermal	JJ
36036	279	20	conductance	conductance	NN
36036	279	21	(	(	-LRB-
36036	279	22	C_{mwr	c_{mwr	NN
36036	279	23	}	}	-RRB-
36036	279	24	)	)	-RRB-
36036	279	25	.	.	.
36036	280	1	Thermoregulatory	thermoregulatory	JJ
36036	280	2	ability	ability	NN
36036	280	3	at	at	IN
36036	280	4	low	low	JJ
36036	280	5	temperatures	temperature	NNS
36036	280	6	is	be	VBZ
36036	280	7	closely	closely	RB
36036	280	8	related	related	JJ
36036	280	9	to	to	IN
36036	280	10	the	the	DT
36036	280	11	ratio	ratio	NN
36036	280	12	H_{br}/C_{mwr	h_{br}/c_{mwr	CD
36036	280	13	}	}	-RRB-
36036	280	14	(	(	-LRB-
36036	280	15	McNab	McNab	NNP
36036	280	16	,	,	,
36036	280	17	1966	1966	CD
36036	280	18	)	)	-RRB-
36036	280	19	.	.	.
36036	281	1	This	this	DT
36036	281	2	ratio	ratio	NN
36036	281	3	was	be	VBD
36036	281	4	used	use	VBN
36036	281	5	,	,	,
36036	281	6	therefore	therefore	RB
36036	281	7	,	,	,
36036	281	8	to	to	TO
36036	281	9	gauge	gauge	VB
36036	281	10	each	each	DT
36036	281	11	species	species	NN
36036	281	12	'	'	POS
36036	281	13	cold	cold	JJ
36036	281	14	tolerance	tolerance	NN
36036	281	15	.	.	.
36036	282	1	For	for	IN
36036	282	2	D_{d	D_{d	NNP
36036	282	3	}	}	-RRB-
36036	282	4	we	-PRON-	PRP
36036	282	5	used	use	VBD
36036	282	6	the	the	DT
36036	282	7	ratio	ratio	NN
36036	282	8	of	of	IN
36036	282	9	food	food	NN
36036	282	10	categories	category	NNS
36036	282	11	actually	actually	RB
36036	282	12	used	use	VBN
36036	282	13	by	by	IN
36036	282	14	a	a	DT
36036	282	15	species	species	NN
36036	282	16	to	to	IN
36036	282	17	the	the	DT
36036	282	18	total	total	JJ
36036	282	19	number	number	NN
36036	282	20	of	of	IN
36036	282	21	food	food	NN
36036	282	22	categories	category	NNS
36036	282	23	taken	take	VBN
36036	282	24	by	by	IN
36036	282	25	all	all	DT
36036	282	26	species	specie	NNS
36036	282	27	tested	test	VBN
36036	282	28	(	(	-LRB-
36036	282	29	D_{dr	D_{dr	NNP
36036	282	30	}	}	-RRB-
36036	282	31	)	)	-RRB-
36036	282	32	.	.	.
36036	283	1	The	the	DT
36036	283	2	ratio	ratio	NN
36036	283	3	of	of	IN
36036	283	4	calculated	calculate	VBN
36036	283	5	to	to	IN
36036	283	6	expected	expect	VBN
36036	283	7	intrinsic	intrinsic	JJ
36036	283	8	rates	rate	NNS
36036	283	9	of	of	IN
36036	283	10	natural	natural	JJ
36036	283	11	increase	increase	NN
36036	283	12	was	be	VBD
36036	283	13	used	use	VBN
36036	283	14	to	to	TO
36036	283	15	derive	derive	VB
36036	283	16	r_{maxr	r_{maxr	NNP
36036	283	17	}	}	-RRB-
36036	283	18	.	.	.
36036	284	1	Composite	composite	JJ
36036	284	2	scores	score	NNS
36036	284	3	were	be	VBD
36036	284	4	calculated	calculate	VBN
36036	284	5	as	as	IN
36036	284	6	Composite	composite	JJ
36036	284	7	score	score	NN
36036	284	8	=	=	NFP
36036	284	9	[	[	-LRB-
36036	284	10	(	(	-LRB-
36036	284	11	H_{br}/C_{mwr	h_{br}/c_{mwr	LS
36036	284	12	}	}	-RRB-
36036	284	13	)	)	-RRB-
36036	284	14	+	+	CC
36036	284	15	D_{dr	d_{dr	NN
36036	284	16	}	}	-RRB-
36036	284	17	+	+	RB
36036	284	18	r_{maxr}]/3	r_{maxr}]/3	NNS
36036	284	19	Eq	Eq	NNP
36036	284	20	.	.	.
36036	285	1	3	3	CD
36036	285	2	The	the	DT
36036	285	3	correlation	correlation	NN
36036	285	4	between	between	IN
36036	285	5	number	number	NN
36036	285	6	of	of	IN
36036	285	7	climates	climate	NNS
36036	285	8	these	these	DT
36036	285	9	species	specie	NNS
36036	285	10	occupy	occupy	VBP
36036	285	11	and	and	CC
36036	285	12	their	-PRON-	PRP$
36036	285	13	composite	composite	JJ
36036	285	14	scores	score	NNS
36036	285	15	was	be	VBD
36036	285	16	tested	test	VBN
36036	285	17	by	by	IN
36036	285	18	linear	linear	JJ
36036	285	19	regression	regression	NN
36036	285	20	.	.	.
36036	286	1	$	$	$
36036	286	2	Results$	Results$	NNP
36036	286	3	BODY	BODY	NNP
36036	286	4	MASS	mass	NN
36036	286	5	According	accord	VBG
36036	286	6	to	to	IN
36036	286	7	monthly	monthly	JJ
36036	286	8	live	live	NN
36036	286	9	-	-	HYPH
36036	286	10	trapping	trap	VBG
36036	286	11	records	record	NNS
36036	286	12	,	,	,
36036	286	13	the	the	DT
36036	286	14	body	body	NN
36036	286	15	mass	mass	NN
36036	286	16	of	of	IN
36036	286	17	free	free	RB
36036	286	18	-	-	HYPH
36036	286	19	ranging	range	VBG
36036	286	20	female	female	JJ
36036	286	21	raccoons	raccoon	NNS
36036	286	22	increased	increase	VBD
36036	286	23	from	from	IN
36036	286	24	3.6	3.6	CD
36036	286	25	±0.6	±0.6	NNS
36036	286	26	kg	kg	NNS
36036	286	27	during	during	IN
36036	286	28	summer	summer	NN
36036	286	29	to	to	IN
36036	286	30	5.6	5.6	CD
36036	286	31	±0.8	±0.8	RB
36036	286	32	kg	kg	NNS
36036	286	33	in	in	IN
36036	286	34	early	early	JJ
36036	286	35	winter	winter	NN
36036	286	36	,	,	,
36036	286	37	and	and	CC
36036	286	38	the	the	DT
36036	286	39	mass	mass	NN
36036	286	40	of	of	IN
36036	286	41	free	free	RB
36036	286	42	-	-	HYPH
36036	286	43	ranging	range	VBG
36036	286	44	males	male	NNS
36036	286	45	increased	increase	VBD
36036	286	46	from	from	IN
36036	286	47	4.0	4.0	CD
36036	286	48	±0.5	±0.5	NN
36036	286	49	to	to	IN
36036	286	50	6.7	6.7	CD
36036	286	51	±0.9	±0.9	NN
36036	286	52	kg	kg	NNS
36036	286	53	during	during	IN
36036	286	54	the	the	DT
36036	286	55	same	same	JJ
36036	286	56	interval	interval	NN
36036	286	57	.	.	.
36036	287	1	These	these	DT
36036	287	2	seasonal	seasonal	JJ
36036	287	3	changes	change	NNS
36036	287	4	in	in	IN
36036	287	5	body	body	NN
36036	287	6	mass	mass	NN
36036	287	7	were	be	VBD
36036	287	8	due	due	JJ
36036	287	9	to	to	IN
36036	287	10	fluctuations	fluctuation	NNS
36036	287	11	in	in	IN
36036	287	12	the	the	DT
36036	287	13	amount	amount	NN
36036	287	14	of	of	IN
36036	287	15	body	body	NN
36036	287	16	fat	fat	NN
36036	287	17	and	and	CC
36036	287	18	represent	represent	VBP
36036	287	19	a	a	DT
36036	287	20	mechanism	mechanism	NN
36036	287	21	for	for	IN
36036	287	22	storing	store	VBG
36036	287	23	energy	energy	NN
36036	287	24	during	during	IN
36036	287	25	fall	fall	NN
36036	287	26	for	for	IN
36036	287	27	use	use	NN
36036	287	28	in	in	IN
36036	287	29	winter	winter	NN
36036	287	30	.	.	.
36036	288	1	In	in	IN
36036	288	2	summer	summer	NN
36036	288	3	,	,	,
36036	288	4	captive	captive	JJ
36036	288	5	and	and	CC
36036	288	6	trapped	trap	VBN
36036	288	7	male	male	JJ
36036	288	8	and	and	CC
36036	288	9	captive	captive	JJ
36036	288	10	female	female	JJ
36036	288	11	raccoons	raccoon	NNS
36036	288	12	had	have	VBD
36036	288	13	the	the	DT
36036	288	14	same	same	JJ
36036	288	15	body	body	NN
36036	288	16	mass	mass	NN
36036	288	17	(	(	-LRB-
36036	288	18	4.73	4.73	CD
36036	288	19	±0.61	±0.61	NNP
36036	288	20	,	,	,
36036	288	21	4.41	4.41	CD
36036	288	22	±0.70	±0.70	NNS
36036	288	23	,	,	,
36036	288	24	and	and	CC
36036	288	25	4.67	4.67	CD
36036	288	26	±0.88	±0.88	NNP
36036	288	27	kg	kg	NNP
36036	288	28	,	,	,
36036	288	29	respectively	respectively	RB
36036	288	30	,	,	,
36036	288	31	Table	table	NN
36036	288	32	2	2	CD
36036	288	33	)	)	-RRB-
36036	288	34	.	.	.
36036	289	1	Mass	mass	NN
36036	289	2	of	of	IN
36036	289	3	captive	captive	JJ
36036	289	4	females	female	NNS
36036	289	5	did	do	VBD
36036	289	6	not	not	RB
36036	289	7	change	change	VB
36036	289	8	between	between	IN
36036	289	9	seasons	season	NNS
36036	289	10	,	,	,
36036	289	11	whereas	whereas	IN
36036	289	12	captive	captive	JJ
36036	289	13	males	male	NNS
36036	289	14	were	be	VBD
36036	289	15	heavier	heavy	JJR
36036	289	16	in	in	IN
36036	289	17	winter	winter	NN
36036	289	18	than	than	IN
36036	289	19	summer	summer	NN
36036	289	20	(	(	-LRB-
36036	289	21	p<0.005	p<0.005	IN
36036	289	22	;	;	:
36036	289	23	Table	table	NN
36036	289	24	2	2	CD
36036	289	25	)	)	-RRB-
36036	289	26	.	.	.
36036	290	1	This	this	DT
36036	290	2	seasonal	seasonal	JJ
36036	290	3	change	change	NN
36036	290	4	in	in	IN
36036	290	5	mass	mass	NN
36036	290	6	of	of	IN
36036	290	7	our	-PRON-	PRP$
36036	290	8	captive	captive	JJ
36036	290	9	males	male	NNS
36036	290	10	was	be	VBD
36036	290	11	of	of	IN
36036	290	12	a	a	DT
36036	290	13	much	much	RB
36036	290	14	smaller	small	JJR
36036	290	15	magnitude	magnitude	NN
36036	290	16	(	(	-LRB-
36036	290	17	0.6	0.6	CD
36036	290	18	kg	kg	NNS
36036	290	19	)	)	-RRB-
36036	290	20	than	than	IN
36036	290	21	that	that	DT
36036	290	22	observed	observe	VBN
36036	290	23	for	for	IN
36036	290	24	wild	wild	JJ
36036	290	25	males	male	NNS
36036	290	26	(	(	-LRB-
36036	290	27	2.7	2.7	CD
36036	290	28	kg	kg	NNS
36036	290	29	)	)	-RRB-
36036	290	30	.	.	.
36036	291	1	During	during	IN
36036	291	2	winter	winter	NN
36036	291	3	,	,	,
36036	291	4	captive	captive	JJ
36036	291	5	males	male	NNS
36036	291	6	(	(	-LRB-
36036	291	7	5.34	5.34	CD
36036	291	8	±1.39	±1.39	NNP
36036	291	9	kg	kg	NNS
36036	291	10	)	)	-RRB-
36036	291	11	were	be	VBD
36036	291	12	heavier	heavy	JJR
36036	291	13	than	than	IN
36036	291	14	captive	captive	JJ
36036	291	15	females	female	NNS
36036	291	16	(	(	-LRB-
36036	291	17	4.49	4.49	CD
36036	291	18	±0.98	±0.98	NNS
36036	291	19	kg	kg	NNS
36036	291	20	;	;	:
36036	291	21	p<0.005	p<0.005	IN
36036	291	22	;	;	:
36036	291	23	Table	table	NN
36036	291	24	2	2	CD
36036	291	25	)	)	-RRB-
36036	291	26	.	.	.
36036	292	1	Thus	thus	RB
36036	292	2	,	,	,
36036	292	3	our	-PRON-	PRP$
36036	292	4	captive	captive	JJ
36036	292	5	animals	animal	NNS
36036	292	6	maintained	maintain	VBD
36036	292	7	a	a	DT
36036	292	8	body	body	NN
36036	292	9	mass	mass	NN
36036	292	10	throughout	throughout	IN
36036	292	11	the	the	DT
36036	292	12	year	year	NN
36036	292	13	that	that	WDT
36036	292	14	was	be	VBD
36036	292	15	intermediate	intermediate	JJ
36036	292	16	to	to	IN
36036	292	17	the	the	DT
36036	292	18	range	range	NN
36036	292	19	of	of	IN
36036	292	20	values	value	NNS
36036	292	21	found	find	VBN
36036	292	22	for	for	IN
36036	292	23	wild	wild	JJ
36036	292	24	raccoons	raccoon	NNS
36036	292	25	in	in	IN
36036	292	26	the	the	DT
36036	292	27	same	same	JJ
36036	292	28	area	area	NN
36036	292	29	.	.	.
36036	293	1	TABLE	TABLE	NNP
36036	293	2	2.--Body	2.--body	CD
36036	293	3	mass	mass	NN
36036	293	4	in	in	IN
36036	293	5	kg	kg	NNP
36036	293	6	and	and	CC
36036	293	7	basal	basal	NNP
36036	293	8	metabolism	metabolism	NNP
36036	293	9	(	(	-LRB-
36036	293	10	mL	mL	NNP
36036	293	11	O_{2}·kg^{-0.75}·h^{-1	O_{2}·kg^{-0.75}·h^{-1	NNP
36036	293	12	}	}	-RRB-
36036	293	13	)	)	-RRB-
36036	293	14	of	of	IN
36036	293	15	_	_	NNP
36036	293	16	Procyon	Procyon	NNP
36036	293	17	lotor	lotor	NN
36036	293	18	_	_	NNP
36036	293	19	in	in	IN
36036	293	20	summer	summer	NN
36036	293	21	and	and	CC
36036	293	22	winter	winter	NN
36036	293	23	(	(	-LRB-
36036	293	24	s.d	s.d	NNP
36036	293	25	.	.	.
36036	294	1	=	=	SYM
36036	294	2	standard	standard	JJ
36036	294	3	deviation	deviation	NN
36036	294	4	and	and	CC
36036	294	5	n	n	NN
36036	294	6	=	=	SYM
36036	294	7	number	number	NN
36036	294	8	of	of	IN
36036	294	9	observations	observation	NNS
36036	294	10	)	)	-RRB-
36036	294	11	.	.	.
36036	295	1	----------------+-----------------------------------------------------	----------------+-----------------------------------------------------	:
36036	295	2	Season	season	NN
36036	295	3	and	and	CC
36036	295	4	sex	sex	NN
36036	295	5	|	|	NNP
36036	295	6	Body	Body	NNP
36036	295	7	mass	mass	NN
36036	295	8	,	,	,
36036	295	9	±s.d	±s.d	NNP
36036	295	10	.	.	NNP
36036	295	11	,	,	,
36036	295	12	(	(	-LRB-
36036	295	13	n	n	LS
36036	295	14	)	)	-RRB-
36036	295	15	Basal	Basal	NNP
36036	295	16	metabolism	metabolism	NN
36036	295	17	,	,	,
36036	295	18	±s.d	±s.d	NNP
36036	295	19	.	.	NNP
36036	295	20	,	,	,
36036	295	21	(	(	-LRB-
36036	295	22	n	n	NNP
36036	295	23	)	)	-RRB-
36036	295	24	----------------+-----------------------------------------------------	----------------+-----------------------------------------------------	.
36036	295	25	Summer	summer	NN
36036	295	26	|	|	NNP
36036	295	27	Trapped	Trapped	NNP
36036	295	28	male	male	JJ
36036	295	29	|	|	CD
36036	295	30	4.41	4.41	CD
36036	295	31	±0.70	±0.70	NNP
36036	295	32	(	(	-LRB-
36036	295	33	52	52	CD
36036	295	34	)	)	-RRB-
36036	295	35	780	780	CD
36036	295	36	±112	±112	CD
36036	295	37	(	(	-LRB-
36036	295	38	20	20	CD
36036	295	39	)	)	-RRB-
36036	295	40	Captive	Captive	NNP
36036	295	41	male	male	JJ
36036	295	42	|	|	CD
36036	295	43	4.73	4.73	CD
36036	295	44	±0.61	±0.61	NNP
36036	295	45	(	(	-LRB-
36036	295	46	22	22	CD
36036	295	47	)	)	-RRB-
36036	295	48	680	680	CD
36036	295	49	±102	±102	,
36036	295	50	(	(	-LRB-
36036	295	51	8)	8)	CD
36036	295	52	Captive	Captive	NNP
36036	295	53	female|	female|	NNP
36036	295	54	4.67	4.67	CD
36036	295	55	±0.88	±0.88	NNP
36036	295	56	(	(	-LRB-
36036	295	57	41	41	CD
36036	295	58	)	)	-RRB-
36036	295	59	618	618	CD
36036	295	60	±	±	CD
36036	295	61	92	92	CD
36036	295	62	(	(	-LRB-
36036	295	63	13	13	CD
36036	295	64	)	)	-RRB-
36036	295	65	Winter	Winter	NNP
36036	295	66	|	|	NNP
36036	295	67	Captive	Captive	NNP
36036	295	68	male	male	JJ
36036	295	69	|	|	CD
36036	295	70	5.34	5.34	CD
36036	295	71	±1.39	±1.39	NNS
36036	295	72	(	(	-LRB-
36036	295	73	31	31	CD
36036	295	74	)	)	-RRB-
36036	295	75	704	704	CD
36036	295	76	±	±	CD
36036	295	77	81	81	CD
36036	295	78	(	(	-LRB-
36036	295	79	19	19	CD
36036	295	80	)	)	-RRB-
36036	295	81	Captive	Captive	NNP
36036	295	82	female|	female|	CD
36036	295	83	4.49	4.49	CD
36036	295	84	±0.98	±0.98	NNS
36036	295	85	(	(	-LRB-
36036	295	86	42	42	CD
36036	295	87	)	)	-RRB-
36036	295	88	667	667	CD
36036	295	89	±139	±139	JJ
36036	295	90	(	(	-LRB-
36036	295	91	25	25	CD
36036	295	92	)	)	-RRB-
36036	295	93	----------------+-----------------------------------------------------	----------------+-----------------------------------------------------	NFP
36036	295	94	BASAL	basal	NN
36036	295	95	METABOLIC	metabolic	NN
36036	295	96	RATE	rate	NN
36036	295	97	Within	within	IN
36036	295	98	thermoneutrality	thermoneutrality	NN
36036	295	99	,	,	,
36036	295	100	[	[	-LRB-
36036	295	101	.H]_{b	.h]_{b	NN
36036	295	102	}	}	-RRB-
36036	295	103	(	(	-LRB-
36036	295	104	mL	mL	NNP
36036	295	105	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	295	106	}	}	-RRB-
36036	295	107	)	)	-RRB-
36036	295	108	was	be	VBD
36036	295	109	0.54	0.54	CD
36036	295	110	±0.09	±0.09	NNS
36036	295	111	for	for	IN
36036	295	112	trapped	trap	VBN
36036	295	113	males	male	NNS
36036	295	114	in	in	IN
36036	295	115	summer	summer	NN
36036	295	116	,	,	,
36036	295	117	0.46	0.46	CD
36036	295	118	±0.07	±0.07	NNS
36036	295	119	for	for	IN
36036	295	120	captive	captive	JJ
36036	295	121	males	male	NNS
36036	295	122	in	in	IN
36036	295	123	summer	summer	NN
36036	295	124	,	,	,
36036	295	125	0.42	0.42	CD
36036	295	126	±0.07	±0.07	NNS
36036	295	127	for	for	IN
36036	295	128	captive	captive	JJ
36036	295	129	females	female	NNS
36036	295	130	in	in	IN
36036	295	131	summer	summer	NN
36036	295	132	,	,	,
36036	295	133	0.47	0.47	CD
36036	295	134	±0.06	±0.06	NNP
36036	295	135	for	for	IN
36036	295	136	captive	captive	JJ
36036	295	137	males	male	NNS
36036	295	138	in	in	IN
36036	295	139	winter	winter	NN
36036	295	140	,	,	,
36036	295	141	and	and	CC
36036	295	142	0.46	0.46	CD
36036	295	143	±0.10	±0.10	NNS
36036	295	144	for	for	IN
36036	295	145	captive	captive	JJ
36036	295	146	females	female	NNS
36036	295	147	in	in	IN
36036	295	148	winter	winter	NN
36036	295	149	(	(	-LRB-
36036	295	150	Figures	figure	NNS
36036	295	151	2	2	CD
36036	295	152	,	,	,
36036	295	153	3	3	CD
36036	295	154	)	)	-RRB-
36036	295	155	.	.	.
36036	296	1	Ratios	ratio	NNS
36036	296	2	of	of	IN
36036	296	3	these	these	DT
36036	296	4	measured	measure	VBN
36036	296	5	values	value	NNS
36036	296	6	to	to	IN
36036	296	7	those	those	DT
36036	296	8	predicted	predict	VBN
36036	296	9	by	by	IN
36036	296	10	the	the	DT
36036	296	11	Kleiber	Kleiber	NNP
36036	296	12	(	(	-LRB-
36036	296	13	1932	1932	CD
36036	296	14	,	,	,
36036	296	15	1961:206	1961:206	CD
36036	296	16	)	)	-RRB-
36036	296	17	equation	equation	NN
36036	296	18	are	be	VBP
36036	296	19	1.28	1.28	CD
36036	296	20	,	,	,
36036	296	21	1.12	1.12	CD
36036	296	22	,	,	,
36036	296	23	1.02	1.02	CD
36036	296	24	,	,	,
36036	296	25	1.17	1.17	CD
36036	296	26	,	,	,
36036	296	27	and	and	CC
36036	296	28	1.09	1.09	CD
36036	296	29	,	,	,
36036	296	30	respectively	respectively	RB
36036	296	31	.	.	.
36036	297	1	To	to	TO
36036	297	2	minimize	minimize	VB
36036	297	3	the	the	DT
36036	297	4	effect	effect	NN
36036	297	5	of	of	IN
36036	297	6	body	body	NN
36036	297	7	size	size	NN
36036	297	8	(	(	-LRB-
36036	297	9	Mellen	Mellen	NNP
36036	297	10	,	,	,
36036	297	11	1963	1963	CD
36036	297	12	)	)	-RRB-
36036	297	13	and	and	CC
36036	297	14	to	to	TO
36036	297	15	facilitate	facilitate	VB
36036	297	16	comparisons	comparison	NNS
36036	297	17	between	between	IN
36036	297	18	sexes	sex	NNS
36036	297	19	and	and	CC
36036	297	20	seasons	season	NNS
36036	297	21	and	and	CC
36036	297	22	between	between	IN
36036	297	23	captive	captive	JJ
36036	297	24	and	and	CC
36036	297	25	trapped	trap	VBN
36036	297	26	animals	animal	NNS
36036	297	27	,	,	,
36036	297	28	basal	basal	NNP
36036	297	29	metabolism	metabolism	NNP
36036	297	30	also	also	RB
36036	297	31	was	be	VBD
36036	297	32	calculated	calculate	VBN
36036	297	33	as	as	IN
36036	297	34	a	a	DT
36036	297	35	function	function	NN
36036	297	36	of	of	IN
36036	297	37	metabolic	metabolic	JJ
36036	297	38	body	body	NN
36036	297	39	size	size	NN
36036	297	40	(	(	-LRB-
36036	297	41	mL	mL	NNP
36036	297	42	O_{2}·kg^{-0.75}·h^{-1	O_{2}·kg^{-0.75}·h^{-1	NNP
36036	297	43	}	}	-RRB-
36036	297	44	;	;	:
36036	297	45	Table	table	NN
36036	297	46	2	2	CD
36036	297	47	)	)	-RRB-
36036	297	48	.	.	.
36036	298	1	Based	base	VBN
36036	298	2	on	on	IN
36036	298	3	this	this	DT
36036	298	4	analysis	analysis	NN
36036	298	5	,	,	,
36036	298	6	trapped	trap	VBN
36036	298	7	summer	summer	NN
36036	298	8	males	male	NNS
36036	298	9	had	have	VBD
36036	298	10	a	a	DT
36036	298	11	higher	high	JJR
36036	298	12	basal	basal	NN
36036	298	13	metabolism	metabolism	NN
36036	298	14	than	than	IN
36036	298	15	captive	captive	JJ
36036	298	16	males	male	NNS
36036	298	17	(	(	-LRB-
36036	298	18	p<0.025	p<0.025	NN
36036	298	19	)	)	-RRB-
36036	298	20	or	or	CC
36036	298	21	females	female	NNS
36036	298	22	(	(	-LRB-
36036	298	23	p<0.005	p<0.005	NNP
36036	298	24	)	)	-RRB-
36036	298	25	in	in	IN
36036	298	26	either	either	DT
36036	298	27	season	season	NN
36036	298	28	(	(	-LRB-
36036	298	29	Table	table	NN
36036	298	30	2	2	CD
36036	298	31	)	)	-RRB-
36036	298	32	.	.	.
36036	299	1	There	there	EX
36036	299	2	was	be	VBD
36036	299	3	no	no	DT
36036	299	4	difference	difference	NN
36036	299	5	in	in	IN
36036	299	6	basal	basal	NNP
36036	299	7	metabolism	metabolism	NN
36036	299	8	between	between	IN
36036	299	9	captive	captive	JJ
36036	299	10	males	male	NNS
36036	299	11	and	and	CC
36036	299	12	females	female	NNS
36036	299	13	in	in	IN
36036	299	14	either	either	DT
36036	299	15	summer	summer	NN
36036	299	16	or	or	CC
36036	299	17	winter	winter	NN
36036	299	18	,	,	,
36036	299	19	and	and	CC
36036	299	20	there	there	EX
36036	299	21	was	be	VBD
36036	299	22	no	no	DT
36036	299	23	seasonal	seasonal	JJ
36036	299	24	difference	difference	NN
36036	299	25	in	in	IN
36036	299	26	their	-PRON-	PRP$
36036	299	27	basal	basal	NN
36036	299	28	metabolic	metabolic	JJ
36036	299	29	rates	rate	NNS
36036	299	30	(	(	-LRB-
36036	299	31	Table	table	NN
36036	299	32	2	2	CD
36036	299	33	)	)	-RRB-
36036	299	34	.	.	.
36036	300	1	MINIMUM	minimum	NN
36036	300	2	THERMAL	thermal	NN
36036	300	3	CONDUCTANCE	CONDUCTANCE	NNP
36036	300	4	Minimum	minimum	JJ
36036	300	5	wet	wet	JJ
36036	300	6	and	and	CC
36036	300	7	dry	dry	JJ
36036	300	8	thermal	thermal	JJ
36036	300	9	conductances	conductance	NNS
36036	300	10	were	be	VBD
36036	300	11	calculated	calculate	VBN
36036	300	12	using	use	VBG
36036	300	13	Eqs	Eqs	NNP
36036	300	14	.	.	.
36036	301	1	4	4	CD
36036	301	2	and	and	CC
36036	301	3	5	5	CD
36036	301	4	C_{mw	C_{mw	NNS
36036	301	5	}	}	-RRB-
36036	301	6	=	=	NFP
36036	301	7	[	[	-LRB-
36036	301	8	.H]_{r	.h]_{r	NN
36036	301	9	}	}	-RRB-
36036	301	10	/	/	NFP
36036	301	11	(	(	-LRB-
36036	301	12	T_{b	T_{b	NNP
36036	301	13	}	}	-RRB-
36036	301	14	-	-	:
36036	301	15	T_{a	t_{a	NN
36036	301	16	}	}	-RRB-
36036	301	17	)	)	-RRB-
36036	301	18	Eq	eq	RB
36036	301	19	.	.	.
36036	302	1	4	4	CD
36036	302	2	C_{md	C_{md	NNP
36036	302	3	}	}	-RRB-
36036	302	4	=	=	NFP
36036	302	5	(	(	-LRB-
36036	302	6	[	[	-LRB-
36036	302	7	.H]_{r	.H]_{r	.
36036	302	8	}	}	-RRB-
36036	302	9	-	-	:
36036	302	10	[	[	-LRB-
36036	302	11	.E]_{eq	.E]_{eq	.
36036	302	12	}	}	-RRB-
36036	302	13	)	)	-RRB-
36036	302	14	/	/	NFP
36036	302	15	(	(	-LRB-
36036	302	16	T_{b	T_{b	NNP
36036	302	17	}	}	-RRB-
36036	302	18	-	-	:
36036	302	19	T_{a	t_{a	NN
36036	302	20	}	}	-RRB-
36036	302	21	)	)	-RRB-
36036	302	22	Eq	eq	RB
36036	302	23	.	.	.
36036	303	1	5	5	CD
36036	303	2	where	where	WRB
36036	303	3	C_{mw	c_{mw	NN
36036	303	4	}	}	-RRB-
36036	303	5	is	be	VBZ
36036	303	6	wet	wet	JJ
36036	303	7	and	and	CC
36036	303	8	C_{md	c_{md	JJ
36036	303	9	}	}	-RRB-
36036	303	10	is	be	VBZ
36036	303	11	dry	dry	JJ
36036	303	12	conductance	conductance	NN
36036	303	13	(	(	-LRB-
36036	303	14	mL	mL	NNP
36036	303	15	O_{2}·g^{-1}·h^{-1}·	O_{2}·g^{-1}·h^{-1}·	NNP
36036	303	16	°	°	,
36036	303	17	C^{-1	c^{-1	ADD
36036	303	18	}	}	-RRB-
36036	303	19	)	)	-RRB-
36036	303	20	;	;	:
36036	303	21	[	[	-LRB-
36036	303	22	.H]_{r	.H]_{r	.
36036	303	23	}	}	-RRB-
36036	303	24	is	be	VBZ
36036	303	25	the	the	DT
36036	303	26	lowest	low	JJS
36036	303	27	resting	resting	NN
36036	303	28	metabolic	metabolic	JJ
36036	303	29	rate	rate	NN
36036	303	30	measured	measure	VBN
36036	303	31	at	at	IN
36036	303	32	each	each	DT
36036	303	33	temperature	temperature	NN
36036	303	34	(	(	-LRB-
36036	303	35	mL	mL	NNP
36036	303	36	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	303	37	}	}	-RRB-
36036	303	38	)	)	-RRB-
36036	303	39	;	;	:
36036	303	40	[	[	-LRB-
36036	303	41	.E]_{eq	.E]_{eq	NFP
36036	303	42	}	}	-RRB-
36036	303	43	is	be	VBZ
36036	303	44	oxygen	oxygen	NN
36036	303	45	equivalent	equivalent	JJ
36036	303	46	for	for	IN
36036	303	47	heat	heat	NN
36036	303	48	lost	lose	VBN
36036	303	49	by	by	IN
36036	303	50	evaporation	evaporation	NN
36036	303	51	[	[	-LRB-
36036	303	52	[	[	-LRB-
36036	303	53	.E]_{eq	.E]_{eq	NFP
36036	303	54	}	}	-RRB-
36036	303	55	=	=	NFP
36036	303	56	mL	mL	NNP
36036	303	57	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	303	58	}	}	-RRB-
36036	303	59	=	=	NFP
36036	303	60	[	[	-LRB-
36036	303	61	.E]·[lambda]/[gamma	.E]·[lambda]/[gamma	NFP
36036	303	62	]	]	-RRB-
36036	303	63	,	,	,
36036	303	64	where	where	WRB
36036	303	65	[	[	-LRB-
36036	303	66	.E	.E	NFP
36036	303	67	]	]	-RRB-
36036	303	68	is	be	VBZ
36036	303	69	evaporative	evaporative	JJ
36036	303	70	water	water	NN
36036	303	71	loss	loss	NN
36036	303	72	(	(	-LRB-
36036	303	73	mg·g^{-1}·h^{-1	mg·g^{-1}·h^{-1	NNP
36036	303	74	}	}	-RRB-
36036	303	75	)	)	-RRB-
36036	303	76	,	,	,
36036	303	77	[	[	-LRB-
36036	303	78	lambda	lambda	NN
36036	303	79	]	]	-RRB-
36036	303	80	is	be	VBZ
36036	303	81	heat	heat	NN
36036	303	82	of	of	IN
36036	303	83	vaporization	vaporization	NN
36036	303	84	for	for	IN
36036	303	85	water	water	NN
36036	303	86	(	(	-LRB-
36036	303	87	2.43	2.43	CD
36036	303	88	J	J	NNP
36036	303	89	/	/	SYM
36036	303	90	mg	mg	NNP
36036	303	91	)	)	-RRB-
36036	303	92	,	,	,
36036	303	93	and	and	CC
36036	303	94	[	[	-LRB-
36036	303	95	gamma	gamma	NN
36036	303	96	]	]	-RRB-
36036	303	97	is	be	VBZ
36036	303	98	heat	heat	NN
36036	303	99	equivalent	equivalent	JJ
36036	303	100	for	for	IN
36036	303	101	oxygen	oxygen	NN
36036	303	102	(	(	-LRB-
36036	303	103	20.097	20.097	CD
36036	303	104	J	J	NNP
36036	303	105	/	/	SYM
36036	303	106	mL	mL	NNP
36036	303	107	)	)	-RRB-
36036	303	108	]	]	-RRB-
36036	303	109	;	;	:
36036	303	110	T_{b	T_{b	NNP
36036	303	111	}	}	-RRB-
36036	303	112	is	be	VBZ
36036	303	113	body	body	NN
36036	303	114	temperature	temperature	NN
36036	303	115	(	(	-LRB-
36036	303	116	°	°	,
36036	303	117	C	C	NNP
36036	303	118	)	)	-RRB-
36036	303	119	;	;	:
36036	303	120	and	and	CC
36036	303	121	T_{a	T_{a	NNP
36036	303	122	}	}	-RRB-
36036	303	123	is	be	VBZ
36036	303	124	chamber	chamber	NN
36036	303	125	air	air	NN
36036	303	126	temperature	temperature	NN
36036	303	127	(	(	-LRB-
36036	303	128	°	°	,
36036	303	129	C	C	NNP
36036	303	130	)	)	-RRB-
36036	303	131	.	.	.
36036	304	1	Only	only	JJ
36036	304	2	data	datum	NNS
36036	304	3	from	from	IN
36036	304	4	animals	animal	NNS
36036	304	5	equipped	equip	VBN
36036	304	6	with	with	IN
36036	304	7	temperature	temperature	NN
36036	304	8	-	-	HYPH
36036	304	9	sensitive	sensitive	JJ
36036	304	10	radio	radio	NN
36036	304	11	transmitters	transmitter	NNS
36036	304	12	were	be	VBD
36036	304	13	used	use	VBN
36036	304	14	for	for	IN
36036	304	15	these	these	DT
36036	304	16	calculations	calculation	NNS
36036	304	17	.	.	.
36036	305	1	TABLE	TABLE	NNP
36036	305	2	3.--Minimum	3.--minimum	CD
36036	305	3	wet	wet	JJ
36036	305	4	and	and	CC
36036	305	5	dry	dry	JJ
36036	305	6	thermal	thermal	JJ
36036	305	7	conductances	conductance	NNS
36036	305	8	(	(	-LRB-
36036	305	9	mL	mL	NNP
36036	305	10	O_{2}·g^{-1}·h^{-1}·	O_{2}·g^{-1}·h^{-1}·	NNP
36036	305	11	°	°	,
36036	305	12	C^{-1	c^{-1	ADD
36036	305	13	}	}	-RRB-
36036	305	14	)	)	-RRB-
36036	305	15	of	of	IN
36036	305	16	_	_	NNP
36036	305	17	Procyon	Procyon	NNP
36036	305	18	lotor	lotor	NN
36036	305	19	_	_	NNP
36036	305	20	in	in	IN
36036	305	21	summer	summer	NN
36036	305	22	and	and	CC
36036	305	23	winter	winter	NN
36036	305	24	.	.	.
36036	306	1	Means	mean	NNS
36036	306	2	of	of	IN
36036	306	3	values	value	NNS
36036	306	4	were	be	VBD
36036	306	5	calculated	calculate	VBN
36036	306	6	from	from	IN
36036	306	7	equations	equation	NNS
36036	306	8	3	3	CD
36036	306	9	and	and	CC
36036	306	10	4	4	CD
36036	306	11	(	(	-LRB-
36036	306	12	s.d	s.d	NNP
36036	306	13	.	.	.
36036	307	1	=	=	SYM
36036	307	2	standard	standard	JJ
36036	307	3	deviation	deviation	NN
36036	307	4	and	and	CC
36036	307	5	n	n	NN
36036	307	6	=	=	SYM
36036	307	7	number	number	NN
36036	307	8	of	of	IN
36036	307	9	observations	observation	NNS
36036	307	10	)	)	-RRB-
36036	307	11	.	.	.
36036	308	1	----------------------+----------------------------------------	----------------------+----------------------------------------	:
36036	308	2	|	|	JJ
36036	308	3	Thermal	thermal	JJ
36036	308	4	conductance	conductance	NN
36036	308	5	Season	season	NN
36036	308	6	and	and	CC
36036	308	7	sex	sex	NN
36036	308	8	|----------------------------------------	|----------------------------------------	NN
36036	308	9	|	|	NNP
36036	308	10	Wet	Wet	NNP
36036	308	11	±s.d	±s.d	NN
36036	308	12	.	.	.
36036	309	1	(	(	-LRB-
36036	309	2	n	n	NN
36036	309	3	)	)	-RRB-
36036	309	4	Dry	Dry	NNP
36036	309	5	±s.d	±s.d	NN
36036	309	6	.	.	.
36036	310	1	(	(	-LRB-
36036	310	2	n	n	NN
36036	310	3	)	)	-RRB-
36036	310	4	----------------------+----------------------------------------	----------------------+----------------------------------------	NFP
36036	310	5	Summer	Summer	NNP
36036	310	6	|	|	NNP
36036	310	7	Captive	Captive	NNP
36036	310	8	,	,	,
36036	310	9	both	both	DT
36036	310	10	sexes	sex	NNS
36036	310	11	|	|	CD
36036	310	12	0.0256	0.0256	CD
36036	310	13	±0.0028	±0.0028	NN
36036	310	14	(	(	-LRB-
36036	310	15	18	18	CD
36036	310	16	)	)	-RRB-
36036	310	17	0.0246	0.0246	CD
36036	310	18	±0.0019	±0.0019	NN
36036	310	19	(	(	-LRB-
36036	310	20	12	12	CD
36036	310	21	)	)	-RRB-
36036	310	22	Winter	Winter	NNP
36036	310	23	|	|	NNP
36036	310	24	Captive	Captive	NNP
36036	310	25	,	,	,
36036	310	26	female	female	JJ
36036	310	27	|	|	CD
36036	310	28	0.0172	0.0172	CD
36036	310	29	±0.0023	±0.0023	CD
36036	310	30	(	(	-LRB-
36036	310	31	10	10	CD
36036	310	32	)	)	-RRB-
36036	310	33	0.0161	0.0161	CD
36036	310	34	±0.0027	±0.0027	NNPS
36036	310	35	(	(	-LRB-
36036	310	36	6	6	CD
36036	310	37	)	)	-RRB-
36036	310	38	----------------------+----------------------------------------	----------------------+----------------------------------------	NFP
36036	310	39	[	[	-LRB-
36036	310	40	Illustration	illustration	NN
36036	310	41	:	:	:
36036	310	42	FIGURE	FIGURE	NNP
36036	310	43	2.--Relationship	2.--relationship	CD
36036	310	44	between	between	IN
36036	310	45	oxygen	oxygen	NN
36036	310	46	consumption	consumption	NN
36036	310	47	and	and	CC
36036	310	48	chamber	chamber	NN
36036	310	49	air	air	NN
36036	310	50	temperature	temperature	NN
36036	310	51	for	for	IN
36036	310	52	raccoons	raccoon	NNS
36036	310	53	in	in	IN
36036	310	54	summer	summer	NN
36036	310	55	:	:	:
36036	310	56	captive	captive	JJ
36036	310	57	females	female	NNS
36036	310	58	,	,	,
36036	310	59	open	open	JJ
36036	310	60	circles	circle	NNS
36036	310	61	;	;	:
36036	310	62	captive	captive	JJ
36036	310	63	males	male	NNS
36036	310	64	,	,	,
36036	310	65	closed	close	VBD
36036	310	66	circles	circle	NNS
36036	310	67	;	;	:
36036	310	68	trapped	trapped	JJ
36036	310	69	males	male	NNS
36036	310	70	,	,	,
36036	310	71	open	open	JJ
36036	310	72	squares	square	NNS
36036	310	73	.	.	.
36036	311	1	Sloping	sloping	NN
36036	311	2	lines	line	NNS
36036	311	3	represent	represent	VBP
36036	311	4	regressions	regression	NNS
36036	311	5	of	of	IN
36036	311	6	oxygen	oxygen	NN
36036	311	7	consumption	consumption	NN
36036	311	8	on	on	IN
36036	311	9	chamber	chamber	NN
36036	311	10	air	air	NN
36036	311	11	temperature	temperature	NN
36036	311	12	,	,	,
36036	311	13	and	and	CC
36036	311	14	horizontal	horizontal	JJ
36036	311	15	lines	line	NNS
36036	311	16	,	,	,
36036	311	17	basal	basal	NNP
36036	311	18	metabolism	metabolism	NNP
36036	311	19	.	.	.
36036	311	20	]	]	-RRB-
36036	312	1	[	[	-LRB-
36036	312	2	Illustration	illustration	NN
36036	312	3	:	:	:
36036	312	4	FIGURE	figure	VB
36036	312	5	3.--Relationship	3.--relationship	CD
36036	312	6	between	between	IN
36036	312	7	oxygen	oxygen	NN
36036	312	8	consumption	consumption	NN
36036	312	9	and	and	CC
36036	312	10	chamber	chamber	NN
36036	312	11	air	air	NN
36036	312	12	temperature	temperature	NN
36036	312	13	for	for	IN
36036	312	14	raccoons	raccoon	NNS
36036	312	15	in	in	IN
36036	312	16	winter	winter	NN
36036	312	17	:	:	:
36036	312	18	captive	captive	JJ
36036	312	19	females	female	NNS
36036	312	20	,	,	,
36036	312	21	open	open	JJ
36036	312	22	circles	circle	NNS
36036	312	23	;	;	:
36036	312	24	captive	captive	JJ
36036	312	25	males	male	NNS
36036	312	26	,	,	,
36036	312	27	closed	close	VBD
36036	312	28	circles	circle	NNS
36036	312	29	.	.	.
36036	313	1	Solid	solid	JJ
36036	313	2	sloping	sloping	NN
36036	313	3	line	line	NN
36036	313	4	represents	represent	VBZ
36036	313	5	regression	regression	NN
36036	313	6	of	of	IN
36036	313	7	oxygen	oxygen	NN
36036	313	8	consumption	consumption	NN
36036	313	9	on	on	IN
36036	313	10	chamber	chamber	NN
36036	313	11	air	air	NN
36036	313	12	temperature	temperature	NN
36036	313	13	for	for	IN
36036	313	14	males	male	NNS
36036	313	15	and	and	CC
36036	313	16	females	female	NNS
36036	313	17	,	,	,
36036	313	18	and	and	CC
36036	313	19	the	the	DT
36036	313	20	horizontal	horizontal	JJ
36036	313	21	line	line	NN
36036	313	22	,	,	,
36036	313	23	basal	basal	NNP
36036	313	24	metabolism	metabolism	NN
36036	313	25	for	for	IN
36036	313	26	males	male	NNS
36036	313	27	and	and	CC
36036	313	28	females	female	NNS
36036	313	29	.	.	.
36036	313	30	]	]	-RRB-
36036	314	1	C_{mw	C_{mw	NNP
36036	314	2	}	}	-RRB-
36036	314	3	was	be	VBD
36036	314	4	calculated	calculate	VBN
36036	314	5	for	for	IN
36036	314	6	each	each	DT
36036	314	7	season	season	NN
36036	314	8	from	from	IN
36036	314	9	metabolic	metabolic	JJ
36036	314	10	measurements	measurement	NNS
36036	314	11	made	make	VBN
36036	314	12	at	at	IN
36036	314	13	all	all	DT
36036	314	14	air	air	NN
36036	314	15	temperatures	temperature	NNS
36036	314	16	below	below	IN
36036	314	17	T_{lc	t_{lc	NN
36036	314	18	}	}	-RRB-
36036	314	19	(	(	-LRB-
36036	314	20	Table	table	NN
36036	314	21	3	3	CD
36036	314	22	)	)	-RRB-
36036	314	23	.	.	.
36036	315	1	Because	because	IN
36036	315	2	evaporative	evaporative	JJ
36036	315	3	water	water	NN
36036	315	4	loss	loss	NN
36036	315	5	was	be	VBD
36036	315	6	not	not	RB
36036	315	7	measured	measure	VBN
36036	315	8	at	at	IN
36036	315	9	temperatures	temperature	NNS
36036	315	10	below	below	IN
36036	315	11	freezing	freezing	NN
36036	315	12	,	,	,
36036	315	13	C_{md	C_{md	NNP
36036	315	14	}	}	-RRB-
36036	315	15	was	be	VBD
36036	315	16	calculated	calculate	VBN
36036	315	17	only	only	RB
36036	315	18	from	from	IN
36036	315	19	metabolic	metabolic	JJ
36036	315	20	determinations	determination	NNS
36036	315	21	made	make	VBN
36036	315	22	at	at	IN
36036	315	23	air	air	NN
36036	315	24	temperatures	temperature	NNS
36036	315	25	between	between	IN
36036	315	26	T_{lc	t_{lc	NN
36036	315	27	}	}	-RRB-
36036	315	28	and	and	CC
36036	315	29	0	0	CD
36036	315	30	°	°	NNS
36036	315	31	C	C	NNP
36036	315	32	.	.	.
36036	316	1	There	there	EX
36036	316	2	was	be	VBD
36036	316	3	no	no	DT
36036	316	4	difference	difference	NN
36036	316	5	between	between	IN
36036	316	6	males	male	NNS
36036	316	7	and	and	CC
36036	316	8	females	female	NNS
36036	316	9	in	in	IN
36036	316	10	summer	summer	NN
36036	316	11	for	for	IN
36036	316	12	either	either	DT
36036	316	13	C_{mw	c_{mw	NN
36036	316	14	}	}	-RRB-
36036	316	15	or	or	CC
36036	316	16	C_{md	c_{md	VB
36036	316	17	}	}	-RRB-
36036	316	18	(	(	-LRB-
36036	316	19	mL	mL	NNP
36036	316	20	O_{2}·g^{-1}·h^{-1}·	O_{2}·g^{-1}·h^{-1}·	NNP
36036	316	21	°	°	,
36036	316	22	C^{-1	c^{-1	ADD
36036	316	23	}	}	-RRB-
36036	316	24	)	)	-RRB-
36036	316	25	.	.	.
36036	317	1	Data	datum	NNS
36036	317	2	for	for	IN
36036	317	3	each	each	DT
36036	317	4	sex	sex	NN
36036	317	5	were	be	VBD
36036	317	6	combined	combine	VBN
36036	317	7	to	to	TO
36036	317	8	give	give	VB
36036	317	9	a	a	DT
36036	317	10	summer	summer	NN
36036	317	11	average	average	NN
36036	317	12	of	of	IN
36036	317	13	0.0256	0.0256	CD
36036	317	14	±0.0028	±0.0028	NNP
36036	317	15	for	for	IN
36036	317	16	C_{mw	c_{mw	NN
36036	317	17	}	}	-RRB-
36036	317	18	,	,	,
36036	317	19	and	and	CC
36036	317	20	0.0246	0.0246	CD
36036	317	21	±0.0019	±0.0019	VBP
36036	317	22	for	for	IN
36036	317	23	C_{md	c_{md	NN
36036	317	24	}	}	-RRB-
36036	317	25	(	(	-LRB-
36036	317	26	Table	table	NN
36036	317	27	3	3	CD
36036	317	28	)	)	-RRB-
36036	317	29	.	.	.
36036	318	1	These	these	DT
36036	318	2	summer	summer	NN
36036	318	3	conductances	conductance	NNS
36036	318	4	were	be	VBD
36036	318	5	49	49	CD
36036	318	6	%	%	NN
36036	318	7	higher	high	JJR
36036	318	8	(	(	-LRB-
36036	318	9	p<0.005	p<0.005	NNP
36036	318	10	)	)	-RRB-
36036	318	11	than	than	IN
36036	318	12	those	those	DT
36036	318	13	calculated	calculate	VBN
36036	318	14	for	for	IN
36036	318	15	winter	winter	NN
36036	318	16	females	female	NNS
36036	318	17	(	(	-LRB-
36036	318	18	0.0172	0.0172	CD
36036	318	19	±0.0023	±0.0023	CD
36036	318	20	,	,	,
36036	318	21	and	and	CC
36036	318	22	0.0161	0.0161	CD
36036	318	23	±0.0027	±0.0027	NNPS
36036	318	24	for	for	IN
36036	318	25	C_{mw	c_{mw	NN
36036	318	26	}	}	-RRB-
36036	318	27	and	and	CC
36036	318	28	C_{md	c_{md	VB
36036	318	29	}	}	-RRB-
36036	318	30	,	,	,
36036	318	31	respectively	respectively	RB
36036	318	32	;	;	:
36036	318	33	Table	table	NN
36036	318	34	3	3	CD
36036	318	35	)	)	-RRB-
36036	318	36	.	.	.
36036	319	1	C_{mw	C_{mw	NNP
36036	319	2	}	}	-RRB-
36036	319	3	and	and	CC
36036	319	4	C_{md	C_{md	NNP
36036	319	5	}	}	-RRB-
36036	319	6	were	be	VBD
36036	319	7	not	not	RB
36036	319	8	different	different	JJ
36036	319	9	from	from	IN
36036	319	10	each	each	DT
36036	319	11	other	other	JJ
36036	319	12	in	in	IN
36036	319	13	either	either	DT
36036	319	14	summer	summer	NN
36036	319	15	or	or	CC
36036	319	16	winter	winter	NN
36036	319	17	,	,	,
36036	319	18	which	which	WDT
36036	319	19	indicated	indicate	VBD
36036	319	20	that	that	IN
36036	319	21	in	in	IN
36036	319	22	both	both	DT
36036	319	23	seasons	season	NNS
36036	319	24	evaporative	evaporative	JJ
36036	319	25	water	water	NN
36036	319	26	loss	loss	NN
36036	319	27	contributed	contribute	VBD
36036	319	28	very	very	RB
36036	319	29	little	little	JJ
36036	319	30	to	to	TO
36036	319	31	heat	heat	VB
36036	319	32	dissipation	dissipation	NN
36036	319	33	at	at	IN
36036	319	34	temperatures	temperature	NNS
36036	319	35	below	below	IN
36036	319	36	T_{n	T_{n	NNP
36036	319	37	}	}	-RRB-
36036	319	38	.	.	.
36036	320	1	Comparisons	comparison	NNS
36036	320	2	of	of	IN
36036	320	3	thermal	thermal	JJ
36036	320	4	conductances	conductance	NNS
36036	320	5	calculated	calculate	VBD
36036	320	6	on	on	IN
36036	320	7	the	the	DT
36036	320	8	basis	basis	NN
36036	320	9	of	of	IN
36036	320	10	metabolic	metabolic	JJ
36036	320	11	body	body	NN
36036	320	12	size	size	NN
36036	320	13	(	(	-LRB-
36036	320	14	Mellen	Mellen	NNP
36036	320	15	,	,	,
36036	320	16	1963	1963	CD
36036	320	17	)	)	-RRB-
36036	320	18	gave	give	VBD
36036	320	19	the	the	DT
36036	320	20	same	same	JJ
36036	320	21	results	result	NNS
36036	320	22	.	.	.
36036	321	1	EVAPORATIVE	evaporative	VBP
36036	321	2	WATER	water	NN
36036	321	3	LOSS	los	VBD
36036	321	4	Evaporative	evaporative	JJ
36036	321	5	water	water	NN
36036	321	6	loss	loss	NN
36036	321	7	increased	increase	VBD
36036	321	8	as	as	IN
36036	321	9	chamber	chamber	NN
36036	321	10	temperature	temperature	NN
36036	321	11	increased	increase	VBD
36036	321	12	in	in	IN
36036	321	13	both	both	DT
36036	321	14	summer	summer	NN
36036	321	15	and	and	CC
36036	321	16	winter	winter	NN
36036	321	17	(	(	-LRB-
36036	321	18	Figures	figure	NNS
36036	321	19	4	4	CD
36036	321	20	,	,	,
36036	321	21	5	5	CD
36036	321	22	)	)	-RRB-
36036	321	23	.	.	.
36036	322	1	In	in	IN
36036	322	2	summer	summer	NN
36036	322	3	,	,	,
36036	322	4	the	the	DT
36036	322	5	pattern	pattern	NN
36036	322	6	of	of	IN
36036	322	7	increase	increase	NN
36036	322	8	was	be	VBD
36036	322	9	different	different	JJ
36036	322	10	for	for	IN
36036	322	11	females	female	NNS
36036	322	12	and	and	CC
36036	322	13	males	male	NNS
36036	322	14	.	.	.
36036	323	1	Polynomial	polynomial	JJ
36036	323	2	regressions	regression	NNS
36036	323	3	for	for	IN
36036	323	4	trapped	trapped	JJ
36036	323	5	and	and	CC
36036	323	6	captive	captive	JJ
36036	323	7	males	male	NNS
36036	323	8	produced	produce	VBD
36036	323	9	equations	equation	NNS
36036	323	10	that	that	WDT
36036	323	11	describe	describe	VBP
36036	323	12	a	a	DT
36036	323	13	concave	concave	NNP
36036	323	14	relationship	relationship	NN
36036	323	15	between	between	IN
36036	323	16	T_{a	T_{a	NNP
36036	323	17	}	}	-RRB-
36036	323	18	and	and	CC
36036	323	19	evaporative	evaporative	JJ
36036	323	20	water	water	NN
36036	323	21	loss	loss	NN
36036	323	22	,	,	,
36036	323	23	whereas	whereas	IN
36036	323	24	the	the	DT
36036	323	25	equation	equation	NN
36036	323	26	for	for	IN
36036	323	27	females	female	NNS
36036	323	28	describes	describe	VBZ
36036	323	29	a	a	DT
36036	323	30	sigmoid	sigmoid	JJ
36036	323	31	curve	curve	NN
36036	323	32	(	(	-LRB-
36036	323	33	Table	table	NN
36036	323	34	4	4	CD
36036	323	35	;	;	:
36036	323	36	Figure	figure	NN
36036	323	37	4	4	CD
36036	323	38	)	)	-RRB-
36036	323	39	.	.	.
36036	324	1	For	for	IN
36036	324	2	females	female	NNS
36036	324	3	,	,	,
36036	324	4	water	water	NN
36036	324	5	loss	loss	NN
36036	324	6	increased	increase	VBD
36036	324	7	rapidly	rapidly	RB
36036	324	8	at	at	IN
36036	324	9	temperatures	temperature	NNS
36036	324	10	above	above	IN
36036	324	11	25	25	CD
36036	324	12	°	°	NNS
36036	324	13	C	C	NNP
36036	324	14	(	(	-LRB-
36036	324	15	Figure	Figure	NNP
36036	324	16	4	4	CD
36036	324	17	)	)	-RRB-
36036	324	18	.	.	.
36036	325	1	The	the	DT
36036	325	2	intercepts	intercept	NNS
36036	325	3	and	and	CC
36036	325	4	coefficients	coefficient	NNS
36036	325	5	of	of	IN
36036	325	6	the	the	DT
36036	325	7	X	X	NNP
36036	325	8	,	,	,
36036	325	9	X²	X²	NNP
36036	325	10	,	,	,
36036	325	11	and	and	CC
36036	325	12	X³	X³	NNP
36036	325	13	terms	term	NNS
36036	325	14	of	of	IN
36036	325	15	the	the	DT
36036	325	16	polynomial	polynomial	JJ
36036	325	17	regression	regression	NN
36036	325	18	equations	equation	NNS
36036	325	19	(	(	-LRB-
36036	325	20	Table	table	NN
36036	325	21	4	4	CD
36036	325	22	)	)	-RRB-
36036	325	23	were	be	VBD
36036	325	24	compared	compare	VBN
36036	325	25	(	(	-LRB-
36036	325	26	_	_	NNP
36036	325	27	t_-tests	t_-tests	NNP
36036	325	28	)	)	-RRB-
36036	325	29	to	to	TO
36036	325	30	determine	determine	VB
36036	325	31	if	if	IN
36036	325	32	they	-PRON-	PRP
36036	325	33	differed	differ	VBD
36036	325	34	from	from	IN
36036	325	35	each	each	DT
36036	325	36	other	other	JJ
36036	325	37	.	.	.
36036	326	1	The	the	DT
36036	326	2	coefficients	coefficient	NNS
36036	326	3	in	in	IN
36036	326	4	the	the	DT
36036	326	5	equation	equation	NN
36036	326	6	for	for	IN
36036	326	7	trapped	trap	VBN
36036	326	8	males	male	NNS
36036	326	9	differed	differ	VBN
36036	326	10	from	from	IN
36036	326	11	those	those	DT
36036	326	12	for	for	IN
36036	326	13	captive	captive	JJ
36036	326	14	females	female	NNS
36036	326	15	in	in	IN
36036	326	16	the	the	DT
36036	326	17	X²	X²	NNP
36036	326	18	(	(	-LRB-
36036	326	19	p<0.05	p<0.05	NNP
36036	326	20	)	)	-RRB-
36036	326	21	and	and	CC
36036	326	22	X³	X³	NNP
36036	326	23	(	(	-LRB-
36036	326	24	p<0.025	p<0.025	JJ
36036	326	25	)	)	-RRB-
36036	326	26	terms	term	NNS
36036	326	27	.	.	.
36036	327	1	The	the	DT
36036	327	2	intercept	intercept	NN
36036	327	3	and	and	CC
36036	327	4	coefficients	coefficient	NNS
36036	327	5	of	of	IN
36036	327	6	the	the	DT
36036	327	7	equation	equation	NN
36036	327	8	for	for	IN
36036	327	9	captive	captive	JJ
36036	327	10	males	male	NNS
36036	327	11	,	,	,
36036	327	12	however	however	RB
36036	327	13	,	,	,
36036	327	14	were	be	VBD
36036	327	15	not	not	RB
36036	327	16	different	different	JJ
36036	327	17	from	from	IN
36036	327	18	those	those	DT
36036	327	19	for	for	IN
36036	327	20	either	either	DT
36036	327	21	captive	captive	JJ
36036	327	22	females	female	NNS
36036	327	23	or	or	CC
36036	327	24	trapped	trap	VBN
36036	327	25	males	male	NNS
36036	327	26	.	.	.
36036	328	1	Although	although	IN
36036	328	2	this	this	DT
36036	328	3	lack	lack	NN
36036	328	4	of	of	IN
36036	328	5	difference	difference	NN
36036	328	6	is	be	VBZ
36036	328	7	understandable	understandable	JJ
36036	328	8	in	in	IN
36036	328	9	the	the	DT
36036	328	10	case	case	NN
36036	328	11	of	of	IN
36036	328	12	trapped	trap	VBN
36036	328	13	males	male	NNS
36036	328	14	,	,	,
36036	328	15	where	where	WRB
36036	328	16	the	the	DT
36036	328	17	shape	shape	NN
36036	328	18	of	of	IN
36036	328	19	the	the	DT
36036	328	20	two	two	CD
36036	328	21	curves	curve	NNS
36036	328	22	is	be	VBZ
36036	328	23	similar	similar	JJ
36036	328	24	(	(	-LRB-
36036	328	25	concave	concave	NNP
36036	328	26	)	)	-RRB-
36036	328	27	,	,	,
36036	328	28	it	-PRON-	PRP
36036	328	29	is	be	VBZ
36036	328	30	not	not	RB
36036	328	31	so	so	RB
36036	328	32	clear	clear	JJ
36036	328	33	for	for	IN
36036	328	34	the	the	DT
36036	328	35	sigmoid	sigmoid	JJ
36036	328	36	curve	curve	NN
36036	328	37	of	of	IN
36036	328	38	captive	captive	JJ
36036	328	39	females	female	NNS
36036	328	40	(	(	-LRB-
36036	328	41	Figure	figure	NN
36036	328	42	4	4	CD
36036	328	43	)	)	-RRB-
36036	328	44	.	.	.
36036	329	1	Perhaps	perhaps	RB
36036	329	2	the	the	DT
36036	329	3	lack	lack	NN
36036	329	4	of	of	IN
36036	329	5	difference	difference	NN
36036	329	6	in	in	IN
36036	329	7	this	this	DT
36036	329	8	case	case	NN
36036	329	9	is	be	VBZ
36036	329	10	simply	simply	RB
36036	329	11	due	due	JJ
36036	329	12	to	to	IN
36036	329	13	the	the	DT
36036	329	14	small	small	JJ
36036	329	15	number	number	NN
36036	329	16	of	of	IN
36036	329	17	observations	observation	NNS
36036	329	18	available	available	JJ
36036	329	19	for	for	IN
36036	329	20	captive	captive	JJ
36036	329	21	males	male	NNS
36036	329	22	(	(	-LRB-
36036	329	23	n	n	NNP
36036	329	24	=	=	SYM
36036	329	25	10	10	CD
36036	329	26	;	;	:
36036	329	27	Table	table	NN
36036	329	28	4	4	CD
36036	329	29	)	)	-RRB-
36036	329	30	.	.	.
36036	330	1	Nonetheless	nonetheless	RB
36036	330	2	,	,	,
36036	330	3	in	in	IN
36036	330	4	summer	summer	NN
36036	330	5	at	at	IN
36036	330	6	35	35	CD
36036	330	7	°	°	NNS
36036	330	8	C	C	NNP
36036	330	9	,	,	,
36036	330	10	both	both	CC
36036	330	11	captive	captive	JJ
36036	330	12	and	and	CC
36036	330	13	trapped	trapped	JJ
36036	330	14	males	male	NNS
36036	330	15	relied	relied	VBP
36036	330	16	less	less	RBR
36036	330	17	on	on	IN
36036	330	18	evaporative	evaporative	JJ
36036	330	19	cooling	cooling	NN
36036	330	20	than	than	IN
36036	330	21	did	do	VBD
36036	330	22	captive	captive	JJ
36036	330	23	females	female	NNS
36036	330	24	(	(	-LRB-
36036	330	25	Figure	figure	NN
36036	330	26	4	4	CD
36036	330	27	)	)	-RRB-
36036	330	28	.	.	.
36036	331	1	In	in	IN
36036	331	2	winter	winter	NN
36036	331	3	,	,	,
36036	331	4	males	male	NNS
36036	331	5	and	and	CC
36036	331	6	females	female	NNS
36036	331	7	had	have	VBD
36036	331	8	similar	similar	JJ
36036	331	9	rates	rate	NNS
36036	331	10	of	of	IN
36036	331	11	evaporative	evaporative	JJ
36036	331	12	water	water	NN
36036	331	13	loss	loss	NN
36036	331	14	across	across	IN
36036	331	15	the	the	DT
36036	331	16	full	full	JJ
36036	331	17	range	range	NN
36036	331	18	of	of	IN
36036	331	19	temperatures	temperature	NNS
36036	331	20	tested	test	VBN
36036	331	21	(	(	-LRB-
36036	331	22	Figure	Figure	NNP
36036	331	23	5	5	CD
36036	331	24	)	)	-RRB-
36036	331	25	.	.	.
36036	332	1	Therefore	therefore	RB
36036	332	2	,	,	,
36036	332	3	data	datum	NNS
36036	332	4	for	for	IN
36036	332	5	both	both	DT
36036	332	6	sexes	sex	NNS
36036	332	7	were	be	VBD
36036	332	8	combined	combine	VBN
36036	332	9	.	.	.
36036	333	1	The	the	DT
36036	333	2	intercept	intercept	NN
36036	333	3	and	and	CC
36036	333	4	coefficients	coefficient	NNS
36036	333	5	of	of	IN
36036	333	6	this	this	DT
36036	333	7	equation	equation	NN
36036	333	8	(	(	-LRB-
36036	333	9	Table	table	NN
36036	333	10	4	4	CD
36036	333	11	)	)	-RRB-
36036	333	12	did	do	VBD
36036	333	13	not	not	RB
36036	333	14	differ	differ	VB
36036	333	15	from	from	IN
36036	333	16	those	those	DT
36036	333	17	for	for	IN
36036	333	18	summer	summer	NN
36036	333	19	females	female	NNS
36036	333	20	,	,	,
36036	333	21	but	but	CC
36036	333	22	they	-PRON-	PRP
36036	333	23	did	do	VBD
36036	333	24	differ	differ	VB
36036	333	25	from	from	IN
36036	333	26	those	those	DT
36036	333	27	in	in	IN
36036	333	28	the	the	DT
36036	333	29	regression	regression	NN
36036	333	30	for	for	IN
36036	333	31	trapped	trap	VBN
36036	333	32	males	male	NNS
36036	333	33	in	in	IN
36036	333	34	the	the	DT
36036	333	35	X²	X²	NNP
36036	333	36	(	(	-LRB-
36036	333	37	p<0.05	p<0.05	NNP
36036	333	38	)	)	-RRB-
36036	333	39	and	and	CC
36036	333	40	X³	X³	NNP
36036	333	41	(	(	-LRB-
36036	333	42	p<0.025	p<0.025	JJ
36036	333	43	)	)	-RRB-
36036	333	44	terms	term	NNS
36036	333	45	.	.	.
36036	334	1	As	as	IN
36036	334	2	was	be	VBD
36036	334	3	the	the	DT
36036	334	4	case	case	NN
36036	334	5	for	for	IN
36036	334	6	females	female	NNS
36036	334	7	in	in	IN
36036	334	8	summer	summer	NN
36036	334	9	,	,	,
36036	334	10	rates	rate	NNS
36036	334	11	of	of	IN
36036	334	12	water	water	NN
36036	334	13	loss	loss	NN
36036	334	14	for	for	IN
36036	334	15	winter	winter	NN
36036	334	16	animals	animal	NNS
36036	334	17	increased	increase	VBD
36036	334	18	most	most	RBS
36036	334	19	rapidly	rapidly	RB
36036	334	20	at	at	IN
36036	334	21	temperatures	temperature	NNS
36036	334	22	above	above	IN
36036	334	23	25	25	CD
36036	334	24	°	°	NNS
36036	334	25	C	C	NNP
36036	334	26	(	(	-LRB-
36036	334	27	Figure	Figure	NNP
36036	334	28	5	5	CD
36036	334	29	)	)	-RRB-
36036	334	30	.	.	.
36036	335	1	[	[	-LRB-
36036	335	2	Illustration	illustration	NN
36036	335	3	:	:	:
36036	335	4	FIGURE	FIGURE	NNP
36036	335	5	4.--Relationship	4.--relationship	CD
36036	335	6	between	between	IN
36036	335	7	evaporative	evaporative	JJ
36036	335	8	water	water	NN
36036	335	9	loss	loss	NN
36036	335	10	and	and	CC
36036	335	11	chamber	chamber	NN
36036	335	12	air	air	NN
36036	335	13	temperature	temperature	NN
36036	335	14	for	for	IN
36036	335	15	raccoons	raccoon	NNS
36036	335	16	in	in	IN
36036	335	17	summer	summer	NN
36036	335	18	:	:	:
36036	335	19	captive	captive	JJ
36036	335	20	females	female	NNS
36036	335	21	,	,	,
36036	335	22	open	open	JJ
36036	335	23	circles	circle	NNS
36036	335	24	;	;	:
36036	335	25	captive	captive	JJ
36036	335	26	males	male	NNS
36036	335	27	,	,	,
36036	335	28	closed	close	VBD
36036	335	29	circles	circle	NNS
36036	335	30	;	;	:
36036	335	31	trapped	trapped	JJ
36036	335	32	males	male	NNS
36036	335	33	,	,	,
36036	335	34	open	open	JJ
36036	335	35	squares	square	NNS
36036	335	36	.	.	.
36036	336	1	Lines	line	NNS
36036	336	2	represent	represent	VBP
36036	336	3	polynomial	polynomial	JJ
36036	336	4	regressions	regression	NNS
36036	336	5	of	of	IN
36036	336	6	evaporative	evaporative	JJ
36036	336	7	water	water	NN
36036	336	8	loss	loss	NN
36036	336	9	on	on	IN
36036	336	10	chamber	chamber	NN
36036	336	11	air	air	NN
36036	336	12	temperature	temperature	NN
36036	336	13	.	.	.
36036	336	14	]	]	-RRB-
36036	337	1	[	[	-LRB-
36036	337	2	Illustration	illustration	NN
36036	337	3	:	:	:
36036	337	4	FIGURE	FIGURE	NNP
36036	337	5	5.--Relationship	5.--relationship	CD
36036	337	6	between	between	IN
36036	337	7	evaporative	evaporative	JJ
36036	337	8	water	water	NN
36036	337	9	loss	loss	NN
36036	337	10	and	and	CC
36036	337	11	chamber	chamber	NN
36036	337	12	air	air	NN
36036	337	13	temperature	temperature	NN
36036	337	14	for	for	IN
36036	337	15	raccoons	raccoon	NNS
36036	337	16	in	in	IN
36036	337	17	winter	winter	NN
36036	337	18	:	:	:
36036	337	19	captive	captive	JJ
36036	337	20	females	female	NNS
36036	337	21	,	,	,
36036	337	22	open	open	JJ
36036	337	23	circles	circle	NNS
36036	337	24	;	;	:
36036	337	25	captive	captive	JJ
36036	337	26	males	male	NNS
36036	337	27	,	,	,
36036	337	28	closed	close	VBD
36036	337	29	circles	circle	NNS
36036	337	30	.	.	.
36036	338	1	Lines	line	NNS
36036	338	2	represent	represent	VBP
36036	338	3	polynomial	polynomial	JJ
36036	338	4	regressions	regression	NNS
36036	338	5	of	of	IN
36036	338	6	evaporative	evaporative	JJ
36036	338	7	water	water	NN
36036	338	8	loss	loss	NN
36036	338	9	on	on	IN
36036	338	10	chamber	chamber	NN
36036	338	11	air	air	NN
36036	338	12	temperature	temperature	NN
36036	338	13	.	.	.
36036	338	14	]	]	-RRB-
36036	339	1	TABLE	TABLE	NNP
36036	339	2	4.--Polynomial	4.--polynomial	CD
36036	339	3	regression	regression	NN
36036	339	4	equations	equation	NNS
36036	339	5	describing	describe	VBG
36036	339	6	evaporative	evaporative	JJ
36036	339	7	water	water	NN
36036	339	8	loss	loss	NN
36036	339	9	(	(	-LRB-
36036	339	10	mg·g^{-1}·h^{-1	mg·g^{-1}·h^{-1	NNP
36036	339	11	}	}	-RRB-
36036	339	12	)	)	-RRB-
36036	339	13	of	of	IN
36036	339	14	_	_	NNP
36036	339	15	Procyon	Procyon	NNP
36036	339	16	lotor	lotor	NN
36036	339	17	_	_	NNP
36036	339	18	in	in	IN
36036	339	19	summer	summer	NN
36036	339	20	and	and	CC
36036	339	21	winter	winter	NN
36036	339	22	(	(	-LRB-
36036	339	23	X	x	NN
36036	339	24	=	=	SYM
36036	339	25	chamber	chamber	NN
36036	339	26	temperature	temperature	NN
36036	339	27	(	(	-LRB-
36036	339	28	°	°	NNP
36036	339	29	C	C	NNP
36036	339	30	)	)	-RRB-
36036	339	31	,	,	,
36036	339	32	Y	Y	NNP
36036	339	33	=	=	SYM
36036	339	34	evaporative	evaporative	JJ
36036	339	35	water	water	NN
36036	339	36	loss	loss	NN
36036	339	37	,	,	,
36036	339	38	n	n	NN
36036	339	39	=	=	SYM
36036	339	40	number	number	NN
36036	339	41	of	of	IN
36036	339	42	observations	observation	NNS
36036	339	43	,	,	,
36036	339	44	R²	R²	NNP
36036	339	45	=	=	SYM
36036	339	46	coefficient	coefficient	NN
36036	339	47	of	of	IN
36036	339	48	determination	determination	NN
36036	339	49	,	,	,
36036	339	50	and	and	CC
36036	339	51	SEE	see	VB
36036	339	52	=	=	SYM
36036	339	53	standard	standard	JJ
36036	339	54	error	error	NN
36036	339	55	of	of	IN
36036	339	56	estimate	estimate	NN
36036	339	57	)	)	-RRB-
36036	339	58	.	.	.
36036	340	1	--------------+--------------------------------------------------------	--------------+--------------------------------------------------------	:
36036	340	2	Season	season	NN
36036	340	3	and	and	CC
36036	340	4	sex|	sex|	ADD
36036	340	5	Equation	equation	NN
36036	340	6	(	(	-LRB-
36036	340	7	n	n	NNP
36036	340	8	)	)	-RRB-
36036	340	9	R²	R²	NNP
36036	340	10	--------------+--------------------------------------------------------	--------------+--------------------------------------------------------	NN
36036	340	11	Summer	summer	NN
36036	340	12	|	|	NNP
36036	340	13	Trapped	Trapped	NNP
36036	340	14	male	male	JJ
36036	340	15	|Y	|y	CD
36036	340	16	=	=	SYM
36036	340	17	0.1899	0.1899	CD
36036	340	18	+	+	SYM
36036	340	19	0.0114·X	0.0114·x	CD
36036	340	20	+	+	SYM
36036	340	21	0.0011·X²	0.0011·X²	NNS
36036	340	22	-	-	HYPH
36036	340	23	0.00002·X³	0.00002·X³	NNS
36036	340	24	(	(	-LRB-
36036	340	25	32	32	CD
36036	340	26	)	)	-RRB-
36036	340	27	0.86	0.86	CD
36036	340	28	SEE	SEE	NNP
36036	340	29	|	|	CD
36036	340	30	0.0885	0.0885	CD
36036	340	31	0.0223	0.0223	CD
36036	340	32	0.0015	0.0015	CD
36036	340	33	0.00003	0.00003	CD
36036	340	34	Captive	Captive	NNP
36036	340	35	male	male	JJ
36036	340	36	|Y	|y	CD
36036	340	37	=	=	SYM
36036	340	38	0.2174	0.2174	CD
36036	340	39	+	+	SYM
36036	340	40	0.0192·X	0.0192·x	CD
36036	340	41	+	+	CC
36036	340	42	0.0009·X²	0.0009·X²	NNS
36036	340	43	-	-	HYPH
36036	340	44	0.00003·X³	0.00003·X³	NNP
36036	340	45	(	(	-LRB-
36036	340	46	10	10	CD
36036	340	47	)	)	-RRB-
36036	340	48	0.73	0.73	CD
36036	340	49	SEE	see	NN
36036	340	50	|	|	CD
36036	340	51	0.3983	0.3983	CD
36036	340	52	0.0834	0.0834	CD
36036	340	53	0.0048	0.0048	CD
36036	340	54	0.00008	0.00008	CD
36036	340	55	Captive	Captive	NNP
36036	340	56	|	|	CD
36036	340	57	female	female	JJ
36036	340	58	|Y	|y	CD
36036	340	59	=	=	SYM
36036	340	60	0.0127	0.0127	CD
36036	340	61	+	+	SYM
36036	340	62	0.0943·X	0.0943·x	CD
36036	340	63	-	-	HYPH
36036	340	64	0.0060·X²	0.0060·X²	NNS
36036	340	65	+	+	SYM
36036	340	66	0.00013·X³	0.00013·X³	NNS
36036	340	67	(	(	-LRB-
36036	340	68	31	31	CD
36036	340	69	)	)	-RRB-
36036	340	70	0.64	0.64	CD
36036	340	71	SEE	see	NN
36036	340	72	|	|	CD
36036	340	73	0.2218	0.2218	CD
36036	340	74	0.0547	0.0547	CD
36036	340	75	0.0036	0.0036	CD
36036	340	76	0.00006	0.00006	CD
36036	340	77	Winter	Winter	NNP
36036	340	78	|	|	NNP
36036	340	79	Captive	Captive	NNP
36036	340	80	,	,	,
36036	340	81	|	|	NNP
36036	340	82	both	both	CC
36036	340	83	sexes	sex	NNS
36036	340	84	|Y	|y	CD
36036	340	85	=	=	SYM
36036	340	86	0.1550	0.1550	CD
36036	340	87	+	+	SYM
36036	340	88	0.0426·X	0.0426·x	CD
36036	340	89	-	-	HYPH
36036	340	90	0.0025·X²	0.0025·X²	NNS
36036	340	91	+	+	NFP
36036	340	92	0.00006·X³	0.00006·X³	NNS
36036	340	93	(	(	-LRB-
36036	340	94	57	57	CD
36036	340	95	)	)	-RRB-
36036	340	96	0.80	0.80	CD
36036	340	97	SEE	see	NN
36036	340	98	|	|	CD
36036	340	99	0.0734	0.0734	CD
36036	340	100	0.0192	0.0192	CD
36036	340	101	0.0013	0.0013	CD
36036	340	102	0.00002	0.00002	CD
36036	340	103	--------------+--------------------------------------------------------	--------------+--------------------------------------------------------	:
36036	340	104	THERMOREGULATION	thermoregulation	NN
36036	340	105	AT	AT	NNP
36036	340	106	LOW	LOW	NNP
36036	340	107	TEMPERATURES	TEMPERATURES	NNP
36036	340	108	_	_	NNP
36036	340	109	Body	Body	NNP
36036	340	110	Temperature	Temperature	NNP
36036	340	111	_	_	NNP
36036	340	112	Body	Body	NNP
36036	340	113	temperatures	temperature	NNS
36036	340	114	in	in	IN
36036	340	115	Figure	figure	NN
36036	340	116	6	6	CD
36036	340	117	are	be	VBP
36036	340	118	those	those	DT
36036	340	119	recorded	record	VBN
36036	340	120	during	during	IN
36036	340	121	metabolic	metabolic	JJ
36036	340	122	measurements	measurement	NNS
36036	340	123	from	from	IN
36036	340	124	animals	animal	NNS
36036	340	125	equipped	equip	VBN
36036	340	126	with	with	IN
36036	340	127	surgically	surgically	RB
36036	340	128	implanted	implant	VBN
36036	340	129	,	,	,
36036	340	130	temperature	temperature	NN
36036	340	131	-	-	HYPH
36036	340	132	sensitive	sensitive	JJ
36036	340	133	radio	radio	NN
36036	340	134	transmitters	transmitter	NNS
36036	340	135	.	.	.
36036	341	1	Each	each	DT
36036	341	2	point	point	NN
36036	341	3	was	be	VBD
36036	341	4	recorded	record	VBN
36036	341	5	during	during	IN
36036	341	6	the	the	DT
36036	341	7	lowest	low	JJS
36036	341	8	level	level	NN
36036	341	9	of	of	IN
36036	341	10	oxygen	oxygen	NN
36036	341	11	consumption	consumption	NN
36036	341	12	at	at	IN
36036	341	13	each	each	DT
36036	341	14	T_{a	T_{a	NNP
36036	341	15	}	}	-RRB-
36036	341	16	.	.	.
36036	342	1	In	in	IN
36036	342	2	both	both	DT
36036	342	3	summer	summer	NN
36036	342	4	and	and	CC
36036	342	5	winter	winter	NN
36036	342	6	,	,	,
36036	342	7	T_{b	T_{b	NNP
36036	342	8	}	}	-RRB-
36036	342	9	's	be	VBZ
36036	342	10	were	be	VBD
36036	342	11	lowest	low	JJS
36036	342	12	during	during	IN
36036	342	13	metabolic	metabolic	JJ
36036	342	14	measurements	measurement	NNS
36036	342	15	at	at	IN
36036	342	16	T_{a	T_{a	NNP
36036	342	17	}	}	-RRB-
36036	342	18	's	be	VBZ
36036	342	19	around	around	RB
36036	342	20	T_{lc	t_{lc	NN
36036	342	21	}	}	-RRB-
36036	342	22	.	.	.
36036	343	1	At	at	IN
36036	343	2	T_{a	T_{a	NNP
36036	343	3	}	}	-RRB-
36036	343	4	's	be	VBZ
36036	343	5	below	below	RB
36036	343	6	T_{lc	t_{lc	NN
36036	343	7	}	}	-RRB-
36036	343	8	,	,	,
36036	343	9	T_{b	T_{b	NNP
36036	343	10	}	}	-RRB-
36036	343	11	's	be	VBZ
36036	343	12	increased	increase	VBN
36036	343	13	(	(	-LRB-
36036	343	14	Figure	Figure	NNP
36036	343	15	6	6	CD
36036	343	16	)	)	-RRB-
36036	343	17	,	,	,
36036	343	18	which	which	WDT
36036	343	19	is	be	VBZ
36036	343	20	an	an	DT
36036	343	21	unusual	unusual	JJ
36036	343	22	response	response	NN
36036	343	23	.	.	.
36036	344	1	Under	under	IN
36036	344	2	similar	similar	JJ
36036	344	3	conditions	condition	NNS
36036	344	4	,	,	,
36036	344	5	other	other	JJ
36036	344	6	procyonids	procyonid	NNS
36036	344	7	either	either	CC
36036	344	8	maintain	maintain	VBP
36036	344	9	a	a	DT
36036	344	10	nearly	nearly	RB
36036	344	11	constant	constant	JJ
36036	344	12	T_{b	T_{b	NNP
36036	344	13	}	}	-RRB-
36036	344	14	or	or	CC
36036	344	15	allow	allow	VB
36036	344	16	it	-PRON-	PRP
36036	344	17	to	to	TO
36036	344	18	fall	fall	VB
36036	344	19	slightly	slightly	RB
36036	344	20	(	(	-LRB-
36036	344	21	Müller	Müller	NNP
36036	344	22	and	and	CC
36036	344	23	Kulzer	Kulzer	NNP
36036	344	24	,	,	,
36036	344	25	1977	1977	CD
36036	344	26	;	;	:
36036	344	27	Chevillard	Chevillard	NNP
36036	344	28	-	-	HYPH
36036	344	29	Hugot	Hugot	NNP
36036	344	30	et	et	FW
36036	344	31	al	al	NNP
36036	344	32	.	.	NNP
36036	344	33	,	,	,
36036	344	34	1980	1980	CD
36036	344	35	;	;	:
36036	344	36	Müller	Müller	NNP
36036	344	37	and	and	CC
36036	344	38	Rost	Rost	NNP
36036	344	39	,	,	,
36036	344	40	1983	1983	CD
36036	344	41	;	;	:
36036	344	42	Chevalier	Chevalier	NNP
36036	344	43	,	,	,
36036	344	44	1985	1985	CD
36036	344	45	)	)	-RRB-
36036	344	46	.	.	.
36036	345	1	For	for	IN
36036	345	2	our	-PRON-	PRP$
36036	345	3	raccoons	raccoon	NNS
36036	345	4	,	,	,
36036	345	5	confinement	confinement	NN
36036	345	6	in	in	IN
36036	345	7	the	the	DT
36036	345	8	metabolism	metabolism	NN
36036	345	9	chamber	chamber	NN
36036	345	10	at	at	IN
36036	345	11	low	low	JJ
36036	345	12	temperatures	temperature	NNS
36036	345	13	must	must	MD
36036	345	14	have	have	VB
36036	345	15	stimulated	stimulate	VBN
36036	345	16	a	a	DT
36036	345	17	greater	great	JJR
36036	345	18	than	than	IN
36036	345	19	necessary	necessary	JJ
36036	345	20	increase	increase	NN
36036	345	21	in	in	IN
36036	345	22	metabolic	metabolic	JJ
36036	345	23	rate	rate	NN
36036	345	24	such	such	JJ
36036	345	25	that	that	IN
36036	345	26	heat	heat	NN
36036	345	27	production	production	NN
36036	345	28	exceeded	exceed	VBD
36036	345	29	heat	heat	NN
36036	345	30	loss	loss	NN
36036	345	31	,	,	,
36036	345	32	which	which	WDT
36036	345	33	caused	cause	VBD
36036	345	34	T_{b	T_{b	NNP
36036	345	35	}	}	-RRB-
36036	345	36	to	to	TO
36036	345	37	become	become	VB
36036	345	38	elevated	elevated	JJ
36036	345	39	.	.	.
36036	346	1	[	[	-LRB-
36036	346	2	Illustration	illustration	NN
36036	346	3	:	:	:
36036	346	4	FIGURE	figure	VB
36036	346	5	6.--Relationship	6.--relationship	CD
36036	346	6	between	between	IN
36036	346	7	body	body	NN
36036	346	8	temperature	temperature	NN
36036	346	9	and	and	CC
36036	346	10	chamber	chamber	NN
36036	346	11	air	air	NN
36036	346	12	temperature	temperature	NN
36036	346	13	in	in	IN
36036	346	14	summer	summer	NN
36036	346	15	(	(	-LRB-
36036	346	16	panel	panel	NN
36036	346	17	A	a	NN
36036	346	18	)	)	-RRB-
36036	346	19	,	,	,
36036	346	20	and	and	CC
36036	346	21	winter	winter	NN
36036	346	22	(	(	-LRB-
36036	346	23	panel	panel	NN
36036	346	24	B	B	NNP
36036	346	25	)	)	-RRB-
36036	346	26	:	:	:
36036	346	27	captive	captive	JJ
36036	346	28	females	female	NNS
36036	346	29	,	,	,
36036	346	30	open	open	JJ
36036	346	31	circles	circle	NNS
36036	346	32	and	and	CC
36036	346	33	solid	solid	JJ
36036	346	34	lines	line	NNS
36036	346	35	;	;	:
36036	346	36	captive	captive	JJ
36036	346	37	males	male	NNS
36036	346	38	,	,	,
36036	346	39	solid	solid	JJ
36036	346	40	circles	circle	NNS
36036	346	41	and	and	CC
36036	346	42	dashed	dash	VBN
36036	346	43	lines	line	NNS
36036	346	44	.	.	.
36036	347	1	Solid	solid	JJ
36036	347	2	vertical	vertical	JJ
36036	347	3	lines	line	NNS
36036	347	4	represent	represent	VBP
36036	347	5	lower	low	JJR
36036	347	6	critical	critical	JJ
36036	347	7	temperatures	temperature	NNS
36036	347	8	.	.	.
36036	347	9	]	]	-RRB-
36036	348	1	TABLE	TABLE	NNP
36036	348	2	5.--Regression	5.--regression	CD
36036	348	3	equations	equation	NNS
36036	348	4	describing	describe	VBG
36036	348	5	oxygen	oxygen	NN
36036	348	6	consumption	consumption	NN
36036	348	7	(	(	-LRB-
36036	348	8	mL	mL	NNP
36036	348	9	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	348	10	}	}	-RRB-
36036	348	11	)	)	-RRB-
36036	348	12	of	of	IN
36036	348	13	_	_	NNP
36036	348	14	Procyon	Procyon	NNP
36036	348	15	lotor	lotor	NN
36036	348	16	_	_	NNP
36036	348	17	at	at	IN
36036	348	18	temperatures	temperature	NNS
36036	348	19	below	below	IN
36036	348	20	their	-PRON-	PRP$
36036	348	21	lower	low	JJR
36036	348	22	critical	critical	JJ
36036	348	23	temperature	temperature	NN
36036	348	24	(	(	-LRB-
36036	348	25	I	i	NN
36036	348	26	=	=	SYM
36036	348	27	x	x	SYM
36036	348	28	-	-	NN
36036	348	29	intercept	intercept	NN
36036	348	30	(	(	-LRB-
36036	348	31	°	°	NNP
36036	348	32	C	C	NNP
36036	348	33	)	)	-RRB-
36036	348	34	,	,	,
36036	348	35	n	n	NN
36036	348	36	=	=	SYM
36036	348	37	number	number	NN
36036	348	38	of	of	IN
36036	348	39	observations	observation	NNS
36036	348	40	,	,	,
36036	348	41	R²	R²	NNP
36036	348	42	=	=	SYM
36036	348	43	coefficient	coefficient	NN
36036	348	44	of	of	IN
36036	348	45	determination	determination	NN
36036	348	46	,	,	,
36036	348	47	SEE	SEE	NNP
36036	348	48	=	=	SYM
36036	348	49	standard	standard	JJ
36036	348	50	error	error	NN
36036	348	51	of	of	IN
36036	348	52	estimate	estimate	NN
36036	348	53	for	for	IN
36036	348	54	the	the	DT
36036	348	55	y	y	NNP
36036	348	56	-	-	HYPH
36036	348	57	intercept	intercept	NNP
36036	348	58	(	(	-LRB-
36036	348	59	a	a	LS
36036	348	60	)	)	-RRB-
36036	348	61	and	and	CC
36036	348	62	slope	slope	NN
36036	348	63	(	(	-LRB-
36036	348	64	b	b	NNP
36036	348	65	)	)	-RRB-
36036	348	66	,	,	,
36036	348	67	X	x	NN
36036	348	68	=	=	SYM
36036	348	69	chamber	chamber	NN
36036	348	70	temperature	temperature	NN
36036	348	71	(	(	-LRB-
36036	348	72	°	°	NNP
36036	348	73	C	C	NNP
36036	348	74	)	)	-RRB-
36036	348	75	,	,	,
36036	348	76	and	and	CC
36036	348	77	Y	Y	NNP
36036	348	78	=	=	SYM
36036	348	79	oxygen	oxygen	NN
36036	348	80	consumption	consumption	NN
36036	348	81	)	)	-RRB-
36036	348	82	.	.	.
36036	349	1	----------------+------------------------------------------------------	----------------+------------------------------------------------------	:
36036	349	2	Season	season	NN
36036	349	3	|	|	CD
36036	349	4	SEE	see	NN
36036	349	5	and	and	CC
36036	349	6	sex	sex	NN
36036	349	7	|	|	NNP
36036	349	8	-----------	-----------	CD
36036	349	9	|	|	NNP
36036	349	10	Equation	Equation	NNP
36036	349	11	(	(	-LRB-
36036	349	12	n	n	NNP
36036	349	13	)	)	-RRB-
36036	349	14	R²	R²	NNP
36036	349	15	a	a	DT
36036	349	16	b	b	NN
36036	349	17	I	i	NN
36036	349	18	----------------+------------------------------------------------------	----------------+------------------------------------------------------	:
36036	349	19	Summer	summer	NN
36036	349	20	|	|	NNP
36036	349	21	Trapped	Trapped	NNP
36036	349	22	male	male	NN
36036	349	23	|	|	HYPH
36036	349	24	Y	y	NN
36036	349	25	=	=	SYM
36036	349	26	1.09	1.09	CD
36036	349	27	-	-	HYPH
36036	349	28	0.0281·X	0.0281·x	CD
36036	349	29	(	(	-LRB-
36036	349	30	30	30	CD
36036	349	31	)	)	-RRB-
36036	349	32	0.64	0.64	CD
36036	349	33	0.0353	0.0353	CD
36036	349	34	0.0040	0.0040	CD
36036	349	35	38.8	38.8	CD
36036	349	36	Captive	Captive	NNP
36036	349	37	male	male	NN
36036	349	38	|	|	NNP
36036	349	39	Y	y	NN
36036	349	40	=	=	SYM
36036	349	41	0.97	0.97	CD
36036	349	42	-	-	HYPH
36036	349	43	0.0258·X	0.0258·x	CD
36036	349	44	(	(	-LRB-
36036	349	45	12	12	CD
36036	349	46	)	)	-RRB-
36036	349	47	0.91	0.91	CD
36036	349	48	0.0235	0.0235	CD
36036	349	49	0.0025	0.0025	CD
36036	349	50	37.6	37.6	CD
36036	349	51	Captive	Captive	NNP
36036	349	52	female|	female|	NNP
36036	349	53	Y	Y	NNP
36036	349	54	=	=	SYM
36036	349	55	1.04	1.04	CD
36036	349	56	-	-	HYPH
36036	349	57	0.0251·X	0.0251·x	CD
36036	349	58	(	(	-LRB-
36036	349	59	29	29	CD
36036	349	60	)	)	-RRB-
36036	349	61	0.78	0.78	CD
36036	349	62	0.0288	0.0288	CD
36036	349	63	0.0026	0.0026	CD
36036	349	64	41.1	41.1	CD
36036	349	65	Winter	Winter	NNP
36036	349	66	|	|	NNP
36036	349	67	Captive	Captive	NNP
36036	349	68	,	,	,
36036	349	69	|	|	JJ
36036	349	70	both	both	CC
36036	349	71	sexes	sex	NNS
36036	349	72	|	|	NNP
36036	349	73	Y	Y	NNP
36036	349	74	=	=	SYM
36036	349	75	0.68	0.68	CD
36036	349	76	-	-	HYPH
36036	349	77	0.0193·X	0.0193·x	CD
36036	349	78	(	(	-LRB-
36036	349	79	36	36	CD
36036	349	80	)	)	-RRB-
36036	349	81	0.68	0.68	CD
36036	349	82	0.0157	0.0157	CD
36036	349	83	0.0023	0.0023	CD
36036	349	84	35.2	35.2	CD
36036	349	85	----------------+------------------------------------------------------	----------------+------------------------------------------------------	:
36036	349	86	_	_	NNP
36036	349	87	Summer	Summer	NNP
36036	349	88	_	_	NNP
36036	349	89	During	during	IN
36036	349	90	summer	summer	NN
36036	349	91	,	,	,
36036	349	92	T_{lc	t_{lc	VBP
36036	349	93	}	}	-RRB-
36036	349	94	for	for	IN
36036	349	95	male	male	JJ
36036	349	96	raccoons	raccoon	NNS
36036	349	97	was	be	VBD
36036	349	98	20	20	CD
36036	349	99	°	°	NNS
36036	349	100	C	C	NNP
36036	349	101	,	,	,
36036	349	102	whereas	whereas	IN
36036	349	103	for	for	IN
36036	349	104	females	female	NNS
36036	349	105	it	-PRON-	PRP
36036	349	106	was	be	VBD
36036	349	107	25	25	CD
36036	349	108	°	°	NNS
36036	349	109	C	C	NNP
36036	349	110	(	(	-LRB-
36036	349	111	Figure	Figure	NNP
36036	349	112	2	2	CD
36036	349	113	)	)	-RRB-
36036	349	114	.	.	.
36036	350	1	Regression	regression	NN
36036	350	2	equations	equation	NNS
36036	350	3	calculated	calculate	VBD
36036	350	4	to	to	TO
36036	350	5	describe	describe	VB
36036	350	6	oxygen	oxygen	NN
36036	350	7	consumption	consumption	NN
36036	350	8	at	at	IN
36036	350	9	T_{a	T_{a	NNP
36036	350	10	}	}	-RRB-
36036	350	11	's	be	VBZ
36036	350	12	below	below	RB
36036	350	13	T_{lc	t_{lc	NN
36036	350	14	}	}	-RRB-
36036	350	15	are	be	VBP
36036	350	16	presented	present	VBN
36036	350	17	in	in	IN
36036	350	18	Table	Table	NNP
36036	350	19	5	5	CD
36036	350	20	.	.	.
36036	351	1	For	for	IN
36036	351	2	three	three	CD
36036	351	3	groups	group	NNS
36036	351	4	of	of	IN
36036	351	5	summer	summer	NN
36036	351	6	animals	animal	NNS
36036	351	7	,	,	,
36036	351	8	slopes	slope	NNS
36036	351	9	of	of	IN
36036	351	10	regressions	regression	NNS
36036	351	11	are	be	VBP
36036	351	12	identical	identical	JJ
36036	351	13	.	.	.
36036	352	1	This	this	DT
36036	352	2	indicates	indicate	VBZ
36036	352	3	that	that	IN
36036	352	4	minimum	minimum	JJ
36036	352	5	conductances	conductance	NNS
36036	352	6	of	of	IN
36036	352	7	these	these	DT
36036	352	8	three	three	CD
36036	352	9	groups	group	NNS
36036	352	10	were	be	VBD
36036	352	11	equivalent	equivalent	JJ
36036	352	12	.	.	.
36036	353	1	Intercepts	intercept	NNS
36036	353	2	of	of	IN
36036	353	3	these	these	DT
36036	353	4	equations	equation	NNS
36036	353	5	are	be	VBP
36036	353	6	different	different	JJ
36036	353	7	,	,	,
36036	353	8	which	which	WDT
36036	353	9	suggests	suggest	VBZ
36036	353	10	a	a	DT
36036	353	11	difference	difference	NN
36036	353	12	in	in	IN
36036	353	13	metabolic	metabolic	JJ
36036	353	14	cost	cost	NN
36036	353	15	of	of	IN
36036	353	16	thermoregulation	thermoregulation	NN
36036	353	17	between	between	IN
36036	353	18	these	these	DT
36036	353	19	groups	group	NNS
36036	353	20	(	(	-LRB-
36036	353	21	Figure	figure	NN
36036	353	22	2	2	CD
36036	353	23	)	)	-RRB-
36036	353	24	;	;	:
36036	353	25	captive	captive	JJ
36036	353	26	males	male	NNS
36036	353	27	had	have	VBD
36036	353	28	a	a	DT
36036	353	29	lower	low	JJR
36036	353	30	intercept	intercept	NN
36036	353	31	than	than	IN
36036	353	32	either	either	DT
36036	353	33	trapped	trap	VBN
36036	353	34	males	male	NNS
36036	353	35	(	(	-LRB-
36036	353	36	p<0.005	p<0.005	JJ
36036	353	37	)	)	-RRB-
36036	353	38	or	or	CC
36036	353	39	captive	captive	JJ
36036	353	40	females	female	NNS
36036	353	41	(	(	-LRB-
36036	353	42	p<0.05	p<0.05	NNP
36036	353	43	)	)	-RRB-
36036	353	44	,	,	,
36036	353	45	but	but	CC
36036	353	46	there	there	EX
36036	353	47	was	be	VBD
36036	353	48	no	no	DT
36036	353	49	difference	difference	NN
36036	353	50	in	in	IN
36036	353	51	intercepts	intercept	NNS
36036	353	52	of	of	IN
36036	353	53	captive	captive	JJ
36036	353	54	females	female	NNS
36036	353	55	and	and	CC
36036	353	56	trapped	trap	VBN
36036	353	57	males	male	NNS
36036	353	58	.	.	.
36036	354	1	These	these	DT
36036	354	2	regression	regression	NN
36036	354	3	equations	equation	NNS
36036	354	4	,	,	,
36036	354	5	therefore	therefore	RB
36036	354	6	,	,	,
36036	354	7	also	also	RB
36036	354	8	were	be	VBD
36036	354	9	derived	derive	VBN
36036	354	10	using	use	VBG
36036	354	11	values	value	NNS
36036	354	12	of	of	IN
36036	354	13	oxygen	oxygen	NN
36036	354	14	consumption	consumption	NN
36036	354	15	expressed	express	VBN
36036	354	16	in	in	IN
36036	354	17	terms	term	NNS
36036	354	18	of	of	IN
36036	354	19	metabolic	metabolic	JJ
36036	354	20	body	body	NN
36036	354	21	mass	mass	NNP
36036	354	22	(	(	-LRB-
36036	354	23	Mellen	Mellen	NNP
36036	354	24	,	,	,
36036	354	25	1963	1963	CD
36036	354	26	)	)	-RRB-
36036	354	27	.	.	.
36036	355	1	Relationships	relationship	NNS
36036	355	2	between	between	IN
36036	355	3	intercepts	intercept	NNS
36036	355	4	of	of	IN
36036	355	5	these	these	DT
36036	355	6	equations	equation	NNS
36036	355	7	are	be	VBP
36036	355	8	different	different	JJ
36036	355	9	than	than	IN
36036	355	10	those	those	DT
36036	355	11	for	for	IN
36036	355	12	regressions	regression	NNS
36036	355	13	in	in	IN
36036	355	14	Table	table	NN
36036	355	15	5	5	CD
36036	355	16	.	.	.
36036	356	1	Intercept	intercept	VB
36036	356	2	for	for	IN
36036	356	3	females	female	NNS
36036	356	4	was	be	VBD
36036	356	5	intermediate	intermediate	JJ
36036	356	6	to	to	TO
36036	356	7	,	,	,
36036	356	8	and	and	CC
36036	356	9	not	not	RB
36036	356	10	different	different	JJ
36036	356	11	from	from	IN
36036	356	12	,	,	,
36036	356	13	those	those	DT
36036	356	14	of	of	IN
36036	356	15	the	the	DT
36036	356	16	two	two	CD
36036	356	17	groups	group	NNS
36036	356	18	of	of	IN
36036	356	19	males	male	NNS
36036	356	20	.	.	.
36036	357	1	However	however	RB
36036	357	2	,	,	,
36036	357	3	captive	captive	JJ
36036	357	4	males	male	NNS
36036	357	5	still	still	RB
36036	357	6	had	have	VBD
36036	357	7	a	a	DT
36036	357	8	lower	low	JJR
36036	357	9	intercept	intercept	NN
36036	357	10	than	than	IN
36036	357	11	trapped	trap	VBN
36036	357	12	males	male	NNS
36036	357	13	(	(	-LRB-
36036	357	14	p<0.025	p<0.025	NN
36036	357	15	)	)	-RRB-
36036	357	16	.	.	.
36036	358	1	Thus	thus	RB
36036	358	2	,	,	,
36036	358	3	in	in	IN
36036	358	4	summer	summer	NN
36036	358	5	,	,	,
36036	358	6	thermoregulatory	thermoregulatory	JJ
36036	358	7	metabolism	metabolism	NN
36036	358	8	was	be	VBD
36036	358	9	less	less	RBR
36036	358	10	expensive	expensive	JJ
36036	358	11	for	for	IN
36036	358	12	captive	captive	JJ
36036	358	13	than	than	IN
36036	358	14	for	for	IN
36036	358	15	trapped	trap	VBN
36036	358	16	males	male	NNS
36036	358	17	,	,	,
36036	358	18	and	and	CC
36036	358	19	in	in	IN
36036	358	20	spite	spite	NN
36036	358	21	of	of	IN
36036	358	22	a	a	DT
36036	358	23	5	5	CD
36036	358	24	°	°	NNS
36036	358	25	C	c	NN
36036	358	26	difference	difference	NN
36036	358	27	in	in	IN
36036	358	28	their	-PRON-	PRP$
36036	358	29	T_{lc	t_{lc	NN
36036	358	30	}	}	-RRB-
36036	358	31	's	's	POS
36036	358	32	(	(	-LRB-
36036	358	33	Figure	figure	NN
36036	358	34	2	2	CD
36036	358	35	)	)	-RRB-
36036	358	36	,	,	,
36036	358	37	captive	captive	JJ
36036	358	38	males	male	NNS
36036	358	39	and	and	CC
36036	358	40	females	female	NNS
36036	358	41	had	have	VBD
36036	358	42	similar	similar	JJ
36036	358	43	thermoregulatory	thermoregulatory	JJ
36036	358	44	costs	cost	NNS
36036	358	45	.	.	.
36036	359	1	Regression	regression	NN
36036	359	2	lines	line	NNS
36036	359	3	for	for	IN
36036	359	4	three	three	CD
36036	359	5	groups	group	NNS
36036	359	6	of	of	IN
36036	359	7	animals	animal	NNS
36036	359	8	in	in	IN
36036	359	9	summer	summer	NN
36036	359	10	extrapolate	extrapolate	NN
36036	359	11	to	to	IN
36036	359	12	zero	zero	CD
36036	359	13	metabolism	metabolism	NN
36036	359	14	at	at	IN
36036	359	15	values	value	NNS
36036	359	16	equivalent	equivalent	JJ
36036	359	17	to	to	IN
36036	359	18	,	,	,
36036	359	19	or	or	CC
36036	359	20	greater	great	JJR
36036	359	21	than	than	IN
36036	359	22	,	,	,
36036	359	23	normal	normal	JJ
36036	359	24	T_{b	T_{b	NNP
36036	359	25	}	}	-RRB-
36036	359	26	;	;	:
36036	359	27	38.8	38.8	CD
36036	359	28	°	°	,
36036	359	29	C	C	NNP
36036	359	30	for	for	IN
36036	359	31	trapped	trap	VBN
36036	359	32	males	male	NNS
36036	359	33	,	,	,
36036	359	34	37.6	37.6	CD
36036	359	35	°	°	,
36036	359	36	C	C	NNP
36036	359	37	for	for	IN
36036	359	38	captive	captive	JJ
36036	359	39	males	male	NNS
36036	359	40	,	,	,
36036	359	41	and	and	CC
36036	359	42	41.1	41.1	CD
36036	359	43	°	°	,
36036	359	44	C	C	NNP
36036	359	45	for	for	IN
36036	359	46	captive	captive	JJ
36036	359	47	females	female	NNS
36036	359	48	(	(	-LRB-
36036	359	49	Table	table	NN
36036	359	50	5	5	CD
36036	359	51	)	)	-RRB-
36036	359	52	.	.	.
36036	360	1	Thus	thus	RB
36036	360	2	,	,	,
36036	360	3	all	all	DT
36036	360	4	three	three	CD
36036	360	5	groups	group	NNS
36036	360	6	had	have	VBD
36036	360	7	minimized	minimize	VBN
36036	360	8	thermal	thermal	JJ
36036	360	9	conductance	conductance	NN
36036	360	10	at	at	IN
36036	360	11	T_{a	T_{a	NNP
36036	360	12	}	}	-RRB-
36036	360	13	's	be	VBZ
36036	360	14	below	below	RB
36036	360	15	T_{lc	t_{lc	NN
36036	360	16	}	}	-RRB-
36036	360	17	(	(	-LRB-
36036	360	18	Scholander	Scholander	NNP
36036	360	19	et	et	NNP
36036	360	20	al	al	NNP
36036	360	21	.	.	NNP
36036	360	22	,	,	,
36036	360	23	1950b	1950b	CD
36036	360	24	;	;	:
36036	360	25	McNab	McNab	NNP
36036	360	26	,	,	,
36036	360	27	1980b	1980b	CD
36036	360	28	)	)	-RRB-
36036	360	29	.	.	.
36036	361	1	Minimum	minimum	JJ
36036	361	2	wet	wet	JJ
36036	361	3	thermal	thermal	JJ
36036	361	4	conductance	conductance	NN
36036	361	5	calculated	calculate	VBN
36036	361	6	for	for	IN
36036	361	7	raccoons	raccoon	NNS
36036	361	8	in	in	IN
36036	361	9	summer	summer	NN
36036	361	10	with	with	IN
36036	361	11	Eq	Eq	NNP
36036	361	12	.	.	.
36036	362	1	4	4	LS
36036	362	2	(	(	-LRB-
36036	362	3	Table	table	NN
36036	362	4	3	3	CD
36036	362	5	)	)	-RRB-
36036	362	6	is	be	VBZ
36036	362	7	numerically	numerically	RB
36036	362	8	similar	similar	JJ
36036	362	9	to	to	IN
36036	362	10	these	these	DT
36036	362	11	"	"	``
36036	362	12	slope	slope	NN
36036	362	13	"	"	''
36036	362	14	values	value	NNS
36036	362	15	(	(	-LRB-
36036	362	16	Table	table	NN
36036	362	17	5	5	CD
36036	362	18	)	)	-RRB-
36036	362	19	,	,	,
36036	362	20	and	and	CC
36036	362	21	it	-PRON-	PRP
36036	362	22	was	be	VBD
36036	362	23	,	,	,
36036	362	24	therefore	therefore	RB
36036	362	25	,	,	,
36036	362	26	considered	consider	VBN
36036	362	27	to	to	TO
36036	362	28	be	be	VB
36036	362	29	the	the	DT
36036	362	30	best	good	JJS
36036	362	31	estimate	estimate	NN
36036	362	32	of	of	IN
36036	362	33	C_{mw	C_{mw	NNP
36036	362	34	}	}	-RRB-
36036	362	35	for	for	IN
36036	362	36	_	_	NNP
36036	362	37	Procyon	Procyon	NNP
36036	362	38	lotor	lotor	NN
36036	362	39	_	_	NNP
36036	362	40	during	during	IN
36036	362	41	that	that	DT
36036	362	42	season	season	NN
36036	362	43	(	(	-LRB-
36036	362	44	0.0256	0.0256	CD
36036	362	45	mL	ml	NN
36036	362	46	O_{2}·g^{-1}·h^{-1}·	o_{2}·g^{-1}·h^{-1}·	RB
36036	362	47	°	°	,
36036	362	48	C^{-1	c^{-1	ADD
36036	362	49	}	}	-RRB-
36036	362	50	)	)	-RRB-
36036	362	51	.	.	.
36036	363	1	_	_	NNP
36036	363	2	Winter	Winter	NNP
36036	363	3	_	_	NNP
36036	363	4	During	during	IN
36036	363	5	winter	winter	NN
36036	363	6	T_{lc	t_{lc	NN
36036	363	7	}	}	-RRB-
36036	363	8	for	for	IN
36036	363	9	both	both	DT
36036	363	10	sexes	sex	NNS
36036	363	11	decreased	decrease	VBD
36036	363	12	to	to	IN
36036	363	13	11	11	CD
36036	363	14	°	°	,
36036	363	15	C	C	NNP
36036	363	16	(	(	-LRB-
36036	363	17	Figure	Figure	NNP
36036	363	18	3	3	CD
36036	363	19	)	)	-RRB-
36036	363	20	.	.	.
36036	364	1	Regression	regression	NN
36036	364	2	equations	equation	NNS
36036	364	3	of	of	IN
36036	364	4	thermoregulatory	thermoregulatory	JJ
36036	364	5	metabolism	metabolism	NN
36036	364	6	for	for	IN
36036	364	7	males	male	NNS
36036	364	8	and	and	CC
36036	364	9	females	female	NNS
36036	364	10	in	in	IN
36036	364	11	winter	winter	NN
36036	364	12	are	be	VBP
36036	364	13	not	not	RB
36036	364	14	different	different	JJ
36036	364	15	from	from	IN
36036	364	16	each	each	DT
36036	364	17	other	other	JJ
36036	364	18	in	in	IN
36036	364	19	either	either	DT
36036	364	20	slope	slope	NN
36036	364	21	or	or	CC
36036	364	22	intercept	intercept	VB
36036	364	23	.	.	.
36036	365	1	These	these	DT
36036	365	2	data	datum	NNS
36036	365	3	,	,	,
36036	365	4	therefore	therefore	RB
36036	365	5	,	,	,
36036	365	6	were	be	VBD
36036	365	7	combined	combine	VBN
36036	365	8	into	into	IN
36036	365	9	a	a	DT
36036	365	10	single	single	JJ
36036	365	11	equation	equation	NN
36036	365	12	(	(	-LRB-
36036	365	13	Table	table	NN
36036	365	14	5	5	CD
36036	365	15	)	)	-RRB-
36036	365	16	.	.	.
36036	366	1	Slope	slope	NN
36036	366	2	and	and	CC
36036	366	3	intercept	intercept	NN
36036	366	4	of	of	IN
36036	366	5	this	this	DT
36036	366	6	equation	equation	NN
36036	366	7	are	be	VBP
36036	366	8	both	both	DT
36036	366	9	lower	low	JJR
36036	366	10	(	(	-LRB-
36036	366	11	p<0.005	p<0.005	NN
36036	366	12	and	and	CC
36036	366	13	p<0.05	p<0.05	JJ
36036	366	14	,	,	,
36036	366	15	respectively	respectively	RB
36036	366	16	)	)	-RRB-
36036	366	17	than	than	IN
36036	366	18	those	those	DT
36036	366	19	for	for	IN
36036	366	20	summer	summer	NN
36036	366	21	animals	animal	NNS
36036	366	22	(	(	-LRB-
36036	366	23	Table	table	NN
36036	366	24	5	5	CD
36036	366	25	)	)	-RRB-
36036	366	26	.	.	.
36036	367	1	Identical	identical	JJ
36036	367	2	results	result	NNS
36036	367	3	were	be	VBD
36036	367	4	obtained	obtain	VBN
36036	367	5	from	from	IN
36036	367	6	comparisons	comparison	NNS
36036	367	7	using	use	VBG
36036	367	8	regressions	regression	NNS
36036	367	9	derived	derive	VBN
36036	367	10	from	from	IN
36036	367	11	oxygen	oxygen	NN
36036	367	12	consumption	consumption	NN
36036	367	13	expressed	express	VBN
36036	367	14	in	in	IN
36036	367	15	terms	term	NNS
36036	367	16	of	of	IN
36036	367	17	metabolic	metabolic	JJ
36036	367	18	body	body	NN
36036	367	19	mass	mass	NNP
36036	367	20	(	(	-LRB-
36036	367	21	Mellen	Mellen	NNP
36036	367	22	,	,	,
36036	367	23	1963	1963	CD
36036	367	24	)	)	-RRB-
36036	367	25	.	.	.
36036	368	1	Thermoregulatory	thermoregulatory	JJ
36036	368	2	costs	cost	NNS
36036	368	3	at	at	IN
36036	368	4	any	any	DT
36036	368	5	temperature	temperature	NN
36036	368	6	below	below	IN
36036	368	7	20	20	CD
36036	368	8	°	°	NNS
36036	368	9	C	C	NNP
36036	368	10	were	be	VBD
36036	368	11	lower	low	JJR
36036	368	12	for	for	IN
36036	368	13	winter	winter	NN
36036	368	14	than	than	IN
36036	368	15	summer	summer	NN
36036	368	16	animals	animal	NNS
36036	368	17	(	(	-LRB-
36036	368	18	Figures	figure	NNS
36036	368	19	2	2	CD
36036	368	20	,	,	,
36036	368	21	3	3	CD
36036	368	22	)	)	-RRB-
36036	368	23	.	.	.
36036	369	1	TABLE	TABLE	NNP
36036	369	2	6.--Regression	6.--regression	CD
36036	369	3	equations	equation	NNS
36036	369	4	describing	describe	VBG
36036	369	5	oxygen	oxygen	NN
36036	369	6	consumption	consumption	NN
36036	369	7	(	(	-LRB-
36036	369	8	mL	mL	NNP
36036	369	9	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	369	10	}	}	-RRB-
36036	369	11	)	)	-RRB-
36036	369	12	of	of	IN
36036	369	13	_	_	NNP
36036	369	14	Procyon	Procyon	NNP
36036	369	15	lotor	lotor	NN
36036	369	16	_	_	NNP
36036	369	17	at	at	IN
36036	369	18	temperatures	temperature	NNS
36036	369	19	below	below	IN
36036	369	20	their	-PRON-	PRP$
36036	369	21	lower	low	JJR
36036	369	22	critical	critical	JJ
36036	369	23	temperature	temperature	NN
36036	369	24	in	in	IN
36036	369	25	winter	winter	NN
36036	369	26	(	(	-LRB-
36036	369	27	A	a	NN
36036	369	28	=	=	SYM
36036	369	29	females	female	NNS
36036	369	30	with	with	IN
36036	369	31	radio	radio	NN
36036	369	32	transmitters	transmitter	NNS
36036	369	33	,	,	,
36036	369	34	B	b	NN
36036	369	35	=	=	SYM
36036	369	36	females	female	NNS
36036	369	37	without	without	IN
36036	369	38	radio	radio	NN
36036	369	39	transmitters	transmitter	NNS
36036	369	40	,	,	,
36036	369	41	C	C	NNP
36036	369	42	=	=	SYM
36036	369	43	males	male	NNS
36036	369	44	,	,	,
36036	369	45	I	i	NN
36036	369	46	=	=	SYM
36036	369	47	x	x	SYM
36036	369	48	-	-	NN
36036	369	49	intercept	intercept	NN
36036	369	50	(	(	-LRB-
36036	369	51	°	°	NNP
36036	369	52	C	C	NNP
36036	369	53	)	)	-RRB-
36036	369	54	,	,	,
36036	369	55	n	n	NN
36036	369	56	=	=	SYM
36036	369	57	number	number	NN
36036	369	58	of	of	IN
36036	369	59	observations	observation	NNS
36036	369	60	,	,	,
36036	369	61	R²	R²	NNP
36036	369	62	=	=	SYM
36036	369	63	coefficient	coefficient	NN
36036	369	64	of	of	IN
36036	369	65	determination	determination	NN
36036	369	66	,	,	,
36036	369	67	X	x	NN
36036	369	68	=	=	SYM
36036	369	69	chamber	chamber	NN
36036	369	70	temperature	temperature	NN
36036	369	71	(	(	-LRB-
36036	369	72	°	°	NNP
36036	369	73	C	C	NNP
36036	369	74	)	)	-RRB-
36036	369	75	,	,	,
36036	369	76	and	and	CC
36036	369	77	Y	Y	NNP
36036	369	78	=	=	SYM
36036	369	79	oxygen	oxygen	NN
36036	369	80	consumption	consumption	NN
36036	369	81	)	)	-RRB-
36036	369	82	.	.	.
36036	370	1	-----+--------------------------------------	-----+--------------------------------------	:
36036	370	2	Group|	Group|	NNP
36036	370	3	Equation	Equation	NNP
36036	370	4	(	(	-LRB-
36036	370	5	n	n	NNP
36036	370	6	)	)	-RRB-
36036	370	7	R²	R²	NNP
36036	370	8	I	I	NNP
36036	370	9	-----+--------------------------------------	-----+--------------------------------------	:
36036	370	10	A	A	NNP
36036	370	11	|	|	NNP
36036	370	12	Y	y	NN
36036	370	13	=	=	SYM
36036	370	14	0.63	0.63	CD
36036	370	15	-	-	HYPH
36036	370	16	0.0158·X	0.0158·x	CD
36036	370	17	(	(	-LRB-
36036	370	18	10	10	CD
36036	370	19	)	)	-RRB-
36036	370	20	0.66	0.66	CD
36036	370	21	40.1	40.1	CD
36036	370	22	B	B	NNP
36036	370	23	|	|	NNP
36036	370	24	Y	Y	NNP
36036	370	25	=	=	SYM
36036	370	26	0.72	0.72	CD
36036	370	27	-	-	HYPH
36036	370	28	0.0226·X	0.0226·x	CD
36036	370	29	(	(	-LRB-
36036	370	30	11	11	CD
36036	370	31	)	)	-RRB-
36036	370	32	0.71	0.71	CD
36036	370	33	32.1	32.1	CD
36036	370	34	C	C	NNP
36036	370	35	|	|	NNP
36036	370	36	Y	Y	NNP
36036	370	37	=	=	SYM
36036	370	38	0.69	0.69	CD
36036	370	39	-	-	HYPH
36036	370	40	0.0200·X	0.0200·x	CD
36036	370	41	(	(	-LRB-
36036	370	42	15	15	CD
36036	370	43	)	)	-RRB-
36036	370	44	0.79	0.79	CD
36036	370	45	34.7	34.7	CD
36036	370	46	-----+--------------------------------------	-----+--------------------------------------	:
36036	370	47	[	[	-LRB-
36036	370	48	Illustration	illustration	NN
36036	370	49	:	:	:
36036	370	50	FIGURE	FIGURE	NNP
36036	370	51	7.--Relationship	7.--relationship	CD
36036	370	52	between	between	IN
36036	370	53	body	body	NN
36036	370	54	temperature	temperature	NN
36036	370	55	and	and	CC
36036	370	56	time	time	NN
36036	370	57	of	of	IN
36036	370	58	day	day	NN
36036	370	59	at	at	IN
36036	370	60	various	various	JJ
36036	370	61	months	month	NNS
36036	370	62	of	of	IN
36036	370	63	the	the	DT
36036	370	64	year	year	NN
36036	370	65	:	:	:
36036	370	66	captive	captive	JJ
36036	370	67	females	female	NNS
36036	370	68	,	,	,
36036	370	69	open	open	JJ
36036	370	70	circles	circle	NNS
36036	370	71	;	;	:
36036	370	72	captive	captive	JJ
36036	370	73	males	male	NNS
36036	370	74	,	,	,
36036	370	75	closed	close	VBD
36036	370	76	circles	circle	NNS
36036	370	77	.	.	.
36036	371	1	Vertical	vertical	JJ
36036	371	2	cross	cross	JJ
36036	371	3	-	-	JJ
36036	371	4	hatched	hatch	VBN
36036	371	5	areas	area	NNS
36036	371	6	represent	represent	VBP
36036	371	7	civil	civil	JJ
36036	371	8	twilight	twilight	NN
36036	371	9	.	.	.
36036	371	10	]	]	-RRB-
36036	372	1	The	the	DT
36036	372	2	regression	regression	NN
36036	372	3	line	line	NN
36036	372	4	for	for	IN
36036	372	5	_	_	NNP
36036	372	6	Procyon	Procyon	NNP
36036	372	7	lotor	lotor	NN
36036	372	8	_	_	NNP
36036	372	9	in	in	IN
36036	372	10	winter	winter	NN
36036	372	11	(	(	-LRB-
36036	372	12	Table	table	NN
36036	372	13	5	5	CD
36036	372	14	)	)	-RRB-
36036	372	15	extrapolates	extrapolate	NNS
36036	372	16	to	to	IN
36036	372	17	zero	zero	CD
36036	372	18	metabolism	metabolism	NN
36036	372	19	at	at	IN
36036	372	20	35.2	35.2	CD
36036	372	21	°	°	,
36036	372	22	C	C	NNP
36036	372	23	,	,	,
36036	372	24	which	which	WDT
36036	372	25	is	be	VBZ
36036	372	26	below	below	IN
36036	372	27	normal	normal	JJ
36036	372	28	T_{b	T_{b	NNP
36036	372	29	}	}	-RRB-
36036	372	30	(	(	-LRB-
36036	372	31	Figures	Figures	NNP
36036	372	32	6	6	CD
36036	372	33	,	,	,
36036	372	34	7	7	CD
36036	372	35	)	)	-RRB-
36036	372	36	.	.	.
36036	373	1	This	this	DT
36036	373	2	suggests	suggest	VBZ
36036	373	3	that	that	IN
36036	373	4	not	not	RB
36036	373	5	all	all	DT
36036	373	6	raccoons	raccoon	NNS
36036	373	7	measured	measure	VBN
36036	373	8	in	in	IN
36036	373	9	winter	winter	NN
36036	373	10	minimized	minimize	VBD
36036	373	11	thermoregulatory	thermoregulatory	JJ
36036	373	12	metabolism	metabolism	NN
36036	373	13	or	or	CC
36036	373	14	conductances	conductance	NNS
36036	373	15	at	at	IN
36036	373	16	T_{a	T_{a	NNP
36036	373	17	}	}	-RRB-
36036	373	18	's	be	VBZ
36036	373	19	below	below	RB
36036	373	20	T_{lc	t_{lc	NN
36036	373	21	}	}	-RRB-
36036	373	22	(	(	-LRB-
36036	373	23	Scholander	Scholander	NNP
36036	373	24	et	et	NNP
36036	373	25	al	al	NNP
36036	373	26	.	.	NNP
36036	373	27	,	,	,
36036	373	28	1950b	1950b	CD
36036	373	29	;	;	:
36036	373	30	McNab	McNab	NNP
36036	373	31	,	,	,
36036	373	32	1980b	1980b	CD
36036	373	33	)	)	-RRB-
36036	373	34	.	.	.
36036	374	1	To	to	TO
36036	374	2	assess	assess	VB
36036	374	3	this	this	DT
36036	374	4	possibility	possibility	NN
36036	374	5	,	,	,
36036	374	6	data	datum	NNS
36036	374	7	for	for	IN
36036	374	8	these	these	DT
36036	374	9	animals	animal	NNS
36036	374	10	were	be	VBD
36036	374	11	divided	divide	VBN
36036	374	12	into	into	IN
36036	374	13	three	three	CD
36036	374	14	groups	group	NNS
36036	374	15	:	:	:
36036	374	16	(	(	-LRB-
36036	374	17	A	a	NN
36036	374	18	)	)	-RRB-
36036	374	19	females	female	NNS
36036	374	20	with	with	IN
36036	374	21	radio	radio	NN
36036	374	22	transmitters	transmitter	NNS
36036	374	23	,	,	,
36036	374	24	(	(	-LRB-
36036	374	25	B	b	NN
36036	374	26	)	)	-RRB-
36036	374	27	females	female	VBZ
36036	374	28	without	without	IN
36036	374	29	radio	radio	NN
36036	374	30	transmitters	transmitter	NNS
36036	374	31	,	,	,
36036	374	32	and	and	CC
36036	374	33	(	(	-LRB-
36036	374	34	C	C	NNP
36036	374	35	)	)	-RRB-
36036	374	36	males	male	NNS
36036	374	37	(	(	-LRB-
36036	374	38	Table	table	NN
36036	374	39	6	6	CD
36036	374	40	)	)	-RRB-
36036	374	41	.	.	.
36036	375	1	Regression	regression	NN
36036	375	2	equations	equation	NNS
36036	375	3	of	of	IN
36036	375	4	metabolism	metabolism	NN
36036	375	5	below	below	IN
36036	375	6	T_{lc	t_{lc	NN
36036	375	7	}	}	-RRB-
36036	375	8	were	be	VBD
36036	375	9	derived	derive	VBN
36036	375	10	for	for	IN
36036	375	11	each	each	DT
36036	375	12	group	group	NN
36036	375	13	,	,	,
36036	375	14	and	and	CC
36036	375	15	based	base	VBN
36036	375	16	on	on	IN
36036	375	17	extrapolated	extrapolated	JJ
36036	375	18	T_{b	T_{b	NNP
36036	375	19	}	}	-RRB-
36036	375	20	's	be	VBZ
36036	375	21	at	at	IN
36036	375	22	zero	zero	CD
36036	375	23	metabolism	metabolism	NN
36036	375	24	,	,	,
36036	375	25	only	only	RB
36036	375	26	the	the	DT
36036	375	27	two	two	CD
36036	375	28	females	female	NNS
36036	375	29	with	with	IN
36036	375	30	implanted	implanted	JJ
36036	375	31	radio	radio	NN
36036	375	32	transmitters	transmitter	NNS
36036	375	33	(	(	-LRB-
36036	375	34	group	group	NN
36036	375	35	A	a	NN
36036	375	36	)	)	-RRB-
36036	375	37	minimized	minimize	VBN
36036	375	38	thermoregulatory	thermoregulatory	JJ
36036	375	39	metabolism	metabolism	NN
36036	375	40	and	and	CC
36036	375	41	conductance	conductance	NN
36036	375	42	.	.	.
36036	376	1	Had	have	VBD
36036	376	2	animals	animal	NNS
36036	376	3	in	in	IN
36036	376	4	groups	group	NNS
36036	376	5	B	B	NNP
36036	376	6	and	and	CC
36036	376	7	C	C	NNP
36036	376	8	also	also	RB
36036	376	9	minimized	minimize	VBD
36036	376	10	their	-PRON-	PRP$
36036	376	11	thermal	thermal	JJ
36036	376	12	conductances	conductance	NNS
36036	376	13	,	,	,
36036	376	14	while	while	IN
36036	376	15	retaining	retain	VBG
36036	376	16	their	-PRON-	PRP$
36036	376	17	measured	measure	VBN
36036	376	18	metabolic	metabolic	JJ
36036	376	19	rates	rate	NNS
36036	376	20	,	,	,
36036	376	21	their	-PRON-	PRP$
36036	376	22	rates	rate	NNS
36036	376	23	of	of	IN
36036	376	24	heat	heat	NN
36036	376	25	production	production	NN
36036	376	26	would	would	MD
36036	376	27	have	have	VB
36036	376	28	been	be	VBN
36036	376	29	disproportionately	disproportionately	RB
36036	376	30	higher	high	JJR
36036	376	31	than	than	IN
36036	376	32	their	-PRON-	PRP$
36036	376	33	rates	rate	NNS
36036	376	34	of	of	IN
36036	376	35	heat	heat	NN
36036	376	36	loss	loss	NN
36036	376	37	.	.	.
36036	377	1	Equation	equation	NN
36036	377	2	4	4	CD
36036	377	3	predicts	predict	VBZ
36036	377	4	that	that	IN
36036	377	5	under	under	IN
36036	377	6	these	these	DT
36036	377	7	conditions	condition	NNS
36036	377	8	their	-PRON-	PRP$
36036	377	9	body	body	NN
36036	377	10	temperatures	temperature	NNS
36036	377	11	would	would	MD
36036	377	12	have	have	VB
36036	377	13	been	be	VBN
36036	377	14	elevated	elevate	VBN
36036	377	15	to	to	IN
36036	377	16	42.0	42.0	CD
36036	377	17	°	°	,
36036	377	18	C	C	NNP
36036	377	19	and	and	CC
36036	377	20	40.4	40.4	CD
36036	377	21	°	°	,
36036	377	22	C	C	NNP
36036	377	23	,	,	,
36036	377	24	respectively	respectively	RB
36036	377	25	.	.	.
36036	378	1	Thus	thus	RB
36036	378	2	,	,	,
36036	378	3	in	in	IN
36036	378	4	order	order	NN
36036	378	5	to	to	TO
36036	378	6	avoid	avoid	VB
36036	378	7	such	such	PDT
36036	378	8	a	a	DT
36036	378	9	large	large	JJ
36036	378	10	increase	increase	NN
36036	378	11	in	in	IN
36036	378	12	body	body	NN
36036	378	13	temperature	temperature	NN
36036	378	14	,	,	,
36036	378	15	animals	animal	NNS
36036	378	16	in	in	IN
36036	378	17	groups	group	NNS
36036	378	18	B	B	NNP
36036	378	19	and	and	CC
36036	378	20	C	C	NNP
36036	378	21	increased	increase	VBD
36036	378	22	their	-PRON-	PRP$
36036	378	23	thermal	thermal	JJ
36036	378	24	conductances	conductance	NNS
36036	378	25	in	in	IN
36036	378	26	preference	preference	NN
36036	378	27	to	to	IN
36036	378	28	lowering	lower	VBG
36036	378	29	their	-PRON-	PRP$
36036	378	30	metabolic	metabolic	JJ
36036	378	31	rates	rate	NNS
36036	378	32	.	.	.
36036	379	1	The	the	DT
36036	379	2	regression	regression	NN
36036	379	3	equation	equation	NN
36036	379	4	of	of	IN
36036	379	5	thermoregulatory	thermoregulatory	JJ
36036	379	6	metabolism	metabolism	NN
36036	379	7	for	for	IN
36036	379	8	all	all	DT
36036	379	9	winter	winter	NN
36036	379	10	animals	animal	NNS
36036	379	11	(	(	-LRB-
36036	379	12	Table	table	NN
36036	379	13	5	5	CD
36036	379	14	)	)	-RRB-
36036	379	15	,	,	,
36036	379	16	therefore	therefore	RB
36036	379	17	,	,	,
36036	379	18	overestimates	overestimate	VBZ
36036	379	19	minimum	minimum	JJ
36036	379	20	metabolic	metabolic	JJ
36036	379	21	cost	cost	NN
36036	379	22	of	of	IN
36036	379	23	temperature	temperature	NN
36036	379	24	regulation	regulation	NN
36036	379	25	below	below	IN
36036	379	26	T_{lc	t_{lc	NN
36036	379	27	}	}	-RRB-
36036	379	28	,	,	,
36036	379	29	and	and	CC
36036	379	30	its	-PRON-	PRP$
36036	379	31	slope	slope	NN
36036	379	32	underestimates	underestimate	VBZ
36036	379	33	C_{mw	C_{mw	NNP
36036	379	34	}	}	-RRB-
36036	379	35	.	.	.
36036	380	1	Consequently	consequently	RB
36036	380	2	,	,	,
36036	380	3	the	the	DT
36036	380	4	best	good	JJS
36036	380	5	estimate	estimate	NN
36036	380	6	of	of	IN
36036	380	7	C_{mw	C_{mw	NNP
36036	380	8	}	}	-RRB-
36036	380	9	for	for	IN
36036	380	10	_	_	NNP
36036	380	11	Procyon	Procyon	NNP
36036	380	12	lotor	lotor	NN
36036	380	13	_	_	NNP
36036	380	14	in	in	IN
36036	380	15	winter	winter	NN
36036	380	16	is	be	VBZ
36036	380	17	the	the	DT
36036	380	18	value	value	NN
36036	380	19	calculated	calculate	VBN
36036	380	20	for	for	IN
36036	380	21	group	group	NN
36036	380	22	A	a	DT
36036	380	23	animals	animal	NNS
36036	380	24	with	with	IN
36036	380	25	Eq	Eq	NNP
36036	380	26	.	.	.
36036	381	1	4	4	CD
36036	381	2	(	(	-LRB-
36036	381	3	0.0172	0.0172	CD
36036	381	4	mL	mL	NNP
36036	381	5	O_{2}·g^{-1}·h^{-1}·	o_{2}·g^{-1}·h^{-1}·	RB
36036	381	6	°	°	,
36036	381	7	C^{-1	c^{-1	ADD
36036	381	8	}	}	-RRB-
36036	381	9	;	;	:
36036	381	10	Table	table	NN
36036	381	11	3	3	CD
36036	381	12	)	)	-RRB-
36036	381	13	,	,	,
36036	381	14	and	and	CC
36036	381	15	the	the	DT
36036	381	16	minimum	minimum	JJ
36036	381	17	cost	cost	NN
36036	381	18	of	of	IN
36036	381	19	thermoregulatory	thermoregulatory	JJ
36036	381	20	metabolism	metabolism	NN
36036	381	21	at	at	IN
36036	381	22	any	any	DT
36036	381	23	T_{a	T_{a	NNP
36036	381	24	}	}	-RRB-
36036	381	25	below	below	IN
36036	381	26	T_{lc	t_{lc	NN
36036	381	27	}	}	-RRB-
36036	381	28	is	be	VBZ
36036	381	29	best	well	RBS
36036	381	30	estimated	estimate	VBN
36036	381	31	by	by	IN
36036	381	32	substituting	substitute	VBG
36036	381	33	this	this	DT
36036	381	34	value	value	NN
36036	381	35	into	into	IN
36036	381	36	Eq	Eq	NNP
36036	381	37	.	.	.
36036	382	1	4	4	LS
36036	382	2	and	and	CC
36036	382	3	solving	solve	VBG
36036	382	4	for	for	IN
36036	382	5	[	[	-LRB-
36036	382	6	.H]_{r	.H]_{r	.
36036	382	7	}	}	-RRB-
36036	382	8	.	.	.
36036	383	1	THERMOREGULATION	thermoregulation	NN
36036	383	2	AT	at	IN
36036	383	3	HIGH	high	JJ
36036	383	4	TEMPERATURES	temperatures	NN
36036	383	5	_	_	NNP
36036	383	6	Body	Body	NNP
36036	383	7	Temperature	Temperature	NNP
36036	383	8	_	_	NNP
36036	383	9	In	in	IN
36036	383	10	both	both	DT
36036	383	11	summer	summer	NN
36036	383	12	and	and	CC
36036	383	13	winter	winter	NN
36036	383	14	,	,	,
36036	383	15	T_{b	T_{b	NNP
36036	383	16	}	}	-RRB-
36036	383	17	's	be	VBZ
36036	383	18	increased	increase	VBN
36036	383	19	during	during	IN
36036	383	20	metabolic	metabolic	JJ
36036	383	21	measurements	measurement	NNS
36036	383	22	at	at	IN
36036	383	23	T_{a	T_{a	NNP
36036	383	24	}	}	-RRB-
36036	383	25	's	be	VBZ
36036	383	26	above	above	IN
36036	383	27	T_{lc	t_{lc	NN
36036	383	28	}	}	-RRB-
36036	383	29	(	(	-LRB-
36036	383	30	Figure	Figure	NNP
36036	383	31	6	6	CD
36036	383	32	)	)	-RRB-
36036	383	33	.	.	.
36036	384	1	This	this	DT
36036	384	2	response	response	NN
36036	384	3	also	also	RB
36036	384	4	was	be	VBD
36036	384	5	seen	see	VBN
36036	384	6	during	during	IN
36036	384	7	metabolic	metabolic	JJ
36036	384	8	measurements	measurement	NNS
36036	384	9	conducted	conduct	VBN
36036	384	10	on	on	IN
36036	384	11	other	other	JJ
36036	384	12	procyonids	procyonid	NNS
36036	384	13	(	(	-LRB-
36036	384	14	Müller	Müller	NNP
36036	384	15	and	and	CC
36036	384	16	Kulzer	Kulzer	NNP
36036	384	17	,	,	,
36036	384	18	1977	1977	CD
36036	384	19	;	;	:
36036	384	20	Chevillard	Chevillard	NNP
36036	384	21	-	-	HYPH
36036	384	22	Hugot	Hugot	NNP
36036	384	23	et	et	FW
36036	384	24	al	al	NNP
36036	384	25	.	.	NNP
36036	384	26	,	,	,
36036	384	27	1980	1980	CD
36036	384	28	;	;	:
36036	384	29	Müller	Müller	NNP
36036	384	30	and	and	CC
36036	384	31	Rost	Rost	NNP
36036	384	32	,	,	,
36036	384	33	1983	1983	CD
36036	384	34	;	;	:
36036	384	35	Chevalier	Chevalier	NNP
36036	384	36	,	,	,
36036	384	37	1985	1985	CD
36036	384	38	)	)	-RRB-
36036	384	39	.	.	.
36036	385	1	_	_	NNP
36036	385	2	Summer	Summer	NNP
36036	385	3	_	_	NNP
36036	385	4	During	during	IN
36036	385	5	summer	summer	NN
36036	385	6	our	-PRON-	PRP$
36036	385	7	data	datum	NNS
36036	385	8	suggested	suggest	VBD
36036	385	9	that	that	IN
36036	385	10	the	the	DT
36036	385	11	upper	upper	JJ
36036	385	12	critical	critical	JJ
36036	385	13	temperature	temperature	NN
36036	385	14	(	(	-LRB-
36036	385	15	T_{uc	t_{uc	UH
36036	385	16	}	}	-RRB-
36036	385	17	)	)	-RRB-
36036	385	18	was	be	VBD
36036	385	19	higher	high	JJR
36036	385	20	than	than	IN
36036	385	21	35	35	CD
36036	385	22	°	°	NNS
36036	385	23	C	c	NN
36036	385	24	.	.	.
36036	386	1	The	the	DT
36036	386	2	lowest	low	JJS
36036	386	3	rates	rate	NNS
36036	386	4	of	of	IN
36036	386	5	oxygen	oxygen	NN
36036	386	6	consumption	consumption	NN
36036	386	7	at	at	IN
36036	386	8	T_{a	T_{a	NNP
36036	386	9	}	}	-RRB-
36036	386	10	=	=	SYM
36036	386	11	35	35	CD
36036	386	12	°	°	NN
36036	386	13	C	C	NNP
36036	386	14	occurred	occur	VBD
36036	386	15	after	after	IN
36036	386	16	1.5	1.5	CD
36036	386	17	to	to	TO
36036	386	18	2.5	2.5	CD
36036	386	19	hours	hour	NNS
36036	386	20	of	of	IN
36036	386	21	exposure	exposure	NN
36036	386	22	to	to	IN
36036	386	23	that	that	DT
36036	386	24	temperature	temperature	NN
36036	386	25	.	.	.
36036	387	1	Prolonged	prolonged	JJ
36036	387	2	exposure	exposure	NN
36036	387	3	to	to	IN
36036	387	4	this	this	DT
36036	387	5	temperature	temperature	NN
36036	387	6	in	in	IN
36036	387	7	summer	summer	NN
36036	387	8	did	do	VBD
36036	387	9	not	not	RB
36036	387	10	make	make	VB
36036	387	11	animals	animal	NNS
36036	387	12	restless	restless	JJ
36036	387	13	,	,	,
36036	387	14	and	and	CC
36036	387	15	their	-PRON-	PRP$
36036	387	16	rate	rate	NN
36036	387	17	of	of	IN
36036	387	18	oxygen	oxygen	NN
36036	387	19	consumption	consumption	NN
36036	387	20	was	be	VBD
36036	387	21	very	very	RB
36036	387	22	stable	stable	JJ
36036	387	23	throughout	throughout	IN
36036	387	24	each	each	DT
36036	387	25	measurement	measurement	NN
36036	387	26	.	.	.
36036	388	1	Body	body	NN
36036	388	2	temperature	temperature	NN
36036	388	3	responses	response	NNS
36036	388	4	at	at	IN
36036	388	5	T_{a	T_{a	NNP
36036	388	6	}	}	-RRB-
36036	388	7	=	=	SYM
36036	388	8	35	35	CD
36036	388	9	°	°	,
36036	388	10	C	C	NNP
36036	388	11	were	be	VBD
36036	388	12	recorded	record	VBN
36036	388	13	from	from	IN
36036	388	14	two	two	CD
36036	388	15	males	male	NNS
36036	388	16	and	and	CC
36036	388	17	two	two	CD
36036	388	18	females	female	NNS
36036	388	19	that	that	WDT
36036	388	20	had	have	VBD
36036	388	21	implanted	implant	VBN
36036	388	22	radio	radio	NN
36036	388	23	transmitters	transmitter	NNS
36036	388	24	.	.	.
36036	389	1	With	with	IN
36036	389	2	the	the	DT
36036	389	3	exception	exception	NN
36036	389	4	of	of	IN
36036	389	5	one	one	CD
36036	389	6	male	male	NN
36036	389	7	,	,	,
36036	389	8	T_{b	T_{b	NNP
36036	389	9	}	}	-RRB-
36036	389	10	's	's	POS
36036	389	11	were	be	VBD
36036	389	12	maintained	maintain	VBN
36036	389	13	near	near	IN
36036	389	14	38	38	CD
36036	389	15	°	°	,
36036	389	16	C	C	NNP
36036	389	17	(	(	-LRB-
36036	389	18	Figure	Figure	NNP
36036	389	19	6	6	CD
36036	389	20	)	)	-RRB-
36036	389	21	.	.	.
36036	390	1	The	the	DT
36036	390	2	one	one	CD
36036	390	3	exception	exception	NN
36036	390	4	(	(	-LRB-
36036	390	5	a	a	DT
36036	390	6	male	male	NN
36036	390	7	)	)	-RRB-
36036	390	8	maintained	maintain	VBD
36036	390	9	its	-PRON-	PRP$
36036	390	10	T_{b	T_{b	NNP
36036	390	11	}	}	-RRB-
36036	390	12	at	at	IN
36036	390	13	39.3	39.3	CD
36036	390	14	°	°	,
36036	390	15	C	C	NNP
36036	390	16	.	.	.
36036	391	1	At	at	IN
36036	391	2	T_{a	T_{a	NNP
36036	391	3	}	}	-RRB-
36036	391	4	=	=	SYM
36036	391	5	35	35	CD
36036	391	6	°	°	,
36036	391	7	C	c	NN
36036	391	8	,	,	,
36036	391	9	summer	summer	NN
36036	391	10	males	male	NNS
36036	391	11	had	have	VBD
36036	391	12	rates	rate	NNS
36036	391	13	of	of	IN
36036	391	14	evaporative	evaporative	JJ
36036	391	15	water	water	NN
36036	391	16	loss	loss	NN
36036	391	17	that	that	WDT
36036	391	18	were	be	VBD
36036	391	19	lower	low	JJR
36036	391	20	than	than	IN
36036	391	21	those	those	DT
36036	391	22	of	of	IN
36036	391	23	summer	summer	NN
36036	391	24	females	female	NNS
36036	391	25	(	(	-LRB-
36036	391	26	Figure	figure	NN
36036	391	27	4	4	CD
36036	391	28	)	)	-RRB-
36036	391	29	.	.	.
36036	392	1	At	at	IN
36036	392	2	this	this	DT
36036	392	3	temperature	temperature	NN
36036	392	4	,	,	,
36036	392	5	males	male	NNS
36036	392	6	dissipated	dissipate	VBN
36036	392	7	35	35	CD
36036	392	8	%	%	NN
36036	392	9	±6	±6	CD
36036	392	10	%	%	NN
36036	392	11	and	and	CC
36036	392	12	females	female	NNS
36036	392	13	56	56	CD
36036	392	14	%	%	NN
36036	392	15	±18	±18	NNP
36036	392	16	%	%	NN
36036	392	17	of	of	IN
36036	392	18	their	-PRON-	PRP$
36036	392	19	metabolic	metabolic	JJ
36036	392	20	heat	heat	NN
36036	392	21	via	via	IN
36036	392	22	evaporative	evaporative	JJ
36036	392	23	water	water	NN
36036	392	24	loss	loss	NN
36036	392	25	.	.	.
36036	393	1	Thus	thus	RB
36036	393	2	,	,	,
36036	393	3	at	at	IN
36036	393	4	T_{a	T_{a	NNP
36036	393	5	}	}	-RRB-
36036	393	6	=	=	SYM
36036	393	7	35	35	CD
36036	393	8	°	°	,
36036	393	9	C	C	NNP
36036	393	10	,	,	,
36036	393	11	males	male	NNS
36036	393	12	must	must	MD
36036	393	13	have	have	VB
36036	393	14	utilized	utilize	VBN
36036	393	15	modes	mode	NNS
36036	393	16	of	of	IN
36036	393	17	heat	heat	NN
36036	393	18	transfer	transfer	VBP
36036	393	19	other	other	JJ
36036	393	20	than	than	IN
36036	393	21	evaporative	evaporative	JJ
36036	393	22	cooling	cooling	NN
36036	393	23	(	(	-LRB-
36036	393	24	convective	convective	JJ
36036	393	25	and	and	CC
36036	393	26	conductive	conductive	JJ
36036	393	27	heat	heat	NN
36036	393	28	transfer	transfer	NN
36036	393	29	)	)	-RRB-
36036	393	30	to	to	IN
36036	393	31	a	a	DT
36036	393	32	greater	great	JJR
36036	393	33	extent	extent	NN
36036	393	34	than	than	IN
36036	393	35	females	female	NNS
36036	393	36	.	.	.
36036	394	1	_	_	NNP
36036	394	2	Winter	Winter	NNP
36036	394	3	_	_	NNP
36036	394	4	Body	Body	NNP
36036	394	5	temperature	temperature	NN
36036	394	6	,	,	,
36036	394	7	evaporative	evaporative	JJ
36036	394	8	water	water	NN
36036	394	9	loss	loss	NN
36036	394	10	,	,	,
36036	394	11	and	and	CC
36036	394	12	metabolic	metabolic	JJ
36036	394	13	data	datum	NNS
36036	394	14	indicated	indicate	VBD
36036	394	15	that	that	IN
36036	394	16	,	,	,
36036	394	17	in	in	IN
36036	394	18	winter	winter	NN
36036	394	19	,	,	,
36036	394	20	T_{uc	T_{uc	NNP
36036	394	21	}	}	-RRB-
36036	394	22	was	be	VBD
36036	394	23	very	very	RB
36036	394	24	close	close	JJ
36036	394	25	to	to	TO
36036	394	26	35	35	CD
36036	394	27	°	°	NNS
36036	394	28	C	c	NN
36036	394	29	.	.	.
36036	395	1	In	in	IN
36036	395	2	winter	winter	NN
36036	395	3	,	,	,
36036	395	4	the	the	DT
36036	395	5	lowest	low	JJS
36036	395	6	level	level	NN
36036	395	7	of	of	IN
36036	395	8	oxygen	oxygen	NN
36036	395	9	consumption	consumption	NN
36036	395	10	was	be	VBD
36036	395	11	recorded	record	VBN
36036	395	12	during	during	IN
36036	395	13	the	the	DT
36036	395	14	first	first	JJ
36036	395	15	hour	hour	NN
36036	395	16	after	after	IN
36036	395	17	the	the	DT
36036	395	18	chamber	chamber	NN
36036	395	19	had	have	VBD
36036	395	20	reached	reach	VBN
36036	395	21	T_{a	T_{a	NNP
36036	395	22	}	}	-RRB-
36036	395	23	=	=	SYM
36036	395	24	35	35	CD
36036	395	25	°	°	,
36036	395	26	C	c	NN
36036	395	27	.	.	.
36036	396	1	Unlike	unlike	IN
36036	396	2	summer	summer	NN
36036	396	3	,	,	,
36036	396	4	animals	animal	NNS
36036	396	5	became	become	VBD
36036	396	6	restless	restless	JJ
36036	396	7	after	after	IN
36036	396	8	the	the	DT
36036	396	9	first	first	JJ
36036	396	10	hour	hour	NN
36036	396	11	at	at	IN
36036	396	12	35	35	CD
36036	396	13	°	°	NNS
36036	396	14	C	C	NNP
36036	396	15	,	,	,
36036	396	16	at	at	IN
36036	396	17	which	which	WDT
36036	396	18	point	point	VBP
36036	396	19	their	-PRON-	PRP$
36036	396	20	oxygen	oxygen	NN
36036	396	21	consumption	consumption	NN
36036	396	22	increased	increase	VBD
36036	396	23	and	and	CC
36036	396	24	showed	show	VBD
36036	396	25	a	a	DT
36036	396	26	high	high	JJ
36036	396	27	degree	degree	NN
36036	396	28	of	of	IN
36036	396	29	variability	variability	NN
36036	396	30	.	.	.
36036	397	1	Body	body	NN
36036	397	2	temperature	temperature	NN
36036	397	3	responses	response	NNS
36036	397	4	at	at	IN
36036	397	5	35	35	CD
36036	397	6	°	°	NNS
36036	397	7	C	C	NNP
36036	397	8	were	be	VBD
36036	397	9	recorded	record	VBN
36036	397	10	from	from	IN
36036	397	11	both	both	DT
36036	397	12	females	female	NNS
36036	397	13	that	that	WDT
36036	397	14	had	have	VBD
36036	397	15	implanted	implant	VBN
36036	397	16	radio	radio	NN
36036	397	17	transmitters	transmitter	NNS
36036	397	18	.	.	.
36036	398	1	In	in	IN
36036	398	2	one	one	CD
36036	398	3	case	case	NN
36036	398	4	,	,	,
36036	398	5	T_{b	T_{b	NNP
36036	398	6	}	}	-RRB-
36036	398	7	rose	rise	VBD
36036	398	8	from	from	IN
36036	398	9	37.9	37.9	CD
36036	398	10	°	°	,
36036	398	11	C	C	NNP
36036	398	12	at	at	IN
36036	398	13	the	the	DT
36036	398	14	end	end	NN
36036	398	15	of	of	IN
36036	398	16	the	the	DT
36036	398	17	first	first	JJ
36036	398	18	hour	hour	NN
36036	398	19	to	to	IN
36036	398	20	40.5	40.5	CD
36036	398	21	°	°	,
36036	398	22	C	c	NN
36036	398	23	by	by	IN
36036	398	24	the	the	DT
36036	398	25	end	end	NN
36036	398	26	of	of	IN
36036	398	27	the	the	DT
36036	398	28	second	second	JJ
36036	398	29	hour	hour	NN
36036	398	30	,	,	,
36036	398	31	and	and	CC
36036	398	32	as	as	IN
36036	398	33	it	-PRON-	PRP
36036	398	34	did	do	VBD
36036	398	35	not	not	RB
36036	398	36	show	show	VB
36036	398	37	signs	sign	NNS
36036	398	38	of	of	IN
36036	398	39	leveling	level	VBG
36036	398	40	off	off	RP
36036	398	41	,	,	,
36036	398	42	we	-PRON-	PRP
36036	398	43	terminated	terminate	VBD
36036	398	44	the	the	DT
36036	398	45	experiment	experiment	NN
36036	398	46	.	.	.
36036	399	1	We	-PRON-	PRP
36036	399	2	exposed	expose	VBD
36036	399	3	that	that	DT
36036	399	4	same	same	JJ
36036	399	5	animal	animal	NN
36036	399	6	to	to	IN
36036	399	7	T_{a	T_{a	NNP
36036	399	8	}	}	-RRB-
36036	399	9	=	=	SYM
36036	399	10	35	35	CD
36036	399	11	°	°	NN
36036	399	12	C	C	NNP
36036	399	13	one	one	CD
36036	399	14	other	other	JJ
36036	399	15	time	time	NN
36036	399	16	during	during	IN
36036	399	17	winter	winter	NN
36036	399	18	.	.	.
36036	400	1	In	in	IN
36036	400	2	that	that	DT
36036	400	3	instance	instance	NN
36036	400	4	,	,	,
36036	400	5	its	-PRON-	PRP$
36036	400	6	T_{b	T_{b	NNP
36036	400	7	}	}	-RRB-
36036	400	8	rose	rise	VBD
36036	400	9	to	to	IN
36036	400	10	40.0	40.0	CD
36036	400	11	°	°	,
36036	400	12	C	C	NNP
36036	400	13	during	during	IN
36036	400	14	the	the	DT
36036	400	15	first	first	JJ
36036	400	16	30	30	CD
36036	400	17	minutes	minute	NNS
36036	400	18	and	and	CC
36036	400	19	was	be	VBD
36036	400	20	maintained	maintain	VBN
36036	400	21	at	at	IN
36036	400	22	that	that	DT
36036	400	23	level	level	NN
36036	400	24	for	for	IN
36036	400	25	three	three	CD
36036	400	26	hours	hour	NNS
36036	400	27	with	with	IN
36036	400	28	no	no	DT
36036	400	29	apparent	apparent	JJ
36036	400	30	distress	distress	NN
36036	400	31	.	.	.
36036	401	1	The	the	DT
36036	401	2	other	other	JJ
36036	401	3	female	female	NN
36036	401	4	elevated	elevate	VBD
36036	401	5	its	-PRON-	PRP$
36036	401	6	T_{b	T_{b	NNP
36036	401	7	}	}	-RRB-
36036	401	8	from	from	IN
36036	401	9	37.3	37.3	CD
36036	401	10	°	°	,
36036	401	11	C	C	NNP
36036	401	12	to	to	IN
36036	401	13	39.0	39.0	CD
36036	401	14	°	°	,
36036	401	15	C	c	NN
36036	401	16	during	during	IN
36036	401	17	the	the	DT
36036	401	18	second	second	JJ
36036	401	19	hour	hour	NN
36036	401	20	at	at	IN
36036	401	21	T_{a	T_{a	NNP
36036	401	22	}	}	-RRB-
36036	401	23	=	=	SYM
36036	401	24	35	35	CD
36036	401	25	°	°	,
36036	401	26	C	C	NNP
36036	401	27	and	and	CC
36036	401	28	maintained	maintain	VBD
36036	401	29	its	-PRON-	PRP$
36036	401	30	T_{b	T_{b	NNP
36036	401	31	}	}	-RRB-
36036	401	32	at	at	IN
36036	401	33	that	that	DT
36036	401	34	level	level	NN
36036	401	35	for	for	IN
36036	401	36	two	two	CD
36036	401	37	hours	hour	NNS
36036	401	38	.	.	.
36036	402	1	Thus	thus	RB
36036	402	2	,	,	,
36036	402	3	during	during	IN
36036	402	4	winter	winter	NN
36036	402	5	,	,	,
36036	402	6	prolonged	prolong	VBD
36036	402	7	exposure	exposure	NN
36036	402	8	to	to	IN
36036	402	9	T_{a	T_{a	NNP
36036	402	10	}	}	-RRB-
36036	402	11	=	=	SYM
36036	402	12	35	35	CD
36036	402	13	°	°	,
36036	402	14	C	C	NNP
36036	402	15	stimulated	stimulate	VBD
36036	402	16	more	more	JJR
36036	402	17	of	of	IN
36036	402	18	an	an	DT
36036	402	19	increase	increase	NN
36036	402	20	in	in	IN
36036	402	21	T_{b	T_{b	NNP
36036	402	22	}	}	-RRB-
36036	402	23	than	than	IN
36036	402	24	it	-PRON-	PRP
36036	402	25	did	do	VBD
36036	402	26	in	in	IN
36036	402	27	summer	summer	NN
36036	402	28	.	.	.
36036	403	1	During	during	IN
36036	403	2	winter	winter	NN
36036	403	3	,	,	,
36036	403	4	both	both	DT
36036	403	5	males	male	NNS
36036	403	6	and	and	CC
36036	403	7	females	female	NNS
36036	403	8	increased	increase	VBD
36036	403	9	evaporative	evaporative	JJ
36036	403	10	water	water	NN
36036	403	11	loss	loss	NN
36036	403	12	at	at	IN
36036	403	13	T_{a	T_{a	NNP
36036	403	14	}	}	-RRB-
36036	403	15	=	=	SYM
36036	403	16	35	35	CD
36036	403	17	°	°	,
36036	403	18	C	C	NNP
36036	403	19	(	(	-LRB-
36036	403	20	Figure	Figure	NNP
36036	403	21	5	5	CD
36036	403	22	)	)	-RRB-
36036	403	23	but	but	CC
36036	403	24	only	only	RB
36036	403	25	to	to	IN
36036	403	26	the	the	DT
36036	403	27	extent	extent	NN
36036	403	28	that	that	IN
36036	403	29	they	-PRON-	PRP
36036	403	30	dissipated	dissipate	VBD
36036	403	31	35	35	CD
36036	403	32	%	%	NN
36036	403	33	±10	±10	IN
36036	403	34	%	%	NN
36036	403	35	of	of	IN
36036	403	36	their	-PRON-	PRP$
36036	403	37	metabolic	metabolic	JJ
36036	403	38	heat	heat	NN
36036	403	39	production	production	NN
36036	403	40	.	.	.
36036	404	1	Thus	thus	RB
36036	404	2	,	,	,
36036	404	3	even	even	RB
36036	404	4	in	in	IN
36036	404	5	winter	winter	NN
36036	404	6	,	,	,
36036	404	7	convective	convective	JJ
36036	404	8	and	and	CC
36036	404	9	conductive	conductive	JJ
36036	404	10	heat	heat	NN
36036	404	11	transfers	transfer	NNS
36036	404	12	were	be	VBD
36036	404	13	still	still	RB
36036	404	14	the	the	DT
36036	404	15	most	most	RBS
36036	404	16	important	important	JJ
36036	404	17	modes	mode	NNS
36036	404	18	of	of	IN
36036	404	19	heat	heat	NN
36036	404	20	loss	loss	NN
36036	404	21	at	at	IN
36036	404	22	this	this	DT
36036	404	23	temperature	temperature	NN
36036	404	24	.	.	.
36036	405	1	DAILY	DAILY	NNP
36036	405	2	CYCLE	cycle	NN
36036	405	3	OF	of	IN
36036	405	4	BODY	BODY	NNP
36036	405	5	TEMPERATURE	temperature	NN
36036	405	6	The	the	DT
36036	405	7	daily	daily	JJ
36036	405	8	cycle	cycle	NN
36036	405	9	of	of	IN
36036	405	10	raccoon	raccoon	NN
36036	405	11	T_{b	T_{b	NNP
36036	405	12	}	}	-RRB-
36036	405	13	's	be	VBZ
36036	405	14	during	during	IN
36036	405	15	summer	summer	NN
36036	405	16	and	and	CC
36036	405	17	winter	winter	NN
36036	405	18	are	be	VBP
36036	405	19	presented	present	VBN
36036	405	20	in	in	IN
36036	405	21	Figure	Figure	NNP
36036	405	22	7	7	CD
36036	405	23	.	.	.
36036	406	1	In	in	IN
36036	406	2	general	general	JJ
36036	406	3	,	,	,
36036	406	4	T_{b	T_{b	NNP
36036	406	5	}	}	-RRB-
36036	406	6	's	be	VBZ
36036	406	7	showed	show	VBN
36036	406	8	a	a	DT
36036	406	9	marked	marked	JJ
36036	406	10	circadian	circadian	JJ
36036	406	11	cycle	cycle	NN
36036	406	12	in	in	IN
36036	406	13	phase	phase	NN
36036	406	14	with	with	IN
36036	406	15	photoperiod	photoperiod	NN
36036	406	16	.	.	.
36036	407	1	T_{b	T_{b	NNP
36036	407	2	}	}	-RRB-
36036	407	3	's	's	POS
36036	407	4	rose	rise	VBD
36036	407	5	above	above	IN
36036	407	6	38	38	CD
36036	407	7	°	°	,
36036	407	8	C	C	NNP
36036	407	9	for	for	IN
36036	407	10	several	several	JJ
36036	407	11	hours	hour	NNS
36036	407	12	each	each	DT
36036	407	13	night	night	NN
36036	407	14	but	but	CC
36036	407	15	remained	remain	VBD
36036	407	16	below	below	IN
36036	407	17	38	38	CD
36036	407	18	°	°	,
36036	407	19	C	C	NNP
36036	407	20	during	during	IN
36036	407	21	daytime	daytime	NN
36036	407	22	.	.	.
36036	408	1	During	during	IN
36036	408	2	summer	summer	NN
36036	408	3	,	,	,
36036	408	4	with	with	IN
36036	408	5	the	the	DT
36036	408	6	exception	exception	NN
36036	408	7	of	of	IN
36036	408	8	one	one	CD
36036	408	9	female	female	NN
36036	408	10	whose	whose	WP$
36036	408	11	record	record	NN
36036	408	12	was	be	VBD
36036	408	13	not	not	RB
36036	408	14	typical	typical	JJ
36036	408	15	(	(	-LRB-
36036	408	16	Figure	Figure	NNP
36036	408	17	7	7	CD
36036	408	18	)	)	-RRB-
36036	408	19	,	,	,
36036	408	20	T_{b	T_{b	NNP
36036	408	21	}	}	-RRB-
36036	408	22	's	's	POS
36036	408	23	rose	rise	VBD
36036	408	24	above	above	IN
36036	408	25	38	38	CD
36036	408	26	°	°	,
36036	408	27	C	C	NNP
36036	408	28	shortly	shortly	RB
36036	408	29	after	after	IN
36036	408	30	sunset	sunset	NN
36036	408	31	,	,	,
36036	408	32	whereas	whereas	IN
36036	408	33	in	in	IN
36036	408	34	winter	winter	NN
36036	408	35	T_{b	T_{b	NNP
36036	408	36	}	}	-RRB-
36036	408	37	's	be	VBZ
36036	408	38	did	do	VBD
36036	408	39	not	not	RB
36036	408	40	rise	rise	VB
36036	408	41	above	above	IN
36036	408	42	38	38	CD
36036	408	43	°	°	,
36036	408	44	C	C	NNP
36036	408	45	until	until	IN
36036	408	46	several	several	JJ
36036	408	47	hours	hour	NNS
36036	408	48	after	after	IN
36036	408	49	sunset	sunset	NN
36036	408	50	.	.	.
36036	409	1	Once	once	IN
36036	409	2	T_{b	T_{b	NNP
36036	409	3	}	}	-RRB-
36036	409	4	was	be	VBD
36036	409	5	elevated	elevate	VBN
36036	409	6	it	-PRON-	PRP
36036	409	7	usually	usually	RB
36036	409	8	remained	remain	VBD
36036	409	9	so	so	RB
36036	409	10	until	until	IN
36036	409	11	just	just	RB
36036	409	12	before	before	IN
36036	409	13	or	or	CC
36036	409	14	after	after	IN
36036	409	15	sunrise	sunrise	NN
36036	409	16	(	(	-LRB-
36036	409	17	Figure	Figure	NNP
36036	409	18	7	7	CD
36036	409	19	)	)	-RRB-
36036	409	20	.	.	.
36036	410	1	During	during	IN
36036	410	2	summer	summer	NN
36036	410	3	,	,	,
36036	410	4	T_{b	T_{b	NNP
36036	410	5	}	}	-RRB-
36036	410	6	was	be	VBD
36036	410	7	above	above	IN
36036	410	8	38	38	CD
36036	410	9	°	°	,
36036	410	10	C	C	NNP
36036	410	11	for	for	IN
36036	410	12	85	85	CD
36036	410	13	%	%	NN
36036	410	14	or	or	CC
36036	410	15	more	more	JJR
36036	410	16	of	of	IN
36036	410	17	the	the	DT
36036	410	18	time	time	NN
36036	410	19	between	between	IN
36036	410	20	sunset	sunset	NN
36036	410	21	and	and	CC
36036	410	22	sunrise	sunrise	NN
36036	410	23	(	(	-LRB-
36036	410	24	87	87	CD
36036	410	25	%	%	NN
36036	410	26	for	for	IN
36036	410	27	the	the	DT
36036	410	28	female	female	NN
36036	410	29	with	with	IN
36036	410	30	the	the	DT
36036	410	31	typical	typical	JJ
36036	410	32	body	body	NN
36036	410	33	temperature	temperature	NN
36036	410	34	pattern	pattern	NN
36036	410	35	,	,	,
36036	410	36	and	and	CC
36036	410	37	85	85	CD
36036	410	38	%	%	NN
36036	410	39	and	and	CC
36036	410	40	98	98	CD
36036	410	41	%	%	NN
36036	410	42	for	for	IN
36036	410	43	males	male	NNS
36036	410	44	)	)	-RRB-
36036	410	45	,	,	,
36036	410	46	whereas	whereas	IN
36036	410	47	in	in	IN
36036	410	48	winter	winter	NN
36036	410	49	it	-PRON-	PRP
36036	410	50	was	be	VBD
36036	410	51	elevated	elevate	VBN
36036	410	52	for	for	IN
36036	410	53	only	only	RB
36036	410	54	47%-78	47%-78	CD
36036	410	55	%	%	NN
36036	410	56	of	of	IN
36036	410	57	the	the	DT
36036	410	58	time	time	NN
36036	410	59	between	between	IN
36036	410	60	sunset	sunset	NN
36036	410	61	and	and	CC
36036	410	62	sunrise	sunrise	NN
36036	410	63	(	(	-LRB-
36036	410	64	47	47	CD
36036	410	65	%	%	NN
36036	410	66	and	and	CC
36036	410	67	61	61	CD
36036	410	68	%	%	NN
36036	410	69	for	for	IN
36036	410	70	females	female	NNS
36036	410	71	,	,	,
36036	410	72	and	and	CC
36036	410	73	67	67	CD
36036	410	74	%	%	NN
36036	410	75	and	and	CC
36036	410	76	78	78	CD
36036	410	77	%	%	NN
36036	410	78	for	for	IN
36036	410	79	males	male	NNS
36036	410	80	)	)	-RRB-
36036	410	81	.	.	.
36036	411	1	During	during	IN
36036	411	2	night	night	NN
36036	411	3	,	,	,
36036	411	4	T_{b	T_{b	NNP
36036	411	5	}	}	-RRB-
36036	411	6	would	would	MD
36036	411	7	oscillate	oscillate	VB
36036	411	8	between	between	IN
36036	411	9	38	38	CD
36036	411	10	°	°	,
36036	411	11	C	C	NNP
36036	411	12	and	and	CC
36036	411	13	about	about	RB
36036	411	14	39	39	CD
36036	411	15	°	°	NNS
36036	411	16	C	C	NNP
36036	411	17	,	,	,
36036	411	18	such	such	JJ
36036	411	19	that	that	IN
36036	411	20	two	two	CD
36036	411	21	peak	peak	NN
36036	411	22	values	value	NNS
36036	411	23	occurred	occur	VBD
36036	411	24	.	.	.
36036	412	1	These	these	DT
36036	412	2	peak	peak	NN
36036	412	3	values	value	NNS
36036	412	4	presumably	presumably	RB
36036	412	5	corresponded	correspond	VBD
36036	412	6	to	to	IN
36036	412	7	two	two	CD
36036	412	8	periods	period	NNS
36036	412	9	of	of	IN
36036	412	10	heightened	heightened	JJ
36036	412	11	nighttime	nighttime	NN
36036	412	12	activity	activity	NN
36036	412	13	.	.	.
36036	413	1	During	during	IN
36036	413	2	summer	summer	NN
36036	413	3	,	,	,
36036	413	4	one	one	CD
36036	413	5	of	of	IN
36036	413	6	these	these	DT
36036	413	7	peaks	peak	NNS
36036	413	8	occurred	occur	VBD
36036	413	9	before	before	RB
36036	413	10	and	and	CC
36036	413	11	the	the	DT
36036	413	12	other	other	JJ
36036	413	13	after	after	IN
36036	413	14	24:00	24:00	CD
36036	413	15	hours	hour	NNS
36036	413	16	,	,	,
36036	413	17	whereas	whereas	IN
36036	413	18	in	in	IN
36036	413	19	winter	winter	NN
36036	413	20	both	both	DT
36036	413	21	peaks	peak	NNS
36036	413	22	occurred	occur	VBD
36036	413	23	after	after	IN
36036	413	24	24:00	24:00	CD
36036	413	25	hours	hour	NNS
36036	413	26	.	.	.
36036	414	1	With	with	IN
36036	414	2	the	the	DT
36036	414	3	exception	exception	NN
36036	414	4	of	of	IN
36036	414	5	one	one	CD
36036	414	6	female	female	NN
36036	414	7	in	in	IN
36036	414	8	winter	winter	NN
36036	414	9	(	(	-LRB-
36036	414	10	Figure	Figure	NNP
36036	414	11	7	7	CD
36036	414	12	)	)	-RRB-
36036	414	13	,	,	,
36036	414	14	the	the	DT
36036	414	15	lowest	low	JJS
36036	414	16	T_{b	T_{b	NNP
36036	414	17	}	}	-RRB-
36036	414	18	of	of	IN
36036	414	19	the	the	DT
36036	414	20	day	day	NN
36036	414	21	for	for	IN
36036	414	22	both	both	DT
36036	414	23	sexes	sex	NNS
36036	414	24	was	be	VBD
36036	414	25	near	near	IN
36036	414	26	37	37	CD
36036	414	27	°	°	NNS
36036	414	28	C	C	NNP
36036	414	29	,	,	,
36036	414	30	and	and	CC
36036	414	31	this	this	DT
36036	414	32	typically	typically	RB
36036	414	33	occurred	occur	VBD
36036	414	34	during	during	IN
36036	414	35	daytime	daytime	NN
36036	414	36	(	(	-LRB-
36036	414	37	Figure	Figure	NNP
36036	414	38	7	7	CD
36036	414	39	)	)	-RRB-
36036	414	40	.	.	.
36036	415	1	$	$	$
36036	415	2	Discussion$	Discussion$	NNP
36036	415	3	BASAL	basal	NN
36036	415	4	METABOLIC	metabolic	NN
36036	415	5	RATE	rate	NN
36036	415	6	_	_	NNP
36036	415	7	Background	Background	NNP
36036	415	8	_	_	NNP
36036	415	9	Basal	Basal	NNP
36036	415	10	metabolism	metabolism	NN
36036	415	11	represents	represent	VBZ
36036	415	12	the	the	DT
36036	415	13	minimum	minimum	JJ
36036	415	14	energy	energy	NN
36036	415	15	required	require	VBN
36036	415	16	by	by	IN
36036	415	17	a	a	DT
36036	415	18	mammal	mammal	NN
36036	415	19	to	to	TO
36036	415	20	maintain	maintain	VB
36036	415	21	endothermy	endothermy	JJ
36036	415	22	and	and	CC
36036	415	23	basic	basic	JJ
36036	415	24	homeostasis	homeostasis	NN
36036	415	25	(	(	-LRB-
36036	415	26	Lusk	Lusk	NNP
36036	415	27	,	,	,
36036	415	28	1917:141	1917:141	CD
36036	415	29	;	;	:
36036	415	30	Kleiber	Kleiber	NNP
36036	415	31	,	,	,
36036	415	32	1932	1932	CD
36036	415	33	,	,	,
36036	415	34	1961:251	1961:251	CD
36036	415	35	;	;	:
36036	415	36	Benedict	benedict	NN
36036	415	37	,	,	,
36036	415	38	1938:191	1938:191	CD
36036	415	39	-	-	SYM
36036	415	40	215	215	CD
36036	415	41	;	;	:
36036	415	42	Brody	Brody	NNP
36036	415	43	,	,	,
36036	415	44	1945:59	1945:59	CD
36036	415	45	;	;	:
36036	415	46	Robbins	robbin	NNS
36036	415	47	,	,	,
36036	415	48	1983:105	1983:105	CD
36036	415	49	-	-	SYM
36036	415	50	111	111	CD
36036	415	51	)	)	-RRB-
36036	415	52	.	.	.
36036	416	1	Mammals	mammal	NNS
36036	416	2	with	with	IN
36036	416	3	lower	low	JJR
36036	416	4	than	than	IN
36036	416	5	predicted	predict	VBN
36036	416	6	[	[	-LRB-
36036	416	7	.H]_{b	.h]_{b	NN
36036	416	8	}	}	-RRB-
36036	416	9	maintain	maintain	VB
36036	416	10	endothermy	endothermy	NNP
36036	416	11	and	and	CC
36036	416	12	enjoy	enjoy	VB
36036	416	13	its	-PRON-	PRP$
36036	416	14	attendant	attendant	JJ
36036	416	15	advantages	advantage	NNS
36036	416	16	at	at	IN
36036	416	17	a	a	DT
36036	416	18	discount	discount	NN
36036	416	19	,	,	,
36036	416	20	whereas	whereas	IN
36036	416	21	others	other	NNS
36036	416	22	,	,	,
36036	416	23	with	with	IN
36036	416	24	rates	rate	NNS
36036	416	25	that	that	WDT
36036	416	26	are	be	VBP
36036	416	27	higher	high	JJR
36036	416	28	than	than	IN
36036	416	29	predicted	predict	VBN
36036	416	30	,	,	,
36036	416	31	pay	pay	VB
36036	416	32	a	a	DT
36036	416	33	premium	premium	NN
36036	416	34	(	(	-LRB-
36036	416	35	Calder	calder	NN
36036	416	36	,	,	,
36036	416	37	1987	1987	CD
36036	416	38	)	)	-RRB-
36036	416	39	.	.	.
36036	417	1	Such	such	JJ
36036	417	2	variation	variation	NN
36036	417	3	in	in	IN
36036	417	4	[	[	-LRB-
36036	417	5	.H]_{b	.H]_{b	.
36036	417	6	}	}	-RRB-
36036	417	7	appears	appear	VBZ
36036	417	8	to	to	TO
36036	417	9	be	be	VB
36036	417	10	tied	tie	VBN
36036	417	11	to	to	IN
36036	417	12	ecological	ecological	JJ
36036	417	13	circumstances	circumstance	NNS
36036	417	14	rather	rather	RB
36036	417	15	than	than	IN
36036	417	16	taxonomic	taxonomic	JJ
36036	417	17	affinities	affinity	NNS
36036	417	18	(	(	-LRB-
36036	417	19	Vogel	Vogel	NNP
36036	417	20	,	,	,
36036	417	21	1980	1980	CD
36036	417	22	;	;	:
36036	417	23	McNab	McNab	NNP
36036	417	24	,	,	,
36036	417	25	1986a	1986a	CD
36036	417	26	,	,	,
36036	417	27	1988a	1988a	CD
36036	417	28	,	,	,
36036	417	29	1989	1989	CD
36036	417	30	)	)	-RRB-
36036	417	31	,	,	,
36036	417	32	and	and	CC
36036	417	33	depending	depend	VBG
36036	417	34	on	on	IN
36036	417	35	environmental	environmental	JJ
36036	417	36	conditions	condition	NNS
36036	417	37	,	,	,
36036	417	38	each	each	DT
36036	417	39	rate	rate	NN
36036	417	40	provides	provide	VBZ
36036	417	41	an	an	DT
36036	417	42	individual	individual	NN
36036	417	43	with	with	IN
36036	417	44	various	various	JJ
36036	417	45	advantages	advantage	NNS
36036	417	46	and	and	CC
36036	417	47	limitations	limitation	NNS
36036	417	48	.	.	.
36036	418	1	During	during	IN
36036	418	2	the	the	DT
36036	418	3	course	course	NN
36036	418	4	of	of	IN
36036	418	5	evolution	evolution	NN
36036	418	6	,	,	,
36036	418	7	therefore	therefore	RB
36036	418	8	,	,	,
36036	418	9	each	each	DT
36036	418	10	species	species	NN
36036	418	11	'	'	''
36036	418	12	[	[	-LRB-
36036	418	13	.H]_{b	.H]_{b	NFP
36036	418	14	}	}	-RRB-
36036	418	15	evolves	evolve	VBZ
36036	418	16	to	to	TO
36036	418	17	provide	provide	VB
36036	418	18	it	-PRON-	PRP
36036	418	19	with	with	IN
36036	418	20	the	the	DT
36036	418	21	best	good	JJS
36036	418	22	match	match	NN
36036	418	23	between	between	IN
36036	418	24	its	-PRON-	PRP$
36036	418	25	energy	energy	NN
36036	418	26	requirements	requirement	NNS
36036	418	27	for	for	IN
36036	418	28	continuous	continuous	JJ
36036	418	29	endothermy	endothermy	NNP
36036	418	30	,	,	,
36036	418	31	its	-PRON-	PRP$
36036	418	32	food	food	NN
36036	418	33	supply	supply	NN
36036	418	34	,	,	,
36036	418	35	and	and	CC
36036	418	36	the	the	DT
36036	418	37	thermal	thermal	JJ
36036	418	38	characteristics	characteristic	NNS
36036	418	39	of	of	IN
36036	418	40	its	-PRON-	PRP$
36036	418	41	environment	environment	NN
36036	418	42	.	.	.
36036	419	1	_	_	NNP
36036	419	2	Captive	Captive	NNP
36036	419	3	versus	versus	IN
36036	419	4	Wild	Wild	NNP
36036	419	5	Raccoons	Raccoons	NNPS
36036	419	6	_	_	NNP
36036	419	7	Male	male	NN
36036	419	8	raccoons	raccoon	NNS
36036	419	9	trapped	trap	VBN
36036	419	10	in	in	IN
36036	419	11	summer	summer	NN
36036	419	12	had	have	VBD
36036	419	13	higher	high	JJR
36036	419	14	[	[	-LRB-
36036	419	15	.H]_{b	.H]_{b	.
36036	419	16	}	}	-RRB-
36036	419	17	's	be	VBZ
36036	419	18	than	than	IN
36036	419	19	our	-PRON-	PRP$
36036	419	20	captive	captive	JJ
36036	419	21	animals	animal	NNS
36036	419	22	in	in	IN
36036	419	23	any	any	DT
36036	419	24	season	season	NN
36036	419	25	(	(	-LRB-
36036	419	26	Table	table	NN
36036	419	27	2	2	CD
36036	419	28	)	)	-RRB-
36036	419	29	.	.	.
36036	420	1	The	the	DT
36036	420	2	higher	high	JJR
36036	420	3	rate	rate	NN
36036	420	4	of	of	IN
36036	420	5	metabolism	metabolism	NN
36036	420	6	of	of	IN
36036	420	7	these	these	DT
36036	420	8	trapped	trap	VBN
36036	420	9	males	male	NNS
36036	420	10	could	could	MD
36036	420	11	have	have	VB
36036	420	12	been	be	VBN
36036	420	13	due	due	JJ
36036	420	14	to	to	IN
36036	420	15	the	the	DT
36036	420	16	stress	stress	NN
36036	420	17	of	of	IN
36036	420	18	captivity	captivity	NN
36036	420	19	or	or	CC
36036	420	20	to	to	IN
36036	420	21	the	the	DT
36036	420	22	fact	fact	NN
36036	420	23	that	that	IN
36036	420	24	"	"	``
36036	420	25	wild	wild	JJ
36036	420	26	"	"	''
36036	420	27	animals	animal	NNS
36036	420	28	actually	actually	RB
36036	420	29	may	may	MD
36036	420	30	have	have	VB
36036	420	31	higher	high	JJR
36036	420	32	metabolic	metabolic	JJ
36036	420	33	rates	rate	NNS
36036	420	34	than	than	IN
36036	420	35	those	those	DT
36036	420	36	that	that	WDT
36036	420	37	have	have	VBP
36036	420	38	adjusted	adjust	VBN
36036	420	39	to	to	IN
36036	420	40	captivity	captivity	NN
36036	420	41	.	.	.
36036	421	1	If	if	IN
36036	421	2	the	the	DT
36036	421	3	latter	latter	NN
36036	421	4	is	be	VBZ
36036	421	5	true	true	JJ
36036	421	6	,	,	,
36036	421	7	then	then	RB
36036	421	8	our	-PRON-	PRP$
36036	421	9	data	datum	NNS
36036	421	10	for	for	IN
36036	421	11	captive	captive	JJ
36036	421	12	animals	animal	NNS
36036	421	13	underestimated	underestimate	VBD
36036	421	14	the	the	DT
36036	421	15	actual	actual	JJ
36036	421	16	energy	energy	NN
36036	421	17	cost	cost	NN
36036	421	18	of	of	IN
36036	421	19	maintenance	maintenance	NN
36036	421	20	metabolism	metabolism	NN
36036	421	21	for	for	IN
36036	421	22	_	_	NNP
36036	421	23	Procyon	Procyon	NNP
36036	421	24	lotor	lotor	NN
36036	421	25	_	_	NNP
36036	421	26	in	in	IN
36036	421	27	the	the	DT
36036	421	28	wild	wild	NN
36036	421	29	.	.	.
36036	422	1	At	at	IN
36036	422	2	present	present	JJ
36036	422	3	,	,	,
36036	422	4	we	-PRON-	PRP
36036	422	5	have	have	VBP
36036	422	6	no	no	DT
36036	422	7	way	way	NN
36036	422	8	of	of	IN
36036	422	9	determining	determining	NN
36036	422	10	which	which	WDT
36036	422	11	of	of	IN
36036	422	12	these	these	DT
36036	422	13	alternatives	alternative	NNS
36036	422	14	is	be	VBZ
36036	422	15	true	true	JJ
36036	422	16	.	.	.
36036	423	1	_	_	NNP
36036	423	2	Seasonal	Seasonal	NNP
36036	423	3	Metabolism	Metabolism	NNP
36036	423	4	of	of	IN
36036	423	5	Raccoons	Raccoons	NNPS
36036	423	6	_	_	NNP
36036	423	7	In	in	IN
36036	423	8	some	some	DT
36036	423	9	temperate	temperate	NN
36036	423	10	-	-	HYPH
36036	423	11	zone	zone	NN
36036	423	12	mammals	mammal	NNS
36036	423	13	,	,	,
36036	423	14	[	[	-LRB-
36036	423	15	.H]_{b	.h]_{b	NN
36036	423	16	}	}	-RRB-
36036	423	17	is	be	VBZ
36036	423	18	elevated	elevate	VBN
36036	423	19	in	in	IN
36036	423	20	winter	winter	NN
36036	423	21	,	,	,
36036	423	22	which	which	WDT
36036	423	23	presumably	presumably	RB
36036	423	24	increases	increase	VBZ
36036	423	25	their	-PRON-	PRP$
36036	423	26	"	"	``
36036	423	27	cold	cold	JJ
36036	423	28	-	-	HYPH
36036	423	29	hardiness	hardiness	JJ
36036	423	30	.	.	.
36036	423	31	"	"	''
36036	424	1	Conversely	conversely	RB
36036	424	2	,	,	,
36036	424	3	lower	low	JJR
36036	424	4	summer	summer	NN
36036	424	5	metabolism	metabolism	NN
36036	424	6	is	be	VBZ
36036	424	7	considered	consider	VBN
36036	424	8	to	to	TO
36036	424	9	be	be	VB
36036	424	10	a	a	DT
36036	424	11	mechanism	mechanism	NN
36036	424	12	that	that	WDT
36036	424	13	reduces	reduce	VBZ
36036	424	14	the	the	DT
36036	424	15	potential	potential	NN
36036	424	16	for	for	IN
36036	424	17	heat	heat	NN
36036	424	18	stress	stress	NN
36036	424	19	.	.	.
36036	425	1	Such	such	JJ
36036	425	2	seasonal	seasonal	JJ
36036	425	3	variation	variation	NN
36036	425	4	in	in	IN
36036	425	5	[	[	-LRB-
36036	425	6	.H]_{b	.H]_{b	.
36036	425	7	}	}	-RRB-
36036	425	8	has	have	VBZ
36036	425	9	been	be	VBN
36036	425	10	found	find	VBN
36036	425	11	in	in	IN
36036	425	12	several	several	JJ
36036	425	13	species	specie	NNS
36036	425	14	:	:	:
36036	425	15	collard	collard	NNP
36036	425	16	peccary	peccary	NNP
36036	425	17	,	,	,
36036	425	18	_	_	NNP
36036	425	19	Tayassu	Tayassu	NNP
36036	425	20	tajacu	tajacu	NN
36036	425	21	_	_	NNP
36036	425	22	(	(	-LRB-
36036	425	23	Zervanos	Zervanos	NNP
36036	425	24	,	,	,
36036	425	25	1975	1975	CD
36036	425	26	)	)	-RRB-
36036	425	27	;	;	:
36036	425	28	antelope	antelope	NNP
36036	425	29	jackrabbit	jackrabbit	NN
36036	425	30	,	,	,
36036	425	31	_	_	NNP
36036	425	32	Lepus	Lepus	NNP
36036	425	33	alleni	alleni	NN
36036	425	34	_	_	NNP
36036	425	35	(	(	-LRB-
36036	425	36	Hinds	Hinds	NNP
36036	425	37	,	,	,
36036	425	38	1977	1977	CD
36036	425	39	)	)	-RRB-
36036	425	40	;	;	:
36036	425	41	desert	desert	NN
36036	425	42	cottontail	cottontail	NNP
36036	425	43	,	,	,
36036	425	44	_	_	NNP
36036	425	45	Sylvilagus	Sylvilagus	NNP
36036	425	46	audubonii	audubonii	JJ
36036	425	47	_	_	NN
36036	425	48	(	(	-LRB-
36036	425	49	Hinds	Hinds	NNP
36036	425	50	,	,	,
36036	425	51	1973	1973	CD
36036	425	52	)	)	-RRB-
36036	425	53	;	;	:
36036	425	54	and	and	CC
36036	425	55	,	,	,
36036	425	56	perhaps	perhaps	RB
36036	425	57	,	,	,
36036	425	58	cold	cold	NN
36036	425	59	-	-	HYPH
36036	425	60	acclimatized	acclimatized	JJ
36036	425	61	rat	rat	NN
36036	425	62	,	,	,
36036	425	63	_	_	NNP
36036	425	64	Rattus	Rattus	NNP
36036	425	65	norvegicus	norvegicus	NN
36036	425	66	_	_	NNP
36036	425	67	(	(	-LRB-
36036	425	68	Hart	Hart	NNP
36036	425	69	and	and	CC
36036	425	70	Heroux	Heroux	NNP
36036	425	71	,	,	,
36036	425	72	1963	1963	CD
36036	425	73	)	)	-RRB-
36036	425	74	.	.	.
36036	426	1	Unlike	unlike	IN
36036	426	2	these	these	DT
36036	426	3	species	specie	NNS
36036	426	4	,	,	,
36036	426	5	our	-PRON-	PRP$
36036	426	6	captive	captive	JJ
36036	426	7	raccoons	raccoon	NNS
36036	426	8	showed	show	VBD
36036	426	9	no	no	DT
36036	426	10	seasonal	seasonal	JJ
36036	426	11	variation	variation	NN
36036	426	12	in	in	IN
36036	426	13	[	[	-LRB-
36036	426	14	.H]_{b	.H]_{b	.
36036	426	15	}	}	-RRB-
36036	426	16	(	(	-LRB-
36036	426	17	Table	table	NN
36036	426	18	2	2	CD
36036	426	19	)	)	-RRB-
36036	426	20	.	.	.
36036	427	1	Instead	instead	RB
36036	427	2	,	,	,
36036	427	3	raccoons	raccoon	NNS
36036	427	4	achieved	achieve	VBD
36036	427	5	"	"	``
36036	427	6	cold	cold	JJ
36036	427	7	-	-	HYPH
36036	427	8	hardiness	hardiness	NN
36036	427	9	"	"	''
36036	427	10	in	in	IN
36036	427	11	winter	winter	NN
36036	427	12	and	and	CC
36036	427	13	reduced	reduce	VBD
36036	427	14	their	-PRON-	PRP$
36036	427	15	potential	potential	NN
36036	427	16	for	for	IN
36036	427	17	heat	heat	NN
36036	427	18	stress	stress	NN
36036	427	19	in	in	IN
36036	427	20	summer	summer	NN
36036	427	21	with	with	IN
36036	427	22	a	a	DT
36036	427	23	large	large	JJ
36036	427	24	seasonal	seasonal	JJ
36036	427	25	change	change	NN
36036	427	26	in	in	IN
36036	427	27	thermal	thermal	JJ
36036	427	28	conductance	conductance	NN
36036	427	29	(	(	-LRB-
36036	427	30	Table	table	NN
36036	427	31	3	3	CD
36036	427	32	)	)	-RRB-
36036	427	33	.	.	.
36036	428	1	TABLE	TABLE	NNP
36036	428	2	7.--Metabolic	7.--metabolic	CD
36036	428	3	characteristics	characteristic	NNS
36036	428	4	of	of	IN
36036	428	5	several	several	JJ
36036	428	6	procyonid	procyonid	JJ
36036	428	7	species	specie	NNS
36036	428	8	.	.	.
36036	429	1	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	429	2	|Body	|Body	NNP
36036	429	3	Basal[a	Basal[a	NNP
36036	429	4	]	]	-RRB-
36036	429	5	Minimum[b	Minimum[b	NNP
36036	429	6	]	]	-RRB-
36036	429	7	Species	species	NN
36036	429	8	|mass	|mass	CD
36036	429	9	metabolism	metabolism	NN
36036	429	10	conductance	conductance	NN
36036	429	11	T_{b}[c	t_{b}[c	ADD
36036	429	12	]	]	-RRB-
36036	429	13	|(g	|(g	NNP
36036	429	14	)	)	-RRB-
36036	429	15	------------	------------	NFP
36036	429	16	-------------	-------------	NFP
36036	429	17	-------------	-------------	NFP
36036	429	18	|	|	NNP
36036	429	19	Meas	Meas	NNP
36036	429	20	H_{br	H_{br	NNP
36036	429	21	}	}	-RRB-
36036	429	22	Meas	Meas	NNP
36036	429	23	C_{mwr	C_{mwr	NNP
36036	429	24	}	}	-RRB-
36036	429	25	[	[	-LRB-
36036	429	26	alpha	alpha	NN
36036	429	27	]	]	-RRB-
36036	429	28	[	[	-LRB-
36036	429	29	rho	rho	NN
36036	429	30	]	]	-RRB-
36036	429	31	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	429	32	_	_	NNP
36036	429	33	Bassariscus	Bassariscus	NNP
36036	429	34	astutus_|	astutus_|	NNP
36036	429	35	865	865	CD
36036	429	36	0.43	0.43	CD
36036	429	37	0.68	0.68	CD
36036	429	38	0.0288[e	0.0288[e	CD
36036	429	39	]	]	-RRB-
36036	429	40	0.85	0.85	CD
36036	429	41	37.6	37.6	CD
36036	429	42	23	23	CD
36036	429	43	_	_	NNP
36036	429	44	Procyon	Procyon	NNP
36036	429	45	cancrivorus_|1160	cancrivorus_|1160	ADD
36036	429	46	0.40	0.40	CD
36036	429	47	0.69	0.69	CD
36036	429	48	0.0368[e	0.0368[e	CD
36036	429	49	]	]	-RRB-
36036	429	50	1.25	1.25	CD
36036	429	51	_	_	NNP
36036	429	52	Potos	Potos	NNP
36036	429	53	flavus	flavus	NN
36036	429	54	_	_	NNP
36036	429	55	|2030	|2030	NNP
36036	429	56	0.36	0.36	CD
36036	429	57	0.51	0.51	CD
36036	429	58	_	_	NNP
36036	429	59	Potos	Potos	NNP
36036	429	60	flavus	flavus	NN
36036	429	61	_	_	NNP
36036	429	62	|2400	|2400	NNP
36036	429	63	0.32	0.32	CD
36036	429	64	0.65	0.65	CD
36036	429	65	38.1	38.1	CD
36036	429	66	36.0	36.0	CD
36036	429	67	_	_	NNP
36036	429	68	Potos	Potos	NNP
36036	429	69	flavus	flavus	NN
36036	429	70	_	_	NNP
36036	429	71	|2600	|2600	NNP
36036	429	72	0.34	0.34	CD
36036	429	73	0.71	0.71	CD
36036	429	74	0.0200[f	0.0200[f	CD
36036	429	75	]	]	-RRB-
36036	429	76	1.02	1.02	CD
36036	429	77	_	_	NNP
36036	429	78	Nasua	Nasua	NNP
36036	429	79	nasua	nasua	NN
36036	429	80	_	_	NNP
36036	429	81	|3850	|3850	NNP
36036	429	82	0.26	0.26	CD
36036	429	83	0.60	0.60	CD
36036	429	84	0.0200[f	0.0200[f	CD
36036	429	85	]	]	-RRB-
36036	429	86	1.24	1.24	CD
36036	429	87	38.3	38.3	CD
36036	429	88	36.4	36.4	CD
36036	429	89	_	_	NNP
36036	429	90	Nasua	Nasua	NNP
36036	429	91	nasua	nasua	RB
36036	429	92	_	_	NNP
36036	429	93	|4847	|4847	NNP
36036	429	94	0.33	0.33	CD
36036	429	95	0.79	0.79	CD
36036	429	96	0.0238[e	0.0238[e	CD
36036	429	97	]	]	-RRB-
36036	429	98	1.65	1.65	CD
36036	429	99	39.1	39.1	CD
36036	429	100	37.9	37.9	CD
36036	429	101	_	_	NNP
36036	429	102	Nasua	Nasua	NNP
36036	429	103	narica	narica	NN
36036	429	104	_	_	NNP
36036	429	105	|5554	|5554	NNP
36036	429	106	0.25	0.25	CD
36036	429	107	0.62	0.62	CD
36036	429	108	0.0208[e	0.0208[e	CD
36036	429	109	]	]	-RRB-
36036	429	110	1.55	1.55	CD
36036	429	111	38.9	38.9	CD
36036	429	112	37.4	37.4	CD
36036	429	113	_	_	NNP
36036	429	114	Nasua	Nasua	NNP
36036	429	115	narica	narica	NN
36036	429	116	_	_	NNP
36036	429	117	|4150	|4150	NNP
36036	429	118	0.42	0.42	CD
36036	429	119	1.20	1.20	CD
36036	429	120	0.0341[e	0.0341[e	CD
36036	429	121	]	]	-RRB-
36036	429	122	2.20	2.20	CD
36036	429	123	|	|	CD
36036	429	124	0.0224[g	0.0224[g	CD
36036	429	125	]	]	-RRB-
36036	429	126	1.45	1.45	CD
36036	429	127	_	_	NNP
36036	429	128	Procyon	Procyon	NNP
36036	429	129	lotor	lotor	NN
36036	429	130	_	_	NNP
36036	429	131	|	|	NNP
36036	429	132	Summer	Summer	NNP
36036	429	133	|	|	NNP
36036	429	134	Trapped	Trapped	NNP
36036	429	135	male	male	NN
36036	429	136	|4400	|4400	NNP
36036	429	137	0.54	0.54	CD
36036	429	138	1.28	1.28	CD
36036	429	139	Captive	Captive	NNP
36036	429	140	male	male	NN
36036	429	141	|4790	|4790	NNP
36036	429	142	0.46	0.46	CD
36036	429	143	1.07	1.07	CD
36036	429	144	0.0256[f	0.0256[f	CD
36036	429	145	]	]	-RRB-
36036	429	146	1.77	1.77	CD
36036	429	147	38.4	38.4	CD
36036	429	148	37.5	37.5	CD
36036	429	149	Captive	captive	JJ
36036	429	150	female	female	JJ
36036	429	151	|4670	|4670	NNP
36036	429	152	0.42	0.42	CD
36036	429	153	1.02	1.02	CD
36036	429	154	0.0256[f	0.0256[f	CD
36036	429	155	]	]	-RRB-
36036	429	156	1.79	1.79	CD
36036	429	157	38.2	38.2	CD
36036	429	158	37.6	37.6	CD
36036	429	159	Winter	Winter	NNP
36036	429	160	|	|	NNP
36036	429	161	Captive	Captive	NNP
36036	429	162	male	male	JJ
36036	429	163	|5340	|5340	NNP
36036	429	164	0.47	0.47	CD
36036	429	165	1.17	1.17	CD
36036	429	166	38.6	38.6	CD
36036	429	167	37.6	37.6	CD
36036	429	168	Captive	captive	JJ
36036	429	169	female	female	JJ
36036	429	170	|4490	|4490	NNP
36036	429	171	0.46	0.46	CD
36036	429	172	1.10	1.10	CD
36036	429	173	0.0172[f	0.0172[f	CD
36036	429	174	]	]	-RRB-
36036	429	175	1.15	1.15	CD
36036	429	176	38.3	38.3	CD
36036	429	177	37.3	37.3	CD
36036	429	178	---------------------+------------------------------------------------	---------------------+------------------------------------------------	HYPH
36036	429	179	---------------------+-----------------------------------------------	---------------------+-----------------------------------------------	HYPH
36036	429	180	|	|	NNP
36036	429	181	Species	species	NN
36036	429	182	|	|	NNP
36036	429	183	T_{n}[d	T_{n}[d	NNP
36036	429	184	]	]	-RRB-
36036	429	185	|---------------	|---------------	CD
36036	429	186	|	|	CD
36036	429	187	T_{lc	t_{lc	NN
36036	429	188	}	}	-RRB-
36036	429	189	T_{uc	t_{uc	NN
36036	429	190	}	}	-RRB-
36036	429	191	References	References	NNPS
36036	429	192	---------------------+-----------------------------------------------	---------------------+-----------------------------------------------	NFP
36036	429	193	_	_	NNP
36036	429	194	Bassariscus	Bassariscus	NNP
36036	429	195	astutus_|	astutus_|	NNP
36036	429	196	35.5	35.5	CD
36036	429	197	Chevalier	Chevalier	NNP
36036	429	198	(	(	-LRB-
36036	429	199	1985	1985	CD
36036	429	200	)	)	-RRB-
36036	429	201	_	_	NNP
36036	429	202	Procyon	Procyon	NNP
36036	429	203	cancrivorus_|	cancrivorus_|	NNP
36036	429	204	26	26	CD
36036	429	205	Scholander	Scholander	NNP
36036	429	206	et	et	NNP
36036	429	207	al	al	NNP
36036	429	208	.	.	.
36036	430	1	(	(	-LRB-
36036	430	2	1950b	1950b	NNS
36036	430	3	,	,	,
36036	430	4	c	c	NNP
36036	430	5	)	)	-RRB-
36036	430	6	_	_	NNP
36036	430	7	Potos	Potos	NNP
36036	430	8	flavus	flavus	NN
36036	430	9	_	_	NNP
36036	430	10	|	|	NNP
36036	430	11	McNab	McNab	NNP
36036	430	12	(	(	-LRB-
36036	430	13	1978a	1978a	CD
36036	430	14	)	)	-RRB-
36036	430	15	_	_	NNP
36036	430	16	Potos	Potos	NNP
36036	430	17	flavus	flavus	NN
36036	430	18	_	_	NNP
36036	430	19	|	|	NNP
36036	430	20	23	23	CD
36036	430	21	30	30	CD
36036	430	22	Müller	Müller	NNP
36036	430	23	and	and	CC
36036	430	24	Kulzer	Kulzer	NNP
36036	430	25	(	(	-LRB-
36036	430	26	1977	1977	CD
36036	430	27	)	)	-RRB-
36036	430	28	_	_	NNP
36036	430	29	Potos	Potos	NNP
36036	430	30	flavus	flavus	NN
36036	430	31	_	_	NNP
36036	430	32	|	|	NNP
36036	430	33	23	23	CD
36036	430	34	33	33	CD
36036	430	35	Müller	Müller	NNP
36036	430	36	and	and	CC
36036	430	37	Rost	Rost	NNP
36036	430	38	(	(	-LRB-
36036	430	39	1983	1983	CD
36036	430	40	)	)	-RRB-
36036	430	41	_	_	NNP
36036	430	42	Nasua	Nasua	NNP
36036	430	43	nasua	nasua	NNP
36036	430	44	_	_	NNP
36036	430	45	|	|	NNP
36036	430	46	25	25	CD
36036	430	47	33	33	CD
36036	430	48	Chevillard	Chevillard	NNP
36036	430	49	-	-	HYPH
36036	430	50	Hugot	Hugot	NNP
36036	430	51	et	et	FW
36036	430	52	al	al	NNP
36036	430	53	.	.	.
36036	431	1	(	(	-LRB-
36036	431	2	1980	1980	CD
36036	431	3	)	)	-RRB-
36036	431	4	_	_	NNP
36036	431	5	Nasua	Nasua	NNP
36036	431	6	nasua	nasua	NNP
36036	431	7	_	_	NNP
36036	431	8	|	|	NNP
36036	431	9	30	30	CD
36036	431	10	35	35	CD
36036	431	11	Mugaas	Mugaas	NNP
36036	431	12	et	et	FW
36036	431	13	al	al	NNP
36036	431	14	.	.	.
36036	432	1	(	(	-LRB-
36036	432	2	in	in	IN
36036	432	3	prep	prep	NNP
36036	432	4	.	.	.
36036	432	5	)	)	-RRB-
36036	433	1	_	_	NNP
36036	433	2	Nasua	Nasua	NNP
36036	433	3	narica	narica	NN
36036	433	4	_	_	NNP
36036	433	5	|	|	NNP
36036	433	6	25	25	CD
36036	433	7	35	35	CD
36036	433	8	_	_	NNP
36036	433	9	Nasua	Nasua	NNP
36036	433	10	narica	narica	NN
36036	433	11	_	_	NNP
36036	433	12	|	|	NNP
36036	433	13	Scholander	Scholander	NNP
36036	433	14	et	et	NNP
36036	433	15	al	al	NNP
36036	433	16	.	.	.
36036	434	1	(	(	-LRB-
36036	434	2	1950b	1950b	NNS
36036	434	3	,	,	,
36036	434	4	c	c	NNP
36036	434	5	)	)	-RRB-
36036	434	6	|	|	NNP
36036	434	7	_	_	NNP
36036	434	8	Procyon	Procyon	NNP
36036	434	9	lotor	lotor	NN
36036	434	10	_	_	NNP
36036	434	11	|	|	NNP
36036	434	12	This	this	DT
36036	434	13	study	study	NN
36036	434	14	Summer	summer	NN
36036	434	15	|	|	NNP
36036	434	16	Trapped	Trapped	NNP
36036	434	17	male	male	JJ
36036	434	18	|	|	CD
36036	434	19	20	20	CD
36036	434	20	Captive	Captive	NNP
36036	434	21	male	male	JJ
36036	434	22	|	|	CD
36036	434	23	20	20	CD
36036	434	24	Captive	captive	JJ
36036	434	25	female	female	JJ
36036	434	26	|	|	NNP
36036	434	27	25	25	CD
36036	434	28	Winter	Winter	NNP
36036	434	29	|	|	NNP
36036	434	30	Captive	Captive	NNP
36036	434	31	male	male	JJ
36036	434	32	|	|	CD
36036	434	33	11	11	CD
36036	434	34	Captive	captive	JJ
36036	434	35	female	female	JJ
36036	434	36	|	|	CD
36036	434	37	11	11	CD
36036	434	38	---------------------+-----------------------------------------------	---------------------+-----------------------------------------------	NFP
36036	434	39	[	[	-LRB-
36036	434	40	a	a	DT
36036	434	41	]	]	-RRB-
36036	434	42	Meas	Meas	NNP
36036	434	43	is	be	VBZ
36036	434	44	measured	measure	VBN
36036	434	45	basal	basal	NNP
36036	434	46	metabolism	metabolism	NN
36036	434	47	(	(	-LRB-
36036	434	48	mL	mL	NNP
36036	434	49	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	434	50	}	}	-RRB-
36036	434	51	)	)	-RRB-
36036	434	52	.	.	.
36036	435	1	H_{br	H_{br	NNP
36036	435	2	}	}	-RRB-
36036	435	3	is	be	VBZ
36036	435	4	the	the	DT
36036	435	5	ratio	ratio	NN
36036	435	6	of	of	IN
36036	435	7	measured	measure	VBN
36036	435	8	to	to	IN
36036	435	9	predicted	predict	VBN
36036	435	10	basal	basal	NNP
36036	435	11	metabolism	metabolism	NN
36036	435	12	where	where	WRB
36036	435	13	the	the	DT
36036	435	14	predicted	predict	VBN
36036	435	15	value	value	NN
36036	435	16	is	be	VBZ
36036	435	17	calculated	calculate	VBN
36036	435	18	from	from	IN
36036	435	19	[	[	-LRB-
36036	435	20	.H]_{b	.h]_{b	NN
36036	435	21	}	}	-RRB-
36036	435	22	=	=	SYM
36036	435	23	3.42·m^{-.25	3.42·m^{-.25	NN
36036	435	24	}	}	-RRB-
36036	435	25	(	(	-LRB-
36036	435	26	Kleiber	Kleiber	NNP
36036	435	27	,	,	,
36036	435	28	1932	1932	CD
36036	435	29	,	,	,
36036	435	30	1961:206	1961:206	CD
36036	435	31	)	)	-RRB-
36036	435	32	and	and	CC
36036	435	33	m	m	NNP
36036	435	34	is	be	VBZ
36036	435	35	body	body	NN
36036	435	36	mass	mass	NN
36036	435	37	in	in	IN
36036	435	38	grams	gram	NNS
36036	435	39	.	.	.
36036	436	1	[	[	-LRB-
36036	436	2	b	b	NN
36036	436	3	]	]	-RRB-
36036	436	4	Meas	Meas	NNP
36036	436	5	is	be	VBZ
36036	436	6	measured	measure	VBN
36036	436	7	minimum	minimum	JJ
36036	436	8	thermal	thermal	JJ
36036	436	9	conductance	conductance	NN
36036	436	10	(	(	-LRB-
36036	436	11	mL	mL	NNP
36036	436	12	O_{2}·g^{-1}·h^{-1}·	O_{2}·g^{-1}·h^{-1}·	NNP
36036	436	13	°	°	,
36036	436	14	C^{-1	c^{-1	ADD
36036	436	15	}	}	-RRB-
36036	436	16	)	)	-RRB-
36036	436	17	.	.	.
36036	437	1	C_{mwr	c_{mwr	NN
36036	437	2	}	}	-RRB-
36036	437	3	is	be	VBZ
36036	437	4	the	the	DT
36036	437	5	ratio	ratio	NN
36036	437	6	of	of	IN
36036	437	7	measured	measure	VBN
36036	437	8	to	to	IN
36036	437	9	predicted	predict	VBN
36036	437	10	minimum	minimum	JJ
36036	437	11	thermal	thermal	JJ
36036	437	12	conductance	conductance	NN
36036	437	13	where	where	WRB
36036	437	14	the	the	DT
36036	437	15	predicted	predict	VBN
36036	437	16	value	value	NN
36036	437	17	is	be	VBZ
36036	437	18	calculated	calculate	VBN
36036	437	19	from	from	IN
36036	437	20	C_{m	C_{m	NNP
36036	437	21	}	}	-RRB-
36036	437	22	=	=	SYM
36036	437	23	1.0·m^{-0.5	1.0·m^{-0.5	NNS
36036	437	24	}	}	-RRB-
36036	437	25	(	(	-LRB-
36036	437	26	McNab	McNab	NNP
36036	437	27	and	and	CC
36036	437	28	Morrison	Morrison	NNP
36036	437	29	,	,	,
36036	437	30	1963	1963	CD
36036	437	31	;	;	:
36036	437	32	Herreid	Herreid	NNP
36036	437	33	and	and	CC
36036	437	34	Kessel	Kessel	NNP
36036	437	35	,	,	,
36036	437	36	1967	1967	CD
36036	437	37	)	)	-RRB-
36036	437	38	,	,	,
36036	437	39	and	and	CC
36036	437	40	m	m	NNP
36036	437	41	is	be	VBZ
36036	437	42	body	body	NN
36036	437	43	mass	mass	NN
36036	437	44	in	in	IN
36036	437	45	grams	gram	NNS
36036	437	46	.	.	.
36036	438	1	[	[	-LRB-
36036	438	2	c	c	NN
36036	438	3	]	]	-RRB-
36036	438	4	T_{b	T_{b	NNP
36036	438	5	}	}	-RRB-
36036	438	6	is	be	VBZ
36036	438	7	body	body	NN
36036	438	8	temperature	temperature	NN
36036	438	9	during	during	IN
36036	438	10	the	the	DT
36036	438	11	active	active	JJ
36036	438	12	(	(	-LRB-
36036	438	13	[	[	-LRB-
36036	438	14	alpha	alpha	NN
36036	438	15	]	]	-RRB-
36036	438	16	)	)	-RRB-
36036	438	17	and	and	CC
36036	438	18	rest	rest	VB
36036	438	19	(	(	-LRB-
36036	438	20	[	[	-LRB-
36036	438	21	rho	rho	NN
36036	438	22	]	]	-RRB-
36036	438	23	)	)	-RRB-
36036	438	24	phases	phase	NNS
36036	438	25	of	of	IN
36036	438	26	the	the	DT
36036	438	27	daily	daily	JJ
36036	438	28	cycle	cycle	NN
36036	438	29	(	(	-LRB-
36036	438	30	°	°	NNP
36036	438	31	C	C	NNP
36036	438	32	)	)	-RRB-
36036	438	33	.	.	.
36036	439	1	[	[	-LRB-
36036	439	2	d	d	LS
36036	439	3	]	]	-RRB-
36036	439	4	T_{n	T_{n	NNP
36036	439	5	}	}	-RRB-
36036	439	6	is	be	VBZ
36036	439	7	the	the	DT
36036	439	8	thermoneutral	thermoneutral	JJ
36036	439	9	zone	zone	NN
36036	439	10	as	as	IN
36036	439	11	defined	define	VBN
36036	439	12	by	by	IN
36036	439	13	the	the	DT
36036	439	14	lower	low	JJR
36036	439	15	(	(	-LRB-
36036	439	16	T_{lc	t_{lc	NN
36036	439	17	}	}	-RRB-
36036	439	18	)	)	-RRB-
36036	439	19	and	and	CC
36036	439	20	upper	upper	JJ
36036	439	21	(	(	-LRB-
36036	439	22	T_{uc	t_{uc	UH
36036	439	23	}	}	-RRB-
36036	439	24	)	)	-RRB-
36036	439	25	critical	critical	JJ
36036	439	26	temperatures	temperature	NNS
36036	439	27	(	(	-LRB-
36036	439	28	°	°	,
36036	439	29	C	C	NNP
36036	439	30	)	)	-RRB-
36036	439	31	.	.	.
36036	440	1	[	[	-LRB-
36036	440	2	e	e	LS
36036	440	3	]	]	-RRB-
36036	440	4	Conductance	Conductance	NNP
36036	440	5	calculated	calculate	VBN
36036	440	6	as	as	IN
36036	440	7	the	the	DT
36036	440	8	slope	slope	NN
36036	440	9	of	of	IN
36036	440	10	the	the	DT
36036	440	11	line	line	NN
36036	440	12	describing	describe	VBG
36036	440	13	oxygen	oxygen	NN
36036	440	14	consumption	consumption	NN
36036	440	15	at	at	IN
36036	440	16	temperatures	temperature	NNS
36036	440	17	below	below	IN
36036	440	18	the	the	DT
36036	440	19	lower	lower	RBR
36036	440	20	critical	critical	JJ
36036	440	21	temperature	temperature	NN
36036	440	22	.	.	.
36036	441	1	[	[	-LRB-
36036	441	2	f	f	LS
36036	441	3	]	]	-RRB-
36036	441	4	Conductance	Conductance	NNP
36036	441	5	calculated	calculate	VBN
36036	441	6	from	from	IN
36036	441	7	C_{mw	C_{mw	NNS
36036	441	8	}	}	-RRB-
36036	441	9	=	=	NFP
36036	441	10	[	[	-LRB-
36036	441	11	.H]_{r}/(T_{b	.H]_{r}/(T_{b	.
36036	441	12	}	}	-RRB-
36036	441	13	-	-	:
36036	441	14	T_{a	t_{a	NN
36036	441	15	}	}	-RRB-
36036	441	16	)	)	-RRB-
36036	441	17	,	,	,
36036	441	18	where	where	WRB
36036	441	19	[	[	-LRB-
36036	441	20	.H]_{r	.H]_{r	.
36036	441	21	}	}	-RRB-
36036	441	22	is	be	VBZ
36036	441	23	resting	rest	VBG
36036	441	24	metabolic	metabolic	JJ
36036	441	25	rate	rate	NN
36036	441	26	at	at	IN
36036	441	27	temperatures	temperature	NNS
36036	441	28	below	below	IN
36036	441	29	T_{lc	t_{lc	NN
36036	441	30	}	}	-RRB-
36036	441	31	,	,	,
36036	441	32	and	and	CC
36036	441	33	other	other	JJ
36036	441	34	symbols	symbol	NNS
36036	441	35	are	be	VBP
36036	441	36	as	as	RB
36036	441	37	described	describe	VBN
36036	441	38	elsewhere	elsewhere	RB
36036	441	39	.	.	.
36036	442	1	[	[	-LRB-
36036	442	2	g	g	NN
36036	442	3	]	]	-RRB-
36036	442	4	Inactive	inactive	JJ
36036	442	5	-	-	HYPH
36036	442	6	phase	phase	NN
36036	442	7	thermal	thermal	JJ
36036	442	8	conductance	conductance	NN
36036	442	9	:	:	:
36036	442	10	estimated	estimate	VBN
36036	442	11	from	from	IN
36036	442	12	Scholander	Scholander	NNP
36036	442	13	et	et	NNP
36036	442	14	al	al	NNP
36036	442	15	.	.	.
36036	443	1	(	(	-LRB-
36036	443	2	1950b	1950b	LS
36036	443	3	)	)	-RRB-
36036	443	4	,	,	,
36036	443	5	assuming	assume	VBG
36036	443	6	that	that	IN
36036	443	7	active	active	JJ
36036	443	8	-	-	HYPH
36036	443	9	phase	phase	NN
36036	443	10	thermal	thermal	JJ
36036	443	11	conductance	conductance	NN
36036	443	12	is	be	VBZ
36036	443	13	52	52	CD
36036	443	14	%	%	NN
36036	443	15	higher	high	JJR
36036	443	16	than	than	IN
36036	443	17	values	value	NNS
36036	443	18	determined	determine	VBN
36036	443	19	during	during	IN
36036	443	20	the	the	DT
36036	443	21	inactive	inactive	JJ
36036	443	22	phase	phase	NN
36036	443	23	(	(	-LRB-
36036	443	24	Aschoff	Aschoff	NNP
36036	443	25	,	,	,
36036	443	26	1981	1981	CD
36036	443	27	)	)	-RRB-
36036	443	28	.	.	.
36036	444	1	_	_	NNP
36036	444	2	Comparison	Comparison	NNP
36036	444	3	of	of	IN
36036	444	4	Procyon	Procyon	NNP
36036	444	5	lotor	lotor	NN
36036	444	6	with	with	IN
36036	444	7	Other	Other	NNP
36036	444	8	Procyonids	Procyonids	NNPS
36036	444	9	_	_	NNP
36036	444	10	_	_	NNP
36036	444	11	Procyon	Procyon	NNP
36036	444	12	lotor	lotor	NN
36036	444	13	_	_	NNP
36036	444	14	has	have	VBZ
36036	444	15	a	a	DT
36036	444	16	much	much	RB
36036	444	17	higher	high	JJR
36036	444	18	mass	mass	NN
36036	444	19	-	-	HYPH
36036	444	20	specific	specific	JJ
36036	444	21	[	[	-LRB-
36036	444	22	.H]_{b	.H]_{b	.
36036	444	23	}	}	-RRB-
36036	444	24	than	than	IN
36036	444	25	other	other	JJ
36036	444	26	procyonids	procyonid	NNS
36036	444	27	(	(	-LRB-
36036	444	28	Table	table	NN
36036	444	29	7	7	CD
36036	444	30	)	)	-RRB-
36036	444	31	.	.	.
36036	445	1	To	to	TO
36036	445	2	quantify	quantify	VB
36036	445	3	the	the	DT
36036	445	4	magnitude	magnitude	NN
36036	445	5	of	of	IN
36036	445	6	this	this	DT
36036	445	7	difference	difference	NN
36036	445	8	,	,	,
36036	445	9	we	-PRON-	PRP
36036	445	10	compared	compare	VBD
36036	445	11	the	the	DT
36036	445	12	measured	measure	VBN
36036	445	13	value	value	NN
36036	445	14	for	for	IN
36036	445	15	_	_	NNP
36036	445	16	Procyon	Procyon	NNP
36036	445	17	lotor	lotor	NN
36036	445	18	_	_	NNP
36036	445	19	with	with	IN
36036	445	20	one	one	CD
36036	445	21	calculated	calculate	VBN
36036	445	22	for	for	IN
36036	445	23	it	-PRON-	PRP
36036	445	24	from	from	IN
36036	445	25	a	a	DT
36036	445	26	mass	mass	NN
36036	445	27	-	-	HYPH
36036	445	28	specific	specific	JJ
36036	445	29	least	least	JJS
36036	445	30	-	-	HYPH
36036	445	31	squares	square	NNS
36036	445	32	regression	regression	NN
36036	445	33	equation	equation	NN
36036	445	34	(	(	-LRB-
36036	445	35	Eq	eq	RB
36036	445	36	.	.	.
36036	446	1	6	6	CD
36036	446	2	;	;	:
36036	446	3	R²	R²	NNP
36036	446	4	=	=	SYM
36036	446	5	0.78	0.78	CD
36036	446	6	)	)	-RRB-
36036	446	7	derived	derive	VBN
36036	446	8	from	from	IN
36036	446	9	data	datum	NNS
36036	446	10	for	for	IN
36036	446	11	those	those	DT
36036	446	12	procyonids	procyonid	NNS
36036	446	13	with	with	IN
36036	446	14	lower	low	JJR
36036	446	15	than	than	IN
36036	446	16	predicted	predict	VBN
36036	446	17	[	[	-LRB-
36036	446	18	.H]_{b	.h]_{b	NN
36036	446	19	}	}	-RRB-
36036	446	20	:	:	:
36036	446	21	_	_	NNP
36036	446	22	Potos	Potos	NNP
36036	446	23	flavus	flavus	NN
36036	446	24	_	_	NNP
36036	446	25	,	,	,
36036	446	26	_	_	NNP
36036	446	27	Procyon	Procyon	NNP
36036	446	28	cancrivorus	cancrivoru	VBZ
36036	446	29	_	_	NNP
36036	446	30	,	,	,
36036	446	31	_	_	NNP
36036	446	32	Nasua	Nasua	NNP
36036	446	33	nasua	nasua	NNP
36036	446	34	_	_	NNP
36036	446	35	,	,	,
36036	446	36	_	_	NNP
36036	446	37	Nasua	Nasua	NNP
36036	446	38	narica	narica	NN
36036	446	39	_	_	NNP
36036	446	40	,	,	,
36036	446	41	and	and	CC
36036	446	42	_	_	NNP
36036	446	43	Bassariscus	Bassariscus	NNP
36036	446	44	astutus	astutus	NN
36036	446	45	_	_	NNP
36036	446	46	(	(	-LRB-
36036	446	47	Table	Table	NNP
36036	446	48	7	7	CD
36036	446	49	)	)	-RRB-
36036	446	50	.	.	.
36036	447	1	[	[	-LRB-
36036	447	2	.H]_{b	.h]_{b	NN
36036	447	3	}	}	-RRB-
36036	447	4	=	=	SYM
36036	447	5	2.39·m^{-0.25	2.39·m^{-0.25	NNP
36036	447	6	}	}	-RRB-
36036	447	7	Eq	Eq	NNP
36036	447	8	.	.	.
36036	448	1	6	6	CD
36036	448	2	[	[	-LRB-
36036	448	3	.H]_{b	.H]_{b	.
36036	448	4	}	}	-RRB-
36036	448	5	in	in	IN
36036	448	6	Eq	Eq	NNP
36036	448	7	.	.	.
36036	449	1	6	6	CD
36036	449	2	is	be	VBZ
36036	449	3	basal	basal	NNP
36036	449	4	metabolism	metabolism	NN
36036	449	5	(	(	-LRB-
36036	449	6	mL	mL	NNP
36036	449	7	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	449	8	}	}	-RRB-
36036	449	9	)	)	-RRB-
36036	449	10	and	and	CC
36036	449	11	m	m	NNP
36036	449	12	is	be	VBZ
36036	449	13	body	body	NN
36036	449	14	mass	mass	NNP
36036	449	15	(	(	-LRB-
36036	449	16	g	g	NNP
36036	449	17	)	)	-RRB-
36036	449	18	.	.	.
36036	450	1	Measured	measured	JJ
36036	450	2	values	value	NNS
36036	450	3	of	of	IN
36036	450	4	[	[	-LRB-
36036	450	5	.H]_{b	.h]_{b	NN
36036	450	6	}	}	-RRB-
36036	450	7	for	for	IN
36036	450	8	_	_	NNP
36036	450	9	Procyon	Procyon	NNP
36036	450	10	lotor	lotor	NN
36036	450	11	_	_	NNP
36036	450	12	were	be	VBD
36036	450	13	1.45	1.45	CD
36036	450	14	to	to	IN
36036	450	15	1.86	1.86	CD
36036	450	16	times	time	NNS
36036	450	17	greater	great	JJR
36036	450	18	than	than	IN
36036	450	19	those	those	DT
36036	450	20	predicted	predict	VBN
36036	450	21	for	for	IN
36036	450	22	it	-PRON-	PRP
36036	450	23	by	by	IN
36036	450	24	Eq	Eq	NNP
36036	450	25	.	.	.
36036	451	1	6	6	LS
36036	451	2	(	(	-LRB-
36036	451	3	Table	table	NN
36036	451	4	8)	8)	CD
36036	451	5	.	.	.
36036	452	1	TABLE	TABLE	NNS
36036	452	2	8.--Basal	8.--basal	CD
36036	452	3	metabolism	metabolism	NN
36036	452	4	(	(	-LRB-
36036	452	5	mL	mL	NNP
36036	452	6	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	452	7	}	}	-RRB-
36036	452	8	)	)	-RRB-
36036	452	9	of	of	IN
36036	452	10	_	_	NNP
36036	452	11	Procyon	Procyon	NNP
36036	452	12	lotor	lotor	NN
36036	452	13	_	_	NNP
36036	452	14	as	as	IN
36036	452	15	predicted	predict	VBN
36036	452	16	by	by	IN
36036	452	17	Eq	Eq	NNP
36036	452	18	.	.	.
36036	453	1	6	6	CD
36036	453	2	(	(	-LRB-
36036	453	3	[	[	-LRB-
36036	453	4	.H]_{b	.h]_{b	NN
36036	453	5	}	}	-RRB-
36036	453	6	=	=	SYM
36036	453	7	2.39·m^{-0.25	2.39·m^{-0.25	NNP
36036	453	8	}	}	-RRB-
36036	453	9	)	)	-RRB-
36036	453	10	.	.	.
36036	454	1	Body	body	NN
36036	454	2	masses	masse	NNS
36036	454	3	,	,	,
36036	454	4	used	use	VBN
36036	454	5	to	to	TO
36036	454	6	calculate	calculate	VB
36036	454	7	predicted	predict	VBN
36036	454	8	values	value	NNS
36036	454	9	,	,	,
36036	454	10	and	and	CC
36036	454	11	measured	measure	VBN
36036	454	12	values	value	NNS
36036	454	13	were	be	VBD
36036	454	14	taken	take	VBN
36036	454	15	from	from	IN
36036	454	16	Table	table	NN
36036	454	17	7	7	CD
36036	454	18	.	.	.
36036	455	1	----------------+--------------------------------	----------------+--------------------------------	:
36036	455	2	Season	season	NN
36036	455	3	and	and	CC
36036	455	4	sex	sex	NN
36036	455	5	|	|	NNS
36036	455	6	Predicted	predict	VBD
36036	455	7	Measured	measure	VBN
36036	455	8	/	/	SYM
36036	455	9	Predicted	predict	VBN
36036	455	10	----------------+--------------------------------	----------------+--------------------------------	HYPH
36036	455	11	Summer	summer	NN
36036	455	12	|	|	NNP
36036	455	13	Trapped	Trapped	NNP
36036	455	14	male	male	JJ
36036	455	15	|	|	CD
36036	455	16	0.29	0.29	CD
36036	455	17	1.86	1.86	CD
36036	455	18	Captive	Captive	NNP
36036	455	19	male	male	JJ
36036	455	20	|	|	CD
36036	455	21	0.29	0.29	CD
36036	455	22	1.59	1.59	CD
36036	455	23	Captive	Captive	NNP
36036	455	24	female|	female|	NNP
36036	455	25	0.29	0.29	CD
36036	455	26	1.45	1.45	CD
36036	455	27	Winter	Winter	NNP
36036	455	28	|	|	NNP
36036	455	29	Captive	Captive	NNP
36036	455	30	male	male	JJ
36036	455	31	|	|	CD
36036	455	32	0.28	0.28	CD
36036	455	33	1.68	1.68	CD
36036	455	34	Captive	Captive	NNP
36036	455	35	female|	female|	CD
36036	455	36	0.29	0.29	CD
36036	455	37	1.59	1.59	CD
36036	455	38	----------------+--------------------------------	----------------+--------------------------------	NFP
36036	455	39	_	_	NNP
36036	455	40	Influence	Influence	NNP
36036	455	41	of	of	IN
36036	455	42	Diet	Diet	NNP
36036	455	43	on	on	IN
36036	455	44	Basal	Basal	NNP
36036	455	45	Metabolism	Metabolism	NNP
36036	455	46	_	_	NNP
36036	455	47	BACKGROUND.--With	background.--with	IN
36036	455	48	respect	respect	NN
36036	455	49	to	to	IN
36036	455	50	[	[	-LRB-
36036	455	51	.H]_{b	.H]_{b	.
36036	455	52	}	}	-RRB-
36036	455	53	,	,	,
36036	455	54	McNab	McNab	NNP
36036	455	55	(	(	-LRB-
36036	455	56	1986a:1	1986a:1	CD
36036	455	57	)	)	-RRB-
36036	455	58	maintains	maintain	VBZ
36036	455	59	that	that	IN
36036	455	60	"	"	``
36036	455	61	the	the	DT
36036	455	62	influence	influence	NN
36036	455	63	of	of	IN
36036	455	64	climate	climate	NN
36036	455	65	is	be	VBZ
36036	455	66	confounded	confound	VBN
36036	455	67	with	with	IN
36036	455	68	the	the	DT
36036	455	69	influence	influence	NN
36036	455	70	of	of	IN
36036	455	71	food	food	NN
36036	455	72	habits	habit	NNS
36036	455	73	,	,	,
36036	455	74	"	"	''
36036	455	75	and	and	CC
36036	455	76	that	that	IN
36036	455	77	departures	departure	NNS
36036	455	78	from	from	IN
36036	455	79	the	the	DT
36036	455	80	Kleiber	Kleiber	NNP
36036	455	81	(	(	-LRB-
36036	455	82	1961	1961	CD
36036	455	83	)	)	-RRB-
36036	455	84	"	"	``
36036	455	85	norm	norm	NN
36036	455	86	"	"	''
36036	455	87	are	be	VBP
36036	455	88	best	best	RB
36036	455	89	correlated	correlate	VBN
36036	455	90	with	with	IN
36036	455	91	diet	diet	NN
36036	455	92	.	.	.
36036	456	1	Although	although	IN
36036	456	2	this	this	DT
36036	456	3	does	do	VBZ
36036	456	4	appear	appear	VB
36036	456	5	to	to	TO
36036	456	6	be	be	VB
36036	456	7	the	the	DT
36036	456	8	case	case	NN
36036	456	9	for	for	IN
36036	456	10	diet	diet	NN
36036	456	11	specialists	specialist	NNS
36036	456	12	,	,	,
36036	456	13	the	the	DT
36036	456	14	analysis	analysis	NN
36036	456	15	is	be	VBZ
36036	456	16	not	not	RB
36036	456	17	so	so	RB
36036	456	18	clear	clear	JJ
36036	456	19	-	-	HYPH
36036	456	20	cut	cut	VBN
36036	456	21	for	for	IN
36036	456	22	omnivorous	omnivorous	JJ
36036	456	23	species	specie	NNS
36036	456	24	(	(	-LRB-
36036	456	25	McNab	McNab	NNP
36036	456	26	,	,	,
36036	456	27	1986a	1986a	CD
36036	456	28	)	)	-RRB-
36036	456	29	.	.	.
36036	457	1	His	-PRON-	PRP$
36036	457	2	analysis	analysis	NN
36036	457	3	also	also	RB
36036	457	4	indicates	indicate	VBZ
36036	457	5	that	that	IN
36036	457	6	an	an	DT
36036	457	7	animal	animal	NN
36036	457	8	's	's	POS
36036	457	9	"	"	``
36036	457	10	behavior	behavior	NN
36036	457	11	"	"	''
36036	457	12	(	(	-LRB-
36036	457	13	i.e.	i.e.	FW
36036	457	14	,	,	,
36036	457	15	whether	whether	IN
36036	457	16	it	-PRON-	PRP
36036	457	17	is	be	VBZ
36036	457	18	terrestrial	terrestrial	JJ
36036	457	19	,	,	,
36036	457	20	arboreal	arboreal	JJ
36036	457	21	,	,	,
36036	457	22	subterranean	subterranean	JJ
36036	457	23	,	,	,
36036	457	24	aquatic	aquatic	JJ
36036	457	25	,	,	,
36036	457	26	etc	etc	FW
36036	457	27	.	.	.
36036	458	1	)	)	-RRB-
36036	458	2	,	,	,
36036	458	3	secondarily	secondarily	RB
36036	458	4	modifies	modify	VBZ
36036	458	5	the	the	DT
36036	458	6	influence	influence	NN
36036	458	7	of	of	IN
36036	458	8	food	food	NN
36036	458	9	habits	habit	NNS
36036	458	10	on	on	IN
36036	458	11	[	[	-LRB-
36036	458	12	.H]_{b	.h]_{b	NN
36036	458	13	}	}	-RRB-
36036	458	14	.	.	.
36036	459	1	For	for	IN
36036	459	2	example	example	NN
36036	459	3	,	,	,
36036	459	4	terrestrial	terrestrial	JJ
36036	459	5	frugivores	frugivore	NNS
36036	459	6	have	have	VBP
36036	459	7	[	[	-LRB-
36036	459	8	.H]_{b	.H]_{b	.
36036	459	9	}	}	-RRB-
36036	459	10	's	be	VBZ
36036	459	11	that	that	WDT
36036	459	12	are	be	VBP
36036	459	13	very	very	RB
36036	459	14	near	near	RB
36036	459	15	predicted	predict	VBN
36036	459	16	values	value	NNS
36036	459	17	,	,	,
36036	459	18	whereas	whereas	IN
36036	459	19	arboreal	arboreal	JJ
36036	459	20	frugivores	frugivore	NNS
36036	459	21	have	have	VBP
36036	459	22	rates	rate	NNS
36036	459	23	that	that	WDT
36036	459	24	are	be	VBP
36036	459	25	much	much	RB
36036	459	26	lower	low	JJR
36036	459	27	than	than	IN
36036	459	28	predicted	predict	VBN
36036	459	29	(	(	-LRB-
36036	459	30	McNab	McNab	NNP
36036	459	31	,	,	,
36036	459	32	1986a	1986a	CD
36036	459	33	)	)	-RRB-
36036	459	34	.	.	.
36036	460	1	TABLE	TABLE	NNP
36036	460	2	9.--Food	9.--food	CD
36036	460	3	habits	habit	NNS
36036	460	4	of	of	IN
36036	460	5	some	some	DT
36036	460	6	Procyonids	procyonid	NNS
36036	460	7	.	.	.
36036	461	1	References	reference	NNS
36036	461	2	for	for	IN
36036	461	3	foods	food	NNS
36036	461	4	were	be	VBD
36036	461	5	as	as	IN
36036	461	6	follows	follow	VBZ
36036	461	7	:	:	:
36036	461	8	_	_	NNP
36036	461	9	Potos	Potos	NNP
36036	461	10	flavus	flavus	NN
36036	461	11	_	_	NNP
36036	461	12	,	,	,
36036	461	13	_	_	NNP
36036	461	14	Procyon	Procyon	NNP
36036	461	15	cancrivorus	cancrivoru	VBZ
36036	461	16	_	_	NNP
36036	461	17	,	,	,
36036	461	18	and	and	CC
36036	461	19	_	_	NNP
36036	461	20	Nasua	Nasua	NNP
36036	461	21	nasua	nasua	NNP
36036	461	22	_	_	NNP
36036	461	23	taken	take	VBN
36036	461	24	from	from	IN
36036	461	25	Bisbal	Bisbal	NNP
36036	461	26	(	(	-LRB-
36036	461	27	1986	1986	CD
36036	461	28	)	)	-RRB-
36036	461	29	;	;	:
36036	461	30	_	_	NNP
36036	461	31	Nasua	Nasua	NNP
36036	461	32	narica	narica	NN
36036	461	33	_	_	NNP
36036	461	34	taken	take	VBN
36036	461	35	from	from	IN
36036	461	36	Kaufmann	Kaufmann	NNP
36036	461	37	(	(	-LRB-
36036	461	38	1962:182	1962:182	CD
36036	461	39	-	-	SYM
36036	461	40	198	198	CD
36036	461	41	)	)	-RRB-
36036	461	42	;	;	:
36036	461	43	_	_	NNP
36036	461	44	Bassariscus	Bassariscus	NNP
36036	461	45	astutus	astutus	NN
36036	461	46	_	_	NNP
36036	461	47	taken	take	VBN
36036	461	48	from	from	IN
36036	461	49	Martin	Martin	NNP
36036	461	50	et	et	NNP
36036	461	51	al	al	NNP
36036	461	52	.	.	.
36036	462	1	(	(	-LRB-
36036	462	2	1951	1951	CD
36036	462	3	)	)	-RRB-
36036	462	4	,	,	,
36036	462	5	Taylor	Taylor	NNP
36036	462	6	(	(	-LRB-
36036	462	7	1954	1954	CD
36036	462	8	)	)	-RRB-
36036	462	9	,	,	,
36036	462	10	Wood	Wood	NNP
36036	462	11	(	(	-LRB-
36036	462	12	1954	1954	CD
36036	462	13	)	)	-RRB-
36036	462	14	,	,	,
36036	462	15	Toweill	Toweill	NNP
36036	462	16	and	and	CC
36036	462	17	Teer	Teer	NNP
36036	462	18	(	(	-LRB-
36036	462	19	1977	1977	CD
36036	462	20	)	)	-RRB-
36036	462	21	,	,	,
36036	462	22	and	and	CC
36036	462	23	Trapp	Trapp	NNP
36036	462	24	(	(	-LRB-
36036	462	25	1978	1978	CD
36036	462	26	)	)	-RRB-
36036	462	27	;	;	:
36036	462	28	_	_	NNP
36036	462	29	Procyon	Procyon	NNP
36036	462	30	lotor	lotor	NN
36036	462	31	_	_	NNP
36036	462	32	taken	take	VBN
36036	462	33	from	from	IN
36036	462	34	Hamilton	Hamilton	NNP
36036	462	35	(	(	-LRB-
36036	462	36	1936	1936	CD
36036	462	37	)	)	-RRB-
36036	462	38	,	,	,
36036	462	39	Stuewer	Stuewer	NNP
36036	462	40	(	(	-LRB-
36036	462	41	1943:218	1943:218	CD
36036	462	42	-	-	SYM
36036	462	43	220	220	CD
36036	462	44	)	)	-RRB-
36036	462	45	,	,	,
36036	462	46	Stains	Stains	NNP
36036	462	47	(	(	-LRB-
36036	462	48	1956:39	1956:39	CD
36036	462	49	-	-	SYM
36036	462	50	51	51	CD
36036	462	51	)	)	-RRB-
36036	462	52	,	,	,
36036	462	53	and	and	CC
36036	462	54	Greenwood	Greenwood	NNP
36036	462	55	(	(	-LRB-
36036	462	56	1981	1981	CD
36036	462	57	)	)	-RRB-
36036	462	58	.	.	.
36036	463	1	Symbols	symbol	NNS
36036	463	2	represent	represent	VBP
36036	463	3	either	either	CC
36036	463	4	qualitative	qualitative	JJ
36036	463	5	(	(	-LRB-
36036	463	6	#	#	NN
36036	463	7	)	)	-RRB-
36036	463	8	or	or	CC
36036	463	9	quantitative	quantitative	JJ
36036	463	10	(	(	-LRB-
36036	463	11	+	+	UH
36036	463	12	,	,	,
36036	463	13	|	|	JJ
36036	463	14	)	)	-RRB-
36036	463	15	assessments	assessment	NNS
36036	463	16	of	of	IN
36036	463	17	feeding	feeding	NN
36036	463	18	habits	habit	NNS
36036	463	19	:	:	:
36036	463	20	#	#	$
36036	463	21	indicates	indicate	VBZ
36036	463	22	that	that	IN
36036	463	23	the	the	DT
36036	463	24	animal	animal	NN
36036	463	25	was	be	VBD
36036	463	26	observed	observe	VBN
36036	463	27	eating	eat	VBG
36036	463	28	the	the	DT
36036	463	29	food	food	NN
36036	463	30	;	;	:
36036	463	31	+	+	NFP
36036	463	32	and	and	CC
36036	463	33	|	|	CD
36036	463	34	represent	represent	VBP
36036	463	35	volume	volume	NN
36036	463	36	and	and	CC
36036	463	37	frequency	frequency	NN
36036	463	38	,	,	,
36036	463	39	respectively	respectively	RB
36036	463	40	,	,	,
36036	463	41	of	of	IN
36036	463	42	food	food	NN
36036	463	43	utilization	utilization	NN
36036	463	44	.	.	.
36036	464	1	No	no	DT
36036	464	2	attempt	attempt	NN
36036	464	3	was	be	VBD
36036	464	4	made	make	VBN
36036	464	5	to	to	TO
36036	464	6	account	account	VB
36036	464	7	for	for	IN
36036	464	8	seasonal	seasonal	JJ
36036	464	9	variation	variation	NN
36036	464	10	in	in	IN
36036	464	11	the	the	DT
36036	464	12	use	use	NN
36036	464	13	of	of	IN
36036	464	14	these	these	DT
36036	464	15	foods	food	NNS
36036	464	16	.	.	.
36036	465	1	+	+	NFP
36036	465	2	<	<	XX
36036	465	3	20	20	CD
36036	465	4	%	%	NN
36036	465	5	by	by	IN
36036	465	6	volume	volume	NN
36036	465	7	when	when	WRB
36036	465	8	found	find	VBN
36036	465	9	.	.	.
36036	466	1	|	|	NNP
36036	466	2	1%-19	1%-19	CD
36036	466	3	%	%	NN
36036	466	4	frequency	frequency	NN
36036	466	5	of	of	IN
36036	466	6	occurrence	occurrence	NN
36036	466	7	.	.	.
36036	467	1	+	+	CC
36036	467	2	+	+	NFP
36036	467	3	>	>	XX
36036	467	4	20	20	CD
36036	467	5	%	%	NN
36036	467	6	by	by	IN
36036	467	7	volume	volume	NN
36036	467	8	when	when	WRB
36036	467	9	found	find	VBN
36036	467	10	.	.	.
36036	468	1	||	||	NNP
36036	468	2	20%-50	20%-50	CD
36036	468	3	%	%	NN
36036	468	4	frequency	frequency	NN
36036	468	5	of	of	IN
36036	468	6	occurrence	occurrence	NN
36036	468	7	.	.	.
36036	469	1	|||	|||	$
36036	469	2	>	>	XX
36036	469	3	50	50	CD
36036	469	4	%	%	NN
36036	469	5	frequency	frequency	NN
36036	469	6	of	of	IN
36036	469	7	occurrence	occurrence	NN
36036	469	8	.	.	.
36036	470	1	-----------+--------------------------------------------------------------	-----------+--------------------------------------------------------------	:
36036	470	2	|_Potos	|_Potos	NNP
36036	470	3	_	_	NNP
36036	470	4	_	_	NNP
36036	470	5	Procyon	Procyon	NNP
36036	470	6	_	_	NNP
36036	470	7	_	_	NNP
36036	470	8	Nasua	Nasua	NNP
36036	470	9	_	_	NNP
36036	470	10	_	_	NNP
36036	470	11	Nasua	Nasua	NNP
36036	470	12	_	_	NNP
36036	470	13	_	_	NNP
36036	470	14	Bassariscus	Bassariscus	NNP
36036	470	15	_	_	NNP
36036	470	16	_	_	NNP
36036	470	17	Procyon	Procyon	NNP
36036	470	18	_	_	NNP
36036	470	19	Food	Food	NNP
36036	470	20	|_flavus	|_flavus	NNP
36036	470	21	_	_	NNP
36036	470	22	_	_	NNP
36036	470	23	cancrivorus	cancrivorus	NN
36036	470	24	_	_	NNP
36036	470	25	_	_	NNP
36036	470	26	nasua	nasua	NNP
36036	470	27	_	_	NNP
36036	470	28	_	_	NNP
36036	470	29	narica	narica	NNP
36036	470	30	_	_	NNP
36036	470	31	_	_	NNP
36036	470	32	astutus	astutus	NN
36036	470	33	_	_	NNP
36036	470	34	_	_	NNP
36036	470	35	lotor	lotor	NN
36036	470	36	_	_	NNP
36036	470	37	-----------+--------------------------------------------------------------	-----------+--------------------------------------------------------------	HYPH
36036	470	38	Mammalia	Mammalia	NNP
36036	470	39	|	|	NNP
36036	470	40	+	+	CC
36036	470	41	|	|	NNP
36036	470	42	#	#	NN
36036	470	43	+	+	SYM
36036	470	44	+	+	CC
36036	470	45	|||	|||	CD
36036	470	46	+	+	SYM
36036	470	47	+	+	CD
36036	470	48	||	||	NNP
36036	470	49	Aves	ave	NNS
36036	470	50	|	|	NNP
36036	470	51	+	+	CC
36036	470	52	+	+	SYM
36036	470	53	|	|	NNS
36036	470	54	+	+	CD
36036	470	55	||	||	.
36036	470	56	Birds	bird	NNS
36036	470	57	'	'	POS
36036	470	58	eggs|	eggs|	:
36036	470	59	|||	|||	CD
36036	470	60	Reptilia	Reptilia	NNP
36036	470	61	|	|	NNP
36036	470	62	+	+	CC
36036	470	63	|	|	CD
36036	470	64	+	+	CC
36036	470	65	|||	|||	CD
36036	470	66	#	#	NN
36036	470	67	+	+	SYM
36036	470	68	|	|	CD
36036	470	69	+	+	CC
36036	470	70	|	|	NNP
36036	470	71	Amphibia	Amphibia	NNP
36036	470	72	|	|	NNP
36036	470	73	+	+	CC
36036	470	74	|	|	NNP
36036	470	75	#	#	NN
36036	470	76	+	+	SYM
36036	470	77	|	|	NNP
36036	470	78	Pices	Pices	NNP
36036	470	79	|	|	NNP
36036	470	80	+	+	CC
36036	470	81	+	+	SYM
36036	470	82	||	||	NN
36036	470	83	+	+	CC
36036	470	84	+	+	SYM
36036	470	85	||	||	NNP
36036	470	86	Insecta	Insecta	NNP
36036	470	87	|++	|++	NNP
36036	470	88	|	|	CD
36036	470	89	+	+	CC
36036	470	90	|||	|||	CD
36036	470	91	+	+	SYM
36036	470	92	+	+	CC
36036	470	93	|||	|||	CD
36036	470	94	#	#	$
36036	470	95	+	+	CD
36036	470	96	||	||	$
36036	470	97	+	+	CC
36036	470	98	+	+	SYM
36036	470	99	||	||	NNP
36036	470	100	Arachnida	Arachnida	NNP
36036	470	101	|	|	CD
36036	470	102	+	+	CC
36036	470	103	+	+	CC
36036	470	104	|||	|||	CD
36036	470	105	#	#	NN
36036	470	106	+	+	SYM
36036	470	107	|	|	CD
36036	470	108	+	+	CC
36036	470	109	|	|	NNP
36036	470	110	Chilopoda	Chilopoda	NNP
36036	470	111	|	|	NNP
36036	470	112	+	+	CC
36036	470	113	+	+	CC
36036	470	114	|||	|||	CD
36036	470	115	Diplopoda	diplopoda	NN
36036	470	116	|	|	NNP
36036	470	117	#	#	$
36036	470	118	+	+	SYM
36036	470	119	|	|	NNP
36036	470	120	Crustacea	Crustacea	NNP
36036	470	121	|	|	CD
36036	470	122	+	+	CC
36036	470	123	+	+	CC
36036	470	124	|||	|||	CD
36036	470	125	#	#	NN
36036	470	126	+	+	SYM
36036	470	127	+	+	CC
36036	470	128	|||	|||	CD
36036	470	129	Mollusca	mollusca	NN
36036	470	130	|	|	CD
36036	470	131	+	+	SYM
36036	470	132	||	||	NNP
36036	470	133	#	#	NN
36036	470	134	+	+	CD
36036	470	135	||	||	NNP
36036	470	136	Annelida	Annelida	NNP
36036	470	137	|	|	CD
36036	470	138	#	#	NN
36036	470	139	+	+	SYM
36036	470	140	|	|	NNP
36036	470	141	Nuts	Nuts	NNP
36036	470	142	|	|	CD
36036	470	143	+	+	CC
36036	470	144	+	+	SYM
36036	470	145	||	||	NNP
36036	470	146	Grains	grain	NNS
36036	470	147	|	|	CD
36036	470	148	+	+	CC
36036	470	149	+	+	SYM
36036	470	150	||	||	NNP
36036	470	151	Buds	bud	NNS
36036	470	152	|	|	NNP
36036	470	153	+	+	CC
36036	470	154	|	|	NNP
36036	470	155	Fruit	Fruit	NNP
36036	470	156	|++	|++	NN
36036	470	157	|||	|||	CD
36036	470	158	+	+	CC
36036	470	159	+	+	CC
36036	470	160	#	#	$
36036	470	161	||	||	$
36036	470	162	+	+	SYM
36036	470	163	+	+	CC
36036	470	164	|||	|||	CD
36036	470	165	Leaves	leave	NNS
36036	470	166	|	|	POS
36036	470	167	+	+	CC
36036	470	168	|	|	NNP
36036	470	169	Grass	Grass	NNP
36036	470	170	|	|	NNP
36036	470	171	+	+	CC
36036	470	172	|	|	NNP
36036	470	173	-----------+--------------------------------------------------------------	-----------+--------------------------------------------------------------	NN
36036	470	174	FOOD	food	NN
36036	470	175	HABITS	habits	NN
36036	470	176	OF	of	IN
36036	470	177	PROCYONIDS.--Food	procyonids.--food	NN
36036	470	178	habits	habit	NNS
36036	470	179	of	of	IN
36036	470	180	six	six	CD
36036	470	181	procyonids	procyonid	NNS
36036	470	182	for	for	IN
36036	470	183	which	which	WDT
36036	470	184	metabolic	metabolic	JJ
36036	470	185	data	datum	NNS
36036	470	186	are	be	VBP
36036	470	187	available	available	JJ
36036	470	188	are	be	VBP
36036	470	189	presented	present	VBN
36036	470	190	in	in	IN
36036	470	191	Table	table	NN
36036	470	192	9	9	CD
36036	470	193	.	.	.
36036	471	1	All	all	DT
36036	471	2	six	six	CD
36036	471	3	species	specie	NNS
36036	471	4	clearly	clearly	RB
36036	471	5	have	have	VBP
36036	471	6	mixed	mixed	JJ
36036	471	7	diets	diet	NNS
36036	471	8	.	.	.
36036	472	1	Compared	compare	VBN
36036	472	2	to	to	IN
36036	472	3	other	other	JJ
36036	472	4	species	specie	NNS
36036	472	5	,	,	,
36036	472	6	_	_	NNP
36036	472	7	Procyon	Procyon	NNP
36036	472	8	lotor	lotor	NN
36036	472	9	_	_	NNP
36036	472	10	is	be	VBZ
36036	472	11	highly	highly	RB
36036	472	12	catholic	catholic	JJ
36036	472	13	in	in	IN
36036	472	14	its	-PRON-	PRP$
36036	472	15	diet	diet	NN
36036	472	16	,	,	,
36036	472	17	taking	take	VBG
36036	472	18	food	food	NN
36036	472	19	from	from	IN
36036	472	20	almost	almost	RB
36036	472	21	twice	twice	PDT
36036	472	22	as	as	RB
36036	472	23	many	many	JJ
36036	472	24	categories	category	NNS
36036	472	25	as	as	IN
36036	472	26	_	_	NNP
36036	472	27	Nasua	Nasua	NNP
36036	472	28	narica	narica	NN
36036	472	29	_	_	NNP
36036	472	30	,	,	,
36036	472	31	three	three	CD
36036	472	32	times	time	NNS
36036	472	33	as	as	RB
36036	472	34	many	many	JJ
36036	472	35	as	as	IN
36036	472	36	_	_	NNP
36036	472	37	Procyon	Procyon	NNP
36036	472	38	cancrivorus	cancrivoru	VBZ
36036	472	39	_	_	NNP
36036	472	40	,	,	,
36036	472	41	_	_	NNP
36036	472	42	Nasua	Nasua	NNP
36036	472	43	nasua	nasua	RB
36036	472	44	_	_	NNP
36036	472	45	,	,	,
36036	472	46	and	and	CC
36036	472	47	_	_	NNP
36036	472	48	Bassariscus	Bassariscus	NNP
36036	472	49	astutus	astutus	NN
36036	472	50	_	_	NNP
36036	472	51	,	,	,
36036	472	52	and	and	CC
36036	472	53	nine	nine	CD
36036	472	54	times	time	NNS
36036	472	55	as	as	RB
36036	472	56	many	many	JJ
36036	472	57	as	as	IN
36036	472	58	_	_	NNP
36036	472	59	Potos	Potos	NNP
36036	472	60	flavus	flavus	NN
36036	472	61	_	_	NNP
36036	472	62	.	.	.
36036	473	1	For	for	IN
36036	473	2	those	those	DT
36036	473	3	species	specie	NNS
36036	473	4	for	for	IN
36036	473	5	which	which	WDT
36036	473	6	food	food	NN
36036	473	7	habit	habit	NN
36036	473	8	data	datum	NNS
36036	473	9	are	be	VBP
36036	473	10	quantified	quantify	VBN
36036	473	11	,	,	,
36036	473	12	we	-PRON-	PRP
36036	473	13	used	use	VBD
36036	473	14	Eisenberg	Eisenberg	NNP
36036	473	15	's	's	POS
36036	473	16	(	(	-LRB-
36036	473	17	1981:247	1981:247	CD
36036	473	18	-	-	SYM
36036	473	19	251	251	CD
36036	473	20	)	)	-RRB-
36036	473	21	substrate	substrate	NN
36036	473	22	/	/	SYM
36036	473	23	feeding	feeding	NN
36036	473	24	matrix	matrix	NN
36036	473	25	method	method	NN
36036	473	26	,	,	,
36036	473	27	where	where	WRB
36036	473	28	"	"	``
36036	473	29	substrate	substrate	NN
36036	473	30	"	"	''
36036	473	31	is	be	VBZ
36036	473	32	analogous	analogous	JJ
36036	473	33	to	to	IN
36036	473	34	McNab	McNab	NNP
36036	473	35	's	's	POS
36036	473	36	(	(	-LRB-
36036	473	37	1986a	1986a	NNS
36036	473	38	)	)	-RRB-
36036	473	39	"	"	``
36036	473	40	behavior	behavior	NN
36036	473	41	,	,	,
36036	473	42	"	"	''
36036	473	43	to	to	TO
36036	473	44	construct	construct	VB
36036	473	45	the	the	DT
36036	473	46	following	follow	VBG
36036	473	47	feeding	feeding	NN
36036	473	48	categories	category	NNS
36036	473	49	that	that	WDT
36036	473	50	are	be	VBP
36036	473	51	based	base	VBN
36036	473	52	on	on	IN
36036	473	53	the	the	DT
36036	473	54	major	major	JJ
36036	473	55	food	food	NN
36036	473	56	groups	group	NNS
36036	473	57	utilized	utilize	VBN
36036	473	58	by	by	IN
36036	473	59	each	each	DT
36036	473	60	species	specie	NNS
36036	473	61	(	(	-LRB-
36036	473	62	Table	table	NN
36036	473	63	9	9	CD
36036	473	64	)	)	-RRB-
36036	473	65	.	.	.
36036	474	1	1	1	LS
36036	474	2	.	.	.
36036	475	1	_	_	NNP
36036	475	2	Potos	Potos	NNP
36036	475	3	flavus	flavu	NNS
36036	475	4	:	:	:
36036	475	5	_	_	NNP
36036	475	6	(	(	-LRB-
36036	475	7	1	1	CD
36036	475	8	)	)	-RRB-
36036	475	9	arboreal	arboreal	NN
36036	475	10	/	/	SYM
36036	475	11	frugivore	frugivore	NN
36036	475	12	,	,	,
36036	475	13	insectivore	insectivore	NNP
36036	475	14	.	.	.
36036	476	1	2	2	LS
36036	476	2	.	.	.
36036	477	1	_	_	NNP
36036	477	2	Procyon	Procyon	NNP
36036	477	3	cancrivorus	cancrivoru	VBZ
36036	477	4	:	:	:
36036	477	5	_	_	NNP
36036	477	6	(	(	-LRB-
36036	477	7	1	1	CD
36036	477	8	)	)	-RRB-
36036	477	9	semiaquatic	semiaquatic	JJ
36036	477	10	/	/	SYM
36036	477	11	crustacivore	crustacivore	NN
36036	477	12	,	,	,
36036	477	13	molluscivore	molluscivore	NNP
36036	477	14	,	,	,
36036	477	15	insectivore	insectivore	NNP
36036	477	16	,	,	,
36036	477	17	piscivore	piscivore	NN
36036	477	18	,	,	,
36036	477	19	carnivore	carnivore	NN
36036	477	20	.	.	.
36036	478	1	3	3	LS
36036	478	2	.	.	.
36036	479	1	_	_	NNP
36036	479	2	Nasua	Nasua	NNP
36036	479	3	nasua	nasua	NN
36036	479	4	:	:	:
36036	479	5	_	_	NNP
36036	479	6	(	(	-LRB-
36036	479	7	1	1	CD
36036	479	8	)	)	-RRB-
36036	479	9	terrestrial	terrestrial	NN
36036	479	10	/	/	SYM
36036	479	11	insectivore	insectivore	NNP
36036	479	12	,	,	,
36036	479	13	arachnidivore	arachnidivore	NNP
36036	479	14	,	,	,
36036	479	15	carnivore	carnivore	NN
36036	479	16	,	,	,
36036	479	17	frugivore	frugivore	NN
36036	479	18	.	.	.
36036	480	1	4	4	LS
36036	480	2	.	.	.
36036	481	1	_	_	NNP
36036	481	2	Bassariscus	Bassariscus	NNP
36036	481	3	astutus	astutus	NN
36036	481	4	:	:	:
36036	481	5	_	_	NNP
36036	481	6	(	(	-LRB-
36036	481	7	1	1	CD
36036	481	8	)	)	-RRB-
36036	481	9	terrestrial	terrestrial	NN
36036	481	10	/	/	SYM
36036	481	11	carnivore	carnivore	NN
36036	481	12	,	,	,
36036	481	13	insectivore	insectivore	NNP
36036	481	14	,	,	,
36036	481	15	frugivore	frugivore	NN
36036	481	16	.	.	.
36036	482	1	5	5	CD
36036	482	2	.	.	.
36036	483	1	_	_	NNP
36036	483	2	Procyon	procyon	JJ
36036	483	3	lotor	lotor	NN
36036	483	4	:	:	:
36036	483	5	_	_	NNP
36036	483	6	(	(	-LRB-
36036	483	7	1	1	CD
36036	483	8	)	)	-RRB-
36036	483	9	terrestrial	terrestrial	NN
36036	483	10	/	/	SYM
36036	483	11	carnivore	carnivore	NN
36036	483	12	,	,	,
36036	483	13	granivore	granivore	NN
36036	483	14	,	,	,
36036	483	15	frugivore	frugivore	NNP
36036	483	16	,	,	,
36036	483	17	insectivore	insectivore	NNP
36036	483	18	;	;	:
36036	483	19	and	and	CC
36036	483	20	(	(	-LRB-
36036	483	21	2	2	LS
36036	483	22	)	)	-RRB-
36036	483	23	semiaquatic	semiaquatic	JJ
36036	483	24	/	/	SYM
36036	483	25	crustacivore	crustacivore	NN
36036	483	26	,	,	,
36036	483	27	molluscivore	molluscivore	NNP
36036	483	28	,	,	,
36036	483	29	insectivore	insectivore	NNP
36036	483	30	,	,	,
36036	483	31	piscivore	piscivore	NN
36036	483	32	,	,	,
36036	483	33	carnivore	carnivore	NN
36036	483	34	.	.	.
36036	484	1	FOOD	food	NN
36036	484	2	HABITS	habit	NNS
36036	484	3	AND	and	CC
36036	484	4	BASAL	BASAL	NNP
36036	484	5	METABOLISM.--The	metabolism.--the	POS
36036	484	6	most	most	RBS
36036	484	7	important	important	JJ
36036	484	8	foods	food	NNS
36036	484	9	in	in	IN
36036	484	10	the	the	DT
36036	484	11	diet	diet	NN
36036	484	12	of	of	IN
36036	484	13	_	_	NNP
36036	484	14	Procyon	Procyon	NNP
36036	484	15	lotor	lotor	NN
36036	484	16	_	_	NNP
36036	484	17	are	be	VBP
36036	484	18	vertebrates	vertebrate	NNS
36036	484	19	,	,	,
36036	484	20	nuts	nut	NNS
36036	484	21	,	,	,
36036	484	22	seeds	seed	NNS
36036	484	23	,	,	,
36036	484	24	and	and	CC
36036	484	25	fruits	fruit	NNS
36036	484	26	(	(	-LRB-
36036	484	27	Table	table	NN
36036	484	28	9	9	CD
36036	484	29	)	)	-RRB-
36036	484	30	.	.	.
36036	485	1	These	these	DT
36036	485	2	are	be	VBP
36036	485	3	the	the	DT
36036	485	4	same	same	JJ
36036	485	5	foods	food	NNS
36036	485	6	that	that	WDT
36036	485	7	are	be	VBP
36036	485	8	eaten	eat	VBN
36036	485	9	by	by	IN
36036	485	10	those	those	DT
36036	485	11	dietary	dietary	JJ
36036	485	12	specialists	specialist	NNS
36036	485	13	that	that	WDT
36036	485	14	have	have	VBP
36036	485	15	[	[	-LRB-
36036	485	16	.H]_{b	.H]_{b	.
36036	485	17	}	}	-RRB-
36036	485	18	's	be	VBZ
36036	485	19	equivalent	equivalent	JJ
36036	485	20	to	to	IN
36036	485	21	,	,	,
36036	485	22	or	or	CC
36036	485	23	higher	high	JJR
36036	485	24	than	than	IN
36036	485	25	,	,	,
36036	485	26	values	value	NNS
36036	485	27	predicted	predict	VBD
36036	485	28	for	for	IN
36036	485	29	them	-PRON-	PRP
36036	485	30	by	by	IN
36036	485	31	the	the	DT
36036	485	32	Kleiber	Kleiber	NNP
36036	485	33	equation	equation	NN
36036	485	34	(	(	-LRB-
36036	485	35	McNab	McNab	NNP
36036	485	36	,	,	,
36036	485	37	1986a	1986a	CD
36036	485	38	)	)	-RRB-
36036	485	39	.	.	.
36036	486	1	The	the	DT
36036	486	2	most	most	RBS
36036	486	3	important	important	JJ
36036	486	4	foods	food	NNS
36036	486	5	in	in	IN
36036	486	6	the	the	DT
36036	486	7	diets	diet	NNS
36036	486	8	of	of	IN
36036	486	9	_	_	NNP
36036	486	10	Potos	Potos	NNP
36036	486	11	flavus	flavus	NN
36036	486	12	_	_	NNP
36036	486	13	,	,	,
36036	486	14	_	_	NNP
36036	486	15	Procyon	Procyon	NNP
36036	486	16	cancrivorus	cancrivoru	VBZ
36036	486	17	_	_	NNP
36036	486	18	,	,	,
36036	486	19	and	and	CC
36036	486	20	_	_	NNP
36036	486	21	Nasua	Nasua	NNP
36036	486	22	nasua	nasua	NNP
36036	486	23	_	_	NNP
36036	486	24	are	be	VBP
36036	486	25	invertebrates	invertebrate	NNS
36036	486	26	and	and	CC
36036	486	27	fruit	fruit	NN
36036	486	28	(	(	-LRB-
36036	486	29	Table	table	NN
36036	486	30	9	9	CD
36036	486	31	)	)	-RRB-
36036	486	32	,	,	,
36036	486	33	and	and	CC
36036	486	34	these	these	DT
36036	486	35	foods	food	NNS
36036	486	36	are	be	VBP
36036	486	37	eaten	eat	VBN
36036	486	38	by	by	IN
36036	486	39	dietary	dietary	JJ
36036	486	40	specialists	specialist	NNS
36036	486	41	that	that	WDT
36036	486	42	have	have	VBP
36036	486	43	lower	low	JJR
36036	486	44	than	than	IN
36036	486	45	predicted	predict	VBN
36036	486	46	[	[	-LRB-
36036	486	47	.H]_{b	.h]_{b	NN
36036	486	48	}	}	-RRB-
36036	486	49	's	's	POS
36036	486	50	(	(	-LRB-
36036	486	51	McNab	McNab	NNP
36036	486	52	,	,	,
36036	486	53	1986a	1986a	CD
36036	486	54	)	)	-RRB-
36036	486	55	.	.	.
36036	487	1	Major	major	JJ
36036	487	2	foods	food	NNS
36036	487	3	in	in	IN
36036	487	4	the	the	DT
36036	487	5	diet	diet	NN
36036	487	6	of	of	IN
36036	487	7	_	_	NNP
36036	487	8	Bassariscus	Bassariscus	NNP
36036	487	9	astutus	astutus	NN
36036	487	10	_	_	NNP
36036	487	11	are	be	VBP
36036	487	12	terrestrial	terrestrial	JJ
36036	487	13	vertebrates	vertebrate	NNS
36036	487	14	,	,	,
36036	487	15	insects	insect	NNS
36036	487	16	,	,	,
36036	487	17	and	and	CC
36036	487	18	fruit	fruit	NN
36036	487	19	(	(	-LRB-
36036	487	20	Table	table	NN
36036	487	21	9	9	CD
36036	487	22	)	)	-RRB-
36036	487	23	.	.	.
36036	488	1	Dietary	dietary	JJ
36036	488	2	specialists	specialist	NNS
36036	488	3	that	that	WDT
36036	488	4	eat	eat	VBP
36036	488	5	terrestrial	terrestrial	JJ
36036	488	6	vertebrates	vertebrate	NNS
36036	488	7	have	have	VBP
36036	488	8	higher	high	JJR
36036	488	9	than	than	IN
36036	488	10	predicted	predict	VBN
36036	488	11	[	[	-LRB-
36036	488	12	.H]_{b	.h]_{b	NN
36036	488	13	}	}	-RRB-
36036	488	14	's	be	VBZ
36036	488	15	,	,	,
36036	488	16	whereas	whereas	IN
36036	488	17	those	those	DT
36036	488	18	that	that	WDT
36036	488	19	feed	feed	VBP
36036	488	20	on	on	IN
36036	488	21	insects	insect	NNS
36036	488	22	have	have	VBP
36036	488	23	[	[	-LRB-
36036	488	24	.H]_{b	.H]_{b	.
36036	488	25	}	}	-RRB-
36036	488	26	's	be	VBZ
36036	488	27	that	that	WDT
36036	488	28	are	be	VBP
36036	488	29	lower	low	JJR
36036	488	30	than	than	IN
36036	488	31	predicted	predict	VBN
36036	488	32	(	(	-LRB-
36036	488	33	McNab	McNab	NNP
36036	488	34	,	,	,
36036	488	35	1986a	1986a	CD
36036	488	36	)	)	-RRB-
36036	488	37	.	.	.
36036	489	1	Year	year	NN
36036	489	2	-	-	HYPH
36036	489	3	round	round	JJ
36036	489	4	utilization	utilization	NN
36036	489	5	of	of	IN
36036	489	6	vertebrates	vertebrate	NNS
36036	489	7	by	by	IN
36036	489	8	_	_	NNP
36036	489	9	Bassariscus	Bassariscus	NNP
36036	489	10	astutus	astutus	NN
36036	489	11	_	_	NNP
36036	489	12	suggests	suggest	VBZ
36036	489	13	that	that	IN
36036	489	14	it	-PRON-	PRP
36036	489	15	also	also	RB
36036	489	16	should	should	MD
36036	489	17	have	have	VB
36036	489	18	a	a	DT
36036	489	19	metabolic	metabolic	JJ
36036	489	20	rate	rate	NN
36036	489	21	that	that	WDT
36036	489	22	is	be	VBZ
36036	489	23	equivalent	equivalent	JJ
36036	489	24	to	to	IN
36036	489	25	or	or	CC
36036	489	26	higher	high	JJR
36036	489	27	than	than	IN
36036	489	28	predicted	predict	VBN
36036	489	29	,	,	,
36036	489	30	rather	rather	RB
36036	489	31	than	than	IN
36036	489	32	lower	low	JJR
36036	489	33	(	(	-LRB-
36036	489	34	McNab	McNab	NNP
36036	489	35	,	,	,
36036	489	36	1986a	1986a	CD
36036	489	37	)	)	-RRB-
36036	489	38	.	.	.
36036	490	1	However	however	RB
36036	490	2	,	,	,
36036	490	3	perhaps	perhaps	RB
36036	490	4	year	year	NN
36036	490	5	-	-	HYPH
36036	490	6	round	round	JJ
36036	490	7	inclusion	inclusion	NN
36036	490	8	of	of	IN
36036	490	9	insects	insect	NNS
36036	490	10	in	in	IN
36036	490	11	its	-PRON-	PRP$
36036	490	12	diet	diet	NN
36036	490	13	(	(	-LRB-
36036	490	14	Martin	Martin	NNP
36036	490	15	et	et	NNP
36036	490	16	al	al	NNP
36036	490	17	.	.	NNP
36036	490	18	,	,	,
36036	490	19	1951	1951	CD
36036	490	20	;	;	:
36036	490	21	Taylor	Taylor	NNP
36036	490	22	,	,	,
36036	490	23	1954	1954	CD
36036	490	24	;	;	:
36036	490	25	Wood	wood	NN
36036	490	26	,	,	,
36036	490	27	1954	1954	CD
36036	490	28	;	;	:
36036	490	29	Toweill	Toweill	NNP
36036	490	30	and	and	CC
36036	490	31	Teer	Teer	NNP
36036	490	32	,	,	,
36036	490	33	1977	1977	CD
36036	490	34	;	;	:
36036	490	35	Trapp	Trapp	NNP
36036	490	36	,	,	,
36036	490	37	1978	1978	CD
36036	490	38	)	)	-RRB-
36036	490	39	,	,	,
36036	490	40	plus	plus	CC
36036	490	41	water-	water-	NN
36036	490	42	and	and	CC
36036	490	43	energy	energy	NN
36036	490	44	-	-	HYPH
36036	490	45	conserving	conserve	VBG
36036	490	46	advantages	advantage	NNS
36036	490	47	of	of	IN
36036	490	48	a	a	DT
36036	490	49	low	low	JJ
36036	490	50	metabolic	metabolic	JJ
36036	490	51	rate	rate	NN
36036	490	52	,	,	,
36036	490	53	each	each	DT
36036	490	54	exert	exert	VBP
36036	490	55	a	a	DT
36036	490	56	stronger	strong	JJR
36036	490	57	selective	selective	JJ
36036	490	58	influence	influence	NN
36036	490	59	on	on	IN
36036	490	60	[	[	-LRB-
36036	490	61	.H]_{b	.h]_{b	NN
36036	490	62	}	}	-RRB-
36036	490	63	than	than	IN
36036	490	64	do	do	VB
36036	490	65	vertebrates	vertebrate	NNS
36036	490	66	in	in	IN
36036	490	67	its	-PRON-	PRP$
36036	490	68	diet	diet	NN
36036	490	69	.	.	.
36036	491	1	SUMMARY.--The	SUMMARY.--The	NNP
36036	491	2	basal	basal	NNP
36036	491	3	metabolic	metabolic	JJ
36036	491	4	rate	rate	NN
36036	491	5	of	of	IN
36036	491	6	these	these	DT
36036	491	7	procyonids	procyonid	NNS
36036	491	8	does	do	VBZ
36036	491	9	appear	appear	VB
36036	491	10	to	to	TO
36036	491	11	be	be	VB
36036	491	12	influenced	influence	VBN
36036	491	13	by	by	IN
36036	491	14	diet	diet	NNP
36036	491	15	.	.	.
36036	492	1	But	but	CC
36036	492	2	,	,	,
36036	492	3	it	-PRON-	PRP
36036	492	4	is	be	VBZ
36036	492	5	apparent	apparent	JJ
36036	492	6	from	from	IN
36036	492	7	this	this	DT
36036	492	8	family	family	NN
36036	492	9	's	's	POS
36036	492	10	evolutionary	evolutionary	JJ
36036	492	11	history	history	NN
36036	492	12	and	and	CC
36036	492	13	tropical	tropical	JJ
36036	492	14	origins	origin	NNS
36036	492	15	that	that	WDT
36036	492	16	climate	climate	NN
36036	492	17	also	also	RB
36036	492	18	has	have	VBZ
36036	492	19	had	have	VBN
36036	492	20	a	a	DT
36036	492	21	profound	profound	JJ
36036	492	22	influence	influence	NN
36036	492	23	on	on	IN
36036	492	24	its	-PRON-	PRP$
36036	492	25	member	member	NN
36036	492	26	's	's	POS
36036	492	27	metabolism	metabolism	NN
36036	492	28	.	.	.
36036	493	1	The	the	DT
36036	493	2	history	history	NN
36036	493	3	of	of	IN
36036	493	4	the	the	DT
36036	493	5	family	family	NN
36036	493	6	and	and	CC
36036	493	7	the	the	DT
36036	493	8	data	datum	NNS
36036	493	9	presented	present	VBN
36036	493	10	here	here	RB
36036	493	11	(	(	-LRB-
36036	493	12	Table	table	NN
36036	493	13	7	7	CD
36036	493	14	)	)	-RRB-
36036	493	15	suggest	suggest	VBP
36036	493	16	that	that	IN
36036	493	17	lower	low	JJR
36036	493	18	than	than	IN
36036	493	19	predicted	predict	VBN
36036	493	20	[	[	-LRB-
36036	493	21	.H]_{b	.h]_{b	NN
36036	493	22	}	}	-RRB-
36036	493	23	is	be	VBZ
36036	493	24	a	a	DT
36036	493	25	feature	feature	NN
36036	493	26	that	that	WDT
36036	493	27	evolved	evolve	VBD
36036	493	28	very	very	RB
36036	493	29	early	early	RB
36036	493	30	as	as	IN
36036	493	31	the	the	DT
36036	493	32	primary	primary	JJ
36036	493	33	metabolic	metabolic	JJ
36036	493	34	adjustment	adjustment	NN
36036	493	35	to	to	IN
36036	493	36	a	a	DT
36036	493	37	tropical	tropical	JJ
36036	493	38	climate	climate	NN
36036	493	39	.	.	.
36036	494	1	From	from	IN
36036	494	2	this	this	DT
36036	494	3	perspective	perspective	NN
36036	494	4	,	,	,
36036	494	5	it	-PRON-	PRP
36036	494	6	could	could	MD
36036	494	7	be	be	VB
36036	494	8	argued	argue	VBN
36036	494	9	that	that	IN
36036	494	10	climate	climate	NN
36036	494	11	would	would	MD
36036	494	12	have	have	VB
36036	494	13	been	be	VBN
36036	494	14	the	the	DT
36036	494	15	major	major	JJ
36036	494	16	selective	selective	JJ
36036	494	17	force	force	NN
36036	494	18	determining	determine	VBG
36036	494	19	[	[	-LRB-
36036	494	20	.H]_{b	.H]_{b	NFP
36036	494	21	}	}	-RRB-
36036	494	22	,	,	,
36036	494	23	whereas	whereas	IN
36036	494	24	food	food	NN
36036	494	25	habits	habit	NNS
36036	494	26	would	would	MD
36036	494	27	have	have	VB
36036	494	28	had	have	VBN
36036	494	29	a	a	DT
36036	494	30	secondary	secondary	JJ
36036	494	31	influence	influence	NN
36036	494	32	.	.	.
36036	495	1	_	_	NNP
36036	495	2	Basal	Basal	NNP
36036	495	3	Metabolism	Metabolism	NNP
36036	495	4	and	and	CC
36036	495	5	Intrinsic	Intrinsic	NNP
36036	495	6	Rate	Rate	NNP
36036	495	7	of	of	IN
36036	495	8	Natural	natural	JJ
36036	495	9	Increase	Increase	NNP
36036	495	10	_	_	NNP
36036	495	11	BACKGROUND.--McNab	BACKGROUND.--McNab	NNP
36036	495	12	(	(	-LRB-
36036	495	13	1980a	1980a	LS
36036	495	14	)	)	-RRB-
36036	495	15	suggested	suggest	VBD
36036	495	16	that	that	IN
36036	495	17	if	if	IN
36036	495	18	food	food	NN
36036	495	19	is	be	VBZ
36036	495	20	not	not	RB
36036	495	21	restricted	restrict	VBN
36036	495	22	during	during	IN
36036	495	23	an	an	DT
36036	495	24	animal	animal	NN
36036	495	25	's	's	POS
36036	495	26	reproductive	reproductive	JJ
36036	495	27	period	period	NN
36036	495	28	,	,	,
36036	495	29	the	the	DT
36036	495	30	factor	factor	NN
36036	495	31	that	that	WDT
36036	495	32	will	will	MD
36036	495	33	limit	limit	VB
36036	495	34	growth	growth	NN
36036	495	35	and	and	CC
36036	495	36	reproduction	reproduction	NN
36036	495	37	will	will	MD
36036	495	38	be	be	VB
36036	495	39	the	the	DT
36036	495	40	rate	rate	NN
36036	495	41	at	at	IN
36036	495	42	which	which	WDT
36036	495	43	energy	energy	NN
36036	495	44	can	can	MD
36036	495	45	be	be	VB
36036	495	46	used	use	VBN
36036	495	47	in	in	IN
36036	495	48	growth	growth	NN
36036	495	49	and	and	CC
36036	495	50	development	development	NN
36036	495	51	.	.	.
36036	496	1	Under	under	IN
36036	496	2	these	these	DT
36036	496	3	conditions	condition	NNS
36036	496	4	,	,	,
36036	496	5	an	an	DT
36036	496	6	increase	increase	NN
36036	496	7	in	in	IN
36036	496	8	[	[	-LRB-
36036	496	9	.H]_{b	.h]_{b	NN
36036	496	10	}	}	-RRB-
36036	496	11	would	would	MD
36036	496	12	actually	actually	RB
36036	496	13	increase	increase	VB
36036	496	14	r_{max	r_{max	.
36036	496	15	}	}	-RRB-
36036	496	16	because	because	IN
36036	496	17	it	-PRON-	PRP
36036	496	18	would	would	MD
36036	496	19	provide	provide	VB
36036	496	20	a	a	DT
36036	496	21	higher	high	JJR
36036	496	22	rate	rate	NN
36036	496	23	of	of	IN
36036	496	24	biosynthesis	biosynthesis	NN
36036	496	25	,	,	,
36036	496	26	a	a	DT
36036	496	27	faster	fast	JJR
36036	496	28	growth	growth	NN
36036	496	29	rate	rate	NN
36036	496	30	,	,	,
36036	496	31	and	and	CC
36036	496	32	a	a	DT
36036	496	33	shorter	short	JJR
36036	496	34	generation	generation	NN
36036	496	35	time	time	NN
36036	496	36	.	.	.
36036	497	1	Hennemann	Hennemann	NNP
36036	497	2	(	(	-LRB-
36036	497	3	1983	1983	CD
36036	497	4	)	)	-RRB-
36036	497	5	tested	test	VBD
36036	497	6	McNab	McNab	NNP
36036	497	7	's	's	POS
36036	497	8	(	(	-LRB-
36036	497	9	1980a	1980a	CD
36036	497	10	)	)	-RRB-
36036	497	11	premise	premise	NN
36036	497	12	and	and	CC
36036	497	13	found	find	VBD
36036	497	14	a	a	DT
36036	497	15	significant	significant	JJ
36036	497	16	correlation	correlation	NN
36036	497	17	between	between	IN
36036	497	18	r_{max	r_{max	NNP
36036	497	19	}	}	-RRB-
36036	497	20	and	and	CC
36036	497	21	metabolic	metabolic	JJ
36036	497	22	rate	rate	NN
36036	497	23	,	,	,
36036	497	24	independent	independent	JJ
36036	497	25	of	of	IN
36036	497	26	body	body	NN
36036	497	27	size	size	NN
36036	497	28	,	,	,
36036	497	29	for	for	IN
36036	497	30	44	44	CD
36036	497	31	mammal	mammal	JJ
36036	497	32	species	specie	NNS
36036	497	33	.	.	.
36036	498	1	A	a	DT
36036	498	2	low	low	JJ
36036	498	3	correlation	correlation	NN
36036	498	4	coefficient	coefficient	NN
36036	498	5	for	for	IN
36036	498	6	this	this	DT
36036	498	7	relationship	relationship	NN
36036	498	8	,	,	,
36036	498	9	however	however	RB
36036	498	10	,	,	,
36036	498	11	indicated	indicate	VBD
36036	498	12	to	to	IN
36036	498	13	him	-PRON-	PRP
36036	498	14	(	(	-LRB-
36036	498	15	Hennemann	Hennemann	NNP
36036	498	16	,	,	,
36036	498	17	1983	1983	CD
36036	498	18	)	)	-RRB-
36036	498	19	that	that	WDT
36036	498	20	factors	factor	NNS
36036	498	21	such	such	JJ
36036	498	22	as	as	IN
36036	498	23	(	(	-LRB-
36036	498	24	1	1	LS
36036	498	25	)	)	-RRB-
36036	498	26	food	food	NN
36036	498	27	supply	supply	NN
36036	498	28	,	,	,
36036	498	29	(	(	-LRB-
36036	498	30	2	2	LS
36036	498	31	)	)	-RRB-
36036	498	32	thermal	thermal	JJ
36036	498	33	characteristics	characteristic	NNS
36036	498	34	of	of	IN
36036	498	35	the	the	DT
36036	498	36	environment	environment	NN
36036	498	37	,	,	,
36036	498	38	and	and	CC
36036	498	39	(	(	-LRB-
36036	498	40	3	3	LS
36036	498	41	)	)	-RRB-
36036	498	42	brain	brain	NN
36036	498	43	size	size	NN
36036	498	44	also	also	RB
36036	498	45	contribute	contribute	VBP
36036	498	46	toward	toward	IN
36036	498	47	shaping	shape	VBG
36036	498	48	a	a	DT
36036	498	49	species	specie	NNS
36036	498	50	'	'	POS
36036	498	51	reproductive	reproductive	JJ
36036	498	52	potential	potential	NN
36036	498	53	,	,	,
36036	498	54	particularly	particularly	RB
36036	498	55	when	when	WRB
36036	498	56	these	these	DT
36036	498	57	factors	factor	NNS
36036	498	58	strongly	strongly	RB
36036	498	59	influence	influence	VBP
36036	498	60	rates	rate	NNS
36036	498	61	of	of	IN
36036	498	62	biosynthesis	biosynthesis	NN
36036	498	63	or	or	CC
36036	498	64	growth	growth	NN
36036	498	65	or	or	CC
36036	498	66	for	for	IN
36036	498	67	some	some	DT
36036	498	68	reason	reason	NN
36036	498	69	alter	alter	NN
36036	498	70	generation	generation	NN
36036	498	71	time	time	NN
36036	498	72	.	.	.
36036	499	1	Results	result	NNS
36036	499	2	of	of	IN
36036	499	3	our	-PRON-	PRP$
36036	499	4	estimates	estimate	NNS
36036	499	5	of	of	IN
36036	499	6	r_{max	r_{max	NNP
36036	499	7	}	}	-RRB-
36036	499	8	for	for	IN
36036	499	9	procyonids	procyonid	NNS
36036	499	10	are	be	VBP
36036	499	11	presented	present	VBN
36036	499	12	in	in	IN
36036	499	13	Table	table	NN
36036	499	14	10	10	CD
36036	499	15	.	.	.
36036	500	1	_	_	NNP
36036	500	2	Procyon	Procyon	NNP
36036	500	3	lotor._--This	lotor._--This	''
36036	500	4	species	specie	NNS
36036	500	5	had	have	VBD
36036	500	6	the	the	DT
36036	500	7	highest	high	JJS
36036	500	8	[	[	-LRB-
36036	500	9	.H]_{b	.h]_{b	NN
36036	500	10	}	}	-RRB-
36036	500	11	and	and	CC
36036	500	12	D_{d	D_{d	NNP
36036	500	13	}	}	-RRB-
36036	500	14	,	,	,
36036	500	15	and	and	CC
36036	500	16	also	also	RB
36036	500	17	had	have	VBD
36036	500	18	the	the	DT
36036	500	19	highest	high	JJS
36036	500	20	r_{max	r_{max	ADD
36036	500	21	}	}	-RRB-
36036	500	22	(	(	-LRB-
36036	500	23	1.34	1.34	CD
36036	500	24	;	;	:
36036	500	25	Table	table	NN
36036	500	26	10	10	CD
36036	500	27	)	)	-RRB-
36036	500	28	.	.	.
36036	501	1	Such	such	PDT
36036	501	2	a	a	DT
36036	501	3	high	high	JJ
36036	501	4	r_{max	r_{max	NN
36036	501	5	}	}	-RRB-
36036	501	6	may	may	MD
36036	501	7	infer	infer	VB
36036	501	8	that	that	IN
36036	501	9	this	this	DT
36036	501	10	trait	trait	NN
36036	501	11	evolved	evolve	VBD
36036	501	12	under	under	IN
36036	501	13	conditions	condition	NNS
36036	501	14	where	where	WRB
36036	501	15	food	food	NN
36036	501	16	and	and	CC
36036	501	17	temperature	temperature	NN
36036	501	18	were	be	VBD
36036	501	19	not	not	RB
36036	501	20	limiting	limit	VBG
36036	501	21	to	to	IN
36036	501	22	reproduction	reproduction	NN
36036	501	23	.	.	.
36036	502	1	Under	under	IN
36036	502	2	these	these	DT
36036	502	3	conditions	condition	NNS
36036	502	4	selection	selection	NN
36036	502	5	could	could	MD
36036	502	6	have	have	VB
36036	502	7	favored	favor	VBN
36036	502	8	those	those	DT
36036	502	9	reproductive	reproductive	JJ
36036	502	10	characteristics	characteristic	NNS
36036	502	11	sensitive	sensitive	JJ
36036	502	12	to	to	IN
36036	502	13	a	a	DT
36036	502	14	higher	high	JJR
36036	502	15	[	[	-LRB-
36036	502	16	.H]_{b	.h]_{b	NN
36036	502	17	}	}	-RRB-
36036	502	18	(	(	-LRB-
36036	502	19	biosynthesis	biosynthesis	NN
36036	502	20	,	,	,
36036	502	21	growth	growth	NN
36036	502	22	,	,	,
36036	502	23	and	and	CC
36036	502	24	generation	generation	NN
36036	502	25	time	time	NN
36036	502	26	;	;	:
36036	502	27	McNab	McNab	NNP
36036	502	28	,	,	,
36036	502	29	1980a	1980a	CD
36036	502	30	)	)	-RRB-
36036	502	31	.	.	.
36036	503	1	_	_	NNP
36036	503	2	Procyon	Procyon	NNP
36036	503	3	lotor	lotor	NN
36036	503	4	_	_	NNP
36036	503	5	's	's	POS
36036	503	6	high	high	JJ
36036	503	7	reproductive	reproductive	JJ
36036	503	8	potential	potential	NN
36036	503	9	is	be	VBZ
36036	503	10	due	due	JJ
36036	503	11	to	to	IN
36036	503	12	its	-PRON-	PRP$
36036	503	13	early	early	JJ
36036	503	14	age	age	NN
36036	503	15	of	of	IN
36036	503	16	first	first	JJ
36036	503	17	female	female	JJ
36036	503	18	reproduction	reproduction	NN
36036	503	19	and	and	CC
36036	503	20	its	-PRON-	PRP$
36036	503	21	large	large	JJ
36036	503	22	litter	litter	NN
36036	503	23	size	size	NN
36036	503	24	,	,	,
36036	503	25	characteristics	characteristic	NNS
36036	503	26	that	that	WDT
36036	503	27	may	may	MD
36036	503	28	reflect	reflect	VB
36036	503	29	metabolically	metabolically	RB
36036	503	30	driven	drive	VBN
36036	503	31	increases	increase	NNS
36036	503	32	in	in	IN
36036	503	33	both	both	DT
36036	503	34	biosynthesis	biosynthesis	NN
36036	503	35	and	and	CC
36036	503	36	growth	growth	NN
36036	503	37	.	.	.
36036	504	1	_	_	NNP
36036	504	2	Bassariscus	Bassariscus	NNP
36036	504	3	astutus._--This	astutus._--This	:
36036	504	4	species	specie	NNS
36036	504	5	has	have	VBZ
36036	504	6	a	a	DT
36036	504	7	low	low	JJ
36036	504	8	[	[	-LRB-
36036	504	9	.H]_{b	.h]_{b	NN
36036	504	10	}	}	-RRB-
36036	504	11	but	but	CC
36036	504	12	an	an	DT
36036	504	13	r_{max	r_{max	NN
36036	504	14	}	}	-RRB-
36036	504	15	that	that	DT
36036	504	16	was	be	VBD
36036	504	17	124	124	CD
36036	504	18	%	%	NN
36036	504	19	of	of	IN
36036	504	20	expected	expect	VBN
36036	504	21	(	(	-LRB-
36036	504	22	Table	table	NN
36036	504	23	10	10	CD
36036	504	24	)	)	-RRB-
36036	504	25	.	.	.
36036	505	1	This	this	DT
36036	505	2	suggests	suggest	VBZ
36036	505	3	that	that	IN
36036	505	4	r_{max	r_{max	NNP
36036	505	5	}	}	-RRB-
36036	505	6	evolved	evolve	VBN
36036	505	7	under	under	IN
36036	505	8	conditions	condition	NNS
36036	505	9	where	where	WRB
36036	505	10	food	food	NN
36036	505	11	and	and	CC
36036	505	12	temperature	temperature	NN
36036	505	13	were	be	VBD
36036	505	14	not	not	RB
36036	505	15	limiting	limit	VBG
36036	505	16	to	to	IN
36036	505	17	reproduction	reproduction	NN
36036	505	18	.	.	.
36036	506	1	Reduced	reduce	VBN
36036	506	2	litter	litter	NN
36036	506	3	size	size	NN
36036	506	4	should	should	MD
36036	506	5	restrict	restrict	VB
36036	506	6	this	this	DT
36036	506	7	species	specie	NNS
36036	506	8	'	'	POS
36036	506	9	reproductive	reproductive	JJ
36036	506	10	potential	potential	NN
36036	506	11	and	and	CC
36036	506	12	may	may	MD
36036	506	13	be	be	VB
36036	506	14	a	a	DT
36036	506	15	reflection	reflection	NN
36036	506	16	of	of	IN
36036	506	17	its	-PRON-	PRP$
36036	506	18	low	low	JJ
36036	506	19	[	[	-LRB-
36036	506	20	.H]_{b	.H]_{b	NFP
36036	506	21	}	}	-RRB-
36036	506	22	.	.	.
36036	507	1	The	the	DT
36036	507	2	factor	factor	NN
36036	507	3	that	that	WDT
36036	507	4	is	be	VBZ
36036	507	5	responsible	responsible	JJ
36036	507	6	for	for	IN
36036	507	7	increasing	increase	VBG
36036	507	8	its	-PRON-	PRP$
36036	507	9	reproductive	reproductive	JJ
36036	507	10	potential	potential	NN
36036	507	11	,	,	,
36036	507	12	however	however	RB
36036	507	13	,	,	,
36036	507	14	is	be	VBZ
36036	507	15	its	-PRON-	PRP$
36036	507	16	early	early	JJ
36036	507	17	age	age	NN
36036	507	18	of	of	IN
36036	507	19	first	first	JJ
36036	507	20	female	female	JJ
36036	507	21	reproduction	reproduction	NN
36036	507	22	.	.	.
36036	508	1	_	_	NNP
36036	508	2	Bassariscus	Bassariscus	NNP
36036	508	3	astutus	astutus	NN
36036	508	4	_	_	NNP
36036	508	5	is	be	VBZ
36036	508	6	the	the	DT
36036	508	7	smallest	small	JJS
36036	508	8	of	of	IN
36036	508	9	these	these	DT
36036	508	10	procyonids	procyonid	NNS
36036	508	11	,	,	,
36036	508	12	and	and	CC
36036	508	13	even	even	RB
36036	508	14	though	though	IN
36036	508	15	it	-PRON-	PRP
36036	508	16	has	have	VBZ
36036	508	17	a	a	DT
36036	508	18	low	low	JJ
36036	508	19	[	[	-LRB-
36036	508	20	.H]_{b	.h]_{b	NN
36036	508	21	}	}	-RRB-
36036	508	22	,	,	,
36036	508	23	its	-PRON-	PRP$
36036	508	24	small	small	JJ
36036	508	25	mass	mass	NN
36036	508	26	may	may	MD
36036	508	27	contribute	contribute	VB
36036	508	28	to	to	IN
36036	508	29	its	-PRON-	PRP$
36036	508	30	ability	ability	NN
36036	508	31	to	to	TO
36036	508	32	reach	reach	VB
36036	508	33	adult	adult	NN
36036	508	34	size	size	NN
36036	508	35	and	and	CC
36036	508	36	sexual	sexual	JJ
36036	508	37	maturity	maturity	NN
36036	508	38	in	in	IN
36036	508	39	its	-PRON-	PRP$
36036	508	40	first	first	JJ
36036	508	41	year	year	NN
36036	508	42	.	.	.
36036	509	1	The	the	DT
36036	509	2	high	high	JJ
36036	509	3	quality	quality	NN
36036	509	4	of	of	IN
36036	509	5	its	-PRON-	PRP$
36036	509	6	diet	diet	NN
36036	509	7	(	(	-LRB-
36036	509	8	a	a	DT
36036	509	9	high	high	JJ
36036	509	10	proportion	proportion	NN
36036	509	11	of	of	IN
36036	509	12	small	small	JJ
36036	509	13	vertebrates	vertebrate	NNS
36036	509	14	;	;	:
36036	509	15	Table	table	NN
36036	509	16	9	9	CD
36036	509	17	)	)	-RRB-
36036	509	18	also	also	RB
36036	509	19	may	may	MD
36036	509	20	be	be	VB
36036	509	21	a	a	DT
36036	509	22	factor	factor	NN
36036	509	23	that	that	WDT
36036	509	24	is	be	VBZ
36036	509	25	permissive	permissive	JJ
36036	509	26	to	to	IN
36036	509	27	early	early	JJ
36036	509	28	female	female	JJ
36036	509	29	reproduction	reproduction	NN
36036	509	30	.	.	.
36036	510	1	Thus	thus	RB
36036	510	2	,	,	,
36036	510	3	small	small	JJ
36036	510	4	body	body	NN
36036	510	5	size	size	NN
36036	510	6	and	and	CC
36036	510	7	diet	diet	NN
36036	510	8	may	may	MD
36036	510	9	be	be	VB
36036	510	10	factors	factor	NNS
36036	510	11	that	that	WDT
36036	510	12	have	have	VBP
36036	510	13	allowed	allow	VBN
36036	510	14	this	this	DT
36036	510	15	species	specie	NNS
36036	510	16	to	to	TO
36036	510	17	evolve	evolve	VB
36036	510	18	a	a	DT
36036	510	19	higher	high	JJR
36036	510	20	than	than	IN
36036	510	21	expected	expect	VBN
36036	510	22	reproductive	reproductive	JJ
36036	510	23	potential	potential	NN
36036	510	24	in	in	IN
36036	510	25	spite	spite	NN
36036	510	26	of	of	IN
36036	510	27	its	-PRON-	PRP$
36036	510	28	low	low	JJ
36036	510	29	[	[	-LRB-
36036	510	30	.H]_{b	.H]_{b	NFP
36036	510	31	}	}	-RRB-
36036	510	32	.	.	.
36036	511	1	_	_	NNP
36036	511	2	Nasua	Nasua	NNP
36036	511	3	narica._--This	narica._--This	''
36036	511	4	species	species	NN
36036	511	5	is	be	VBZ
36036	511	6	one	one	CD
36036	511	7	of	of	IN
36036	511	8	the	the	DT
36036	511	9	largest	large	JJS
36036	511	10	procyonids	procyonid	NNS
36036	511	11	(	(	-LRB-
36036	511	12	Table	table	NN
36036	511	13	7	7	CD
36036	511	14	)	)	-RRB-
36036	511	15	,	,	,
36036	511	16	and	and	CC
36036	511	17	it	-PRON-	PRP
36036	511	18	possesses	possess	VBZ
36036	511	19	characteristics	characteristic	NNS
36036	511	20	that	that	WDT
36036	511	21	should	should	MD
36036	511	22	limit	limit	VB
36036	511	23	its	-PRON-	PRP$
36036	511	24	reproductive	reproductive	JJ
36036	511	25	potential	potential	NN
36036	511	26	:	:	:
36036	511	27	lower	low	JJR
36036	511	28	than	than	IN
36036	511	29	predicted	predict	VBN
36036	511	30	[	[	-LRB-
36036	511	31	.H]_{b	.H]_{b	NFP
36036	511	32	}	}	-RRB-
36036	511	33	(	(	-LRB-
36036	511	34	Table	table	NN
36036	511	35	7	7	CD
36036	511	36	)	)	-RRB-
36036	511	37	,	,	,
36036	511	38	a	a	DT
36036	511	39	relatively	relatively	RB
36036	511	40	low	low	JJ
36036	511	41	-	-	HYPH
36036	511	42	quality	quality	NN
36036	511	43	diet	diet	NN
36036	511	44	(	(	-LRB-
36036	511	45	Kaufmann	Kaufmann	NNP
36036	511	46	,	,	,
36036	511	47	1962:182	1962:182	CD
36036	511	48	-	-	SYM
36036	511	49	198	198	CD
36036	511	50	;	;	:
36036	511	51	Table	table	NN
36036	511	52	9	9	CD
36036	511	53	)	)	-RRB-
36036	511	54	,	,	,
36036	511	55	and	and	CC
36036	511	56	delayed	delay	VBN
36036	511	57	time	time	NN
36036	511	58	of	of	IN
36036	511	59	first	first	JJ
36036	511	60	reproduction	reproduction	NN
36036	511	61	(	(	-LRB-
36036	511	62	Table	table	NN
36036	511	63	10	10	CD
36036	511	64	)	)	-RRB-
36036	511	65	.	.	.
36036	512	1	In	in	IN
36036	512	2	spite	spite	NN
36036	512	3	of	of	IN
36036	512	4	this	this	DT
36036	512	5	,	,	,
36036	512	6	_	_	NNP
36036	512	7	Nasua	Nasua	NNP
36036	512	8	narica	narica	NNP
36036	512	9	_	_	NNP
36036	512	10	has	have	VBZ
36036	512	11	a	a	DT
36036	512	12	higher	high	JJR
36036	512	13	than	than	IN
36036	512	14	expected	expect	VBN
36036	512	15	r_{max	r_{max	NNP
36036	512	16	}	}	-RRB-
36036	512	17	(	(	-LRB-
36036	512	18	111	111	CD
36036	512	19	%	%	NN
36036	512	20	of	of	IN
36036	512	21	predicted	predict	VBN
36036	512	22	;	;	:
36036	512	23	Table	table	NN
36036	512	24	10	10	CD
36036	512	25	)	)	-RRB-
36036	512	26	.	.	.
36036	513	1	The	the	DT
36036	513	2	life	life	NN
36036	513	3	history	history	NN
36036	513	4	feature	feature	NN
36036	513	5	that	that	WDT
36036	513	6	enhances	enhance	VBZ
36036	513	7	_	_	NNP
36036	513	8	Nasua	Nasua	NNP
36036	513	9	narica	narica	NN
36036	513	10	_	_	NNP
36036	513	11	's	's	POS
36036	513	12	reproductive	reproductive	JJ
36036	513	13	potential	potential	NN
36036	513	14	,	,	,
36036	513	15	and	and	CC
36036	513	16	increases	increase	NNS
36036	513	17	r_{max	r_{max	NNP
36036	513	18	}	}	-RRB-
36036	513	19	beyond	beyond	IN
36036	513	20	expected	expect	VBN
36036	513	21	,	,	,
36036	513	22	is	be	VBZ
36036	513	23	its	-PRON-	PRP$
36036	513	24	large	large	JJ
36036	513	25	litter	litter	NN
36036	513	26	size	size	NN
36036	513	27	.	.	.
36036	514	1	In	in	IN
36036	514	2	this	this	DT
36036	514	3	species	species	NN
36036	514	4	females	female	NNS
36036	514	5	live	live	VBP
36036	514	6	in	in	IN
36036	514	7	bands	band	NNS
36036	514	8	.	.	.
36036	515	1	Each	each	DT
36036	515	2	year	year	NN
36036	515	3	just	just	RB
36036	515	4	before	before	IN
36036	515	5	their	-PRON-	PRP$
36036	515	6	young	young	JJ
36036	515	7	are	be	VBP
36036	515	8	born	bear	VBN
36036	515	9	these	these	DT
36036	515	10	bands	band	NNS
36036	515	11	break	break	VB
36036	515	12	up	up	RP
36036	515	13	,	,	,
36036	515	14	and	and	CC
36036	515	15	each	each	DT
36036	515	16	female	female	JJ
36036	515	17	seeks	seek	VBZ
36036	515	18	out	out	RP
36036	515	19	a	a	DT
36036	515	20	den	den	NN
36036	515	21	for	for	IN
36036	515	22	herself	-PRON-	PRP
36036	515	23	and	and	CC
36036	515	24	her	-PRON-	PRP$
36036	515	25	litter	litter	NN
36036	515	26	.	.	.
36036	516	1	Once	once	RB
36036	516	2	the	the	DT
36036	516	3	young	young	JJ
36036	516	4	are	be	VBP
36036	516	5	able	able	JJ
36036	516	6	to	to	TO
36036	516	7	leave	leave	VB
36036	516	8	the	the	DT
36036	516	9	den	den	NN
36036	516	10	(	(	-LRB-
36036	516	11	approximately	approximately	RB
36036	516	12	five	five	CD
36036	516	13	weeks	week	NNS
36036	516	14	)	)	-RRB-
36036	516	15	,	,	,
36036	516	16	bands	band	VBZ
36036	516	17	reform	reform	NN
36036	516	18	.	.	.
36036	517	1	In	in	IN
36036	517	2	this	this	DT
36036	517	3	situation	situation	NN
36036	517	4	,	,	,
36036	517	5	females	female	VBZ
36036	517	6	not	not	RB
36036	517	7	only	only	RB
36036	517	8	care	care	VBP
36036	517	9	for	for	IN
36036	517	10	their	-PRON-	PRP$
36036	517	11	own	own	JJ
36036	517	12	young	young	JJ
36036	517	13	but	but	CC
36036	517	14	also	also	RB
36036	517	15	for	for	IN
36036	517	16	those	those	DT
36036	517	17	of	of	IN
36036	517	18	other	other	JJ
36036	517	19	females	female	NNS
36036	517	20	in	in	IN
36036	517	21	the	the	DT
36036	517	22	band	band	NN
36036	517	23	(	(	-LRB-
36036	517	24	Kaufmann	Kaufmann	NNP
36036	517	25	,	,	,
36036	517	26	1962:157	1962:157	CD
36036	517	27	-	-	SYM
36036	517	28	159	159	CD
36036	517	29	,	,	,
36036	517	30	1982	1982	CD
36036	517	31	,	,	,
36036	517	32	1987	1987	CD
36036	517	33	;	;	:
36036	517	34	Russell	Russell	NNP
36036	517	35	,	,	,
36036	517	36	1983	1983	CD
36036	517	37	)	)	-RRB-
36036	517	38	.	.	.
36036	518	1	This	this	DT
36036	518	2	social	social	JJ
36036	518	3	structure	structure	NN
36036	518	4	may	may	MD
36036	518	5	contribute	contribute	VB
36036	518	6	to	to	IN
36036	518	7	this	this	DT
36036	518	8	species	species	NN
36036	518	9	'	'	POS
36036	518	10	ability	ability	NN
36036	518	11	to	to	TO
36036	518	12	produce	produce	VB
36036	518	13	large	large	JJ
36036	518	14	litters	litter	NNS
36036	518	15	and	and	CC
36036	518	16	in	in	IN
36036	518	17	this	this	DT
36036	518	18	way	way	NN
36036	518	19	increase	increase	VB
36036	518	20	its	-PRON-	PRP$
36036	518	21	reproductive	reproductive	JJ
36036	518	22	potential	potential	NN
36036	518	23	.	.	.
36036	519	1	TABLE	table	NN
36036	519	2	10.--Intrinsic	10.--intrinsic	CD
36036	519	3	rate	rate	NN
36036	519	4	of	of	IN
36036	519	5	natural	natural	JJ
36036	519	6	increase	increase	NN
36036	519	7	(	(	-LRB-
36036	519	8	r_{max	r_{max	NNP
36036	519	9	}	}	-RRB-
36036	519	10	)	)	-RRB-
36036	519	11	of	of	IN
36036	519	12	several	several	JJ
36036	519	13	procyonids	procyonid	NNS
36036	519	14	.	.	.
36036	520	1	(	(	-LRB-
36036	520	2	a	a	DT
36036	520	3	=	=	SYM
36036	520	4	potential	potential	JJ
36036	520	5	age	age	NN
36036	520	6	of	of	IN
36036	520	7	females	female	NNS
36036	520	8	producing	produce	VBG
36036	520	9	first	first	JJ
36036	520	10	young	young	JJ
36036	520	11	;	;	:
36036	520	12	b	b	LS
36036	520	13	=	=	SYM
36036	520	14	potential	potential	JJ
36036	520	15	annual	annual	JJ
36036	520	16	birth	birth	NN
36036	520	17	rate	rate	NN
36036	520	18	of	of	IN
36036	520	19	female	female	JJ
36036	520	20	young	young	JJ
36036	520	21	(=	(=	NNP
36036	520	22	average	average	JJ
36036	520	23	litter	litter	NN
36036	520	24	size/2	size/2	:
36036	520	25	;	;	:
36036	520	26	average	average	JJ
36036	520	27	litter	litter	NN
36036	520	28	size	size	NN
36036	520	29	was	be	VBD
36036	520	30	calculated	calculate	VBN
36036	520	31	from	from	IN
36036	520	32	the	the	DT
36036	520	33	published	publish	VBN
36036	520	34	range	range	NN
36036	520	35	of	of	IN
36036	520	36	litter	litter	NN
36036	520	37	sizes	size	NNS
36036	520	38	for	for	IN
36036	520	39	each	each	DT
36036	520	40	species	specie	NNS
36036	520	41	)	)	-RRB-
36036	520	42	;	;	:
36036	520	43	n	n	CC
36036	520	44	=	=	SYM
36036	520	45	potential	potential	JJ
36036	520	46	age	age	NN
36036	520	47	of	of	IN
36036	520	48	females	female	NNS
36036	520	49	producing	produce	VBG
36036	520	50	their	-PRON-	PRP$
36036	520	51	final	final	JJ
36036	520	52	young	young	JJ
36036	520	53	;	;	:
36036	520	54	r_{maxe	r_{maxe	NN
36036	520	55	}	}	-RRB-
36036	520	56	=	=	SYM
36036	520	57	intrinsic	intrinsic	JJ
36036	520	58	rate	rate	NN
36036	520	59	of	of	IN
36036	520	60	natural	natural	JJ
36036	520	61	increase	increase	NN
36036	520	62	expected	expect	VBN
36036	520	63	from	from	IN
36036	520	64	body	body	NN
36036	520	65	mass	mass	NN
36036	520	66	(	(	-LRB-
36036	520	67	Hennemann	Hennemann	NNP
36036	520	68	,	,	,
36036	520	69	1983	1983	CD
36036	520	70	)	)	-RRB-
36036	520	71	;	;	:
36036	520	72	r_{maxr	r_{maxr	NNP
36036	520	73	}	}	-RRB-
36036	520	74	=	=	NFP
36036	520	75	ratio	ratio	NN
36036	520	76	of	of	IN
36036	520	77	calculated	calculate	VBN
36036	520	78	to	to	IN
36036	520	79	expected	expect	VBN
36036	520	80	intrinsic	intrinsic	JJ
36036	520	81	rate	rate	NN
36036	520	82	of	of	IN
36036	520	83	natural	natural	JJ
36036	520	84	increase	increase	NN
36036	520	85	(	(	-LRB-
36036	520	86	r_{max}/r_{maxe	r_{max}/r_{maxe	NNP
36036	520	87	}	}	-RRB-
36036	520	88	)	)	-RRB-
36036	520	89	.	.	.
36036	520	90	)	)	-RRB-
36036	521	1	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	521	2	|	|	NNP
36036	521	3	Species	Species	NNP
36036	521	4	|Body	|Body	NNP
36036	521	5	mass	mass	NN
36036	521	6	a	a	DT
36036	521	7	b	b	NN
36036	521	8	n	n	NN
36036	521	9	r	r	NN
36036	521	10	r	r	NN
36036	521	11	[	[	-LRB-
36036	521	12	a	a	NN
36036	521	13	]	]	-RRB-
36036	521	14	r	r	NN
36036	521	15	[	[	-LRB-
36036	521	16	b	b	NN
36036	521	17	]	]	-RRB-
36036	521	18	|	|	NNP
36036	521	19	(	(	-LRB-
36036	521	20	g	g	NNP
36036	521	21	)	)	-RRB-
36036	521	22	max	max	NNP
36036	521	23	maxe	maxe	NNP
36036	521	24	maxr	maxr	NNP
36036	521	25	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	521	26	_	_	NNP
36036	521	27	Procyon	Procyon	NNP
36036	521	28	lotor	lotor	NN
36036	521	29	_	_	NNP
36036	521	30	|	|	NNP
36036	521	31	4940	4940	CD
36036	521	32	0.83	0.83	CD
36036	521	33	2.25	2.25	CD
36036	521	34	16	16	CD
36036	521	35	1.34	1.34	CD
36036	521	36	0.53	0.53	CD
36036	521	37	2.52	2.52	CD
36036	521	38	|	|	CD
36036	521	39	|	|	CD
36036	521	40	|	|	CD
36036	521	41	_	_	NNP
36036	521	42	Bassariscus	Bassariscus	NNP
36036	521	43	astutus_|	astutus_|	NNP
36036	521	44	900	900	CD
36036	521	45	0.83	0.83	CD
36036	521	46	1.50	1.50	CD
36036	521	47	14	14	CD
36036	521	48	1.02	1.02	CD
36036	521	49	0.82	0.82	CD
36036	521	50	1.24	1.24	CD
36036	521	51	|	|	NNP
36036	521	52	|	|	CD
36036	521	53	|	|	CD
36036	521	54	_	_	NNP
36036	521	55	Nasua	Nasua	NNP
36036	521	56	narica	narica	NN
36036	521	57	_	_	NNP
36036	521	58	|	|	NNP
36036	521	59	3900	3900	CD
36036	521	60	2.50	2.50	CD
36036	521	61	2.25	2.25	CD
36036	521	62	14	14	CD
36036	521	63	0.62	0.62	CD
36036	521	64	0.56	0.56	CD
36036	521	65	1.11	1.11	CD
36036	521	66	|	|	NNS
36036	521	67	_	_	NNP
36036	521	68	Nasua	Nasua	NNP
36036	521	69	nasua	nasua	NNP
36036	521	70	_	_	NNP
36036	521	71	|	|	NNP
36036	521	72	3850	3850	CD
36036	521	73	_	_	NNP
36036	521	74	Procyon	Procyon	NNP
36036	521	75	cancrivorus_|	cancrivorus_|	NNP
36036	521	76	1160	1160	CD
36036	521	77	0.83	0.83	CD
36036	521	78	1.50	1.50	CD
36036	521	79	15	15	CD
36036	521	80	1.02[c	1.02[c	NNP
36036	521	81	]	]	-RRB-
36036	521	82	0.77	0.77	CD
36036	521	83	1.32	1.32	CD
36036	521	84	|	|	CD
36036	521	85	1.75	1.75	CD
36036	521	86	0.65[c	0.65[c	NNP
36036	521	87	]	]	-RRB-
36036	521	88	0.84	0.84	CD
36036	521	89	_	_	NNP
36036	521	90	Potos	Potos	NNP
36036	521	91	flavus	flavus	NN
36036	521	92	_	_	NNP
36036	521	93	|	|	NNP
36036	521	94	2490	2490	CD
36036	521	95	1.75	1.75	CD
36036	521	96	0.50	0.50	CD
36036	521	97	12	12	CD
36036	521	98	0.30	0.30	CD
36036	521	99	0.63	0.63	CD
36036	521	100	0.48	0.48	CD
36036	521	101	|	|	NNP
36036	521	102	_	_	NNP
36036	521	103	Bassaricyon	Bassaricyon	NNP
36036	521	104	gabbii	gabbii	NNP
36036	521	105	_	_	NNP
36036	521	106	|	|	NNP
36036	521	107	1600	1600	CD
36036	521	108	1.75	1.75	CD
36036	521	109	0.50	0.50	CD
36036	521	110	15	15	CD
36036	521	111	0.32	0.32	CD
36036	521	112	0.71	0.71	CD
36036	521	113	0.45	0.45	CD
36036	521	114	|	|	CD
36036	521	115	---------------------+------------------------------------------------	---------------------+------------------------------------------------	HYPH
36036	521	116	---------------------+------------------------------------------------	---------------------+------------------------------------------------	HYPH
36036	521	117	|	|	NNP
36036	521	118	Species	Species	NNPS
36036	521	119	|	|	NNP
36036	521	120	References	References	NNPS
36036	521	121	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	521	122	_	_	NNP
36036	521	123	Procyon	Procyon	NNP
36036	521	124	lotor	lotor	NN
36036	521	125	_	_	NNP
36036	521	126	|	|	NNP
36036	521	127	Dunn	Dunn	NNP
36036	521	128	and	and	CC
36036	521	129	Chapman	Chapman	NNP
36036	521	130	(	(	-LRB-
36036	521	131	1983	1983	CD
36036	521	132	)	)	-RRB-
36036	521	133	;	;	:
36036	521	134	Eisenberg	Eisenberg	NNP
36036	521	135	(	(	-LRB-
36036	521	136	1981:489	1981:489	CD
36036	521	137	)	)	-RRB-
36036	521	138	;	;	:
36036	521	139	|	|	NNP
36036	521	140	Kaufmann	Kaufmann	NNP
36036	521	141	(	(	-LRB-
36036	521	142	1987	1987	CD
36036	521	143	)	)	-RRB-
36036	521	144	;	;	:
36036	521	145	Lotze	Lotze	NNP
36036	521	146	and	and	CC
36036	521	147	Anderson	Anderson	NNP
36036	521	148	(	(	-LRB-
36036	521	149	1979	1979	CD
36036	521	150	)	)	-RRB-
36036	521	151	;	;	:
36036	521	152	|	|	NNP
36036	521	153	Nowak	Nowak	NNP
36036	521	154	and	and	CC
36036	521	155	Paradiso	Paradiso	NNP
36036	521	156	(	(	-LRB-
36036	521	157	1983:981	1983:981	CD
36036	521	158	)	)	-RRB-
36036	521	159	;	;	:
36036	521	160	Sanderson	Sanderson	NNP
36036	521	161	|	|	NNP
36036	521	162	(	(	-LRB-
36036	521	163	1987	1987	CD
36036	521	164	)	)	-RRB-
36036	521	165	;	;	:
36036	521	166	Stains	stain	NNS
36036	521	167	(	(	-LRB-
36036	521	168	1956:28	1956:28	CD
36036	521	169	-	-	SYM
36036	521	170	31	31	CD
36036	521	171	)	)	-RRB-
36036	521	172	;	;	:
36036	521	173	This	this	DT
36036	521	174	study	study	NN
36036	521	175	_	_	NNP
36036	521	176	Bassariscus	Bassariscus	NNP
36036	521	177	astutus_|	astutus_|	NNP
36036	521	178	Kaufmann	Kaufmann	NNP
36036	521	179	(	(	-LRB-
36036	521	180	1982	1982	CD
36036	521	181	,	,	,
36036	521	182	1987	1987	CD
36036	521	183	)	)	-RRB-
36036	521	184	;	;	:
36036	521	185	Nowak	Nowak	NNP
36036	521	186	and	and	CC
36036	521	187	Paradiso	Paradiso	NNP
36036	521	188	|	|	NNP
36036	521	189	(	(	-LRB-
36036	521	190	1983:979	1983:979	CD
36036	521	191	,	,	,
36036	521	192	980	980	CD
36036	521	193	)	)	-RRB-
36036	521	194	;	;	:
36036	521	195	Poglayen	Poglayen	NNP
36036	521	196	-	-	HYPH
36036	521	197	Neuwall	Neuwall	NNP
36036	521	198	and	and	CC
36036	521	199	|	|	NNP
36036	521	200	Poglayen	Poglayen	NNP
36036	521	201	-	-	HYPH
36036	521	202	Neuwall	Neuwall	NNP
36036	521	203	(	(	-LRB-
36036	521	204	1980	1980	CD
36036	521	205	)	)	-RRB-
36036	521	206	;	;	:
36036	521	207	Poglayen	Poglayen	NNP
36036	521	208	-	-	HYPH
36036	521	209	Neuwall	Neuwall	NNP
36036	521	210	|	|	NNP
36036	521	211	and	and	CC
36036	521	212	Toweill	Toweill	NNP
36036	521	213	(	(	-LRB-
36036	521	214	1988	1988	CD
36036	521	215	)	)	-RRB-
36036	521	216	;	;	:
36036	521	217	Russell	Russell	NNP
36036	521	218	(	(	-LRB-
36036	521	219	1983	1983	CD
36036	521	220	)	)	-RRB-
36036	521	221	_	_	NNP
36036	521	222	Nasua	Nasua	NNP
36036	521	223	narica	narica	NN
36036	521	224	_	_	NNP
36036	521	225	|	|	NNP
36036	521	226	Kaufmann	Kaufmann	NNP
36036	521	227	(	(	-LRB-
36036	521	228	1982	1982	CD
36036	521	229	,	,	,
36036	521	230	1987	1987	CD
36036	521	231	)	)	-RRB-
36036	521	232	;	;	:
36036	521	233	Nowak	Nowak	NNP
36036	521	234	and	and	CC
36036	521	235	Paradiso	Paradiso	NNP
36036	521	236	|	|	NNP
36036	521	237	(	(	-LRB-
36036	521	238	1983:983	1983:983	CD
36036	521	239	)	)	-RRB-
36036	521	240	;	;	:
36036	521	241	Sanderson	Sanderson	NNP
36036	521	242	(	(	-LRB-
36036	521	243	1983	1983	CD
36036	521	244	)	)	-RRB-
36036	521	245	_	_	NNP
36036	521	246	Nasua	Nasua	NNP
36036	521	247	nasua	nasua	NNP
36036	521	248	_	_	NNP
36036	521	249	|	|	NNP
36036	521	250	Chevillard	Chevillard	NNP
36036	521	251	-	-	HYPH
36036	521	252	Hugot	Hugot	NNP
36036	521	253	et	et	FW
36036	521	254	al	al	NNP
36036	521	255	.	.	.
36036	522	1	(	(	-LRB-
36036	522	2	1980	1980	CD
36036	522	3	)	)	-RRB-
36036	522	4	_	_	NNP
36036	522	5	Procyon	Procyon	NNP
36036	522	6	cancrivorus_|	cancrivorus_|	NNP
36036	522	7	Crandall	Crandall	NNP
36036	522	8	(	(	-LRB-
36036	522	9	1964:312	1964:312	CD
36036	522	10	)	)	-RRB-
36036	522	11	;	;	:
36036	522	12	Poglayen	Poglayen	NNP
36036	522	13	-	-	HYPH
36036	522	14	Neuwall	Neuwall	NNP
36036	522	15	(	(	-LRB-
36036	522	16	1987	1987	CD
36036	522	17	)	)	-RRB-
36036	522	18	|	|	NNP
36036	522	19	_	_	NNP
36036	522	20	Potos	Potos	NNP
36036	522	21	flavus	flavus	NN
36036	522	22	_	_	NNP
36036	522	23	|	|	NNP
36036	522	24	Ford	Ford	NNP
36036	522	25	and	and	CC
36036	522	26	Hoffmann	Hoffmann	NNP
36036	522	27	(	(	-LRB-
36036	522	28	1988	1988	CD
36036	522	29	)	)	-RRB-
36036	522	30	;	;	:
36036	522	31	Nowak	Nowak	NNP
36036	522	32	and	and	CC
36036	522	33	Paradiso	Paradiso	NNP
36036	522	34	|	|	NNP
36036	522	35	(	(	-LRB-
36036	522	36	1983:984	1983:984	CD
36036	522	37	)	)	-RRB-
36036	522	38	_	_	NNP
36036	522	39	Bassaricyon	Bassaricyon	NNP
36036	522	40	gabbii	gabbii	NNP
36036	522	41	_	_	NNP
36036	522	42	|	|	NNP
36036	522	43	Eisenberg	Eisenberg	NNP
36036	522	44	(	(	-LRB-
36036	522	45	1981:489	1981:489	CD
36036	522	46	)	)	-RRB-
36036	522	47	;	;	:
36036	522	48	Nowak	Nowak	NNP
36036	522	49	and	and	CC
36036	522	50	Paradiso	Paradiso	NNP
36036	522	51	|	|	NNP
36036	522	52	(	(	-LRB-
36036	522	53	1983:985	1983:985	CD
36036	522	54	)	)	-RRB-
36036	522	55	---------------------+------------------------------------------------	---------------------+------------------------------------------------	:
36036	522	56	[	[	-LRB-
36036	522	57	a	a	DT
36036	522	58	]	]	-RRB-
36036	522	59	r_{maxe	r_{maxe	NN
36036	522	60	}	}	-RRB-
36036	522	61	=	=	NFP
36036	522	62	4.9·m^{0.2622	4.9·m^{0.2622	CD
36036	522	63	}	}	-RRB-
36036	522	64	,	,	,
36036	522	65	where	where	WRB
36036	522	66	m	m	NNP
36036	522	67	is	be	VBZ
36036	522	68	body	body	NN
36036	522	69	mass	mass	NN
36036	522	70	in	in	IN
36036	522	71	grams	gram	NNS
36036	522	72	.	.	.
36036	523	1	[	[	-LRB-
36036	523	2	b	b	LS
36036	523	3	]	]	-RRB-
36036	523	4	Regression	regression	NN
36036	523	5	of	of	IN
36036	523	6	r_{max	r_{max	NNP
36036	523	7	}	}	-RRB-
36036	523	8	on	on	IN
36036	523	9	body	body	NN
36036	523	10	mass	mass	NN
36036	523	11	(	(	-LRB-
36036	523	12	m	m	NNP
36036	523	13	)	)	-RRB-
36036	523	14	.	.	.
36036	524	1	Assume	assume	VB
36036	524	2	r_{max	r_{max	NNP
36036	524	3	}	}	-RRB-
36036	524	4	=	=	SYM
36036	524	5	1.02	1.02	CD
36036	524	6	for	for	IN
36036	524	7	_	_	NNP
36036	524	8	Procyon	Procyon	NNP
36036	524	9	cancrivorus	cancrivoru	VBZ
36036	524	10	_	_	NNP
36036	524	11	:	:	:
36036	524	12	r_{max	r_{max	NNP
36036	524	13	}	}	-RRB-
36036	524	14	=	=	NFP
36036	524	15	0.00005·m	0.00005·m	NN
36036	524	16	+	+	CC
36036	524	17	0.623	0.623	CD
36036	524	18	;	;	:
36036	524	19	R	r	NN
36036	524	20	=	=	SYM
36036	524	21	0.19	0.19	CD
36036	524	22	;	;	:
36036	524	23	R²	R²	NNP
36036	524	24	=	=	SYM
36036	524	25	0.03	0.03	CD
36036	524	26	;	;	:
36036	524	27	Regression	regression	NN
36036	524	28	of	of	IN
36036	524	29	r_{maxr	r_{maxr	NNP
36036	524	30	}	}	-RRB-
36036	524	31	(	(	-LRB-
36036	524	32	Table	table	NN
36036	524	33	10	10	CD
36036	524	34	)	)	-RRB-
36036	524	35	on	on	IN
36036	524	36	H_{br	H_{br	NNP
36036	524	37	}	}	-RRB-
36036	524	38	(	(	-LRB-
36036	524	39	Table	table	NN
36036	524	40	7	7	CD
36036	524	41	)	)	-RRB-
36036	524	42	;	;	:
36036	524	43	assume	assume	VB
36036	524	44	_	_	NNP
36036	524	45	Nasua	Nasua	NNP
36036	524	46	nasua	nasua	NNP
36036	524	47	_	_	NNP
36036	524	48	has	have	VBZ
36036	524	49	the	the	DT
36036	524	50	same	same	JJ
36036	524	51	r_{maxr	r_{maxr	NN
36036	524	52	}	}	-RRB-
36036	524	53	as	as	IN
36036	524	54	_	_	NNP
36036	524	55	Nasua	Nasua	NNP
36036	524	56	narica	narica	NNP
36036	524	57	_	_	NNP
36036	524	58	:	:	:
36036	524	59	r_{maxr	r_{maxr	NNP
36036	524	60	}	}	-RRB-
36036	524	61	=	=	SYM
36036	524	62	3.35·H_{br	3.35·h_{br	NN
36036	524	63	}	}	-RRB-
36036	524	64	-	-	SYM
36036	524	65	1.11	1.11	CD
36036	524	66	;	;	:
36036	524	67	R	r	NN
36036	524	68	=	=	SYM
36036	524	69	0.93	0.93	CD
36036	524	70	;	;	:
36036	524	71	R²	R²	NNP
36036	524	72	=	=	SYM
36036	524	73	0.86	0.86	CD
36036	524	74	.	.	.
36036	525	1	[	[	-LRB-
36036	525	2	c	c	NN
36036	525	3	]	]	-RRB-
36036	525	4	Estimate	Estimate	NNP
36036	525	5	based	base	VBN
36036	525	6	on	on	IN
36036	525	7	females	female	NNS
36036	525	8	reproducing	reproduce	VBG
36036	525	9	in	in	IN
36036	525	10	their	-PRON-	PRP$
36036	525	11	first	first	JJ
36036	525	12	(	(	-LRB-
36036	525	13	a	a	DT
36036	525	14	=	=	SYM
36036	525	15	0.83	0.83	CD
36036	525	16	)	)	-RRB-
36036	525	17	or	or	CC
36036	525	18	second	second	RB
36036	525	19	(	(	-LRB-
36036	525	20	a	a	DT
36036	525	21	=	=	SYM
36036	525	22	1.75	1.75	CD
36036	525	23	)	)	-RRB-
36036	525	24	year	year	NN
36036	525	25	.	.	.
36036	526	1	_	_	NNP
36036	526	2	Nasua	Nasua	NNP
36036	526	3	nasua._--Unfortunately	nasua._--unfortunately	RB
36036	526	4	,	,	,
36036	526	5	there	there	EX
36036	526	6	is	be	VBZ
36036	526	7	not	not	RB
36036	526	8	enough	enough	JJ
36036	526	9	reproductive	reproductive	JJ
36036	526	10	data	datum	NNS
36036	526	11	to	to	TO
36036	526	12	allow	allow	VB
36036	526	13	calculation	calculation	NN
36036	526	14	of	of	IN
36036	526	15	r_{max	r_{max	NNP
36036	526	16	}	}	-RRB-
36036	526	17	for	for	IN
36036	526	18	_	_	NNP
36036	526	19	Nasua	Nasua	NNP
36036	526	20	nasua	nasua	NNP
36036	526	21	_	_	NNP
36036	526	22	(	(	-LRB-
36036	526	23	Table	table	NN
36036	526	24	10	10	CD
36036	526	25	)	)	-RRB-
36036	526	26	,	,	,
36036	526	27	therefore	therefore	RB
36036	526	28	,	,	,
36036	526	29	it	-PRON-	PRP
36036	526	30	is	be	VBZ
36036	526	31	not	not	RB
36036	526	32	possible	possible	JJ
36036	526	33	to	to	TO
36036	526	34	compare	compare	VB
36036	526	35	the	the	DT
36036	526	36	reproductive	reproductive	JJ
36036	526	37	potential	potential	NN
36036	526	38	of	of	IN
36036	526	39	this	this	DT
36036	526	40	South	south	JJ
36036	526	41	American	american	JJ
36036	526	42	coati	coati	NNS
36036	526	43	with	with	IN
36036	526	44	its	-PRON-	PRP$
36036	526	45	North	north	JJ
36036	526	46	American	american	JJ
36036	526	47	relative	relative	NN
36036	526	48	,	,	,
36036	526	49	_	_	NNP
36036	526	50	Nasua	Nasua	NNP
36036	526	51	narica	narica	NNP
36036	526	52	_	_	NNP
36036	526	53	.	.	.
36036	527	1	Given	give	VBN
36036	527	2	its	-PRON-	PRP$
36036	527	3	low	low	JJ
36036	527	4	[	[	-LRB-
36036	527	5	.H]_{b	.h]_{b	NN
36036	527	6	}	}	-RRB-
36036	527	7	and	and	CC
36036	527	8	relatively	relatively	RB
36036	527	9	low	low	JJ
36036	527	10	-	-	HYPH
36036	527	11	quality	quality	NN
36036	527	12	diet	diet	NN
36036	527	13	of	of	IN
36036	527	14	fruit	fruit	NN
36036	527	15	and	and	CC
36036	527	16	terrestrial	terrestrial	JJ
36036	527	17	invertebrates	invertebrate	NNS
36036	527	18	(	(	-LRB-
36036	527	19	Table	table	NN
36036	527	20	9	9	CD
36036	527	21	)	)	-RRB-
36036	527	22	,	,	,
36036	527	23	however	however	RB
36036	527	24	,	,	,
36036	527	25	r_{max	r_{max	ADD
36036	527	26	}	}	-RRB-
36036	527	27	of	of	IN
36036	527	28	_	_	NNP
36036	527	29	Nasua	Nasua	NNP
36036	527	30	nasua	nasua	NNP
36036	527	31	_	_	NNP
36036	527	32	may	may	MD
36036	527	33	be	be	VB
36036	527	34	very	very	RB
36036	527	35	similar	similar	JJ
36036	527	36	to	to	IN
36036	527	37	that	that	DT
36036	527	38	of	of	IN
36036	527	39	_	_	NNP
36036	527	40	Nasua	Nasua	NNP
36036	527	41	narica	narica	NNP
36036	527	42	_	_	NNP
36036	527	43	.	.	.
36036	528	1	_	_	NNP
36036	528	2	Procyon	Procyon	NNP
36036	528	3	cancrivorus._--The	cancrivorus._--the	JJ
36036	528	4	age	age	NN
36036	528	5	of	of	IN
36036	528	6	first	first	JJ
36036	528	7	female	female	JJ
36036	528	8	reproduction	reproduction	NN
36036	528	9	for	for	IN
36036	528	10	_	_	NNP
36036	528	11	Procyon	Procyon	NNP
36036	528	12	cancrivorus	cancrivoru	VBZ
36036	528	13	_	_	NNP
36036	528	14	has	have	VBZ
36036	528	15	not	not	RB
36036	528	16	been	be	VBN
36036	528	17	reported	report	VBN
36036	528	18	.	.	.
36036	529	1	However	however	RB
36036	529	2	,	,	,
36036	529	3	if	if	IN
36036	529	4	one	one	NN
36036	529	5	assumes	assume	VBZ
36036	529	6	females	female	NNS
36036	529	7	can	can	MD
36036	529	8	reproduce	reproduce	VB
36036	529	9	in	in	IN
36036	529	10	their	-PRON-	PRP$
36036	529	11	first	first	JJ
36036	529	12	year	year	NN
36036	529	13	,	,	,
36036	529	14	r_{max	r_{max	ADD
36036	529	15	}	}	-RRB-
36036	529	16	for	for	IN
36036	529	17	_	_	NNP
36036	529	18	Procyon	Procyon	NNP
36036	529	19	cancrivorus	cancrivoru	VBZ
36036	529	20	_	_	NNP
36036	529	21	would	would	MD
36036	529	22	be	be	VB
36036	529	23	1.02	1.02	CD
36036	529	24	(	(	-LRB-
36036	529	25	132	132	CD
36036	529	26	%	%	NN
36036	529	27	of	of	IN
36036	529	28	expected	expect	VBN
36036	529	29	;	;	:
36036	529	30	Table	table	NN
36036	529	31	10	10	CD
36036	529	32	)	)	-RRB-
36036	529	33	.	.	.
36036	530	1	If	if	IN
36036	530	2	,	,	,
36036	530	3	on	on	IN
36036	530	4	the	the	DT
36036	530	5	other	other	JJ
36036	530	6	hand	hand	NN
36036	530	7	,	,	,
36036	530	8	first	first	JJ
36036	530	9	female	female	JJ
36036	530	10	reproduction	reproduction	NN
36036	530	11	is	be	VBZ
36036	530	12	delayed	delay	VBN
36036	530	13	until	until	IN
36036	530	14	the	the	DT
36036	530	15	second	second	JJ
36036	530	16	year	year	NN
36036	530	17	,	,	,
36036	530	18	r_{max	r_{max	ADD
36036	530	19	}	}	-RRB-
36036	530	20	would	would	MD
36036	530	21	be	be	VB
36036	530	22	0.65	0.65	CD
36036	530	23	(	(	-LRB-
36036	530	24	84	84	CD
36036	530	25	%	%	NN
36036	530	26	of	of	IN
36036	530	27	predicted	predict	VBN
36036	530	28	;	;	:
36036	530	29	Table	table	NN
36036	530	30	10	10	CD
36036	530	31	)	)	-RRB-
36036	530	32	.	.	.
36036	531	1	_	_	NNP
36036	531	2	Procyon	Procyon	NNP
36036	531	3	cancrivorus	cancrivoru	VBZ
36036	531	4	_	_	NNP
36036	531	5	has	have	VBZ
36036	531	6	a	a	DT
36036	531	7	low	low	JJ
36036	531	8	[	[	-LRB-
36036	531	9	.H]_{b	.h]_{b	NN
36036	531	10	}	}	-RRB-
36036	531	11	,	,	,
36036	531	12	reduced	reduce	VBN
36036	531	13	litter	litter	NN
36036	531	14	size	size	NN
36036	531	15	,	,	,
36036	531	16	and	and	CC
36036	531	17	small	small	JJ
36036	531	18	body	body	NN
36036	531	19	mass	mass	NN
36036	531	20	.	.	.
36036	532	1	Its	-PRON-	PRP$
36036	532	2	low	low	JJ
36036	532	3	[	[	-LRB-
36036	532	4	.H]_{b	.h]_{b	NN
36036	532	5	}	}	-RRB-
36036	532	6	may	may	MD
36036	532	7	limit	limit	VB
36036	532	8	litter	litter	NN
36036	532	9	size	size	NN
36036	532	10	,	,	,
36036	532	11	but	but	CC
36036	532	12	as	as	IN
36036	532	13	with	with	IN
36036	532	14	_	_	NNP
36036	532	15	Bassariscus	Bassariscus	NNP
36036	532	16	astutus	astutus	NN
36036	532	17	_	_	NNP
36036	532	18	,	,	,
36036	532	19	the	the	DT
36036	532	20	quality	quality	NN
36036	532	21	of	of	IN
36036	532	22	its	-PRON-	PRP$
36036	532	23	diet	diet	NN
36036	532	24	(	(	-LRB-
36036	532	25	a	a	DT
36036	532	26	high	high	JJ
36036	532	27	percentage	percentage	NN
36036	532	28	of	of	IN
36036	532	29	small	small	JJ
36036	532	30	vertebrates	vertebrate	NNS
36036	532	31	;	;	:
36036	532	32	Table	table	NN
36036	532	33	9	9	CD
36036	532	34	)	)	-RRB-
36036	532	35	and	and	CC
36036	532	36	its	-PRON-	PRP$
36036	532	37	small	small	JJ
36036	532	38	body	body	NN
36036	532	39	size	size	NN
36036	532	40	may	may	MD
36036	532	41	make	make	VB
36036	532	42	it	-PRON-	PRP
36036	532	43	possible	possible	JJ
36036	532	44	for	for	IN
36036	532	45	females	female	NNS
36036	532	46	to	to	TO
36036	532	47	reproduce	reproduce	VB
36036	532	48	in	in	IN
36036	532	49	their	-PRON-	PRP$
36036	532	50	first	first	JJ
36036	532	51	year	year	NN
36036	532	52	and	and	CC
36036	532	53	thus	thus	RB
36036	532	54	increase	increase	VB
36036	532	55	the	the	DT
36036	532	56	species	specie	NNS
36036	532	57	'	'	POS
36036	532	58	reproductive	reproductive	JJ
36036	532	59	potential	potential	NN
36036	532	60	.	.	.
36036	533	1	This	this	DT
36036	533	2	reasoning	reasoning	NN
36036	533	3	would	would	MD
36036	533	4	argue	argue	VB
36036	533	5	that	that	IN
36036	533	6	_	_	NNP
36036	533	7	Procyon	Procyon	NNP
36036	533	8	cancrivorus	cancrivoru	VBZ
36036	533	9	_	_	NNP
36036	533	10	probably	probably	RB
36036	533	11	enjoys	enjoy	VBZ
36036	533	12	higher	high	JJR
36036	533	13	,	,	,
36036	533	14	rather	rather	RB
36036	533	15	than	than	IN
36036	533	16	lower	low	JJR
36036	533	17	,	,	,
36036	533	18	than	than	IN
36036	533	19	expected	expect	VBN
36036	533	20	r_{max	r_{max	NNP
36036	533	21	}	}	-RRB-
36036	533	22	.	.	.
36036	534	1	_	_	NNP
36036	534	2	Potos	Potos	NNP
36036	534	3	flavus._--In	flavus._--in	CD
36036	534	4	addition	addition	NN
36036	534	5	to	to	IN
36036	534	6	a	a	DT
36036	534	7	low	low	JJ
36036	534	8	[	[	-LRB-
36036	534	9	.H]_{b	.h]_{b	NN
36036	534	10	}	}	-RRB-
36036	534	11	,	,	,
36036	534	12	this	this	DT
36036	534	13	species	species	NN
36036	534	14	possesses	possess	VBZ
36036	534	15	other	other	JJ
36036	534	16	characteristics	characteristic	NNS
36036	534	17	that	that	WDT
36036	534	18	limit	limit	VBP
36036	534	19	its	-PRON-	PRP$
36036	534	20	reproductive	reproductive	JJ
36036	534	21	potential	potential	NN
36036	534	22	:	:	:
36036	534	23	low	low	JJ
36036	534	24	-	-	HYPH
36036	534	25	quality	quality	NN
36036	534	26	diet	diet	NN
36036	534	27	,	,	,
36036	534	28	delayed	delayed	JJ
36036	534	29	reproduction	reproduction	NN
36036	534	30	,	,	,
36036	534	31	and	and	CC
36036	534	32	birth	birth	NN
36036	534	33	of	of	IN
36036	534	34	a	a	DT
36036	534	35	single	single	JJ
36036	534	36	young	young	JJ
36036	534	37	each	each	DT
36036	534	38	year	year	NN
36036	534	39	.	.	.
36036	535	1	Because	because	IN
36036	535	2	there	there	EX
36036	535	3	does	do	VBZ
36036	535	4	not	not	RB
36036	535	5	appear	appear	VB
36036	535	6	to	to	TO
36036	535	7	be	be	VB
36036	535	8	any	any	DT
36036	535	9	other	other	JJ
36036	535	10	feature	feature	NN
36036	535	11	of	of	IN
36036	535	12	its	-PRON-	PRP$
36036	535	13	life	life	NN
36036	535	14	history	history	NN
36036	535	15	that	that	WDT
36036	535	16	can	can	MD
36036	535	17	counteract	counteract	VB
36036	535	18	the	the	DT
36036	535	19	influence	influence	NN
36036	535	20	of	of	IN
36036	535	21	these	these	DT
36036	535	22	factors	factor	NNS
36036	535	23	,	,	,
36036	535	24	r_{max	r_{max	ADD
36036	535	25	}	}	-RRB-
36036	535	26	in	in	IN
36036	535	27	_	_	NNP
36036	535	28	Potos	Potos	NNP
36036	535	29	flavus	flavus	NN
36036	535	30	_	_	NNP
36036	535	31	has	have	VBZ
36036	535	32	evolved	evolve	VBN
36036	535	33	to	to	TO
36036	535	34	be	be	VB
36036	535	35	only	only	RB
36036	535	36	48	48	CD
36036	535	37	%	%	NN
36036	535	38	of	of	IN
36036	535	39	expected	expect	VBN
36036	535	40	(	(	-LRB-
36036	535	41	0.30	0.30	CD
36036	535	42	;	;	:
36036	535	43	Table	table	NN
36036	535	44	10	10	CD
36036	535	45	)	)	-RRB-
36036	535	46	.	.	.
36036	536	1	Its	-PRON-	PRP$
36036	536	2	close	close	JJ
36036	536	3	relative	relative	NN
36036	536	4	,	,	,
36036	536	5	the	the	DT
36036	536	6	olingo	olingo	NNS
36036	536	7	,	,	,
36036	536	8	_	_	NNP
36036	536	9	Bassaricyon	Bassaricyon	NNP
36036	536	10	gabbii	gabbii	NNP
36036	536	11	_	_	NNP
36036	536	12	,	,	,
36036	536	13	appears	appear	VBZ
36036	536	14	to	to	TO
36036	536	15	share	share	VB
36036	536	16	the	the	DT
36036	536	17	same	same	JJ
36036	536	18	condition	condition	NN
36036	536	19	(	(	-LRB-
36036	536	20	Table	table	NN
36036	536	21	10	10	CD
36036	536	22	)	)	-RRB-
36036	536	23	.	.	.
36036	537	1	SUMMARY.--This	SUMMARY.--This	NNP
36036	537	2	brief	brief	JJ
36036	537	3	survey	survey	NN
36036	537	4	illustrates	illustrate	VBZ
36036	537	5	that	that	IN
36036	537	6	,	,	,
36036	537	7	with	with	IN
36036	537	8	the	the	DT
36036	537	9	exception	exception	NN
36036	537	10	of	of	IN
36036	537	11	_	_	NNP
36036	537	12	Potos	Potos	NNP
36036	537	13	flavus	flavus	NN
36036	537	14	_	_	NNP
36036	537	15	,	,	,
36036	537	16	procyonids	procyonid	NNS
36036	537	17	tend	tend	VBP
36036	537	18	to	to	TO
36036	537	19	have	have	VB
36036	537	20	values	value	NNS
36036	537	21	of	of	IN
36036	537	22	r_{max	r_{max	NNP
36036	537	23	}	}	-RRB-
36036	537	24	that	that	WDT
36036	537	25	are	be	VBP
36036	537	26	higher	high	JJR
36036	537	27	than	than	IN
36036	537	28	those	those	DT
36036	537	29	predicted	predict	VBN
36036	537	30	for	for	IN
36036	537	31	them	-PRON-	PRP
36036	537	32	on	on	IN
36036	537	33	the	the	DT
36036	537	34	basis	basis	NN
36036	537	35	of	of	IN
36036	537	36	mass	mass	NN
36036	537	37	(	(	-LRB-
36036	537	38	Table	table	NN
36036	537	39	10	10	CD
36036	537	40	)	)	-RRB-
36036	537	41	.	.	.
36036	538	1	Regression	regression	NN
36036	538	2	analysis	analysis	NN
36036	538	3	indicates	indicate	VBZ
36036	538	4	that	that	IN
36036	538	5	,	,	,
36036	538	6	within	within	IN
36036	538	7	the	the	DT
36036	538	8	family	family	NN
36036	538	9	,	,	,
36036	538	10	body	body	NN
36036	538	11	mass	mass	NN
36036	538	12	accounts	account	VBZ
36036	538	13	for	for	IN
36036	538	14	only	only	RB
36036	538	15	a	a	DT
36036	538	16	small	small	JJ
36036	538	17	amount	amount	NN
36036	538	18	(	(	-LRB-
36036	538	19	3	3	CD
36036	538	20	%	%	NN
36036	538	21	)	)	-RRB-
36036	538	22	of	of	IN
36036	538	23	the	the	DT
36036	538	24	variation	variation	NN
36036	538	25	in	in	IN
36036	538	26	r_{max	r_{max	NNP
36036	538	27	}	}	-RRB-
36036	538	28	,	,	,
36036	538	29	whereas	whereas	IN
36036	538	30	the	the	DT
36036	538	31	positive	positive	JJ
36036	538	32	slope	slope	NN
36036	538	33	of	of	IN
36036	538	34	the	the	DT
36036	538	35	correlation	correlation	NN
36036	538	36	between	between	IN
36036	538	37	r_{maxr	r_{maxr	NNP
36036	538	38	}	}	-RRB-
36036	538	39	and	and	CC
36036	538	40	H_{br	H_{br	NNP
36036	538	41	}	}	-RRB-
36036	538	42	(	(	-LRB-
36036	538	43	R	r	NN
36036	538	44	=	=	SYM
36036	538	45	0.93	0.93	CD
36036	538	46	)	)	-RRB-
36036	538	47	suggests	suggest	VBZ
36036	538	48	that	that	IN
36036	538	49	low	low	JJ
36036	538	50	metabolism	metabolism	NN
36036	538	51	has	have	VBZ
36036	538	52	a	a	DT
36036	538	53	limiting	limit	VBG
36036	538	54	effect	effect	NN
36036	538	55	on	on	IN
36036	538	56	r_{max	r_{max	NNP
36036	538	57	}	}	-RRB-
36036	538	58	(	(	-LRB-
36036	538	59	see	see	VB
36036	538	60	Table	Table	NNP
36036	538	61	10	10	CD
36036	538	62	,	,	,
36036	538	63	footnote	footnote	NNP
36036	538	64	f	f	NNP
36036	538	65	)	)	-RRB-
36036	538	66	.	.	.
36036	539	1	The	the	DT
36036	539	2	implication	implication	NN
36036	539	3	here	here	RB
36036	539	4	is	be	VBZ
36036	539	5	that	that	RB
36036	539	6	low	low	JJ
36036	539	7	[	[	-LRB-
36036	539	8	.H]_{b	.h]_{b	NN
36036	539	9	}	}	-RRB-
36036	539	10	would	would	MD
36036	539	11	be	be	VB
36036	539	12	associated	associate	VBN
36036	539	13	with	with	IN
36036	539	14	a	a	DT
36036	539	15	lower	low	JJR
36036	539	16	rate	rate	NN
36036	539	17	of	of	IN
36036	539	18	biosynthesis	biosynthesis	NN
36036	539	19	,	,	,
36036	539	20	a	a	DT
36036	539	21	slower	slow	JJR
36036	539	22	growth	growth	NN
36036	539	23	rate	rate	NN
36036	539	24	,	,	,
36036	539	25	and	and	CC
36036	539	26	a	a	DT
36036	539	27	longer	long	JJR
36036	539	28	generation	generation	NN
36036	539	29	time	time	NN
36036	539	30	.	.	.
36036	540	1	Procyonids	procyonid	NNS
36036	540	2	with	with	IN
36036	540	3	low	low	JJ
36036	540	4	[	[	-LRB-
36036	540	5	.H]_{b	.H]_{b	.
36036	540	6	}	}	-RRB-
36036	540	7	but	but	CC
36036	540	8	higher	high	JJR
36036	540	9	than	than	IN
36036	540	10	expected	expect	VBN
36036	540	11	r_{max	r_{max	NNP
36036	540	12	}	}	-RRB-
36036	540	13	must	must	MD
36036	540	14	possess	possess	VB
36036	540	15	other	other	JJ
36036	540	16	traits	trait	NNS
36036	540	17	that	that	WDT
36036	540	18	serve	serve	VBP
36036	540	19	to	to	TO
36036	540	20	offset	offset	VB
36036	540	21	the	the	DT
36036	540	22	effects	effect	NNS
36036	540	23	of	of	IN
36036	540	24	low	low	JJ
36036	540	25	metabolism	metabolism	NN
36036	540	26	.	.	.
36036	541	1	Our	-PRON-	PRP$
36036	541	2	survey	survey	NN
36036	541	3	indicates	indicate	VBZ
36036	541	4	that	that	IN
36036	541	5	the	the	DT
36036	541	6	following	follow	VBG
36036	541	7	features	feature	VBZ
36036	541	8	compensate	compensate	NN
36036	541	9	for	for	IN
36036	541	10	low	low	JJ
36036	541	11	[	[	-LRB-
36036	541	12	.H]_{b	.H]_{b	NFP
36036	541	13	}	}	-RRB-
36036	541	14	and	and	CC
36036	541	15	help	help	VB
36036	541	16	increase	increase	VB
36036	541	17	r_{max	r_{max	NNP
36036	541	18	}	}	-RRB-
36036	541	19	:	:	:
36036	541	20	(	(	-LRB-
36036	541	21	1	1	LS
36036	541	22	)	)	-RRB-
36036	541	23	a	a	DT
36036	541	24	high	high	JJ
36036	541	25	-	-	HYPH
36036	541	26	quality	quality	NN
36036	541	27	diet	diet	NN
36036	541	28	may	may	MD
36036	541	29	make	make	VB
36036	541	30	biosynthesis	biosynthesis	NN
36036	541	31	and	and	CC
36036	541	32	growth	growth	NN
36036	541	33	more	more	RBR
36036	541	34	efficient	efficient	JJ
36036	541	35	,	,	,
36036	541	36	thus	thus	RB
36036	541	37	optimizing	optimize	VBG
36036	541	38	the	the	DT
36036	541	39	time	time	NN
36036	541	40	element	element	NN
36036	541	41	associated	associate	VBN
36036	541	42	with	with	IN
36036	541	43	each	each	DT
36036	541	44	of	of	IN
36036	541	45	these	these	DT
36036	541	46	processes	process	NNS
36036	541	47	;	;	,
36036	541	48	(	(	-LRB-
36036	541	49	2	2	LS
36036	541	50	)	)	-RRB-
36036	541	51	larger	large	JJR
36036	541	52	litter	litter	NN
36036	541	53	sizes	size	NNS
36036	541	54	and	and	CC
36036	541	55	cooperation	cooperation	NN
36036	541	56	in	in	IN
36036	541	57	care	care	NN
36036	541	58	of	of	IN
36036	541	59	the	the	DT
36036	541	60	young	young	JJ
36036	541	61	may	may	MD
36036	541	62	increase	increase	VB
36036	541	63	survivorship	survivorship	NN
36036	541	64	in	in	IN
36036	541	65	spite	spite	NN
36036	541	66	of	of	IN
36036	541	67	a	a	DT
36036	541	68	slower	slow	JJR
36036	541	69	growth	growth	NN
36036	541	70	rate	rate	NN
36036	541	71	;	;	,
36036	541	72	and	and	CC
36036	541	73	(	(	-LRB-
36036	541	74	3	3	LS
36036	541	75	)	)	-RRB-
36036	541	76	an	an	DT
36036	541	77	early	early	JJ
36036	541	78	age	age	NN
36036	541	79	of	of	IN
36036	541	80	first	first	JJ
36036	541	81	reproduction	reproduction	NN
36036	541	82	,	,	,
36036	541	83	a	a	DT
36036	541	84	long	long	JJ
36036	541	85	reproductive	reproductive	JJ
36036	541	86	life	life	NN
36036	541	87	span	span	NN
36036	541	88	,	,	,
36036	541	89	and	and	CC
36036	541	90	moderate	moderate	JJ
36036	541	91	-	-	HYPH
36036	541	92	size	size	NN
36036	541	93	litters	litter	NNS
36036	541	94	(	(	-LRB-
36036	541	95	two	two	CD
36036	541	96	to	to	TO
36036	541	97	four	four	CD
36036	541	98	young	young	JJ
36036	541	99	)	)	-RRB-
36036	541	100	may	may	MD
36036	541	101	in	in	IN
36036	541	102	the	the	DT
36036	541	103	long	long	JJ
36036	541	104	run	run	NN
36036	541	105	add	add	VB
36036	541	106	as	as	RB
36036	541	107	many	many	JJ
36036	541	108	individuals	individual	NNS
36036	541	109	to	to	IN
36036	541	110	the	the	DT
36036	541	111	population	population	NN
36036	541	112	as	as	IN
36036	541	113	a	a	DT
36036	541	114	shortened	shorten	VBN
36036	541	115	generation	generation	NN
36036	541	116	time	time	NN
36036	541	117	.	.	.
36036	542	1	Our	-PRON-	PRP$
36036	542	2	survey	survey	NN
36036	542	3	also	also	RB
36036	542	4	suggests	suggest	VBZ
36036	542	5	that	that	IN
36036	542	6	,	,	,
36036	542	7	at	at	IN
36036	542	8	the	the	DT
36036	542	9	other	other	JJ
36036	542	10	extreme	extreme	NN
36036	542	11	,	,	,
36036	542	12	factors	factor	NNS
36036	542	13	such	such	JJ
36036	542	14	as	as	IN
36036	542	15	a	a	DT
36036	542	16	low	low	JJ
36036	542	17	-	-	HYPH
36036	542	18	quality	quality	NN
36036	542	19	diet	diet	NN
36036	542	20	,	,	,
36036	542	21	reduced	reduced	JJ
36036	542	22	litter	litter	NN
36036	542	23	size	size	NN
36036	542	24	,	,	,
36036	542	25	absence	absence	NN
36036	542	26	of	of	IN
36036	542	27	cooperative	cooperative	JJ
36036	542	28	care	care	NN
36036	542	29	of	of	IN
36036	542	30	the	the	DT
36036	542	31	young	young	JJ
36036	542	32	,	,	,
36036	542	33	delayed	delay	VBN
36036	542	34	age	age	NN
36036	542	35	of	of	IN
36036	542	36	first	first	JJ
36036	542	37	reproduction	reproduction	NN
36036	542	38	,	,	,
36036	542	39	and	and	CC
36036	542	40	shortened	shorten	VBD
36036	542	41	reproductive	reproductive	JJ
36036	542	42	life	life	NN
36036	542	43	span	span	VBP
36036	542	44	all	all	DT
36036	542	45	serve	serve	VBP
36036	542	46	to	to	TO
36036	542	47	decrease	decrease	VB
36036	542	48	r_{max	r_{max	NNP
36036	542	49	}	}	-RRB-
36036	542	50	.	.	.
36036	543	1	Thus	thus	RB
36036	543	2	,	,	,
36036	543	3	it	-PRON-	PRP
36036	543	4	is	be	VBZ
36036	543	5	obvious	obvious	JJ
36036	543	6	that	that	IN
36036	543	7	diet	diet	NNP
36036	543	8	,	,	,
36036	543	9	litter	litter	NN
36036	543	10	size	size	NN
36036	543	11	,	,	,
36036	543	12	social	social	JJ
36036	543	13	structure	structure	NN
36036	543	14	,	,	,
36036	543	15	reproductive	reproductive	JJ
36036	543	16	strategy	strategy	NN
36036	543	17	,	,	,
36036	543	18	and	and	CC
36036	543	19	reproductive	reproductive	JJ
36036	543	20	life	life	NN
36036	543	21	span	span	NN
36036	543	22	can	can	MD
36036	543	23	operate	operate	VB
36036	543	24	synergistically	synergistically	RB
36036	543	25	with	with	IN
36036	543	26	[	[	-LRB-
36036	543	27	.H]_{b	.h]_{b	NN
36036	543	28	}	}	-RRB-
36036	543	29	to	to	TO
36036	543	30	magnify	magnify	VB
36036	543	31	its	-PRON-	PRP$
36036	543	32	influence	influence	NN
36036	543	33	on	on	IN
36036	543	34	r_{max	r_{max	NNP
36036	543	35	}	}	-RRB-
36036	543	36	(	(	-LRB-
36036	543	37	as	as	IN
36036	543	38	with	with	IN
36036	543	39	_	_	NNP
36036	543	40	Procyon	Procyon	NNP
36036	543	41	lotor	lotor	NN
36036	543	42	_	_	NNP
36036	543	43	and	and	CC
36036	543	44	_	_	NNP
36036	543	45	Potos	Potos	NNP
36036	543	46	flavus	flavus	NN
36036	543	47	_	_	NNP
36036	543	48	)	)	-RRB-
36036	543	49	,	,	,
36036	543	50	or	or	CC
36036	543	51	they	-PRON-	PRP
36036	543	52	can	can	MD
36036	543	53	function	function	VB
36036	543	54	in	in	IN
36036	543	55	opposition	opposition	NN
36036	543	56	to	to	IN
36036	543	57	[	[	-LRB-
36036	543	58	.H]_{b	.H]_{b	NFP
36036	543	59	}	}	-RRB-
36036	543	60	to	to	TO
36036	543	61	change	change	VB
36036	543	62	the	the	DT
36036	543	63	direction	direction	NN
36036	543	64	of	of	IN
36036	543	65	its	-PRON-	PRP$
36036	543	66	influence	influence	NN
36036	543	67	on	on	IN
36036	543	68	r_{max	r_{max	NNP
36036	543	69	}	}	-RRB-
36036	543	70	(	(	-LRB-
36036	543	71	as	as	IN
36036	543	72	with	with	IN
36036	543	73	_	_	NNP
36036	543	74	Bassariscus	Bassariscus	NNP
36036	543	75	astutus	astutus	NN
36036	543	76	_	_	NNP
36036	543	77	,	,	,
36036	543	78	_	_	NNP
36036	543	79	Procyon	Procyon	NNP
36036	543	80	cancrivorus	cancrivoru	VBZ
36036	543	81	_	_	NNP
36036	543	82	,	,	,
36036	543	83	_	_	NNP
36036	543	84	Nasua	Nasua	NNP
36036	543	85	narica	narica	NN
36036	543	86	_	_	NNP
36036	543	87	,	,	,
36036	543	88	and	and	CC
36036	543	89	perhaps	perhaps	RB
36036	543	90	_	_	NNP
36036	543	91	Nasua	Nasua	NNP
36036	543	92	nasua	nasua	NNP
36036	543	93	_	_	NNP
36036	543	94	)	)	-RRB-
36036	543	95	.	.	.
36036	544	1	_	_	NNP
36036	544	2	Basal	Basal	NNP
36036	544	3	Metabolism	Metabolism	NNP
36036	544	4	and	and	CC
36036	544	5	Climatic	Climatic	NNP
36036	544	6	Distribution	Distribution	NNP
36036	544	7	_	_	NNP
36036	544	8	_	_	NNP
36036	544	9	Procyon	Procyon	NNP
36036	544	10	lotor._--The	lotor._--The	,
36036	544	11	evolution	evolution	NN
36036	544	12	of	of	IN
36036	544	13	a	a	DT
36036	544	14	higher	high	JJR
36036	544	15	[	[	-LRB-
36036	544	16	.H]_{b	.h]_{b	NN
36036	544	17	}	}	-RRB-
36036	544	18	(	(	-LRB-
36036	544	19	Tables	Tables	NNP
36036	544	20	7	7	CD
36036	544	21	,	,	,
36036	544	22	8)	8)	CD
36036	544	23	may	may	MD
36036	544	24	have	have	VB
36036	544	25	been	be	VBN
36036	544	26	the	the	DT
36036	544	27	physiological	physiological	JJ
36036	544	28	cornerstone	cornerstone	NN
36036	544	29	that	that	WDT
36036	544	30	enabled	enable	VBD
36036	544	31	_	_	NNP
36036	544	32	Procyon	Procyon	NNP
36036	544	33	lotor	lotor	NN
36036	544	34	_	_	NNP
36036	544	35	to	to	TO
36036	544	36	break	break	VB
36036	544	37	out	out	IN
36036	544	38	of	of	IN
36036	544	39	the	the	DT
36036	544	40	mold	mold	NN
36036	544	41	being	be	VBG
36036	544	42	exploited	exploit	VBN
36036	544	43	by	by	IN
36036	544	44	other	other	JJ
36036	544	45	procyonids	procyonid	NNS
36036	544	46	and	and	CC
36036	544	47	to	to	TO
36036	544	48	generalize	generalize	VB
36036	544	49	its	-PRON-	PRP$
36036	544	50	use	use	NN
36036	544	51	of	of	IN
36036	544	52	habitats	habitat	NNS
36036	544	53	and	and	CC
36036	544	54	climates	climate	NNS
36036	544	55	.	.	.
36036	545	1	Once	once	IN
36036	545	2	this	this	DT
36036	545	3	basic	basic	JJ
36036	545	4	physiological	physiological	JJ
36036	545	5	change	change	NN
36036	545	6	was	be	VBD
36036	545	7	in	in	IN
36036	545	8	place	place	NN
36036	545	9	,	,	,
36036	545	10	selection	selection	NN
36036	545	11	for	for	IN
36036	545	12	appropriate	appropriate	JJ
36036	545	13	alterations	alteration	NNS
36036	545	14	in	in	IN
36036	545	15	thermal	thermal	JJ
36036	545	16	conductance	conductance	NN
36036	545	17	,	,	,
36036	545	18	capacity	capacity	NN
36036	545	19	for	for	IN
36036	545	20	evaporative	evaporative	JJ
36036	545	21	cooling	cooling	NN
36036	545	22	,	,	,
36036	545	23	diversity	diversity	NN
36036	545	24	of	of	IN
36036	545	25	diet	diet	NNP
36036	545	26	,	,	,
36036	545	27	and	and	CC
36036	545	28	energy	energy	NN
36036	545	29	storage	storage	NN
36036	545	30	would	would	MD
36036	545	31	have	have	VB
36036	545	32	provided	provide	VBN
36036	545	33	this	this	DT
36036	545	34	species	specie	NNS
36036	545	35	with	with	IN
36036	545	36	the	the	DT
36036	545	37	suite	suite	NN
36036	545	38	of	of	IN
36036	545	39	adaptations	adaptation	NNS
36036	545	40	needed	need	VBN
36036	545	41	to	to	TO
36036	545	42	extend	extend	VB
36036	545	43	its	-PRON-	PRP$
36036	545	44	distribution	distribution	NN
36036	545	45	into	into	IN
36036	545	46	other	other	JJ
36036	545	47	habitats	habitat	NNS
36036	545	48	and	and	CC
36036	545	49	climates	climate	NNS
36036	545	50	.	.	.
36036	546	1	Support	support	NN
36036	546	2	for	for	IN
36036	546	3	this	this	DT
36036	546	4	concept	concept	NN
36036	546	5	follows	follow	VBZ
36036	546	6	from	from	IN
36036	546	7	the	the	DT
36036	546	8	fact	fact	NN
36036	546	9	that	that	IN
36036	546	10	high	high	JJ
36036	546	11	levels	level	NNS
36036	546	12	of	of	IN
36036	546	13	[	[	-LRB-
36036	546	14	.H]_{b	.H]_{b	.
36036	546	15	}	}	-RRB-
36036	546	16	are	be	VBP
36036	546	17	associated	associate	VBN
36036	546	18	with	with	IN
36036	546	19	(	(	-LRB-
36036	546	20	1	1	LS
36036	546	21	)	)	-RRB-
36036	546	22	cold	cold	JJ
36036	546	23	-	-	HYPH
36036	546	24	hardiness	hardiness	NN
36036	546	25	in	in	IN
36036	546	26	mammals	mammal	NNS
36036	546	27	that	that	WDT
36036	546	28	live	live	VBP
36036	546	29	in	in	IN
36036	546	30	cold	cold	NN
36036	546	31	-	-	HYPH
36036	546	32	temperate	temperate	NN
36036	546	33	and	and	CC
36036	546	34	arctic	arctic	JJ
36036	546	35	climates	climate	NNS
36036	546	36	(	(	-LRB-
36036	546	37	Scholander	Scholander	NNP
36036	546	38	et	et	NNP
36036	546	39	al	al	NNP
36036	546	40	.	.	NNP
36036	546	41	,	,	,
36036	546	42	1950c	1950c	CD
36036	546	43	;	;	:
36036	546	44	Irving	Irving	NNP
36036	546	45	et	et	NNP
36036	546	46	al	al	NNP
36036	546	47	.	.	NNP
36036	546	48	,	,	,
36036	546	49	1955	1955	CD
36036	546	50	;	;	:
36036	546	51	Irving	Irving	NNP
36036	546	52	,	,	,
36036	546	53	1972:115	1972:115	CD
36036	546	54	,	,	,
36036	546	55	116	116	CD
36036	546	56	;	;	:
36036	546	57	Shield	Shield	NNP
36036	546	58	,	,	,
36036	546	59	1972	1972	CD
36036	546	60	;	;	:
36036	546	61	Vogel	Vogel	NNP
36036	546	62	,	,	,
36036	546	63	1980	1980	CD
36036	546	64	;	;	:
36036	546	65	Golightly	golightly	RB
36036	546	66	and	and	CC
36036	546	67	Ohmart	Ohmart	NNP
36036	546	68	,	,	,
36036	546	69	1983	1983	CD
36036	546	70	)	)	-RRB-
36036	546	71	;	;	:
36036	546	72	(	(	-LRB-
36036	546	73	2	2	LS
36036	546	74	)	)	-RRB-
36036	546	75	the	the	DT
36036	546	76	ability	ability	NN
36036	546	77	to	to	TO
36036	546	78	utilize	utilize	VB
36036	546	79	a	a	DT
36036	546	80	wide	wide	JJ
36036	546	81	variety	variety	NN
36036	546	82	of	of	IN
36036	546	83	food	food	NN
36036	546	84	resources	resource	NNS
36036	546	85	and	and	CC
36036	546	86	to	to	TO
36036	546	87	occupy	occupy	VB
36036	546	88	a	a	DT
36036	546	89	large	large	JJ
36036	546	90	number	number	NN
36036	546	91	of	of	IN
36036	546	92	different	different	JJ
36036	546	93	environments	environment	NNS
36036	546	94	and	and	CC
36036	546	95	habitats	habitat	NNS
36036	546	96	(	(	-LRB-
36036	546	97	McNab	McNab	NNP
36036	546	98	,	,	,
36036	546	99	1980a	1980a	CD
36036	546	100	)	)	-RRB-
36036	546	101	;	;	:
36036	546	102	and	and	CC
36036	546	103	(	(	-LRB-
36036	546	104	3	3	LS
36036	546	105	)	)	-RRB-
36036	546	106	a	a	DT
36036	546	107	high	high	JJ
36036	546	108	intrinsic	intrinsic	JJ
36036	546	109	rate	rate	NN
36036	546	110	of	of	IN
36036	546	111	natural	natural	JJ
36036	546	112	increase	increase	NN
36036	546	113	(	(	-LRB-
36036	546	114	McNab	McNab	NNP
36036	546	115	,	,	,
36036	546	116	1980a	1980a	CD
36036	546	117	;	;	:
36036	546	118	Hennemann	Hennemann	NNP
36036	546	119	,	,	,
36036	546	120	1983	1983	CD
36036	546	121	;	;	:
36036	546	122	Lillegraven	Lillegraven	NNP
36036	546	123	et	et	NNP
36036	546	124	al	al	NNP
36036	546	125	.	.	NNP
36036	546	126	,	,	,
36036	546	127	1987	1987	CD
36036	546	128	;	;	:
36036	546	129	Nicoll	Nicoll	NNP
36036	546	130	and	and	CC
36036	546	131	Thompson	Thompson	NNP
36036	546	132	,	,	,
36036	546	133	1987	1987	CD
36036	546	134	;	;	:
36036	546	135	Thompson	Thompson	NNP
36036	546	136	,	,	,
36036	546	137	1987	1987	CD
36036	546	138	)	)	-RRB-
36036	546	139	.	.	.
36036	547	1	OTHER	other	JJ
36036	547	2	PROCYONIDS.--Other	PROCYONIDS.--Other	NNP
36036	547	3	procyonids	procyonid	NNS
36036	547	4	(	(	-LRB-
36036	547	5	_	_	NNP
36036	547	6	Potos	Potos	NNP
36036	547	7	flavus	flavus	NN
36036	547	8	_	_	NNP
36036	547	9	,	,	,
36036	547	10	_	_	NNP
36036	547	11	Procyon	Procyon	NNP
36036	547	12	cancrivorus	cancrivoru	VBZ
36036	547	13	_	_	NNP
36036	547	14	,	,	,
36036	547	15	_	_	NNP
36036	547	16	Nasua	Nasua	NNP
36036	547	17	narica	narica	NN
36036	547	18	_	_	NNP
36036	547	19	,	,	,
36036	547	20	and	and	CC
36036	547	21	_	_	NNP
36036	547	22	Nasua	Nasua	NNP
36036	547	23	nasua	nasua	NNP
36036	547	24	_	_	NNP
36036	547	25	)	)	-RRB-
36036	547	26	have	have	VBP
36036	547	27	lower	low	JJR
36036	547	28	than	than	IN
36036	547	29	predicted	predict	VBN
36036	547	30	[	[	-LRB-
36036	547	31	.H]_{b	.h]_{b	NN
36036	547	32	}	}	-RRB-
36036	547	33	's	be	VBZ
36036	547	34	(	(	-LRB-
36036	547	35	Table	table	NN
36036	547	36	7	7	CD
36036	547	37	)	)	-RRB-
36036	547	38	,	,	,
36036	547	39	a	a	DT
36036	547	40	characteristic	characteristic	NN
36036	547	41	that	that	WDT
36036	547	42	is	be	VBZ
36036	547	43	considered	consider	VBN
36036	547	44	to	to	TO
36036	547	45	be	be	VB
36036	547	46	an	an	DT
36036	547	47	energy	energy	NN
36036	547	48	-	-	HYPH
36036	547	49	saving	save	VBG
36036	547	50	adaptation	adaptation	NN
36036	547	51	for	for	IN
36036	547	52	those	those	DT
36036	547	53	that	that	WDT
36036	547	54	live	live	VBP
36036	547	55	in	in	IN
36036	547	56	relatively	relatively	RB
36036	547	57	stable	stable	JJ
36036	547	58	tropical	tropical	JJ
36036	547	59	and	and	CC
36036	547	60	subtropical	subtropical	JJ
36036	547	61	habitats	habitat	NNS
36036	547	62	(	(	-LRB-
36036	547	63	Müller	Müller	NNP
36036	547	64	and	and	CC
36036	547	65	Kulzer	Kulzer	NNP
36036	547	66	,	,	,
36036	547	67	1977	1977	CD
36036	547	68	;	;	:
36036	547	69	Chevillard	Chevillard	NNP
36036	547	70	-	-	HYPH
36036	547	71	Hugot	Hugot	NNP
36036	547	72	et	et	FW
36036	547	73	al	al	NNP
36036	547	74	.	.	NNP
36036	547	75	,	,	,
36036	547	76	1980	1980	CD
36036	547	77	;	;	:
36036	547	78	Müller	Müller	NNP
36036	547	79	and	and	CC
36036	547	80	Rost	Rost	NNP
36036	547	81	,	,	,
36036	547	82	1983	1983	CD
36036	547	83	)	)	-RRB-
36036	547	84	.	.	.
36036	548	1	However	however	RB
36036	548	2	,	,	,
36036	548	3	_	_	NNP
36036	548	4	Bassariscus	Bassariscus	NNP
36036	548	5	astutus	astutus	NN
36036	548	6	_	_	NNP
36036	548	7	is	be	VBZ
36036	548	8	found	find	VBN
36036	548	9	in	in	IN
36036	548	10	tropical	tropical	JJ
36036	548	11	,	,	,
36036	548	12	subtropical	subtropical	JJ
36036	548	13	,	,	,
36036	548	14	and	and	CC
36036	548	15	temperate	temperate	NN
36036	548	16	climates	climate	VBZ
36036	548	17	.	.	.
36036	549	1	This	this	DT
36036	549	2	species	species	NN
36036	549	3	is	be	VBZ
36036	549	4	found	find	VBN
36036	549	5	from	from	IN
36036	549	6	tropical	tropical	JJ
36036	549	7	Mexico	Mexico	NNP
36036	549	8	to	to	TO
36036	549	9	temperate	temperate	VB
36036	549	10	regions	region	NNS
36036	549	11	of	of	IN
36036	549	12	the	the	DT
36036	549	13	western	western	JJ
36036	549	14	United	United	NNP
36036	549	15	States	States	NNP
36036	549	16	(	(	-LRB-
36036	549	17	Kaufmann	Kaufmann	NNP
36036	549	18	,	,	,
36036	549	19	1982	1982	CD
36036	549	20	,	,	,
36036	549	21	1987	1987	CD
36036	549	22	;	;	:
36036	549	23	Nowak	Nowak	NNP
36036	549	24	and	and	CC
36036	549	25	Paradiso	Paradiso	NNP
36036	549	26	,	,	,
36036	549	27	1983:979	1983:979	CD
36036	549	28	)	)	-RRB-
36036	549	29	.	.	.
36036	550	1	In	in	IN
36036	550	2	the	the	DT
36036	550	3	northern	northern	JJ
36036	550	4	part	part	NN
36036	550	5	of	of	IN
36036	550	6	its	-PRON-	PRP$
36036	550	7	distribution	distribution	NN
36036	550	8	,	,	,
36036	550	9	_	_	NNP
36036	550	10	Bassariscus	Bassariscus	NNP
36036	550	11	astutus	astutus	NN
36036	550	12	_	_	NNP
36036	550	13	lives	live	VBZ
36036	550	14	in	in	IN
36036	550	15	habitats	habitat	NNS
36036	550	16	that	that	WDT
36036	550	17	are	be	VBP
36036	550	18	unstable	unstable	JJ
36036	550	19	(	(	-LRB-
36036	550	20	arid	arid	NNP
36036	550	21	regions	region	NNS
36036	550	22	)	)	-RRB-
36036	550	23	,	,	,
36036	550	24	that	that	WDT
36036	550	25	are	be	VBP
36036	550	26	low	low	JJ
36036	550	27	in	in	IN
36036	550	28	productivity	productivity	NN
36036	550	29	,	,	,
36036	550	30	and	and	CC
36036	550	31	that	that	DT
36036	550	32	characteristically	characteristically	RB
36036	550	33	have	have	VBP
36036	550	34	marked	mark	VBN
36036	550	35	seasonal	seasonal	JJ
36036	550	36	changes	change	NNS
36036	550	37	in	in	IN
36036	550	38	temperature	temperature	NN
36036	550	39	.	.	.
36036	551	1	Its	-PRON-	PRP$
36036	551	2	lower	low	JJR
36036	551	3	than	than	IN
36036	551	4	predicted	predict	VBD
36036	551	5	[	[	-LRB-
36036	551	6	.H]_{b	.h]_{b	NN
36036	551	7	}	}	-RRB-
36036	551	8	could	could	MD
36036	551	9	be	be	VB
36036	551	10	an	an	DT
36036	551	11	important	important	JJ
36036	551	12	water	water	NN
36036	551	13	-	-	HYPH
36036	551	14	conserving	conserve	VBG
36036	551	15	adaptation	adaptation	NN
36036	551	16	at	at	IN
36036	551	17	times	time	NNS
36036	551	18	when	when	WRB
36036	551	19	temperatures	temperature	NNS
36036	551	20	are	be	VBP
36036	551	21	high	high	JJ
36036	551	22	(	(	-LRB-
36036	551	23	McNab	McNab	NNP
36036	551	24	and	and	CC
36036	551	25	Morrison	Morrison	NNP
36036	551	26	,	,	,
36036	551	27	1963	1963	CD
36036	551	28	;	;	:
36036	551	29	McNab	McNab	NNP
36036	551	30	,	,	,
36036	551	31	1966	1966	CD
36036	551	32	;	;	:
36036	551	33	MacMillen	MacMillen	NNP
36036	551	34	and	and	CC
36036	551	35	Lee	Lee	NNP
36036	551	36	,	,	,
36036	551	37	1970	1970	CD
36036	551	38	;	;	:
36036	551	39	Noll	Noll	NNP
36036	551	40	-	-	HYPH
36036	551	41	Banholzer	Banholzer	NNP
36036	551	42	,	,	,
36036	551	43	1979	1979	CD
36036	551	44	)	)	-RRB-
36036	551	45	and	and	CC
36036	551	46	an	an	DT
36036	551	47	important	important	JJ
36036	551	48	energy	energy	NN
36036	551	49	-	-	HYPH
36036	551	50	conserving	conserve	VBG
36036	551	51	mechanism	mechanism	NN
36036	551	52	when	when	WRB
36036	551	53	cold	cold	JJ
36036	551	54	weather	weather	NN
36036	551	55	may	may	MD
36036	551	56	limit	limit	VB
36036	551	57	food	food	NN
36036	551	58	availability	availability	NN
36036	551	59	and	and	CC
36036	551	60	hunting	hunting	NN
36036	551	61	time	time	NN
36036	551	62	(	(	-LRB-
36036	551	63	Scholander	Scholander	NNP
36036	551	64	et	et	NNP
36036	551	65	al	al	NNP
36036	551	66	.	.	NNP
36036	551	67	,	,	,
36036	551	68	1950c	1950c	CD
36036	551	69	;	;	:
36036	551	70	Wang	Wang	NNP
36036	551	71	et	et	NNP
36036	551	72	al	al	NNP
36036	551	73	.	.	NNP
36036	551	74	,	,	,
36036	551	75	1973	1973	CD
36036	551	76	)	)	-RRB-
36036	551	77	.	.	.
36036	552	1	As	as	IN
36036	552	2	will	will	MD
36036	552	3	be	be	VB
36036	552	4	seen	see	VBN
36036	552	5	later	later	RB
36036	552	6	,	,	,
36036	552	7	_	_	NNP
36036	552	8	Bassariscus	Bassariscus	NNP
36036	552	9	astutus	astutus	NN
36036	552	10	_	_	NNP
36036	552	11	is	be	VBZ
36036	552	12	unique	unique	JJ
36036	552	13	among	among	IN
36036	552	14	procyonids	procyonid	NNS
36036	552	15	with	with	IN
36036	552	16	lower	low	JJR
36036	552	17	than	than	IN
36036	552	18	predicted	predict	VBN
36036	552	19	[	[	-LRB-
36036	552	20	.H]_{b	.h]_{b	NN
36036	552	21	}	}	-RRB-
36036	552	22	's	be	VBZ
36036	552	23	in	in	IN
36036	552	24	that	that	IN
36036	552	25	it	-PRON-	PRP
36036	552	26	also	also	RB
36036	552	27	has	have	VBZ
36036	552	28	a	a	DT
36036	552	29	lower	low	JJR
36036	552	30	than	than	IN
36036	552	31	predicted	predict	VBN
36036	552	32	C_{mw	C_{mw	NNS
36036	552	33	}	}	-RRB-
36036	552	34	(	(	-LRB-
36036	552	35	Table	table	NN
36036	552	36	7	7	CD
36036	552	37	)	)	-RRB-
36036	552	38	.	.	.
36036	553	1	This	this	DT
36036	553	2	allows	allow	VBZ
36036	553	3	it	-PRON-	PRP
36036	553	4	to	to	TO
36036	553	5	use	use	VB
36036	553	6	less	less	JJR
36036	553	7	energy	energy	NN
36036	553	8	than	than	IN
36036	553	9	expected	expect	VBN
36036	553	10	for	for	IN
36036	553	11	thermoregulation	thermoregulation	NN
36036	553	12	at	at	IN
36036	553	13	low	low	JJ
36036	553	14	temperatures	temperature	NNS
36036	553	15	.	.	.
36036	554	1	Another	another	DT
36036	554	2	species	species	NN
36036	554	3	with	with	IN
36036	554	4	a	a	DT
36036	554	5	similar	similar	JJ
36036	554	6	set	set	NN
36036	554	7	of	of	IN
36036	554	8	adaptations	adaptation	NNS
36036	554	9	(	(	-LRB-
36036	554	10	lower	low	JJR
36036	554	11	than	than	IN
36036	554	12	predicted	predict	VBN
36036	554	13	[	[	-LRB-
36036	554	14	.H]_{b	.H]_{b	NFP
36036	554	15	}	}	-RRB-
36036	554	16	and	and	CC
36036	554	17	C_{mw	c_{mw	NN
36036	554	18	}	}	-RRB-
36036	554	19	)	)	-RRB-
36036	554	20	is	be	VBZ
36036	554	21	the	the	DT
36036	554	22	arctic	arctic	JJ
36036	554	23	hare	hare	NN
36036	554	24	,	,	,
36036	554	25	_	_	NNP
36036	554	26	Lepus	Lepus	NNP
36036	554	27	arcticus	arcticus	NN
36036	554	28	_	_	NNP
36036	554	29	(	(	-LRB-
36036	554	30	Wang	Wang	NNP
36036	554	31	et	et	NNP
36036	554	32	al	al	NNP
36036	554	33	.	.	NNP
36036	554	34	,	,	,
36036	554	35	1973	1973	CD
36036	554	36	)	)	-RRB-
36036	554	37	,	,	,
36036	554	38	which	which	WDT
36036	554	39	lives	live	VBZ
36036	554	40	in	in	IN
36036	554	41	one	one	CD
36036	554	42	of	of	IN
36036	554	43	the	the	DT
36036	554	44	coldest	cold	JJS
36036	554	45	and	and	CC
36036	554	46	least	least	JJS
36036	554	47	-	-	HYPH
36036	554	48	productive	productive	JJ
36036	554	49	regions	region	NNS
36036	554	50	on	on	IN
36036	554	51	earth	earth	NN
36036	554	52	.	.	.
36036	555	1	Wang	Wang	NNP
36036	555	2	et	et	NNP
36036	555	3	al	al	NNP
36036	555	4	.	.	.
36036	556	1	(	(	-LRB-
36036	556	2	1973	1973	CD
36036	556	3	)	)	-RRB-
36036	556	4	suggest	suggest	VBP
36036	556	5	that	that	IN
36036	556	6	this	this	DT
36036	556	7	combination	combination	NN
36036	556	8	of	of	IN
36036	556	9	adaptations	adaptation	NNS
36036	556	10	allows	allow	VBZ
36036	556	11	_	_	NNP
36036	556	12	Lepus	Lepus	NNP
36036	556	13	arcticus	arcticus	NN
36036	556	14	_	_	NNP
36036	556	15	to	to	TO
36036	556	16	better	well	RBR
36036	556	17	match	match	VB
36036	556	18	its	-PRON-	PRP$
36036	556	19	energy	energy	NN
36036	556	20	requirements	requirement	NNS
36036	556	21	to	to	IN
36036	556	22	the	the	DT
36036	556	23	low	low	JJ
36036	556	24	productivity	productivity	NN
36036	556	25	of	of	IN
36036	556	26	its	-PRON-	PRP$
36036	556	27	environment	environment	NN
36036	556	28	.	.	.
36036	557	1	A	a	DT
36036	557	2	similar	similar	JJ
36036	557	3	relationship	relationship	NN
36036	557	4	may	may	MD
36036	557	5	hold	hold	VB
36036	557	6	for	for	IN
36036	557	7	_	_	NNP
36036	557	8	Bassariscus	Bassariscus	NNP
36036	557	9	astutus	astutus	NN
36036	557	10	_	_	NNP
36036	557	11	,	,	,
36036	557	12	particularly	particularly	RB
36036	557	13	in	in	IN
36036	557	14	colder	cold	JJR
36036	557	15	arid	arid	NN
36036	557	16	portions	portion	NNS
36036	557	17	of	of	IN
36036	557	18	its	-PRON-	PRP$
36036	557	19	distribution	distribution	NN
36036	557	20	,	,	,
36036	557	21	and	and	CC
36036	557	22	may	may	MD
36036	557	23	be	be	VB
36036	557	24	the	the	DT
36036	557	25	reason	reason	NN
36036	557	26	that	that	IN
36036	557	27	it	-PRON-	PRP
36036	557	28	,	,	,
36036	557	29	but	but	CC
36036	557	30	not	not	RB
36036	557	31	other	other	JJ
36036	557	32	procyonids	procyonid	NNS
36036	557	33	with	with	IN
36036	557	34	low	low	JJ
36036	557	35	[	[	-LRB-
36036	557	36	.H]_{b	.H]_{b	.
36036	557	37	}	}	-RRB-
36036	557	38	's	's	POS
36036	557	39	,	,	,
36036	557	40	has	have	VBZ
36036	557	41	been	be	VBN
36036	557	42	able	able	JJ
36036	557	43	to	to	TO
36036	557	44	inhabit	inhabit	VB
36036	557	45	temperate	temperate	NN
36036	557	46	climates	climate	VBZ
36036	557	47	.	.	.
36036	558	1	MINIMUM	minimum	NN
36036	558	2	THERMAL	thermal	NN
36036	558	3	CONDUCTANCE	CONDUCTANCE	NNP
36036	558	4	_	_	NNP
36036	558	5	Background	Background	NNP
36036	558	6	_	_	NNP
36036	558	7	Thermal	Thermal	NNP
36036	558	8	conductance	conductance	NN
36036	558	9	is	be	VBZ
36036	558	10	a	a	DT
36036	558	11	measure	measure	NN
36036	558	12	of	of	IN
36036	558	13	the	the	DT
36036	558	14	ease	ease	NN
36036	558	15	with	with	IN
36036	558	16	which	which	WDT
36036	558	17	heat	heat	NN
36036	558	18	is	be	VBZ
36036	558	19	passively	passively	RB
36036	558	20	transferred	transfer	VBN
36036	558	21	to	to	IN
36036	558	22	or	or	CC
36036	558	23	from	from	IN
36036	558	24	a	a	DT
36036	558	25	body	body	NN
36036	558	26	through	through	IN
36036	558	27	its	-PRON-	PRP$
36036	558	28	tissues	tissue	NNS
36036	558	29	and	and	CC
36036	558	30	pelt	pelt	NNS
36036	558	31	.	.	.
36036	559	1	Within	within	IN
36036	559	2	T_{n	T_{n	NNP
36036	559	3	}	}	-RRB-
36036	559	4	,	,	,
36036	559	5	a	a	DT
36036	559	6	mammal	mammal	NN
36036	559	7	is	be	VBZ
36036	559	8	able	able	JJ
36036	559	9	to	to	TO
36036	559	10	vary	vary	VB
36036	559	11	its	-PRON-	PRP$
36036	559	12	thermal	thermal	JJ
36036	559	13	conductance	conductance	NN
36036	559	14	over	over	IN
36036	559	15	a	a	DT
36036	559	16	wide	wide	JJ
36036	559	17	range	range	NN
36036	559	18	of	of	IN
36036	559	19	values	value	NNS
36036	559	20	by	by	IN
36036	559	21	changing	change	VBG
36036	559	22	heat	heat	NN
36036	559	23	transfer	transfer	NN
36036	559	24	characteristics	characteristic	NNS
36036	559	25	of	of	IN
36036	559	26	both	both	DT
36036	559	27	of	of	IN
36036	559	28	these	these	DT
36036	559	29	layers	layer	NNS
36036	559	30	.	.	.
36036	560	1	Minimum	minimum	JJ
36036	560	2	thermal	thermal	JJ
36036	560	3	conductance	conductance	NN
36036	560	4	occurs	occur	VBZ
36036	560	5	when	when	WRB
36036	560	6	total	total	JJ
36036	560	7	heat	heat	NN
36036	560	8	transfer	transfer	NN
36036	560	9	through	through	IN
36036	560	10	these	these	DT
36036	560	11	layers	layer	NNS
36036	560	12	is	be	VBZ
36036	560	13	reduced	reduce	VBN
36036	560	14	to	to	IN
36036	560	15	its	-PRON-	PRP$
36036	560	16	lowest	low	JJS
36036	560	17	possible	possible	JJ
36036	560	18	rate	rate	NN
36036	560	19	.	.	.
36036	561	1	This	this	DT
36036	561	2	minimum	minimum	JJ
36036	561	3	value	value	NN
36036	561	4	,	,	,
36036	561	5	which	which	WDT
36036	561	6	is	be	VBZ
36036	561	7	the	the	DT
36036	561	8	reciprocal	reciprocal	JJ
36036	561	9	of	of	IN
36036	561	10	maximum	maximum	JJ
36036	561	11	resistance	resistance	NN
36036	561	12	,	,	,
36036	561	13	occurs	occur	VBZ
36036	561	14	,	,	,
36036	561	15	theoretically	theoretically	RB
36036	561	16	,	,	,
36036	561	17	but	but	CC
36036	561	18	not	not	RB
36036	561	19	always	always	RB
36036	561	20	practically	practically	RB
36036	561	21	(	(	-LRB-
36036	561	22	see	see	VB
36036	561	23	McNab	McNab	NNP
36036	561	24	,	,	,
36036	561	25	1988b	1988b	CD
36036	561	26	)	)	-RRB-
36036	561	27	,	,	,
36036	561	28	at	at	IN
36036	561	29	the	the	DT
36036	561	30	animal	animal	NN
36036	561	31	's	's	POS
36036	561	32	T_{lc	t_{lc	NN
36036	561	33	}	}	-RRB-
36036	561	34	and	and	CC
36036	561	35	is	be	VBZ
36036	561	36	best	well	RBS
36036	561	37	estimated	estimate	VBN
36036	561	38	under	under	IN
36036	561	39	standard	standard	JJ
36036	561	40	conditions	condition	NNS
36036	561	41	in	in	IN
36036	561	42	a	a	DT
36036	561	43	metabolism	metabolism	NN
36036	561	44	chamber	chamber	NN
36036	561	45	(	(	-LRB-
36036	561	46	McNab	McNab	NNP
36036	561	47	,	,	,
36036	561	48	1980b	1980b	CD
36036	561	49	;	;	:
36036	561	50	Aschoff	Aschoff	NNP
36036	561	51	,	,	,
36036	561	52	1981	1981	CD
36036	561	53	)	)	-RRB-
36036	561	54	.	.	.
36036	562	1	Minimum	minimum	JJ
36036	562	2	thermal	thermal	JJ
36036	562	3	conductance	conductance	NN
36036	562	4	scales	scale	VBZ
36036	562	5	to	to	IN
36036	562	6	body	body	NN
36036	562	7	mass	mass	NN
36036	562	8	(	(	-LRB-
36036	562	9	McNab	McNab	NNP
36036	562	10	and	and	CC
36036	562	11	Morrison	Morrison	NNP
36036	562	12	,	,	,
36036	562	13	1963	1963	CD
36036	562	14	;	;	:
36036	562	15	Herreid	Herreid	NNP
36036	562	16	and	and	CC
36036	562	17	Kessel	Kessel	NNP
36036	562	18	,	,	,
36036	562	19	1967	1967	CD
36036	562	20	;	;	:
36036	562	21	McNab	McNab	NNP
36036	562	22	,	,	,
36036	562	23	1970	1970	CD
36036	562	24	,	,	,
36036	562	25	1979b	1979b	CD
36036	562	26	;	;	:
36036	562	27	Bradley	Bradley	NNP
36036	562	28	and	and	CC
36036	562	29	Deavers	Deavers	NNP
36036	562	30	,	,	,
36036	562	31	1980	1980	CD
36036	562	32	;	;	:
36036	562	33	Aschoff	Aschoff	NNP
36036	562	34	,	,	,
36036	562	35	1981	1981	CD
36036	562	36	)	)	-RRB-
36036	562	37	.	.	.
36036	563	1	Therefore	therefore	RB
36036	563	2	,	,	,
36036	563	3	to	to	TO
36036	563	4	make	make	VB
36036	563	5	comparisons	comparison	NNS
36036	563	6	between	between	IN
36036	563	7	species	specie	NNS
36036	563	8	of	of	IN
36036	563	9	various	various	JJ
36036	563	10	sizes	size	NNS
36036	563	11	,	,	,
36036	563	12	we	-PRON-	PRP
36036	563	13	scaled	scale	VBD
36036	563	14	out	out	RP
36036	563	15	body	body	NN
36036	563	16	mass	mass	NN
36036	563	17	by	by	IN
36036	563	18	expressing	express	VBG
36036	563	19	C_{mw	C_{mw	NNS
36036	563	20	}	}	-RRB-
36036	563	21	as	as	IN
36036	563	22	the	the	DT
36036	563	23	ratio	ratio	NN
36036	563	24	of	of	IN
36036	563	25	measured	measure	VBN
36036	563	26	to	to	IN
36036	563	27	predicted	predict	VBN
36036	563	28	values	value	NNS
36036	563	29	(	(	-LRB-
36036	563	30	C_{mwr	c_{mwr	NN
36036	563	31	}	}	-RRB-
36036	563	32	;	;	:
36036	563	33	Table	table	NN
36036	563	34	7	7	CD
36036	563	35	)	)	-RRB-
36036	563	36	.	.	.
36036	564	1	These	these	DT
36036	564	2	ratios	ratio	NNS
36036	564	3	were	be	VBD
36036	564	4	used	use	VBN
36036	564	5	to	to	TO
36036	564	6	make	make	VB
36036	564	7	comparisons	comparison	NNS
36036	564	8	of	of	IN
36036	564	9	heat	heat	NN
36036	564	10	-	-	HYPH
36036	564	11	transfer	transfer	NN
36036	564	12	characteristics	characteristic	NNS
36036	564	13	between	between	IN
36036	564	14	species	specie	NNS
36036	564	15	that	that	WDT
36036	564	16	occupy	occupy	VBP
36036	564	17	different	different	JJ
36036	564	18	habitats	habitat	NNS
36036	564	19	or	or	CC
36036	564	20	climates	climate	NNS
36036	564	21	.	.	.
36036	565	1	_	_	NNP
36036	565	2	Effect	Effect	NNP
36036	565	3	of	of	IN
36036	565	4	Molt	Molt	NNP
36036	565	5	on	on	IN
36036	565	6	Thermal	Thermal	NNP
36036	565	7	Conductance	Conductance	NNP
36036	565	8	_	_	NNP
36036	565	9	In	in	IN
36036	565	10	summer	summer	NN
36036	565	11	,	,	,
36036	565	12	T_{lc	t_{lc	ADD
36036	565	13	}	}	-RRB-
36036	565	14	's	's	NN
36036	565	15	of	of	IN
36036	565	16	male	male	JJ
36036	565	17	and	and	CC
36036	565	18	female	female	JJ
36036	565	19	_	_	NNP
36036	565	20	Procyon	Procyon	NNP
36036	565	21	lotor	lotor	NN
36036	565	22	_	_	NNP
36036	565	23	(	(	-LRB-
36036	565	24	Figure	Figure	NNP
36036	565	25	2	2	CD
36036	565	26	)	)	-RRB-
36036	565	27	were	be	VBD
36036	565	28	very	very	RB
36036	565	29	similar	similar	JJ
36036	565	30	to	to	IN
36036	565	31	those	those	DT
36036	565	32	of	of	IN
36036	565	33	other	other	JJ
36036	565	34	procyonids	procyonid	NNS
36036	565	35	(	(	-LRB-
36036	565	36	22	22	CD
36036	565	37	°	°	,
36036	565	38	C-26	c-26	CD
36036	565	39	°	°	,
36036	565	40	C	C	NNP
36036	565	41	;	;	:
36036	565	42	Table	table	NN
36036	565	43	7	7	CD
36036	565	44	)	)	-RRB-
36036	565	45	.	.	.
36036	566	1	In	in	IN
36036	566	2	winter	winter	NN
36036	566	3	,	,	,
36036	566	4	T_{lc	t_{lc	ADD
36036	566	5	}	}	-RRB-
36036	566	6	of	of	IN
36036	566	7	both	both	DT
36036	566	8	sexes	sex	NNS
36036	566	9	shifted	shift	VBD
36036	566	10	downward	downward	RB
36036	566	11	to	to	IN
36036	566	12	11	11	CD
36036	566	13	°	°	,
36036	566	14	C	C	NNP
36036	566	15	(	(	-LRB-
36036	566	16	Figure	Figure	NNP
36036	566	17	3	3	CD
36036	566	18	)	)	-RRB-
36036	566	19	.	.	.
36036	567	1	This	this	DT
36036	567	2	seasonal	seasonal	JJ
36036	567	3	shift	shift	NN
36036	567	4	in	in	IN
36036	567	5	T_{lc	t_{lc	NN
36036	567	6	}	}	-RRB-
36036	567	7	occurred	occur	VBD
36036	567	8	as	as	IN
36036	567	9	the	the	DT
36036	567	10	result	result	NN
36036	567	11	of	of	IN
36036	567	12	a	a	DT
36036	567	13	seasonal	seasonal	JJ
36036	567	14	change	change	NN
36036	567	15	in	in	IN
36036	567	16	minimum	minimum	JJ
36036	567	17	thermal	thermal	JJ
36036	567	18	conductance	conductance	NN
36036	567	19	(	(	-LRB-
36036	567	20	Table	table	NN
36036	567	21	3	3	CD
36036	567	22	)	)	-RRB-
36036	567	23	.	.	.
36036	568	1	For	for	IN
36036	568	2	many	many	JJ
36036	568	3	northern	northern	JJ
36036	568	4	mammals	mammal	NNS
36036	568	5	,	,	,
36036	568	6	a	a	DT
36036	568	7	seasonal	seasonal	JJ
36036	568	8	change	change	NN
36036	568	9	in	in	IN
36036	568	10	thermal	thermal	JJ
36036	568	11	conductance	conductance	NN
36036	568	12	is	be	VBZ
36036	568	13	partly	partly	RB
36036	568	14	mediated	mediate	VBN
36036	568	15	via	via	IN
36036	568	16	cyclic	cyclic	JJ
36036	568	17	changes	change	NNS
36036	568	18	in	in	IN
36036	568	19	the	the	DT
36036	568	20	insulative	insulative	JJ
36036	568	21	quality	quality	NN
36036	568	22	of	of	IN
36036	568	23	their	-PRON-	PRP$
36036	568	24	pelt	pelt	NNS
36036	568	25	(	(	-LRB-
36036	568	26	Scholander	Scholander	NNP
36036	568	27	et	et	NNP
36036	568	28	al	al	NNP
36036	568	29	.	.	NNP
36036	568	30	,	,	,
36036	568	31	1950a	1950a	LS
36036	568	32	;	;	:
36036	568	33	Irving	Irving	NNP
36036	568	34	et	et	NNP
36036	568	35	al	al	NNP
36036	568	36	.	.	NNP
36036	568	37	,	,	,
36036	568	38	1955	1955	CD
36036	568	39	;	;	:
36036	568	40	Hart	Hart	NNP
36036	568	41	,	,	,
36036	568	42	1956	1956	CD
36036	568	43	,	,	,
36036	568	44	1957	1957	CD
36036	568	45	;	;	:
36036	568	46	Irving	Irving	NNP
36036	568	47	,	,	,
36036	568	48	1972:165	1972:165	CD
36036	568	49	)	)	-RRB-
36036	568	50	.	.	.
36036	569	1	_	_	NNP
36036	569	2	Procyon	Procyon	NNP
36036	569	3	lotor	lotor	NN
36036	569	4	_	_	NNP
36036	569	5	begins	begin	VBZ
36036	569	6	to	to	TO
36036	569	7	shed	shed	VB
36036	569	8	its	-PRON-	PRP$
36036	569	9	heavy	heavy	JJ
36036	569	10	winter	winter	NN
36036	569	11	coat	coat	NN
36036	569	12	about	about	IN
36036	569	13	the	the	DT
36036	569	14	time	time	NN
36036	569	15	its	-PRON-	PRP$
36036	569	16	young	young	JJ
36036	569	17	are	be	VBP
36036	569	18	born	bear	VBN
36036	569	19	.	.	.
36036	570	1	Molt	molt	NN
36036	570	2	progresses	progress	VBZ
36036	570	3	through	through	IN
36036	570	4	summer	summer	NN
36036	570	5	and	and	CC
36036	570	6	by	by	IN
36036	570	7	late	late	JJ
36036	570	8	August	August	NNP
36036	570	9	the	the	DT
36036	570	10	new	new	JJ
36036	570	11	coat	coat	NN
36036	570	12	is	be	VBZ
36036	570	13	complete	complete	JJ
36036	570	14	(	(	-LRB-
36036	570	15	Stuewer	Stuewer	NNP
36036	570	16	,	,	,
36036	570	17	1942	1942	CD
36036	570	18	)	)	-RRB-
36036	570	19	.	.	.
36036	571	1	During	during	IN
36036	571	2	its	-PRON-	PRP$
36036	571	3	summer	summer	NN
36036	571	4	molt	molt	NN
36036	571	5	,	,	,
36036	571	6	_	_	NNP
36036	571	7	Procyon	Procyon	NNP
36036	571	8	lotor	lotor	NN
36036	571	9	_	_	NNP
36036	571	10	's	's	POS
36036	571	11	C_{mw	c_{mw	NN
36036	571	12	}	}	-RRB-
36036	571	13	increased	increase	VBD
36036	571	14	by	by	IN
36036	571	15	about	about	RB
36036	571	16	49	49	CD
36036	571	17	%	%	NN
36036	571	18	over	over	IN
36036	571	19	the	the	DT
36036	571	20	value	value	NN
36036	571	21	for	for	IN
36036	571	22	female	female	JJ
36036	571	23	raccoons	raccoon	NNS
36036	571	24	in	in	IN
36036	571	25	winter	winter	NN
36036	571	26	(	(	-LRB-
36036	571	27	Table	table	NN
36036	571	28	3	3	CD
36036	571	29	)	)	-RRB-
36036	571	30	.	.	.
36036	572	1	In	in	IN
36036	572	2	summer	summer	NN
36036	572	3	,	,	,
36036	572	4	therefore	therefore	RB
36036	572	5	,	,	,
36036	572	6	it	-PRON-	PRP
36036	572	7	had	have	VBD
36036	572	8	the	the	DT
36036	572	9	highest	high	JJS
36036	572	10	mass	mass	JJ
36036	572	11	specific	specific	JJ
36036	572	12	C_{mw	c_{mw	NN
36036	572	13	}	}	-RRB-
36036	572	14	of	of	IN
36036	572	15	those	those	DT
36036	572	16	procyonids	procyonid	NNS
36036	572	17	considered	consider	VBN
36036	572	18	(	(	-LRB-
36036	572	19	C_{mwr	c_{mwr	NN
36036	572	20	}	}	-RRB-
36036	572	21	=	=	SYM
36036	572	22	1.77	1.77	CD
36036	572	23	and	and	CC
36036	572	24	1.79	1.79	CD
36036	572	25	;	;	:
36036	572	26	Table	table	NN
36036	572	27	7	7	CD
36036	572	28	)	)	-RRB-
36036	572	29	.	.	.
36036	573	1	An	an	DT
36036	573	2	increase	increase	NN
36036	573	3	in	in	IN
36036	573	4	thermal	thermal	JJ
36036	573	5	conductance	conductance	NN
36036	573	6	facilitates	facilitate	VBZ
36036	573	7	passive	passive	JJ
36036	573	8	heat	heat	NN
36036	573	9	loss	loss	NN
36036	573	10	for	for	IN
36036	573	11	temperate	temperate	NN
36036	573	12	and	and	CC
36036	573	13	arctic	arctic	JJ
36036	573	14	species	specie	NNS
36036	573	15	,	,	,
36036	573	16	and	and	CC
36036	573	17	this	this	DT
36036	573	18	serves	serve	VBZ
36036	573	19	as	as	IN
36036	573	20	an	an	DT
36036	573	21	important	important	JJ
36036	573	22	thermoregulatory	thermoregulatory	JJ
36036	573	23	adaptation	adaptation	NN
36036	573	24	during	during	IN
36036	573	25	warm	warm	JJ
36036	573	26	summer	summer	NN
36036	573	27	months	month	NNS
36036	573	28	(	(	-LRB-
36036	573	29	Scholander	Scholander	NNP
36036	573	30	et	et	NNP
36036	573	31	al	al	NNP
36036	573	32	.	.	NNP
36036	573	33	,	,	,
36036	573	34	1950c	1950c	CD
36036	573	35	;	;	:
36036	573	36	Irving	Irving	NNP
36036	573	37	et	et	NNP
36036	573	38	al	al	NNP
36036	573	39	.	.	NNP
36036	573	40	,	,	,
36036	573	41	1955	1955	CD
36036	573	42	;	;	:
36036	573	43	Hart	Hart	NNP
36036	573	44	,	,	,
36036	573	45	1956	1956	CD
36036	573	46	,	,	,
36036	573	47	1957	1957	CD
36036	573	48	;	;	:
36036	573	49	Irving	Irving	NNP
36036	573	50	,	,	,
36036	573	51	1972:165	1972:165	CD
36036	573	52	)	)	-RRB-
36036	573	53	.	.	.
36036	574	1	This	this	DT
36036	574	2	adaptation	adaptation	NN
36036	574	3	is	be	VBZ
36036	574	4	particularly	particularly	RB
36036	574	5	important	important	JJ
36036	574	6	to	to	IN
36036	574	7	those	those	DT
36036	574	8	temperate-	temperate-	NNS
36036	574	9	and	and	CC
36036	574	10	arctic	arctic	NNP
36036	574	11	-	-	HYPH
36036	574	12	zone	zone	NN
36036	574	13	species	specie	NNS
36036	574	14	(	(	-LRB-
36036	574	15	including	include	VBG
36036	574	16	raccoons	raccoon	NNS
36036	574	17	)	)	-RRB-
36036	574	18	whose	whose	WP$
36036	574	19	[	[	-LRB-
36036	574	20	.H]_{b	.H]_{b	NFP
36036	574	21	}	}	-RRB-
36036	574	22	's	be	VBZ
36036	574	23	do	do	VBP
36036	574	24	not	not	RB
36036	574	25	decrease	decrease	VB
36036	574	26	during	during	IN
36036	574	27	summer	summer	NN
36036	574	28	(	(	-LRB-
36036	574	29	Irving	Irving	NNP
36036	574	30	et	et	NNP
36036	574	31	al	al	NNP
36036	574	32	.	.	NNP
36036	574	33	,	,	,
36036	574	34	1955	1955	CD
36036	574	35	)	)	-RRB-
36036	574	36	.	.	.
36036	575	1	From	from	IN
36036	575	2	August	August	NNP
36036	575	3	on	on	RB
36036	575	4	,	,	,
36036	575	5	the	the	DT
36036	575	6	fur	fur	NN
36036	575	7	of	of	IN
36036	575	8	_	_	NNP
36036	575	9	Procyon	Procyon	NNP
36036	575	10	lotor	lotor	NN
36036	575	11	_	_	NNP
36036	575	12	becomes	become	VBZ
36036	575	13	increasingly	increasingly	RB
36036	575	14	longer	long	JJR
36036	575	15	and	and	CC
36036	575	16	heavier	heavier	RBR
36036	575	17	,	,	,
36036	575	18	with	with	IN
36036	575	19	peak	peak	NN
36036	575	20	,	,	,
36036	575	21	or	or	CC
36036	575	22	prime	prime	NN
36036	575	23	,	,	,
36036	575	24	condition	condition	NN
36036	575	25	occurring	occur	VBG
36036	575	26	in	in	IN
36036	575	27	late	late	JJ
36036	575	28	fall	fall	NN
36036	575	29	and	and	CC
36036	575	30	early	early	JJ
36036	575	31	winter	winter	NN
36036	575	32	(	(	-LRB-
36036	575	33	Stuewer	Stuewer	NNP
36036	575	34	,	,	,
36036	575	35	1942	1942	CD
36036	575	36	)	)	-RRB-
36036	575	37	.	.	.
36036	576	1	Minimum	minimum	JJ
36036	576	2	conductance	conductance	NN
36036	576	3	of	of	IN
36036	576	4	our	-PRON-	PRP$
36036	576	5	captive	captive	JJ
36036	576	6	raccoons	raccoon	NNS
36036	576	7	was	be	VBD
36036	576	8	lowest	low	JJS
36036	576	9	in	in	IN
36036	576	10	winter	winter	NN
36036	576	11	(	(	-LRB-
36036	576	12	C_{mwr	c_{mwr	NN
36036	576	13	}	}	-RRB-
36036	576	14	=	=	SYM
36036	576	15	1.15	1.15	CD
36036	576	16	)	)	-RRB-
36036	576	17	when	when	WRB
36036	576	18	their	-PRON-	PRP$
36036	576	19	pelts	pelt	NNS
36036	576	20	were	be	VBD
36036	576	21	in	in	IN
36036	576	22	prime	prime	JJ
36036	576	23	condition	condition	NN
36036	576	24	(	(	-LRB-
36036	576	25	Tables	Tables	NNP
36036	576	26	3	3	CD
36036	576	27	,	,	,
36036	576	28	7	7	CD
36036	576	29	)	)	-RRB-
36036	576	30	.	.	.
36036	577	1	Because	because	IN
36036	577	2	"	"	``
36036	577	3	primeness	primeness	NN
36036	577	4	"	"	''
36036	577	5	of	of	IN
36036	577	6	raccoon	raccoon	NN
36036	577	7	pelts	pelt	NNS
36036	577	8	varies	vary	VBZ
36036	577	9	geographically	geographically	RB
36036	577	10	,	,	,
36036	577	11	thicker	thick	JJR
36036	577	12	pelts	pelt	NNS
36036	577	13	being	be	VBG
36036	577	14	associated	associate	VBN
36036	577	15	with	with	IN
36036	577	16	colder	cold	JJR
36036	577	17	climates	climate	NNS
36036	577	18	(	(	-LRB-
36036	577	19	Goldman	Goldman	NNP
36036	577	20	,	,	,
36036	577	21	1950:21	1950:21	CD
36036	577	22	;	;	:
36036	577	23	Whitney	Whitney	NNP
36036	577	24	and	and	CC
36036	577	25	Underwood	Underwood	NNP
36036	577	26	,	,	,
36036	577	27	1952:24	1952:24	CD
36036	577	28	-	-	HYPH
36036	577	29	41	41	CD
36036	577	30	)	)	-RRB-
36036	577	31	,	,	,
36036	577	32	the	the	DT
36036	577	33	degree	degree	NN
36036	577	34	of	of	IN
36036	577	35	seasonal	seasonal	JJ
36036	577	36	change	change	NN
36036	577	37	in	in	IN
36036	577	38	C_{mw	C_{mw	NNP
36036	577	39	}	}	-RRB-
36036	577	40	must	must	MD
36036	577	41	also	also	RB
36036	577	42	vary	vary	VB
36036	577	43	geographically	geographically	RB
36036	577	44	.	.	.
36036	578	1	The	the	DT
36036	578	2	only	only	JJ
36036	578	3	other	other	JJ
36036	578	4	procyonid	procyonid	NN
36036	578	5	for	for	IN
36036	578	6	which	which	WDT
36036	578	7	a	a	DT
36036	578	8	seasonal	seasonal	JJ
36036	578	9	molt	molt	NN
36036	578	10	has	have	VBZ
36036	578	11	been	be	VBN
36036	578	12	described	describe	VBN
36036	578	13	is	be	VBZ
36036	578	14	_	_	NNP
36036	578	15	Bassariscus	Bassariscus	NNP
36036	578	16	astutus	astutus	NN
36036	578	17	_	_	NNP
36036	578	18	.	.	.
36036	579	1	Molt	molt	NN
36036	579	2	in	in	IN
36036	579	3	this	this	DT
36036	579	4	species	species	NN
36036	579	5	extends	extend	VBZ
36036	579	6	from	from	IN
36036	579	7	late	late	JJ
36036	579	8	summer	summer	NN
36036	579	9	to	to	TO
36036	579	10	late	late	JJ
36036	579	11	fall	fall	NN
36036	579	12	(	(	-LRB-
36036	579	13	Toweill	Toweill	NNP
36036	579	14	and	and	CC
36036	579	15	Toweill	Toweill	NNP
36036	579	16	,	,	,
36036	579	17	1978	1978	CD
36036	579	18	)	)	-RRB-
36036	579	19	.	.	.
36036	580	1	How	how	WRB
36036	580	2	molt	molt	JJ
36036	580	3	effects	effect	NNS
36036	580	4	thermal	thermal	JJ
36036	580	5	conductance	conductance	NN
36036	580	6	in	in	IN
36036	580	7	_	_	NNP
36036	580	8	Bassariscus	Bassariscus	NNP
36036	580	9	astutus	astutus	NN
36036	580	10	_	_	NNP
36036	580	11	is	be	VBZ
36036	580	12	not	not	RB
36036	580	13	known	know	VBN
36036	580	14	because	because	IN
36036	580	15	metabolic	metabolic	JJ
36036	580	16	data	datum	NNS
36036	580	17	for	for	IN
36036	580	18	this	this	DT
36036	580	19	species	species	NN
36036	580	20	(	(	-LRB-
36036	580	21	Table	table	NN
36036	580	22	7	7	CD
36036	580	23	)	)	-RRB-
36036	580	24	apparently	apparently	RB
36036	580	25	were	be	VBD
36036	580	26	collected	collect	VBN
36036	580	27	only	only	RB
36036	580	28	when	when	WRB
36036	580	29	their	-PRON-	PRP$
36036	580	30	pelts	pelt	NNS
36036	580	31	were	be	VBD
36036	580	32	in	in	IN
36036	580	33	prime	prime	JJ
36036	580	34	condition	condition	NN
36036	580	35	(	(	-LRB-
36036	580	36	Chevalier	Chevalier	NNP
36036	580	37	,	,	,
36036	580	38	1985	1985	CD
36036	580	39	)	)	-RRB-
36036	580	40	.	.	.
36036	581	1	Goldman	Goldman	NNP
36036	581	2	(	(	-LRB-
36036	581	3	1950:20	1950:20	CD
36036	581	4	)	)	-RRB-
36036	581	5	reports	report	VBZ
36036	581	6	that	that	IN
36036	581	7	_	_	NNP
36036	581	8	Procyon	Procyon	NNP
36036	581	9	cancrivorus	cancrivoru	VBZ
36036	581	10	_	_	NNP
36036	581	11	does	do	VBZ
36036	581	12	not	not	RB
36036	581	13	have	have	VB
36036	581	14	a	a	DT
36036	581	15	seasonal	seasonal	JJ
36036	581	16	molt	molt	NN
36036	581	17	.	.	.
36036	582	1	Like	like	IN
36036	582	2	other	other	JJ
36036	582	3	tropical	tropical	JJ
36036	582	4	procyonids	procyonid	NNS
36036	582	5	,	,	,
36036	582	6	_	_	NNP
36036	582	7	Procyon	Procyon	NNP
36036	582	8	cancrivorus	cancrivoru	VBZ
36036	582	9	_	_	NNP
36036	582	10	lives	live	VBZ
36036	582	11	in	in	IN
36036	582	12	an	an	DT
36036	582	13	environment	environment	NN
36036	582	14	that	that	WDT
36036	582	15	has	have	VBZ
36036	582	16	the	the	DT
36036	582	17	following	follow	VBG
36036	582	18	characteristics	characteristic	NNS
36036	582	19	:	:	:
36036	582	20	high	high	JJ
36036	582	21	even	even	JJ
36036	582	22	temperatures	temperature	NNS
36036	582	23	throughout	throughout	IN
36036	582	24	the	the	DT
36036	582	25	year	year	NN
36036	582	26	(	(	-LRB-
36036	582	27	1	1	CD
36036	582	28	°	°	,
36036	582	29	C-13	c-13	CD
36036	582	30	°	°	NNS
36036	582	31	C	C	NNP
36036	582	32	difference	difference	NN
36036	582	33	in	in	IN
36036	582	34	monthly	monthly	JJ
36036	582	35	mean	mean	JJ
36036	582	36	temperature	temperature	NN
36036	582	37	)	)	-RRB-
36036	582	38	,	,	,
36036	582	39	a	a	DT
36036	582	40	greater	great	JJR
36036	582	41	range	range	NN
36036	582	42	in	in	IN
36036	582	43	temperature	temperature	NN
36036	582	44	between	between	IN
36036	582	45	day	day	NN
36036	582	46	and	and	CC
36036	582	47	night	night	NN
36036	582	48	than	than	IN
36036	582	49	in	in	IN
36036	582	50	mean	mean	JJ
36036	582	51	monthly	monthly	JJ
36036	582	52	temperature	temperature	NN
36036	582	53	throughout	throughout	IN
36036	582	54	the	the	DT
36036	582	55	year	year	NN
36036	582	56	,	,	,
36036	582	57	uniform	uniform	JJ
36036	582	58	lengths	length	NNS
36036	582	59	of	of	IN
36036	582	60	day	day	NN
36036	582	61	and	and	CC
36036	582	62	night	night	NN
36036	582	63	,	,	,
36036	582	64	seasonal	seasonal	JJ
36036	582	65	variation	variation	NN
36036	582	66	in	in	IN
36036	582	67	rainfall	rainfall	NN
36036	582	68	,	,	,
36036	582	69	and	and	CC
36036	582	70	lowest	low	JJS
36036	582	71	temperatures	temperature	NNS
36036	582	72	during	during	IN
36036	582	73	the	the	DT
36036	582	74	rainy	rainy	JJ
36036	582	75	season(s	season(s	NN
36036	582	76	)	)	-RRB-
36036	582	77	(	(	-LRB-
36036	582	78	Kendeigh	Kendeigh	NNP
36036	582	79	,	,	,
36036	582	80	1961:340	1961:340	CD
36036	582	81	)	)	-RRB-
36036	582	82	.	.	.
36036	583	1	In	in	IN
36036	583	2	such	such	PDT
36036	583	3	a	a	DT
36036	583	4	stable	stable	JJ
36036	583	5	environment	environment	NN
36036	583	6	there	there	EX
36036	583	7	would	would	MD
36036	583	8	be	be	VB
36036	583	9	no	no	DT
36036	583	10	advantage	advantage	NN
36036	583	11	to	to	IN
36036	583	12	a	a	DT
36036	583	13	sharply	sharply	RB
36036	583	14	defined	define	VBN
36036	583	15	seasonal	seasonal	JJ
36036	583	16	molt	molt	NN
36036	583	17	cycle	cycle	NN
36036	583	18	that	that	WDT
36036	583	19	could	could	MD
36036	583	20	place	place	VB
36036	583	21	an	an	DT
36036	583	22	animal	animal	NN
36036	583	23	in	in	IN
36036	583	24	thermoregulatory	thermoregulatory	JJ
36036	583	25	jeopardy	jeopardy	NN
36036	583	26	by	by	IN
36036	583	27	increasing	increase	VBG
36036	583	28	its	-PRON-	PRP$
36036	583	29	thermal	thermal	JJ
36036	583	30	conductance	conductance	NN
36036	583	31	.	.	.
36036	584	1	This	this	DT
36036	584	2	would	would	MD
36036	584	3	be	be	VB
36036	584	4	particularly	particularly	RB
36036	584	5	true	true	JJ
36036	584	6	for	for	IN
36036	584	7	animals	animal	NNS
36036	584	8	like	like	IN
36036	584	9	tropical	tropical	JJ
36036	584	10	procyonids	procyonid	NNS
36036	584	11	that	that	WDT
36036	584	12	have	have	VBP
36036	584	13	lower	low	JJR
36036	584	14	than	than	IN
36036	584	15	predicted	predict	VBN
36036	584	16	[	[	-LRB-
36036	584	17	.H]_{b	.H]_{b	NFP
36036	584	18	}	}	-RRB-
36036	584	19	's	be	VBZ
36036	584	20	but	but	CC
36036	584	21	that	that	WDT
36036	584	22	maintain	maintain	VBP
36036	584	23	typical	typical	JJ
36036	584	24	eutherian	eutherian	JJ
36036	584	25	body	body	NN
36036	584	26	temperatures	temperature	NNS
36036	584	27	(	(	-LRB-
36036	584	28	Table	table	NN
36036	584	29	7	7	CD
36036	584	30	)	)	-RRB-
36036	584	31	.	.	.
36036	585	1	Consequently	consequently	RB
36036	585	2	,	,	,
36036	585	3	molt	molt	NN
36036	585	4	in	in	IN
36036	585	5	all	all	DT
36036	585	6	tropical	tropical	JJ
36036	585	7	procyonids	procyonid	NNS
36036	585	8	may	may	MD
36036	585	9	either	either	RB
36036	585	10	be	be	VB
36036	585	11	prolonged	prolong	VBN
36036	585	12	or	or	CC
36036	585	13	continuous	continuous	JJ
36036	585	14	.	.	.
36036	586	1	This	this	DT
36036	586	2	is	be	VBZ
36036	586	3	a	a	DT
36036	586	4	feature	feature	NN
36036	586	5	of	of	IN
36036	586	6	their	-PRON-	PRP$
36036	586	7	biology	biology	NN
36036	586	8	that	that	WDT
36036	586	9	needs	need	VBZ
36036	586	10	to	to	TO
36036	586	11	be	be	VB
36036	586	12	examined	examine	VBN
36036	586	13	in	in	IN
36036	586	14	more	more	JJR
36036	586	15	detail	detail	NN
36036	586	16	.	.	.
36036	587	1	_	_	NNP
36036	587	2	Comparison	Comparison	NNP
36036	587	3	of	of	IN
36036	587	4	Thermal	Thermal	NNP
36036	587	5	Conductances	Conductances	NNPS
36036	587	6	_	_	NNP
36036	587	7	_	_	NNP
36036	587	8	Procyon	Procyon	NNP
36036	587	9	lotor	lotor	NN
36036	587	10	_	_	NNP
36036	587	11	VERSUS	VERSUS	NNP
36036	587	12	TROPICAL	TROPICAL	NNP
36036	587	13	PROCYONIDS.--C_{mwr	procyonids.--c_{mwr	CD
36036	587	14	}	}	-RRB-
36036	587	15	for	for	IN
36036	587	16	_	_	NNP
36036	587	17	Procyon	Procyon	NNP
36036	587	18	lotor	lotor	NN
36036	587	19	_	_	NNP
36036	587	20	in	in	IN
36036	587	21	winter	winter	NN
36036	587	22	was	be	VBD
36036	587	23	1.15	1.15	CD
36036	587	24	,	,	,
36036	587	25	which	which	WDT
36036	587	26	is	be	VBZ
36036	587	27	similar	similar	JJ
36036	587	28	to	to	IN
36036	587	29	the	the	DT
36036	587	30	values	value	NNS
36036	587	31	for	for	IN
36036	587	32	_	_	NNP
36036	587	33	Potos	Potos	NNP
36036	587	34	flavus	flavus	NN
36036	587	35	_	_	NNP
36036	587	36	and	and	CC
36036	587	37	_	_	NNP
36036	587	38	Procyon	Procyon	NNP
36036	587	39	cancrivorus	cancrivoru	VBZ
36036	587	40	_	_	NNP
36036	587	41	,	,	,
36036	587	42	1.02	1.02	CD
36036	587	43	and	and	CC
36036	587	44	1.25	1.25	CD
36036	587	45	,	,	,
36036	587	46	respectively	respectively	RB
36036	587	47	(	(	-LRB-
36036	587	48	Table	table	NN
36036	587	49	7	7	CD
36036	587	50	)	)	-RRB-
36036	587	51	.	.	.
36036	588	1	These	these	DT
36036	588	2	two	two	CD
36036	588	3	tropical	tropical	JJ
36036	588	4	species	specie	NNS
36036	588	5	,	,	,
36036	588	6	therefore	therefore	RB
36036	588	7	,	,	,
36036	588	8	have	have	VBP
36036	588	9	C_{mw	C_{mw	NNP
36036	588	10	}	}	-RRB-
36036	588	11	's	be	VBZ
36036	588	12	that	that	WDT
36036	588	13	are	be	VBP
36036	588	14	similar	similar	JJ
36036	588	15	on	on	IN
36036	588	16	a	a	DT
36036	588	17	mass	mass	JJ
36036	588	18	specific	specific	JJ
36036	588	19	basis	basis	NN
36036	588	20	to	to	IN
36036	588	21	the	the	DT
36036	588	22	value	value	NN
36036	588	23	for	for	IN
36036	588	24	_	_	NNP
36036	588	25	Procyon	Procyon	NNP
36036	588	26	lotor	lotor	NN
36036	588	27	_	_	NNP
36036	588	28	in	in	IN
36036	588	29	winter	winter	NN
36036	588	30	.	.	.
36036	589	1	However	however	RB
36036	589	2	,	,	,
36036	589	3	at	at	IN
36036	589	4	their	-PRON-	PRP$
36036	589	5	T_{lc	t_{lc	NN
36036	589	6	}	}	-RRB-
36036	589	7	's	's	POS
36036	589	8	,	,	,
36036	589	9	the	the	DT
36036	589	10	thermal	thermal	JJ
36036	589	11	gradient	gradient	NN
36036	589	12	sustained	sustain	VBN
36036	589	13	by	by	IN
36036	589	14	these	these	DT
36036	589	15	tropical	tropical	JJ
36036	589	16	animals	animal	NNS
36036	589	17	is	be	VBZ
36036	589	18	only	only	RB
36036	589	19	about	about	RB
36036	589	20	11	11	CD
36036	589	21	°	°	,
36036	589	22	C	C	NNP
36036	589	23	,	,	,
36036	589	24	whereas	whereas	IN
36036	589	25	for	for	IN
36036	589	26	_	_	NNP
36036	589	27	Procyon	Procyon	NNP
36036	589	28	lotor	lotor	NN
36036	589	29	_	_	NNP
36036	589	30	in	in	IN
36036	589	31	winter	winter	NN
36036	589	32	it	-PRON-	PRP
36036	589	33	was	be	VBD
36036	589	34	26.5	26.5	CD
36036	589	35	°	°	,
36036	589	36	C	C	NNP
36036	589	37	.	.	.
36036	590	1	Examination	examination	NN
36036	590	2	of	of	IN
36036	590	3	Eq	Eq	NNP
36036	590	4	.	.	.
36036	591	1	4	4	CD
36036	591	2	with	with	IN
36036	591	3	respect	respect	NN
36036	591	4	to	to	IN
36036	591	5	these	these	DT
36036	591	6	thermal	thermal	JJ
36036	591	7	gradients	gradient	NNS
36036	591	8	suggests	suggest	VBZ
36036	591	9	that	that	IN
36036	591	10	tropical	tropical	JJ
36036	591	11	procyonids	procyonid	NNS
36036	591	12	achieve	achieve	VBP
36036	591	13	such	such	JJ
36036	591	14	low	low	JJ
36036	591	15	C_{mw	C_{mw	NNS
36036	591	16	}	}	-RRB-
36036	591	17	's	's	POS
36036	591	18	by	by	IN
36036	591	19	virtue	virtue	NN
36036	591	20	of	of	IN
36036	591	21	their	-PRON-	PRP$
36036	591	22	lower	low	JJR
36036	591	23	than	than	IN
36036	591	24	predicted	predict	VBN
36036	591	25	[	[	-LRB-
36036	591	26	.H]_{b	.H]_{b	NFP
36036	591	27	}	}	-RRB-
36036	591	28	's	be	VBZ
36036	591	29	rather	rather	RB
36036	591	30	than	than	IN
36036	591	31	by	by	IN
36036	591	32	having	have	VBG
36036	591	33	pelts	pelt	NNS
36036	591	34	that	that	WDT
36036	591	35	are	be	VBP
36036	591	36	exceptionally	exceptionally	RB
36036	591	37	good	good	JJ
36036	591	38	insulators	insulator	NNS
36036	591	39	.	.	.
36036	592	1	In	in	IN
36036	592	2	fact	fact	NN
36036	592	3	,	,	,
36036	592	4	the	the	DT
36036	592	5	insulation	insulation	NN
36036	592	6	afforded	afford	VBN
36036	592	7	by	by	IN
36036	592	8	the	the	DT
36036	592	9	pelts	pelt	NNS
36036	592	10	of	of	IN
36036	592	11	these	these	DT
36036	592	12	tropical	tropical	JJ
36036	592	13	procyonids	procyonid	NNS
36036	592	14	is	be	VBZ
36036	592	15	about	about	RB
36036	592	16	the	the	DT
36036	592	17	same	same	JJ
36036	592	18	as	as	IN
36036	592	19	that	that	DT
36036	592	20	of	of	IN
36036	592	21	the	the	DT
36036	592	22	50	50	CD
36036	592	23	g	g	NNP
36036	592	24	arctic	arctic	NN
36036	592	25	lemming	lemming	NN
36036	592	26	,	,	,
36036	592	27	_	_	NNP
36036	592	28	Dicrostonyx	Dicrostonyx	NNP
36036	592	29	groenlandicus	groenlandicus	NN
36036	592	30	rubricatus	rubricatus	NNP
36036	592	31	_	_	NNP
36036	592	32	,	,	,
36036	592	33	whose	whose	WP$
36036	592	34	coat	coat	NN
36036	592	35	has	have	VBZ
36036	592	36	an	an	DT
36036	592	37	insulative	insulative	JJ
36036	592	38	value	value	NN
36036	592	39	that	that	WDT
36036	592	40	is	be	VBZ
36036	592	41	about	about	IN
36036	592	42	half	half	PDT
36036	592	43	that	that	DT
36036	592	44	of	of	IN
36036	592	45	the	the	DT
36036	592	46	hare	hare	NN
36036	592	47	,	,	,
36036	592	48	_	_	NNP
36036	592	49	Lepus	Lepus	NNP
36036	592	50	americanus	americanus	IN
36036	592	51	_	_	NNP
36036	592	52	,	,	,
36036	592	53	red	red	NNP
36036	592	54	fox	fox	NNP
36036	592	55	,	,	,
36036	592	56	_	_	NNP
36036	592	57	Vulpes	Vulpes	NNP
36036	592	58	fulva	fulva	NN
36036	592	59	alascensis	alascensis	NN
36036	592	60	_	_	NNP
36036	592	61	,	,	,
36036	592	62	and	and	CC
36036	592	63	pine	pine	NNP
36036	592	64	martin	martin	NNP
36036	592	65	,	,	,
36036	592	66	_	_	NNP
36036	592	67	Martes	Martes	NNP
36036	592	68	americana	americana	VBZ
36036	592	69	_	_	NNP
36036	592	70	,	,	,
36036	592	71	animals	animal	NNS
36036	592	72	comparable	comparable	JJ
36036	592	73	in	in	IN
36036	592	74	size	size	NN
36036	592	75	to	to	IN
36036	592	76	these	these	DT
36036	592	77	procyonids	procyonid	NNS
36036	592	78	(	(	-LRB-
36036	592	79	Scholander	Scholander	NNP
36036	592	80	et	et	NNP
36036	592	81	al	al	NNP
36036	592	82	.	.	NNP
36036	592	83	,	,	,
36036	592	84	1950a	1950a	CD
36036	592	85	)	)	-RRB-
36036	592	86	.	.	.
36036	593	1	Therefore	therefore	RB
36036	593	2	,	,	,
36036	593	3	pelts	pelt	NNS
36036	593	4	of	of	IN
36036	593	5	these	these	DT
36036	593	6	tropical	tropical	JJ
36036	593	7	procyonids	procyonid	NNS
36036	593	8	do	do	VBP
36036	593	9	not	not	RB
36036	593	10	have	have	VB
36036	593	11	the	the	DT
36036	593	12	same	same	JJ
36036	593	13	insulative	insulative	JJ
36036	593	14	value	value	NN
36036	593	15	as	as	IN
36036	593	16	the	the	DT
36036	593	17	prime	prime	JJ
36036	593	18	winter	winter	NN
36036	593	19	coat	coat	NN
36036	593	20	of	of	IN
36036	593	21	_	_	NNP
36036	593	22	Procyon	Procyon	NNP
36036	593	23	lotor	lotor	NN
36036	593	24	_	_	NNP
36036	593	25	.	.	.
36036	594	1	_	_	NNP
36036	594	2	Nasua	Nasua	NNP
36036	594	3	narica	narica	NNP
36036	594	4	_	_	NNP
36036	594	5	and	and	CC
36036	594	6	_	_	NNP
36036	594	7	Nasua	Nasua	NNP
36036	594	8	nasua	nasua	NNP
36036	594	9	_	_	NNP
36036	594	10	have	have	VBP
36036	594	11	tropical	tropical	JJ
36036	594	12	and	and	CC
36036	594	13	subtropical	subtropical	JJ
36036	594	14	distributions	distribution	NNS
36036	594	15	and	and	CC
36036	594	16	they	-PRON-	PRP
36036	594	17	are	be	VBP
36036	594	18	the	the	DT
36036	594	19	only	only	JJ
36036	594	20	procyonids	procyonid	NNS
36036	594	21	that	that	WDT
36036	594	22	are	be	VBP
36036	594	23	diurnal	diurnal	JJ
36036	594	24	(	(	-LRB-
36036	594	25	Kaufmann	Kaufmann	NNP
36036	594	26	,	,	,
36036	594	27	1962:103	1962:103	CD
36036	594	28	-	-	SYM
36036	594	29	105	105	CD
36036	594	30	,	,	,
36036	594	31	1982	1982	CD
36036	594	32	,	,	,
36036	594	33	1987	1987	CD
36036	594	34	)	)	-RRB-
36036	594	35	.	.	.
36036	595	1	Because	because	IN
36036	595	2	they	-PRON-	PRP
36036	595	3	are	be	VBP
36036	595	4	active	active	JJ
36036	595	5	during	during	IN
36036	595	6	the	the	DT
36036	595	7	day	day	NN
36036	595	8	they	-PRON-	PRP
36036	595	9	experience	experience	VBP
36036	595	10	a	a	DT
36036	595	11	more	more	RBR
36036	595	12	extreme	extreme	JJ
36036	595	13	thermal	thermal	JJ
36036	595	14	environment	environment	NN
36036	595	15	(	(	-LRB-
36036	595	16	higher	high	JJR
36036	595	17	T_{a	T_{a	NNP
36036	595	18	}	}	-RRB-
36036	595	19	's	's	POS
36036	595	20	and	and	CC
36036	595	21	solar	solar	JJ
36036	595	22	radiation	radiation	NN
36036	595	23	)	)	-RRB-
36036	595	24	than	than	IN
36036	595	25	their	-PRON-	PRP$
36036	595	26	nocturnal	nocturnal	JJ
36036	595	27	cousins	cousin	NNS
36036	595	28	.	.	.
36036	596	1	Values	value	NNS
36036	596	2	of	of	IN
36036	596	3	C_{mwr	c_{mwr	NN
36036	596	4	}	}	-RRB-
36036	596	5	for	for	IN
36036	596	6	_	_	NNP
36036	596	7	Nasua	Nasua	NNP
36036	596	8	narica	narica	NN
36036	596	9	_	_	NNP
36036	596	10	(	(	-LRB-
36036	596	11	1.45	1.45	CD
36036	596	12	and	and	CC
36036	596	13	1.55	1.55	CD
36036	596	14	)	)	-RRB-
36036	596	15	and	and	CC
36036	596	16	_	_	NNP
36036	596	17	Nasua	Nasua	NNP
36036	596	18	nasua	nasua	NNP
36036	596	19	_	_	NNP
36036	596	20	(	(	-LRB-
36036	596	21	1.24	1.24	CD
36036	596	22	and	and	CC
36036	596	23	1.65	1.65	CD
36036	596	24	)	)	-RRB-
36036	596	25	are	be	VBP
36036	596	26	higher	high	JJR
36036	596	27	than	than	IN
36036	596	28	those	those	DT
36036	596	29	for	for	IN
36036	596	30	_	_	NNP
36036	596	31	Procyon	Procyon	NNP
36036	596	32	cancrivorus	cancrivoru	VBZ
36036	596	33	_	_	NNP
36036	596	34	or	or	CC
36036	596	35	_	_	NNP
36036	596	36	Potos	Potos	NNP
36036	596	37	flavus	flavus	NN
36036	596	38	_	_	NNP
36036	596	39	(	(	-LRB-
36036	596	40	Table	Table	NNP
36036	596	41	7	7	CD
36036	596	42	)	)	-RRB-
36036	596	43	.	.	.
36036	597	1	Thus	thus	RB
36036	597	2	,	,	,
36036	597	3	these	these	DT
36036	597	4	coatis	coatis	JJ
36036	597	5	have	have	VBP
36036	597	6	higher	high	JJR
36036	597	7	mass	mass	JJ
36036	597	8	specific	specific	JJ
36036	597	9	C_{mw	c_{mw	NN
36036	597	10	}	}	-RRB-
36036	597	11	's	be	VBZ
36036	597	12	than	than	IN
36036	597	13	their	-PRON-	PRP$
36036	597	14	nocturnal	nocturnal	JJ
36036	597	15	tropical	tropical	JJ
36036	597	16	cousins	cousin	NNS
36036	597	17	.	.	.
36036	598	1	A	a	DT
36036	598	2	high	high	JJ
36036	598	3	C_{mw	c_{mw	NN
36036	598	4	}	}	-RRB-
36036	598	5	reduces	reduce	VBZ
36036	598	6	the	the	DT
36036	598	7	cost	cost	NN
36036	598	8	of	of	IN
36036	598	9	thermoregulation	thermoregulation	NN
36036	598	10	in	in	IN
36036	598	11	hot	hot	JJ
36036	598	12	environments	environment	NNS
36036	598	13	because	because	IN
36036	598	14	it	-PRON-	PRP
36036	598	15	increases	increase	VBZ
36036	598	16	an	an	DT
36036	598	17	animal	animal	NN
36036	598	18	's	's	POS
36036	598	19	ability	ability	NN
36036	598	20	to	to	TO
36036	598	21	lose	lose	VB
36036	598	22	excess	excess	JJ
36036	598	23	heat	heat	NN
36036	598	24	passively	passively	RB
36036	598	25	.	.	.
36036	599	1	The	the	DT
36036	599	2	higher	high	JJR
36036	599	3	C_{mw	C_{mw	NNS
36036	599	4	}	}	-RRB-
36036	599	5	's	's	NN
36036	599	6	of	of	IN
36036	599	7	these	these	DT
36036	599	8	coatis	coatis	JJ
36036	599	9	serve	serve	VBP
36036	599	10	as	as	IN
36036	599	11	an	an	DT
36036	599	12	adaptation	adaptation	NN
36036	599	13	that	that	WDT
36036	599	14	contributes	contribute	VBZ
36036	599	15	to	to	IN
36036	599	16	the	the	DT
36036	599	17	success	success	NN
36036	599	18	of	of	IN
36036	599	19	their	-PRON-	PRP$
36036	599	20	diurnal	diurnal	JJ
36036	599	21	life	life	NN
36036	599	22	style	style	NN
36036	599	23	as	as	RB
36036	599	24	well	well	RB
36036	599	25	as	as	IN
36036	599	26	their	-PRON-	PRP$
36036	599	27	ability	ability	NN
36036	599	28	to	to	TO
36036	599	29	expand	expand	VB
36036	599	30	their	-PRON-	PRP$
36036	599	31	habitat	habitat	JJ
36036	599	32	use	use	NN
36036	599	33	to	to	IN
36036	599	34	areas	area	NNS
36036	599	35	with	with	IN
36036	599	36	less	less	RBR
36036	599	37	thermal	thermal	JJ
36036	599	38	stability	stability	NN
36036	599	39	,	,	,
36036	599	40	such	such	JJ
36036	599	41	as	as	IN
36036	599	42	oak	oak	NN
36036	599	43	and	and	CC
36036	599	44	pine	pine	JJ
36036	599	45	woodlands	woodland	NNS
36036	599	46	and	and	CC
36036	599	47	deserts	desert	NNS
36036	599	48	.	.	.
36036	600	1	_	_	NNP
36036	600	2	Bassariscus	Bassariscus	NNP
36036	600	3	astutus._--This	astutus._--This	:
36036	600	4	species	specie	NNS
36036	600	5	has	have	VBZ
36036	600	6	the	the	DT
36036	600	7	lowest	low	JJS
36036	600	8	mass	mass	JJ
36036	600	9	specific	specific	JJ
36036	600	10	C_{mw	c_{mw	NN
36036	600	11	}	}	-RRB-
36036	600	12	of	of	IN
36036	600	13	these	these	DT
36036	600	14	procyonids	procyonid	NNS
36036	600	15	(	(	-LRB-
36036	600	16	C_{mwr	c_{mwr	NN
36036	600	17	}	}	-RRB-
36036	600	18	=	=	SYM
36036	600	19	0.85	0.85	CD
36036	600	20	;	;	:
36036	600	21	Table	table	NN
36036	600	22	7	7	CD
36036	600	23	)	)	-RRB-
36036	600	24	,	,	,
36036	600	25	which	which	WDT
36036	600	26	indicates	indicate	VBZ
36036	600	27	that	that	IN
36036	600	28	its	-PRON-	PRP$
36036	600	29	pelt	pelt	NN
36036	600	30	has	have	VBZ
36036	600	31	a	a	DT
36036	600	32	greater	great	JJR
36036	600	33	insulative	insulative	JJ
36036	600	34	value	value	NN
36036	600	35	than	than	IN
36036	600	36	the	the	DT
36036	600	37	coats	coat	NNS
36036	600	38	of	of	IN
36036	600	39	_	_	NNP
36036	600	40	Potos	Potos	NNP
36036	600	41	flavus	flavus	NN
36036	600	42	_	_	NNP
36036	600	43	,	,	,
36036	600	44	_	_	NNP
36036	600	45	Procyon	Procyon	NNP
36036	600	46	cancrivorus	cancrivoru	VBZ
36036	600	47	_	_	NNP
36036	600	48	,	,	,
36036	600	49	_	_	NNP
36036	600	50	Nasua	Nasua	NNP
36036	600	51	nasua	nasua	RB
36036	600	52	_	_	NNP
36036	600	53	,	,	,
36036	600	54	or	or	CC
36036	600	55	_	_	NNP
36036	600	56	Nasua	Nasua	NNP
36036	600	57	narica	narica	NN
36036	600	58	_	_	NNP
36036	600	59	.	.	.
36036	601	1	This	this	DT
36036	601	2	,	,	,
36036	601	3	coupled	couple	VBN
36036	601	4	with	with	IN
36036	601	5	a	a	DT
36036	601	6	lower	low	JJR
36036	601	7	than	than	IN
36036	601	8	predicted	predict	VBN
36036	601	9	[	[	-LRB-
36036	601	10	.H]_{b	.h]_{b	NN
36036	601	11	}	}	-RRB-
36036	601	12	,	,	,
36036	601	13	allows	allow	VBZ
36036	601	14	_	_	NNP
36036	601	15	Bassariscus	Bassariscus	NNP
36036	601	16	astutus	astutus	NN
36036	601	17	_	_	NNP
36036	601	18	to	to	TO
36036	601	19	maintain	maintain	VB
36036	601	20	T_{b	T_{b	NNP
36036	601	21	}	}	-RRB-
36036	601	22	with	with	IN
36036	601	23	less	less	JJR
36036	601	24	energy	energy	NN
36036	601	25	expenditure	expenditure	NN
36036	601	26	than	than	IN
36036	601	27	is	be	VBZ
36036	601	28	possible	possible	JJ
36036	601	29	for	for	IN
36036	601	30	any	any	DT
36036	601	31	other	other	JJ
36036	601	32	procyonid	procyonid	NN
36036	601	33	of	of	IN
36036	601	34	comparable	comparable	JJ
36036	601	35	size	size	NN
36036	601	36	;	;	:
36036	601	37	and	and	CC
36036	601	38	this	this	DT
36036	601	39	combination	combination	NN
36036	601	40	of	of	IN
36036	601	41	adaptations	adaptation	NNS
36036	601	42	provides	provide	VBZ
36036	601	43	_	_	NNP
36036	601	44	Bassariscus	Bassariscus	NNP
36036	601	45	astutus	astutus	NN
36036	601	46	_	_	NNP
36036	601	47	with	with	IN
36036	601	48	a	a	DT
36036	601	49	distinct	distinct	JJ
36036	601	50	energy	energy	NN
36036	601	51	advantage	advantage	NN
36036	601	52	in	in	IN
36036	601	53	environments	environment	NNS
36036	601	54	that	that	WDT
36036	601	55	have	have	VBP
36036	601	56	low	low	JJ
36036	601	57	productivity	productivity	NN
36036	601	58	(	(	-LRB-
36036	601	59	Wang	Wang	NNP
36036	601	60	et	et	NNP
36036	601	61	al	al	NNP
36036	601	62	.	.	NNP
36036	601	63	,	,	,
36036	601	64	1973	1973	CD
36036	601	65	)	)	-RRB-
36036	601	66	.	.	.
36036	602	1	The	the	DT
36036	602	2	evolution	evolution	NN
36036	602	3	of	of	IN
36036	602	4	a	a	DT
36036	602	5	pelt	pelt	NN
36036	602	6	that	that	WDT
36036	602	7	provides	provide	VBZ
36036	602	8	better	well	JJR
36036	602	9	insulation	insulation	NN
36036	602	10	must	must	MD
36036	602	11	be	be	VB
36036	602	12	considered	consider	VBN
36036	602	13	an	an	DT
36036	602	14	important	important	JJ
36036	602	15	contributing	contributing	NN
36036	602	16	factor	factor	NN
36036	602	17	for	for	IN
36036	602	18	the	the	DT
36036	602	19	spread	spread	NN
36036	602	20	of	of	IN
36036	602	21	this	this	DT
36036	602	22	species	specie	NNS
36036	602	23	into	into	IN
36036	602	24	desert	desert	NN
36036	602	25	regions	region	NNS
36036	602	26	of	of	IN
36036	602	27	the	the	DT
36036	602	28	western	western	JJ
36036	602	29	United	United	NNP
36036	602	30	States	States	NNP
36036	602	31	.	.	.
36036	603	1	THERMOREGULATION	thermoregulation	NN
36036	603	2	AND	and	CC
36036	603	3	USE	use	NN
36036	603	4	OF	of	IN
36036	603	5	STORED	STORED	NNP
36036	603	6	FAT	FAT	NNP
36036	603	7	AT	AT	NNP
36036	603	8	LOW	LOW	NNP
36036	603	9	TEMPERATURES	TEMPERATURES	NNP
36036	603	10	_	_	NNP
36036	603	11	Background	Background	NNP
36036	603	12	_	_	NNP
36036	603	13	THERMOREGULATION.--At	THERMOREGULATION.--At	NNP
36036	603	14	temperatures	temperature	NNS
36036	603	15	below	below	IN
36036	603	16	a	a	DT
36036	603	17	mammal	mammal	NN
36036	603	18	's	's	POS
36036	603	19	T_{n	T_{n	NNP
36036	603	20	}	}	-RRB-
36036	603	21	,	,	,
36036	603	22	heat	heat	NN
36036	603	23	loss	loss	NN
36036	603	24	exceeds	exceed	VBZ
36036	603	25	[	[	-LRB-
36036	603	26	.H]_{b	.H]_{b	NFP
36036	603	27	}	}	-RRB-
36036	603	28	.	.	.
36036	604	1	To	to	TO
36036	604	2	maintain	maintain	VB
36036	604	3	T_{b	T_{b	NNP
36036	604	4	}	}	-RRB-
36036	604	5	under	under	IN
36036	604	6	these	these	DT
36036	604	7	conditions	condition	NNS
36036	604	8	,	,	,
36036	604	9	metabolic	metabolic	JJ
36036	604	10	rate	rate	NN
36036	604	11	must	must	MD
36036	604	12	be	be	VB
36036	604	13	increased	increase	VBN
36036	604	14	(	(	-LRB-
36036	604	15	Eq	eq	RB
36036	604	16	.	.	.
36036	605	1	4	4	LS
36036	605	2	)	)	-RRB-
36036	605	3	.	.	.
36036	606	1	_	_	NNP
36036	606	2	Procyon	Procyon	NNP
36036	606	3	lotor	lotor	NN
36036	606	4	_	_	NNP
36036	606	5	in	in	IN
36036	606	6	summer	summer	NN
36036	606	7	during	during	IN
36036	606	8	its	-PRON-	PRP$
36036	606	9	annual	annual	JJ
36036	606	10	molt	molt	NN
36036	606	11	(	(	-LRB-
36036	606	12	Table	table	NN
36036	606	13	5	5	CD
36036	606	14	;	;	:
36036	606	15	Figure	figure	NN
36036	606	16	2	2	CD
36036	606	17	)	)	-RRB-
36036	606	18	,	,	,
36036	606	19	_	_	NNP
36036	606	20	Bassariscus	Bassariscus	NNP
36036	606	21	astutus	astutus	NN
36036	606	22	_	_	NNP
36036	606	23	(	(	-LRB-
36036	606	24	Chevalier	Chevalier	NNP
36036	606	25	,	,	,
36036	606	26	1985	1985	CD
36036	606	27	)	)	-RRB-
36036	606	28	,	,	,
36036	606	29	_	_	NNP
36036	606	30	Nasua	Nasua	NNP
36036	606	31	nasua	nasua	NNP
36036	606	32	_	_	NNP
36036	606	33	(	(	-LRB-
36036	606	34	Chevillard	Chevillard	NNP
36036	606	35	-	-	HYPH
36036	606	36	Hugot	Hugot	NNP
36036	606	37	et	et	FW
36036	606	38	al	al	NNP
36036	606	39	.	.	NNP
36036	606	40	,	,	,
36036	606	41	1980	1980	CD
36036	606	42	;	;	:
36036	606	43	Mugaas	Mugaas	NNP
36036	606	44	et	et	FW
36036	606	45	al	al	NNP
36036	606	46	.	.	NNP
36036	606	47	,	,	,
36036	606	48	in	in	IN
36036	606	49	prep	prep	NNP
36036	606	50	.	.	.
36036	607	1	)	)	-RRB-
36036	607	2	,	,	,
36036	607	3	_	_	NNP
36036	607	4	Nasua	Nasua	NNP
36036	607	5	narica	narica	NN
36036	607	6	_	_	NNP
36036	607	7	(	(	-LRB-
36036	607	8	Scholander	Scholander	NNP
36036	607	9	et	et	NNP
36036	607	10	al	al	NNP
36036	607	11	.	.	NNP
36036	607	12	,	,	,
36036	607	13	1950b	1950b	LS
36036	607	14	;	;	:
36036	607	15	Mugaas	Mugaas	NNP
36036	607	16	et	et	FW
36036	607	17	al	al	NNP
36036	607	18	.	.	NNP
36036	607	19	,	,	,
36036	607	20	in	in	IN
36036	607	21	prep	prep	NNP
36036	607	22	.	.	.
36036	608	1	)	)	-RRB-
36036	608	2	,	,	,
36036	608	3	and	and	CC
36036	608	4	_	_	NNP
36036	608	5	Potos	Potos	NNP
36036	608	6	flavus	flavus	NN
36036	608	7	_	_	NNP
36036	608	8	(	(	-LRB-
36036	608	9	Müller	Müller	NNP
36036	608	10	and	and	CC
36036	608	11	Kulzer	Kulzer	NNP
36036	608	12	,	,	,
36036	608	13	1977	1977	CD
36036	608	14	;	;	:
36036	608	15	Müller	Müller	NNP
36036	608	16	and	and	CC
36036	608	17	Rost	Rost	NNP
36036	608	18	,	,	,
36036	608	19	1983	1983	CD
36036	608	20	)	)	-RRB-
36036	608	21	all	all	DT
36036	608	22	are	be	VBP
36036	608	23	able	able	JJ
36036	608	24	to	to	TO
36036	608	25	elevate	elevate	VB
36036	608	26	their	-PRON-	PRP$
36036	608	27	metabolic	metabolic	JJ
36036	608	28	rates	rate	NNS
36036	608	29	by	by	IN
36036	608	30	130	130	CD
36036	608	31	%	%	NN
36036	608	32	above	above	IN
36036	608	33	basal	basal	NN
36036	608	34	when	when	WRB
36036	608	35	they	-PRON-	PRP
36036	608	36	are	be	VBP
36036	608	37	exposed	expose	VBN
36036	608	38	to	to	IN
36036	608	39	T_{a	T_{a	NNP
36036	608	40	}	}	-RRB-
36036	608	41	=	=	SYM
36036	608	42	0	0	CD
36036	608	43	°	°	NN
36036	608	44	C	c	NN
36036	608	45	.	.	.
36036	609	1	_	_	NNP
36036	609	2	Procyon	Procyon	NNP
36036	609	3	cancrivorus	cancrivoru	VBZ
36036	609	4	_	_	NNP
36036	609	5	responds	respond	VBZ
36036	609	6	to	to	IN
36036	609	7	0	0	CD
36036	609	8	°	°	,
36036	609	9	C	C	NNP
36036	609	10	with	with	IN
36036	609	11	an	an	DT
36036	609	12	increase	increase	NN
36036	609	13	in	in	IN
36036	609	14	metabolic	metabolic	JJ
36036	609	15	rate	rate	NN
36036	609	16	of	of	IN
36036	609	17	257	257	CD
36036	609	18	%	%	NN
36036	609	19	above	above	IN
36036	609	20	basal	basal	NN
36036	609	21	(	(	-LRB-
36036	609	22	Scholander	Scholander	NNP
36036	609	23	et	et	NNP
36036	609	24	al	al	NNP
36036	609	25	.	.	NNP
36036	609	26	,	,	,
36036	609	27	1950b	1950b	CD
36036	609	28	)	)	-RRB-
36036	609	29	.	.	.
36036	610	1	All	all	DT
36036	610	2	animals	animal	NNS
36036	610	3	listed	list	VBN
36036	610	4	have	have	VBP
36036	610	5	about	about	IN
36036	610	6	the	the	DT
36036	610	7	same	same	JJ
36036	610	8	T_{lc	t_{lc	NN
36036	610	9	}	}	-RRB-
36036	610	10	and	and	CC
36036	610	11	T_{b	T_{b	NNP
36036	610	12	}	}	-RRB-
36036	610	13	,	,	,
36036	610	14	so	so	CC
36036	610	15	the	the	DT
36036	610	16	temperature	temperature	NN
36036	610	17	differential	differential	NN
36036	610	18	producing	produce	VBG
36036	610	19	this	this	DT
36036	610	20	response	response	NN
36036	610	21	is	be	VBZ
36036	610	22	about	about	RB
36036	610	23	the	the	DT
36036	610	24	same	same	JJ
36036	610	25	for	for	IN
36036	610	26	each	each	DT
36036	610	27	species	specie	NNS
36036	610	28	.	.	.
36036	611	1	Metabolic	metabolic	JJ
36036	611	2	ability	ability	NN
36036	611	3	to	to	TO
36036	611	4	defend	defend	VB
36036	611	5	body	body	NN
36036	611	6	temperature	temperature	NN
36036	611	7	against	against	IN
36036	611	8	low	low	JJ
36036	611	9	ambient	ambient	JJ
36036	611	10	temperatures	temperature	NNS
36036	611	11	,	,	,
36036	611	12	therefore	therefore	RB
36036	611	13	,	,	,
36036	611	14	is	be	VBZ
36036	611	15	well	well	RB
36036	611	16	developed	developed	JJ
36036	611	17	in	in	IN
36036	611	18	these	these	DT
36036	611	19	procyonids	procyonid	NNS
36036	611	20	.	.	.
36036	612	1	Such	such	JJ
36036	612	2	large	large	JJ
36036	612	3	increases	increase	NNS
36036	612	4	in	in	IN
36036	612	5	metabolic	metabolic	JJ
36036	612	6	rate	rate	NN
36036	612	7	are	be	VBP
36036	612	8	energetically	energetically	RB
36036	612	9	expensive	expensive	JJ
36036	612	10	,	,	,
36036	612	11	and	and	CC
36036	612	12	if	if	IN
36036	612	13	these	these	DT
36036	612	14	animals	animal	NNS
36036	612	15	were	be	VBD
36036	612	16	routinely	routinely	RB
36036	612	17	exposed	expose	VBN
36036	612	18	to	to	IN
36036	612	19	T_{a	T_{a	NNP
36036	612	20	}	}	-RRB-
36036	612	21	=	=	SYM
36036	612	22	0	0	CD
36036	612	23	°	°	NN
36036	612	24	C	c	NN
36036	612	25	,	,	,
36036	612	26	it	-PRON-	PRP
36036	612	27	would	would	MD
36036	612	28	be	be	VB
36036	612	29	difficult	difficult	JJ
36036	612	30	for	for	IN
36036	612	31	them	-PRON-	PRP
36036	612	32	to	to	TO
36036	612	33	acquire	acquire	VB
36036	612	34	enough	enough	JJ
36036	612	35	food	food	NN
36036	612	36	each	each	DT
36036	612	37	day	day	NN
36036	612	38	to	to	TO
36036	612	39	maintain	maintain	VB
36036	612	40	endothermy	endothermy	NNP
36036	612	41	.	.	.
36036	613	1	Raccoons	raccoon	NNS
36036	613	2	in	in	IN
36036	613	3	winter	winter	NN
36036	613	4	pelage	pelage	NN
36036	613	5	,	,	,
36036	613	6	however	however	RB
36036	613	7	,	,	,
36036	613	8	need	nee	MD
36036	613	9	only	only	RB
36036	613	10	elevate	elevate	VB
36036	613	11	their	-PRON-	PRP$
36036	613	12	metabolic	metabolic	JJ
36036	613	13	rate	rate	NN
36036	613	14	by	by	IN
36036	613	15	47	47	CD
36036	613	16	%	%	NN
36036	613	17	above	above	IN
36036	613	18	basal	basal	NN
36036	613	19	to	to	TO
36036	613	20	maintain	maintain	VB
36036	613	21	endothermy	endothermy	NNP
36036	613	22	at	at	IN
36036	613	23	T_{a	T_{a	NNP
36036	613	24	}	}	-RRB-
36036	613	25	=	=	SYM
36036	613	26	0	0	CD
36036	613	27	°	°	NN
36036	613	28	C	c	NN
36036	613	29	(	(	-LRB-
36036	613	30	Table	table	NN
36036	613	31	5	5	CD
36036	613	32	;	;	:
36036	613	33	Figure	figure	NN
36036	613	34	3	3	CD
36036	613	35	)	)	-RRB-
36036	613	36	.	.	.
36036	614	1	Each	each	DT
36036	614	2	year	year	NN
36036	614	3	at	at	IN
36036	614	4	the	the	DT
36036	614	5	completion	completion	NN
36036	614	6	of	of	IN
36036	614	7	its	-PRON-	PRP$
36036	614	8	molt	molt	NN
36036	614	9	,	,	,
36036	614	10	the	the	DT
36036	614	11	raccoon	raccoon	NN
36036	614	12	's	's	POS
36036	614	13	highly	highly	RB
36036	614	14	insulative	insulative	JJ
36036	614	15	pelt	pelt	NN
36036	614	16	is	be	VBZ
36036	614	17	renewed	renew	VBN
36036	614	18	.	.	.
36036	615	1	This	this	DT
36036	615	2	lowers	lower	VBZ
36036	615	3	their	-PRON-	PRP$
36036	615	4	T_{lc	t_{lc	NN
36036	615	5	}	}	-RRB-
36036	615	6	by	by	IN
36036	615	7	9	9	CD
36036	615	8	°	°	,
36036	615	9	C	C	NNP
36036	615	10	to	to	IN
36036	615	11	15	15	CD
36036	615	12	°	°	NNS
36036	615	13	C	c	NN
36036	615	14	below	below	IN
36036	615	15	that	that	DT
36036	615	16	measured	measure	VBD
36036	615	17	for	for	IN
36036	615	18	them	-PRON-	PRP
36036	615	19	in	in	IN
36036	615	20	summer	summer	NN
36036	615	21	(	(	-LRB-
36036	615	22	Figure	Figure	NNP
36036	615	23	3	3	CD
36036	615	24	)	)	-RRB-
36036	615	25	and	and	CC
36036	615	26	decreases	decrease	VBZ
36036	615	27	their	-PRON-	PRP$
36036	615	28	cost	cost	NN
36036	615	29	of	of	IN
36036	615	30	thermoregulation	thermoregulation	NN
36036	615	31	at	at	IN
36036	615	32	low	low	JJ
36036	615	33	temperatures	temperature	NNS
36036	615	34	.	.	.
36036	616	1	The	the	DT
36036	616	2	increased	increase	VBN
36036	616	3	insulative	insulative	JJ
36036	616	4	capacity	capacity	NN
36036	616	5	of	of	IN
36036	616	6	their	-PRON-	PRP$
36036	616	7	pelt	pelt	NN
36036	616	8	is	be	VBZ
36036	616	9	one	one	CD
36036	616	10	of	of	IN
36036	616	11	the	the	DT
36036	616	12	primary	primary	JJ
36036	616	13	adaptations	adaptation	NNS
36036	616	14	that	that	WDT
36036	616	15	has	have	VBZ
36036	616	16	allowed	allow	VBN
36036	616	17	_	_	NNP
36036	616	18	Procyon	Procyon	NNP
36036	616	19	lotor	lotor	NN
36036	616	20	_	_	NNP
36036	616	21	to	to	TO
36036	616	22	extend	extend	VB
36036	616	23	its	-PRON-	PRP$
36036	616	24	distribution	distribution	NN
36036	616	25	into	into	IN
36036	616	26	cold	cold	JJ
36036	616	27	climates	climate	NNS
36036	616	28	.	.	.
36036	617	1	STORED	stored	JJ
36036	617	2	FAT.--Cyclic	fat.--cyclic	JJ
36036	617	3	fattening	fattening	NN
36036	617	4	is	be	VBZ
36036	617	5	an	an	DT
36036	617	6	integral	integral	JJ
36036	617	7	and	and	CC
36036	617	8	important	important	JJ
36036	617	9	part	part	NN
36036	617	10	of	of	IN
36036	617	11	a	a	DT
36036	617	12	raccoon	raccoon	NN
36036	617	13	's	's	POS
36036	617	14	annual	annual	JJ
36036	617	15	cycle	cycle	NN
36036	617	16	(	(	-LRB-
36036	617	17	Mugaas	Mugaas	NNP
36036	617	18	and	and	CC
36036	617	19	Seidensticker	Seidensticker	NNP
36036	617	20	,	,	,
36036	617	21	ms	ms	NNP
36036	617	22	)	)	-RRB-
36036	617	23	;	;	:
36036	617	24	however	however	RB
36036	617	25	,	,	,
36036	617	26	it	-PRON-	PRP
36036	617	27	has	have	VBZ
36036	617	28	not	not	RB
36036	617	29	been	be	VBN
36036	617	30	reported	report	VBN
36036	617	31	for	for	IN
36036	617	32	other	other	JJ
36036	617	33	procyonids	procyonid	NNS
36036	617	34	.	.	.
36036	618	1	During	during	IN
36036	618	2	winter	winter	NN
36036	618	3	in	in	IN
36036	618	4	parts	part	NNS
36036	618	5	of	of	IN
36036	618	6	the	the	DT
36036	618	7	United	United	NNP
36036	618	8	States	States	NNP
36036	618	9	and	and	CC
36036	618	10	Canada	Canada	NNP
36036	618	11	,	,	,
36036	618	12	raccoons	raccoon	NNS
36036	618	13	are	be	VBP
36036	618	14	confined	confine	VBN
36036	618	15	to	to	IN
36036	618	16	their	-PRON-	PRP$
36036	618	17	dens	den	NNS
36036	618	18	for	for	IN
36036	618	19	variable	variable	JJ
36036	618	20	periods	period	NNS
36036	618	21	of	of	IN
36036	618	22	time	time	NN
36036	618	23	(	(	-LRB-
36036	618	24	days	day	NNS
36036	618	25	to	to	IN
36036	618	26	months	month	NNS
36036	618	27	)	)	-RRB-
36036	618	28	depending	depend	VBG
36036	618	29	on	on	IN
36036	618	30	the	the	DT
36036	618	31	severity	severity	NN
36036	618	32	of	of	IN
36036	618	33	the	the	DT
36036	618	34	weather	weather	NN
36036	618	35	(	(	-LRB-
36036	618	36	Stuewer	Stuewer	NNP
36036	618	37	,	,	,
36036	618	38	1943:223	1943:223	CD
36036	618	39	-	-	SYM
36036	618	40	225	225	CD
36036	618	41	;	;	:
36036	618	42	Whitney	Whitney	NNP
36036	618	43	and	and	CC
36036	618	44	Underwood	Underwood	NNP
36036	618	45	,	,	,
36036	618	46	1952:108	1952:108	CD
36036	618	47	-	-	SYM
36036	618	48	116	116	CD
36036	618	49	;	;	:
36036	618	50	Sharp	sharp	JJ
36036	618	51	and	and	CC
36036	618	52	Sharp	sharp	JJ
36036	618	53	,	,	,
36036	618	54	1956	1956	CD
36036	618	55	;	;	:
36036	618	56	Mech	Mech	NNP
36036	618	57	et	et	FW
36036	618	58	al	al	NNP
36036	618	59	.	.	NNP
36036	618	60	,	,	,
36036	618	61	1968	1968	CD
36036	618	62	;	;	:
36036	618	63	Schneider	Schneider	NNP
36036	618	64	et	et	NNP
36036	618	65	al	al	NNP
36036	618	66	.	.	NNP
36036	618	67	,	,	,
36036	618	68	1971	1971	CD
36036	618	69	)	)	-RRB-
36036	618	70	.	.	.
36036	619	1	During	during	IN
36036	619	2	this	this	DT
36036	619	3	confinement	confinement	NN
36036	619	4	,	,	,
36036	619	5	they	-PRON-	PRP
36036	619	6	do	do	VBP
36036	619	7	not	not	RB
36036	619	8	hibernate	hibernate	VB
36036	619	9	but	but	CC
36036	619	10	rather	rather	RB
36036	619	11	enter	enter	VB
36036	619	12	a	a	DT
36036	619	13	state	state	NN
36036	619	14	of	of	IN
36036	619	15	"	"	``
36036	619	16	dormancy	dormancy	NN
36036	619	17	"	"	''
36036	619	18	and	and	CC
36036	619	19	become	become	VB
36036	619	20	inactive	inactive	JJ
36036	619	21	.	.	.
36036	620	1	While	while	IN
36036	620	2	dormant	dormant	JJ
36036	620	3	they	-PRON-	PRP
36036	620	4	remain	remain	VBP
36036	620	5	endothermic	endothermic	JJ
36036	620	6	(	(	-LRB-
36036	620	7	T_{b	T_{b	NNP
36036	620	8	}	}	-RRB-
36036	620	9	>	>	NFP
36036	620	10	35	35	CD
36036	620	11	°	°	,
36036	620	12	C	C	NNP
36036	620	13	;	;	:
36036	620	14	Thorkelson	Thorkelson	NNP
36036	620	15	,	,	,
36036	620	16	1972:87	1972:87	CD
36036	620	17	-	-	SYM
36036	620	18	90	90	CD
36036	620	19	)	)	-RRB-
36036	620	20	and	and	CC
36036	620	21	derive	derive	VB
36036	620	22	most	most	JJS
36036	620	23	of	of	IN
36036	620	24	their	-PRON-	PRP$
36036	620	25	energy	energy	NN
36036	620	26	requirement	requirement	NN
36036	620	27	from	from	IN
36036	620	28	fat	fat	JJ
36036	620	29	reserves	reserve	NNS
36036	620	30	accumulated	accumulate	VBN
36036	620	31	during	during	IN
36036	620	32	fall	fall	NN
36036	620	33	.	.	.
36036	621	1	The	the	DT
36036	621	2	rate	rate	NN
36036	621	3	at	at	IN
36036	621	4	which	which	WDT
36036	621	5	fat	fat	NN
36036	621	6	stores	store	NNS
36036	621	7	are	be	VBP
36036	621	8	consumed	consume	VBN
36036	621	9	during	during	IN
36036	621	10	winter	winter	NN
36036	621	11	dormancy	dormancy	NN
36036	621	12	depends	depend	VBZ
36036	621	13	on	on	IN
36036	621	14	the	the	DT
36036	621	15	thermoregulatory	thermoregulatory	JJ
36036	621	16	requirement	requirement	NN
36036	621	17	imposed	impose	VBN
36036	621	18	on	on	IN
36036	621	19	them	-PRON-	PRP
36036	621	20	by	by	IN
36036	621	21	local	local	JJ
36036	621	22	weather	weather	NN
36036	621	23	conditions	condition	NNS
36036	621	24	,	,	,
36036	621	25	the	the	DT
36036	621	26	insulative	insulative	JJ
36036	621	27	quality	quality	NN
36036	621	28	of	of	IN
36036	621	29	their	-PRON-	PRP$
36036	621	30	pelt	pelt	NN
36036	621	31	,	,	,
36036	621	32	and	and	CC
36036	621	33	any	any	DT
36036	621	34	advantage	advantage	NN
36036	621	35	they	-PRON-	PRP
36036	621	36	may	may	MD
36036	621	37	gain	gain	VB
36036	621	38	by	by	IN
36036	621	39	seeking	seek	VBG
36036	621	40	shelter	shelter	NN
36036	621	41	in	in	IN
36036	621	42	a	a	DT
36036	621	43	den	den	NN
36036	621	44	.	.	.
36036	622	1	_	_	NNP
36036	622	2	Thermal	Thermal	NNP
36036	622	3	Model	Model	NNP
36036	622	4	of	of	IN
36036	622	5	the	the	DT
36036	622	6	Raccoon	Raccoon	NNP
36036	622	7	and	and	CC
36036	622	8	Its	-PRON-	PRP$
36036	622	9	Den	Den	NNP
36036	622	10	_	_	NNP
36036	622	11	Heat	Heat	NNP
36036	622	12	transfer	transfer	NN
36036	622	13	between	between	IN
36036	622	14	an	an	DT
36036	622	15	animal	animal	NN
36036	622	16	and	and	CC
36036	622	17	its	-PRON-	PRP$
36036	622	18	environment	environment	NN
36036	622	19	is	be	VBZ
36036	622	20	a	a	DT
36036	622	21	function	function	NN
36036	622	22	of	of	IN
36036	622	23	the	the	DT
36036	622	24	interaction	interaction	NN
36036	622	25	of	of	IN
36036	622	26	its	-PRON-	PRP$
36036	622	27	body	body	NN
36036	622	28	temperature	temperature	NN
36036	622	29	and	and	CC
36036	622	30	thermal	thermal	JJ
36036	622	31	conductance	conductance	NN
36036	622	32	with	with	IN
36036	622	33	various	various	JJ
36036	622	34	environmental	environmental	JJ
36036	622	35	variables	variable	NNS
36036	622	36	(	(	-LRB-
36036	622	37	air	air	NN
36036	622	38	temperature	temperature	NN
36036	622	39	,	,	,
36036	622	40	wind	wind	NN
36036	622	41	speed	speed	NN
36036	622	42	,	,	,
36036	622	43	vapor	vapor	NN
36036	622	44	pressure	pressure	NN
36036	622	45	,	,	,
36036	622	46	and	and	CC
36036	622	47	thermal	thermal	JJ
36036	622	48	radiation	radiation	NN
36036	622	49	)	)	-RRB-
36036	622	50	.	.	.
36036	623	1	When	when	WRB
36036	623	2	a	a	DT
36036	623	3	raccoon	raccoon	NN
36036	623	4	is	be	VBZ
36036	623	5	outside	outside	IN
36036	623	6	its	-PRON-	PRP$
36036	623	7	den	den	NN
36036	623	8	,	,	,
36036	623	9	its	-PRON-	PRP$
36036	623	10	thermal	thermal	JJ
36036	623	11	conductance	conductance	NN
36036	623	12	(	(	-LRB-
36036	623	13	C_{mw	C_{mw	NNP
36036	623	14	}	}	-RRB-
36036	623	15	)	)	-RRB-
36036	623	16	is	be	VBZ
36036	623	17	the	the	DT
36036	623	18	only	only	JJ
36036	623	19	barrier	barrier	NN
36036	623	20	to	to	TO
36036	623	21	heat	heat	VB
36036	623	22	transfer	transfer	NN
36036	623	23	with	with	IN
36036	623	24	the	the	DT
36036	623	25	external	external	JJ
36036	623	26	environment	environment	NN
36036	623	27	.	.	.
36036	624	1	However	however	RB
36036	624	2	,	,	,
36036	624	3	when	when	WRB
36036	624	4	it	-PRON-	PRP
36036	624	5	enters	enter	VBZ
36036	624	6	a	a	DT
36036	624	7	tree	tree	NN
36036	624	8	den	den	NN
36036	624	9	,	,	,
36036	624	10	a	a	DT
36036	624	11	raccoon	raccoon	NN
36036	624	12	imposes	impose	VBZ
36036	624	13	two	two	CD
36036	624	14	other	other	JJ
36036	624	15	thermal	thermal	JJ
36036	624	16	barriers	barrier	NNS
36036	624	17	between	between	IN
36036	624	18	itself	-PRON-	PRP
36036	624	19	and	and	CC
36036	624	20	the	the	DT
36036	624	21	external	external	JJ
36036	624	22	environment	environment	NN
36036	624	23	:	:	:
36036	624	24	(	(	-LRB-
36036	624	25	1	1	LS
36036	624	26	)	)	-RRB-
36036	624	27	conductance	conductance	NN
36036	624	28	of	of	IN
36036	624	29	the	the	DT
36036	624	30	air	air	NN
36036	624	31	space	space	NN
36036	624	32	between	between	IN
36036	624	33	its	-PRON-	PRP$
36036	624	34	fur	fur	NN
36036	624	35	and	and	CC
36036	624	36	the	the	DT
36036	624	37	den	den	NN
36036	624	38	's	's	POS
36036	624	39	walls	wall	NNS
36036	624	40	(	(	-LRB-
36036	624	41	C_{a	c_{a	NN
36036	624	42	}	}	-RRB-
36036	624	43	)	)	-RRB-
36036	624	44	and	and	CC
36036	624	45	(	(	-LRB-
36036	624	46	2	2	LS
36036	624	47	)	)	-RRB-
36036	624	48	conductance	conductance	NN
36036	624	49	of	of	IN
36036	624	50	the	the	DT
36036	624	51	den	den	NN
36036	624	52	's	's	POS
36036	624	53	walls	wall	NNS
36036	624	54	(	(	-LRB-
36036	624	55	C_{d	C_{d	NNP
36036	624	56	}	}	-RRB-
36036	624	57	;	;	:
36036	624	58	Thorkelson	Thorkelson	NNP
36036	624	59	,	,	,
36036	624	60	1972:59	1972:59	CD
36036	624	61	-	-	SYM
36036	624	62	63	63	CD
36036	624	63	;	;	:
36036	624	64	Thorkelson	Thorkelson	NNP
36036	624	65	and	and	CC
36036	624	66	Maxwell	Maxwell	NNP
36036	624	67	,	,	,
36036	624	68	1974	1974	CD
36036	624	69	)	)	-RRB-
36036	624	70	.	.	.
36036	625	1	Thorkelson	Thorkelson	NNP
36036	625	2	and	and	CC
36036	625	3	Maxwell	Maxwell	NNP
36036	625	4	(	(	-LRB-
36036	625	5	1974	1974	CD
36036	625	6	)	)	-RRB-
36036	625	7	modeled	model	VBD
36036	625	8	heat	heat	NN
36036	625	9	transfer	transfer	NN
36036	625	10	of	of	IN
36036	625	11	a	a	DT
36036	625	12	simulated	simulate	VBN
36036	625	13	raccoon	raccoon	NN
36036	625	14	(	(	-LRB-
36036	625	15	a	a	DT
36036	625	16	water	water	NN
36036	625	17	-	-	HYPH
36036	625	18	filled	fill	VBN
36036	625	19	aluminum	aluminum	NN
36036	625	20	cylinder	cylinder	NN
36036	625	21	equipped	equip	VBN
36036	625	22	with	with	IN
36036	625	23	a	a	DT
36036	625	24	heater	heater	NN
36036	625	25	and	and	CC
36036	625	26	covered	cover	VBN
36036	625	27	with	with	IN
36036	625	28	a	a	DT
36036	625	29	raccoon	raccoon	NN
36036	625	30	pelt	pelt	NN
36036	625	31	)	)	-RRB-
36036	625	32	in	in	IN
36036	625	33	a	a	DT
36036	625	34	closed	closed	JJ
36036	625	35	tree	tree	NN
36036	625	36	den	den	NN
36036	625	37	.	.	.
36036	626	1	In	in	IN
36036	626	2	their	-PRON-	PRP$
36036	626	3	system	system	NN
36036	626	4	,	,	,
36036	626	5	65	65	CD
36036	626	6	%	%	NN
36036	626	7	of	of	IN
36036	626	8	resistance	resistance	NN
36036	626	9	to	to	TO
36036	626	10	heat	heat	VB
36036	626	11	flux	flux	NN
36036	626	12	was	be	VBD
36036	626	13	attributable	attributable	JJ
36036	626	14	to	to	IN
36036	626	15	the	the	DT
36036	626	16	pelt	pelt	NN
36036	626	17	,	,	,
36036	626	18	whereas	whereas	IN
36036	626	19	the	the	DT
36036	626	20	remainder	remainder	NN
36036	626	21	(	(	-LRB-
36036	626	22	35	35	CD
36036	626	23	%	%	NN
36036	626	24	)	)	-RRB-
36036	626	25	was	be	VBD
36036	626	26	due	due	JJ
36036	626	27	to	to	IN
36036	626	28	C_{a	C_{a	NNP
36036	626	29	}	}	-RRB-
36036	626	30	and	and	CC
36036	626	31	C_{d	C_{d	NNP
36036	626	32	}	}	-RRB-
36036	626	33	.	.	.
36036	627	1	Because	because	IN
36036	627	2	resistance	resistance	NN
36036	627	3	is	be	VBZ
36036	627	4	the	the	DT
36036	627	5	inverse	inverse	NN
36036	627	6	of	of	IN
36036	627	7	conductance	conductance	NN
36036	627	8	,	,	,
36036	627	9	and	and	CC
36036	627	10	resistances	resistance	NNS
36036	627	11	for	for	IN
36036	627	12	the	the	DT
36036	627	13	raccoon	raccoon	NN
36036	627	14	and	and	CC
36036	627	15	its	-PRON-	PRP$
36036	627	16	den	den	NN
36036	627	17	are	be	VBP
36036	627	18	arranged	arrange	VBN
36036	627	19	in	in	IN
36036	627	20	series	series	NN
36036	627	21	,	,	,
36036	627	22	we	-PRON-	PRP
36036	627	23	can	can	MD
36036	627	24	estimate	estimate	VB
36036	627	25	total	total	JJ
36036	627	26	conductance	conductance	NN
36036	627	27	(	(	-LRB-
36036	627	28	C_{t	C_{t	NNP
36036	627	29	}	}	-RRB-
36036	627	30	)	)	-RRB-
36036	627	31	of	of	IN
36036	627	32	this	this	DT
36036	627	33	system	system	NN
36036	627	34	with	with	IN
36036	627	35	Eq	Eq	NNP
36036	627	36	.	.	.
36036	628	1	7	7	LS
36036	628	2	.	.	.
36036	629	1	1	1	LS
36036	629	2	/	/	SYM
36036	629	3	C_{t	C_{t	NNP
36036	629	4	}	}	-RRB-
36036	629	5	=	=	SYM
36036	629	6	1	1	CD
36036	629	7	/	/	SYM
36036	629	8	C_{mw	c_{mw	NN
36036	629	9	}	}	-RRB-
36036	629	10	+	+	CC
36036	629	11	1	1	CD
36036	629	12	/	/	SYM
36036	629	13	C_{a	c_{a	NN
36036	629	14	}	}	-RRB-
36036	629	15	+	+	CC
36036	629	16	1	1	CD
36036	629	17	/	/	SYM
36036	629	18	C_{d	C_{d	NNP
36036	629	19	}	}	-RRB-
36036	629	20	Eq	Eq	NNP
36036	629	21	.	.	.
36036	630	1	7	7	CD
36036	630	2	Minimum	minimum	JJ
36036	630	3	thermal	thermal	JJ
36036	630	4	conductance	conductance	NN
36036	630	5	C_{mw	C_{mw	NNS
36036	630	6	}	}	-RRB-
36036	630	7	for	for	IN
36036	630	8	raccoons	raccoon	NNS
36036	630	9	in	in	IN
36036	630	10	winter	winter	NN
36036	630	11	was	be	VBD
36036	630	12	0.0172	0.0172	CD
36036	630	13	mL	mL	NNP
36036	630	14	O_{2}·g^{-1}·h^{-1}·	o_{2}·g^{-1}·h^{-1}·	RB
36036	630	15	°	°	,
36036	630	16	C^{-1	c^{-1	ADD
36036	630	17	}	}	-RRB-
36036	630	18	(	(	-LRB-
36036	630	19	Table	table	NN
36036	630	20	3	3	CD
36036	630	21	)	)	-RRB-
36036	630	22	.	.	.
36036	631	1	Based	base	VBN
36036	631	2	on	on	IN
36036	631	3	Thorkelson	Thorkelson	NNP
36036	631	4	and	and	CC
36036	631	5	Maxwell	Maxwell	NNP
36036	631	6	's	's	POS
36036	631	7	(	(	-LRB-
36036	631	8	1974	1974	CD
36036	631	9	)	)	-RRB-
36036	631	10	model	model	NN
36036	631	11	we	-PRON-	PRP
36036	631	12	let	let	VBP
36036	631	13	1	1	CD
36036	631	14	/	/	SYM
36036	631	15	C_{mw	C_{mw	NNP
36036	631	16	}	}	-RRB-
36036	631	17	=	=	SYM
36036	631	18	0.65(1	0.65(1	NNP
36036	631	19	/	/	SYM
36036	631	20	C_{t	C_{t	NNP
36036	631	21	}	}	-RRB-
36036	631	22	)	)	-RRB-
36036	631	23	=	=	NFP
36036	631	24	1/0.0172	1/0.0172	CD
36036	631	25	mL	mL	NNP
36036	631	26	O_{2}·g^{-1}·h^{-1}·	O_{2}·g^{-1}·h^{-1}·	NNP
36036	631	27	°	°	,
36036	631	28	C^{-1	c^{-1	ADD
36036	631	29	}	}	-RRB-
36036	631	30	,	,	,
36036	631	31	and	and	CC
36036	631	32	1	1	CD
36036	631	33	/	/	SYM
36036	631	34	C_{a	c_{a	NN
36036	631	35	}	}	-RRB-
36036	631	36	+	+	CC
36036	631	37	1	1	CD
36036	631	38	/	/	SYM
36036	631	39	C_{d	C_{d	NNP
36036	631	40	}	}	-RRB-
36036	631	41	=	=	SYM
36036	631	42	0.35(1	0.35(1	NNP
36036	631	43	/	/	SYM
36036	631	44	C_{t	C_{t	NNP
36036	631	45	}	}	-RRB-
36036	631	46	)	)	-RRB-
36036	631	47	.	.	.
36036	632	1	Substituting	substitute	VBG
36036	632	2	these	these	DT
36036	632	3	values	value	NNS
36036	632	4	into	into	IN
36036	632	5	Eq	Eq	NNP
36036	632	6	.	.	.
36036	633	1	7	7	LS
36036	633	2	and	and	CC
36036	633	3	solving	solve	VBG
36036	633	4	for	for	IN
36036	633	5	C_{t	C_{t	NNP
36036	633	6	}	}	-RRB-
36036	633	7	yields	yield	VBZ
36036	633	8	0.0112	0.0112	CD
36036	633	9	mL	ml	JJ
36036	633	10	O_{2}·g^{-1}·h^{-1}·	o_{2}·g^{-1}·h^{-1}·	JJ
36036	633	11	°	°	,
36036	633	12	C^{-1	c^{-1	ADD
36036	633	13	}	}	-RRB-
36036	633	14	,	,	,
36036	633	15	a	a	DT
36036	633	16	value	value	NN
36036	633	17	that	that	WDT
36036	633	18	is	be	VBZ
36036	633	19	35	35	CD
36036	633	20	%	%	NN
36036	633	21	lower	low	JJR
36036	633	22	than	than	IN
36036	633	23	that	that	DT
36036	633	24	of	of	IN
36036	633	25	the	the	DT
36036	633	26	animal	animal	NN
36036	633	27	alone	alone	RB
36036	633	28	.	.	.
36036	634	1	Substituting	substitute	VBG
36036	634	2	this	this	DT
36036	634	3	value	value	NN
36036	634	4	and	and	CC
36036	634	5	the	the	DT
36036	634	6	value	value	NN
36036	634	7	for	for	IN
36036	634	8	basal	basal	NNP
36036	634	9	metabolism	metabolism	NN
36036	634	10	of	of	IN
36036	634	11	winter	winter	NN
36036	634	12	raccoons	raccoon	NNS
36036	634	13	(	(	-LRB-
36036	634	14	0.47	0.47	CD
36036	634	15	mL	mL	NNP
36036	634	16	O_{2}·g^{-1}·h^{-1	O_{2}·g^{-1}·h^{-1	NNP
36036	634	17	}	}	-RRB-
36036	634	18	;	;	:
36036	634	19	Table	table	NN
36036	634	20	7	7	CD
36036	634	21	)	)	-RRB-
36036	634	22	into	into	IN
36036	634	23	Eq	Eq	NNP
36036	634	24	.	.	.
36036	635	1	4	4	LS
36036	635	2	and	and	CC
36036	635	3	solving	solve	VBG
36036	635	4	for	for	IN
36036	635	5	(	(	-LRB-
36036	635	6	T_{b	T_{b	NNP
36036	635	7	}	}	-RRB-
36036	635	8	-	-	:
36036	635	9	T_{a	t_{a	NN
36036	635	10	}	}	-RRB-
36036	635	11	)	)	-RRB-
36036	635	12	yields	yield	VBZ
36036	635	13	a	a	DT
36036	635	14	new	new	JJ
36036	635	15	temperature	temperature	NN
36036	635	16	differential	differential	NN
36036	635	17	of	of	IN
36036	635	18	42	42	CD
36036	635	19	°	°	NNS
36036	635	20	C	C	NNP
36036	635	21	.	.	.
36036	636	1	Therefore	therefore	RB
36036	636	2	,	,	,
36036	636	3	by	by	IN
36036	636	4	using	use	VBG
36036	636	5	tree	tree	NN
36036	636	6	dens	den	NNS
36036	636	7	,	,	,
36036	636	8	raccoons	raccoon	NNS
36036	636	9	in	in	IN
36036	636	10	north	north	JJ
36036	636	11	central	central	NNP
36036	636	12	Virginia	Virginia	NNP
36036	636	13	,	,	,
36036	636	14	with	with	IN
36036	636	15	T_{b	T_{b	NNP
36036	636	16	}	}	-RRB-
36036	636	17	=	=	SYM
36036	636	18	37	37	CD
36036	636	19	°	°	,
36036	636	20	C	C	NNP
36036	636	21	(	(	-LRB-
36036	636	22	Figure	Figure	NNP
36036	636	23	7	7	CD
36036	636	24	)	)	-RRB-
36036	636	25	,	,	,
36036	636	26	could	could	MD
36036	636	27	effectively	effectively	RB
36036	636	28	reduce	reduce	VB
36036	636	29	their	-PRON-	PRP$
36036	636	30	T_{lc	t_{lc	NN
36036	636	31	}	}	-RRB-
36036	636	32	from	from	IN
36036	636	33	11	11	CD
36036	636	34	°	°	,
36036	636	35	C	C	NNP
36036	636	36	to	to	IN
36036	636	37	-5	-5	NNP
36036	636	38	°	°	NNP
36036	636	39	C	C	NNP
36036	636	40	and	and	CC
36036	636	41	markedly	markedly	RB
36036	636	42	reduce	reduce	VB
36036	636	43	their	-PRON-	PRP$
36036	636	44	metabolic	metabolic	JJ
36036	636	45	cost	cost	NN
36036	636	46	of	of	IN
36036	636	47	thermoregulation	thermoregulation	NN
36036	636	48	.	.	.
36036	637	1	_	_	NNP
36036	637	2	Metabolic	Metabolic	NNP
36036	637	3	Advantage	Advantage	NNP
36036	637	4	of	of	IN
36036	637	5	the	the	DT
36036	637	6	Den	Den	NNP
36036	637	7	_	_	NNP
36036	637	8	Given	Given	NNP
36036	637	9	prevailing	prevail	VBG
36036	637	10	winter	winter	NN
36036	637	11	temperatures	temperature	NNS
36036	637	12	in	in	IN
36036	637	13	north	north	NNP
36036	637	14	central	central	NNP
36036	637	15	Virginia	Virginia	NNP
36036	637	16	(	(	-LRB-
36036	637	17	see	see	VB
36036	637	18	"	"	``
36036	637	19	Materials	Materials	NNPS
36036	637	20	and	and	CC
36036	637	21	Methods	method	NNS
36036	637	22	"	"	''
36036	637	23	)	)	-RRB-
36036	637	24	,	,	,
36036	637	25	adult	adult	NN
36036	637	26	raccoons	raccoon	NNS
36036	637	27	in	in	IN
36036	637	28	that	that	DT
36036	637	29	area	area	NN
36036	637	30	should	should	MD
36036	637	31	be	be	VB
36036	637	32	able	able	JJ
36036	637	33	to	to	TO
36036	637	34	sustain	sustain	VB
36036	637	35	endothermy	endothermy	NNP
36036	637	36	most	most	JJS
36036	637	37	of	of	IN
36036	637	38	the	the	DT
36036	637	39	time	time	NN
36036	637	40	they	-PRON-	PRP
36036	637	41	are	be	VBP
36036	637	42	in	in	IN
36036	637	43	their	-PRON-	PRP$
36036	637	44	dens	den	NNS
36036	637	45	by	by	IN
36036	637	46	simply	simply	RB
36036	637	47	maintaining	maintain	VBG
36036	637	48	[	[	-LRB-
36036	637	49	.H]_{b	.H]_{b	.
36036	637	50	}	}	-RRB-
36036	637	51	.	.	.
36036	638	1	Depending	depend	VBG
36036	638	2	on	on	IN
36036	638	3	the	the	DT
36036	638	4	mass	mass	NN
36036	638	5	of	of	IN
36036	638	6	their	-PRON-	PRP$
36036	638	7	stored	store	VBN
36036	638	8	fat	fat	NN
36036	638	9	,	,	,
36036	638	10	they	-PRON-	PRP
36036	638	11	could	could	MD
36036	638	12	remain	remain	VB
36036	638	13	in	in	IN
36036	638	14	their	-PRON-	PRP$
36036	638	15	dens	den	NNS
36036	638	16	for	for	IN
36036	638	17	several	several	JJ
36036	638	18	weeks	week	NNS
36036	638	19	without	without	IN
36036	638	20	eating	eat	VBG
36036	638	21	(	(	-LRB-
36036	638	22	Mugaas	Mugaas	NNP
36036	638	23	and	and	CC
36036	638	24	Seidensticker	Seidensticker	NNP
36036	638	25	,	,	,
36036	638	26	ms	ms	NNP
36036	638	27	)	)	-RRB-
36036	638	28	.	.	.
36036	639	1	The	the	DT
36036	639	2	thermal	thermal	JJ
36036	639	3	advantage	advantage	NN
36036	639	4	of	of	IN
36036	639	5	a	a	DT
36036	639	6	den	den	NN
36036	639	7	could	could	MD
36036	639	8	be	be	VB
36036	639	9	further	further	RB
36036	639	10	enhanced	enhance	VBN
36036	639	11	during	during	IN
36036	639	12	colder	cold	JJR
36036	639	13	temperatures	temperature	NNS
36036	639	14	if	if	IN
36036	639	15	two	two	CD
36036	639	16	or	or	CC
36036	639	17	more	more	JJR
36036	639	18	raccoons	raccoon	NNS
36036	639	19	occupied	occupy	VBD
36036	639	20	it	-PRON-	PRP
36036	639	21	at	at	IN
36036	639	22	the	the	DT
36036	639	23	same	same	JJ
36036	639	24	time	time	NN
36036	639	25	and	and	CC
36036	639	26	huddled	huddle	VBD
36036	639	27	together	together	RB
36036	639	28	,	,	,
36036	639	29	and/or	and/or	CC
36036	639	30	if	if	IN
36036	639	31	these	these	DT
36036	639	32	animals	animal	NNS
36036	639	33	could	could	MD
36036	639	34	reduce	reduce	VB
36036	639	35	C_{mw	C_{mw	NNS
36036	639	36	}	}	-RRB-
36036	639	37	even	even	RB
36036	639	38	more	more	RBR
36036	639	39	by	by	IN
36036	639	40	lowering	lower	VBG
36036	639	41	T_{b	T_{b	NNP
36036	639	42	}	}	-RRB-
36036	639	43	and	and	CC
36036	639	44	cooling	cool	VBG
36036	639	45	their	-PRON-	PRP$
36036	639	46	extremities	extremity	NNS
36036	639	47	.	.	.
36036	640	1	Although	although	IN
36036	640	2	we	-PRON-	PRP
36036	640	3	do	do	VBP
36036	640	4	not	not	RB
36036	640	5	have	have	VB
36036	640	6	any	any	DT
36036	640	7	data	datum	NNS
36036	640	8	to	to	TO
36036	640	9	verify	verify	VB
36036	640	10	the	the	DT
36036	640	11	second	second	JJ
36036	640	12	mechanism	mechanism	NN
36036	640	13	,	,	,
36036	640	14	there	there	EX
36036	640	15	are	be	VBP
36036	640	16	many	many	JJ
36036	640	17	accounts	account	NNS
36036	640	18	in	in	IN
36036	640	19	natural	natural	JJ
36036	640	20	history	history	NN
36036	640	21	literature	literature	NN
36036	640	22	that	that	WDT
36036	640	23	document	document	VBP
36036	640	24	raccoons	raccoon	NNS
36036	640	25	occupying	occupy	VBG
36036	640	26	dens	den	NNS
36036	640	27	together	together	RB
36036	640	28	(	(	-LRB-
36036	640	29	Lotze	Lotze	NNP
36036	640	30	and	and	CC
36036	640	31	Anderson	Anderson	NNP
36036	640	32	,	,	,
36036	640	33	1979	1979	CD
36036	640	34	)	)	-RRB-
36036	640	35	.	.	.
36036	641	1	This	this	DT
36036	641	2	habit	habit	NN
36036	641	3	could	could	MD
36036	641	4	be	be	VB
36036	641	5	particularly	particularly	RB
36036	641	6	important	important	JJ
36036	641	7	for	for	IN
36036	641	8	the	the	DT
36036	641	9	young	young	JJ
36036	641	10	of	of	IN
36036	641	11	the	the	DT
36036	641	12	year	year	NN
36036	641	13	and	and	CC
36036	641	14	may	may	MD
36036	641	15	be	be	VB
36036	641	16	one	one	CD
36036	641	17	reason	reason	NN
36036	641	18	why	why	WRB
36036	641	19	they	-PRON-	PRP
36036	641	20	often	often	RB
36036	641	21	continue	continue	VBP
36036	641	22	to	to	TO
36036	641	23	den	den	VB
36036	641	24	with	with	IN
36036	641	25	their	-PRON-	PRP$
36036	641	26	mothers	mother	NNS
36036	641	27	during	during	IN
36036	641	28	winter	winter	NN
36036	641	29	(	(	-LRB-
36036	641	30	Lotze	Lotze	NNP
36036	641	31	and	and	CC
36036	641	32	Anderson	Anderson	NNP
36036	641	33	,	,	,
36036	641	34	1979	1979	CD
36036	641	35	;	;	:
36036	641	36	Seidensticker	Seidensticker	NNP
36036	641	37	et	et	NNP
36036	641	38	al	al	NNP
36036	641	39	.	.	NNP
36036	641	40	,	,	,
36036	641	41	1988	1988	CD
36036	641	42	)	)	-RRB-
36036	641	43	.	.	.
36036	642	1	Raccoons	raccoon	NNS
36036	642	2	that	that	WDT
36036	642	3	live	live	VBP
36036	642	4	in	in	IN
36036	642	5	colder	cold	JJR
36036	642	6	climates	climate	NNS
36036	642	7	,	,	,
36036	642	8	such	such	JJ
36036	642	9	as	as	IN
36036	642	10	Minnesota	Minnesota	NNP
36036	642	11	,	,	,
36036	642	12	undoubtedly	undoubtedly	RB
36036	642	13	obtain	obtain	VBP
36036	642	14	the	the	DT
36036	642	15	same	same	JJ
36036	642	16	advantage	advantage	NN
36036	642	17	from	from	IN
36036	642	18	a	a	DT
36036	642	19	den	den	NN
36036	642	20	as	as	IN
36036	642	21	Virginia	Virginia	NNP
36036	642	22	animals	animal	NNS
36036	642	23	,	,	,
36036	642	24	but	but	CC
36036	642	25	because	because	IN
36036	642	26	of	of	IN
36036	642	27	their	-PRON-	PRP$
36036	642	28	greater	great	JJR
36036	642	29	body	body	NN
36036	642	30	mass	mass	NN
36036	642	31	,	,	,
36036	642	32	longer	long	JJR
36036	642	33	fur	fur	NN
36036	642	34	,	,	,
36036	642	35	and	and	CC
36036	642	36	potentially	potentially	RB
36036	642	37	lower	low	JJR
36036	642	38	C_{mw	c_{mw	NN
36036	642	39	}	}	-RRB-
36036	642	40	,	,	,
36036	642	41	T_{lc	t_{lc	ADD
36036	642	42	}	}	-RRB-
36036	642	43	of	of	IN
36036	642	44	a	a	DT
36036	642	45	Minnesota	Minnesota	NNP
36036	642	46	raccoon	raccoon	NN
36036	642	47	in	in	IN
36036	642	48	a	a	DT
36036	642	49	den	den	NN
36036	642	50	could	could	MD
36036	642	51	be	be	VB
36036	642	52	even	even	RB
36036	642	53	lower	low	JJR
36036	642	54	than	than	IN
36036	642	55	what	what	WP
36036	642	56	we	-PRON-	PRP
36036	642	57	calculated	calculate	VBD
36036	642	58	for	for	IN
36036	642	59	Virginia	Virginia	NNP
36036	642	60	raccoons	raccoon	NNS
36036	642	61	.	.	.
36036	643	1	Therefore	therefore	RB
36036	643	2	,	,	,
36036	643	3	when	when	WRB
36036	643	4	they	-PRON-	PRP
36036	643	5	are	be	VBP
36036	643	6	in	in	IN
36036	643	7	their	-PRON-	PRP$
36036	643	8	dens	den	NNS
36036	643	9	,	,	,
36036	643	10	raccoons	raccoon	NNS
36036	643	11	living	live	VBG
36036	643	12	in	in	IN
36036	643	13	very	very	RB
36036	643	14	cold	cold	JJ
36036	643	15	climates	climate	NNS
36036	643	16	also	also	RB
36036	643	17	may	may	MD
36036	643	18	be	be	VB
36036	643	19	able	able	JJ
36036	643	20	to	to	TO
36036	643	21	maintain	maintain	VB
36036	643	22	homeothermy	homeothermy	NNP
36036	643	23	with	with	IN
36036	643	24	a	a	DT
36036	643	25	basal	basal	NN
36036	643	26	level	level	NN
36036	643	27	of	of	IN
36036	643	28	metabolism	metabolism	NN
36036	643	29	.	.	.
36036	644	1	THERMOREGULATION	thermoregulation	NN
36036	644	2	AT	at	IN
36036	644	3	HIGH	high	JJ
36036	644	4	TEMPERATURES	temperatures	NN
36036	644	5	_	_	NNP
36036	644	6	Background	Background	NNP
36036	644	7	_	_	NNP
36036	644	8	In	in	IN
36036	644	9	hot	hot	JJ
36036	644	10	environments	environment	NNS
36036	644	11	mammals	mammal	NNS
36036	644	12	depend	depend	VBP
36036	644	13	on	on	IN
36036	644	14	behavior	behavior	NN
36036	644	15	to	to	TO
36036	644	16	minimize	minimize	VB
36036	644	17	their	-PRON-	PRP$
36036	644	18	thermal	thermal	JJ
36036	644	19	load	load	NN
36036	644	20	(	(	-LRB-
36036	644	21	escape	escape	VB
36036	644	22	to	to	IN
36036	644	23	shaded	shaded	JJ
36036	644	24	or	or	CC
36036	644	25	cooler	cooler	NN
36036	644	26	microclimates	microclimate	NNS
36036	644	27	,	,	,
36036	644	28	use	use	VB
36036	644	29	posture	posture	NN
36036	644	30	and	and	CC
36036	644	31	orientation	orientation	NN
36036	644	32	to	to	IN
36036	644	33	wind	wind	NN
36036	644	34	and	and	CC
36036	644	35	sun	sun	NN
36036	644	36	,	,	,
36036	644	37	restrict	restrict	VBP
36036	644	38	activity	activity	NN
36036	644	39	,	,	,
36036	644	40	become	become	VBP
36036	644	41	nocturnal	nocturnal	JJ
36036	644	42	,	,	,
36036	644	43	etc	etc	FW
36036	644	44	.	.	.
36036	644	45	)	)	-RRB-
36036	645	1	and	and	CC
36036	645	2	on	on	IN
36036	645	3	evaporative	evaporative	JJ
36036	645	4	water	water	NN
36036	645	5	loss	loss	NN
36036	645	6	to	to	TO
36036	645	7	rid	rid	VB
36036	645	8	themselves	-PRON-	PRP
36036	645	9	of	of	IN
36036	645	10	excess	excess	JJ
36036	645	11	heat	heat	NN
36036	645	12	.	.	.
36036	646	1	With	with	IN
36036	646	2	regard	regard	NN
36036	646	3	to	to	IN
36036	646	4	evaporative	evaporative	JJ
36036	646	5	heat	heat	NN
36036	646	6	loss	loss	NN
36036	646	7	,	,	,
36036	646	8	Calder	Calder	NNP
36036	646	9	and	and	CC
36036	646	10	King	King	NNP
36036	646	11	(	(	-LRB-
36036	646	12	1974:326	1974:326	CD
36036	646	13	)	)	-RRB-
36036	646	14	arbitrarily	arbitrarily	RB
36036	646	15	subdivided	subdivide	VBD
36036	646	16	the	the	DT
36036	646	17	response	response	NN
36036	646	18	to	to	IN
36036	646	19	various	various	JJ
36036	646	20	T_{a	T_{a	NNP
36036	646	21	}	}	-RRB-
36036	646	22	's	be	VBZ
36036	646	23	as	as	IN
36036	646	24	follows	follow	VBZ
36036	646	25	:	:	:
36036	646	26	"	"	``
36036	646	27	(	(	-LRB-
36036	646	28	1	1	LS
36036	646	29	)	)	-RRB-
36036	646	30	cool	cool	JJ
36036	646	31	temperatures	temperature	NNS
36036	646	32	at	at	IN
36036	646	33	which	which	WDT
36036	646	34	water	water	NN
36036	646	35	loss	loss	NN
36036	646	36	should	should	MD
36036	646	37	be	be	VB
36036	646	38	minimized	minimize	VBN
36036	646	39	,	,	,
36036	646	40	both	both	DT
36036	646	41	to	to	TO
36036	646	42	reduce	reduce	VB
36036	646	43	heat	heat	NN
36036	646	44	loss	loss	NN
36036	646	45	and	and	CC
36036	646	46	as	as	IN
36036	646	47	an	an	DT
36036	646	48	adaptation	adaptation	NN
36036	646	49	to	to	IN
36036	646	50	terrestriality	terrestriality	NN
36036	646	51	;	;	:
36036	646	52	(	(	-LRB-
36036	646	53	2	2	LS
36036	646	54	)	)	-RRB-
36036	646	55	an	an	DT
36036	646	56	intermediate	intermediate	JJ
36036	646	57	temperature	temperature	NN
36036	646	58	range	range	NN
36036	646	59	wherein	wherein	WRB
36036	646	60	evaporation	evaporation	NN
36036	646	61	is	be	VBZ
36036	646	62	gradually	gradually	RB
36036	646	63	increased	increase	VBN
36036	646	64	as	as	IN
36036	646	65	dry	dry	JJ
36036	646	66	heat	heat	NN
36036	646	67	losses	loss	NNS
36036	646	68	are	be	VBP
36036	646	69	proportionately	proportionately	RB
36036	646	70	reduced	reduce	VBN
36036	646	71	with	with	IN
36036	646	72	smaller	small	JJR
36036	646	73	thermal	thermal	JJ
36036	646	74	gradients	gradient	NNS
36036	646	75	;	;	:
36036	646	76	and	and	CC
36036	646	77	(	(	-LRB-
36036	646	78	3	3	LS
36036	646	79	)	)	-RRB-
36036	646	80	warm	warm	JJ
36036	646	81	to	to	IN
36036	646	82	hot	hot	JJ
36036	646	83	temperatures	temperature	NNS
36036	646	84	at	at	IN
36036	646	85	which	which	WDT
36036	646	86	evaporation	evaporation	NN
36036	646	87	must	must	MD
36036	646	88	be	be	VB
36036	646	89	actively	actively	RB
36036	646	90	increased	increase	VBN
36036	646	91	to	to	TO
36036	646	92	dispose	dispose	VB
36036	646	93	of	of	IN
36036	646	94	metabolic	metabolic	JJ
36036	646	95	and	and	CC
36036	646	96	exogenous	exogenous	JJ
36036	646	97	heat	heat	NN
36036	646	98	loads	load	NNS
36036	646	99	.	.	.
36036	646	100	"	"	''
36036	647	1	Some	some	DT
36036	647	2	mammals	mammal	NNS
36036	647	3	are	be	VBP
36036	647	4	able	able	JJ
36036	647	5	to	to	TO
36036	647	6	thermoregulate	thermoregulate	VB
36036	647	7	very	very	RB
36036	647	8	well	well	RB
36036	647	9	at	at	IN
36036	647	10	high	high	JJ
36036	647	11	ambient	ambient	JJ
36036	647	12	temperatures	temperature	NNS
36036	647	13	via	via	IN
36036	647	14	panting	pant	VBG
36036	647	15	or	or	CC
36036	647	16	sweating	sweat	VBG
36036	647	17	,	,	,
36036	647	18	whereas	whereas	IN
36036	647	19	others	other	NNS
36036	647	20	have	have	VBP
36036	647	21	a	a	DT
36036	647	22	very	very	RB
36036	647	23	limited	limited	JJ
36036	647	24	capacity	capacity	NN
36036	647	25	.	.	.
36036	648	1	Hence	hence	RB
36036	648	2	,	,	,
36036	648	3	there	there	EX
36036	648	4	is	be	VBZ
36036	648	5	no	no	DT
36036	648	6	general	general	JJ
36036	648	7	approach	approach	NN
36036	648	8	to	to	IN
36036	648	9	calculating	calculate	VBG
36036	648	10	evaporative	evaporative	JJ
36036	648	11	water	water	NN
36036	648	12	loss	loss	NN
36036	648	13	under	under	IN
36036	648	14	these	these	DT
36036	648	15	conditions	condition	NNS
36036	648	16	(	(	-LRB-
36036	648	17	Campbell	Campbell	NNP
36036	648	18	,	,	,
36036	648	19	1977:85	1977:85	CD
36036	648	20	)	)	-RRB-
36036	648	21	.	.	.
36036	649	1	However	however	RB
36036	649	2	,	,	,
36036	649	3	the	the	DT
36036	649	4	ratio	ratio	NN
36036	649	5	of	of	IN
36036	649	6	evaporative	evaporative	JJ
36036	649	7	heat	heat	NN
36036	649	8	lost	lose	VBN
36036	649	9	to	to	IN
36036	649	10	metabolic	metabolic	JJ
36036	649	11	heat	heat	NN
36036	649	12	produced	produce	VBN
36036	649	13	can	can	MD
36036	649	14	be	be	VB
36036	649	15	used	use	VBN
36036	649	16	to	to	TO
36036	649	17	quantify	quantify	VB
36036	649	18	a	a	DT
36036	649	19	species	species	NN
36036	649	20	'	'	POS
36036	649	21	capacity	capacity	NN
36036	649	22	for	for	IN
36036	649	23	evaporative	evaporative	JJ
36036	649	24	cooling	cooling	NN
36036	649	25	and	and	CC
36036	649	26	to	to	TO
36036	649	27	make	make	VB
36036	649	28	comparisons	comparison	NNS
36036	649	29	between	between	IN
36036	649	30	species	specie	NNS
36036	649	31	.	.	.
36036	650	1	_	_	NNP
36036	650	2	Comparison	Comparison	NNP
36036	650	3	of	of	IN
36036	650	4	Procyonid	Procyonid	NNP
36036	650	5	Responses	Responses	NNP
36036	650	6	to	to	IN
36036	650	7	Heat	Heat	NNP
36036	650	8	Stress	Stress	NNP
36036	650	9	_	_	NNP
36036	650	10	_	_	NNP
36036	650	11	Potos	Potos	NNP
36036	650	12	flavus._--This	flavus._--this	ADD
36036	650	13	species	specie	NNS
36036	650	14	lives	live	VBZ
36036	650	15	in	in	IN
36036	650	16	Neotropical	neotropical	JJ
36036	650	17	forests	forest	NNS
36036	650	18	of	of	IN
36036	650	19	Central	Central	NNP
36036	650	20	and	and	CC
36036	650	21	South	South	NNP
36036	650	22	America	America	NNP
36036	650	23	.	.	.
36036	651	1	It	-PRON-	PRP
36036	651	2	is	be	VBZ
36036	651	3	nocturnal	nocturnal	JJ
36036	651	4	,	,	,
36036	651	5	arboreal	arboreal	JJ
36036	651	6	in	in	IN
36036	651	7	habit	habit	NN
36036	651	8	,	,	,
36036	651	9	and	and	CC
36036	651	10	appears	appear	VBZ
36036	651	11	to	to	TO
36036	651	12	be	be	VB
36036	651	13	the	the	DT
36036	651	14	most	most	RBS
36036	651	15	heat	heat	NN
36036	651	16	-	-	HYPH
36036	651	17	sensitive	sensitive	JJ
36036	651	18	of	of	IN
36036	651	19	these	these	DT
36036	651	20	procyonids	procyonid	NNS
36036	651	21	.	.	.
36036	652	1	Its	-PRON-	PRP$
36036	652	2	T_{uc	t_{uc	NN
36036	652	3	}	}	-RRB-
36036	652	4	is	be	VBZ
36036	652	5	at	at	IN
36036	652	6	30	30	CD
36036	652	7	°	°	,
36036	652	8	C	C	NNP
36036	652	9	to	to	IN
36036	652	10	33	33	CD
36036	652	11	°	°	,
36036	652	12	C	C	NNP
36036	652	13	(	(	-LRB-
36036	652	14	Table	table	NN
36036	652	15	7	7	CD
36036	652	16	;	;	:
36036	652	17	Müller	Müller	NNP
36036	652	18	and	and	CC
36036	652	19	Kulzer	Kulzer	NNP
36036	652	20	,	,	,
36036	652	21	1977	1977	CD
36036	652	22	;	;	:
36036	652	23	Müller	Müller	NNP
36036	652	24	and	and	CC
36036	652	25	Rost	Rost	NNP
36036	652	26	,	,	,
36036	652	27	1983	1983	CD
36036	652	28	)	)	-RRB-
36036	652	29	.	.	.
36036	653	1	It	-PRON-	PRP
36036	653	2	begins	begin	VBZ
36036	653	3	to	to	TO
36036	653	4	pant	pant	VB
36036	653	5	at	at	IN
36036	653	6	about	about	RB
36036	653	7	30	30	CD
36036	653	8	°	°	,
36036	653	9	C	C	NNP
36036	653	10	,	,	,
36036	653	11	but	but	CC
36036	653	12	its	-PRON-	PRP$
36036	653	13	efforts	effort	NNS
36036	653	14	at	at	IN
36036	653	15	evaporative	evaporative	JJ
36036	653	16	cooling	cooling	NN
36036	653	17	are	be	VBP
36036	653	18	very	very	RB
36036	653	19	ineffective	ineffective	JJ
36036	653	20	.	.	.
36036	654	1	At	at	IN
36036	654	2	33	33	CD
36036	654	3	°	°	,
36036	654	4	C	C	NNP
36036	654	5	_	_	NNP
36036	654	6	Potos	Potos	NNP
36036	654	7	flavus	flavus	NN
36036	654	8	_	_	NNP
36036	654	9	can	can	MD
36036	654	10	dissipate	dissipate	VB
36036	654	11	33	33	CD
36036	654	12	%	%	NN
36036	654	13	of	of	IN
36036	654	14	its	-PRON-	PRP$
36036	654	15	metabolic	metabolic	JJ
36036	654	16	heat	heat	NN
36036	654	17	via	via	IN
36036	654	18	evaporative	evaporative	JJ
36036	654	19	water	water	NN
36036	654	20	loss	loss	NN
36036	654	21	,	,	,
36036	654	22	but	but	CC
36036	654	23	at	at	IN
36036	654	24	35	35	CD
36036	654	25	°	°	,
36036	654	26	C	c	NN
36036	654	27	the	the	DT
36036	654	28	efficiency	efficiency	NN
36036	654	29	of	of	IN
36036	654	30	this	this	DT
36036	654	31	mechanism	mechanism	NN
36036	654	32	falls	fall	VBZ
36036	654	33	to	to	IN
36036	654	34	20	20	CD
36036	654	35	%	%	NN
36036	654	36	(	(	-LRB-
36036	654	37	Müller	Müller	NNP
36036	654	38	and	and	CC
36036	654	39	Rost	Rost	NNP
36036	654	40	,	,	,
36036	654	41	1983	1983	CD
36036	654	42	)	)	-RRB-
36036	654	43	.	.	.
36036	655	1	Consequently	consequently	RB
36036	655	2	,	,	,
36036	655	3	when	when	WRB
36036	655	4	exposed	expose	VBN
36036	655	5	to	to	IN
36036	655	6	T_{a	T_{a	NNP
36036	655	7	}	}	-RRB-
36036	655	8	's	be	VBZ
36036	655	9	above	above	IN
36036	655	10	33	33	CD
36036	655	11	°	°	,
36036	655	12	C	C	NNP
36036	655	13	,	,	,
36036	655	14	any	any	DT
36036	655	15	kind	kind	NN
36036	655	16	of	of	IN
36036	655	17	excitement	excitement	NN
36036	655	18	causes	cause	VBZ
36036	655	19	its	-PRON-	PRP$
36036	655	20	T_{b	T_{b	NNP
36036	655	21	}	}	-RRB-
36036	655	22	to	to	TO
36036	655	23	rise	rise	VB
36036	655	24	rapidly	rapidly	RB
36036	655	25	in	in	IN
36036	655	26	an	an	DT
36036	655	27	uncontrolled	uncontrolled	JJ
36036	655	28	manner	manner	NN
36036	655	29	(	(	-LRB-
36036	655	30	Müller	Müller	NNP
36036	655	31	and	and	CC
36036	655	32	Kulzer	Kulzer	NNP
36036	655	33	,	,	,
36036	655	34	1977	1977	CD
36036	655	35	;	;	:
36036	655	36	Müller	Müller	NNP
36036	655	37	and	and	CC
36036	655	38	Rost	Rost	NNP
36036	655	39	,	,	,
36036	655	40	1983	1983	CD
36036	655	41	)	)	-RRB-
36036	655	42	.	.	.
36036	656	1	These	these	DT
36036	656	2	animals	animal	NNS
36036	656	3	rely	rely	VBP
36036	656	4	on	on	IN
36036	656	5	their	-PRON-	PRP$
36036	656	6	nocturnal	nocturnal	JJ
36036	656	7	and	and	CC
36036	656	8	arboreal	arboreal	JJ
36036	656	9	habits	habit	NNS
36036	656	10	to	to	TO
36036	656	11	keep	keep	VB
36036	656	12	them	-PRON-	PRP
36036	656	13	out	out	IN
36036	656	14	of	of	IN
36036	656	15	situations	situation	NNS
36036	656	16	that	that	WDT
36036	656	17	could	could	MD
36036	656	18	lead	lead	VB
36036	656	19	to	to	IN
36036	656	20	hyperthermia	hyperthermia	NN
36036	656	21	(	(	-LRB-
36036	656	22	Müller	Müller	NNP
36036	656	23	and	and	CC
36036	656	24	Kulzer	Kulzer	NNP
36036	656	25	,	,	,
36036	656	26	1977	1977	CD
36036	656	27	;	;	:
36036	656	28	Müller	Müller	NNP
36036	656	29	and	and	CC
36036	656	30	Rost	Rost	NNP
36036	656	31	,	,	,
36036	656	32	1983	1983	CD
36036	656	33	)	)	-RRB-
36036	656	34	.	.	.
36036	657	1	_	_	NNP
36036	657	2	Nasua	Nasua	NNP
36036	657	3	nasua	nasua	NNP
36036	657	4	_	_	NNP
36036	657	5	and	and	CC
36036	657	6	_	_	NNP
36036	657	7	Nasua	Nasua	NNP
36036	657	8	narica_.--_Nasua	narica_.--_Nasua	NNP
36036	657	9	nasua	nasua	RB
36036	657	10	_	_	NNP
36036	657	11	is	be	VBZ
36036	657	12	abundant	abundant	JJ
36036	657	13	in	in	IN
36036	657	14	tropical	tropical	JJ
36036	657	15	and	and	CC
36036	657	16	subtropical	subtropical	JJ
36036	657	17	South	South	NNP
36036	657	18	America	America	NNP
36036	657	19	,	,	,
36036	657	20	whereas	whereas	IN
36036	657	21	_	_	NNP
36036	657	22	Nasua	Nasua	NNP
36036	657	23	narica	narica	NN
36036	657	24	_	_	NNP
36036	657	25	occupies	occupy	VBZ
36036	657	26	the	the	DT
36036	657	27	same	same	JJ
36036	657	28	climates	climate	NNS
36036	657	29	in	in	IN
36036	657	30	North	North	NNP
36036	657	31	America	America	NNP
36036	657	32	from	from	IN
36036	657	33	southern	southern	JJ
36036	657	34	Arizona	Arizona	NNP
36036	657	35	and	and	CC
36036	657	36	New	New	NNP
36036	657	37	Mexico	Mexico	NNP
36036	657	38	south	south	RB
36036	657	39	through	through	IN
36036	657	40	Panama	Panama	NNP
36036	657	41	and	and	CC
36036	657	42	on	on	RB
36036	657	43	into	into	IN
36036	657	44	Colombia	Colombia	NNP
36036	657	45	and	and	CC
36036	657	46	Ecuador	Ecuador	NNP
36036	657	47	(	(	-LRB-
36036	657	48	Hall	Hall	NNP
36036	657	49	and	and	CC
36036	657	50	Kelson	Kelson	NNP
36036	657	51	,	,	,
36036	657	52	1959:892	1959:892	CD
36036	657	53	;	;	:
36036	657	54	Ewer	Ewer	NNP
36036	657	55	,	,	,
36036	657	56	1973:391	1973:391	CD
36036	657	57	,	,	,
36036	657	58	392	392	CD
36036	657	59	;	;	:
36036	657	60	Poglayen	Poglayen	NNP
36036	657	61	-	-	HYPH
36036	657	62	Neuwall	Neuwall	NNP
36036	657	63	,	,	,
36036	657	64	1975	1975	CD
36036	657	65	)	)	-RRB-
36036	657	66	.	.	.
36036	658	1	Both	both	DT
36036	658	2	coatis	coatis	JJ
36036	658	3	are	be	VBP
36036	658	4	diurnal	diurnal	JJ
36036	658	5	and	and	CC
36036	658	6	forage	forage	VBP
36036	658	7	primarily	primarily	RB
36036	658	8	on	on	IN
36036	658	9	the	the	DT
36036	658	10	ground	ground	NN
36036	658	11	(	(	-LRB-
36036	658	12	Kaufmann	Kaufmann	NNP
36036	658	13	,	,	,
36036	658	14	1962:185	1962:185	CD
36036	658	15	-	-	SYM
36036	658	16	188	188	CD
36036	658	17	,	,	,
36036	658	18	1987	1987	CD
36036	658	19	;	;	:
36036	658	20	Poglayen	Poglayen	NNP
36036	658	21	-	-	HYPH
36036	658	22	Neuwall	Neuwall	NNP
36036	658	23	,	,	,
36036	658	24	1975	1975	CD
36036	658	25	;	;	:
36036	658	26	Nowak	Nowak	NNP
36036	658	27	and	and	CC
36036	658	28	Paradiso	Paradiso	NNP
36036	658	29	,	,	,
36036	658	30	1983:982	1983:982	CD
36036	658	31	)	)	-RRB-
36036	658	32	,	,	,
36036	658	33	consequently	consequently	RB
36036	658	34	they	-PRON-	PRP
36036	658	35	are	be	VBP
36036	658	36	exposed	expose	VBN
36036	658	37	to	to	IN
36036	658	38	a	a	DT
36036	658	39	more	more	RBR
36036	658	40	severe	severe	JJ
36036	658	41	thermal	thermal	JJ
36036	658	42	environment	environment	NN
36036	658	43	while	while	IN
36036	658	44	active	active	JJ
36036	658	45	(	(	-LRB-
36036	658	46	higher	high	JJR
36036	658	47	T_{a	T_{a	NNP
36036	658	48	}	}	-RRB-
36036	658	49	's	's	POS
36036	658	50	and	and	CC
36036	658	51	solar	solar	JJ
36036	658	52	radiation	radiation	NN
36036	658	53	)	)	-RRB-
36036	658	54	than	than	IN
36036	658	55	are	be	VBP
36036	658	56	nocturnal	nocturnal	JJ
36036	658	57	procyonids	procyonid	NNS
36036	658	58	.	.	.
36036	659	1	Both	both	DT
36036	659	2	coatis	coatis	NNP
36036	659	3	are	be	VBP
36036	659	4	more	more	JJR
36036	659	5	heat	heat	NN
36036	659	6	-	-	HYPH
36036	659	7	tolerant	tolerant	RB
36036	659	8	than	than	IN
36036	659	9	_	_	NNP
36036	659	10	Potos	Potos	NNP
36036	659	11	flavus	flavus	NN
36036	659	12	_	_	NNP
36036	659	13	;	;	:
36036	659	14	their	-PRON-	PRP$
36036	659	15	T_{uc	T_{uc	NNS
36036	659	16	}	}	-RRB-
36036	659	17	's	be	VBZ
36036	659	18	are	be	VBP
36036	659	19	higher	high	JJR
36036	659	20	(	(	-LRB-
36036	659	21	33	33	CD
36036	659	22	°	°	,
36036	659	23	C-35	c-35	CD
36036	659	24	°	°	,
36036	659	25	C	C	NNP
36036	659	26	;	;	:
36036	659	27	Table	table	NN
36036	659	28	7	7	CD
36036	659	29	)	)	-RRB-
36036	659	30	,	,	,
36036	659	31	they	-PRON-	PRP
36036	659	32	can	can	MD
36036	659	33	tolerate	tolerate	VB
36036	659	34	T_{a	T_{a	NNP
36036	659	35	}	}	-RRB-
36036	659	36	's	's	NN
36036	659	37	of	of	IN
36036	659	38	35	35	CD
36036	659	39	°	°	,
36036	659	40	C	C	NNP
36036	659	41	without	without	IN
36036	659	42	raising	raise	VBG
36036	659	43	their	-PRON-	PRP$
36036	659	44	T_{b	T_{b	NNP
36036	659	45	}	}	-RRB-
36036	659	46	's	be	VBZ
36036	659	47	(	(	-LRB-
36036	659	48	Chevillard	Chevillard	NNP
36036	659	49	-	-	HYPH
36036	659	50	Hugot	Hugot	NNP
36036	659	51	et	et	FW
36036	659	52	al	al	NNP
36036	659	53	.	.	NNP
36036	659	54	,	,	,
36036	659	55	1980	1980	CD
36036	659	56	;	;	:
36036	659	57	Mugaas	Mugaas	NNP
36036	659	58	et	et	FW
36036	659	59	al	al	NNP
36036	659	60	.	.	NNP
36036	659	61	,	,	,
36036	659	62	in	in	IN
36036	659	63	prep	prep	NNP
36036	659	64	.	.	.
36036	660	1	)	)	-RRB-
36036	660	2	,	,	,
36036	660	3	and	and	CC
36036	660	4	they	-PRON-	PRP
36036	660	5	have	have	VBP
36036	660	6	a	a	DT
36036	660	7	greater	great	JJR
36036	660	8	capacity	capacity	NN
36036	660	9	for	for	IN
36036	660	10	evaporative	evaporative	JJ
36036	660	11	cooling	cooling	NN
36036	660	12	than	than	IN
36036	660	13	_	_	NNP
36036	660	14	Potos	Potos	NNP
36036	660	15	flavus	flavus	NN
36036	660	16	_	_	NNP
36036	660	17	(	(	-LRB-
36036	660	18	Mugaas	Mugaas	NNP
36036	660	19	et	et	FW
36036	660	20	al	al	NNP
36036	660	21	.	.	NNP
36036	660	22	,	,	,
36036	660	23	in	in	IN
36036	660	24	prep	prep	NNP
36036	660	25	.	.	.
36036	660	26	)	)	-RRB-
36036	660	27	.	.	.
36036	661	1	The	the	DT
36036	661	2	greater	great	JJR
36036	661	3	heat	heat	NN
36036	661	4	tolerance	tolerance	NN
36036	661	5	of	of	IN
36036	661	6	these	these	DT
36036	661	7	coatis	coatis	NN
36036	661	8	is	be	VBZ
36036	661	9	compatible	compatible	JJ
36036	661	10	with	with	IN
36036	661	11	their	-PRON-	PRP$
36036	661	12	diurnal	diurnal	JJ
36036	661	13	habits	habit	NNS
36036	661	14	and	and	CC
36036	661	15	widespread	widespread	JJ
36036	661	16	distribution	distribution	NN
36036	661	17	in	in	IN
36036	661	18	a	a	DT
36036	661	19	variety	variety	NN
36036	661	20	of	of	IN
36036	661	21	forest	forest	NN
36036	661	22	habitats	habitat	NNS
36036	661	23	in	in	IN
36036	661	24	both	both	CC
36036	661	25	tropical	tropical	JJ
36036	661	26	and	and	CC
36036	661	27	subtropical	subtropical	JJ
36036	661	28	areas	area	NNS
36036	661	29	of	of	IN
36036	661	30	the	the	DT
36036	661	31	western	western	JJ
36036	661	32	hemisphere	hemisphere	NN
36036	661	33	.	.	.
36036	662	1	_	_	NNP
36036	662	2	Bassariscus	Bassariscus	NNP
36036	662	3	astutus._--In	astutus._--In	NNP
36036	662	4	addition	addition	NN
36036	662	5	to	to	IN
36036	662	6	living	live	VBG
36036	662	7	in	in	IN
36036	662	8	Neotropical	neotropical	JJ
36036	662	9	forests	forest	NNS
36036	662	10	of	of	IN
36036	662	11	Mexico	Mexico	NNP
36036	662	12	,	,	,
36036	662	13	_	_	NNP
36036	662	14	Bassariscus	Bassariscus	NNP
36036	662	15	astutus	astutus	NN
36036	662	16	_	_	NNP
36036	662	17	also	also	RB
36036	662	18	flourishes	flourish	VBZ
36036	662	19	in	in	IN
36036	662	20	hot	hot	JJ
36036	662	21	arid	arid	NN
36036	662	22	climates	climate	NNS
36036	662	23	,	,	,
36036	662	24	and	and	CC
36036	662	25	it	-PRON-	PRP
36036	662	26	has	have	VBZ
36036	662	27	extended	extend	VBN
36036	662	28	its	-PRON-	PRP$
36036	662	29	range	range	NN
36036	662	30	much	much	RB
36036	662	31	farther	farth	JJR
36036	662	32	north	north	RB
36036	662	33	than	than	IN
36036	662	34	_	_	NNP
36036	662	35	Nasua	Nasua	NNP
36036	662	36	narica	narica	NN
36036	662	37	_	_	NNP
36036	662	38	(	(	-LRB-
36036	662	39	Hall	Hall	NNP
36036	662	40	and	and	CC
36036	662	41	Kelson	Kelson	NNP
36036	662	42	,	,	,
36036	662	43	1959:881,892	1959:881,892	CD
36036	662	44	;	;	:
36036	662	45	Poglayen	Poglayen	NNP
36036	662	46	-	-	HYPH
36036	662	47	Neuwall	Neuwall	NNP
36036	662	48	,	,	,
36036	662	49	1975	1975	CD
36036	662	50	;	;	:
36036	662	51	Kaufmann	Kaufmann	NNP
36036	662	52	,	,	,
36036	662	53	1982	1982	CD
36036	662	54	)	)	-RRB-
36036	662	55	.	.	.
36036	663	1	Its	-PRON-	PRP$
36036	663	2	T_{uc	t_{uc	NN
36036	663	3	}	}	-RRB-
36036	663	4	is	be	VBZ
36036	663	5	higher	high	JJR
36036	663	6	(	(	-LRB-
36036	663	7	35.5	35.5	CD
36036	663	8	°	°	,
36036	663	9	C	C	NNP
36036	663	10	;	;	:
36036	663	11	Table	table	NN
36036	663	12	7	7	CD
36036	663	13	)	)	-RRB-
36036	663	14	than	than	IN
36036	663	15	that	that	DT
36036	663	16	of	of	IN
36036	663	17	_	_	NNP
36036	663	18	Potos	Potos	NNP
36036	663	19	flavus	flavus	NN
36036	663	20	_	_	NNP
36036	663	21	,	,	,
36036	663	22	but	but	CC
36036	663	23	it	-PRON-	PRP
36036	663	24	is	be	VBZ
36036	663	25	comparable	comparable	JJ
36036	663	26	to	to	IN
36036	663	27	those	those	DT
36036	663	28	of	of	IN
36036	663	29	_	_	NNP
36036	663	30	Nasua	Nasua	NNP
36036	663	31	nasua	nasua	NNP
36036	663	32	_	_	NNP
36036	663	33	and	and	CC
36036	663	34	_	_	NNP
36036	663	35	Nasua	Nasua	NNP
36036	663	36	narica	narica	NNP
36036	663	37	_	_	NNP
36036	663	38	.	.	.
36036	664	1	Its	-PRON-	PRP$
36036	664	2	capacity	capacity	NN
36036	664	3	for	for	IN
36036	664	4	evaporative	evaporative	JJ
36036	664	5	cooling	cooling	NN
36036	664	6	is	be	VBZ
36036	664	7	well	well	RB
36036	664	8	developed	developed	JJ
36036	664	9	;	;	:
36036	664	10	at	at	IN
36036	664	11	40	40	CD
36036	664	12	°	°	NNS
36036	664	13	C	C	NNP
36036	664	14	_	_	NNP
36036	664	15	Bassariscus	Bassariscus	NNP
36036	664	16	astutus	astutus	NN
36036	664	17	_	_	NNP
36036	664	18	is	be	VBZ
36036	664	19	able	able	JJ
36036	664	20	to	to	TO
36036	664	21	dissipate	dissipate	VB
36036	664	22	100	100	CD
36036	664	23	%	%	NN
36036	664	24	of	of	IN
36036	664	25	its	-PRON-	PRP$
36036	664	26	resting	rest	VBG
36036	664	27	metabolic	metabolic	JJ
36036	664	28	heat	heat	NN
36036	664	29	via	via	IN
36036	664	30	evaporative	evaporative	JJ
36036	664	31	water	water	NN
36036	664	32	loss	loss	NN
36036	664	33	,	,	,
36036	664	34	and	and	CC
36036	664	35	at	at	IN
36036	664	36	45	45	CD
36036	664	37	°	°	,
36036	664	38	C	C	NNP
36036	664	39	it	-PRON-	PRP
36036	664	40	is	be	VBZ
36036	664	41	able	able	JJ
36036	664	42	to	to	TO
36036	664	43	dissipate	dissipate	VB
36036	664	44	172	172	CD
36036	664	45	%	%	NN
36036	664	46	(	(	-LRB-
36036	664	47	Chevalier	Chevalier	NNP
36036	664	48	,	,	,
36036	664	49	1985	1985	CD
36036	664	50	)	)	-RRB-
36036	664	51	.	.	.
36036	665	1	In	in	IN
36036	665	2	spite	spite	NN
36036	665	3	of	of	IN
36036	665	4	its	-PRON-	PRP$
36036	665	5	great	great	JJ
36036	665	6	capacity	capacity	NN
36036	665	7	for	for	IN
36036	665	8	evaporative	evaporative	JJ
36036	665	9	cooling	cooling	NN
36036	665	10	,	,	,
36036	665	11	this	this	DT
36036	665	12	species	species	NN
36036	665	13	is	be	VBZ
36036	665	14	nocturnal	nocturnal	JJ
36036	665	15	,	,	,
36036	665	16	a	a	DT
36036	665	17	habit	habit	NN
36036	665	18	that	that	WDT
36036	665	19	,	,	,
36036	665	20	along	along	IN
36036	665	21	with	with	IN
36036	665	22	its	-PRON-	PRP$
36036	665	23	low	low	JJ
36036	665	24	[	[	-LRB-
36036	665	25	.H]_{b	.h]_{b	NN
36036	665	26	}	}	-RRB-
36036	665	27	,	,	,
36036	665	28	should	should	MD
36036	665	29	allow	allow	VB
36036	665	30	it	-PRON-	PRP
36036	665	31	to	to	TO
36036	665	32	keep	keep	VB
36036	665	33	thermoregulatory	thermoregulatory	JJ
36036	665	34	water	water	NN
36036	665	35	requirements	requirement	NNS
36036	665	36	to	to	IN
36036	665	37	a	a	DT
36036	665	38	minimum	minimum	NN
36036	665	39	.	.	.
36036	666	1	_	_	NNP
36036	666	2	Procyon	Procyon	NNP
36036	666	3	lotor._--Our	lotor._--Our	NNP
36036	666	4	data	datum	NNS
36036	666	5	suggested	suggest	VBD
36036	666	6	that	that	IN
36036	666	7	T_{uc	t_{uc	NN
36036	666	8	}	}	-RRB-
36036	666	9	for	for	IN
36036	666	10	_	_	NNP
36036	666	11	Procyon	Procyon	NNP
36036	666	12	lotor	lotor	NN
36036	666	13	_	_	NNP
36036	666	14	in	in	IN
36036	666	15	winter	winter	NN
36036	666	16	was	be	VBD
36036	666	17	comparable	comparable	JJ
36036	666	18	to	to	IN
36036	666	19	that	that	DT
36036	666	20	for	for	IN
36036	666	21	_	_	NNP
36036	666	22	Bassariscus	Bassariscus	NNP
36036	666	23	astutus	astutus	NN
36036	666	24	_	_	NNP
36036	666	25	(	(	-LRB-
36036	666	26	35	35	CD
36036	666	27	°	°	,
36036	666	28	C	C	NNP
36036	666	29	)	)	-RRB-
36036	666	30	,	,	,
36036	666	31	and	and	CC
36036	666	32	that	that	IN
36036	666	33	in	in	IN
36036	666	34	summer	summer	NN
36036	666	35	it	-PRON-	PRP
36036	666	36	was	be	VBD
36036	666	37	even	even	RB
36036	666	38	higher	high	JJR
36036	666	39	.	.	.
36036	667	1	When	when	WRB
36036	667	2	exposed	expose	VBN
36036	667	3	to	to	IN
36036	667	4	temperatures	temperature	NNS
36036	667	5	near	near	IN
36036	667	6	the	the	DT
36036	667	7	upper	upper	JJ
36036	667	8	end	end	NN
36036	667	9	of	of	IN
36036	667	10	its	-PRON-	PRP$
36036	667	11	T_{n	T_{n	NNP
36036	667	12	}	}	-RRB-
36036	667	13	,	,	,
36036	667	14	_	_	NNP
36036	667	15	Procyon	Procyon	NNP
36036	667	16	lotor	lotor	NN
36036	667	17	_	_	NNP
36036	667	18	increased	increase	VBD
36036	667	19	the	the	DT
36036	667	20	gradient	gradient	NN
36036	667	21	for	for	IN
36036	667	22	passive	passive	JJ
36036	667	23	heat	heat	NN
36036	667	24	loss	loss	NN
36036	667	25	with	with	IN
36036	667	26	a	a	DT
36036	667	27	controlled	control	VBN
36036	667	28	rise	rise	NN
36036	667	29	in	in	IN
36036	667	30	T_{b	T_{b	NNP
36036	667	31	}	}	-RRB-
36036	667	32	(	(	-LRB-
36036	667	33	Figure	Figure	NNP
36036	667	34	6	6	CD
36036	667	35	)	)	-RRB-
36036	667	36	.	.	.
36036	668	1	In	in	IN
36036	668	2	summer	summer	NN
36036	668	3	its	-PRON-	PRP$
36036	668	4	capacity	capacity	NN
36036	668	5	for	for	IN
36036	668	6	passive	passive	JJ
36036	668	7	heat	heat	NN
36036	668	8	loss	loss	NN
36036	668	9	was	be	VBD
36036	668	10	enhanced	enhance	VBN
36036	668	11	by	by	IN
36036	668	12	the	the	DT
36036	668	13	molt	molt	NN
36036	668	14	of	of	IN
36036	668	15	its	-PRON-	PRP$
36036	668	16	heavy	heavy	JJ
36036	668	17	winter	winter	NN
36036	668	18	fur	fur	NN
36036	668	19	.	.	.
36036	669	1	_	_	NNP
36036	669	2	Procyon	Procyon	NNP
36036	669	3	lotor	lotor	NN
36036	669	4	_	_	NNP
36036	669	5	's	's	POS
36036	669	6	capacity	capacity	NN
36036	669	7	for	for	IN
36036	669	8	evaporative	evaporative	JJ
36036	669	9	cooling	cooling	NN
36036	669	10	also	also	RB
36036	669	11	appeared	appear	VBD
36036	669	12	to	to	TO
36036	669	13	be	be	VB
36036	669	14	well	well	RB
36036	669	15	developed	developed	JJ
36036	669	16	,	,	,
36036	669	17	although	although	IN
36036	669	18	our	-PRON-	PRP$
36036	669	19	animals	animal	NNS
36036	669	20	were	be	VBD
36036	669	21	not	not	RB
36036	669	22	heated	heat	VBN
36036	669	23	to	to	IN
36036	669	24	the	the	DT
36036	669	25	point	point	NN
36036	669	26	that	that	WDT
36036	669	27	evaporative	evaporative	JJ
36036	669	28	cooling	cooling	NN
36036	669	29	was	be	VBD
36036	669	30	fully	fully	RB
36036	669	31	expressed	express	VBN
36036	669	32	(	(	-LRB-
36036	669	33	Figures	figure	NNS
36036	669	34	4	4	CD
36036	669	35	,	,	,
36036	669	36	5	5	CD
36036	669	37	)	)	-RRB-
36036	669	38	.	.	.
36036	670	1	However	however	RB
36036	670	2	,	,	,
36036	670	3	_	_	NNP
36036	670	4	Procyon	Procyon	NNP
36036	670	5	lotor	lotor	NN
36036	670	6	_	_	NNP
36036	670	7	is	be	VBZ
36036	670	8	nocturnal	nocturnal	JJ
36036	670	9	,	,	,
36036	670	10	and	and	CC
36036	670	11	this	this	DT
36036	670	12	may	may	MD
36036	670	13	allow	allow	VB
36036	670	14	it	-PRON-	PRP
36036	670	15	to	to	TO
36036	670	16	eliminate	eliminate	VB
36036	670	17	,	,	,
36036	670	18	or	or	CC
36036	670	19	at	at	IN
36036	670	20	least	least	JJS
36036	670	21	reduce	reduce	VB
36036	670	22	,	,	,
36036	670	23	the	the	DT
36036	670	24	need	need	NN
36036	670	25	for	for	IN
36036	670	26	evaporative	evaporative	JJ
36036	670	27	cooling	cooling	NN
36036	670	28	,	,	,
36036	670	29	even	even	RB
36036	670	30	in	in	IN
36036	670	31	hot	hot	JJ
36036	670	32	climates	climate	NNS
36036	670	33	.	.	.
36036	671	1	Thus	thus	RB
36036	671	2	,	,	,
36036	671	3	_	_	NNP
36036	671	4	Procyon	Procyon	NNP
36036	671	5	lotor	lotor	NN
36036	671	6	_	_	NNP
36036	671	7	appears	appear	VBZ
36036	671	8	to	to	TO
36036	671	9	be	be	VB
36036	671	10	well	well	RB
36036	671	11	equipped	equip	VBN
36036	671	12	physiologically	physiologically	RB
36036	671	13	and	and	CC
36036	671	14	behaviorally	behaviorally	RB
36036	671	15	to	to	TO
36036	671	16	cope	cope	VB
36036	671	17	with	with	IN
36036	671	18	thermal	thermal	JJ
36036	671	19	demands	demand	NNS
36036	671	20	of	of	IN
36036	671	21	hot	hot	JJ
36036	671	22	environments	environment	NNS
36036	671	23	in	in	IN
36036	671	24	its	-PRON-	PRP$
36036	671	25	distribution	distribution	NN
36036	671	26	.	.	.
36036	672	1	_	_	NNP
36036	672	2	Procyon	Procyon	NNP
36036	672	3	cancrivorus._--Unfortunately	cancrivorus._--unfortunately	RB
36036	672	4	,	,	,
36036	672	5	data	datum	NNS
36036	672	6	for	for	IN
36036	672	7	the	the	DT
36036	672	8	crab	crab	NN
36036	672	9	-	-	HYPH
36036	672	10	eating	eat	VBG
36036	672	11	raccoon	raccoon	NN
36036	672	12	are	be	VBP
36036	672	13	not	not	RB
36036	672	14	complete	complete	JJ
36036	672	15	enough	enough	RB
36036	672	16	at	at	IN
36036	672	17	high	high	JJ
36036	672	18	temperatures	temperature	NNS
36036	672	19	to	to	TO
36036	672	20	include	include	VB
36036	672	21	it	-PRON-	PRP
36036	672	22	in	in	IN
36036	672	23	this	this	DT
36036	672	24	survey	survey	NN
36036	672	25	.	.	.
36036	673	1	SUMMARY.--This	SUMMARY.--This	NNP
36036	673	2	comparison	comparison	NN
36036	673	3	demonstrates	demonstrate	VBZ
36036	673	4	that	that	DT
36036	673	5	capacity	capacity	NN
36036	673	6	for	for	IN
36036	673	7	evaporative	evaporative	JJ
36036	673	8	cooling	cooling	NN
36036	673	9	,	,	,
36036	673	10	tolerance	tolerance	NN
36036	673	11	of	of	IN
36036	673	12	an	an	DT
36036	673	13	elevated	elevated	JJ
36036	673	14	T_{b	T_{b	NNP
36036	673	15	}	}	-RRB-
36036	673	16	to	to	TO
36036	673	17	enhance	enhance	VB
36036	673	18	passive	passive	JJ
36036	673	19	heat	heat	NN
36036	673	20	loss	loss	NN
36036	673	21	,	,	,
36036	673	22	and	and	CC
36036	673	23	behavioral	behavioral	JJ
36036	673	24	avoidance	avoidance	NN
36036	673	25	of	of	IN
36036	673	26	thermal	thermal	JJ
36036	673	27	stress	stress	NN
36036	673	28	are	be	VBP
36036	673	29	the	the	DT
36036	673	30	primary	primary	JJ
36036	673	31	methods	method	NNS
36036	673	32	used	use	VBN
36036	673	33	by	by	IN
36036	673	34	procyonids	procyonid	NNS
36036	673	35	to	to	TO
36036	673	36	thermoregulate	thermoregulate	VB
36036	673	37	at	at	IN
36036	673	38	high	high	JJ
36036	673	39	temperatures	temperature	NNS
36036	673	40	.	.	.
36036	674	1	_	_	NNP
36036	674	2	Procyon	Procyon	NNP
36036	674	3	lotor	lotor	NN
36036	674	4	_	_	NNP
36036	674	5	and	and	CC
36036	674	6	_	_	NNP
36036	674	7	Bassariscus	Bassariscus	NNP
36036	674	8	astutus	astutus	NN
36036	674	9	_	_	NNP
36036	674	10	,	,	,
36036	674	11	whose	whose	WP$
36036	674	12	distributions	distribution	NNS
36036	674	13	extend	extend	VBP
36036	674	14	into	into	IN
36036	674	15	temperate	temperate	NN
36036	674	16	regions	region	NNS
36036	674	17	,	,	,
36036	674	18	have	have	VBP
36036	674	19	developed	develop	VBN
36036	674	20	these	these	DT
36036	674	21	abilities	ability	NNS
36036	674	22	to	to	IN
36036	674	23	a	a	DT
36036	674	24	greater	great	JJR
36036	674	25	extent	extent	NN
36036	674	26	than	than	IN
36036	674	27	other	other	JJ
36036	674	28	procyonids	procyonid	NNS
36036	674	29	.	.	.
36036	675	1	_	_	NNP
36036	675	2	Potos	Potos	NNP
36036	675	3	flavus	flavus	NN
36036	675	4	_	_	NNP
36036	675	5	,	,	,
36036	675	6	whose	whose	WP$
36036	675	7	distribution	distribution	NN
36036	675	8	is	be	VBZ
36036	675	9	confined	confine	VBN
36036	675	10	to	to	TO
36036	675	11	lowland	lowland	VB
36036	675	12	tropical	tropical	JJ
36036	675	13	forests	forest	NNS
36036	675	14	,	,	,
36036	675	15	has	have	VBZ
36036	675	16	the	the	DT
36036	675	17	least	least	JJS
36036	675	18	ability	ability	NN
36036	675	19	in	in	IN
36036	675	20	this	this	DT
36036	675	21	regard	regard	NN
36036	675	22	.	.	.
36036	676	1	_	_	NNP
36036	676	2	Nasua	Nasua	NNP
36036	676	3	nasua	nasua	NNP
36036	676	4	_	_	NNP
36036	676	5	and	and	CC
36036	676	6	_	_	NNP
36036	676	7	Nasua	Nasua	NNP
36036	676	8	narica	narica	NN
36036	676	9	_	_	NNP
36036	676	10	appear	appear	VBP
36036	676	11	to	to	TO
36036	676	12	have	have	VB
36036	676	13	thermoregulatory	thermoregulatory	JJ
36036	676	14	abilities	ability	NNS
36036	676	15	that	that	WDT
36036	676	16	are	be	VBP
36036	676	17	intermediate	intermediate	JJ
36036	676	18	to	to	IN
36036	676	19	those	those	DT
36036	676	20	of	of	IN
36036	676	21	_	_	NNP
36036	676	22	Bassariscus	Bassariscus	NNP
36036	676	23	astutus	astutus	NN
36036	676	24	_	_	NNP
36036	676	25	and	and	CC
36036	676	26	_	_	NNP
36036	676	27	Potos	Potos	NNP
36036	676	28	flavus	flavus	NN
36036	676	29	_	_	NNP
36036	676	30	.	.	.
36036	677	1	This	this	DT
36036	677	2	suggests	suggest	VBZ
36036	677	3	that	that	IN
36036	677	4	ancestral	ancestral	JJ
36036	677	5	procyonids	procyonid	NNS
36036	677	6	may	may	MD
36036	677	7	have	have	VB
36036	677	8	had	have	VBN
36036	677	9	poor	poor	JJ
36036	677	10	to	to	IN
36036	677	11	modest	modest	JJ
36036	677	12	ability	ability	NN
36036	677	13	to	to	TO
36036	677	14	thermoregulate	thermoregulate	VB
36036	677	15	at	at	IN
36036	677	16	high	high	JJ
36036	677	17	temperatures	temperature	NNS
36036	677	18	,	,	,
36036	677	19	a	a	DT
36036	677	20	condition	condition	NN
36036	677	21	that	that	WDT
36036	677	22	would	would	MD
36036	677	23	have	have	VB
36036	677	24	limited	limit	VBN
36036	677	25	their	-PRON-	PRP$
36036	677	26	ability	ability	NN
36036	677	27	to	to	TO
36036	677	28	leave	leave	VB
36036	677	29	the	the	DT
36036	677	30	thermal	thermal	JJ
36036	677	31	stability	stability	NN
36036	677	32	afforded	afford	VBN
36036	677	33	by	by	IN
36036	677	34	tropical	tropical	JJ
36036	677	35	forests	forest	NNS
36036	677	36	.	.	.
36036	678	1	Dispersal	dispersal	JJ
36036	678	2	into	into	IN
36036	678	3	temperate	temperate	NN
36036	678	4	climates	climate	NNS
36036	678	5	,	,	,
36036	678	6	therefore	therefore	RB
36036	678	7	,	,	,
36036	678	8	required	require	VBN
36036	678	9	not	not	RB
36036	678	10	only	only	RB
36036	678	11	increased	increase	VBN
36036	678	12	cold	cold	JJ
36036	678	13	tolerance	tolerance	NN
36036	678	14	but	but	CC
36036	678	15	also	also	RB
36036	678	16	selective	selective	JJ
36036	678	17	enhancement	enhancement	NN
36036	678	18	of	of	IN
36036	678	19	those	those	DT
36036	678	20	mechanisms	mechanism	NNS
36036	678	21	used	use	VBN
36036	678	22	in	in	IN
36036	678	23	thermoregulation	thermoregulation	NN
36036	678	24	at	at	IN
36036	678	25	high	high	JJ
36036	678	26	temperatures	temperature	NNS
36036	678	27	.	.	.
36036	679	1	TABLE	TABLE	NNS
36036	679	2	11.--Distribution	11.--distribution	CD
36036	679	3	by	by	IN
36036	679	4	climate	climate	NN
36036	679	5	of	of	IN
36036	679	6	selected	select	VBN
36036	679	7	procyonid	procyonid	NN
36036	679	8	species	specie	NNS
36036	679	9	.	.	.
36036	680	1	-----------------------+---------------------------------------------	-----------------------+---------------------------------------------	:
36036	680	2	|	|	NNP
36036	680	3	Mild[a	Mild[a	NNP
36036	680	4	]	]	-RRB-
36036	680	5	Cold[b	Cold[b	NNP
36036	680	6	]	]	-RRB-
36036	680	7	Species	Species	NNP
36036	680	8	|	|	NNP
36036	680	9	Tropics	Tropics	NNPS
36036	680	10	Subtropics	subtropic	NNS
36036	680	11	temperate	temperate	VBP
36036	680	12	temperate	temperate	NN
36036	680	13	-----------------------+---------------------------------------------	-----------------------+---------------------------------------------	:
36036	680	14	_	_	NNP
36036	680	15	Procyon	Procyon	NNP
36036	680	16	lotor	lotor	NN
36036	680	17	_	_	NNP
36036	680	18	|	|	NNP
36036	680	19	+	+	CC
36036	680	20	+	+	SYM
36036	680	21	+	+	SYM
36036	680	22	+	+	SYM
36036	680	23	_	_	NNP
36036	680	24	Bassariscus	Bassariscus	NNP
36036	680	25	astutus	astutus	NN
36036	680	26	_	_	NNP
36036	680	27	|	|	NNP
36036	680	28	+	+	NNP
36036	680	29	+	+	SYM
36036	680	30	+	+	SYM
36036	680	31	_	_	NNP
36036	680	32	Nasua	Nasua	NNP
36036	680	33	nasua	nasua	NN
36036	680	34	_	_	NNP
36036	680	35	|	|	NNP
36036	680	36	+	+	NNP
36036	680	37	+	+	SYM
36036	680	38	_	_	NNP
36036	680	39	Nasua	Nasua	NNP
36036	680	40	narica	narica	NN
36036	680	41	_	_	NNP
36036	680	42	|	|	NNP
36036	680	43	+	+	CC
36036	680	44	+	+	SYM
36036	680	45	_	_	NNP
36036	680	46	Procyon	Procyon	NNP
36036	680	47	cancrivorus	cancrivoru	VBZ
36036	680	48	_	_	NNP
36036	680	49	|	|	NNP
36036	680	50	+	+	NNP
36036	680	51	+	+	SYM
36036	680	52	_	_	NNP
36036	680	53	Potos	Potos	NNP
36036	680	54	flavus	flavus	NN
36036	680	55	_	_	NNP
36036	680	56	|	|	NNP
36036	680	57	+	+	SYM
36036	680	58	-----------------------+---------------------------------------------	-----------------------+---------------------------------------------	:
36036	680	59	[	[	-LRB-
36036	680	60	a	a	NN
36036	680	61	]	]	-RRB-
36036	680	62	Extends	extend	NNS
36036	680	63	from	from	IN
36036	680	64	the	the	DT
36036	680	65	subtropics	subtropic	NNS
36036	680	66	north	north	RB
36036	680	67	to	to	IN
36036	680	68	the	the	DT
36036	680	69	northern	northern	JJ
36036	680	70	limit	limit	NN
36036	680	71	of	of	IN
36036	680	72	_	_	NNP
36036	680	73	Bassariscus	Bassariscus	NNP
36036	680	74	astutus	astutus	NN
36036	680	75	_	_	NNP
36036	680	76	'	'	POS
36036	680	77	distribution	distribution	NN
36036	680	78	(	(	-LRB-
36036	680	79	Hall	Hall	NNP
36036	680	80	and	and	CC
36036	680	81	Kelson	Kelson	NNP
36036	680	82	,	,	,
36036	680	83	1959:881	1959:881	CD
36036	680	84	)	)	-RRB-
36036	680	85	,	,	,
36036	680	86	which	which	WDT
36036	680	87	approximates	approximate	VBZ
36036	680	88	the	the	DT
36036	680	89	10	10	CD
36036	680	90	°	°	NNS
36036	680	91	C	C	NNP
36036	680	92	isotherm	isotherm	NN
36036	680	93	for	for	IN
36036	680	94	average	average	JJ
36036	680	95	annual	annual	JJ
36036	680	96	temperature	temperature	NN
36036	680	97	in	in	IN
36036	680	98	the	the	DT
36036	680	99	United	United	NNP
36036	680	100	States	States	NNP
36036	680	101	(	(	-LRB-
36036	680	102	Kincer	Kincer	NNP
36036	680	103	,	,	,
36036	680	104	1941	1941	CD
36036	680	105	)	)	-RRB-
36036	680	106	.	.	.
36036	681	1	[	[	-LRB-
36036	681	2	b	b	NN
36036	681	3	]	]	-RRB-
36036	681	4	Extends	extend	VBZ
36036	681	5	northward	northward	RB
36036	681	6	from	from	IN
36036	681	7	the	the	DT
36036	681	8	10	10	CD
36036	681	9	°	°	NNS
36036	681	10	C	C	NNP
36036	681	11	isotherm	isotherm	NN
36036	681	12	for	for	IN
36036	681	13	average	average	JJ
36036	681	14	annual	annual	JJ
36036	681	15	temperature	temperature	NN
36036	681	16	in	in	IN
36036	681	17	the	the	DT
36036	681	18	United	United	NNP
36036	681	19	States	States	NNP
36036	681	20	.	.	.
36036	682	1	COMPOSITE	COMPOSITE	NNS
36036	682	2	SCORES	score	NNS
36036	682	3	OF	of	IN
36036	682	4	ADAPTIVE	ADAPTIVE	NNP
36036	682	5	UNITS	unit	NNS
36036	682	6	AND	and	CC
36036	682	7	GEOGRAPHIC	geographic	NN
36036	682	8	DISTRIBUTION	distribution	NN
36036	682	9	In	in	IN
36036	682	10	Table	table	NN
36036	682	11	11	11	CD
36036	682	12	,	,	,
36036	682	13	procyonid	procyonid	NN
36036	682	14	species	specie	NNS
36036	682	15	are	be	VBP
36036	682	16	arranged	arrange	VBN
36036	682	17	in	in	IN
36036	682	18	descending	descend	VBG
36036	682	19	order	order	NN
36036	682	20	with	with	IN
36036	682	21	respect	respect	NN
36036	682	22	to	to	IN
36036	682	23	the	the	DT
36036	682	24	number	number	NN
36036	682	25	of	of	IN
36036	682	26	major	major	JJ
36036	682	27	climates	climate	NNS
36036	682	28	that	that	WDT
36036	682	29	are	be	VBP
36036	682	30	included	include	VBN
36036	682	31	in	in	IN
36036	682	32	their	-PRON-	PRP$
36036	682	33	geographic	geographic	JJ
36036	682	34	distributions	distribution	NNS
36036	682	35	(	(	-LRB-
36036	682	36	Hall	Hall	NNP
36036	682	37	and	and	CC
36036	682	38	Kelson	Kelson	NNP
36036	682	39	,	,	,
36036	682	40	1959:878	1959:878	CD
36036	682	41	-	-	SYM
36036	682	42	897	897	CD
36036	682	43	;	;	:
36036	682	44	Poglayen	Poglayen	NNP
36036	682	45	-	-	HYPH
36036	682	46	Neuwall	Neuwall	NNP
36036	682	47	,	,	,
36036	682	48	1975	1975	CD
36036	682	49	;	;	:
36036	682	50	Kortlucke	Kortlucke	NNP
36036	682	51	and	and	CC
36036	682	52	Ramirez	Ramirez	NNP
36036	682	53	-	-	HYPH
36036	682	54	Pulido	Pulido	NNP
36036	682	55	,	,	,
36036	682	56	1982	1982	CD
36036	682	57	;	;	:
36036	682	58	Nowak	Nowak	NNP
36036	682	59	and	and	CC
36036	682	60	Paradiso	Paradiso	NNP
36036	682	61	,	,	,
36036	682	62	1983:977	1983:977	CD
36036	682	63	-	-	SYM
36036	682	64	985	985	CD
36036	682	65	)	)	-RRB-
36036	682	66	.	.	.
36036	683	1	Composite	composite	JJ
36036	683	2	scores	score	NNS
36036	683	3	ranged	range	VBD
36036	683	4	from	from	IN
36036	683	5	a	a	DT
36036	683	6	high	high	NN
36036	683	7	of	of	IN
36036	683	8	1.47	1.47	CD
36036	683	9	for	for	IN
36036	683	10	_	_	NNP
36036	683	11	Procyon	Procyon	NNP
36036	683	12	lotor	lotor	NN
36036	683	13	_	_	NNP
36036	683	14	to	to	IN
36036	683	15	a	a	DT
36036	683	16	low	low	NN
36036	683	17	of	of	IN
36036	683	18	0.39	0.39	CD
36036	683	19	for	for	IN
36036	683	20	_	_	NNP
36036	683	21	Potos	Potos	NNP
36036	683	22	flavus	flavus	NN
36036	683	23	_	_	NNP
36036	683	24	,	,	,
36036	683	25	whereas	whereas	IN
36036	683	26	_	_	NNP
36036	683	27	Nasua	Nasua	NNP
36036	683	28	nasua	nasua	NNP
36036	683	29	_	_	NNP
36036	683	30	,	,	,
36036	683	31	_	_	NNP
36036	683	32	Nasua	Nasua	NNP
36036	683	33	narica	narica	NN
36036	683	34	_	_	NNP
36036	683	35	,	,	,
36036	683	36	_	_	NNP
36036	683	37	Procyon	Procyon	NNP
36036	683	38	cancrivorus	cancrivoru	VBZ
36036	683	39	_	_	NNP
36036	683	40	,	,	,
36036	683	41	and	and	CC
36036	683	42	_	_	NNP
36036	683	43	Bassariscus	Bassariscus	NNP
36036	683	44	astutus	astutus	NN
36036	683	45	_	_	NNP
36036	683	46	had	have	VBD
36036	683	47	intermediate	intermediate	JJ
36036	683	48	values	value	NNS
36036	683	49	ranging	range	VBG
36036	683	50	from	from	IN
36036	683	51	0.64	0.64	CD
36036	683	52	to	to	IN
36036	683	53	0.79	0.79	CD
36036	683	54	(	(	-LRB-
36036	683	55	Table	table	NN
36036	683	56	12	12	CD
36036	683	57	)	)	-RRB-
36036	683	58	.	.	.
36036	684	1	Figure	figure	NN
36036	684	2	8	8	CD
36036	684	3	demonstrates	demonstrate	VBZ
36036	684	4	that	that	IN
36036	684	5	there	there	EX
36036	684	6	is	be	VBZ
36036	684	7	a	a	DT
36036	684	8	direct	direct	JJ
36036	684	9	relationship	relationship	NN
36036	684	10	between	between	IN
36036	684	11	the	the	DT
36036	684	12	number	number	NN
36036	684	13	of	of	IN
36036	684	14	climates	climate	VBZ
36036	684	15	these	these	DT
36036	684	16	species	specie	NNS
36036	684	17	occupy	occupy	VBP
36036	684	18	and	and	CC
36036	684	19	their	-PRON-	PRP$
36036	684	20	composite	composite	JJ
36036	684	21	scores	score	NNS
36036	684	22	.	.	.
36036	685	1	Regression	regression	NN
36036	685	2	analysis	analysis	NN
36036	685	3	(	(	-LRB-
36036	685	4	Y	y	NN
36036	685	5	=	=	SYM
36036	685	6	2.68·X	2.68·x	CD
36036	685	7	+	+	SYM
36036	685	8	0.24	0.24	CD
36036	685	9	;	;	:
36036	685	10	where	where	WRB
36036	685	11	Y	Y	NNP
36036	685	12	is	be	VBZ
36036	685	13	number	number	NN
36036	685	14	of	of	IN
36036	685	15	climates	climate	NNS
36036	685	16	,	,	,
36036	685	17	and	and	CC
36036	685	18	X	x	NN
36036	685	19	is	be	VBZ
36036	685	20	composite	composite	JJ
36036	685	21	score	score	NN
36036	685	22	)	)	-RRB-
36036	685	23	demonstrates	demonstrate	VBZ
36036	685	24	a	a	DT
36036	685	25	high	high	JJ
36036	685	26	degree	degree	NN
36036	685	27	of	of	IN
36036	685	28	correlation	correlation	NN
36036	685	29	between	between	IN
36036	685	30	these	these	DT
36036	685	31	variables	variable	NNS
36036	685	32	(	(	-LRB-
36036	685	33	R	r	NN
36036	685	34	=	=	SYM
36036	685	35	0.94	0.94	CD
36036	685	36	)	)	-RRB-
36036	685	37	and	and	CC
36036	685	38	indicates	indicate	VBZ
36036	685	39	that	that	IN
36036	685	40	89	89	CD
36036	685	41	%	%	NN
36036	685	42	of	of	IN
36036	685	43	the	the	DT
36036	685	44	variance	variance	NN
36036	685	45	in	in	IN
36036	685	46	distribution	distribution	NN
36036	685	47	can	can	MD
36036	685	48	be	be	VB
36036	685	49	explained	explain	VBN
36036	685	50	by	by	IN
36036	685	51	composite	composite	JJ
36036	685	52	scores	score	NNS
36036	685	53	.	.	.
36036	686	1	The	the	DT
36036	686	2	various	various	JJ
36036	686	3	combinations	combination	NNS
36036	686	4	of	of	IN
36036	686	5	adaptations	adaptation	NNS
36036	686	6	expressed	express	VBN
36036	686	7	by	by	IN
36036	686	8	these	these	DT
36036	686	9	species	specie	NNS
36036	686	10	do	do	VBP
36036	686	11	,	,	,
36036	686	12	therefore	therefore	RB
36036	686	13	,	,	,
36036	686	14	play	play	VB
36036	686	15	a	a	DT
36036	686	16	role	role	NN
36036	686	17	in	in	IN
36036	686	18	delimiting	delimit	VBG
36036	686	19	their	-PRON-	PRP$
36036	686	20	climatic	climatic	JJ
36036	686	21	(	(	-LRB-
36036	686	22	latitudinal	latitudinal	JJ
36036	686	23	)	)	-RRB-
36036	686	24	distributions	distribution	NNS
36036	686	25	.	.	.
36036	687	1	_	_	NNP
36036	687	2	Procyon	Procyon	NNP
36036	687	3	lotor	lotor	NN
36036	687	4	's	's	POS
36036	687	5	_	_	NNP
36036	687	6	normalized	normalized	JJ
36036	687	7	scores	score	NNS
36036	687	8	were	be	VBD
36036	687	9	higher	high	JJR
36036	687	10	in	in	IN
36036	687	11	all	all	DT
36036	687	12	categories	category	NNS
36036	687	13	than	than	IN
36036	687	14	those	those	DT
36036	687	15	of	of	IN
36036	687	16	other	other	JJ
36036	687	17	procyonids	procyonid	NNS
36036	687	18	.	.	.
36036	688	1	_	_	NNP
36036	688	2	Procyon	Procyon	NNP
36036	688	3	lotor	lotor	NN
36036	688	4	_	_	NNP
36036	688	5	,	,	,
36036	688	6	therefore	therefore	RB
36036	688	7	,	,	,
36036	688	8	possesses	possess	VBZ
36036	688	9	those	those	DT
36036	688	10	traits	trait	NNS
36036	688	11	that	that	WDT
36036	688	12	have	have	VBP
36036	688	13	allowed	allow	VBN
36036	688	14	it	-PRON-	PRP
36036	688	15	to	to	TO
36036	688	16	become	become	VB
36036	688	17	the	the	DT
36036	688	18	premier	premier	NNP
36036	688	19	climate	climate	NN
36036	688	20	generalist	generalist	NN
36036	688	21	of	of	IN
36036	688	22	the	the	DT
36036	688	23	procyonid	procyonid	JJ
36036	688	24	family	family	NN
36036	688	25	.	.	.
36036	689	1	As	as	IN
36036	689	2	an	an	DT
36036	689	3	adaptive	adaptive	JJ
36036	689	4	unit	unit	NN
36036	689	5	,	,	,
36036	689	6	these	these	DT
36036	689	7	traits	trait	NNS
36036	689	8	provide	provide	VBP
36036	689	9	_	_	NNP
36036	689	10	Procyon	Procyon	NNP
36036	689	11	lotor	lotor	NN
36036	689	12	_	_	NNP
36036	689	13	with	with	IN
36036	689	14	the	the	DT
36036	689	15	physiological	physiological	JJ
36036	689	16	and	and	CC
36036	689	17	behavioral	behavioral	JJ
36036	689	18	flexibility	flexibility	NN
36036	689	19	required	require	VBN
36036	689	20	to	to	TO
36036	689	21	take	take	VB
36036	689	22	full	full	JJ
36036	689	23	advantage	advantage	NN
36036	689	24	of	of	IN
36036	689	25	a	a	DT
36036	689	26	wide	wide	JJ
36036	689	27	range	range	NN
36036	689	28	of	of	IN
36036	689	29	climates	climate	NNS
36036	689	30	and	and	CC
36036	689	31	habitats	habitat	NNS
36036	689	32	,	,	,
36036	689	33	and	and	CC
36036	689	34	its	-PRON-	PRP$
36036	689	35	distribution	distribution	NN
36036	689	36	verifies	verifie	NNS
36036	689	37	that	that	WDT
36036	689	38	it	-PRON-	PRP
36036	689	39	has	have	VBZ
36036	689	40	done	do	VBN
36036	689	41	so	so	RB
36036	689	42	.	.	.
36036	690	1	Even	even	RB
36036	690	2	so	so	RB
36036	690	3	,	,	,
36036	690	4	it	-PRON-	PRP
36036	690	5	is	be	VBZ
36036	690	6	probably	probably	RB
36036	690	7	not	not	RB
36036	690	8	fair	fair	JJ
36036	690	9	to	to	TO
36036	690	10	assume	assume	VB
36036	690	11	that	that	IN
36036	690	12	this	this	DT
36036	690	13	species	species	NN
36036	690	14	represents	represent	VBZ
36036	690	15	a	a	DT
36036	690	16	perfect	perfect	JJ
36036	690	17	physiological	physiological	JJ
36036	690	18	match	match	NN
36036	690	19	with	with	IN
36036	690	20	climate	climate	NN
36036	690	21	over	over	IN
36036	690	22	its	-PRON-	PRP$
36036	690	23	entire	entire	JJ
36036	690	24	distribution	distribution	NN
36036	690	25	.	.	.
36036	691	1	_	_	NNP
36036	691	2	Procyon	Procyon	NNP
36036	691	3	lotor	lotor	NN
36036	691	4	_	_	NNP
36036	691	5	is	be	VBZ
36036	691	6	,	,	,
36036	691	7	in	in	IN
36036	691	8	many	many	JJ
36036	691	9	respects	respect	NNS
36036	691	10	,	,	,
36036	691	11	still	still	RB
36036	691	12	a	a	DT
36036	691	13	forest	forest	NN
36036	691	14	-	-	HYPH
36036	691	15	dwelling	dwell	VBG
36036	691	16	species	specie	NNS
36036	691	17	,	,	,
36036	691	18	and	and	CC
36036	691	19	its	-PRON-	PRP$
36036	691	20	ability	ability	NN
36036	691	21	to	to	TO
36036	691	22	expand	expand	VB
36036	691	23	its	-PRON-	PRP$
36036	691	24	distribution	distribution	NN
36036	691	25	into	into	IN
36036	691	26	other	other	JJ
36036	691	27	habitats	habitat	NNS
36036	691	28	such	such	JJ
36036	691	29	as	as	IN
36036	691	30	prairie	prairie	NN
36036	691	31	and	and	CC
36036	691	32	desert	desert	NN
36036	691	33	may	may	MD
36036	691	34	well	well	RB
36036	691	35	be	be	VB
36036	691	36	due	due	JJ
36036	691	37	,	,	,
36036	691	38	in	in	IN
36036	691	39	part	part	NN
36036	691	40	,	,	,
36036	691	41	to	to	IN
36036	691	42	its	-PRON-	PRP$
36036	691	43	use	use	NN
36036	691	44	of	of	IN
36036	691	45	behavior	behavior	NN
36036	691	46	to	to	TO
36036	691	47	take	take	VB
36036	691	48	advantage	advantage	NN
36036	691	49	of	of	IN
36036	691	50	favorable	favorable	JJ
36036	691	51	microclimates	microclimate	NNS
36036	691	52	in	in	IN
36036	691	53	otherwise	otherwise	RB
36036	691	54	hostile	hostile	JJ
36036	691	55	environments	environment	NNS
36036	691	56	(	(	-LRB-
36036	691	57	Bartholomew	Bartholomew	NNP
36036	691	58	,	,	,
36036	691	59	1958	1958	CD
36036	691	60	,	,	,
36036	691	61	1987	1987	CD
36036	691	62	)	)	-RRB-
36036	691	63	.	.	.
36036	692	1	This	this	DT
36036	692	2	feature	feature	NN
36036	692	3	of	of	IN
36036	692	4	_	_	NNP
36036	692	5	Procyon	Procyon	NNP
36036	692	6	lotor	lotor	NN
36036	692	7	's	's	POS
36036	692	8	_	_	NNP
36036	692	9	biology	biology	NN
36036	692	10	needs	need	VBZ
36036	692	11	to	to	TO
36036	692	12	be	be	VB
36036	692	13	further	further	RB
36036	692	14	examined	examine	VBN
36036	692	15	.	.	.
36036	693	1	TABLE	TABLE	NNP
36036	693	2	12.--Normalized	12.--normalized	CD
36036	693	3	and	and	CC
36036	693	4	composite	composite	JJ
36036	693	5	scores	score	NNS
36036	693	6	for	for	IN
36036	693	7	selected	select	VBN
36036	693	8	procyonids	procyonid	NNS
36036	693	9	.	.	.
36036	694	1	(	(	-LRB-
36036	694	2	H_{br	H_{br	NNP
36036	694	3	}	}	-RRB-
36036	694	4	=	=	SYM
36036	694	5	ratio	ratio	NN
36036	694	6	of	of	IN
36036	694	7	measured	measure	VBN
36036	694	8	to	to	IN
36036	694	9	predicted	predict	VBN
36036	694	10	basal	basal	NNP
36036	694	11	metabolism	metabolism	NN
36036	694	12	(	(	-LRB-
36036	694	13	Table	table	NN
36036	694	14	7	7	CD
36036	694	15	)	)	-RRB-
36036	694	16	,	,	,
36036	694	17	C_{mwr	c_{mwr	NN
36036	694	18	}	}	-RRB-
36036	694	19	=	=	NFP
36036	694	20	ratio	ratio	NN
36036	694	21	of	of	IN
36036	694	22	measured	measure	VBN
36036	694	23	to	to	IN
36036	694	24	predicted	predict	VBN
36036	694	25	minimum	minimum	JJ
36036	694	26	thermal	thermal	JJ
36036	694	27	conductance	conductance	NN
36036	694	28	(	(	-LRB-
36036	694	29	Table	table	NN
36036	694	30	7	7	CD
36036	694	31	)	)	-RRB-
36036	694	32	,	,	,
36036	694	33	D_{dr	D_{dr	NNP
36036	694	34	}	}	-RRB-
36036	694	35	=	=	SYM
36036	694	36	ratio	ratio	NN
36036	694	37	of	of	IN
36036	694	38	food	food	NN
36036	694	39	categories	category	NNS
36036	694	40	actually	actually	RB
36036	694	41	utilized	utilize	VBN
36036	694	42	by	by	IN
36036	694	43	each	each	DT
36036	694	44	species	specie	NNS
36036	694	45	to	to	TO
36036	694	46	total	total	JJ
36036	694	47	food	food	NN
36036	694	48	categories	category	NNS
36036	694	49	eaten	eat	VBN
36036	694	50	by	by	IN
36036	694	51	all	all	DT
36036	694	52	six	six	CD
36036	694	53	species	specie	NNS
36036	694	54	(	(	-LRB-
36036	694	55	calculated	calculate	VBN
36036	694	56	from	from	IN
36036	694	57	Table	table	NN
36036	694	58	9	9	CD
36036	694	59	)	)	-RRB-
36036	694	60	,	,	,
36036	694	61	r_{maxr	r_{maxr	NNP
36036	694	62	}	}	-RRB-
36036	694	63	=	=	SYM
36036	694	64	ratio	ratio	NN
36036	694	65	of	of	IN
36036	694	66	calculated	calculate	VBN
36036	694	67	to	to	IN
36036	694	68	expected	expect	VBN
36036	694	69	r_{max	r_{max	.
36036	694	70	}	}	-RRB-
36036	694	71	(	(	-LRB-
36036	694	72	Table	table	NN
36036	694	73	10	10	CD
36036	694	74	)	)	-RRB-
36036	694	75	.	.	.
36036	694	76	)	)	-RRB-
36036	695	1	----------------------+----------------------------------------------	----------------------+----------------------------------------------	:
36036	695	2	|	|	NNP
36036	695	3	Normalized	normalized	JJ
36036	695	4	scores	score	NNS
36036	695	5	Species	Species	NNPS
36036	695	6	|----------------------------	|----------------------------	NNP
36036	695	7	Composite[a	Composite[a	NNP
36036	695	8	]	]	-RRB-
36036	695	9	|H_{br}/C_{mwr	|h_{br}/c_{mwr	CD
36036	695	10	}	}	-RRB-
36036	695	11	D_{dr	d_{dr	NN
36036	695	12	}	}	-RRB-
36036	695	13	r_{maxr	r_{maxr	NNP
36036	695	14	}	}	-RRB-
36036	695	15	score	score	NN
36036	695	16	----------------------+----------------------------------------------	----------------------+----------------------------------------------	NFP
36036	695	17	_	_	NNP
36036	695	18	Procyon	Procyon	NNP
36036	695	19	lotor	lotor	NN
36036	695	20	_	_	NNP
36036	695	21	|	|	NNP
36036	695	22	0.95	0.95	CD
36036	695	23	0.95	0.95	CD
36036	695	24	2.52	2.52	CD
36036	695	25	1.47	1.47	CD
36036	695	26	_	_	NNP
36036	695	27	Bassariscus	Bassariscus	NNP
36036	695	28	astutus	astutus	NN
36036	695	29	_	_	NNP
36036	695	30	|	|	NNP
36036	695	31	0.80	0.80	CD
36036	695	32	0.33	0.33	CD
36036	695	33	1.24	1.24	CD
36036	695	34	0.79	0.79	CD
36036	695	35	_	_	NNP
36036	695	36	Nasua	Nasua	NNP
36036	695	37	nasua	nasua	NNP
36036	695	38	_	_	NNP
36036	695	39	|	|	NNP
36036	695	40	0.48	0.48	CD
36036	695	41	0.33	0.33	CD
36036	695	42	1.11[b	1.11[b	NNS
36036	695	43	]	]	-RRB-
36036	695	44	0.64	0.64	CD
36036	695	45	_	_	NNP
36036	695	46	Nasua	Nasua	NNP
36036	695	47	nasua	nasua	NNP
36036	695	48	_	_	NNP
36036	695	49	|	|	NNP
36036	695	50	0.48	0.48	CD
36036	695	51	0.33	0.33	CD
36036	695	52	1.11[b	1.11[b	NNS
36036	695	53	]	]	-RRB-
36036	695	54	0.64	0.64	CD
36036	695	55	_	_	NNP
36036	695	56	Nasua	Nasua	NNP
36036	695	57	narica	narica	NN
36036	695	58	_	_	NNP
36036	695	59	|	|	NNP
36036	695	60	0.40	0.40	CD
36036	695	61	0.53	0.53	CD
36036	695	62	1.11	1.11	CD
36036	695	63	0.68	0.68	CD
36036	695	64	_	_	NNP
36036	695	65	Procyon	Procyon	NNP
36036	695	66	cancrivorus	cancrivoru	VBZ
36036	695	67	_	_	NNP
36036	695	68	|	|	NNP
36036	695	69	0.55	0.55	CD
36036	695	70	0.33	0.33	CD
36036	695	71	1.32	1.32	CD
36036	695	72	0.73	0.73	CD
36036	695	73	_	_	NNP
36036	695	74	Potos	Potos	NNP
36036	695	75	flavus	flavus	NN
36036	695	76	_	_	NNP
36036	695	77	|	|	NNP
36036	695	78	0.60	0.60	CD
36036	695	79	0.11	0.11	CD
36036	695	80	0.48	0.48	CD
36036	695	81	0.39	0.39	CD
36036	695	82	----------------------+----------------------------------------------	----------------------+----------------------------------------------	NFP
36036	695	83	[	[	-LRB-
36036	695	84	a	a	DT
36036	695	85	]	]	-RRB-
36036	695	86	Composite	composite	JJ
36036	695	87	score	score	NN
36036	695	88	=	=	NFP
36036	695	89	[	[	-LRB-
36036	695	90	(	(	-LRB-
36036	695	91	H_{br}/C_{mwr	h_{br}/c_{mwr	LS
36036	695	92	}	}	-RRB-
36036	695	93	)	)	-RRB-
36036	695	94	+	+	CC
36036	695	95	D_{dr	d_{dr	NN
36036	695	96	}	}	-RRB-
36036	695	97	+	+	SYM
36036	695	98	r_{maxr}]/3	r_{maxr}]/3	NNS
36036	695	99	.	.	.
36036	696	1	[	[	-LRB-
36036	696	2	b	b	LS
36036	696	3	]	]	-RRB-
36036	696	4	Value	value	NN
36036	696	5	calculated	calculate	VBN
36036	696	6	for	for	IN
36036	696	7	_	_	NNP
36036	696	8	Nasua	Nasua	NNP
36036	696	9	narica	narica	NN
36036	696	10	_	_	NNP
36036	696	11	(	(	-LRB-
36036	696	12	Table	Table	NNP
36036	696	13	10	10	CD
36036	696	14	)	)	-RRB-
36036	696	15	and	and	CC
36036	696	16	used	use	VBN
36036	696	17	with	with	IN
36036	696	18	the	the	DT
36036	696	19	assumption	assumption	NN
36036	696	20	that	that	IN
36036	696	21	it	-PRON-	PRP
36036	696	22	must	must	MD
36036	696	23	be	be	VB
36036	696	24	similar	similar	JJ
36036	696	25	to	to	IN
36036	696	26	the	the	DT
36036	696	27	value	value	NN
36036	696	28	for	for	IN
36036	696	29	_	_	NNP
36036	696	30	Nasua	Nasua	NNP
36036	696	31	nasua	nasua	NNP
36036	696	32	_	_	NNP
36036	696	33	.	.	.
36036	697	1	All	all	DT
36036	697	2	five	five	CD
36036	697	3	species	specie	NNS
36036	697	4	with	with	IN
36036	697	5	low	low	JJ
36036	697	6	[	[	-LRB-
36036	697	7	.H]_{b	.H]_{b	.
36036	697	8	}	}	-RRB-
36036	697	9	's	be	VBZ
36036	697	10	have	have	VBP
36036	697	11	composite	composite	JJ
36036	697	12	scores	score	NNS
36036	697	13	less	less	JJR
36036	697	14	than	than	IN
36036	697	15	1.0	1.0	CD
36036	697	16	(	(	-LRB-
36036	697	17	Table	table	NN
36036	697	18	12	12	CD
36036	697	19	;	;	:
36036	697	20	Figure	figure	NN
36036	697	21	8)	8)	CD
36036	697	22	.	.	.
36036	698	1	Four	four	CD
36036	698	2	of	of	IN
36036	698	3	these	these	DT
36036	698	4	five	five	CD
36036	698	5	,	,	,
36036	698	6	_	_	NNP
36036	698	7	Nasua	Nasua	NNP
36036	698	8	nasua	nasua	NNP
36036	698	9	_	_	NNP
36036	698	10	,	,	,
36036	698	11	_	_	NNP
36036	698	12	Nasua	Nasua	NNP
36036	698	13	narica	narica	NN
36036	698	14	_	_	NNP
36036	698	15	,	,	,
36036	698	16	_	_	NNP
36036	698	17	Procyon	Procyon	NNP
36036	698	18	cancrivorus	cancrivoru	VBZ
36036	698	19	_	_	NNP
36036	698	20	,	,	,
36036	698	21	and	and	CC
36036	698	22	_	_	NNP
36036	698	23	Potos	Potos	NNP
36036	698	24	flavus	flavus	NN
36036	698	25	_	_	NNP
36036	698	26	,	,	,
36036	698	27	have	have	VBP
36036	698	28	H_{br}/C_{mwr	h_{br}/c_{mwr	LS
36036	698	29	}	}	-RRB-
36036	698	30	ratios	ratio	NNS
36036	698	31	that	that	WDT
36036	698	32	are	be	VBP
36036	698	33	0.6	0.6	CD
36036	698	34	or	or	CC
36036	698	35	less	less	JJR
36036	698	36	,	,	,
36036	698	37	which	which	WDT
36036	698	38	indicates	indicate	VBZ
36036	698	39	they	-PRON-	PRP
36036	698	40	are	be	VBP
36036	698	41	the	the	DT
36036	698	42	least	least	JJS
36036	698	43	cold	cold	JJ
36036	698	44	-	-	HYPH
36036	698	45	tolerant	tolerant	JJ
36036	698	46	procyonids	procyonid	NNS
36036	698	47	(	(	-LRB-
36036	698	48	McNab	mcnab	CD
36036	698	49	,	,	,
36036	698	50	1966	1966	CD
36036	698	51	)	)	-RRB-
36036	698	52	.	.	.
36036	699	1	These	these	DT
36036	699	2	four	four	CD
36036	699	3	species	specie	NNS
36036	699	4	also	also	RB
36036	699	5	are	be	VBP
36036	699	6	confined	confine	VBN
36036	699	7	to	to	IN
36036	699	8	either	either	DT
36036	699	9	tropic	tropic	NN
36036	699	10	,	,	,
36036	699	11	or	or	CC
36036	699	12	tropic	tropic	NN
36036	699	13	and	and	CC
36036	699	14	subtropic	subtropic	NN
36036	699	15	climates	climate	NNS
36036	699	16	(	(	-LRB-
36036	699	17	Table	table	NN
36036	699	18	11	11	CD
36036	699	19	)	)	-RRB-
36036	699	20	.	.	.
36036	700	1	This	this	DT
36036	700	2	suggests	suggest	VBZ
36036	700	3	that	that	IN
36036	700	4	these	these	DT
36036	700	5	species	specie	NNS
36036	700	6	share	share	VBP
36036	700	7	a	a	DT
36036	700	8	common	common	JJ
36036	700	9	thermoregulatory	thermoregulatory	JJ
36036	700	10	adaptation	adaptation	NN
36036	700	11	that	that	WDT
36036	700	12	represents	represent	VBZ
36036	700	13	a	a	DT
36036	700	14	specialization	specialization	NN
36036	700	15	to	to	IN
36036	700	16	these	these	DT
36036	700	17	climates	climate	NNS
36036	700	18	.	.	.
36036	701	1	Attendant	attendant	JJ
36036	701	2	with	with	IN
36036	701	3	this	this	DT
36036	701	4	adaptation	adaptation	NN
36036	701	5	,	,	,
36036	701	6	however	however	RB
36036	701	7	,	,	,
36036	701	8	is	be	VBZ
36036	701	9	a	a	DT
36036	701	10	high	high	JJ
36036	701	11	cost	cost	NN
36036	701	12	of	of	IN
36036	701	13	thermoregulation	thermoregulation	NN
36036	701	14	at	at	IN
36036	701	15	temperatures	temperature	NNS
36036	701	16	below	below	IN
36036	701	17	their	-PRON-	PRP$
36036	701	18	T_{lc	t_{lc	NN
36036	701	19	}	}	-RRB-
36036	701	20	,	,	,
36036	701	21	and	and	CC
36036	701	22	this	this	DT
36036	701	23	must	must	MD
36036	701	24	be	be	VB
36036	701	25	an	an	DT
36036	701	26	important	important	JJ
36036	701	27	factor	factor	NN
36036	701	28	in	in	IN
36036	701	29	limiting	limit	VBG
36036	701	30	their	-PRON-	PRP$
36036	701	31	distributions	distribution	NNS
36036	701	32	to	to	IN
36036	701	33	tropic	tropic	NN
36036	701	34	and	and	CC
36036	701	35	subtropic	subtropic	NN
36036	701	36	climates	climate	NNS
36036	701	37	.	.	.
36036	702	1	Differences	difference	NNS
36036	702	2	in	in	IN
36036	702	3	their	-PRON-	PRP$
36036	702	4	distributions	distribution	NNS
36036	702	5	within	within	IN
36036	702	6	these	these	DT
36036	702	7	climates	climate	NNS
36036	702	8	,	,	,
36036	702	9	therefore	therefore	RB
36036	702	10	,	,	,
36036	702	11	must	must	MD
36036	702	12	hinge	hinge	VB
36036	702	13	more	more	JJR
36036	702	14	on	on	IN
36036	702	15	differences	difference	NNS
36036	702	16	in	in	IN
36036	702	17	their	-PRON-	PRP$
36036	702	18	D_{dr	d_{dr	NN
36036	702	19	}	}	-RRB-
36036	702	20	and	and	CC
36036	702	21	r_{maxr	r_{maxr	NNP
36036	702	22	}	}	-RRB-
36036	702	23	values	value	VBZ
36036	702	24	than	than	IN
36036	702	25	on	on	IN
36036	702	26	differences	difference	NNS
36036	702	27	in	in	IN
36036	702	28	their	-PRON-	PRP$
36036	702	29	H_{br}/C_{mwr	H_{br}/C_{mwr	NNS
36036	702	30	}	}	-RRB-
36036	702	31	ratios	ratio	NNS
36036	702	32	.	.	.
36036	703	1	This	this	DT
36036	703	2	is	be	VBZ
36036	703	3	supported	support	VBN
36036	703	4	by	by	IN
36036	703	5	the	the	DT
36036	703	6	fact	fact	NN
36036	703	7	that	that	IN
36036	703	8	_	_	NNP
36036	703	9	Potos	Potos	NNP
36036	703	10	flavus	flavus	NN
36036	703	11	_	_	NNP
36036	703	12	,	,	,
36036	703	13	which	which	WDT
36036	703	14	has	have	VBZ
36036	703	15	the	the	DT
36036	703	16	lowest	low	JJS
36036	703	17	D_{dr	d_{dr	NN
36036	703	18	}	}	-RRB-
36036	703	19	and	and	CC
36036	703	20	r_{maxr	r_{maxr	NNP
36036	703	21	}	}	-RRB-
36036	703	22	values	value	NNS
36036	703	23	,	,	,
36036	703	24	is	be	VBZ
36036	703	25	confined	confine	VBN
36036	703	26	to	to	IN
36036	703	27	a	a	DT
36036	703	28	single	single	JJ
36036	703	29	climate	climate	NN
36036	703	30	,	,	,
36036	703	31	whereas	whereas	IN
36036	703	32	_	_	NNP
36036	703	33	Nasua	Nasua	NNP
36036	703	34	nasua	nasua	NNP
36036	703	35	_	_	NNP
36036	703	36	,	,	,
36036	703	37	_	_	NNP
36036	703	38	Nasua	Nasua	NNP
36036	703	39	narica	narica	NN
36036	703	40	_	_	NNP
36036	703	41	,	,	,
36036	703	42	and	and	CC
36036	703	43	_	_	NNP
36036	703	44	Procyon	Procyon	NNP
36036	703	45	cancrivorus	cancrivoru	VBZ
36036	703	46	_	_	NNP
36036	703	47	each	each	DT
36036	703	48	possess	posses	VBZ
36036	703	49	larger	large	JJR
36036	703	50	D_{dr	d_{dr	NN
36036	703	51	}	}	-RRB-
36036	703	52	and	and	CC
36036	703	53	r_{maxr	r_{maxr	NNP
36036	703	54	}	}	-RRB-
36036	703	55	values	value	NNS
36036	703	56	and	and	CC
36036	703	57	are	be	VBP
36036	703	58	found	find	VBN
36036	703	59	in	in	IN
36036	703	60	two	two	CD
36036	703	61	climates	climate	NNS
36036	703	62	.	.	.
36036	704	1	Thus	thus	RB
36036	704	2	,	,	,
36036	704	3	_	_	NNP
36036	704	4	Potos	Potos	NNP
36036	704	5	flavus	flavus	NN
36036	704	6	_	_	NNP
36036	704	7	,	,	,
36036	704	8	with	with	IN
36036	704	9	its	-PRON-	PRP$
36036	704	10	highly	highly	RB
36036	704	11	specialized	specialized	JJ
36036	704	12	diet	diet	NN
36036	704	13	and	and	CC
36036	704	14	low	low	JJ
36036	704	15	reproductive	reproductive	JJ
36036	704	16	potential	potential	NN
36036	704	17	,	,	,
36036	704	18	is	be	VBZ
36036	704	19	the	the	DT
36036	704	20	most	most	RBS
36036	704	21	ecologically	ecologically	RB
36036	704	22	specialized	specialized	JJ
36036	704	23	of	of	IN
36036	704	24	these	these	DT
36036	704	25	procyonids	procyonid	NNS
36036	704	26	,	,	,
36036	704	27	and	and	CC
36036	704	28	its	-PRON-	PRP$
36036	704	29	distribution	distribution	NN
36036	704	30	is	be	VBZ
36036	704	31	limited	limit	VBN
36036	704	32	to	to	IN
36036	704	33	the	the	DT
36036	704	34	single	single	JJ
36036	704	35	climate	climate	NN
36036	704	36	that	that	WDT
36036	704	37	can	can	MD
36036	704	38	provide	provide	VB
36036	704	39	its	-PRON-	PRP$
36036	704	40	requirements	requirement	NNS
36036	704	41	.	.	.
36036	705	1	_	_	NNP
36036	705	2	Nasua	Nasua	NNP
36036	705	3	nasua	nasua	NNP
36036	705	4	_	_	NNP
36036	705	5	,	,	,
36036	705	6	_	_	NNP
36036	705	7	Nasua	Nasua	NNP
36036	705	8	narica	narica	NN
36036	705	9	_	_	NNP
36036	705	10	,	,	,
36036	705	11	and	and	CC
36036	705	12	_	_	NNP
36036	705	13	Procyon	Procyon	NNP
36036	705	14	cancrivorus	cancrivoru	VBZ
36036	705	15	_	_	NNP
36036	705	16	are	be	VBP
36036	705	17	less	less	RBR
36036	705	18	specialized	specialized	JJ
36036	705	19	and	and	CC
36036	705	20	thus	thus	RB
36036	705	21	show	show	VB
36036	705	22	more	more	JJR
36036	705	23	ecological	ecological	JJ
36036	705	24	flexibility	flexibility	NN
36036	705	25	in	in	IN
36036	705	26	their	-PRON-	PRP$
36036	705	27	distributions	distribution	NNS
36036	705	28	.	.	.
36036	706	1	[	[	-LRB-
36036	706	2	Illustration	illustration	NN
36036	706	3	:	:	:
36036	706	4	FIGURE	FIGURE	NNP
36036	706	5	8.--Relationship	8.--relationship	NN
36036	706	6	between	between	IN
36036	706	7	number	number	NN
36036	706	8	of	of	IN
36036	706	9	climates	climate	NNS
36036	706	10	in	in	IN
36036	706	11	which	which	WDT
36036	706	12	a	a	DT
36036	706	13	species	species	NN
36036	706	14	is	be	VBZ
36036	706	15	found	find	VBN
36036	706	16	and	and	CC
36036	706	17	its	-PRON-	PRP$
36036	706	18	composite	composite	JJ
36036	706	19	score	score	NN
36036	706	20	.	.	.
36036	707	1	Symbols	symbol	NNS
36036	707	2	for	for	IN
36036	707	3	_	_	NNP
36036	707	4	Nasua	Nasua	NNP
36036	707	5	nasua	nasua	NNP
36036	707	6	_	_	NNP
36036	707	7	overlap	overlap	NN
36036	707	8	at	at	IN
36036	707	9	coordinates	coordinate	NNS
36036	707	10	(	(	-LRB-
36036	707	11	0.64	0.64	CD
36036	707	12	,	,	,
36036	707	13	2	2	CD
36036	707	14	)	)	-RRB-
36036	707	15	.	.	.
36036	708	1	Solid	solid	JJ
36036	708	2	line	line	NN
36036	708	3	represents	represent	VBZ
36036	708	4	linear	linear	JJ
36036	708	5	regression	regression	NN
36036	708	6	of	of	IN
36036	708	7	climates	climate	NNS
36036	708	8	(	(	-LRB-
36036	708	9	Y	y	NN
36036	708	10	)	)	-RRB-
36036	708	11	on	on	IN
36036	708	12	composite	composite	JJ
36036	708	13	scores	score	NNS
36036	708	14	(	(	-LRB-
36036	708	15	X	x	NN
36036	708	16	)	)	-RRB-
36036	708	17	:	:	:
36036	708	18	Y	y	NN
36036	708	19	=	=	SYM
36036	708	20	2.68·X	2.68·x	CD
36036	708	21	+	+	SYM
36036	708	22	0.24	0.24	CD
36036	708	23	;	;	:
36036	708	24	R	r	NN
36036	708	25	=	=	SYM
36036	708	26	0.94	0.94	CD
36036	708	27	.	.	.
36036	708	28	]	]	-RRB-
36036	709	1	_	_	NNP
36036	709	2	Bassariscus	Bassariscus	NNP
36036	709	3	astutus	astutus	NN
36036	709	4	_	_	NNP
36036	709	5	,	,	,
36036	709	6	the	the	DT
36036	709	7	other	other	JJ
36036	709	8	species	specie	NNS
36036	709	9	with	with	IN
36036	709	10	low	low	JJ
36036	709	11	[	[	-LRB-
36036	709	12	.H]_{b	.h]_{b	NN
36036	709	13	}	}	-RRB-
36036	709	14	,	,	,
36036	709	15	is	be	VBZ
36036	709	16	found	find	VBN
36036	709	17	in	in	IN
36036	709	18	three	three	CD
36036	709	19	climates	climate	NNS
36036	709	20	,	,	,
36036	709	21	which	which	WDT
36036	709	22	indicates	indicate	VBZ
36036	709	23	that	that	IN
36036	709	24	it	-PRON-	PRP
36036	709	25	has	have	VBZ
36036	709	26	greater	great	JJR
36036	709	27	ecological	ecological	JJ
36036	709	28	flexibility	flexibility	NN
36036	709	29	than	than	IN
36036	709	30	_	_	NNP
36036	709	31	Nasua	Nasua	NNP
36036	709	32	nasua	nasua	NNP
36036	709	33	_	_	NNP
36036	709	34	,	,	,
36036	709	35	_	_	NNP
36036	709	36	Nasua	Nasua	NNP
36036	709	37	narica	narica	NN
36036	709	38	_	_	NNP
36036	709	39	,	,	,
36036	709	40	or	or	CC
36036	709	41	_	_	NNP
36036	709	42	Procyon	Procyon	NNP
36036	709	43	cancrivorus	cancrivoru	VBZ
36036	709	44	_	_	NNP
36036	709	45	.	.	.
36036	710	1	D_{dr	D_{dr	NNP
36036	710	2	}	}	-RRB-
36036	710	3	and	and	CC
36036	710	4	r_{maxr	r_{maxr	NNP
36036	710	5	}	}	-RRB-
36036	710	6	are	be	VBP
36036	710	7	comparable	comparable	JJ
36036	710	8	for	for	IN
36036	710	9	these	these	DT
36036	710	10	four	four	CD
36036	710	11	species	specie	NNS
36036	710	12	(	(	-LRB-
36036	710	13	Table	table	NN
36036	710	14	12	12	CD
36036	710	15	)	)	-RRB-
36036	710	16	.	.	.
36036	711	1	This	this	DT
36036	711	2	suggests	suggest	VBZ
36036	711	3	that	that	IN
36036	711	4	the	the	DT
36036	711	5	greater	great	JJR
36036	711	6	ecological	ecological	JJ
36036	711	7	flexibility	flexibility	NN
36036	711	8	of	of	IN
36036	711	9	_	_	NNP
36036	711	10	Bassariscus	Bassariscus	NNP
36036	711	11	astutus	astutus	NN
36036	711	12	_	_	NNP
36036	711	13	is	be	VBZ
36036	711	14	derived	derive	VBN
36036	711	15	largely	largely	RB
36036	711	16	from	from	IN
36036	711	17	its	-PRON-	PRP$
36036	711	18	greater	great	JJR
36036	711	19	cold	cold	JJ
36036	711	20	tolerance	tolerance	NN
36036	711	21	.	.	.
36036	712	1	_	_	NNP
36036	712	2	Bassariscus	Bassariscus	NNP
36036	712	3	astutus	astutus	NN
36036	712	4	_	_	NNP
36036	712	5	has	have	VBZ
36036	712	6	a	a	DT
36036	712	7	more	more	RBR
36036	712	8	insulative	insulative	JJ
36036	712	9	pelt	pelt	NN
36036	712	10	than	than	IN
36036	712	11	these	these	DT
36036	712	12	other	other	JJ
36036	712	13	procyonids	procyonid	NNS
36036	712	14	(	(	-LRB-
36036	712	15	C_{mwr	c_{mwr	NN
36036	712	16	}	}	-RRB-
36036	712	17	=	=	SYM
36036	712	18	0.85	0.85	CD
36036	712	19	;	;	:
36036	712	20	Table	table	NN
36036	712	21	7	7	CD
36036	712	22	)	)	-RRB-
36036	712	23	,	,	,
36036	712	24	so	so	CC
36036	712	25	its	-PRON-	PRP$
36036	712	26	H_{br}/C_{mwr	h_{br}/c_{mwr	NN
36036	712	27	}	}	-RRB-
36036	712	28	ratio	ratio	NN
36036	712	29	is	be	VBZ
36036	712	30	higher	high	JJR
36036	712	31	(	(	-LRB-
36036	712	32	0.80	0.80	CD
36036	712	33	;	;	:
36036	712	34	Table	table	NN
36036	712	35	12	12	CD
36036	712	36	)	)	-RRB-
36036	712	37	.	.	.
36036	713	1	This	this	DT
36036	713	2	,	,	,
36036	713	3	and	and	CC
36036	713	4	its	-PRON-	PRP$
36036	713	5	greater	great	JJR
36036	713	6	capacity	capacity	NN
36036	713	7	for	for	IN
36036	713	8	evaporative	evaporative	JJ
36036	713	9	cooling	cooling	NN
36036	713	10	(	(	-LRB-
36036	713	11	Chevalier	Chevalier	NNP
36036	713	12	,	,	,
36036	713	13	1985	1985	CD
36036	713	14	)	)	-RRB-
36036	713	15	,	,	,
36036	713	16	allows	allow	VBZ
36036	713	17	_	_	NNP
36036	713	18	Bassariscus	Bassariscus	NNP
36036	713	19	astutus	astutus	NN
36036	713	20	_	_	NNP
36036	713	21	to	to	TO
36036	713	22	take	take	VB
36036	713	23	advantage	advantage	NN
36036	713	24	of	of	IN
36036	713	25	a	a	DT
36036	713	26	wider	wide	JJR
36036	713	27	range	range	NN
36036	713	28	of	of	IN
36036	713	29	thermal	thermal	JJ
36036	713	30	environments	environment	NNS
36036	713	31	than	than	IN
36036	713	32	these	these	DT
36036	713	33	other	other	JJ
36036	713	34	species	specie	NNS
36036	713	35	.	.	.
36036	714	1	However	however	RB
36036	714	2	,	,	,
36036	714	3	even	even	RB
36036	714	4	with	with	IN
36036	714	5	its	-PRON-	PRP$
36036	714	6	higher	high	JJR
36036	714	7	H_{br}/C_{mwr	h_{br}/c_{mwr	NN
36036	714	8	}	}	-RRB-
36036	714	9	ratio	ratio	NN
36036	714	10	,	,	,
36036	714	11	the	the	DT
36036	714	12	composite	composite	JJ
36036	714	13	score	score	NN
36036	714	14	for	for	IN
36036	714	15	_	_	NNP
36036	714	16	Bassariscus	Bassariscus	NNP
36036	714	17	astutus	astutus	NN
36036	714	18	_	_	NNP
36036	714	19	is	be	VBZ
36036	714	20	not	not	RB
36036	714	21	much	much	RB
36036	714	22	different	different	JJ
36036	714	23	than	than	IN
36036	714	24	those	those	DT
36036	714	25	for	for	IN
36036	714	26	_	_	NNP
36036	714	27	Nasua	Nasua	NNP
36036	714	28	nasua	nasua	NNP
36036	714	29	_	_	NNP
36036	714	30	,	,	,
36036	714	31	_	_	NNP
36036	714	32	Nasua	Nasua	NNP
36036	714	33	narica	narica	NN
36036	714	34	_	_	NNP
36036	714	35	,	,	,
36036	714	36	and	and	CC
36036	714	37	_	_	NNP
36036	714	38	Procyon	Procyon	NNP
36036	714	39	cancrivorus	cancrivoru	VBZ
36036	714	40	_	_	NNP
36036	714	41	(	(	-LRB-
36036	714	42	Table	Table	NNP
36036	714	43	12	12	CD
36036	714	44	)	)	-RRB-
36036	714	45	.	.	.
36036	715	1	Consequently	consequently	RB
36036	715	2	,	,	,
36036	715	3	_	_	NNP
36036	715	4	Bassariscus	Bassariscus	NNP
36036	715	5	astutus	astutus	NN
36036	715	6	_	_	NNP
36036	715	7	is	be	VBZ
36036	715	8	found	find	VBN
36036	715	9	in	in	IN
36036	715	10	more	more	JJR
36036	715	11	climates	climate	NNS
36036	715	12	than	than	IN
36036	715	13	would	would	MD
36036	715	14	be	be	VB
36036	715	15	predicted	predict	VBN
36036	715	16	for	for	IN
36036	715	17	it	-PRON-	PRP
36036	715	18	on	on	IN
36036	715	19	the	the	DT
36036	715	20	basis	basis	NN
36036	715	21	of	of	IN
36036	715	22	its	-PRON-	PRP$
36036	715	23	composite	composite	JJ
36036	715	24	score	score	NN
36036	715	25	(	(	-LRB-
36036	715	26	Figure	figure	NN
36036	715	27	8)	8)	CD
36036	715	28	.	.	.
36036	716	1	This	this	DT
36036	716	2	suggests	suggest	VBZ
36036	716	3	that	that	IN
36036	716	4	either	either	CC
36036	716	5	the	the	DT
36036	716	6	H_{br}/C_{mwr	h_{br}/c_{mwr	JJ
36036	716	7	}	}	-RRB-
36036	716	8	ratio	ratio	NN
36036	716	9	carries	carry	VBZ
36036	716	10	greater	great	JJR
36036	716	11	weight	weight	NN
36036	716	12	in	in	IN
36036	716	13	determining	determine	VBG
36036	716	14	distribution	distribution	NN
36036	716	15	than	than	IN
36036	716	16	is	be	VBZ
36036	716	17	reflected	reflect	VBN
36036	716	18	in	in	IN
36036	716	19	this	this	DT
36036	716	20	analysis	analysis	NN
36036	716	21	,	,	,
36036	716	22	or	or	CC
36036	716	23	as	as	IN
36036	716	24	has	have	VBZ
36036	716	25	been	be	VBN
36036	716	26	described	describe	VBN
36036	716	27	for	for	IN
36036	716	28	some	some	DT
36036	716	29	other	other	JJ
36036	716	30	species	specie	NNS
36036	716	31	(	(	-LRB-
36036	716	32	Bartholomew	Bartholomew	NNP
36036	716	33	,	,	,
36036	716	34	1958	1958	CD
36036	716	35	,	,	,
36036	716	36	1987	1987	CD
36036	716	37	)	)	-RRB-
36036	716	38	,	,	,
36036	716	39	_	_	NNP
36036	716	40	Bassariscus	Bassariscus	NNP
36036	716	41	astutus	astutus	NN
36036	716	42	_	_	NNP
36036	716	43	may	may	MD
36036	716	44	extend	extend	VB
36036	716	45	its	-PRON-	PRP$
36036	716	46	distribution	distribution	NN
36036	716	47	farther	farther	RB
36036	716	48	than	than	IN
36036	716	49	expected	expect	VBN
36036	716	50	via	via	IN
36036	716	51	use	use	NN
36036	716	52	of	of	IN
36036	716	53	its	-PRON-	PRP$
36036	716	54	behavior	behavior	NN
36036	716	55	.	.	.
36036	717	1	In	in	IN
36036	717	2	either	either	DT
36036	717	3	case	case	NN
36036	717	4	,	,	,
36036	717	5	for	for	IN
36036	717	6	procyonids	procyonid	NNS
36036	717	7	with	with	IN
36036	717	8	low	low	JJ
36036	717	9	[	[	-LRB-
36036	717	10	.H]_{b	.H]_{b	NFP
36036	717	11	}	}	-RRB-
36036	717	12	,	,	,
36036	717	13	_	_	NNP
36036	717	14	Bassariscus	Bassariscus	NNP
36036	717	15	astutus	astutus	NN
36036	717	16	_	_	NNP
36036	717	17	represents	represent	VBZ
36036	717	18	the	the	DT
36036	717	19	pinnacle	pinnacle	NN
36036	717	20	of	of	IN
36036	717	21	adaptation	adaptation	NN
36036	717	22	for	for	IN
36036	717	23	climate	climate	NN
36036	717	24	generalization	generalization	NN
36036	717	25	.	.	.
36036	718	1	EVOLUTION	evolution	NN
36036	718	2	OF	of	IN
36036	718	3	METABOLIC	METABOLIC	NNP
36036	718	4	ADAPTATIONS	ADAPTATIONS	NNP
36036	718	5	_	_	NNP
36036	718	6	Evolution	Evolution	NNP
36036	718	7	of	of	IN
36036	718	8	Low	Low	NNP
36036	718	9	Basal	Basal	NNP
36036	718	10	Metabolic	Metabolic	NNP
36036	718	11	Rate	Rate	NNP
36036	718	12	_	_	NNP
36036	718	13	A	a	DT
36036	718	14	radiation	radiation	NN
36036	718	15	of	of	IN
36036	718	16	frugivorous	frugivorous	JJ
36036	718	17	and	and	CC
36036	718	18	omnivorous	omnivorous	JJ
36036	718	19	Procyoninae	Procyoninae	NNP
36036	718	20	(	(	-LRB-
36036	718	21	Table	table	NN
36036	718	22	1	1	CD
36036	718	23	)	)	-RRB-
36036	718	24	occurred	occur	VBD
36036	718	25	in	in	IN
36036	718	26	the	the	DT
36036	718	27	middle	middle	JJ
36036	718	28	and	and	CC
36036	718	29	late	late	JJ
36036	718	30	Miocene	Miocene	NNP
36036	718	31	of	of	IN
36036	718	32	North	North	NNP
36036	718	33	America	America	NNP
36036	718	34	.	.	.
36036	719	1	It	-PRON-	PRP
36036	719	2	included	include	VBD
36036	719	3	origins	origin	NNS
36036	719	4	of	of	IN
36036	719	5	such	such	JJ
36036	719	6	terrestrial	terrestrial	JJ
36036	719	7	genera	genera	NN
36036	719	8	as	as	IN
36036	719	9	_	_	NNP
36036	719	10	Cyonasua	Cyonasua	NNP
36036	719	11	_	_	NNP
36036	719	12	,	,	,
36036	719	13	_	_	NNP
36036	719	14	Nasua	Nasua	NNP
36036	719	15	_	_	NNP
36036	719	16	,	,	,
36036	719	17	and	and	CC
36036	719	18	_	_	NNP
36036	719	19	Procyon	Procyon	NNP
36036	719	20	_	_	NNP
36036	719	21	(	(	-LRB-
36036	719	22	Webb	Webb	NNP
36036	719	23	,	,	,
36036	719	24	1985b	1985b	CD
36036	719	25	)	)	-RRB-
36036	719	26	.	.	.
36036	720	1	The	the	DT
36036	720	2	earliest	early	JJS
36036	720	3	procyonid	procyonid	NN
36036	720	4	genus	genus	JJ
36036	720	5	to	to	TO
36036	720	6	find	find	VB
36036	720	7	its	-PRON-	PRP$
36036	720	8	way	way	NN
36036	720	9	to	to	IN
36036	720	10	South	South	NNP
36036	720	11	America	America	NNP
36036	720	12	was	be	VBD
36036	720	13	_	_	NNP
36036	720	14	Cyonasua	Cyonasua	NNP
36036	720	15	_	_	NNP
36036	720	16	,	,	,
36036	720	17	an	an	DT
36036	720	18	omnivorous	omnivorous	JJ
36036	720	19	carnivore	carnivore	NN
36036	720	20	that	that	WDT
36036	720	21	presumably	presumably	RB
36036	720	22	split	split	VBD
36036	720	23	,	,	,
36036	720	24	along	along	IN
36036	720	25	with	with	IN
36036	720	26	its	-PRON-	PRP$
36036	720	27	sister	sister	NN
36036	720	28	genus	genus	NNP
36036	720	29	_	_	NNP
36036	720	30	Arctonasua	Arctonasua	NNP
36036	720	31	_	_	NNP
36036	720	32	,	,	,
36036	720	33	from	from	IN
36036	720	34	a	a	DT
36036	720	35	common	common	JJ
36036	720	36	North	north	JJ
36036	720	37	American	american	JJ
36036	720	38	ancestor	ancestor	NN
36036	720	39	(	(	-LRB-
36036	720	40	Baskin	Baskin	NNP
36036	720	41	,	,	,
36036	720	42	1982	1982	CD
36036	720	43	;	;	:
36036	720	44	Webb	Webb	NNP
36036	720	45	,	,	,
36036	720	46	1985b	1985b	CD
36036	720	47	)	)	-RRB-
36036	720	48	.	.	.
36036	721	1	_	_	NNP
36036	721	2	Cyonasua	Cyonasua	NNP
36036	721	3	_	_	NNP
36036	721	4	,	,	,
36036	721	5	about	about	IN
36036	721	6	the	the	DT
36036	721	7	size	size	NN
36036	721	8	of	of	IN
36036	721	9	present	present	JJ
36036	721	10	-	-	HYPH
36036	721	11	day	day	NN
36036	721	12	raccoons	raccoon	NNS
36036	721	13	,	,	,
36036	721	14	was	be	VBD
36036	721	15	adapted	adapt	VBN
36036	721	16	to	to	IN
36036	721	17	a	a	DT
36036	721	18	wide	wide	JJ
36036	721	19	range	range	NN
36036	721	20	of	of	IN
36036	721	21	habitats	habitat	NNS
36036	721	22	and	and	CC
36036	721	23	was	be	VBD
36036	721	24	probably	probably	RB
36036	721	25	comparable	comparable	JJ
36036	721	26	to	to	IN
36036	721	27	modern	modern	JJ
36036	721	28	raccoons	raccoon	NNS
36036	721	29	with	with	IN
36036	721	30	respect	respect	NN
36036	721	31	to	to	IN
36036	721	32	the	the	DT
36036	721	33	breadth	breadth	NN
36036	721	34	of	of	IN
36036	721	35	its	-PRON-	PRP$
36036	721	36	feeding	feeding	NN
36036	721	37	habits	habit	NNS
36036	721	38	(	(	-LRB-
36036	721	39	Webb	Webb	NNP
36036	721	40	,	,	,
36036	721	41	1985b	1985b	CD
36036	721	42	;	;	:
36036	721	43	Marshall	Marshall	NNP
36036	721	44	,	,	,
36036	721	45	1988	1988	CD
36036	721	46	)	)	-RRB-
36036	721	47	.	.	.
36036	722	1	Because	because	IN
36036	722	2	North	North	NNP
36036	722	3	American	American	NNP
36036	722	4	_	_	NNP
36036	722	5	Arctonasua	Arctonasua	NNP
36036	722	6	_	_	NNP
36036	722	7	was	be	VBD
36036	722	8	about	about	IN
36036	722	9	the	the	DT
36036	722	10	same	same	JJ
36036	722	11	size	size	NN
36036	722	12	as	as	IN
36036	722	13	_	_	NNP
36036	722	14	Cyonasua	Cyonasua	NNP
36036	722	15	_	_	NNP
36036	722	16	(	(	-LRB-
36036	722	17	Webb	Webb	NNP
36036	722	18	,	,	,
36036	722	19	1985b	1985b	CD
36036	722	20	)	)	-RRB-
36036	722	21	and	and	CC
36036	722	22	shared	share	VBD
36036	722	23	a	a	DT
36036	722	24	number	number	NN
36036	722	25	of	of	IN
36036	722	26	characters	character	NNS
36036	722	27	with	with	IN
36036	722	28	it	-PRON-	PRP
36036	722	29	(	(	-LRB-
36036	722	30	Baskin	Baskin	NNP
36036	722	31	,	,	,
36036	722	32	1982	1982	CD
36036	722	33	)	)	-RRB-
36036	722	34	,	,	,
36036	722	35	we	-PRON-	PRP
36036	722	36	speculate	speculate	VBP
36036	722	37	that	that	IN
36036	722	38	it	-PRON-	PRP
36036	722	39	also	also	RB
36036	722	40	may	may	MD
36036	722	41	have	have	VB
36036	722	42	had	have	VBN
36036	722	43	similar	similar	JJ
36036	722	44	habits	habit	NNS
36036	722	45	and	and	CC
36036	722	46	occupied	occupy	VBD
36036	722	47	similar	similar	JJ
36036	722	48	climates	climate	NNS
36036	722	49	and	and	CC
36036	722	50	habitats	habitat	NNS
36036	722	51	.	.	.
36036	723	1	_	_	NNP
36036	723	2	Bassariscus	Bassariscus	NNP
36036	723	3	_	_	NNP
36036	723	4	,	,	,
36036	723	5	another	another	DT
36036	723	6	member	member	NN
36036	723	7	of	of	IN
36036	723	8	Procyoninae	Procyoninae	NNP
36036	723	9	,	,	,
36036	723	10	had	have	VBD
36036	723	11	an	an	DT
36036	723	12	even	even	RB
36036	723	13	earlier	early	JJR
36036	723	14	origin	origin	NN
36036	723	15	in	in	IN
36036	723	16	tropical	tropical	JJ
36036	723	17	North	North	NNP
36036	723	18	America	America	NNP
36036	723	19	(	(	-LRB-
36036	723	20	Webb	Webb	NNP
36036	723	21	,	,	,
36036	723	22	1985b	1985b	CD
36036	723	23	)	)	-RRB-
36036	723	24	.	.	.
36036	724	1	The	the	DT
36036	724	2	origin	origin	NN
36036	724	3	of	of	IN
36036	724	4	the	the	DT
36036	724	5	small	small	JJ
36036	724	6	arboreal	arboreal	JJ
36036	724	7	forms	form	NNS
36036	724	8	_	_	NNP
36036	724	9	Potos	Potos	NNP
36036	724	10	_	_	NNP
36036	724	11	and	and	CC
36036	724	12	_	_	NNP
36036	724	13	Bassaricyon	Bassaricyon	NNP
36036	724	14	_	_	NNP
36036	724	15	(	(	-LRB-
36036	724	16	subfamily	subfamily	RB
36036	724	17	Potosinae	Potosinae	NNP
36036	724	18	)	)	-RRB-
36036	724	19	is	be	VBZ
36036	724	20	obscure	obscure	JJ
36036	724	21	but	but	CC
36036	724	22	is	be	VBZ
36036	724	23	thought	think	VBN
36036	724	24	to	to	TO
36036	724	25	have	have	VB
36036	724	26	occurred	occur	VBN
36036	724	27	in	in	IN
36036	724	28	the	the	DT
36036	724	29	rainforests	rainforest	NNS
36036	724	30	of	of	IN
36036	724	31	Central	Central	NNP
36036	724	32	America	America	NNP
36036	724	33	(	(	-LRB-
36036	724	34	Webb	Webb	NNP
36036	724	35	,	,	,
36036	724	36	1985b	1985b	CD
36036	724	37	)	)	-RRB-
36036	724	38	.	.	.
36036	725	1	What	what	WP
36036	725	2	were	be	VBD
36036	725	3	the	the	DT
36036	725	4	metabolic	metabolic	JJ
36036	725	5	capabilities	capability	NNS
36036	725	6	of	of	IN
36036	725	7	these	these	DT
36036	725	8	early	early	JJ
36036	725	9	procyonids	procyonid	NNS
36036	725	10	?	?	.
36036	726	1	We	-PRON-	PRP
36036	726	2	do	do	VBP
36036	726	3	not	not	RB
36036	726	4	know	know	VB
36036	726	5	,	,	,
36036	726	6	but	but	CC
36036	726	7	for	for	IN
36036	726	8	several	several	JJ
36036	726	9	million	million	CD
36036	726	10	years	year	NNS
36036	726	11	,	,	,
36036	726	12	from	from	IN
36036	726	13	middle	middle	JJ
36036	726	14	to	to	IN
36036	726	15	late	late	JJ
36036	726	16	Miocene	Miocene	NNP
36036	726	17	,	,	,
36036	726	18	procyonids	procyonid	NNS
36036	726	19	lived	live	VBD
36036	726	20	in	in	IN
36036	726	21	tropical	tropical	JJ
36036	726	22	and	and	CC
36036	726	23	subtropical	subtropical	JJ
36036	726	24	forests	forest	NNS
36036	726	25	of	of	IN
36036	726	26	Central	Central	NNP
36036	726	27	and	and	CC
36036	726	28	North	North	NNP
36036	726	29	America	America	NNP
36036	726	30	(	(	-LRB-
36036	726	31	Webb	Webb	NNP
36036	726	32	,	,	,
36036	726	33	1985b	1985b	CD
36036	726	34	;	;	:
36036	726	35	Marshall	Marshall	NNP
36036	726	36	,	,	,
36036	726	37	1988	1988	CD
36036	726	38	)	)	-RRB-
36036	726	39	.	.	.
36036	727	1	Then	then	RB
36036	727	2	,	,	,
36036	727	3	in	in	IN
36036	727	4	the	the	DT
36036	727	5	Pleistocene	Pleistocene	NNP
36036	727	6	,	,	,
36036	727	7	several	several	JJ
36036	727	8	modern	modern	JJ
36036	727	9	forms	form	NNS
36036	727	10	crossed	cross	VBD
36036	727	11	the	the	DT
36036	727	12	Panamanian	panamanian	JJ
36036	727	13	land	land	NN
36036	727	14	bridge	bridge	NN
36036	727	15	into	into	IN
36036	727	16	similar	similar	JJ
36036	727	17	habitats	habitat	NNS
36036	727	18	and	and	CC
36036	727	19	climates	climate	NNS
36036	727	20	in	in	IN
36036	727	21	South	South	NNP
36036	727	22	America	America	NNP
36036	727	23	;	;	:
36036	727	24	but	but	CC
36036	727	25	none	none	NN
36036	727	26	of	of	IN
36036	727	27	them	-PRON-	PRP
36036	727	28	appear	appear	VBP
36036	727	29	to	to	TO
36036	727	30	have	have	VB
36036	727	31	spread	spread	VBN
36036	727	32	far	far	RB
36036	727	33	enough	enough	RB
36036	727	34	northward	northward	RB
36036	727	35	to	to	TO
36036	727	36	have	have	VB
36036	727	37	crossed	cross	VBN
36036	727	38	the	the	DT
36036	727	39	Bering	Bering	NNP
36036	727	40	land	land	NN
36036	727	41	bridge	bridge	NN
36036	727	42	.	.	.
36036	728	1	Several	several	JJ
36036	728	2	million	million	CD
36036	728	3	years	year	NNS
36036	728	4	exposure	exposure	NN
36036	728	5	to	to	IN
36036	728	6	a	a	DT
36036	728	7	tropical	tropical	JJ
36036	728	8	environment	environment	NN
36036	728	9	,	,	,
36036	728	10	with	with	IN
36036	728	11	its	-PRON-	PRP$
36036	728	12	continuous	continuous	JJ
36036	728	13	high	high	JJ
36036	728	14	temperatures	temperature	NNS
36036	728	15	and	and	CC
36036	728	16	modest	modest	JJ
36036	728	17	range	range	NN
36036	728	18	of	of	IN
36036	728	19	thermal	thermal	JJ
36036	728	20	extremes	extreme	NNS
36036	728	21	,	,	,
36036	728	22	would	would	MD
36036	728	23	have	have	VB
36036	728	24	favored	favor	VBN
36036	728	25	selection	selection	NN
36036	728	26	of	of	IN
36036	728	27	metabolic	metabolic	JJ
36036	728	28	and	and	CC
36036	728	29	thermoregulatory	thermoregulatory	JJ
36036	728	30	traits	trait	NNS
36036	728	31	that	that	WDT
36036	728	32	would	would	MD
36036	728	33	minimize	minimize	VB
36036	728	34	energy	energy	NN
36036	728	35	requirements	requirement	NNS
36036	728	36	:	:	:
36036	728	37	a	a	DT
36036	728	38	lower	low	JJR
36036	728	39	than	than	IN
36036	728	40	predicted	predict	VBN
36036	728	41	basal	basal	NNP
36036	728	42	metabolic	metabolic	JJ
36036	728	43	rate	rate	NN
36036	728	44	,	,	,
36036	728	45	a	a	DT
36036	728	46	prolonged	prolonged	JJ
36036	728	47	or	or	CC
36036	728	48	continuous	continuous	JJ
36036	728	49	molt	molt	NN
36036	728	50	resulting	result	VBG
36036	728	51	in	in	IN
36036	728	52	very	very	RB
36036	728	53	little	little	JJ
36036	728	54	annual	annual	JJ
36036	728	55	change	change	NN
36036	728	56	in	in	IN
36036	728	57	minimum	minimum	JJ
36036	728	58	thermal	thermal	JJ
36036	728	59	conductance	conductance	NN
36036	728	60	,	,	,
36036	728	61	and	and	CC
36036	728	62	a	a	DT
36036	728	63	modest	modest	JJ
36036	728	64	capacity	capacity	NN
36036	728	65	for	for	IN
36036	728	66	evaporative	evaporative	JJ
36036	728	67	cooling	cooling	NN
36036	728	68	.	.	.
36036	729	1	In	in	IN
36036	729	2	addition	addition	NN
36036	729	3	,	,	,
36036	729	4	we	-PRON-	PRP
36036	729	5	would	would	MD
36036	729	6	expect	expect	VB
36036	729	7	selection	selection	NN
36036	729	8	to	to	TO
36036	729	9	have	have	VB
36036	729	10	favored	favor	VBN
36036	729	11	a	a	DT
36036	729	12	diverse	diverse	JJ
36036	729	13	diet	diet	NN
36036	729	14	,	,	,
36036	729	15	good	good	JJ
36036	729	16	reproductive	reproductive	JJ
36036	729	17	potential	potential	NN
36036	729	18	,	,	,
36036	729	19	and	and	CC
36036	729	20	behavioral	behavioral	JJ
36036	729	21	flexibility	flexibility	NN
36036	729	22	to	to	TO
36036	729	23	utilize	utilize	VB
36036	729	24	a	a	DT
36036	729	25	variety	variety	NN
36036	729	26	of	of	IN
36036	729	27	habitats	habitat	NNS
36036	729	28	within	within	IN
36036	729	29	these	these	DT
36036	729	30	climates	climate	NNS
36036	729	31	.	.	.
36036	730	1	Our	-PRON-	PRP$
36036	730	2	analysis	analysis	NN
36036	730	3	has	have	VBZ
36036	730	4	shown	show	VBN
36036	730	5	that	that	IN
36036	730	6	such	such	JJ
36036	730	7	characteristics	characteristic	NNS
36036	730	8	are	be	VBP
36036	730	9	the	the	DT
36036	730	10	norm	norm	NN
36036	730	11	for	for	IN
36036	730	12	extant	extant	JJ
36036	730	13	members	member	NNS
36036	730	14	of	of	IN
36036	730	15	this	this	DT
36036	730	16	family	family	NN
36036	730	17	living	live	VBG
36036	730	18	in	in	IN
36036	730	19	tropical	tropical	JJ
36036	730	20	and	and	CC
36036	730	21	subtropical	subtropical	JJ
36036	730	22	climates	climate	NNS
36036	730	23	,	,	,
36036	730	24	and	and	CC
36036	730	25	we	-PRON-	PRP
36036	730	26	speculate	speculate	VBP
36036	730	27	that	that	IN
36036	730	28	these	these	DT
36036	730	29	traits	trait	NNS
36036	730	30	also	also	RB
36036	730	31	were	be	VBD
36036	730	32	common	common	JJ
36036	730	33	to	to	IN
36036	730	34	early	early	JJ
36036	730	35	procyonids	procyonid	NNS
36036	730	36	and	and	CC
36036	730	37	served	serve	VBD
36036	730	38	to	to	TO
36036	730	39	restrict	restrict	VB
36036	730	40	them	-PRON-	PRP
36036	730	41	to	to	IN
36036	730	42	these	these	DT
36036	730	43	climates	climate	NNS
36036	730	44	.	.	.
36036	731	1	Our	-PRON-	PRP$
36036	731	2	speculation	speculation	NN
36036	731	3	is	be	VBZ
36036	731	4	supported	support	VBN
36036	731	5	by	by	IN
36036	731	6	the	the	DT
36036	731	7	fact	fact	NN
36036	731	8	that	that	IN
36036	731	9	their	-PRON-	PRP$
36036	731	10	known	know	VBN
36036	731	11	fossil	fossil	NN
36036	731	12	history	history	NN
36036	731	13	from	from	IN
36036	731	14	the	the	DT
36036	731	15	Miocene	Miocene	NNP
36036	731	16	is	be	VBZ
36036	731	17	confined	confine	VBN
36036	731	18	to	to	IN
36036	731	19	geographic	geographic	JJ
36036	731	20	areas	area	NNS
36036	731	21	that	that	WDT
36036	731	22	had	have	VBD
36036	731	23	tropical	tropical	JJ
36036	731	24	and	and	CC
36036	731	25	subtropical	subtropical	JJ
36036	731	26	climates	climate	NNS
36036	731	27	.	.	.
36036	732	1	Later	later	RB
36036	732	2	on	on	RB
36036	732	3	,	,	,
36036	732	4	during	during	IN
36036	732	5	Pleistocene	Pleistocene	NNP
36036	732	6	glaciations	glaciation	NNS
36036	732	7	,	,	,
36036	732	8	tropical	tropical	JJ
36036	732	9	and	and	CC
36036	732	10	subtropical	subtropical	JJ
36036	732	11	forests	forest	NNS
36036	732	12	shrank	shrink	VBD
36036	732	13	,	,	,
36036	732	14	savannas	savannas	NNP
36036	732	15	expanded	expand	VBD
36036	732	16	,	,	,
36036	732	17	and	and	CC
36036	732	18	temperate	temperate	VB
36036	732	19	climate	climate	NN
36036	732	20	was	be	VBD
36036	732	21	pushed	push	VBN
36036	732	22	toward	toward	IN
36036	732	23	equatorial	equatorial	JJ
36036	732	24	regions	region	NNS
36036	732	25	.	.	.
36036	733	1	The	the	DT
36036	733	2	opposite	opposite	JJ
36036	733	3	occurred	occur	VBD
36036	733	4	during	during	IN
36036	733	5	interglacial	interglacial	JJ
36036	733	6	periods	period	NNS
36036	733	7	(	(	-LRB-
36036	733	8	Raven	Raven	NNP
36036	733	9	and	and	CC
36036	733	10	Axelrod	Axelrod	NNP
36036	733	11	,	,	,
36036	733	12	1975	1975	CD
36036	733	13	;	;	:
36036	733	14	Webb	Webb	NNP
36036	733	15	,	,	,
36036	733	16	1977	1977	CD
36036	733	17	,	,	,
36036	733	18	1978	1978	CD
36036	733	19	;	;	:
36036	733	20	Marshall	Marshall	NNP
36036	733	21	,	,	,
36036	733	22	1988	1988	CD
36036	733	23	)	)	-RRB-
36036	733	24	.	.	.
36036	734	1	Consequently	consequently	RB
36036	734	2	,	,	,
36036	734	3	mid	mid	NN
36036	734	4	-	-	NNS
36036	734	5	latitudes	latitude	NNS
36036	734	6	experienced	experience	VBD
36036	734	7	alternating	alternate	VBG
36036	734	8	periods	period	NNS
36036	734	9	of	of	IN
36036	734	10	temperate	temperate	NN
36036	734	11	and	and	CC
36036	734	12	tropical	tropical	JJ
36036	734	13	,	,	,
36036	734	14	or	or	CC
36036	734	15	at	at	IN
36036	734	16	least	least	JJS
36036	734	17	subtropical	subtropical	JJ
36036	734	18	,	,	,
36036	734	19	climate	climate	NN
36036	734	20	change	change	NN
36036	734	21	.	.	.
36036	735	1	Selection	selection	NN
36036	735	2	of	of	IN
36036	735	3	characteristics	characteristic	NNS
36036	735	4	that	that	WDT
36036	735	5	would	would	MD
36036	735	6	have	have	VB
36036	735	7	adapted	adapt	VBN
36036	735	8	a	a	DT
36036	735	9	species	species	NN
36036	735	10	with	with	IN
36036	735	11	low	low	JJ
36036	735	12	[	[	-LRB-
36036	735	13	.H]_{b	.H]_{b	NFP
36036	735	14	}	}	-RRB-
36036	735	15	to	to	TO
36036	735	16	temperate	temperate	VB
36036	735	17	as	as	RB
36036	735	18	well	well	RB
36036	735	19	as	as	IN
36036	735	20	tropic	tropic	JJ
36036	735	21	or	or	CC
36036	735	22	subtropic	subtropic	NN
36036	735	23	climates	climate	NNS
36036	735	24	could	could	MD
36036	735	25	have	have	VB
36036	735	26	occurred	occur	VBN
36036	735	27	in	in	IN
36036	735	28	mid	mid	NN
36036	735	29	-	-	NN
36036	735	30	latitudes	latitude	NNS
36036	735	31	at	at	IN
36036	735	32	the	the	DT
36036	735	33	temperate	temperate	NN
36036	735	34	edge	edge	NN
36036	735	35	of	of	IN
36036	735	36	these	these	DT
36036	735	37	tropical	tropical	JJ
36036	735	38	advances	advance	NNS
36036	735	39	and	and	CC
36036	735	40	retreats	retreat	NNS
36036	735	41	.	.	.
36036	736	1	Our	-PRON-	PRP$
36036	736	2	analysis	analysis	NN
36036	736	3	indicates	indicate	VBZ
36036	736	4	that	that	IN
36036	736	5	,	,	,
36036	736	6	for	for	IN
36036	736	7	this	this	DT
36036	736	8	purpose	purpose	NN
36036	736	9	,	,	,
36036	736	10	selection	selection	NN
36036	736	11	would	would	MD
36036	736	12	have	have	VB
36036	736	13	favored	favor	VBN
36036	736	14	lower	lower	RBR
36036	736	15	than	than	IN
36036	736	16	predicted	predict	VBN
36036	736	17	thermal	thermal	JJ
36036	736	18	conductance	conductance	NN
36036	736	19	,	,	,
36036	736	20	seasonal	seasonal	JJ
36036	736	21	molt	molt	NN
36036	736	22	,	,	,
36036	736	23	increased	increase	VBN
36036	736	24	capacity	capacity	NN
36036	736	25	for	for	IN
36036	736	26	evaporative	evaporative	JJ
36036	736	27	cooling	cooling	NN
36036	736	28	,	,	,
36036	736	29	increased	increased	JJ
36036	736	30	tolerance	tolerance	NN
36036	736	31	of	of	IN
36036	736	32	elevated	elevated	JJ
36036	736	33	T_{b	T_{b	NNP
36036	736	34	}	}	-RRB-
36036	736	35	,	,	,
36036	736	36	increased	increase	VBN
36036	736	37	flexibility	flexibility	NN
36036	736	38	of	of	IN
36036	736	39	thermoregulatory	thermoregulatory	JJ
36036	736	40	behavior	behavior	NN
36036	736	41	,	,	,
36036	736	42	food	food	NN
36036	736	43	habits	habit	NNS
36036	736	44	that	that	WDT
36036	736	45	provided	provide	VBD
36036	736	46	for	for	IN
36036	736	47	year	year	NN
36036	736	48	-	-	HYPH
36036	736	49	round	round	JJ
36036	736	50	access	access	NN
36036	736	51	to	to	IN
36036	736	52	a	a	DT
36036	736	53	high	high	JJ
36036	736	54	-	-	HYPH
36036	736	55	quality	quality	NN
36036	736	56	diet	diet	NN
36036	736	57	in	in	IN
36036	736	58	all	all	DT
36036	736	59	three	three	CD
36036	736	60	climates	climate	NNS
36036	736	61	,	,	,
36036	736	62	and	and	CC
36036	736	63	a	a	DT
36036	736	64	higher	high	JJR
36036	736	65	than	than	IN
36036	736	66	predicted	predict	VBN
36036	736	67	r_{max	r_{max	NNP
36036	736	68	}	}	-RRB-
36036	736	69	.	.	.
36036	737	1	_	_	NNP
36036	737	2	Bassariscus	Bassariscus	NNP
36036	737	3	astutus	astutus	NN
36036	737	4	_	_	NNP
36036	737	5	is	be	VBZ
36036	737	6	the	the	DT
36036	737	7	only	only	JJ
36036	737	8	species	specie	NNS
36036	737	9	with	with	IN
36036	737	10	low	low	JJ
36036	737	11	[	[	-LRB-
36036	737	12	.H]_{b	.H]_{b	.
36036	737	13	}	}	-RRB-
36036	737	14	that	that	DT
36036	737	15	has	have	VBZ
36036	737	16	all	all	PDT
36036	737	17	these	these	DT
36036	737	18	characteristics	characteristic	NNS
36036	737	19	,	,	,
36036	737	20	and	and	CC
36036	737	21	it	-PRON-	PRP
36036	737	22	is	be	VBZ
36036	737	23	the	the	DT
36036	737	24	only	only	JJ
36036	737	25	one	one	CD
36036	737	26	of	of	IN
36036	737	27	them	-PRON-	PRP
36036	737	28	that	that	WDT
36036	737	29	has	have	VBZ
36036	737	30	added	add	VBN
36036	737	31	temperate	temperate	NN
36036	737	32	climate	climate	NN
36036	737	33	to	to	IN
36036	737	34	its	-PRON-	PRP$
36036	737	35	distribution	distribution	NN
36036	737	36	(	(	-LRB-
36036	737	37	Table	table	NN
36036	737	38	11	11	CD
36036	737	39	)	)	-RRB-
36036	737	40	.	.	.
36036	738	1	This	this	DT
36036	738	2	suggests	suggest	VBZ
36036	738	3	that	that	IN
36036	738	4	_	_	NNP
36036	738	5	Bassariscus	Bassariscus	NNP
36036	738	6	astutus	astutus	NN
36036	738	7	_	_	NNP
36036	738	8	is	be	VBZ
36036	738	9	a	a	DT
36036	738	10	species	species	NN
36036	738	11	that	that	WDT
36036	738	12	evolved	evolve	VBD
36036	738	13	away	away	RB
36036	738	14	from	from	IN
36036	738	15	the	the	DT
36036	738	16	norm	norm	NN
36036	738	17	for	for	IN
36036	738	18	procyonids	procyonid	NNS
36036	738	19	with	with	IN
36036	738	20	low	low	JJ
36036	738	21	[	[	-LRB-
36036	738	22	.H]_{b	.H]_{b	NFP
36036	738	23	}	}	-RRB-
36036	738	24	,	,	,
36036	738	25	toward	toward	IN
36036	738	26	characteristics	characteristic	NNS
36036	738	27	that	that	WDT
36036	738	28	allowed	allow	VBD
36036	738	29	it	-PRON-	PRP
36036	738	30	to	to	TO
36036	738	31	become	become	VB
36036	738	32	more	more	JJR
36036	738	33	of	of	IN
36036	738	34	a	a	DT
36036	738	35	climate	climate	NN
36036	738	36	generalist	generalist	NN
36036	738	37	.	.	.
36036	739	1	_	_	NNP
36036	739	2	Potos	Potos	NNP
36036	739	3	flavus	flavus	NN
36036	739	4	_	_	NNP
36036	739	5	,	,	,
36036	739	6	with	with	IN
36036	739	7	its	-PRON-	PRP$
36036	739	8	dietary	dietary	JJ
36036	739	9	specialization	specialization	NN
36036	739	10	,	,	,
36036	739	11	low	low	JJ
36036	739	12	tolerance	tolerance	NN
36036	739	13	to	to	IN
36036	739	14	high	high	JJ
36036	739	15	temperatures	temperature	NNS
36036	739	16	,	,	,
36036	739	17	and	and	CC
36036	739	18	arboreal	arboreal	JJ
36036	739	19	mode	mode	NN
36036	739	20	of	of	IN
36036	739	21	existence	existence	NN
36036	739	22	,	,	,
36036	739	23	has	have	VBZ
36036	739	24	become	become	VBN
36036	739	25	a	a	DT
36036	739	26	highly	highly	RB
36036	739	27	specialized	specialized	JJ
36036	739	28	species	specie	NNS
36036	739	29	totally	totally	RB
36036	739	30	dependent	dependent	JJ
36036	739	31	on	on	IN
36036	739	32	tropical	tropical	JJ
36036	739	33	forests	forest	NNS
36036	739	34	for	for	IN
36036	739	35	its	-PRON-	PRP$
36036	739	36	survival	survival	NN
36036	739	37	.	.	.
36036	740	1	As	as	IN
36036	740	2	such	such	JJ
36036	740	3	,	,	,
36036	740	4	it	-PRON-	PRP
36036	740	5	also	also	RB
36036	740	6	represents	represent	VBZ
36036	740	7	a	a	DT
36036	740	8	species	species	NN
36036	740	9	that	that	WDT
36036	740	10	has	have	VBZ
36036	740	11	evolved	evolve	VBN
36036	740	12	away	away	RB
36036	740	13	from	from	IN
36036	740	14	the	the	DT
36036	740	15	procyonid	procyonid	JJ
36036	740	16	norm	norm	NN
36036	740	17	and	and	CC
36036	740	18	portrays	portray	VBZ
36036	740	19	the	the	DT
36036	740	20	extreme	extreme	NN
36036	740	21	in	in	IN
36036	740	22	climate	climate	NN
36036	740	23	specialization	specialization	NN
36036	740	24	.	.	.
36036	741	1	Olingos	Olingos	NNP
36036	741	2	,	,	,
36036	741	3	_	_	NNP
36036	741	4	Bassaricyon	Bassaricyon	NNP
36036	741	5	gabbii	gabbii	NNP
36036	741	6	_	_	NNP
36036	741	7	(	(	-LRB-
36036	741	8	Table	table	NN
36036	741	9	1	1	CD
36036	741	10	)	)	-RRB-
36036	741	11	,	,	,
36036	741	12	may	may	MD
36036	741	13	be	be	VB
36036	741	14	similar	similar	JJ
36036	741	15	to	to	IN
36036	741	16	_	_	NNP
36036	741	17	Potos	Potos	NNP
36036	741	18	flavus	flavus	NN
36036	741	19	_	_	NNP
36036	741	20	in	in	IN
36036	741	21	this	this	DT
36036	741	22	respect	respect	NN
36036	741	23	(	(	-LRB-
36036	741	24	see	see	VB
36036	741	25	also	also	RB
36036	741	26	Table	table	NN
36036	741	27	10	10	CD
36036	741	28	)	)	-RRB-
36036	741	29	.	.	.
36036	742	1	This	this	DT
36036	742	2	suggests	suggest	VBZ
36036	742	3	that	that	DT
36036	742	4	of	of	IN
36036	742	5	the	the	DT
36036	742	6	extant	extant	JJ
36036	742	7	procyonids	procyonid	NNS
36036	742	8	,	,	,
36036	742	9	_	_	NNP
36036	742	10	Nasua	Nasua	NNP
36036	742	11	nasua	nasua	NNP
36036	742	12	_	_	NNP
36036	742	13	,	,	,
36036	742	14	_	_	NNP
36036	742	15	Nasua	Nasua	NNP
36036	742	16	narica	narica	NN
36036	742	17	_	_	NNP
36036	742	18	,	,	,
36036	742	19	and	and	CC
36036	742	20	_	_	NNP
36036	742	21	Procyon	Procyon	NNP
36036	742	22	cancrivorus	cancrivoru	VBZ
36036	742	23	_	_	NNP
36036	742	24	have	have	VBP
36036	742	25	retained	retain	VBN
36036	742	26	metabolic	metabolic	JJ
36036	742	27	and	and	CC
36036	742	28	behavioral	behavioral	JJ
36036	742	29	characteristics	characteristic	NNS
36036	742	30	that	that	WDT
36036	742	31	are	be	VBP
36036	742	32	closest	close	JJS
36036	742	33	to	to	IN
36036	742	34	those	those	DT
36036	742	35	of	of	IN
36036	742	36	their	-PRON-	PRP$
36036	742	37	Miocene	Miocene	NNP
36036	742	38	ancestors	ancestor	NNS
36036	742	39	.	.	.
36036	743	1	_	_	NNP
36036	743	2	Evolution	Evolution	NNP
36036	743	3	of	of	IN
36036	743	4	High	High	NNP
36036	743	5	Basal	Basal	NNP
36036	743	6	Metabolic	Metabolic	NNP
36036	743	7	Rate	Rate	NNP
36036	743	8	_	_	NNP
36036	743	9	Between	between	IN
36036	743	10	the	the	DT
36036	743	11	time	time	NN
36036	743	12	that	that	WDT
36036	743	13	_	_	NNP
36036	743	14	Cyonasua	Cyonasua	NNP
36036	743	15	_	_	NNP
36036	743	16	appeared	appear	VBD
36036	743	17	and	and	CC
36036	743	18	the	the	DT
36036	743	19	Panamanian	panamanian	JJ
36036	743	20	land	land	NN
36036	743	21	bridge	bridge	NN
36036	743	22	was	be	VBD
36036	743	23	established	establish	VBN
36036	743	24	in	in	IN
36036	743	25	the	the	DT
36036	743	26	upper	upper	JJ
36036	743	27	Pliocene	Pliocene	NNP
36036	743	28	(	(	-LRB-
36036	743	29	4	4	CD
36036	743	30	to	to	TO
36036	743	31	5	5	CD
36036	743	32	million	million	CD
36036	743	33	years	year	NNS
36036	743	34	ago	ago	RB
36036	743	35	)	)	-RRB-
36036	743	36	,	,	,
36036	743	37	northern	northern	JJ
36036	743	38	climates	climate	NNS
36036	743	39	continued	continue	VBD
36036	743	40	their	-PRON-	PRP$
36036	743	41	gradual	gradual	JJ
36036	743	42	cooling	cooling	NN
36036	743	43	.	.	.
36036	744	1	This	this	DT
36036	744	2	,	,	,
36036	744	3	along	along	IN
36036	744	4	with	with	IN
36036	744	5	ongoing	ongoing	JJ
36036	744	6	elevation	elevation	NN
36036	744	7	of	of	IN
36036	744	8	the	the	DT
36036	744	9	continents	continent	NNS
36036	744	10	and	and	CC
36036	744	11	continuous	continuous	JJ
36036	744	12	modification	modification	NN
36036	744	13	of	of	IN
36036	744	14	their	-PRON-	PRP$
36036	744	15	mountain	mountain	NN
36036	744	16	ranges	range	NNS
36036	744	17	,	,	,
36036	744	18	served	serve	VBD
36036	744	19	to	to	TO
36036	744	20	shrink	shrink	VB
36036	744	21	the	the	DT
36036	744	22	tropical	tropical	JJ
36036	744	23	forest	forest	NN
36036	744	24	and	and	CC
36036	744	25	create	create	VB
36036	744	26	pockets	pocket	NNS
36036	744	27	of	of	IN
36036	744	28	climatic	climatic	JJ
36036	744	29	instability	instability	NN
36036	744	30	within	within	IN
36036	744	31	it	-PRON-	PRP
36036	744	32	and	and	CC
36036	744	33	on	on	IN
36036	744	34	its	-PRON-	PRP$
36036	744	35	edges	edge	NNS
36036	744	36	(	(	-LRB-
36036	744	37	Darlington	Darlington	NNP
36036	744	38	,	,	,
36036	744	39	1963:578	1963:578	CD
36036	744	40	-	-	SYM
36036	744	41	596	596	CD
36036	744	42	;	;	:
36036	744	43	Marshall	Marshall	NNP
36036	744	44	,	,	,
36036	744	45	1988	1988	CD
36036	744	46	)	)	-RRB-
36036	744	47	.	.	.
36036	745	1	In	in	IN
36036	745	2	areas	area	NNS
36036	745	3	of	of	IN
36036	745	4	instability	instability	NN
36036	745	5	,	,	,
36036	745	6	selection	selection	NN
36036	745	7	would	would	MD
36036	745	8	have	have	VB
36036	745	9	favored	favor	VBN
36036	745	10	traits	trait	NNS
36036	745	11	that	that	WDT
36036	745	12	provided	provide	VBD
36036	745	13	for	for	IN
36036	745	14	a	a	DT
36036	745	15	broader	broad	JJR
36036	745	16	range	range	NN
36036	745	17	of	of	IN
36036	745	18	thermal	thermal	JJ
36036	745	19	tolerance	tolerance	NN
36036	745	20	:	:	:
36036	745	21	higher	high	JJR
36036	745	22	[	[	-LRB-
36036	745	23	.H]_{b	.h]_{b	NN
36036	745	24	}	}	-RRB-
36036	745	25	,	,	,
36036	745	26	improved	improve	VBN
36036	745	27	insulative	insulative	JJ
36036	745	28	quality	quality	NN
36036	745	29	of	of	IN
36036	745	30	pelt	pelt	NN
36036	745	31	,	,	,
36036	745	32	a	a	DT
36036	745	33	more	more	RBR
36036	745	34	sharply	sharply	RB
36036	745	35	defined	define	VBN
36036	745	36	molt	molt	NN
36036	745	37	cycle	cycle	NN
36036	745	38	,	,	,
36036	745	39	improved	improve	VBN
36036	745	40	capacity	capacity	NN
36036	745	41	for	for	IN
36036	745	42	evaporative	evaporative	JJ
36036	745	43	cooling	cooling	NN
36036	745	44	,	,	,
36036	745	45	greater	great	JJR
36036	745	46	D_{d	D_{d	NNP
36036	745	47	}	}	-RRB-
36036	745	48	,	,	,
36036	745	49	and	and	CC
36036	745	50	higher	high	JJR
36036	745	51	r_{max	r_{max	NN
36036	745	52	}	}	-RRB-
36036	745	53	.	.	.
36036	746	1	Consequently	consequently	RB
36036	746	2	,	,	,
36036	746	3	by	by	IN
36036	746	4	the	the	DT
36036	746	5	upper	upper	JJ
36036	746	6	Pliocene	Pliocene	NNP
36036	746	7	,	,	,
36036	746	8	two	two	CD
36036	746	9	metabolically	metabolically	RB
36036	746	10	distinct	distinct	JJ
36036	746	11	groups	group	NNS
36036	746	12	of	of	IN
36036	746	13	procyonids	procyonid	NNS
36036	746	14	could	could	MD
36036	746	15	have	have	VB
36036	746	16	been	be	VBN
36036	746	17	established	establish	VBN
36036	746	18	:	:	:
36036	746	19	those	those	DT
36036	746	20	species	specie	NNS
36036	746	21	with	with	IN
36036	746	22	low	low	JJ
36036	746	23	[	[	-LRB-
36036	746	24	.H]_{b	.H]_{b	.
36036	746	25	}	}	-RRB-
36036	746	26	living	live	VBG
36036	746	27	in	in	IN
36036	746	28	climatically	climatically	RB
36036	746	29	stable	stable	JJ
36036	746	30	forests	forest	NNS
36036	746	31	and	and	CC
36036	746	32	those	those	DT
36036	746	33	with	with	IN
36036	746	34	higher	high	JJR
36036	746	35	[	[	-LRB-
36036	746	36	.H]_{b	.H]_{b	NFP
36036	746	37	}	}	-RRB-
36036	746	38	living	live	VBG
36036	746	39	in	in	IN
36036	746	40	unstable	unstable	JJ
36036	746	41	tropical	tropical	JJ
36036	746	42	,	,	,
36036	746	43	subtropical	subtropical	JJ
36036	746	44	,	,	,
36036	746	45	and	and	CC
36036	746	46	perhaps	perhaps	RB
36036	746	47	temperate	temperate	NN
36036	746	48	climates	climate	VBZ
36036	746	49	.	.	.
36036	747	1	_	_	NNP
36036	747	2	Procyon	Procyon	NNP
36036	747	3	lotor	lotor	NN
36036	747	4	_	_	NNP
36036	747	5	is	be	VBZ
36036	747	6	the	the	DT
36036	747	7	only	only	JJ
36036	747	8	extant	extant	JJ
36036	747	9	procyonid	procyonid	NN
36036	747	10	with	with	IN
36036	747	11	high	high	JJ
36036	747	12	[	[	-LRB-
36036	747	13	.H]_{b	.H]_{b	NFP
36036	747	14	}	}	-RRB-
36036	747	15	.	.	.
36036	748	1	_	_	NNP
36036	748	2	Procyon	Procyon	NNP
36036	748	3	cancrivorus	cancrivoru	VBZ
36036	748	4	_	_	NNP
36036	748	5	is	be	VBZ
36036	748	6	its	-PRON-	PRP$
36036	748	7	congeneric	congeneric	JJ
36036	748	8	counterpart	counterpart	NN
36036	748	9	in	in	IN
36036	748	10	Central	Central	NNP
36036	748	11	and	and	CC
36036	748	12	South	South	NNP
36036	748	13	America	America	NNP
36036	748	14	(	(	-LRB-
36036	748	15	Table	table	NN
36036	748	16	1	1	CD
36036	748	17	)	)	-RRB-
36036	748	18	,	,	,
36036	748	19	and	and	CC
36036	748	20	the	the	DT
36036	748	21	two	two	CD
36036	748	22	species	specie	NNS
36036	748	23	are	be	VBP
36036	748	24	sympatric	sympatric	JJ
36036	748	25	in	in	IN
36036	748	26	Panama	Panama	NNP
36036	748	27	and	and	CC
36036	748	28	Costa	Costa	NNP
36036	748	29	Rica	Rica	NNP
36036	748	30	.	.	.
36036	749	1	However	however	RB
36036	749	2	,	,	,
36036	749	3	in	in	IN
36036	749	4	terms	term	NNS
36036	749	5	of	of	IN
36036	749	6	its	-PRON-	PRP$
36036	749	7	metabolism	metabolism	NN
36036	749	8	,	,	,
36036	749	9	thermal	thermal	JJ
36036	749	10	conductance	conductance	NN
36036	749	11	,	,	,
36036	749	12	molt	molt	NN
36036	749	13	,	,	,
36036	749	14	diversity	diversity	NN
36036	749	15	of	of	IN
36036	749	16	diet	diet	NNP
36036	749	17	,	,	,
36036	749	18	r_{max	r_{max	NNP
36036	749	19	}	}	-RRB-
36036	749	20	,	,	,
36036	749	21	and	and	CC
36036	749	22	climatic	climatic	JJ
36036	749	23	distribution	distribution	NN
36036	749	24	,	,	,
36036	749	25	_	_	NNP
36036	749	26	Procyon	Procyon	NNP
36036	749	27	cancrivorus	cancrivoru	VBZ
36036	749	28	_	_	NNP
36036	749	29	shares	share	NNS
36036	749	30	more	more	RBR
36036	749	31	in	in	IN
36036	749	32	common	common	JJ
36036	749	33	with	with	IN
36036	749	34	other	other	JJ
36036	749	35	procyonids	procyonid	NNS
36036	749	36	than	than	IN
36036	749	37	it	-PRON-	PRP
36036	749	38	does	do	VBZ
36036	749	39	with	with	IN
36036	749	40	_	_	NNP
36036	749	41	Procyon	Procyon	NNP
36036	749	42	lotor	lotor	NN
36036	749	43	_	_	NNP
36036	749	44	(	(	-LRB-
36036	749	45	Tables	Tables	NNP
36036	749	46	7	7	CD
36036	749	47	,	,	,
36036	749	48	11	11	CD
36036	749	49	,	,	,
36036	749	50	12	12	CD
36036	749	51	;	;	:
36036	749	52	Figure	figure	NN
36036	749	53	8)	8)	CD
36036	749	54	.	.	.
36036	750	1	This	this	DT
36036	750	2	suggests	suggest	VBZ
36036	750	3	that	that	IN
36036	750	4	metabolically	metabolically	RB
36036	750	5	_	_	NNP
36036	750	6	Procyon	Procyon	NNP
36036	750	7	lotor	lotor	NN
36036	750	8	_	_	NNP
36036	750	9	portrays	portray	VBZ
36036	750	10	a	a	DT
36036	750	11	divergent	divergent	JJ
36036	750	12	line	line	NN
36036	750	13	of	of	IN
36036	750	14	this	this	DT
36036	750	15	genus	genus	NN
36036	750	16	that	that	WDT
36036	750	17	arose	arise	VBD
36036	750	18	as	as	IN
36036	750	19	the	the	DT
36036	750	20	result	result	NN
36036	750	21	of	of	IN
36036	750	22	a	a	DT
36036	750	23	series	series	NN
36036	750	24	of	of	IN
36036	750	25	mutations	mutation	NNS
36036	750	26	that	that	WDT
36036	750	27	gave	give	VBD
36036	750	28	rise	rise	NN
36036	750	29	to	to	IN
36036	750	30	different	different	JJ
36036	750	31	metabolic	metabolic	JJ
36036	750	32	characteristics	characteristic	NNS
36036	750	33	.	.	.
36036	751	1	This	this	DT
36036	751	2	view	view	NN
36036	751	3	is	be	VBZ
36036	751	4	in	in	IN
36036	751	5	keeping	keep	VBG
36036	751	6	with	with	IN
36036	751	7	a	a	DT
36036	751	8	recent	recent	JJ
36036	751	9	phylogenetic	phylogenetic	JJ
36036	751	10	analysis	analysis	NN
36036	751	11	of	of	IN
36036	751	12	this	this	DT
36036	751	13	family	family	NN
36036	751	14	that	that	WDT
36036	751	15	shows	show	VBZ
36036	751	16	the	the	DT
36036	751	17	genus	genus	NNP
36036	751	18	_	_	NNP
36036	751	19	Procyon	Procyon	NNP
36036	751	20	_	_	NNP
36036	751	21	to	to	TO
36036	751	22	be	be	VB
36036	751	23	highly	highly	RB
36036	751	24	derived	derive	VBN
36036	751	25	(	(	-LRB-
36036	751	26	Decker	Decker	NNP
36036	751	27	and	and	CC
36036	751	28	Wozencraft	Wozencraft	NNP
36036	751	29	,	,	,
36036	751	30	1991	1991	CD
36036	751	31	)	)	-RRB-
36036	751	32	.	.	.
36036	752	1	Consequently	consequently	RB
36036	752	2	,	,	,
36036	752	3	it	-PRON-	PRP
36036	752	4	would	would	MD
36036	752	5	be	be	VB
36036	752	6	instructive	instructive	JJ
36036	752	7	and	and	CC
36036	752	8	would	would	MD
36036	752	9	add	add	VB
36036	752	10	to	to	IN
36036	752	11	our	-PRON-	PRP$
36036	752	12	knowledge	knowledge	NN
36036	752	13	of	of	IN
36036	752	14	the	the	DT
36036	752	15	evolution	evolution	NN
36036	752	16	of	of	IN
36036	752	17	climatic	climatic	JJ
36036	752	18	adaptation	adaptation	NN
36036	752	19	to	to	TO
36036	752	20	know	know	VB
36036	752	21	more	more	JJR
36036	752	22	about	about	IN
36036	752	23	the	the	DT
36036	752	24	genetic	genetic	JJ
36036	752	25	relatedness	relatedness	NN
36036	752	26	of	of	IN
36036	752	27	these	these	DT
36036	752	28	two	two	CD
36036	752	29	species	specie	NNS
36036	752	30	as	as	RB
36036	752	31	well	well	RB
36036	752	32	as	as	IN
36036	752	33	their	-PRON-	PRP$
36036	752	34	historical	historical	JJ
36036	752	35	relationship	relationship	NN
36036	752	36	.	.	.
36036	753	1	Genus	Genus	NNP
36036	753	2	_	_	NNP
36036	753	3	Procyon	Procyon	NNP
36036	753	4	_	_	NNP
36036	753	5	appears	appear	VBZ
36036	753	6	in	in	IN
36036	753	7	the	the	DT
36036	753	8	fossil	fossil	NN
36036	753	9	record	record	NN
36036	753	10	(	(	-LRB-
36036	753	11	Hemphillian	hemphillian	JJ
36036	753	12	and	and	CC
36036	753	13	Blancan	blancan	JJ
36036	753	14	ages	age	NNS
36036	753	15	;	;	:
36036	753	16	Baskin	Baskin	NNP
36036	753	17	,	,	,
36036	753	18	1982	1982	CD
36036	753	19	)	)	-RRB-
36036	753	20	prior	prior	RB
36036	753	21	to	to	IN
36036	753	22	Pleistocene	Pleistocene	NNP
36036	753	23	glaciations	glaciation	NNS
36036	753	24	.	.	.
36036	754	1	During	during	IN
36036	754	2	the	the	DT
36036	754	3	Pleistocene	Pleistocene	NNP
36036	754	4	,	,	,
36036	754	5	there	there	EX
36036	754	6	were	be	VBD
36036	754	7	four	four	CD
36036	754	8	different	different	JJ
36036	754	9	glacial	glacial	JJ
36036	754	10	advances	advance	NNS
36036	754	11	and	and	CC
36036	754	12	retreats	retreat	NNS
36036	754	13	in	in	IN
36036	754	14	a	a	DT
36036	754	15	relatively	relatively	RB
36036	754	16	short	short	JJ
36036	754	17	time	time	NN
36036	754	18	period	period	NN
36036	754	19	(	(	-LRB-
36036	754	20	the	the	DT
36036	754	21	first	first	JJ
36036	754	22	appearing	appear	VBG
36036	754	23	little	little	JJ
36036	754	24	more	more	JJR
36036	754	25	than	than	IN
36036	754	26	a	a	DT
36036	754	27	million	million	CD
36036	754	28	years	year	NNS
36036	754	29	ago	ago	RB
36036	754	30	;	;	:
36036	754	31	Darlington	Darlington	NNP
36036	754	32	,	,	,
36036	754	33	1963:578	1963:578	CD
36036	754	34	-	-	SYM
36036	754	35	596	596	CD
36036	754	36	;	;	:
36036	754	37	Webb	Webb	NNP
36036	754	38	,	,	,
36036	754	39	1985a	1985a	CD
36036	754	40	;	;	:
36036	754	41	Marshall	Marshall	NNP
36036	754	42	,	,	,
36036	754	43	1988	1988	CD
36036	754	44	)	)	-RRB-
36036	754	45	.	.	.
36036	755	1	Glacial	glacial	JJ
36036	755	2	retreats	retreat	NNS
36036	755	3	created	create	VBD
36036	755	4	pulses	pulse	NNS
36036	755	5	of	of	IN
36036	755	6	time	time	NN
36036	755	7	during	during	IN
36036	755	8	which	which	WDT
36036	755	9	subtropic	subtropic	NN
36036	755	10	and	and	CC
36036	755	11	temperate	temperate	NN
36036	755	12	climates	climate	VBZ
36036	755	13	advanced	advanced	JJ
36036	755	14	toward	toward	IN
36036	755	15	the	the	DT
36036	755	16	poles	pole	NNS
36036	755	17	into	into	IN
36036	755	18	areas	area	NNS
36036	755	19	with	with	IN
36036	755	20	large	large	JJ
36036	755	21	seasonal	seasonal	JJ
36036	755	22	differences	difference	NNS
36036	755	23	in	in	IN
36036	755	24	light	light	JJ
36036	755	25	/	/	SYM
36036	755	26	dark	dark	JJ
36036	755	27	cycles	cycle	NNS
36036	755	28	,	,	,
36036	755	29	whereas	whereas	IN
36036	755	30	glacial	glacial	JJ
36036	755	31	advances	advance	NNS
36036	755	32	pushed	push	VBD
36036	755	33	these	these	DT
36036	755	34	climates	climate	NNS
36036	755	35	southward	southward	VB
36036	755	36	into	into	IN
36036	755	37	areas	area	NNS
36036	755	38	having	have	VBG
36036	755	39	smaller	small	JJR
36036	755	40	seasonal	seasonal	JJ
36036	755	41	differences	difference	NNS
36036	755	42	in	in	IN
36036	755	43	light	light	JJ
36036	755	44	/	/	SYM
36036	755	45	dark	dark	JJ
36036	755	46	cycles	cycle	NNS
36036	755	47	(	(	-LRB-
36036	755	48	Raven	Raven	NNP
36036	755	49	and	and	CC
36036	755	50	Axelrod	Axelrod	NNP
36036	755	51	,	,	,
36036	755	52	1975	1975	CD
36036	755	53	;	;	:
36036	755	54	Webb	Webb	NNP
36036	755	55	,	,	,
36036	755	56	1977	1977	CD
36036	755	57	,	,	,
36036	755	58	1978	1978	CD
36036	755	59	;	;	:
36036	755	60	Marshall	Marshall	NNP
36036	755	61	,	,	,
36036	755	62	1988	1988	CD
36036	755	63	)	)	-RRB-
36036	755	64	.	.	.
36036	756	1	Those	those	DT
36036	756	2	members	member	NNS
36036	756	3	of	of	IN
36036	756	4	the	the	DT
36036	756	5	genus	genus	JJ
36036	756	6	_	_	NNP
36036	756	7	Procyon	Procyon	NNP
36036	756	8	_	_	NNP
36036	756	9	caught	catch	VBD
36036	756	10	in	in	IN
36036	756	11	these	these	DT
36036	756	12	wide	wide	JJ
36036	756	13	latitudinal	latitudinal	JJ
36036	756	14	fluctuations	fluctuation	NNS
36036	756	15	would	would	MD
36036	756	16	have	have	VB
36036	756	17	experienced	experience	VBN
36036	756	18	conditions	condition	NNS
36036	756	19	favorable	favorable	JJ
36036	756	20	to	to	IN
36036	756	21	continued	continue	VBN
36036	756	22	selection	selection	NN
36036	756	23	for	for	IN
36036	756	24	characteristics	characteristic	NNS
36036	756	25	conducive	conducive	JJ
36036	756	26	to	to	IN
36036	756	27	physiologic	physiologic	JJ
36036	756	28	adaptation	adaptation	NN
36036	756	29	to	to	IN
36036	756	30	a	a	DT
36036	756	31	wide	wide	JJ
36036	756	32	range	range	NN
36036	756	33	of	of	IN
36036	756	34	climatic	climatic	JJ
36036	756	35	conditions	condition	NNS
36036	756	36	.	.	.
36036	757	1	_	_	NNP
36036	757	2	Procyon	Procyon	NNP
36036	757	3	lotor	lotor	NN
36036	757	4	_	_	NNP
36036	757	5	is	be	VBZ
36036	757	6	the	the	DT
36036	757	7	only	only	JJ
36036	757	8	member	member	NN
36036	757	9	of	of	IN
36036	757	10	its	-PRON-	PRP$
36036	757	11	genus	genus	NN
36036	757	12	to	to	TO
36036	757	13	have	have	VB
36036	757	14	survived	survive	VBN
36036	757	15	this	this	DT
36036	757	16	selective	selective	JJ
36036	757	17	process	process	NN
36036	757	18	,	,	,
36036	757	19	and	and	CC
36036	757	20	as	as	IN
36036	757	21	we	-PRON-	PRP
36036	757	22	have	have	VBP
36036	757	23	seen	see	VBN
36036	757	24	,	,	,
36036	757	25	it	-PRON-	PRP
36036	757	26	does	do	VBZ
36036	757	27	possess	possess	VB
36036	757	28	traits	trait	NNS
36036	757	29	that	that	WDT
36036	757	30	adapt	adapt	VBP
36036	757	31	it	-PRON-	PRP
36036	757	32	to	to	IN
36036	757	33	a	a	DT
36036	757	34	wide	wide	JJ
36036	757	35	range	range	NN
36036	757	36	of	of	IN
36036	757	37	climatic	climatic	JJ
36036	757	38	conditions	condition	NNS
36036	757	39	.	.	.
36036	758	1	Primary	primary	JJ
36036	758	2	among	among	IN
36036	758	3	these	these	DT
36036	758	4	is	be	VBZ
36036	758	5	its	-PRON-	PRP$
36036	758	6	higher	high	JJR
36036	758	7	[	[	-LRB-
36036	758	8	.H]_{b	.h]_{b	NN
36036	758	9	}	}	-RRB-
36036	758	10	,	,	,
36036	758	11	which	which	WDT
36036	758	12	provides	provide	VBZ
36036	758	13	it	-PRON-	PRP
36036	758	14	with	with	IN
36036	758	15	advantages	advantage	NNS
36036	758	16	not	not	RB
36036	758	17	shared	share	VBN
36036	758	18	with	with	IN
36036	758	19	other	other	JJ
36036	758	20	procyonids	procyonid	NNS
36036	758	21	(	(	-LRB-
36036	758	22	see	see	VB
36036	758	23	earlier	early	JJR
36036	758	24	discussion	discussion	NN
36036	758	25	)	)	-RRB-
36036	758	26	.	.	.
36036	759	1	Three	three	CD
36036	759	2	other	other	JJ
36036	759	3	adaptations	adaptation	NNS
36036	759	4	also	also	RB
36036	759	5	have	have	VBP
36036	759	6	had	have	VBN
36036	759	7	a	a	DT
36036	759	8	profound	profound	JJ
36036	759	9	influence	influence	NN
36036	759	10	on	on	IN
36036	759	11	_	_	NNP
36036	759	12	Procyon	Procyon	NNP
36036	759	13	lotor	lotor	NN
36036	759	14	_	_	NNP
36036	759	15	's	's	POS
36036	759	16	ability	ability	NN
36036	759	17	to	to	TO
36036	759	18	generalize	generalize	VB
36036	759	19	its	-PRON-	PRP$
36036	759	20	use	use	NN
36036	759	21	of	of	IN
36036	759	22	climate	climate	NN
36036	759	23	:	:	:
36036	759	24	(	(	-LRB-
36036	759	25	1	1	LS
36036	759	26	)	)	-RRB-
36036	759	27	the	the	DT
36036	759	28	increased	increase	VBN
36036	759	29	insulative	insulative	JJ
36036	759	30	quality	quality	NN
36036	759	31	of	of	IN
36036	759	32	its	-PRON-	PRP$
36036	759	33	pelt	pelt	NN
36036	759	34	coupled	couple	VBN
36036	759	35	with	with	IN
36036	759	36	its	-PRON-	PRP$
36036	759	37	sharply	sharply	RB
36036	759	38	defined	define	VBN
36036	759	39	molt	molt	NN
36036	759	40	cycle	cycle	NN
36036	759	41	,	,	,
36036	759	42	which	which	WDT
36036	759	43	allows	allow	VBZ
36036	759	44	for	for	IN
36036	759	45	a	a	DT
36036	759	46	large	large	JJ
36036	759	47	annual	annual	JJ
36036	759	48	change	change	NN
36036	759	49	in	in	IN
36036	759	50	thermal	thermal	JJ
36036	759	51	conductance	conductance	NN
36036	759	52	;	;	,
36036	759	53	(	(	-LRB-
36036	759	54	2	2	LS
36036	759	55	)	)	-RRB-
36036	759	56	its	-PRON-	PRP$
36036	759	57	annual	annual	JJ
36036	759	58	cycle	cycle	NN
36036	759	59	of	of	IN
36036	759	60	fat	fat	JJ
36036	759	61	storage	storage	NN
36036	759	62	;	;	,
36036	759	63	and	and	CC
36036	759	64	(	(	-LRB-
36036	759	65	3	3	LS
36036	759	66	)	)	-RRB-
36036	759	67	a	a	DT
36036	759	68	diverse	diverse	JJ
36036	759	69	high	high	JJ
36036	759	70	-	-	HYPH
36036	759	71	quality	quality	NN
36036	759	72	diet	diet	NN
36036	759	73	.	.	.
36036	760	1	The	the	DT
36036	760	2	first	first	JJ
36036	760	3	two	two	CD
36036	760	4	of	of	IN
36036	760	5	these	these	DT
36036	760	6	adaptations	adaptation	NNS
36036	760	7	required	require	VBD
36036	760	8	evolution	evolution	NN
36036	760	9	of	of	IN
36036	760	10	neuroendocrine	neuroendocrine	JJ
36036	760	11	pathways	pathway	NNS
36036	760	12	capable	capable	JJ
36036	760	13	of	of	IN
36036	760	14	responding	respond	VBG
36036	760	15	to	to	IN
36036	760	16	time	time	NN
36036	760	17	-	-	HYPH
36036	760	18	dependent	dependent	JJ
36036	760	19	environmental	environmental	JJ
36036	760	20	cues	cue	NNS
36036	760	21	such	such	JJ
36036	760	22	as	as	IN
36036	760	23	changing	change	VBG
36036	760	24	day	day	NN
36036	760	25	length	length	NN
36036	760	26	,	,	,
36036	760	27	changing	change	VBG
36036	760	28	temperature	temperature	NN
36036	760	29	,	,	,
36036	760	30	etc	etc	FW
36036	760	31	.	.	.
36036	761	1	Such	such	JJ
36036	761	2	conditions	condition	NNS
36036	761	3	would	would	MD
36036	761	4	have	have	VB
36036	761	5	been	be	VBN
36036	761	6	available	available	JJ
36036	761	7	as	as	IN
36036	761	8	selective	selective	JJ
36036	761	9	stimuli	stimulus	NNS
36036	761	10	in	in	IN
36036	761	11	high	high	JJ
36036	761	12	-	-	HYPH
36036	761	13	latitude	latitude	NN
36036	761	14	forests	forest	NNS
36036	761	15	and	and	CC
36036	761	16	savannas	savanna	NNS
36036	761	17	of	of	IN
36036	761	18	interglacial	interglacial	JJ
36036	761	19	periods	period	NNS
36036	761	20	.	.	.
36036	762	1	_	_	NNP
36036	762	2	Procyon	Procyon	NNP
36036	762	3	lotor	lotor	NN
36036	762	4	_	_	NNP
36036	762	5	's	's	POS
36036	762	6	elevated	elevated	JJ
36036	762	7	basal	basal	NN
36036	762	8	metabolic	metabolic	JJ
36036	762	9	rate	rate	NN
36036	762	10	would	would	MD
36036	762	11	have	have	VB
36036	762	12	increased	increase	VBN
36036	762	13	its	-PRON-	PRP$
36036	762	14	overall	overall	JJ
36036	762	15	energy	energy	NN
36036	762	16	requirement	requirement	NN
36036	762	17	,	,	,
36036	762	18	and	and	CC
36036	762	19	it	-PRON-	PRP
36036	762	20	makes	make	VBZ
36036	762	21	good	good	JJ
36036	762	22	intuitive	intuitive	JJ
36036	762	23	sense	sense	NN
36036	762	24	,	,	,
36036	762	25	therefore	therefore	RB
36036	762	26	,	,	,
36036	762	27	that	that	IN
36036	762	28	evolution	evolution	NN
36036	762	29	during	during	IN
36036	762	30	the	the	DT
36036	762	31	Pleistocene	Pleistocene	NNP
36036	762	32	also	also	RB
36036	762	33	would	would	MD
36036	762	34	have	have	VB
36036	762	35	favored	favor	VBN
36036	762	36	selection	selection	NN
36036	762	37	of	of	IN
36036	762	38	a	a	DT
36036	762	39	diverse	diverse	JJ
36036	762	40	diet	diet	NN
36036	762	41	containing	contain	VBG
36036	762	42	many	many	JJ
36036	762	43	items	item	NNS
36036	762	44	of	of	IN
36036	762	45	high	high	JJ
36036	762	46	nutritive	nutritive	JJ
36036	762	47	value	value	NN
36036	762	48	.	.	.
36036	763	1	SUMMARY	SUMMARY	NNP
36036	763	2	Our	-PRON-	PRP$
36036	763	3	analysis	analysis	NN
36036	763	4	has	have	VBZ
36036	763	5	illustrated	illustrate	VBN
36036	763	6	that	that	DT
36036	763	7	within	within	IN
36036	763	8	Procyonidae	Procyonidae	NNP
36036	763	9	there	there	EX
36036	763	10	are	be	VBP
36036	763	11	two	two	CD
36036	763	12	distinct	distinct	JJ
36036	763	13	modes	mode	NNS
36036	763	14	of	of	IN
36036	763	15	metabolic	metabolic	JJ
36036	763	16	adaptation	adaptation	NN
36036	763	17	to	to	IN
36036	763	18	climate	climate	NN
36036	763	19	.	.	.
36036	764	1	One	one	CD
36036	764	2	is	be	VBZ
36036	764	3	typified	typify	VBN
36036	764	4	by	by	IN
36036	764	5	those	those	DT
36036	764	6	species	specie	NNS
36036	764	7	with	with	IN
36036	764	8	low	low	JJ
36036	764	9	[	[	-LRB-
36036	764	10	.H]_{b	.H]_{b	.
36036	764	11	}	}	-RRB-
36036	764	12	's	be	VBZ
36036	764	13	(	(	-LRB-
36036	764	14	_	_	NNP
36036	764	15	Bassariscus	Bassariscus	NNP
36036	764	16	astutus	astutus	NN
36036	764	17	_	_	NNP
36036	764	18	,	,	,
36036	764	19	_	_	NNP
36036	764	20	Nasua	Nasua	NNP
36036	764	21	nasua	nasua	NNP
36036	764	22	_	_	NNP
36036	764	23	,	,	,
36036	764	24	_	_	NNP
36036	764	25	Nasua	Nasua	NNP
36036	764	26	narica	narica	NN
36036	764	27	_	_	NNP
36036	764	28	,	,	,
36036	764	29	_	_	NNP
36036	764	30	Procyon	Procyon	NNP
36036	764	31	cancrivorus	cancrivoru	VBZ
36036	764	32	_	_	NNP
36036	764	33	,	,	,
36036	764	34	and	and	CC
36036	764	35	_	_	NNP
36036	764	36	Potos	Potos	NNP
36036	764	37	flavus	flavus	NN
36036	764	38	_	_	NNP
36036	764	39	)	)	-RRB-
36036	764	40	,	,	,
36036	764	41	and	and	CC
36036	764	42	the	the	DT
36036	764	43	other	other	JJ
36036	764	44	by	by	IN
36036	764	45	_	_	NNP
36036	764	46	Procyon	Procyon	NNP
36036	764	47	lotor	lotor	NN
36036	764	48	_	_	NNP
36036	764	49	with	with	IN
36036	764	50	its	-PRON-	PRP$
36036	764	51	higher	high	JJR
36036	764	52	[	[	-LRB-
36036	764	53	.H]_{b	.h]_{b	NN
36036	764	54	}	}	-RRB-
36036	764	55	.	.	.
36036	765	1	Those	those	DT
36036	765	2	with	with	IN
36036	765	3	low	low	JJ
36036	765	4	[	[	-LRB-
36036	765	5	.H]_{b	.H]_{b	.
36036	765	6	}	}	-RRB-
36036	765	7	's	be	VBZ
36036	765	8	have	have	VBP
36036	765	9	more	more	RBR
36036	765	10	restricted	restrict	VBN
36036	765	11	geographic	geographic	JJ
36036	765	12	distributions	distribution	NNS
36036	765	13	,	,	,
36036	765	14	and	and	CC
36036	765	15	,	,	,
36036	765	16	with	with	IN
36036	765	17	the	the	DT
36036	765	18	exception	exception	NN
36036	765	19	of	of	IN
36036	765	20	_	_	NNP
36036	765	21	Bassariscus	Bassariscus	NNP
36036	765	22	astutus	astutus	NN
36036	765	23	_	_	NNP
36036	765	24	,	,	,
36036	765	25	they	-PRON-	PRP
36036	765	26	are	be	VBP
36036	765	27	all	all	DT
36036	765	28	confined	confine	VBN
36036	765	29	to	to	IN
36036	765	30	tropical	tropical	JJ
36036	765	31	and	and	CC
36036	765	32	subtropical	subtropical	JJ
36036	765	33	areas	area	NNS
36036	765	34	.	.	.
36036	766	1	The	the	DT
36036	766	2	fossil	fossil	JJ
36036	766	3	history	history	NN
36036	766	4	of	of	IN
36036	766	5	this	this	DT
36036	766	6	family	family	NN
36036	766	7	indicates	indicate	VBZ
36036	766	8	that	that	IN
36036	766	9	it	-PRON-	PRP
36036	766	10	had	have	VBD
36036	766	11	its	-PRON-	PRP$
36036	766	12	origins	origin	NNS
36036	766	13	in	in	IN
36036	766	14	tropical	tropical	JJ
36036	766	15	forests	forest	NNS
36036	766	16	of	of	IN
36036	766	17	North	North	NNP
36036	766	18	and	and	CC
36036	766	19	Central	Central	NNP
36036	766	20	America	America	NNP
36036	766	21	.	.	.
36036	767	1	This	this	DT
36036	767	2	indicates	indicate	VBZ
36036	767	3	that	that	IN
36036	767	4	those	those	DT
36036	767	5	procyonids	procyonid	NNS
36036	767	6	whose	whose	WP$
36036	767	7	distributions	distribution	NNS
36036	767	8	are	be	VBP
36036	767	9	still	still	RB
36036	767	10	primarily	primarily	RB
36036	767	11	restricted	restrict	VBN
36036	767	12	to	to	IN
36036	767	13	tropical	tropical	JJ
36036	767	14	forests	forest	NNS
36036	767	15	share	share	VB
36036	767	16	many	many	JJ
36036	767	17	of	of	IN
36036	767	18	the	the	DT
36036	767	19	metabolic	metabolic	JJ
36036	767	20	adaptations	adaptation	NNS
36036	767	21	characteristic	characteristic	JJ
36036	767	22	of	of	IN
36036	767	23	their	-PRON-	PRP$
36036	767	24	ancestors	ancestor	NNS
36036	767	25	.	.	.
36036	768	1	We	-PRON-	PRP
36036	768	2	speculate	speculate	VBP
36036	768	3	,	,	,
36036	768	4	therefore	therefore	RB
36036	768	5	,	,	,
36036	768	6	that	that	IN
36036	768	7	ancestral	ancestral	JJ
36036	768	8	procyonids	procyonid	NNS
36036	768	9	had	have	VBD
36036	768	10	a	a	DT
36036	768	11	lower	low	JJR
36036	768	12	than	than	IN
36036	768	13	predicted	predict	VBN
36036	768	14	[	[	-LRB-
36036	768	15	.H]_{b	.h]_{b	NN
36036	768	16	}	}	-RRB-
36036	768	17	,	,	,
36036	768	18	a	a	DT
36036	768	19	pelt	pelt	NN
36036	768	20	with	with	IN
36036	768	21	modest	modest	JJ
36036	768	22	to	to	IN
36036	768	23	poor	poor	JJ
36036	768	24	insulative	insulative	JJ
36036	768	25	quality	quality	NN
36036	768	26	,	,	,
36036	768	27	good	good	JJ
36036	768	28	thermogenic	thermogenic	JJ
36036	768	29	ability	ability	NN
36036	768	30	but	but	CC
36036	768	31	poor	poor	JJ
36036	768	32	heat	heat	NN
36036	768	33	tolerance	tolerance	NN
36036	768	34	,	,	,
36036	768	35	modest	modest	JJ
36036	768	36	to	to	IN
36036	768	37	poor	poor	JJ
36036	768	38	capacity	capacity	NN
36036	768	39	for	for	IN
36036	768	40	evaporative	evaporative	JJ
36036	768	41	cooling	cooling	NN
36036	768	42	,	,	,
36036	768	43	no	no	DT
36036	768	44	well	well	RB
36036	768	45	-	-	HYPH
36036	768	46	defined	define	VBN
36036	768	47	molt	molt	NN
36036	768	48	cycle	cycle	NN
36036	768	49	,	,	,
36036	768	50	no	no	DT
36036	768	51	cyclic	cyclic	JJ
36036	768	52	period	period	NN
36036	768	53	of	of	IN
36036	768	54	fattening	fattening	NN
36036	768	55	,	,	,
36036	768	56	nocturnal	nocturnal	JJ
36036	768	57	habits	habit	NNS
36036	768	58	,	,	,
36036	768	59	and	and	CC
36036	768	60	a	a	DT
36036	768	61	modestly	modestly	RB
36036	768	62	diverse	diverse	JJ
36036	768	63	diet	diet	NN
36036	768	64	of	of	IN
36036	768	65	high	high	JJ
36036	768	66	-	-	HYPH
36036	768	67	enough	enough	JJ
36036	768	68	quality	quality	NN
36036	768	69	to	to	TO
36036	768	70	provide	provide	VB
36036	768	71	for	for	IN
36036	768	72	an	an	DT
36036	768	73	average	average	JJ
36036	768	74	reproductive	reproductive	JJ
36036	768	75	potential	potential	NN
36036	768	76	.	.	.
36036	769	1	Although	although	IN
36036	769	2	this	this	DT
36036	769	3	pedigree	pedigree	NN
36036	769	4	contributed	contribute	VBD
36036	769	5	to	to	IN
36036	769	6	the	the	DT
36036	769	7	success	success	NN
36036	769	8	of	of	IN
36036	769	9	this	this	DT
36036	769	10	family	family	NN
36036	769	11	in	in	IN
36036	769	12	tropical	tropical	JJ
36036	769	13	and	and	CC
36036	769	14	subtropical	subtropical	JJ
36036	769	15	forests	forest	NNS
36036	769	16	,	,	,
36036	769	17	it	-PRON-	PRP
36036	769	18	limited	limit	VBD
36036	769	19	the	the	DT
36036	769	20	ability	ability	NN
36036	769	21	of	of	IN
36036	769	22	its	-PRON-	PRP$
36036	769	23	members	member	NNS
36036	769	24	to	to	TO
36036	769	25	expand	expand	VB
36036	769	26	their	-PRON-	PRP$
36036	769	27	distributions	distribution	NNS
36036	769	28	into	into	IN
36036	769	29	cooler	cooler	NN
36036	769	30	,	,	,
36036	769	31	less	less	RBR
36036	769	32	stable	stable	JJ
36036	769	33	climates	climate	NNS
36036	769	34	.	.	.
36036	770	1	Viewed	view	VBN
36036	770	2	in	in	IN
36036	770	3	this	this	DT
36036	770	4	perspective	perspective	NN
36036	770	5	,	,	,
36036	770	6	_	_	NNP
36036	770	7	Procyon	Procyon	NNP
36036	770	8	lotor	lotor	NN
36036	770	9	_	_	NNP
36036	770	10	's	's	POS
36036	770	11	high	high	JJ
36036	770	12	basal	basal	NN
36036	770	13	metabolic	metabolic	JJ
36036	770	14	rate	rate	NN
36036	770	15	,	,	,
36036	770	16	extraordinarily	extraordinarily	RB
36036	770	17	diverse	diverse	JJ
36036	770	18	diet	diet	NN
36036	770	19	,	,	,
36036	770	20	well	well	RB
36036	770	21	-	-	HYPH
36036	770	22	defined	define	VBN
36036	770	23	cyclic	cyclic	JJ
36036	770	24	changes	change	NNS
36036	770	25	in	in	IN
36036	770	26	fat	fat	JJ
36036	770	27	content	content	NN
36036	770	28	and	and	CC
36036	770	29	thermal	thermal	JJ
36036	770	30	conductance	conductance	NN
36036	770	31	,	,	,
36036	770	32	high	high	JJ
36036	770	33	level	level	NN
36036	770	34	of	of	IN
36036	770	35	heat	heat	NN
36036	770	36	tolerance	tolerance	NN
36036	770	37	,	,	,
36036	770	38	high	high	JJ
36036	770	39	capacity	capacity	NN
36036	770	40	for	for	IN
36036	770	41	evaporative	evaporative	JJ
36036	770	42	cooling	cooling	NN
36036	770	43	,	,	,
36036	770	44	and	and	CC
36036	770	45	high	high	JJ
36036	770	46	reproductive	reproductive	JJ
36036	770	47	potential	potential	NN
36036	770	48	all	all	DT
36036	770	49	stand	stand	NN
36036	770	50	out	out	RP
36036	770	51	in	in	IN
36036	770	52	sharp	sharp	JJ
36036	770	53	contrast	contrast	NN
36036	770	54	to	to	IN
36036	770	55	the	the	DT
36036	770	56	condition	condition	NN
36036	770	57	described	describe	VBN
36036	770	58	for	for	IN
36036	770	59	other	other	JJ
36036	770	60	procyonids	procyonid	NNS
36036	770	61	.	.	.
36036	771	1	This	this	DT
36036	771	2	suggests	suggest	VBZ
36036	771	3	that	that	IN
36036	771	4	the	the	DT
36036	771	5	North	north	JJ
36036	771	6	American	american	JJ
36036	771	7	raccoon	raccoon	NN
36036	771	8	represents	represent	VBZ
36036	771	9	culmination	culmination	NN
36036	771	10	of	of	IN
36036	771	11	a	a	DT
36036	771	12	divergent	divergent	JJ
36036	771	13	evolutionary	evolutionary	JJ
36036	771	14	event	event	NN
36036	771	15	that	that	WDT
36036	771	16	has	have	VBZ
36036	771	17	given	give	VBN
36036	771	18	this	this	DT
36036	771	19	species	specie	NNS
36036	771	20	the	the	DT
36036	771	21	ability	ability	NN
36036	771	22	to	to	TO
36036	771	23	break	break	VB
36036	771	24	out	out	IN
36036	771	25	of	of	IN
36036	771	26	the	the	DT
36036	771	27	old	old	JJ
36036	771	28	procyonid	procyonid	JJ
36036	771	29	mold	mold	NN
36036	771	30	and	and	CC
36036	771	31	carry	carry	VB
36036	771	32	the	the	DT
36036	771	33	family	family	NN
36036	771	34	into	into	IN
36036	771	35	new	new	JJ
36036	771	36	habitats	habitat	NNS
36036	771	37	and	and	CC
36036	771	38	climates	climate	NNS
36036	771	39	.	.	.
36036	772	1	APPENDIX	APPENDIX	NNP
36036	772	2	:	:	:
36036	772	3	LIST	LIST	NNP
36036	772	4	OF	of	IN
36036	772	5	SYMBOLS	symbol	NNS
36036	772	6	a	a	DT
36036	772	7	potential	potential	JJ
36036	772	8	age	age	NN
36036	772	9	of	of	IN
36036	772	10	females	female	NNS
36036	772	11	first	first	RB
36036	772	12	producing	produce	VBG
36036	772	13	young	young	JJ
36036	772	14	b	b	NNP
36036	772	15	potential	potential	JJ
36036	772	16	annual	annual	JJ
36036	772	17	birth	birth	NN
36036	772	18	rate	rate	NN
36036	772	19	of	of	IN
36036	772	20	female	female	JJ
36036	772	21	young	young	JJ
36036	772	22	C_{a	c_{a	NN
36036	772	23	}	}	-RRB-
36036	772	24	conductance	conductance	NN
36036	772	25	of	of	IN
36036	772	26	air	air	NN
36036	772	27	C_{d	C_{d	NNP
36036	772	28	}	}	-RRB-
36036	772	29	conductance	conductance	NN
36036	772	30	of	of	IN
36036	772	31	den	den	NN
36036	772	32	walls	wall	NNS
36036	772	33	C_{m	C_{m	NNP
36036	772	34	}	}	-RRB-
36036	772	35	minimum	minimum	JJ
36036	772	36	thermal	thermal	JJ
36036	772	37	conductance	conductance	NN
36036	772	38	C_{md	C_{md	NNP
36036	772	39	}	}	-RRB-
36036	772	40	minimum	minimum	JJ
36036	772	41	dry	dry	JJ
36036	772	42	thermal	thermal	JJ
36036	772	43	conductance	conductance	NN
36036	772	44	C_{mw	C_{mw	NNP
36036	772	45	}	}	-RRB-
36036	772	46	minimum	minimum	JJ
36036	772	47	wet	wet	JJ
36036	772	48	thermal	thermal	JJ
36036	772	49	conductance	conductance	NN
36036	772	50	C_{mwr	C_{mwr	NNP
36036	772	51	}	}	-RRB-
36036	772	52	ratio	ratio	NN
36036	772	53	of	of	IN
36036	772	54	measured	measure	VBN
36036	772	55	to	to	IN
36036	772	56	predicted	predict	VBN
36036	772	57	minimum	minimum	JJ
36036	772	58	wet	wet	JJ
36036	772	59	thermal	thermal	JJ
36036	772	60	conductance	conductance	NN
36036	772	61	C_{t	C_{t	NNP
36036	772	62	}	}	-RRB-
36036	772	63	total	total	JJ
36036	772	64	conductance	conductance	NN
36036	772	65	D_{d	D_{d	NNP
36036	772	66	}	}	-RRB-
36036	772	67	diversity	diversity	NN
36036	772	68	of	of	IN
36036	772	69	diet	diet	NNP
36036	772	70	D_{dr	D_{dr	NNP
36036	772	71	}	}	-RRB-
36036	772	72	ratio	ratio	NN
36036	772	73	of	of	IN
36036	772	74	food	food	NN
36036	772	75	categories	category	NNS
36036	772	76	actually	actually	RB
36036	772	77	used	use	VBN
36036	772	78	by	by	IN
36036	772	79	a	a	DT
36036	772	80	species	species	NN
36036	772	81	to	to	IN
36036	772	82	the	the	DT
36036	772	83	total	total	JJ
36036	772	84	number	number	NN
36036	772	85	of	of	IN
36036	772	86	food	food	NN
36036	772	87	categories	category	NNS
36036	772	88	taken	take	VBN
36036	772	89	by	by	IN
36036	772	90	all	all	DT
36036	772	91	species	specie	NNS
36036	772	92	tested	test	VBN
36036	772	93	[	[	-LRB-
36036	772	94	.E	.E	NFP
36036	772	95	]	]	-RRB-
36036	772	96	evaporative	evaporative	JJ
36036	772	97	water	water	NN
36036	772	98	loss	loss	NN
36036	772	99	E_{c	E_{c	NNP
36036	772	100	}	}	-RRB-
36036	772	101	ratio	ratio	NN
36036	772	102	of	of	IN
36036	772	103	evaporative	evaporative	JJ
36036	772	104	heat	heat	NN
36036	772	105	lost	lose	VBN
36036	772	106	to	to	IN
36036	772	107	metabolic	metabolic	JJ
36036	772	108	heat	heat	NN
36036	772	109	produced	produce	VBD
36036	772	110	[	[	-LRB-
36036	772	111	.E]_{eq	.E]_{eq	.
36036	772	112	}	}	-RRB-
36036	772	113	oxygen	oxygen	NN
36036	772	114	equivalent	equivalent	JJ
36036	772	115	for	for	IN
36036	772	116	heat	heat	NN
36036	772	117	lost	lose	VBN
36036	772	118	by	by	IN
36036	772	119	evaporation	evaporation	NN
36036	772	120	[	[	-LRB-
36036	772	121	.H]_{b	.H]_{b	.
36036	772	122	}	}	-RRB-
36036	772	123	basal	basal	NNP
36036	772	124	metabolic	metabolic	JJ
36036	772	125	rate	rate	NN
36036	772	126	[	[	-LRB-
36036	772	127	.H]_{r	.H]_{r	.
36036	772	128	}	}	-RRB-
36036	772	129	lowest	low	JJS
36036	772	130	resting	resting	NN
36036	772	131	metabolic	metabolic	JJ
36036	772	132	rate	rate	NN
36036	772	133	at	at	IN
36036	772	134	each	each	DT
36036	772	135	temperature	temperature	NN
36036	772	136	H_{br	H_{br	NNS
36036	772	137	}	}	-RRB-
36036	772	138	ratio	ratio	NN
36036	772	139	of	of	IN
36036	772	140	measured	measure	VBN
36036	772	141	to	to	IN
36036	772	142	predicted	predict	VBN
36036	772	143	basal	basal	NNP
36036	772	144	metabolic	metabolic	NNP
36036	772	145	rate	rate	NNP
36036	772	146	m	m	NNP
36036	772	147	mass	mass	NN
36036	772	148	of	of	IN
36036	772	149	animal	animal	NN
36036	772	150	m_{w	m_{w	NNP
36036	772	151	}	}	-RRB-
36036	772	152	mass	mass	NN
36036	772	153	of	of	IN
36036	772	154	water	water	NN
36036	772	155	n	n	CC
36036	772	156	potential	potential	JJ
36036	772	157	age	age	NN
36036	772	158	of	of	IN
36036	772	159	females	female	NNS
36036	772	160	producing	produce	VBG
36036	772	161	their	-PRON-	PRP$
36036	772	162	final	final	JJ
36036	772	163	young	young	JJ
36036	772	164	r_{max	r_{max	NN
36036	772	165	}	}	-RRB-
36036	772	166	intrinsic	intrinsic	JJ
36036	772	167	rate	rate	NN
36036	772	168	of	of	IN
36036	772	169	natural	natural	JJ
36036	772	170	increase	increase	NN
36036	772	171	r_{maxe	r_{maxe	NNP
36036	772	172	}	}	-RRB-
36036	772	173	expected	expect	VBD
36036	772	174	intrinsic	intrinsic	JJ
36036	772	175	rate	rate	NN
36036	772	176	of	of	IN
36036	772	177	natural	natural	JJ
36036	772	178	increase	increase	NN
36036	772	179	r_{maxr	r_{maxr	NNP
36036	772	180	}	}	-RRB-
36036	772	181	ratio	ratio	NN
36036	772	182	of	of	IN
36036	772	183	calculated	calculate	VBN
36036	772	184	to	to	IN
36036	772	185	expected	expect	VBN
36036	772	186	intrinsic	intrinsic	JJ
36036	772	187	rate	rate	NN
36036	772	188	of	of	IN
36036	772	189	natural	natural	JJ
36036	772	190	increase	increase	NN
36036	772	191	RQ	RQ	NNP
36036	772	192	respiratory	respiratory	JJ
36036	772	193	quotient	quotient	NN
36036	772	194	T_{a	T_{a	NNP
36036	772	195	}	}	-RRB-
36036	772	196	chamber	chamber	NN
36036	772	197	air	air	NN
36036	772	198	temperature	temperature	NN
36036	772	199	T_{b	T_{b	NNP
36036	772	200	}	}	-RRB-
36036	772	201	body	body	NN
36036	772	202	temperature	temperature	NN
36036	772	203	T_{lc	t_{lc	NN
36036	772	204	}	}	-RRB-
36036	772	205	lower	lower	RBR
36036	772	206	critical	critical	JJ
36036	772	207	temperature	temperature	NN
36036	772	208	T_{n	T_{n	NNP
36036	772	209	}	}	-RRB-
36036	772	210	thermoneutral	thermoneutral	JJ
36036	772	211	zone	zone	NN
36036	772	212	T_{uc	t_{uc	NN
36036	772	213	}	}	-RRB-
36036	772	214	upper	upper	JJ
36036	772	215	critical	critical	JJ
36036	772	216	temperature	temperature	NN
36036	772	217	t	t	NN
36036	772	218	time	time	NN
36036	772	219	[	[	-LRB-
36036	772	220	.V]_{a	.V]_{a	NFP
36036	772	221	}	}	-RRB-
36036	772	222	rate	rate	NN
36036	772	223	of	of	IN
36036	772	224	air	air	NN
36036	772	225	flow	flow	NN
36036	772	226	through	through	IN
36036	772	227	U	U	NNS
36036	772	228	-	-	HYPH
36036	772	229	tubes	tube	NNS
36036	772	230	[	[	-LRB-
36036	772	231	.V]_{e	.V]_{e	NFP
36036	772	232	}	}	-RRB-
36036	772	233	rate	rate	NN
36036	772	234	of	of	IN
36036	772	235	air	air	NN
36036	772	236	flow	flow	NN
36036	772	237	into	into	IN
36036	772	238	metabolism	metabolism	NN
36036	772	239	chamber	chamber	NN
36036	772	240	[	[	-LRB-
36036	772	241	alpha	alpha	NN
36036	772	242	]	]	-RRB-
36036	772	243	active	active	JJ
36036	772	244	phase	phase	NN
36036	772	245	of	of	IN
36036	772	246	the	the	DT
36036	772	247	daily	daily	JJ
36036	772	248	cycle	cycle	NN
36036	772	249	[	[	-LRB-
36036	772	250	gamma	gamma	NN
36036	772	251	]	]	-RRB-
36036	772	252	heat	heat	NN
36036	772	253	equivalent	equivalent	JJ
36036	772	254	of	of	IN
36036	772	255	oxygen	oxygen	NN
36036	772	256	[	[	-LRB-
36036	772	257	lambda	lambda	NNP
36036	772	258	]	]	-RRB-
36036	772	259	heat	heat	NN
36036	772	260	of	of	IN
36036	772	261	vaporization	vaporization	NN
36036	772	262	of	of	IN
36036	772	263	water	water	NN
36036	772	264	[	[	-LRB-
36036	772	265	rho	rho	NN
36036	772	266	]	]	-RRB-
36036	772	267	rest	rest	NN
36036	772	268	phase	phase	NN
36036	772	269	of	of	IN
36036	772	270	the	the	DT
36036	772	271	daily	daily	JJ
36036	772	272	cycle	cycle	NN
36036	772	273	LITERATURE	LITERATURE	NNP
36036	772	274	CITED	CITED	NNP
36036	772	275	Aschoff	Aschoff	NNP
36036	772	276	,	,	,
36036	772	277	Jürgen	Jürgen	NNP
36036	772	278	1981	1981	CD
36036	772	279	.	.	.
36036	773	1	Thermal	thermal	JJ
36036	773	2	Conductance	conductance	NN
36036	773	3	in	in	IN
36036	773	4	Mammals	Mammals	NNPS
36036	773	5	and	and	CC
36036	773	6	Birds	Birds	NNPS
36036	773	7	:	:	:
36036	773	8	Its	-PRON-	PRP$
36036	773	9	Dependence	dependence	NN
36036	773	10	on	on	IN
36036	773	11	Body	Body	NNP
36036	773	12	Size	Size	NNP
36036	773	13	and	and	CC
36036	773	14	Circadian	Circadian	NNP
36036	773	15	Phase	Phase	NNP
36036	773	16	.	.	.
36036	774	1	_	_	NNP
36036	774	2	Comparative	Comparative	NNP
36036	774	3	Biochemistry	Biochemistry	NNP
36036	774	4	and	and	CC
36036	774	5	Physiology	Physiology	NNP
36036	774	6	_	_	NNP
36036	774	7	,	,	,
36036	774	8	69A:611	69A:611	VBN
36036	774	9	-	-	HYPH
36036	774	10	619	619	CD
36036	774	11	,	,	,
36036	774	12	3	3	CD
36036	774	13	figures	figure	NNS
36036	774	14	,	,	,
36036	774	15	2	2	CD
36036	774	16	tables	table	NNS
36036	774	17	.	.	.
36036	775	1	Aschoff	Aschoff	NNP
36036	775	2	,	,	,
36036	775	3	J.	J.	NNP
36036	775	4	,	,	,
36036	775	5	and	and	CC
36036	775	6	H.	H.	NNP
36036	775	7	Pohl	Pohl	NNP
36036	775	8	1970	1970	CD
36036	775	9	.	.	.
36036	776	1	Rhythmic	rhythmic	JJ
36036	776	2	Variations	variation	NNS
36036	776	3	in	in	IN
36036	776	4	Energy	Energy	NNP
36036	776	5	Metabolism	Metabolism	NNP
36036	776	6	.	.	.
36036	777	1	_	_	NNP
36036	777	2	Federation	Federation	NNP
36036	777	3	Proceedings	Proceedings	NNPS
36036	777	4	_	_	NNP
36036	777	5	,	,	,
36036	777	6	29:1541	29:1541	CD
36036	777	7	-	-	SYM
36036	777	8	1552	1552	CD
36036	777	9	,	,	,
36036	777	10	18	18	CD
36036	777	11	figures	figure	NNS
36036	777	12	.	.	.
36036	778	1	Barghoorn	Barghoorn	NNP
36036	778	2	,	,	,
36036	778	3	Elso	Elso	NNP
36036	778	4	S.	S.	NNP
36036	778	5	1953	1953	CD
36036	778	6	.	.	.
36036	779	1	Evidence	evidence	NN
36036	779	2	of	of	IN
36036	779	3	Climatic	climatic	JJ
36036	779	4	Change	Change	NNP
36036	779	5	in	in	IN
36036	779	6	the	the	DT
36036	779	7	Geologic	Geologic	NNP
36036	779	8	Record	Record	NNP
36036	779	9	of	of	IN
36036	779	10	Plant	Plant	NNP
36036	779	11	Life	Life	NNP
36036	779	12	.	.	.
36036	780	1	_	_	NNP
36036	780	2	In	in	IN
36036	780	3	_	_	NNP
36036	780	4	Harlow	Harlow	NNP
36036	780	5	Shapley	Shapley	NNP
36036	780	6	,	,	,
36036	780	7	editor	editor	NN
36036	780	8	,	,	,
36036	780	9	_	_	NNP
36036	780	10	Climatic	Climatic	NNP
36036	780	11	Change	Change	NNP
36036	780	12	,	,	,
36036	780	13	Evidence	evidence	NN
36036	780	14	,	,	,
36036	780	15	Causes	Causes	NNPS
36036	780	16	,	,	,
36036	780	17	and	and	CC
36036	780	18	Effects	Effects	NNPS
36036	780	19	_	_	NNP
36036	780	20	,	,	,
36036	780	21	pages	page	VBZ
36036	780	22	235	235	CD
36036	780	23	-	-	SYM
36036	780	24	248	248	CD
36036	780	25	,	,	,
36036	780	26	3	3	CD
36036	780	27	figures	figure	NNS
36036	780	28	,	,	,
36036	780	29	1	1	CD
36036	780	30	table	table	NN
36036	780	31	.	.	.
36036	781	1	Cambridge	Cambridge	NNP
36036	781	2	:	:	:
36036	781	3	Harvard	Harvard	NNP
36036	781	4	University	University	NNP
36036	781	5	Press	Press	NNP
36036	781	6	.	.	.
36036	782	1	Bartholomew	Bartholomew	NNP
36036	782	2	,	,	,
36036	782	3	George	George	NNP
36036	782	4	A.	A.	NNP
36036	783	1	1958	1958	CD
36036	783	2	.	.	.
36036	784	1	The	the	DT
36036	784	2	Role	Role	NNP
36036	784	3	of	of	IN
36036	784	4	Physiology	Physiology	NNP
36036	784	5	in	in	IN
36036	784	6	the	the	DT
36036	784	7	Distribution	distribution	NN
36036	784	8	of	of	IN
36036	784	9	Terrestrial	Terrestrial	NNP
36036	784	10	Vertebrates	Vertebrates	NNPS
36036	784	11	.	.	.
36036	785	1	_	_	NNP
36036	785	2	In	in	IN
36036	785	3	_	_	NNP
36036	785	4	Carl	Carl	NNP
36036	785	5	L.	L.	NNP
36036	785	6	Hubbs	Hubbs	NNP
36036	785	7	,	,	,
36036	785	8	editor	editor	NN
36036	785	9	,	,	,
36036	785	10	Zoogeography	Zoogeography	NNP
36036	785	11	.	.	.
36036	786	1	_	_	NNP
36036	786	2	American	American	NNP
36036	786	3	Association	Association	NNP
36036	786	4	for	for	IN
36036	786	5	the	the	DT
36036	786	6	Advancement	Advancement	NNP
36036	786	7	of	of	IN
36036	786	8	Science	Science	NNP
36036	786	9	_	_	NNP
36036	786	10	,	,	,
36036	786	11	51:81	51:81	CD
36036	786	12	-	-	SYM
36036	786	13	95	95	CD
36036	786	14	.	.	.
36036	787	1	Washington	Washington	NNP
36036	787	2	,	,	,
36036	787	3	D.C.	D.C.	NNP
36036	787	4	1987	1987	CD
36036	787	5	.	.	.
36036	788	1	Interspecific	Interspecific	NNP
36036	788	2	Comparison	Comparison	NNP
36036	788	3	as	as	IN
36036	788	4	a	a	DT
36036	788	5	Tool	Tool	NNP
36036	788	6	for	for	IN
36036	788	7	Ecological	Ecological	NNP
36036	788	8	Physiologists	Physiologists	NNPS
36036	788	9	.	.	.
36036	789	1	_	_	NNP
36036	789	2	In	in	IN
36036	789	3	_	_	NNP
36036	789	4	Martin	Martin	NNP
36036	789	5	E.	E.	NNP
36036	789	6	Feder	Feder	NNP
36036	789	7	,	,	,
36036	789	8	Albert	Albert	NNP
36036	789	9	F.	F.	NNP
36036	789	10	Bennett	Bennett	NNP
36036	789	11	,	,	,
36036	789	12	Warren	Warren	NNP
36036	789	13	W.	W.	NNP
36036	789	14	Burggren	Burggren	NNP
36036	789	15	,	,	,
36036	789	16	and	and	CC
36036	789	17	Raymond	Raymond	NNP
36036	789	18	B.	B.	NNP
36036	789	19	Huey	Huey	NNP
36036	789	20	,	,	,
36036	789	21	editors	editor	NNS
36036	789	22	,	,	,
36036	789	23	_	_	NNP
36036	789	24	New	New	NNP
36036	789	25	Directions	Directions	NNPS
36036	789	26	in	in	IN
36036	789	27	Ecological	Ecological	NNP
36036	789	28	Physiology	Physiology	NNP
36036	789	29	_	_	NNP
36036	789	30	,	,	,
36036	789	31	pages	page	VBZ
36036	789	32	11	11	CD
36036	789	33	-	-	SYM
36036	789	34	37	37	CD
36036	789	35	,	,	,
36036	789	36	1	1	CD
36036	789	37	figure	figure	NN
36036	789	38	.	.	.
36036	790	1	Cambridge	Cambridge	NNP
36036	790	2	:	:	:
36036	790	3	Cambridge	Cambridge	NNP
36036	790	4	University	University	NNP
36036	790	5	Press	Press	NNP
36036	790	6	.	.	.
36036	791	1	Baskin	Baskin	NNP
36036	791	2	,	,	,
36036	791	3	Jon	Jon	NNP
36036	791	4	Alan	Alan	NNP
36036	791	5	1982	1982	CD
36036	791	6	.	.	.
36036	792	1	Tertiary	Tertiary	NNP
36036	792	2	Procyoninae	Procyoninae	NNP
36036	792	3	(	(	-LRB-
36036	792	4	Mammalia	Mammalia	NNP
36036	792	5	:	:	:
36036	792	6	Carnivora	Carnivora	NNP
36036	792	7	)	)	-RRB-
36036	792	8	of	of	IN
36036	792	9	North	North	NNP
36036	792	10	America	America	NNP
36036	792	11	.	.	.
36036	793	1	_	_	NNP
36036	793	2	Journal	Journal	NNP
36036	793	3	of	of	IN
36036	793	4	Vertebrate	Vertebrate	NNP
36036	793	5	Paleontology	Paleontology	NNP
36036	793	6	_	_	NNP
36036	793	7	,	,	,
36036	793	8	2:71	2:71	CD
36036	793	9	-	-	SYM
36036	793	10	93	93	CD
36036	793	11	,	,	,
36036	793	12	14	14	CD
36036	793	13	figures	figure	NNS
36036	793	14	,	,	,
36036	793	15	5	5	CD
36036	793	16	tables	table	NNS
36036	793	17	.	.	.
36036	794	1	Benedict	Benedict	NNP
36036	794	2	,	,	,
36036	794	3	Francis	Francis	NNP
36036	794	4	G.	G.	NNP
36036	794	5	1938	1938	CD
36036	794	6	.	.	.
36036	795	1	Vital	Vital	NNP
36036	795	2	Energetics	Energetics	NNP
36036	795	3	.	.	.
36036	796	1	_	_	NNP
36036	796	2	Carnegie	Carnegie	NNP
36036	796	3	Institution	Institution	NNP
36036	796	4	of	of	IN
36036	796	5	Washington	Washington	NNP
36036	796	6	_	_	NNP
36036	796	7	,	,	,
36036	796	8	503	503	CD
36036	796	9	:	:	:
36036	796	10	viii	viii	JJ
36036	796	11	+	+	SYM
36036	796	12	215	215	CD
36036	796	13	pages	page	NNS
36036	796	14	,	,	,
36036	796	15	46	46	CD
36036	796	16	figures	figure	NNS
36036	796	17	,	,	,
36036	796	18	4	4	CD
36036	796	19	tables	table	NNS
36036	796	20	.	.	.
36036	797	1	Berggren	Berggren	NNP
36036	797	2	,	,	,
36036	797	3	William	William	NNP
36036	797	4	A.	A.	NNP
36036	798	1	1982	1982	CD
36036	798	2	.	.	.
36036	799	1	Role	Role	NNP
36036	799	2	of	of	IN
36036	799	3	Ocean	Ocean	NNP
36036	799	4	Gateways	Gateways	NNPS
36036	799	5	in	in	IN
36036	799	6	Climatic	climatic	JJ
36036	799	7	Change	Change	NNP
36036	799	8	.	.	.
36036	800	1	In	in	IN
36036	800	2	_	_	NNP
36036	800	3	Climate	Climate	NNP
36036	800	4	in	in	IN
36036	800	5	Earth	Earth	NNP
36036	800	6	History	History	NNP
36036	800	7	,	,	,
36036	800	8	Studies	Studies	NNPS
36036	800	9	in	in	IN
36036	800	10	Geophysics	Geophysics	NNP
36036	800	11	_	_	NNP
36036	800	12	,	,	,
36036	800	13	pages	page	NNS
36036	800	14	118	118	CD
36036	800	15	-	-	SYM
36036	800	16	125	125	CD
36036	800	17	,	,	,
36036	800	18	4	4	CD
36036	800	19	figures	figure	NNS
36036	800	20	.	.	.
36036	801	1	Washington	Washington	NNP
36036	801	2	,	,	,
36036	801	3	D.C.	D.C.	NNP
36036	801	4	:	:	:
36036	801	5	National	National	NNP
36036	801	6	Academy	Academy	NNP
36036	801	7	Press	Press	NNP
36036	801	8	.	.	.
36036	802	1	Bisbal	Bisbal	NNP
36036	802	2	,	,	,
36036	802	3	Francisco	Francisco	NNP
36036	802	4	J.	J.	NNP
36036	803	1	1986	1986	CD
36036	803	2	.	.	.
36036	804	1	Food	food	NN
36036	804	2	Habits	Habits	NNPS
36036	804	3	of	of	IN
36036	804	4	Some	some	DT
36036	804	5	Neotropical	Neotropical	NNP
36036	804	6	Carnivores	Carnivores	NNPS
36036	804	7	in	in	IN
36036	804	8	Venezuela	Venezuela	NNP
36036	804	9	(	(	-LRB-
36036	804	10	Mammalia	Mammalia	NNP
36036	804	11	,	,	,
36036	804	12	Carnivora	Carnivora	NNP
36036	804	13	)	)	-RRB-
36036	804	14	.	.	.
36036	805	1	_	_	NNP
36036	805	2	Mammalia	Mammalia	NNP
36036	805	3	_	_	NNP
36036	805	4	,	,	,
36036	805	5	50:329	50:329	CD
36036	805	6	-	-	SYM
36036	805	7	339	339	CD
36036	805	8	,	,	,
36036	805	9	1	1	CD
36036	805	10	figure	figure	NN
36036	805	11	,	,	,
36036	805	12	2	2	CD
36036	805	13	tables	table	NNS
36036	805	14	,	,	,
36036	805	15	2	2	CD
36036	805	16	appendices	appendix	NNS
36036	805	17	.	.	.
36036	806	1	Bradley	Bradley	NNP
36036	806	2	,	,	,
36036	806	3	S.	S.	NNP
36036	806	4	Robert	Robert	NNP
36036	806	5	,	,	,
36036	806	6	and	and	CC
36036	806	7	Daniel	Daniel	NNP
36036	806	8	R.	R.	NNP
36036	806	9	Deavers	Deavers	NNP
36036	806	10	1980	1980	CD
36036	806	11	.	.	.
36036	807	1	A	a	DT
36036	807	2	Re	re	NN
36036	807	3	-	-	NN
36036	807	4	examination	examination	NN
36036	807	5	of	of	IN
36036	807	6	the	the	DT
36036	807	7	Relationship	relationship	NN
36036	807	8	between	between	IN
36036	807	9	Thermal	Thermal	NNP
36036	807	10	Conductance	Conductance	NNP
36036	807	11	and	and	CC
36036	807	12	Body	Body	NNP
36036	807	13	Weight	Weight	NNP
36036	807	14	in	in	IN
36036	807	15	Mammals	Mammals	NNPS
36036	807	16	.	.	.
36036	808	1	_	_	NNP
36036	808	2	Comparative	Comparative	NNP
36036	808	3	Biochemistry	Biochemistry	NNP
36036	808	4	and	and	CC
36036	808	5	Physiology	Physiology	NNP
36036	808	6	_	_	NNP
36036	808	7	,	,	,
36036	808	8	65A:465	65a:465	CD
36036	808	9	-	-	SYM
36036	808	10	476	476	CD
36036	808	11	,	,	,
36036	808	12	6	6	CD
36036	808	13	figures	figure	NNS
36036	808	14	,	,	,
36036	808	15	6	6	CD
36036	808	16	tables	table	NNS
36036	808	17	.	.	.
36036	809	1	Brody	brody	NN
36036	809	2	,	,	,
36036	809	3	Samuel	Samuel	NNP
36036	809	4	1945	1945	CD
36036	809	5	.	.	.
36036	810	1	_	_	NNP
36036	810	2	Bioenergetics	Bioenergetics	NNP
36036	810	3	and	and	CC
36036	810	4	Growth	Growth	NNP
36036	810	5	.	.	.
36036	810	6	_	_	NNP
36036	810	7	xii	xii	NNP
36036	810	8	+	+	CC
36036	810	9	1023	1023	CD
36036	810	10	pages	page	NNS
36036	810	11	,	,	,
36036	810	12	377	377	CD
36036	810	13	figures	figure	NNS
36036	810	14	,	,	,
36036	810	15	86	86	CD
36036	810	16	tables	table	NNS
36036	810	17	,	,	,
36036	810	18	11	11	CD
36036	810	19	appendices	appendix	NNS
36036	810	20	.	.	.
36036	811	1	New	New	NNP
36036	811	2	York	York	NNP
36036	811	3	:	:	:
36036	811	4	Reinhold	Reinhold	NNP
36036	811	5	Publishing	Publishing	NNP
36036	811	6	Corporation	Corporation	NNP
36036	811	7	.	.	.
36036	812	1	Calder	calder	NN
36036	812	2	,	,	,
36036	812	3	William	William	NNP
36036	812	4	A.	A.	NNP
36036	812	5	,	,	,
36036	812	6	III	III	NNP
36036	812	7	1987	1987	CD
36036	812	8	.	.	.
36036	813	1	Scaling	scale	VBG
36036	813	2	Energetics	Energetics	NNPS
36036	813	3	of	of	IN
36036	813	4	Homeothermic	Homeothermic	NNP
36036	813	5	Vertebrates	Vertebrates	NNPS
36036	813	6	:	:	:
36036	813	7	An	an	DT
36036	813	8	Operational	Operational	NNP
36036	813	9	Allometry	Allometry	NNP
36036	813	10	.	.	.
36036	814	1	_	_	NNP
36036	814	2	Annual	Annual	NNP
36036	814	3	Review	Review	NNP
36036	814	4	of	of	IN
36036	814	5	Physiology	Physiology	NNP
36036	814	6	_	_	NNP
36036	814	7	,	,	,
36036	814	8	49:107	49:107	CD
36036	814	9	-	-	SYM
36036	814	10	120	120	CD
36036	814	11	,	,	,
36036	814	12	1	1	CD
36036	814	13	figure	figure	NN
36036	814	14	,	,	,
36036	814	15	1	1	CD
36036	814	16	table	table	NN
36036	814	17	.	.	.
36036	815	1	Calder	calder	NN
36036	815	2	,	,	,
36036	815	3	William	William	NNP
36036	815	4	A.	A.	NNP
36036	815	5	,	,	,
36036	815	6	and	and	CC
36036	815	7	James	James	NNP
36036	815	8	R.	R.	NNP
36036	815	9	King	King	NNP
36036	815	10	1974	1974	CD
36036	815	11	.	.	.
36036	816	1	Thermal	Thermal	NNP
36036	816	2	and	and	CC
36036	816	3	Caloric	Caloric	NNP
36036	816	4	Relations	Relations	NNPS
36036	816	5	of	of	IN
36036	816	6	Birds	Birds	NNPS
36036	816	7	.	.	.
36036	817	1	_	_	NNP
36036	817	2	In	in	IN
36036	817	3	_	_	NNP
36036	817	4	Donald	Donald	NNP
36036	817	5	S.	S.	NNP
36036	817	6	Farner	Farner	NNP
36036	817	7	and	and	CC
36036	817	8	James	James	NNP
36036	817	9	R.	R.	NNP
36036	817	10	King	King	NNP
36036	817	11	,	,	,
36036	817	12	editors	editor	NNS
36036	817	13	,	,	,
36036	817	14	_	_	NNP
36036	817	15	Avian	Avian	NNP
36036	817	16	Biology	Biology	NNP
36036	817	17	_	_	NNP
36036	817	18	,	,	,
36036	817	19	4:259	4:259	CD
36036	817	20	-	-	SYM
36036	817	21	413	413	CD
36036	817	22	,	,	,
36036	817	23	34	34	CD
36036	817	24	figures	figure	NNS
36036	817	25	,	,	,
36036	817	26	17	17	CD
36036	817	27	tables	table	NNS
36036	817	28	.	.	.
36036	818	1	New	New	NNP
36036	818	2	York	York	NNP
36036	818	3	:	:	:
36036	818	4	Academic	Academic	NNP
36036	818	5	Press	Press	NNP
36036	818	6	.	.	.
36036	819	1	Campbell	Campbell	NNP
36036	819	2	,	,	,
36036	819	3	Gaylon	Gaylon	NNP
36036	819	4	S.	S.	NNP
36036	819	5	1977	1977	CD
36036	819	6	.	.	.
36036	820	1	_	_	NNP
36036	820	2	An	an	DT
36036	820	3	Introduction	introduction	NN
36036	820	4	to	to	IN
36036	820	5	Environmental	Environmental	NNP
36036	820	6	Biophysics	Biophysics	NNPS
36036	820	7	.	.	.
36036	820	8	_	_	NNP
36036	820	9	xv	xv	NNP
36036	820	10	+	+	CC
36036	820	11	159	159	CD
36036	820	12	pages	page	NNS
36036	820	13	,	,	,
36036	820	14	55	55	CD
36036	820	15	figures	figure	NNS
36036	820	16	,	,	,
36036	820	17	14	14	CD
36036	820	18	tables	table	NNS
36036	820	19	.	.	.
36036	821	1	New	New	NNP
36036	821	2	York	York	NNP
36036	821	3	:	:	:
36036	821	4	Springer	Springer	NNP
36036	821	5	-	-	HYPH
36036	821	6	Verlag	Verlag	NNP
36036	821	7	.	.	.
36036	822	1	Chevalier	Chevalier	NNP
36036	822	2	,	,	,
36036	822	3	C.	C.	NNP
36036	822	4	D.	D.	NNP
36036	822	5	1985	1985	CD
36036	822	6	.	.	.
36036	823	1	Thermoregulation	thermoregulation	NN
36036	823	2	in	in	IN
36036	823	3	Desert	Desert	NNP
36036	823	4	-	-	HYPH
36036	823	5	adapted	adapt	VBN
36036	823	6	Ringtail	Ringtail	NNP
36036	823	7	Cats	Cats	NNPS
36036	823	8	(	(	-LRB-
36036	823	9	_	_	NNP
36036	823	10	Bassariscus	Bassariscus	NNP
36036	823	11	astutus	astutus	NN
36036	823	12	_	_	NNP
36036	823	13	)	)	-RRB-
36036	823	14	.	.	.
36036	824	1	[	[	-LRB-
36036	824	2	Abstract	Abstract	NNP
36036	824	3	.	.	.
36036	824	4	]	]	-RRB-
36036	825	1	_	_	NNP
36036	825	2	American	American	NNP
36036	825	3	Zoologist	Zoologist	NNP
36036	825	4	_	_	NNP
36036	825	5	,	,	,
36036	825	6	25:58A.	25:58a.	CD
36036	826	1	Chevillard	Chevillard	NNP
36036	826	2	-	-	HYPH
36036	826	3	Hugot	Hugot	NNP
36036	826	4	,	,	,
36036	826	5	Marie	Marie	NNP
36036	826	6	-	-	HYPH
36036	826	7	Christine	Christine	NNP
36036	826	8	,	,	,
36036	826	9	E.	E.	NNP
36036	826	10	F.	F.	NNP
36036	826	11	Müller	Müller	NNP
36036	826	12	,	,	,
36036	826	13	and	and	CC
36036	826	14	E.	E.	NNP
36036	826	15	Kulzer	Kulzer	NNP
36036	826	16	1980	1980	CD
36036	826	17	.	.	.
36036	827	1	Oxygen	Oxygen	NNP
36036	827	2	Consumption	consumption	NN
36036	827	3	,	,	,
36036	827	4	Body	Body	NNP
36036	827	5	Temperature	temperature	NN
36036	827	6	and	and	CC
36036	827	7	Heart	heart	NN
36036	827	8	Rate	rate	NN
36036	827	9	in	in	IN
36036	827	10	the	the	DT
36036	827	11	Coati	Coati	NNP
36036	827	12	(	(	-LRB-
36036	827	13	_	_	NNP
36036	827	14	Nasua	Nasua	NNP
36036	827	15	nasua	nasua	NNP
36036	827	16	_	_	NNP
36036	827	17	)	)	-RRB-
36036	827	18	.	.	.
36036	828	1	_	_	NNP
36036	828	2	Comparative	Comparative	NNP
36036	828	3	Biochemistry	Biochemistry	NNP
36036	828	4	and	and	CC
36036	828	5	Physiology	Physiology	NNP
36036	828	6	_	_	NNP
36036	828	7	,	,	,
36036	828	8	65A:305	65a:305	CD
36036	828	9	-	-	SYM
36036	828	10	309	309	CD
36036	828	11	,	,	,
36036	828	12	6	6	CD
36036	828	13	figures	figure	NNS
36036	828	14	,	,	,
36036	828	15	2	2	CD
36036	828	16	tables	table	NNS
36036	828	17	.	.	.
36036	829	1	Colbert	Colbert	NNP
36036	829	2	,	,	,
36036	829	3	Edwin	Edwin	NNP
36036	829	4	H.	H.	NNP
36036	829	5	1953	1953	CD
36036	829	6	.	.	.
36036	830	1	The	the	DT
36036	830	2	Record	record	NN
36036	830	3	of	of	IN
36036	830	4	Climatic	climatic	JJ
36036	830	5	Changes	Changes	NNPS
36036	830	6	as	as	IN
36036	830	7	Revealed	reveal	VBN
36036	830	8	by	by	IN
36036	830	9	Vertebrate	Vertebrate	NNP
36036	830	10	Paleoecology	Paleoecology	NNP
36036	830	11	.	.	.
36036	831	1	_	_	NNP
36036	831	2	In	in	IN
36036	831	3	_	_	NNP
36036	831	4	Harlow	Harlow	NNP
36036	831	5	Shapley	Shapley	NNP
36036	831	6	,	,	,
36036	831	7	editor	editor	NN
36036	831	8	,	,	,
36036	831	9	_	_	NNP
36036	831	10	Climatic	Climatic	NNP
36036	831	11	Change	Change	NNP
36036	831	12	,	,	,
36036	831	13	Evidence	evidence	NN
36036	831	14	,	,	,
36036	831	15	Causes	Causes	NNPS
36036	831	16	,	,	,
36036	831	17	and	and	CC
36036	831	18	Effects	Effects	NNPS
36036	831	19	_	_	NNP
36036	831	20	,	,	,
36036	831	21	pages	page	VBZ
36036	831	22	249	249	CD
36036	831	23	-	-	SYM
36036	831	24	271	271	CD
36036	831	25	.	.	.
36036	832	1	Cambridge	Cambridge	NNP
36036	832	2	:	:	:
36036	832	3	Harvard	Harvard	NNP
36036	832	4	University	University	NNP
36036	832	5	Press	Press	NNP
36036	832	6	.	.	.
36036	833	1	Cole	Cole	NNP
36036	833	2	,	,	,
36036	833	3	Lamont	Lamont	NNP
36036	833	4	C.	C.	NNP
36036	833	5	1954	1954	CD
36036	833	6	.	.	.
36036	834	1	The	the	DT
36036	834	2	Population	Population	NNP
36036	834	3	Consequences	consequence	NNS
36036	834	4	of	of	IN
36036	834	5	Life	life	NN
36036	834	6	History	History	NNP
36036	834	7	Phenomena	Phenomena	NNP
36036	834	8	.	.	.
36036	835	1	_	_	NNP
36036	835	2	The	the	DT
36036	835	3	Quarterly	Quarterly	NNP
36036	835	4	Review	Review	NNP
36036	835	5	of	of	IN
36036	835	6	Biology	Biology	NNP
36036	835	7	_	_	NNP
36036	835	8	,	,	,
36036	835	9	29:103	29:103	CD
36036	835	10	-	-	SYM
36036	835	11	137	137	CD
36036	835	12	,	,	,
36036	835	13	10	10	CD
36036	835	14	figures	figure	NNS
36036	835	15	.	.	.
36036	836	1	Crandall	Crandall	NNP
36036	836	2	,	,	,
36036	836	3	Lee	Lee	NNP
36036	836	4	S.	S.	NNP
36036	836	5	1964	1964	CD
36036	836	6	.	.	.
36036	837	1	_	_	NNP
36036	837	2	The	the	DT
36036	837	3	Management	Management	NNP
36036	837	4	of	of	IN
36036	837	5	Wild	Wild	NNP
36036	837	6	Mammals	Mammals	NNPS
36036	837	7	in	in	IN
36036	837	8	Captivity	Captivity	NNP
36036	837	9	.	.	.
36036	837	10	_	_	NNP
36036	837	11	xv	xv	NNP
36036	837	12	+	+	CC
36036	837	13	469	469	CD
36036	837	14	pages	page	NNS
36036	837	15	,	,	,
36036	837	16	10	10	CD
36036	837	17	tables	table	NNS
36036	837	18	,	,	,
36036	837	19	11	11	CD
36036	837	20	plates	plate	NNS
36036	837	21	.	.	.
36036	838	1	Chicago	Chicago	NNP
36036	838	2	:	:	:
36036	838	3	The	the	DT
36036	838	4	University	University	NNP
36036	838	5	of	of	IN
36036	838	6	Chicago	Chicago	NNP
36036	838	7	Press	Press	NNP
36036	838	8	.	.	.
36036	839	1	Crockett	Crockett	NNP
36036	839	2	,	,	,
36036	839	3	Curtis	Curtis	NNP
36036	839	4	W.	W.	NNP
36036	839	5	1972	1972	CD
36036	839	6	.	.	.
36036	840	1	Climatological	climatological	JJ
36036	840	2	Summaries	Summaries	NNPS
36036	840	3	for	for	IN
36036	840	4	Selected	Selected	NNP
36036	840	5	Stations	Stations	NNPS
36036	840	6	in	in	IN
36036	840	7	Virginia	Virginia	NNP
36036	840	8	.	.	.
36036	841	1	_	_	NNP
36036	841	2	Water	Water	NNP
36036	841	3	Resources	Resources	NNPS
36036	841	4	Research	Research	NNP
36036	841	5	Center	Center	NNP
36036	841	6	_	_	NNP
36036	841	7	,	,	,
36036	841	8	53	53	CD
36036	841	9	.	.	.
36036	842	1	Virginia	Virginia	NNP
36036	842	2	Polytechnic	Polytechnic	NNP
36036	842	3	Institute	Institute	NNP
36036	842	4	and	and	CC
36036	842	5	State	State	NNP
36036	842	6	University	University	NNP
36036	842	7	,	,	,
36036	842	8	Blacksburg	Blacksburg	NNP
36036	842	9	,	,	,
36036	842	10	Virginia	Virginia	NNP
36036	842	11	.	.	.
36036	843	1	Darlington	Darlington	NNP
36036	843	2	,	,	,
36036	843	3	Philip	Philip	NNP
36036	843	4	J.	J.	NNP
36036	843	5	,	,	,
36036	843	6	Jr.	Jr.	NNP
36036	843	7	1963	1963	CD
36036	843	8	.	.	.
36036	844	1	_	_	NNP
36036	844	2	Zoogeography	Zoogeography	NNP
36036	844	3	:	:	:
36036	844	4	The	the	DT
36036	844	5	Geographical	Geographical	NNP
36036	844	6	Distribution	Distribution	NNP
36036	844	7	of	of	IN
36036	844	8	Animals	Animals	NNPS
36036	844	9	.	.	.
36036	844	10	_	_	NNP
36036	844	11	xiii	xiii	NNP
36036	844	12	+	+	SYM
36036	844	13	675	675	CD
36036	844	14	pages	page	NNS
36036	844	15	,	,	,
36036	844	16	80	80	CD
36036	844	17	figures	figure	NNS
36036	844	18	,	,	,
36036	844	19	21	21	CD
36036	844	20	tables	table	NNS
36036	844	21	,	,	,
36036	844	22	frontispiece	frontispiece	NN
36036	844	23	.	.	.
36036	845	1	New	New	NNP
36036	845	2	York	York	NNP
36036	845	3	:	:	:
36036	845	4	John	John	NNP
36036	845	5	Wiley	Wiley	NNP
36036	845	6	and	and	CC
36036	845	7	Sons	Sons	NNPS
36036	845	8	,	,	,
36036	845	9	Incorporated	Incorporated	NNP
36036	845	10	.	.	.
36036	846	1	Davis	Davis	NNP
36036	846	2	,	,	,
36036	846	3	D.	D.	NNP
36036	846	4	Dwight	Dwight	NNP
36036	846	5	1964	1964	CD
36036	846	6	.	.	.
36036	847	1	The	the	DT
36036	847	2	Giant	giant	JJ
36036	847	3	Panda	Panda	NNP
36036	847	4	:	:	:
36036	847	5	A	a	DT
36036	847	6	Morphological	Morphological	NNP
36036	847	7	Study	Study	NNP
36036	847	8	of	of	IN
36036	847	9	Evolutionary	Evolutionary	NNP
36036	847	10	Mechanisms	Mechanisms	NNPS
36036	847	11	.	.	.
36036	848	1	_	_	NNP
36036	848	2	Fieldiana	Fieldiana	NNP
36036	848	3	:	:	:
36036	848	4	Zoology	Zoology	NNP
36036	848	5	Memoirs	Memoirs	NNP
36036	848	6	_	_	NNP
36036	848	7	,	,	,
36036	848	8	3:339	3:339	CD
36036	848	9	pages	page	NNS
36036	848	10	,	,	,
36036	848	11	159	159	CD
36036	848	12	figures	figure	NNS
36036	848	13	,	,	,
36036	848	14	25	25	CD
36036	848	15	tables	table	NNS
36036	848	16	.	.	.
36036	849	1	Decker	Decker	NNP
36036	849	2	,	,	,
36036	849	3	Denise	Denise	NNP
36036	849	4	M.	M.	NNP
36036	849	5	1991	1991	CD
36036	849	6	.	.	.
36036	850	1	Systematics	systematic	NNS
36036	850	2	of	of	IN
36036	850	3	the	the	DT
36036	850	4	Coatis	Coatis	NNP
36036	850	5	Genus	Genus	NNP
36036	850	6	_	_	NNP
36036	850	7	Nasua	Nasua	NNP
36036	850	8	_	_	NNP
36036	850	9	(	(	-LRB-
36036	850	10	Mammalia	Mammalia	NNP
36036	850	11	:	:	:
36036	850	12	Procyonidae	Procyonidae	NNP
36036	850	13	)	)	-RRB-
36036	850	14	.	.	.
36036	851	1	_	_	NNP
36036	851	2	Proceedings	Proceedings	NNP
36036	851	3	of	of	IN
36036	851	4	the	the	DT
36036	851	5	Biological	Biological	NNP
36036	851	6	Society	Society	NNP
36036	851	7	of	of	IN
36036	851	8	Washington	Washington	NNP
36036	851	9	_	_	NNP
36036	851	10	,	,	,
36036	851	11	104:370	104:370	CD
36036	851	12	-	-	SYM
36036	851	13	386	386	CD
36036	851	14	,	,	,
36036	851	15	3	3	CD
36036	851	16	figures	figure	NNS
36036	851	17	,	,	,
36036	851	18	3	3	CD
36036	851	19	tables	table	NNS
36036	851	20	,	,	,
36036	851	21	2	2	CD
36036	851	22	appendices	appendix	NNS
36036	851	23	.	.	.
36036	852	1	Decker	Decker	NNP
36036	852	2	,	,	,
36036	852	3	Denise	Denise	NNP
36036	852	4	M.	M.	NNP
36036	852	5	,	,	,
36036	852	6	and	and	CC
36036	852	7	W.	W.	NNP
36036	852	8	Chris	Chris	NNP
36036	852	9	Wozencraft	Wozencraft	NNP
36036	852	10	1991	1991	CD
36036	852	11	.	.	.
36036	853	1	Phylogenetic	Phylogenetic	NNP
36036	853	2	Analysis	Analysis	NNP
36036	853	3	of	of	IN
36036	853	4	Recent	Recent	NNP
36036	853	5	Procyonid	Procyonid	NNP
36036	853	6	Genera	Genera	NNP
36036	853	7	.	.	.
36036	854	1	_	_	NNP
36036	854	2	Journal	Journal	NNP
36036	854	3	of	of	IN
36036	854	4	Mammalogy	Mammalogy	NNP
36036	854	5	_	_	NNP
36036	854	6	,	,	,
36036	854	7	72:42	72:42	CD
36036	854	8	-	-	SYM
36036	854	9	55	55	CD
36036	854	10	,	,	,
36036	854	11	2	2	CD
36036	854	12	figures	figure	NNS
36036	854	13	,	,	,
36036	854	14	2	2	CD
36036	854	15	appendices	appendix	NNS
36036	854	16	.	.	.
36036	855	1	Depocas	Depocas	NNP
36036	855	2	,	,	,
36036	855	3	Florent	Florent	NNP
36036	855	4	,	,	,
36036	855	5	and	and	CC
36036	855	6	J.	J.	NNP
36036	855	7	Sanford	Sanford	NNP
36036	855	8	Hart	Hart	NNP
36036	855	9	1957	1957	CD
36036	855	10	.	.	.
36036	856	1	Use	Use	NNP
36036	856	2	of	of	IN
36036	856	3	the	the	DT
36036	856	4	Pauling	Pauling	NNP
36036	856	5	Oxygen	Oxygen	NNP
36036	856	6	Analyzer	Analyzer	NNP
36036	856	7	for	for	IN
36036	856	8	Measurement	Measurement	NNP
36036	856	9	of	of	IN
36036	856	10	Oxygen	Oxygen	NNP
36036	856	11	Consumption	Consumption	NNP
36036	856	12	of	of	IN
36036	856	13	Animals	Animals	NNPS
36036	856	14	in	in	IN
36036	856	15	Open	Open	NNP
36036	856	16	-	-	HYPH
36036	856	17	Circuit	Circuit	NNP
36036	856	18	Systems	Systems	NNPS
36036	856	19	and	and	CC
36036	856	20	in	in	IN
36036	856	21	a	a	DT
36036	856	22	Short	Short	NNP
36036	856	23	-	-	HYPH
36036	856	24	Lag	Lag	NNP
36036	856	25	,	,	,
36036	856	26	Closed	Closed	NNP
36036	856	27	-	-	HYPH
36036	856	28	Circuit	Circuit	NNP
36036	856	29	Apparatus	Apparatus	NNP
36036	856	30	.	.	.
36036	857	1	_	_	NNP
36036	857	2	Journal	Journal	NNP
36036	857	3	of	of	IN
36036	857	4	Applied	Applied	NNP
36036	857	5	Physiology	Physiology	NNP
36036	857	6	_	_	NNP
36036	857	7	,	,	,
36036	857	8	10:388	10:388	CD
36036	857	9	-	-	SYM
36036	857	10	392	392	CD
36036	857	11	,	,	,
36036	857	12	3	3	CD
36036	857	13	figures	figure	NNS
36036	857	14	,	,	,
36036	857	15	1	1	CD
36036	857	16	table	table	NN
36036	857	17	.	.	.
36036	858	1	Dunn	Dunn	NNP
36036	858	2	,	,	,
36036	858	3	J.	J.	NNP
36036	858	4	P.	P.	NNP
36036	858	5	,	,	,
36036	858	6	and	and	CC
36036	858	7	J.	J.	NNP
36036	859	1	A.	A.	NNP
36036	859	2	Chapman	Chapman	NNP
36036	859	3	1983	1983	CD
36036	859	4	.	.	.
36036	860	1	Reproduction	reproduction	NN
36036	860	2	,	,	,
36036	860	3	Physiological	Physiological	NNP
36036	860	4	Responses	Responses	NNP
36036	860	5	,	,	,
36036	860	6	Age	Age	NNP
36036	860	7	Structure	Structure	NNP
36036	860	8	,	,	,
36036	860	9	and	and	CC
36036	860	10	Food	Food	NNP
36036	860	11	Habits	Habits	NNPS
36036	860	12	of	of	IN
36036	860	13	Raccoon	Raccoon	NNP
36036	860	14	in	in	IN
36036	860	15	Maryland	Maryland	NNP
36036	860	16	,	,	,
36036	860	17	USA	USA	NNP
36036	860	18	.	.	.
36036	861	1	_	_	NNP
36036	861	2	Zeitschrift	Zeitschrift	NNP
36036	861	3	für	für	NN
36036	861	4	Säugetierkunde	Säugetierkunde	NNP
36036	861	5	_	_	NNP
36036	861	6	,	,	,
36036	861	7	48:161	48:161	CD
36036	861	8	-	-	SYM
36036	861	9	175	175	CD
36036	861	10	,	,	,
36036	861	11	6	6	CD
36036	861	12	figures	figure	NNS
36036	861	13	,	,	,
36036	861	14	7	7	CD
36036	861	15	tables	table	NNS
36036	861	16	.	.	.
36036	862	1	Eisenberg	Eisenberg	NNP
36036	862	2	,	,	,
36036	862	3	John	John	NNP
36036	862	4	F.	F.	NNP
36036	862	5	1981	1981	CD
36036	862	6	.	.	.
36036	863	1	_	_	NNP
36036	863	2	The	the	DT
36036	863	3	Mammalian	Mammalian	NNP
36036	863	4	Radiations	Radiations	NNPS
36036	863	5	.	.	.
36036	863	6	_	_	NNP
36036	863	7	xx	xx	NNP
36036	863	8	+	+	CC
36036	863	9	610	610	CD
36036	863	10	pages	page	NNS
36036	863	11	,	,	,
36036	863	12	157	157	CD
36036	863	13	figures	figure	NNS
36036	863	14	,	,	,
36036	863	15	61	61	CD
36036	863	16	tables	table	NNS
36036	863	17	,	,	,
36036	863	18	6	6	CD
36036	863	19	appendices	appendix	NNS
36036	863	20	.	.	.
36036	864	1	Chicago	Chicago	NNP
36036	864	2	:	:	:
36036	864	3	The	the	DT
36036	864	4	University	University	NNP
36036	864	5	of	of	IN
36036	864	6	Chicago	Chicago	NNP
36036	864	7	Press	Press	NNP
36036	864	8	.	.	.
36036	865	1	Ewer	Ewer	NNP
36036	865	2	,	,	,
36036	865	3	R.	R.	NNP
36036	865	4	F.	F.	NNP
36036	865	5	1973	1973	CD
36036	865	6	.	.	.
36036	866	1	_	_	NNP
36036	866	2	The	the	DT
36036	866	3	Carnivores	Carnivores	NNPS
36036	866	4	.	.	.
36036	866	5	_	_	NNP
36036	866	6	xv	xv	NNP
36036	866	7	+	+	CC
36036	866	8	494	494	CD
36036	866	9	pages	page	NNS
36036	866	10	,	,	,
36036	866	11	79	79	CD
36036	866	12	figures	figure	NNS
36036	866	13	,	,	,
36036	866	14	22	22	CD
36036	866	15	tables	table	NNS
36036	866	16	.	.	.
36036	867	1	Ithaca	ithaca	NN
36036	867	2	:	:	:
36036	867	3	Cornell	Cornell	NNP
36036	867	4	University	University	NNP
36036	867	5	Press	Press	NNP
36036	867	6	.	.	.
36036	868	1	Fenchel	Fenchel	NNP
36036	868	2	,	,	,
36036	868	3	Tom	Tom	NNP
36036	868	4	1974	1974	CD
36036	868	5	.	.	.
36036	869	1	Intrinsic	intrinsic	JJ
36036	869	2	Rate	rate	NN
36036	869	3	of	of	IN
36036	869	4	Natural	natural	JJ
36036	869	5	Increase	increase	NN
36036	869	6	:	:	:
36036	869	7	The	the	DT
36036	869	8	Relationship	relationship	NN
36036	869	9	with	with	IN
36036	869	10	Body	Body	NNP
36036	869	11	Size	Size	NNP
36036	869	12	.	.	.
36036	870	1	_	_	NNP
36036	870	2	Oecologia	Oecologia	NNP
36036	870	3	_	_	NNP
36036	870	4	(	(	-LRB-
36036	870	5	Berlin	Berlin	NNP
36036	870	6	)	)	-RRB-
36036	870	7	,	,	,
36036	870	8	14:317	14:317	CD
36036	870	9	-	-	SYM
36036	870	10	326	326	CD
36036	870	11	,	,	,
36036	870	12	3	3	CD
36036	870	13	figures	figure	NNS
36036	870	14	,	,	,
36036	870	15	1	1	CD
36036	870	16	table	table	NN
36036	870	17	.	.	.
36036	871	1	Ford	Ford	NNP
36036	871	2	,	,	,
36036	871	3	Linda	Linda	NNP
36036	871	4	S.	S.	NNP
36036	871	5	,	,	,
36036	871	6	and	and	CC
36036	871	7	Robert	Robert	NNP
36036	871	8	S.	S.	NNP
36036	871	9	Hoffmann	Hoffmann	NNP
36036	871	10	1988	1988	CD
36036	871	11	.	.	.
36036	872	1	_	_	NNP
36036	872	2	Potos	Potos	NNP
36036	872	3	flavus	flavus	NN
36036	872	4	_	_	NNP
36036	872	5	.	.	.
36036	873	1	_	_	NNP
36036	873	2	Mammalian	Mammalian	NNP
36036	873	3	Species	Species	NNPS
36036	873	4	_	_	NNP
36036	873	5	,	,	,
36036	873	6	321:1	321:1	CD
36036	873	7	-	-	SYM
36036	873	8	9	9	CD
36036	873	9	,	,	,
36036	873	10	3	3	CD
36036	873	11	figures	figure	NNS
36036	873	12	.	.	.
36036	874	1	Ginsburg	Ginsburg	NNP
36036	874	2	,	,	,
36036	874	3	Léonard	léonard	NN
36036	874	4	1982	1982	CD
36036	874	5	.	.	.
36036	875	1	Sur	Sur	NNP
36036	875	2	la	la	NNP
36036	875	3	position	position	NN
36036	875	4	systématique	systématique	NNP
36036	875	5	du	du	VBD
36036	875	6	petit	petit	NNP
36036	875	7	Panda	Panda	NNP
36036	875	8	,	,	,
36036	875	9	_	_	NNP
36036	875	10	Ailurus	Ailurus	NNP
36036	875	11	fulgens	fulgen	VBZ
36036	875	12	_	_	NNP
36036	875	13	(	(	-LRB-
36036	875	14	Carnivora	Carnivora	NNP
36036	875	15	,	,	,
36036	875	16	Mammalia	Mammalia	NNP
36036	875	17	)	)	-RRB-
36036	875	18	.	.	.
36036	876	1	_	_	NNP
36036	876	2	Geobios	Geobios	NNPS
36036	876	3	_	_	NNP
36036	876	4	(	(	-LRB-
36036	876	5	Lyon	Lyon	NNP
36036	876	6	)	)	-RRB-
36036	876	7	,	,	,
36036	876	8	Mémoire	Mémoire	NNP
36036	876	9	Spécial	Spécial	NNP
36036	876	10	,	,	,
36036	876	11	6:247	6:247	CD
36036	876	12	-	-	HYPH
36036	876	13	258	258	CD
36036	876	14	,	,	,
36036	876	15	12	12	CD
36036	876	16	figures	figure	NNS
36036	876	17	.	.	.
36036	877	1	Glazier	Glazier	NNP
36036	877	2	,	,	,
36036	877	3	Douglas	Douglas	NNP
36036	877	4	S.	S.	NNP
36036	877	5	1985a	1985a	NNS
36036	877	6	.	.	.
36036	878	1	Relationship	relationship	NN
36036	878	2	between	between	IN
36036	878	3	Metabolic	Metabolic	NNP
36036	878	4	Rate	Rate	NNP
36036	878	5	and	and	CC
36036	878	6	Energy	Energy	NNP
36036	878	7	Expenditure	Expenditure	NNP
36036	878	8	for	for	IN
36036	878	9	Lactation	Lactation	NNP
36036	878	10	in	in	IN
36036	878	11	_	_	NNP
36036	878	12	Peromyscus	Peromyscus	NNP
36036	878	13	_	_	NNP
36036	878	14	.	.	.
36036	879	1	_	_	NNP
36036	879	2	Comparative	Comparative	NNP
36036	879	3	Biochemistry	Biochemistry	NNP
36036	879	4	and	and	CC
36036	879	5	Physiology	Physiology	NNP
36036	879	6	_	_	NNP
36036	879	7	,	,	,
36036	879	8	80A:587	80A:587	NNP
36036	879	9	-	-	SYM
36036	879	10	590	590	CD
36036	879	11	,	,	,
36036	879	12	1	1	CD
36036	879	13	table	table	NN
36036	879	14	.	.	.
36036	880	1	1985b	1985b	CD
36036	880	2	.	.	.
36036	881	1	Energetics	Energetics	NNP
36036	881	2	of	of	IN
36036	881	3	Litter	Litter	NNP
36036	881	4	Size	Size	NNP
36036	881	5	in	in	IN
36036	881	6	Five	Five	NNP
36036	881	7	Species	Species	NNPS
36036	881	8	of	of	IN
36036	881	9	_	_	NNP
36036	881	10	Peromyscus	Peromyscus	NNP
36036	881	11	_	_	NNP
36036	881	12	with	with	IN
36036	881	13	Generalizations	Generalizations	NNPS
36036	881	14	for	for	IN
36036	881	15	Other	other	JJ
36036	881	16	Mammals	mammal	NNS
36036	881	17	.	.	.
36036	882	1	_	_	NNP
36036	882	2	Journal	Journal	NNP
36036	882	3	of	of	IN
36036	882	4	Mammalogy	Mammalogy	NNP
36036	882	5	_	_	NNP
36036	882	6	,	,	,
36036	882	7	66:629	66:629	CD
36036	882	8	-	-	SYM
36036	882	9	642	642	CD
36036	882	10	,	,	,
36036	882	11	1	1	CD
36036	882	12	figure	figure	NN
36036	882	13	,	,	,
36036	882	14	6	6	CD
36036	882	15	tables	table	NNS
36036	882	16	.	.	.
36036	883	1	Goldman	Goldman	NNP
36036	883	2	,	,	,
36036	883	3	Edward	Edward	NNP
36036	883	4	A.	A.	NNP
36036	884	1	1950	1950	CD
36036	884	2	.	.	.
36036	885	1	The	the	DT
36036	885	2	Raccoons	Raccoons	NNPS
36036	885	3	of	of	IN
36036	885	4	North	North	NNP
36036	885	5	and	and	CC
36036	885	6	Middle	Middle	NNP
36036	885	7	America	America	NNP
36036	885	8	.	.	.
36036	886	1	_	_	NNP
36036	886	2	North	North	NNP
36036	886	3	American	American	NNP
36036	886	4	Fauna	Fauna	NNP
36036	886	5	_	_	NNP
36036	886	6	,	,	,
36036	886	7	60:1	60:1	CD
36036	886	8	-	-	SYM
36036	886	9	153	153	CD
36036	886	10	,	,	,
36036	886	11	1	1	CD
36036	886	12	figure	figure	NN
36036	886	13	,	,	,
36036	886	14	22	22	CD
36036	886	15	plates	plate	NNS
36036	886	16	.	.	.
36036	887	1	Golightly	golightly	RB
36036	887	2	,	,	,
36036	887	3	Richard	Richard	NNP
36036	887	4	T.	T.	NNP
36036	887	5	,	,	,
36036	887	6	Jr.	Jr.	NNP
36036	887	7	,	,	,
36036	887	8	and	and	CC
36036	887	9	Robert	Robert	NNP
36036	887	10	D.	D.	NNP
36036	887	11	Ohmart	Ohmart	NNP
36036	887	12	1983	1983	CD
36036	887	13	.	.	.
36036	888	1	Metabolism	Metabolism	NNP
36036	888	2	and	and	CC
36036	888	3	Body	Body	NNP
36036	888	4	Temperature	Temperature	NNP
36036	888	5	of	of	IN
36036	888	6	Two	Two	NNP
36036	888	7	Desert	Desert	NNP
36036	888	8	Canids	Canids	NNPS
36036	888	9	:	:	:
36036	888	10	Coyotes	Coyotes	NNPS
36036	888	11	and	and	CC
36036	888	12	Kit	Kit	NNP
36036	888	13	Foxes	Foxes	NNPS
36036	888	14	.	.	.
36036	889	1	_	_	NNP
36036	889	2	Journal	Journal	NNP
36036	889	3	of	of	IN
36036	889	4	Mammalogy	Mammalogy	NNP
36036	889	5	_	_	NNP
36036	889	6	,	,	,
36036	889	7	64:624	64:624	CD
36036	889	8	-	-	SYM
36036	889	9	635	635	CD
36036	889	10	,	,	,
36036	889	11	7	7	CD
36036	889	12	figures	figure	NNS
36036	889	13	.	.	.
36036	890	1	Greenwood	Greenwood	NNP
36036	890	2	,	,	,
36036	890	3	Raymond	Raymond	NNP
36036	890	4	J.	J.	NNP
36036	891	1	1981	1981	CD
36036	891	2	.	.	.
36036	892	1	Foods	food	NNS
36036	892	2	of	of	IN
36036	892	3	Prairie	Prairie	NNP
36036	892	4	Raccoons	Raccoons	NNP
36036	892	5	during	during	IN
36036	892	6	the	the	DT
36036	892	7	Waterfowl	Waterfowl	NNP
36036	892	8	Nesting	Nesting	NNP
36036	892	9	Season	Season	NNP
36036	892	10	.	.	.
36036	893	1	_	_	NNP
36036	893	2	Journal	Journal	NNP
36036	893	3	of	of	IN
36036	893	4	Wildlife	Wildlife	NNP
36036	893	5	Management	Management	NNP
36036	893	6	_	_	NNP
36036	893	7	,	,	,
36036	893	8	45:754	45:754	CD
36036	893	9	-	-	SYM
36036	893	10	760	760	CD
36036	893	11	,	,	,
36036	893	12	2	2	CD
36036	893	13	tables	table	NNS
36036	893	14	.	.	.
36036	894	1	Hall	Hall	NNP
36036	894	2	,	,	,
36036	894	3	E.	E.	NNP
36036	894	4	Raymond	Raymond	NNP
36036	894	5	,	,	,
36036	894	6	and	and	CC
36036	894	7	Keith	Keith	NNP
36036	894	8	R.	R.	NNP
36036	894	9	Kelson	Kelson	NNP
36036	894	10	1959	1959	CD
36036	894	11	.	.	.
36036	895	1	_	_	NNP
36036	895	2	The	the	DT
36036	895	3	Mammals	Mammals	NNPS
36036	895	4	of	of	IN
36036	895	5	North	North	NNP
36036	895	6	America	America	NNP
36036	895	7	.	.	.
36036	895	8	_	_	NNP
36036	895	9	xxx	xxx	NNP
36036	895	10	+	+	SYM
36036	895	11	1083	1083	CD
36036	895	12	pages	page	NNS
36036	895	13	,	,	,
36036	895	14	553	553	CD
36036	895	15	figures	figure	NNS
36036	895	16	,	,	,
36036	895	17	500	500	CD
36036	895	18	maps	map	NNS
36036	895	19	,	,	,
36036	895	20	1	1	CD
36036	895	21	addendum	addendum	NN
36036	895	22	.	.	.
36036	896	1	New	New	NNP
36036	896	2	York	York	NNP
36036	896	3	:	:	:
36036	896	4	Ronald	Ronald	NNP
36036	896	5	Hall	Hall	NNP
36036	896	6	Press	Press	NNP
36036	896	7	Company	Company	NNP
36036	896	8	.	.	.
36036	897	1	Hallett	Hallett	NNP
36036	897	2	,	,	,
36036	897	3	James	James	NNP
36036	897	4	G.	G.	NNP
36036	897	5	,	,	,
36036	897	6	Margaret	Margaret	NNP
36036	897	7	A.	A.	NNP
36036	897	8	O'Connell	O'Connell	NNP
36036	897	9	,	,	,
36036	897	10	Gregory	Gregory	NNP
36036	897	11	D.	D.	NNP
36036	897	12	Sanders	Sanders	NNP
36036	897	13	,	,	,
36036	897	14	and	and	CC
36036	897	15	John	John	NNP
36036	897	16	Seidensticker	Seidensticker	NNP
36036	897	17	1991	1991	CD
36036	897	18	.	.	.
36036	898	1	Comparison	comparison	NN
36036	898	2	of	of	IN
36036	898	3	Population	Population	NNP
36036	898	4	Estimators	Estimators	NNPS
36036	898	5	for	for	IN
36036	898	6	Medium	Medium	NNP
36036	898	7	-	-	HYPH
36036	898	8	sized	sized	JJ
36036	898	9	Mammals	mammal	NNS
36036	898	10	.	.	.
36036	899	1	_	_	NNP
36036	899	2	Journal	Journal	NNP
36036	899	3	of	of	IN
36036	899	4	Wildlife	Wildlife	NNP
36036	899	5	Management	Management	NNP
36036	899	6	_	_	NNP
36036	899	7	,	,	,
36036	899	8	55:81	55:81	CD
36036	899	9	-	-	SYM
36036	899	10	93	93	CD
36036	899	11	.	.	.
36036	900	1	Hamilton	Hamilton	NNP
36036	900	2	,	,	,
36036	900	3	W.	W.	NNP
36036	900	4	J.	J.	NNP
36036	900	5	,	,	,
36036	900	6	Jr.	Jr.	NNP
36036	900	7	1936	1936	CD
36036	900	8	.	.	.
36036	901	1	The	the	DT
36036	901	2	Food	Food	NNP
36036	901	3	and	and	CC
36036	901	4	Breeding	Breeding	NNP
36036	901	5	Habits	Habits	NNPS
36036	901	6	of	of	IN
36036	901	7	the	the	DT
36036	901	8	Raccoon	Raccoon	NNP
36036	901	9	.	.	.
36036	902	1	_	_	NNP
36036	902	2	Journal	Journal	NNP
36036	902	3	of	of	IN
36036	902	4	Science	Science	NNP
36036	902	5	_	_	NNP
36036	902	6	,	,	,
36036	902	7	36:131	36:131	CD
36036	902	8	-	-	SYM
36036	902	9	140	140	CD
36036	902	10	,	,	,
36036	902	11	1	1	CD
36036	902	12	chart	chart	NN
36036	902	13	,	,	,
36036	902	14	1	1	CD
36036	902	15	plate	plate	NN
36036	902	16	.	.	.
36036	903	1	Hart	Hart	NNP
36036	903	2	,	,	,
36036	903	3	J.	J.	NNP
36036	903	4	S.	S.	NNP
36036	903	5	1956	1956	CD
36036	903	6	.	.	.
36036	904	1	Seasonal	seasonal	JJ
36036	904	2	Changes	Changes	NNPS
36036	904	3	in	in	IN
36036	904	4	Insulation	insulation	NN
36036	904	5	of	of	IN
36036	904	6	the	the	DT
36036	904	7	Fur	Fur	NNP
36036	904	8	.	.	.
36036	905	1	_	_	NNP
36036	905	2	Canadian	Canadian	NNP
36036	905	3	Journal	Journal	NNP
36036	905	4	of	of	IN
36036	905	5	Zoology	Zoology	NNP
36036	905	6	_	_	NNP
36036	905	7	,	,	,
36036	905	8	34:53	34:53	CD
36036	905	9	-	-	SYM
36036	905	10	57	57	CD
36036	905	11	,	,	,
36036	905	12	2	2	CD
36036	905	13	figures	figure	NNS
36036	905	14	,	,	,
36036	905	15	1	1	CD
36036	905	16	table	table	NN
36036	905	17	.	.	.
36036	906	1	1957	1957	CD
36036	906	2	.	.	.
36036	907	1	Climatic	climatic	JJ
36036	907	2	and	and	CC
36036	907	3	Temperature	temperature	NN
36036	907	4	Induced	induce	VBN
36036	907	5	Changes	change	NNS
36036	907	6	in	in	IN
36036	907	7	the	the	DT
36036	907	8	Energetics	Energetics	NNP
36036	907	9	of	of	IN
36036	907	10	Homeotherms	Homeotherms	NNPS
36036	907	11	.	.	.
36036	908	1	_	_	NNP
36036	908	2	Revue	Revue	NNP
36036	908	3	Canadienne	Canadienne	NNP
36036	908	4	de	de	IN
36036	908	5	Biologie	Biologie	NNP
36036	908	6	_	_	NNP
36036	908	7	,	,	,
36036	908	8	16:133	16:133	CD
36036	908	9	-	-	SYM
36036	908	10	174	174	CD
36036	908	11	,	,	,
36036	908	12	12	12	CD
36036	908	13	figures	figure	NNS
36036	908	14	,	,	,
36036	908	15	2	2	CD
36036	908	16	tables	table	NNS
36036	908	17	.	.	.
36036	909	1	Hart	Hart	NNP
36036	909	2	,	,	,
36036	909	3	J.	J.	NNP
36036	909	4	S.	S.	NNP
36036	909	5	,	,	,
36036	909	6	and	and	CC
36036	909	7	O.	O.	NNP
36036	909	8	Heroux	Heroux	NNP
36036	909	9	1963	1963	CD
36036	909	10	.	.	.
36036	910	1	Seasonal	Seasonal	NNP
36036	910	2	Acclimatization	Acclimatization	NNP
36036	910	3	in	in	IN
36036	910	4	Wild	Wild	NNP
36036	910	5	Rats	Rats	NNP
36036	910	6	(	(	-LRB-
36036	910	7	_	_	NNP
36036	910	8	Ratus	Ratus	NNP
36036	910	9	norvegicus	norvegicus	NN
36036	910	10	_	_	NNP
36036	910	11	)	)	-RRB-
36036	910	12	.	.	.
36036	911	1	_	_	NNP
36036	911	2	Canadian	Canadian	NNP
36036	911	3	Journal	Journal	NNP
36036	911	4	of	of	IN
36036	911	5	Zoology	Zoology	NNP
36036	911	6	_	_	NNP
36036	911	7	,	,	,
36036	911	8	41:711	41:711	CD
36036	911	9	-	-	SYM
36036	911	10	716	716	CD
36036	911	11	,	,	,
36036	911	12	3	3	CD
36036	911	13	figures	figure	NNS
36036	911	14	.	.	.
36036	912	1	Hayssen	Hayssen	NNP
36036	912	2	,	,	,
36036	912	3	V.	V.	NNP
36036	912	4	1984	1984	CD
36036	912	5	.	.	.
36036	913	1	Basal	Basal	NNP
36036	913	2	Metabolic	Metabolic	NNP
36036	913	3	Rate	Rate	NNP
36036	913	4	and	and	CC
36036	913	5	the	the	DT
36036	913	6	Intrinsic	Intrinsic	NNP
36036	913	7	Rate	Rate	NNP
36036	913	8	of	of	IN
36036	913	9	Increase	increase	NN
36036	913	10	:	:	:
36036	913	11	An	an	DT
36036	913	12	Empirical	empirical	JJ
36036	913	13	and	and	CC
36036	913	14	Theoretical	Theoretical	NNP
36036	913	15	Reexamination	Reexamination	NNP
36036	913	16	.	.	.
36036	914	1	_	_	NNP
36036	914	2	Oecologia	Oecologia	NNP
36036	914	3	_	_	NNP
36036	914	4	(	(	-LRB-
36036	914	5	Berlin	Berlin	NNP
36036	914	6	)	)	-RRB-
36036	914	7	,	,	,
36036	914	8	64:419	64:419	CD
36036	914	9	-	-	SYM
36036	914	10	424	424	CD
36036	914	11	,	,	,
36036	914	12	2	2	CD
36036	914	13	figures	figure	NNS
36036	914	14	.	.	.
36036	915	1	Hemmingsen	Hemmingsen	NNP
36036	915	2	,	,	,
36036	915	3	Axel	Axel	NNP
36036	915	4	M.	M.	NNP
36036	915	5	1960	1960	CD
36036	915	6	.	.	.
36036	916	1	Energy	Energy	NNP
36036	916	2	Metabolism	Metabolism	NNP
36036	916	3	as	as	IN
36036	916	4	Related	related	JJ
36036	916	5	to	to	IN
36036	916	6	Body	Body	NNP
36036	916	7	Size	Size	NNP
36036	916	8	and	and	CC
36036	916	9	Respiratory	Respiratory	NNP
36036	916	10	Surfaces	Surfaces	NNPS
36036	916	11	,	,	,
36036	916	12	and	and	CC
36036	916	13	Its	-PRON-	PRP$
36036	916	14	Evolution	Evolution	NNP
36036	916	15	.	.	.
36036	917	1	_	_	NNP
36036	917	2	Reports	Reports	NNPS
36036	917	3	of	of	IN
36036	917	4	the	the	DT
36036	917	5	Steno	Steno	NNP
36036	917	6	Memorial	Memorial	NNP
36036	917	7	Hospital	Hospital	NNP
36036	917	8	and	and	CC
36036	917	9	the	the	DT
36036	917	10	Nordisk	Nordisk	NNP
36036	917	11	Insulinlaboratorium	Insulinlaboratorium	NNP
36036	917	12	_	_	NNP
36036	917	13	,	,	,
36036	917	14	9:1	9:1	CD
36036	917	15	-	-	SYM
36036	917	16	110	110	CD
36036	917	17	,	,	,
36036	917	18	12	12	CD
36036	917	19	figures	figure	NNS
36036	917	20	.	.	.
36036	918	1	Hennemann	Hennemann	NNP
36036	918	2	,	,	,
36036	918	3	Willard	Willard	NNP
36036	918	4	W.	W.	NNP
36036	918	5	,	,	,
36036	918	6	III	III	NNP
36036	918	7	1983	1983	CD
36036	918	8	.	.	.
36036	919	1	Relationship	relationship	NN
36036	919	2	among	among	IN
36036	919	3	Body	Body	NNP
36036	919	4	Mass	Mass	NNP
36036	919	5	,	,	,
36036	919	6	Metabolic	Metabolic	NNP
36036	919	7	Rate	Rate	NNP
36036	919	8	and	and	CC
36036	919	9	the	the	DT
36036	919	10	Intrinsic	Intrinsic	NNP
36036	919	11	Rate	Rate	NNP
36036	919	12	of	of	IN
36036	919	13	Natural	natural	JJ
36036	919	14	Increase	Increase	NNP
36036	919	15	in	in	IN
36036	919	16	Mammals	mammal	NNS
36036	919	17	.	.	.
36036	920	1	_	_	NNP
36036	920	2	Oecologia	Oecologia	NNP
36036	920	3	_	_	NNP
36036	920	4	(	(	-LRB-
36036	920	5	Berlin	Berlin	NNP
36036	920	6	)	)	-RRB-
36036	920	7	,	,	,
36036	920	8	56:104	56:104	CD
36036	920	9	-	-	HYPH
36036	920	10	108	108	CD
36036	920	11	,	,	,
36036	920	12	1	1	CD
36036	920	13	figure	figure	NN
36036	920	14	,	,	,
36036	920	15	1	1	CD
36036	920	16	appendix	appendix	NNP
36036	920	17	.	.	.
36036	921	1	1984	1984	CD
36036	921	2	.	.	.
36036	922	1	Commentary	commentary	NN
36036	922	2	.	.	.
36036	923	1	_	_	NNP
36036	923	2	Oecologia	Oecologia	NNP
36036	923	3	_	_	NNP
36036	923	4	(	(	-LRB-
36036	923	5	Berlin	Berlin	NNP
36036	923	6	)	)	-RRB-
36036	923	7	,	,	,
36036	923	8	64:421	64:421	CD
36036	923	9	-	-	SYM
36036	923	10	423	423	CD
36036	923	11	,	,	,
36036	923	12	2	2	CD
36036	923	13	figures	figure	NNS
36036	923	14	.	.	.
36036	924	1	Herreid	Herreid	NNP
36036	924	2	,	,	,
36036	924	3	Clyde	Clyde	NNP
36036	924	4	F.	F.	NNP
36036	924	5	,	,	,
36036	924	6	II	II	NNP
36036	924	7	,	,	,
36036	924	8	and	and	CC
36036	924	9	Brina	Brina	NNP
36036	924	10	Kessel	Kessel	NNP
36036	924	11	1967	1967	CD
36036	924	12	.	.	.
36036	925	1	Thermal	thermal	JJ
36036	925	2	Conductance	conductance	NN
36036	925	3	in	in	IN
36036	925	4	Birds	Birds	NNPS
36036	925	5	and	and	CC
36036	925	6	Mammals	mammal	NNS
36036	925	7	.	.	.
36036	926	1	_	_	NNP
36036	926	2	Comparative	Comparative	NNP
36036	926	3	Biochemistry	Biochemistry	NNP
36036	926	4	and	and	CC
36036	926	5	Physiology	Physiology	NNP
36036	926	6	_	_	NNP
36036	926	7	,	,	,
36036	926	8	21:405	21:405	CD
36036	926	9	-	-	SYM
36036	926	10	414	414	CD
36036	926	11	,	,	,
36036	926	12	2	2	CD
36036	926	13	figures	figure	NNS
36036	926	14	,	,	,
36036	926	15	2	2	CD
36036	926	16	tables	table	NNS
36036	926	17	.	.	.
36036	927	1	Hinds	Hinds	NNP
36036	927	2	,	,	,
36036	927	3	David	David	NNP
36036	927	4	S.	S.	NNP
36036	927	5	1973	1973	CD
36036	927	6	.	.	.
36036	928	1	Acclimatization	acclimatization	NN
36036	928	2	of	of	IN
36036	928	3	Thermoregulation	thermoregulation	NN
36036	928	4	in	in	IN
36036	928	5	the	the	DT
36036	928	6	Desert	Desert	NNP
36036	928	7	Cottontail	Cottontail	NNP
36036	928	8	,	,	,
36036	928	9	_	_	NNP
36036	928	10	Sylvilagus	Sylvilagus	NNP
36036	928	11	audubonii	audubonii	JJ
36036	928	12	_	_	NNP
36036	928	13	.	.	.
36036	929	1	_	_	NNP
36036	929	2	Journal	Journal	NNP
36036	929	3	of	of	IN
36036	929	4	Mammalogy	Mammalogy	NNP
36036	929	5	_	_	NNP
36036	929	6	,	,	,
36036	929	7	54:708	54:708	CD
36036	929	8	-	-	SYM
36036	929	9	728	728	CD
36036	929	10	,	,	,
36036	929	11	5	5	CD
36036	929	12	figures	figure	NNS
36036	929	13	,	,	,
36036	929	14	3	3	CD
36036	929	15	tables	table	NNS
36036	929	16	.	.	.
36036	930	1	1977	1977	CD
36036	930	2	.	.	.
36036	931	1	Acclimatization	acclimatization	NN
36036	931	2	of	of	IN
36036	931	3	Thermoregulation	thermoregulation	NN
36036	931	4	in	in	IN
36036	931	5	Desert	Desert	NNP
36036	931	6	-	-	HYPH
36036	931	7	Inhabiting	Inhabiting	NNP
36036	931	8	Jackrabbits	Jackrabbits	NNPS
36036	931	9	(	(	-LRB-
36036	931	10	_	_	NNP
36036	931	11	Lepus	Lepus	NNP
36036	931	12	alleni	alleni	NN
36036	931	13	_	_	NNP
36036	931	14	and	and	CC
36036	931	15	_	_	NNP
36036	931	16	Lepus	Lepus	NNP
36036	931	17	californicus	californicus	NN
36036	931	18	_	_	NNP
36036	931	19	)	)	-RRB-
36036	931	20	.	.	.
36036	932	1	_	_	NNP
36036	932	2	Ecology	Ecology	NNP
36036	932	3	_	_	NNP
36036	932	4	,	,	,
36036	932	5	58:246	58:246	CD
36036	932	6	-	-	SYM
36036	932	7	264	264	CD
36036	932	8	,	,	,
36036	932	9	10	10	CD
36036	932	10	figures	figure	NNS
36036	932	11	,	,	,
36036	932	12	4	4	CD
36036	932	13	tables	table	NNS
36036	932	14	.	.	.
36036	933	1	Hulbert	Hulbert	NNP
36036	933	2	,	,	,
36036	933	3	A.	A.	NNP
36036	933	4	J.	J.	NNP
36036	933	5	,	,	,
36036	933	6	and	and	CC
36036	933	7	T.	T.	NNP
36036	933	8	J.	J.	NNP
36036	933	9	Dawson	Dawson	NNP
36036	933	10	1974	1974	CD
36036	933	11	.	.	.
36036	934	1	Standard	Standard	NNP
36036	934	2	Metabolism	Metabolism	NNP
36036	934	3	and	and	CC
36036	934	4	Body	Body	NNP
36036	934	5	Temperature	temperature	NN
36036	934	6	of	of	IN
36036	934	7	Perameloid	Perameloid	NNP
36036	934	8	Marsupials	marsupial	NNS
36036	934	9	from	from	IN
36036	934	10	Different	different	JJ
36036	934	11	Environments	environment	NNS
36036	934	12	.	.	.
36036	935	1	_	_	NNP
36036	935	2	Comparative	Comparative	NNP
36036	935	3	Biochemistry	Biochemistry	NNP
36036	935	4	and	and	CC
36036	935	5	Physiology	Physiology	NNP
36036	935	6	_	_	NNP
36036	935	7	,	,	,
36036	935	8	47A:583	47a:583	CD
36036	935	9	-	-	SYM
36036	935	10	590	590	CD
36036	935	11	,	,	,
36036	935	12	2	2	CD
36036	935	13	figures	figure	NNS
36036	935	14	,	,	,
36036	935	15	2	2	CD
36036	935	16	tables	table	NNS
36036	935	17	.	.	.
36036	936	1	Hunt	Hunt	NNP
36036	936	2	,	,	,
36036	936	3	Robert	Robert	NNP
36036	936	4	M.	M.	NNP
36036	936	5	,	,	,
36036	936	6	Jr.	Jr.	NNP
36036	936	7	1974	1974	CD
36036	936	8	.	.	.
36036	937	1	The	the	DT
36036	937	2	Auditory	Auditory	NNP
36036	937	3	Bulla	Bulla	NNP
36036	937	4	in	in	IN
36036	937	5	Carnivora	Carnivora	NNP
36036	937	6	:	:	:
36036	937	7	An	an	DT
36036	937	8	Anatomical	anatomical	JJ
36036	937	9	Basis	Basis	NNP
36036	937	10	for	for	IN
36036	937	11	Reappraisal	Reappraisal	NNP
36036	937	12	of	of	IN
36036	937	13	Carnivore	Carnivore	NNP
36036	937	14	Evolution	Evolution	NNP
36036	937	15	.	.	.
36036	938	1	_	_	NNP
36036	938	2	Journal	Journal	NNP
36036	938	3	of	of	IN
36036	938	4	Morphology	Morphology	NNP
36036	938	5	_	_	NNP
36036	938	6	,	,	,
36036	938	7	143:21	143:21	CD
36036	938	8	-	-	SYM
36036	938	9	76	76	CD
36036	938	10	,	,	,
36036	938	11	42	42	CD
36036	938	12	figures	figure	NNS
36036	938	13	,	,	,
36036	938	14	13	13	CD
36036	938	15	plates	plate	NNS
36036	938	16	.	.	.
36036	939	1	Irving	Irving	NNP
36036	939	2	,	,	,
36036	939	3	Laurence	Laurence	NNP
36036	939	4	1972	1972	CD
36036	939	5	.	.	.
36036	940	1	_	_	NNP
36036	940	2	Arctic	Arctic	NNP
36036	940	3	Life	Life	NNP
36036	940	4	of	of	IN
36036	940	5	Birds	Birds	NNPS
36036	940	6	and	and	CC
36036	940	7	Mammals	mammal	NNS
36036	940	8	Including	Including	NNP
36036	940	9	Man	Man	NNP
36036	940	10	.	.	.
36036	940	11	_	_	NNP
36036	940	12	Zoophysiology	Zoophysiology	NNP
36036	940	13	and	and	CC
36036	940	14	Ecology	Ecology	NNP
36036	940	15	,	,	,
36036	940	16	2	2	CD
36036	940	17	:	:	:
36036	940	18	xi	xi	NNP
36036	940	19	+	+	CC
36036	940	20	192	192	CD
36036	940	21	pages	page	NNS
36036	940	22	,	,	,
36036	940	23	59	59	CD
36036	940	24	figures	figure	NNS
36036	940	25	,	,	,
36036	940	26	22	22	CD
36036	940	27	tables	table	NNS
36036	940	28	.	.	.
36036	941	1	New	New	NNP
36036	941	2	York	York	NNP
36036	941	3	:	:	:
36036	941	4	Springer	Springer	NNP
36036	941	5	-	-	HYPH
36036	941	6	Verlag	Verlag	NNP
36036	941	7	.	.	.
36036	942	1	Irving	Irving	NNP
36036	942	2	,	,	,
36036	942	3	Laurence	Laurence	NNP
36036	942	4	,	,	,
36036	942	5	Hildur	Hildur	NNP
36036	942	6	Krog	Krog	NNP
36036	942	7	,	,	,
36036	942	8	and	and	CC
36036	942	9	Mildred	Mildred	NNP
36036	942	10	Monson	Monson	NNP
36036	942	11	1955	1955	CD
36036	942	12	.	.	.
36036	943	1	The	the	DT
36036	943	2	Metabolism	metabolism	NN
36036	943	3	of	of	IN
36036	943	4	Some	some	DT
36036	943	5	Alaskan	Alaskan	NNP
36036	943	6	Animals	Animals	NNPS
36036	943	7	in	in	IN
36036	943	8	Winter	Winter	NNP
36036	943	9	and	and	CC
36036	943	10	Summer	Summer	NNP
36036	943	11	.	.	.
36036	944	1	_	_	NNP
36036	944	2	Physiological	Physiological	NNP
36036	944	3	Zoology	Zoology	NNP
36036	944	4	_	_	NNP
36036	944	5	,	,	,
36036	944	6	28:173	28:173	CD
36036	944	7	-	-	SYM
36036	944	8	185	185	CD
36036	944	9	,	,	,
36036	944	10	15	15	CD
36036	944	11	figures	figure	NNS
36036	944	12	,	,	,
36036	944	13	1	1	CD
36036	944	14	table	table	NN
36036	944	15	.	.	.
36036	945	1	Kaufmann	Kaufmann	NNP
36036	945	2	,	,	,
36036	945	3	John	John	NNP
36036	945	4	H.	H.	NNP
36036	945	5	1962	1962	CD
36036	945	6	.	.	.
36036	946	1	Ecology	Ecology	NNP
36036	946	2	and	and	CC
36036	946	3	Social	Social	NNP
36036	946	4	Behavior	Behavior	NNP
36036	946	5	of	of	IN
36036	946	6	the	the	DT
36036	946	7	Coati	Coati	NNP
36036	946	8	,	,	,
36036	946	9	_	_	NNP
36036	946	10	Nasua	Nasua	NNP
36036	946	11	narica	narica	NN
36036	946	12	_	_	NNP
36036	946	13	on	on	IN
36036	946	14	Barro	Barro	NNP
36036	946	15	Colorado	Colorado	NNP
36036	946	16	Island	Island	NNP
36036	946	17	,	,	,
36036	946	18	Panama	Panama	NNP
36036	946	19	.	.	.
36036	947	1	_	_	NNP
36036	947	2	University	University	NNP
36036	947	3	of	of	IN
36036	947	4	California	California	NNP
36036	947	5	Publications	Publications	NNPS
36036	947	6	in	in	IN
36036	947	7	Zoology	Zoology	NNP
36036	947	8	_	_	NNP
36036	947	9	,	,	,
36036	947	10	60:95	60:95	CD
36036	947	11	-	-	SYM
36036	947	12	222	222	CD
36036	947	13	,	,	,
36036	947	14	20	20	CD
36036	947	15	figures	figure	NNS
36036	947	16	,	,	,
36036	947	17	13	13	CD
36036	947	18	tables	table	NNS
36036	947	19	,	,	,
36036	947	20	16	16	CD
36036	947	21	plates	plate	NNS
36036	947	22	.	.	.
36036	948	1	1982	1982	CD
36036	948	2	.	.	.
36036	949	1	Raccoon	Raccoon	NNP
36036	949	2	and	and	CC
36036	949	3	Allies	Allies	NNPS
36036	949	4	.	.	.
36036	950	1	_	_	NNP
36036	950	2	In	in	IN
36036	950	3	_	_	NNP
36036	950	4	J.	J.	NNP
36036	951	1	A.	A.	NNP
36036	951	2	Chapman	Chapman	NNP
36036	951	3	and	and	CC
36036	951	4	G.	G.	NNP
36036	951	5	A.	A.	NNP
36036	951	6	Feldhamer	Feldhamer	NNP
36036	951	7	,	,	,
36036	951	8	editors	editor	NNS
36036	951	9	,	,	,
36036	951	10	_	_	NNP
36036	951	11	Wild	Wild	NNP
36036	951	12	Mammals	Mammals	NNPS
36036	951	13	of	of	IN
36036	951	14	North	North	NNP
36036	951	15	America	America	NNP
36036	951	16	:	:	:
36036	951	17	Biology	Biology	NNP
36036	951	18	,	,	,
36036	951	19	Management	Management	NNP
36036	951	20	,	,	,
36036	951	21	and	and	CC
36036	951	22	Economics	Economics	NNP
36036	951	23	_	_	NNP
36036	951	24	,	,	,
36036	951	25	pages	page	VBZ
36036	951	26	567	567	CD
36036	951	27	-	-	SYM
36036	951	28	585	585	CD
36036	951	29	,	,	,
36036	951	30	2	2	CD
36036	951	31	figures	figure	NNS
36036	951	32	.	.	.
36036	952	1	Baltimore	Baltimore	NNP
36036	952	2	:	:	:
36036	952	3	Johns	Johns	NNP
36036	952	4	Hopkins	Hopkins	NNP
36036	952	5	University	University	NNP
36036	952	6	Press	Press	NNP
36036	952	7	.	.	.
36036	953	1	1987	1987	CD
36036	953	2	.	.	.
36036	954	1	Ringtail	Ringtail	NNP
36036	954	2	and	and	CC
36036	954	3	Coati	Coati	NNP
36036	954	4	.	.	.
36036	955	1	_	_	NNP
36036	955	2	In	in	IN
36036	955	3	_	_	NNP
36036	955	4	Milan	Milan	NNP
36036	955	5	Novak	Novak	NNP
36036	955	6	,	,	,
36036	955	7	James	James	NNP
36036	955	8	A.	A.	NNP
36036	955	9	Baker	Baker	NNP
36036	955	10	,	,	,
36036	955	11	Martyn	Martyn	NNP
36036	955	12	E.	E.	NNP
36036	955	13	Obbard	Obbard	NNP
36036	955	14	,	,	,
36036	955	15	and	and	CC
36036	955	16	Bruce	Bruce	NNP
36036	955	17	Malloch	Malloch	NNP
36036	955	18	,	,	,
36036	955	19	editors	editor	NNS
36036	955	20	,	,	,
36036	955	21	_	_	NNP
36036	955	22	Wild	Wild	NNP
36036	955	23	Furbearer	Furbearer	NNP
36036	955	24	Management	Management	NNP
36036	955	25	and	and	CC
36036	955	26	Conservation	Conservation	NNP
36036	955	27	in	in	IN
36036	955	28	North	North	NNP
36036	955	29	America	America	NNP
36036	955	30	_	_	NNP
36036	955	31	,	,	,
36036	955	32	pages	page	VBZ
36036	955	33	500	500	CD
36036	955	34	-	-	SYM
36036	955	35	508	508	CD
36036	955	36	,	,	,
36036	955	37	9	9	CD
36036	955	38	figures	figure	NNS
36036	955	39	,	,	,
36036	955	40	1	1	CD
36036	955	41	table	table	NN
36036	955	42	.	.	.
36036	956	1	Ontario	Ontario	NNP
36036	956	2	:	:	:
36036	956	3	Ministry	Ministry	NNP
36036	956	4	of	of	IN
36036	956	5	Natural	Natural	NNP
36036	956	6	Resources	Resources	NNPS
36036	956	7	.	.	.
36036	957	1	Kendeigh	Kendeigh	NNP
36036	957	2	,	,	,
36036	957	3	S.	S.	NNP
36036	957	4	Charles	Charles	NNP
36036	957	5	1961	1961	CD
36036	957	6	.	.	.
36036	958	1	_	_	NNP
36036	958	2	Animal	Animal	NNP
36036	958	3	Ecology	Ecology	NNP
36036	958	4	.	.	.
36036	958	5	_	_	NNP
36036	958	6	x	x	SYM
36036	958	7	+	+	CC
36036	958	8	468	468	CD
36036	958	9	pages	page	NNS
36036	958	10	,	,	,
36036	958	11	203	203	CD
36036	958	12	figures	figure	NNS
36036	958	13	,	,	,
36036	958	14	61	61	CD
36036	958	15	tables	table	NNS
36036	958	16	.	.	.
36036	959	1	Englewood	Englewood	NNP
36036	959	2	Cliffs	Cliffs	NNPS
36036	959	3	,	,	,
36036	959	4	New	New	NNP
36036	959	5	Jersey	Jersey	NNP
36036	959	6	:	:	:
36036	959	7	Prentice	Prentice	NNP
36036	959	8	-	-	HYPH
36036	959	9	Hall	Hall	NNP
36036	959	10	,	,	,
36036	959	11	Incorporated	Incorporated	NNP
36036	959	12	.	.	.
36036	960	1	Kincer	Kincer	NNP
36036	960	2	,	,	,
36036	960	3	J.	J.	NNP
36036	961	1	B.	B.	NNP
36036	962	1	1941	1941	CD
36036	962	2	.	.	.
36036	963	1	Climate	climate	NN
36036	963	2	and	and	CC
36036	963	3	Weather	Weather	NNP
36036	963	4	Data	Data	NNP
36036	963	5	for	for	IN
36036	963	6	the	the	DT
36036	963	7	United	United	NNP
36036	963	8	States	States	NNP
36036	963	9	.	.	.
36036	964	1	_	_	NNP
36036	964	2	In	in	IN
36036	964	3	_	_	NNP
36036	964	4	Gove	Gove	NNP
36036	964	5	Hambidge	Hambidge	NNP
36036	964	6	,	,	,
36036	964	7	editor	editor	NN
36036	964	8	,	,	,
36036	964	9	_	_	NNP
36036	964	10	Climate	Climate	NNP
36036	964	11	and	and	CC
36036	964	12	Man	Man	NNP
36036	964	13	,	,	,
36036	964	14	Yearbook	Yearbook	NNP
36036	964	15	of	of	IN
36036	964	16	Agriculture	Agriculture	NNP
36036	964	17	_	_	NNP
36036	964	18	,	,	,
36036	964	19	pages	page	VBZ
36036	964	20	685	685	CD
36036	964	21	-	-	SYM
36036	964	22	747	747	CD
36036	964	23	,	,	,
36036	964	24	46	46	CD
36036	964	25	maps	map	NNS
36036	964	26	.	.	.
36036	965	1	Washington	Washington	NNP
36036	965	2	,	,	,
36036	965	3	D.C.	D.C.	NNP
36036	965	4	:	:	:
36036	965	5	United	United	NNP
36036	965	6	States	States	NNP
36036	965	7	Government	Government	NNP
36036	965	8	Printing	Printing	NNP
36036	965	9	Office	Office	NNP
36036	965	10	.	.	.
36036	966	1	King	King	NNP
36036	966	2	,	,	,
36036	966	3	James	James	NNP
36036	966	4	R.	R.	NNP
36036	966	5	1974	1974	CD
36036	966	6	.	.	.
36036	967	1	Seasonal	Seasonal	NNP
36036	967	2	Allocation	Allocation	NNP
36036	967	3	of	of	IN
36036	967	4	Time	Time	NNP
36036	967	5	and	and	CC
36036	967	6	Energy	Energy	NNP
36036	967	7	Resources	Resources	NNPS
36036	967	8	in	in	IN
36036	967	9	Birds	Birds	NNPS
36036	967	10	.	.	.
36036	968	1	_	_	NNP
36036	968	2	In	in	IN
36036	968	3	_	_	NNP
36036	968	4	Raymond	Raymond	NNP
36036	968	5	A.	A.	NNP
36036	968	6	Paynter	Paynter	NNP
36036	968	7	,	,	,
36036	968	8	Jr.	Jr.	NNP
36036	968	9	,	,	,
36036	968	10	editor	editor	NN
36036	968	11	,	,	,
36036	968	12	Avian	Avian	NNP
36036	968	13	Energetics	Energetics	NNPS
36036	968	14	.	.	.
36036	969	1	_	_	NNP
36036	969	2	Nuttall	Nuttall	NNP
36036	969	3	Ornithological	Ornithological	NNP
36036	969	4	Club	Club	NNP
36036	969	5	_	_	NNP
36036	969	6	,	,	,
36036	969	7	15:4	15:4	CD
36036	969	8	-	-	SYM
36036	969	9	85	85	CD
36036	969	10	,	,	,
36036	969	11	4	4	CD
36036	969	12	figures	figure	NNS
36036	969	13	,	,	,
36036	969	14	9	9	CD
36036	969	15	tables	table	NNS
36036	969	16	.	.	.
36036	970	1	Cambridge	Cambridge	NNP
36036	970	2	.	.	.
36036	971	1	Kleiber	Kleiber	NNP
36036	971	2	,	,	,
36036	971	3	Max	Max	NNP
36036	971	4	1932	1932	CD
36036	971	5	.	.	.
36036	972	1	Body	Body	NNP
36036	972	2	Size	Size	NNP
36036	972	3	and	and	CC
36036	972	4	Metabolism	Metabolism	NNP
36036	972	5	.	.	.
36036	973	1	_	_	NNP
36036	973	2	Hilgardia	Hilgardia	NNP
36036	973	3	_	_	NNP
36036	973	4	,	,	,
36036	973	5	6:315	6:315	CD
36036	973	6	-	-	SYM
36036	973	7	353	353	CD
36036	973	8	,	,	,
36036	973	9	1	1	CD
36036	973	10	figure	figure	NN
36036	973	11	,	,	,
36036	973	12	11	11	CD
36036	973	13	tables	table	NNS
36036	973	14	.	.	.
36036	974	1	1961	1961	CD
36036	974	2	.	.	.
36036	975	1	_	_	NNP
36036	975	2	The	the	DT
36036	975	3	Fire	Fire	NNP
36036	975	4	of	of	IN
36036	975	5	Life	Life	NNP
36036	975	6	.	.	.
36036	975	7	_	_	NNP
36036	975	8	xxii	xxii	NNP
36036	975	9	+	+	CC
36036	975	10	454	454	CD
36036	975	11	pages	page	NNS
36036	975	12	,	,	,
36036	975	13	65	65	CD
36036	975	14	figures	figure	NNS
36036	975	15	,	,	,
36036	975	16	78	78	CD
36036	975	17	tables	table	NNS
36036	975	18	,	,	,
36036	975	19	28	28	CD
36036	975	20	appendices	appendix	NNS
36036	975	21	.	.	.
36036	976	1	New	New	NNP
36036	976	2	York	York	NNP
36036	976	3	:	:	:
36036	976	4	John	John	NNP
36036	976	5	Wiley	Wiley	NNP
36036	976	6	and	and	CC
36036	976	7	Sons	Sons	NNPS
36036	976	8	,	,	,
36036	976	9	Incorporated	Incorporated	NNP
36036	976	10	.	.	.
36036	977	1	Kortlucke	Kortlucke	NNP
36036	977	2	,	,	,
36036	977	3	S.	S.	NNP
36036	977	4	,	,	,
36036	977	5	and	and	CC
36036	977	6	J.	J.	NNP
36036	977	7	Ramirez	Ramirez	NNP
36036	977	8	-	-	HYPH
36036	977	9	Pulido	Pulido	NNP
36036	977	10	1982	1982	CD
36036	977	11	.	.	.
36036	978	1	Family	family	NN
36036	978	2	Procyonidae	Procyonidae	NNP
36036	978	3	.	.	.
36036	979	1	_	_	NNP
36036	979	2	In	in	IN
36036	979	3	_	_	NNP
36036	979	4	James	James	NNP
36036	979	5	H.	H.	NNP
36036	979	6	Honacki	Honacki	NNP
36036	979	7	,	,	,
36036	979	8	Kenneth	Kenneth	NNP
36036	979	9	E.	E.	NNP
36036	979	10	Kinman	Kinman	NNP
36036	979	11	,	,	,
36036	979	12	and	and	CC
36036	979	13	James	James	NNP
36036	979	14	W.	W.	NNP
36036	979	15	Koeppl	Koeppl	NNP
36036	979	16	,	,	,
36036	979	17	editors	editor	NNS
36036	979	18	,	,	,
36036	979	19	_	_	NNP
36036	979	20	Mammal	Mammal	NNP
36036	979	21	Species	Species	NNP
36036	979	22	of	of	IN
36036	979	23	the	the	DT
36036	979	24	World	World	NNP
36036	979	25	_	_	NNP
36036	979	26	,	,	,
36036	979	27	pages	page	VBZ
36036	979	28	252	252	CD
36036	979	29	-	-	HYPH
36036	979	30	255	255	CD
36036	979	31	.	.	.
36036	980	1	Lawrence	Lawrence	NNP
36036	980	2	,	,	,
36036	980	3	Kansas	Kansas	NNP
36036	980	4	:	:	:
36036	980	5	Allen	Allen	NNP
36036	980	6	Press	Press	NNP
36036	980	7	,	,	,
36036	980	8	Incorporated	Incorporated	NNP
36036	980	9	.	.	.
36036	981	1	Lasiewski	Lasiewski	NNP
36036	981	2	,	,	,
36036	981	3	Robert	Robert	NNP
36036	981	4	C	C	NNP
36036	981	5	,	,	,
36036	981	6	and	and	CC
36036	981	7	Roger	Roger	NNP
36036	981	8	S.	S.	NNP
36036	981	9	Seymour	Seymour	NNP
36036	981	10	1972	1972	CD
36036	981	11	.	.	.
36036	982	1	Thermoregulatory	thermoregulatory	JJ
36036	982	2	Responses	response	NNS
36036	982	3	to	to	IN
36036	982	4	Heat	Heat	NNP
36036	982	5	Stress	Stress	NNP
36036	982	6	in	in	IN
36036	982	7	Four	Four	NNP
36036	982	8	Species	Species	NNPS
36036	982	9	of	of	IN
36036	982	10	Birds	Birds	NNPS
36036	982	11	Weighing	weigh	VBG
36036	982	12	Approximately	approximately	RB
36036	982	13	40	40	CD
36036	982	14	Grams	gram	NNS
36036	982	15	.	.	.
36036	983	1	_	_	NNP
36036	983	2	Physiological	Physiological	NNP
36036	983	3	Zoology	Zoology	NNP
36036	983	4	_	_	NNP
36036	983	5	,	,	,
36036	983	6	45:106	45:106	CD
36036	983	7	-	-	SYM
36036	983	8	118	118	CD
36036	983	9	,	,	,
36036	983	10	6	6	CD
36036	983	11	figures	figure	NNS
36036	983	12	,	,	,
36036	983	13	1	1	CD
36036	983	14	table	table	NN
36036	983	15	.	.	.
36036	984	1	Leone	Leone	NNP
36036	984	2	,	,	,
36036	984	3	Charles	Charles	NNP
36036	984	4	A.	A.	NNP
36036	984	5	,	,	,
36036	984	6	and	and	CC
36036	984	7	Alvin	Alvin	NNP
36036	984	8	L.	L.	NNP
36036	984	9	Wiens	Wiens	NNP
36036	984	10	1956	1956	CD
36036	984	11	.	.	.
36036	985	1	Comparative	Comparative	NNP
36036	985	2	Serology	Serology	NNP
36036	985	3	of	of	IN
36036	985	4	Carnivores	Carnivores	NNP
36036	985	5	.	.	.
36036	986	1	_	_	NNP
36036	986	2	Journal	Journal	NNP
36036	986	3	of	of	IN
36036	986	4	Mammalogy	Mammalogy	NNP
36036	986	5	_	_	NNP
36036	986	6	,	,	,
36036	986	7	37:11	37:11	CD
36036	986	8	-	-	SYM
36036	986	9	23	23	CD
36036	986	10	,	,	,
36036	986	11	2	2	CD
36036	986	12	figures	figure	NNS
36036	986	13	,	,	,
36036	986	14	4	4	CD
36036	986	15	tables	table	NNS
36036	986	16	.	.	.
36036	987	1	Lillegraven	Lillegraven	NNP
36036	987	2	,	,	,
36036	987	3	Jason	Jason	NNP
36036	987	4	A.	a.	NN
36036	987	5	,	,	,
36036	987	6	Steven	Steven	NNP
36036	987	7	D.	D.	NNP
36036	987	8	Thompson	Thompson	NNP
36036	987	9	,	,	,
36036	987	10	Brian	Brian	NNP
36036	987	11	K.	K.	NNP
36036	987	12	McNab	McNab	NNP
36036	987	13	,	,	,
36036	987	14	and	and	CC
36036	987	15	James	James	NNP
36036	987	16	L.	L.	NNP
36036	987	17	Patton	Patton	NNP
36036	987	18	1987	1987	CD
36036	987	19	.	.	.
36036	988	1	The	the	DT
36036	988	2	Origin	Origin	NNP
36036	988	3	of	of	IN
36036	988	4	Eutherian	Eutherian	NNP
36036	988	5	Mammals	mammal	NNS
36036	988	6	.	.	.
36036	989	1	_	_	NNP
36036	989	2	Biological	Biological	NNP
36036	989	3	Journal	Journal	NNP
36036	989	4	of	of	IN
36036	989	5	the	the	DT
36036	989	6	Linnean	Linnean	NNP
36036	989	7	Society	Society	NNP
36036	989	8	_	_	NNP
36036	989	9	(	(	-LRB-
36036	989	10	London	London	NNP
36036	989	11	)	)	-RRB-
36036	989	12	,	,	,
36036	989	13	32:281	32:281	CD
36036	989	14	-	-	SYM
36036	989	15	336	336	CD
36036	989	16	,	,	,
36036	989	17	10	10	CD
36036	989	18	figures	figure	NNS
36036	989	19	.	.	.
36036	990	1	List	list	NN
36036	990	2	,	,	,
36036	990	3	Robert	Robert	NNP
36036	990	4	J.	J.	NNP
36036	991	1	1971	1971	CD
36036	991	2	.	.	.
36036	992	1	Smithsonian	Smithsonian	NNP
36036	992	2	Meteorological	Meteorological	NNP
36036	992	3	Tables	Tables	NNPS
36036	992	4	,	,	,
36036	992	5	Sixth	Sixth	NNP
36036	992	6	Edition	Edition	NNP
36036	992	7	.	.	.
36036	993	1	_	_	NNP
36036	993	2	Smithsonian	Smithsonian	NNP
36036	993	3	Miscellaneous	Miscellaneous	NNP
36036	993	4	Collections	Collections	NNPS
36036	993	5	_	_	NNP
36036	993	6	,	,	,
36036	993	7	114	114	CD
36036	993	8	:	:	:
36036	993	9	xi	xi	NNP
36036	993	10	+	+	CC
36036	993	11	527	527	CD
36036	993	12	pages	page	NNS
36036	993	13	,	,	,
36036	993	14	174	174	CD
36036	993	15	tables	table	NNS
36036	993	16	.	.	.
36036	994	1	Lotze	Lotze	NNP
36036	994	2	,	,	,
36036	994	3	Joerg	Joerg	NNP
36036	994	4	-	-	HYPH
36036	994	5	Henner	Henner	NNP
36036	994	6	,	,	,
36036	994	7	and	and	CC
36036	994	8	Sydney	Sydney	NNP
36036	994	9	Anderson	Anderson	NNP
36036	994	10	1979	1979	CD
36036	994	11	.	.	.
36036	995	1	_	_	NNP
36036	995	2	Procyon	procyon	JJ
36036	995	3	lotor	lotor	NN
36036	995	4	.	.	.
36036	995	5	_	_	NNP
36036	995	6	_	_	NNP
36036	995	7	Mammalian	Mammalian	NNP
36036	995	8	Species	Species	NNPS
36036	995	9	_	_	NNP
36036	995	10	,	,	,
36036	995	11	119:1	119:1	CD
36036	995	12	-	-	SYM
36036	995	13	8	8	CD
36036	995	14	,	,	,
36036	995	15	4	4	CD
36036	995	16	figures	figure	NNS
36036	995	17	.	.	.
36036	996	1	Lusk	Lusk	NNP
36036	996	2	,	,	,
36036	996	3	Graham	Graham	NNP
36036	996	4	1917	1917	CD
36036	996	5	.	.	.
36036	997	1	_	_	NNP
36036	997	2	The	the	DT
36036	997	3	Elements	Elements	NNPS
36036	997	4	of	of	IN
36036	997	5	the	the	DT
36036	997	6	Science	Science	NNP
36036	997	7	of	of	IN
36036	997	8	Nutrition	Nutrition	NNP
36036	997	9	.	.	.
36036	997	10	_	_	IN
36036	997	11	641	641	CD
36036	997	12	pages	page	NNS
36036	997	13	,	,	,
36036	997	14	28	28	CD
36036	997	15	figures	figure	NNS
36036	997	16	,	,	,
36036	997	17	149	149	CD
36036	997	18	tables	table	NNS
36036	997	19	,	,	,
36036	997	20	1	1	CD
36036	997	21	appendix	appendix	NNP
36036	997	22	.	.	.
36036	998	1	Philadelphia	Philadelphia	NNP
36036	998	2	:	:	:
36036	998	3	W.	W.	NNP
36036	998	4	B.	B.	NNP
36036	998	5	Saunders	Saunders	NNP
36036	998	6	Company	Company	NNP
36036	998	7	.	.	.
36036	999	1	MacMillen	MacMillen	NNP
36036	999	2	,	,	,
36036	999	3	Richard	Richard	NNP
36036	999	4	E.	E.	NNP
36036	999	5	,	,	,
36036	999	6	and	and	CC
36036	999	7	Anthony	Anthony	NNP
36036	999	8	K.	K.	NNP
36036	999	9	Lee	Lee	NNP
36036	999	10	1970	1970	CD
36036	999	11	.	.	.
36036	1000	1	Energy	energy	NN
36036	1000	2	Metabolism	Metabolism	NNP
36036	1000	3	and	and	CC
36036	1000	4	Pulmocutaneous	Pulmocutaneous	NNP
36036	1000	5	Water	Water	NNP
36036	1000	6	Loss	Loss	NNP
36036	1000	7	of	of	IN
36036	1000	8	Australian	Australian	NNP
36036	1000	9	Hopping	Hopping	NNP
36036	1000	10	Mice	Mice	NNPS
36036	1000	11	.	.	.
36036	1001	1	_	_	NNP
36036	1001	2	Comparative	Comparative	NNP
36036	1001	3	Biochemistry	Biochemistry	NNP
36036	1001	4	and	and	CC
36036	1001	5	Physiology	Physiology	NNP
36036	1001	6	_	_	NNP
36036	1001	7	,	,	,
36036	1001	8	35:355	35:355	CD
36036	1001	9	-	-	SYM
36036	1001	10	369	369	CD
36036	1001	11	,	,	,
36036	1001	12	5	5	CD
36036	1001	13	figures	figure	NNS
36036	1001	14	,	,	,
36036	1001	15	3	3	CD
36036	1001	16	tables	table	NNS
36036	1001	17	.	.	.
36036	1002	1	Marshall	Marshall	NNP
36036	1002	2	,	,	,
36036	1002	3	Larry	Larry	NNP
36036	1002	4	G.	G.	NNP
36036	1002	5	1988	1988	CD
36036	1002	6	.	.	.
36036	1003	1	Land	Land	NNP
36036	1003	2	Mammals	Mammals	NNPS
36036	1003	3	and	and	CC
36036	1003	4	the	the	DT
36036	1003	5	Great	Great	NNP
36036	1003	6	American	American	NNP
36036	1003	7	Interchange	Interchange	NNP
36036	1003	8	.	.	.
36036	1004	1	_	_	NNP
36036	1004	2	American	American	NNP
36036	1004	3	Scientist	Scientist	NNP
36036	1004	4	_	_	NNP
36036	1004	5	,	,	,
36036	1004	6	76:380	76:380	CD
36036	1004	7	-	-	SYM
36036	1004	8	388	388	CD
36036	1004	9	,	,	,
36036	1004	10	7	7	CD
36036	1004	11	figures	figure	NNS
36036	1004	12	.	.	.
36036	1005	1	Marshall	Marshall	NNP
36036	1005	2	,	,	,
36036	1005	3	Larry	Larry	NNP
36036	1005	4	G.	G.	NNP
36036	1005	5	,	,	,
36036	1005	6	S.	S.	NNP
36036	1005	7	David	David	NNP
36036	1005	8	Webb	Webb	NNP
36036	1005	9	,	,	,
36036	1005	10	J.	J.	NNP
36036	1005	11	John	John	NNP
36036	1005	12	Sepkoski	Sepkoski	NNP
36036	1005	13	,	,	,
36036	1005	14	Jr.	Jr.	NNP
36036	1005	15	,	,	,
36036	1005	16	and	and	CC
36036	1005	17	David	David	NNP
36036	1005	18	M.	M.	NNP
36036	1005	19	Raup	Raup	NNP
36036	1005	20	1982	1982	CD
36036	1005	21	.	.	.
36036	1006	1	Mammalian	Mammalian	NNP
36036	1006	2	Evolution	Evolution	NNP
36036	1006	3	and	and	CC
36036	1006	4	the	the	DT
36036	1006	5	Great	Great	NNP
36036	1006	6	American	American	NNP
36036	1006	7	Interchange	Interchange	NNP
36036	1006	8	.	.	.
36036	1007	1	_	_	NNP
36036	1007	2	Science	Science	NNP
36036	1007	3	_	_	NNP
36036	1007	4	,	,	,
36036	1007	5	215:1351	215:1351	NNP
36036	1007	6	-	-	SYM
36036	1007	7	1357	1357	CD
36036	1007	8	,	,	,
36036	1007	9	3	3	CD
36036	1007	10	figures	figure	NNS
36036	1007	11	,	,	,
36036	1007	12	1	1	CD
36036	1007	13	table	table	NN
36036	1007	14	.	.	.
36036	1008	1	Martin	Martin	NNP
36036	1008	2	,	,	,
36036	1008	3	Alexander	Alexander	NNP
36036	1008	4	C	C	NNP
36036	1008	5	,	,	,
36036	1008	6	Herbert	Herbert	NNP
36036	1008	7	S.	S.	NNP
36036	1008	8	Zim	Zim	NNP
36036	1008	9	,	,	,
36036	1008	10	and	and	CC
36036	1008	11	Arnold	Arnold	NNP
36036	1008	12	L.	L.	NNP
36036	1008	13	Nelson	Nelson	NNP
36036	1008	14	1951	1951	CD
36036	1008	15	.	.	.
36036	1009	1	_	_	NNP
36036	1009	2	American	American	NNP
36036	1009	3	Wildlife	Wildlife	NNP
36036	1009	4	and	and	CC
36036	1009	5	Plants	Plants	NNP
36036	1009	6	.	.	.
36036	1009	7	_	_	NNP
36036	1009	8	x	x	SYM
36036	1009	9	+	+	CC
36036	1009	10	500	500	CD
36036	1009	11	pages	page	NNS
36036	1009	12	.	.	.
36036	1010	1	New	New	NNP
36036	1010	2	York	York	NNP
36036	1010	3	:	:	:
36036	1010	4	McGraw	McGraw	NNP
36036	1010	5	-	-	HYPH
36036	1010	6	Hill	Hill	NNP
36036	1010	7	Book	Book	NNP
36036	1010	8	Company	Company	NNP
36036	1010	9	,	,	,
36036	1010	10	Incorporated	Incorporated	NNP
36036	1010	11	.	.	.
36036	1011	1	Martin	Martin	NNP
36036	1011	2	,	,	,
36036	1011	3	Larry	Larry	NNP
36036	1011	4	D.	D.	NNP
36036	1011	5	1989	1989	CD
36036	1011	6	.	.	.
36036	1012	1	Fossil	fossil	NN
36036	1012	2	History	history	NN
36036	1012	3	of	of	IN
36036	1012	4	the	the	DT
36036	1012	5	Terrestrial	Terrestrial	NNP
36036	1012	6	Carnivora	Carnivora	NNP
36036	1012	7	.	.	.
36036	1013	1	_	_	NNP
36036	1013	2	In	in	IN
36036	1013	3	_	_	NNP
36036	1013	4	John	John	NNP
36036	1013	5	L.	L.	NNP
36036	1013	6	Gittleman	Gittleman	NNP
36036	1013	7	,	,	,
36036	1013	8	editor	editor	NN
36036	1013	9	,	,	,
36036	1013	10	_	_	NNP
36036	1013	11	Carnivore	Carnivore	NNP
36036	1013	12	Behavior	Behavior	NNP
36036	1013	13	,	,	,
36036	1013	14	Ecology	Ecology	NNP
36036	1013	15	,	,	,
36036	1013	16	and	and	CC
36036	1013	17	Evolution	Evolution	NNP
36036	1013	18	_	_	NNP
36036	1013	19	,	,	,
36036	1013	20	pages	page	VBZ
36036	1013	21	536	536	CD
36036	1013	22	-	-	HYPH
36036	1013	23	568	568	CD
36036	1013	24	,	,	,
36036	1013	25	10	10	CD
36036	1013	26	figures	figure	NNS
36036	1013	27	.	.	.
36036	1014	1	Ithaca	ithaca	NN
36036	1014	2	:	:	:
36036	1014	3	Cornell	Cornell	NNP
36036	1014	4	University	University	NNP
36036	1014	5	Press	Press	NNP
36036	1014	6	.	.	.
36036	1015	1	McNab	McNab	NNP
36036	1015	2	,	,	,
36036	1015	3	Brian	Brian	NNP
36036	1015	4	K.	K.	NNP
36036	1015	5	1966	1966	CD
36036	1015	6	.	.	.
36036	1016	1	The	the	DT
36036	1016	2	Metabolism	Metabolism	NNP
36036	1016	3	of	of	IN
36036	1016	4	Fossorial	Fossorial	NNP
36036	1016	5	Rodents	Rodents	NNPS
36036	1016	6	:	:	:
36036	1016	7	A	a	DT
36036	1016	8	Study	Study	NNP
36036	1016	9	of	of	IN
36036	1016	10	Convergence	Convergence	NNP
36036	1016	11	.	.	.
36036	1017	1	_	_	NNP
36036	1017	2	Ecology	Ecology	NNP
36036	1017	3	_	_	NNP
36036	1017	4	,	,	,
36036	1017	5	47:712	47:712	NNP
36036	1017	6	-	-	SYM
36036	1017	7	733	733	CD
36036	1017	8	,	,	,
36036	1017	9	19	19	CD
36036	1017	10	figures	figure	NNS
36036	1017	11	,	,	,
36036	1017	12	5	5	CD
36036	1017	13	tables	table	NNS
36036	1017	14	.	.	.
36036	1018	1	1970	1970	CD
36036	1018	2	.	.	.
36036	1019	1	Body	Body	NNP
36036	1019	2	Weight	Weight	NNP
36036	1019	3	and	and	CC
36036	1019	4	the	the	DT
36036	1019	5	Energetics	Energetics	NNPS
36036	1019	6	of	of	IN
36036	1019	7	Temperature	Temperature	NNP
36036	1019	8	Regulation	Regulation	NNP
36036	1019	9	.	.	.
36036	1020	1	_	_	NNP
36036	1020	2	Journal	Journal	NNP
36036	1020	3	of	of	IN
36036	1020	4	Experimental	Experimental	NNP
36036	1020	5	Biology	Biology	NNP
36036	1020	6	_	_	NNP
36036	1020	7	,	,	,
36036	1020	8	53:329	53:329	CD
36036	1020	9	-	-	SYM
36036	1020	10	348	348	CD
36036	1020	11	,	,	,
36036	1020	12	9	9	CD
36036	1020	13	figures	figure	NNS
36036	1020	14	,	,	,
36036	1020	15	3	3	CD
36036	1020	16	tables	table	NNS
36036	1020	17	,	,	,
36036	1020	18	table	table	NN
36036	1020	19	of	of	IN
36036	1020	20	symbols	symbol	NNS
36036	1020	21	.	.	.
36036	1021	1	1978a	1978a	CD
36036	1021	2	.	.	.
36036	1022	1	The	the	DT
36036	1022	2	Comparative	Comparative	NNP
36036	1022	3	Energetics	Energetics	NNPS
36036	1022	4	of	of	IN
36036	1022	5	Neotropical	Neotropical	NNP
36036	1022	6	Marsupials	Marsupials	NNPS
36036	1022	7	.	.	.
36036	1023	1	_	_	NNP
36036	1023	2	Journal	Journal	NNP
36036	1023	3	of	of	IN
36036	1023	4	Comparative	Comparative	NNP
36036	1023	5	Physiology	Physiology	NNP
36036	1023	6	_	_	NNP
36036	1023	7	,	,	,
36036	1023	8	125:115	125:115	CD
36036	1023	9	-	-	SYM
36036	1023	10	128	128	CD
36036	1023	11	,	,	,
36036	1023	12	14	14	CD
36036	1023	13	figures	figure	NNS
36036	1023	14	,	,	,
36036	1023	15	3	3	CD
36036	1023	16	tables	table	NNS
36036	1023	17	.	.	.
36036	1024	1	1978b	1978b	CD
36036	1024	2	.	.	.
36036	1025	1	Energetics	Energetics	NNP
36036	1025	2	of	of	IN
36036	1025	3	Arboreal	Arboreal	NNP
36036	1025	4	Folivores	Folivores	NNPS
36036	1025	5	:	:	:
36036	1025	6	Physiological	Physiological	NNP
36036	1025	7	Problems	Problems	NNPS
36036	1025	8	and	and	CC
36036	1025	9	Ecological	ecological	JJ
36036	1025	10	Consequences	consequence	NNS
36036	1025	11	of	of	IN
36036	1025	12	Feeding	feed	VBG
36036	1025	13	on	on	IN
36036	1025	14	an	an	DT
36036	1025	15	Ubiquitous	ubiquitous	JJ
36036	1025	16	Food	Food	NNP
36036	1025	17	Supply	Supply	NNP
36036	1025	18	.	.	.
36036	1026	1	_	_	NNP
36036	1026	2	In	in	IN
36036	1026	3	_	_	NNP
36036	1026	4	G.	G.	NNP
36036	1026	5	G.	G.	NNP
36036	1026	6	Montgomery	Montgomery	NNP
36036	1026	7	,	,	,
36036	1026	8	editor	editor	NN
36036	1026	9	,	,	,
36036	1026	10	_	_	NNP
36036	1026	11	The	the	DT
36036	1026	12	Ecology	Ecology	NNP
36036	1026	13	of	of	IN
36036	1026	14	Arboreal	Arboreal	NNP
36036	1026	15	Folivores	Folivores	NNPS
36036	1026	16	_	_	NNP
36036	1026	17	,	,	,
36036	1026	18	pages	page	VBZ
36036	1026	19	153	153	CD
36036	1026	20	-	-	SYM
36036	1026	21	162	162	CD
36036	1026	22	,	,	,
36036	1026	23	10	10	CD
36036	1026	24	figures	figure	NNS
36036	1026	25	,	,	,
36036	1026	26	3	3	CD
36036	1026	27	tables	table	NNS
36036	1026	28	.	.	.
36036	1027	1	Washington	Washington	NNP
36036	1027	2	,	,	,
36036	1027	3	D.C.	D.C.	NNP
36036	1027	4	:	:	:
36036	1027	5	Smithsonian	Smithsonian	NNP
36036	1027	6	Institution	Institution	NNP
36036	1027	7	Press	Press	NNP
36036	1027	8	.	.	.
36036	1028	1	1979a	1979a	CD
36036	1028	2	.	.	.
36036	1029	1	Climatic	climatic	JJ
36036	1029	2	Adaptation	adaptation	NN
36036	1029	3	in	in	IN
36036	1029	4	the	the	DT
36036	1029	5	Energetics	Energetics	NNPS
36036	1029	6	of	of	IN
36036	1029	7	Heteromyid	Heteromyid	NNP
36036	1029	8	Rodents	Rodents	NNP
36036	1029	9	.	.	.
36036	1030	1	_	_	NNP
36036	1030	2	Comparative	Comparative	NNP
36036	1030	3	Biochemistry	Biochemistry	NNP
36036	1030	4	and	and	CC
36036	1030	5	Physiology	Physiology	NNP
36036	1030	6	_	_	NNP
36036	1030	7	,	,	,
36036	1030	8	62A:813	62a:813	CD
36036	1030	9	-	-	SYM
36036	1030	10	820	820	CD
36036	1030	11	,	,	,
36036	1030	12	6	6	CD
36036	1030	13	figures	figure	NNS
36036	1030	14	.	.	.
36036	1031	1	1979b	1979b	LS
36036	1031	2	.	.	.
36036	1032	1	The	the	DT
36036	1032	2	Influence	Influence	NNP
36036	1032	3	of	of	IN
36036	1032	4	Body	Body	NNP
36036	1032	5	Size	Size	NNP
36036	1032	6	on	on	IN
36036	1032	7	the	the	DT
36036	1032	8	Energetics	Energetics	NNPS
36036	1032	9	and	and	CC
36036	1032	10	Distribution	Distribution	NNP
36036	1032	11	of	of	IN
36036	1032	12	Fossorial	Fossorial	NNP
36036	1032	13	and	and	CC
36036	1032	14	Burrowing	Burrowing	NNP
36036	1032	15	Mammals	Mammals	NNPS
36036	1032	16	.	.	.
36036	1033	1	_	_	NNP
36036	1033	2	Ecology	Ecology	NNP
36036	1033	3	_	_	NNP
36036	1033	4	,	,	,
36036	1033	5	60:1010	60:1010	CD
36036	1033	6	-	-	SYM
36036	1033	7	1021	1021	CD
36036	1033	8	,	,	,
36036	1033	9	12	12	CD
36036	1033	10	figures	figure	NNS
36036	1033	11	,	,	,
36036	1033	12	1	1	CD
36036	1033	13	table	table	NN
36036	1033	14	.	.	.
36036	1034	1	1980a	1980a	LS
36036	1034	2	.	.	.
36036	1035	1	Food	Food	NNP
36036	1035	2	Habits	Habits	NNPS
36036	1035	3	,	,	,
36036	1035	4	Energetics	Energetics	NNPS
36036	1035	5	,	,	,
36036	1035	6	and	and	CC
36036	1035	7	the	the	DT
36036	1035	8	Population	Population	NNP
36036	1035	9	Biology	Biology	NNP
36036	1035	10	of	of	IN
36036	1035	11	Mammals	Mammals	NNPS
36036	1035	12	.	.	.
36036	1036	1	_	_	NNP
36036	1036	2	The	the	DT
36036	1036	3	American	American	NNP
36036	1036	4	Naturalist	Naturalist	NNP
36036	1036	5	_	_	NNP
36036	1036	6	,	,	,
36036	1036	7	116:106	116:106	CD
36036	1036	8	-	-	SYM
36036	1036	9	124	124	CD
36036	1036	10	,	,	,
36036	1036	11	9	9	CD
36036	1036	12	figures	figure	NNS
36036	1036	13	,	,	,
36036	1036	14	1	1	CD
36036	1036	15	table	table	NN
36036	1036	16	.	.	.
36036	1037	1	1980b	1980b	CD
36036	1037	2	.	.	.
36036	1038	1	On	on	IN
36036	1038	2	Estimating	estimate	VBG
36036	1038	3	Thermal	Thermal	NNP
36036	1038	4	Conductance	conductance	NN
36036	1038	5	in	in	IN
36036	1038	6	Endotherms	Endotherms	NNP
36036	1038	7	.	.	.
36036	1039	1	_	_	NNP
36036	1039	2	Physiological	Physiological	NNP
36036	1039	3	Zoology	Zoology	NNP
36036	1039	4	_	_	NNP
36036	1039	5	,	,	,
36036	1039	6	53:145	53:145	CD
36036	1039	7	-	-	HYPH
36036	1039	8	156	156	CD
36036	1039	9	,	,	,
36036	1039	10	5	5	CD
36036	1039	11	figures	figure	NNS
36036	1039	12	,	,	,
36036	1039	13	1	1	CD
36036	1039	14	table	table	NN
36036	1039	15	.	.	.
36036	1040	1	1983a	1983a	LS
36036	1040	2	.	.	.
36036	1041	1	Ecological	ecological	JJ
36036	1041	2	and	and	CC
36036	1041	3	Behavioral	behavioral	JJ
36036	1041	4	Consequences	consequence	NNS
36036	1041	5	of	of	IN
36036	1041	6	Adaptation	adaptation	NN
36036	1041	7	to	to	IN
36036	1041	8	Various	Various	NNP
36036	1041	9	Food	Food	NNP
36036	1041	10	Resources	Resources	NNPS
36036	1041	11	.	.	.
36036	1042	1	_	_	NNP
36036	1042	2	In	in	IN
36036	1042	3	_	_	NNP
36036	1042	4	J.	J.	NNP
36036	1042	5	F.	F.	NNP
36036	1042	6	Eisenberg	Eisenberg	NNP
36036	1042	7	and	and	CC
36036	1042	8	D.	D.	NNP
36036	1042	9	G.	G.	NNP
36036	1042	10	Kleiman	Kleiman	NNP
36036	1042	11	,	,	,
36036	1042	12	editors	editor	NNS
36036	1042	13	,	,	,
36036	1042	14	Advances	advance	NNS
36036	1042	15	in	in	IN
36036	1042	16	the	the	DT
36036	1042	17	Study	Study	NNP
36036	1042	18	of	of	IN
36036	1042	19	Mammalian	Mammalian	NNP
36036	1042	20	Behavior	Behavior	NNP
36036	1042	21	.	.	.
36036	1043	1	_	_	NNP
36036	1043	2	American	American	NNP
36036	1043	3	Society	Society	NNP
36036	1043	4	of	of	IN
36036	1043	5	Mammalogists	Mammalogists	NNPS
36036	1043	6	_	_	NNP
36036	1043	7	,	,	,
36036	1043	8	special	special	JJ
36036	1043	9	publication	publication	NN
36036	1043	10	,	,	,
36036	1043	11	7:664	7:664	NNP
36036	1043	12	-	-	HYPH
36036	1043	13	697	697	CD
36036	1043	14	,	,	,
36036	1043	15	12	12	CD
36036	1043	16	figures	figure	NNS
36036	1043	17	,	,	,
36036	1043	18	2	2	CD
36036	1043	19	tables	table	NNS
36036	1043	20	.	.	.
36036	1044	1	1983b	1983b	CD
36036	1044	2	.	.	.
36036	1045	1	Energetics	Energetics	NNP
36036	1045	2	,	,	,
36036	1045	3	Body	Body	NNP
36036	1045	4	Size	Size	NNP
36036	1045	5	,	,	,
36036	1045	6	and	and	CC
36036	1045	7	the	the	DT
36036	1045	8	Limits	Limits	NNPS
36036	1045	9	to	to	IN
36036	1045	10	Endothermy	Endothermy	NNP
36036	1045	11	.	.	.
36036	1046	1	_	_	NNP
36036	1046	2	Journal	Journal	NNP
36036	1046	3	of	of	IN
36036	1046	4	Zoology	Zoology	NNP
36036	1046	5	,	,	,
36036	1046	6	London	London	NNP
36036	1046	7	_	_	NNP
36036	1046	8	,	,	,
36036	1046	9	199:1	199:1	CD
36036	1046	10	-	-	SYM
36036	1046	11	29	29	CD
36036	1046	12	,	,	,
36036	1046	13	16	16	CD
36036	1046	14	figures	figure	NNS
36036	1046	15	.	.	.
36036	1047	1	1984a	1984a	CD
36036	1047	2	.	.	.
36036	1048	1	Physiological	physiological	JJ
36036	1048	2	Convergence	Convergence	NNP
36036	1048	3	amongst	amongst	IN
36036	1048	4	Ant	Ant	NNP
36036	1048	5	-	-	HYPH
36036	1048	6	Eating	Eating	NNP
36036	1048	7	and	and	CC
36036	1048	8	Termite	Termite	NNP
36036	1048	9	-	-	HYPH
36036	1048	10	Eating	Eating	NNP
36036	1048	11	Mammals	Mammals	NNPS
36036	1048	12	.	.	.
36036	1049	1	_	_	NNP
36036	1049	2	Journal	Journal	NNP
36036	1049	3	of	of	IN
36036	1049	4	Zoology	Zoology	NNP
36036	1049	5	,	,	,
36036	1049	6	London	London	NNP
36036	1049	7	_	_	NNP
36036	1049	8	,	,	,
36036	1049	9	203:485	203:485	CD
36036	1049	10	-	-	SYM
36036	1049	11	510	510	CD
36036	1049	12	,	,	,
36036	1049	13	19	19	CD
36036	1049	14	figures	figure	NNS
36036	1049	15	,	,	,
36036	1049	16	2	2	CD
36036	1049	17	tables	table	NNS
36036	1049	18	.	.	.
36036	1050	1	1984b	1984b	CD
36036	1050	2	.	.	.
36036	1051	1	Commentary	commentary	NN
36036	1051	2	.	.	.
36036	1052	1	_	_	NNP
36036	1052	2	Oecologia	Oecologia	NNP
36036	1052	3	_	_	NNP
36036	1052	4	(	(	-LRB-
36036	1052	5	Berlin	Berlin	NNP
36036	1052	6	)	)	-RRB-
36036	1052	7	,	,	,
36036	1052	8	64:423	64:423	CD
36036	1052	9	-	-	SYM
36036	1052	10	424	424	CD
36036	1052	11	.	.	.
36036	1053	1	1986a	1986a	CD
36036	1053	2	.	.	.
36036	1054	1	The	the	DT
36036	1054	2	Influence	Influence	NNP
36036	1054	3	of	of	IN
36036	1054	4	Food	Food	NNP
36036	1054	5	Habits	Habits	NNPS
36036	1054	6	on	on	IN
36036	1054	7	the	the	DT
36036	1054	8	Energetics	Energetics	NNP
36036	1054	9	of	of	IN
36036	1054	10	Eutherian	Eutherian	NNP
36036	1054	11	Mammals	mammal	NNS
36036	1054	12	.	.	.
36036	1055	1	_	_	NNP
36036	1055	2	Ecological	Ecological	NNP
36036	1055	3	Monographs	Monographs	NNP
36036	1055	4	_	_	NNP
36036	1055	5	,	,	,
36036	1055	6	56:1	56:1	CD
36036	1055	7	-	-	SYM
36036	1055	8	19	19	CD
36036	1055	9	,	,	,
36036	1055	10	6	6	CD
36036	1055	11	figures	figure	NNS
36036	1055	12	,	,	,
36036	1055	13	2	2	CD
36036	1055	14	tables	table	NNS
36036	1055	15	,	,	,
36036	1055	16	1	1	CD
36036	1055	17	appendix	appendix	NNP
36036	1055	18	.	.	.
36036	1056	1	1986b	1986b	CD
36036	1056	2	.	.	.
36036	1057	1	Food	Food	NNP
36036	1057	2	Habits	Habits	NNPS
36036	1057	3	,	,	,
36036	1057	4	Energetics	Energetics	NNPS
36036	1057	5	,	,	,
36036	1057	6	and	and	CC
36036	1057	7	the	the	DT
36036	1057	8	Reproduction	Reproduction	NNP
36036	1057	9	of	of	IN
36036	1057	10	Marsupials	Marsupials	NNPS
36036	1057	11	.	.	.
36036	1058	1	_	_	NNP
36036	1058	2	Journal	Journal	NNP
36036	1058	3	of	of	IN
36036	1058	4	Zoology	Zoology	NNP
36036	1058	5	,	,	,
36036	1058	6	London	London	NNP
36036	1058	7	_	_	NNP
36036	1058	8	,	,	,
36036	1058	9	208:595	208:595	NNP
36036	1058	10	-	-	SYM
36036	1058	11	614	614	CD
36036	1058	12	,	,	,
36036	1058	13	10	10	CD
36036	1058	14	figures	figure	NNS
36036	1058	15	,	,	,
36036	1058	16	1	1	CD
36036	1058	17	table	table	NN
36036	1058	18	.	.	.
36036	1059	1	1988a	1988a	CD
36036	1059	2	.	.	.
36036	1060	1	Complications	complication	NNS
36036	1060	2	Inherent	inherent	JJ
36036	1060	3	in	in	IN
36036	1060	4	Scaling	scale	VBG
36036	1060	5	the	the	DT
36036	1060	6	Basal	Basal	NNP
36036	1060	7	Rate	Rate	NNP
36036	1060	8	of	of	IN
36036	1060	9	Metabolism	Metabolism	NNP
36036	1060	10	in	in	IN
36036	1060	11	Mammals	Mammals	NNPS
36036	1060	12	.	.	.
36036	1061	1	_	_	NNP
36036	1061	2	The	the	DT
36036	1061	3	Quarterly	Quarterly	NNP
36036	1061	4	Review	Review	NNP
36036	1061	5	of	of	IN
36036	1061	6	Biology	Biology	NNP
36036	1061	7	_	_	NNP
36036	1061	8	,	,	,
36036	1061	9	63:25	63:25	CD
36036	1061	10	-	-	SYM
36036	1061	11	54	54	CD
36036	1061	12	,	,	,
36036	1061	13	6	6	CD
36036	1061	14	figures	figure	NNS
36036	1061	15	,	,	,
36036	1061	16	4	4	CD
36036	1061	17	tables	table	NNS
36036	1061	18	.	.	.
36036	1062	1	1988b	1988b	CD
36036	1062	2	.	.	.
36036	1063	1	Energy	Energy	NNP
36036	1063	2	Conservation	Conservation	NNP
36036	1063	3	in	in	IN
36036	1063	4	a	a	DT
36036	1063	5	Tree	Tree	NNP
36036	1063	6	-	-	HYPH
36036	1063	7	Kangaroo	Kangaroo	NNP
36036	1063	8	(	(	-LRB-
36036	1063	9	_	_	NNP
36036	1063	10	Dendrolagus	Dendrolagus	NNP
36036	1063	11	matschiei	matschiei	NN
36036	1063	12	_	_	NNP
36036	1063	13	)	)	-RRB-
36036	1063	14	and	and	CC
36036	1063	15	the	the	DT
36036	1063	16	Red	Red	NNP
36036	1063	17	Panda	Panda	NNP
36036	1063	18	(	(	-LRB-
36036	1063	19	_	_	NNP
36036	1063	20	Ailurus	Ailurus	NNP
36036	1063	21	fulgens	fulgen	VBZ
36036	1063	22	_	_	NNP
36036	1063	23	)	)	-RRB-
36036	1063	24	.	.	.
36036	1064	1	_	_	NNP
36036	1064	2	Physiological	Physiological	NNP
36036	1064	3	Zoology	Zoology	NNP
36036	1064	4	_	_	NNP
36036	1064	5	,	,	,
36036	1064	6	61:280	61:280	CD
36036	1064	7	-	-	SYM
36036	1064	8	292	292	CD
36036	1064	9	,	,	,
36036	1064	10	9	9	CD
36036	1064	11	figures	figure	NNS
36036	1064	12	.	.	.
36036	1065	1	1989	1989	CD
36036	1065	2	.	.	.
36036	1066	1	Basal	Basal	NNP
36036	1066	2	Rate	Rate	NNP
36036	1066	3	of	of	IN
36036	1066	4	Metabolism	Metabolism	NNP
36036	1066	5	,	,	,
36036	1066	6	Body	Body	NNP
36036	1066	7	Size	Size	NNP
36036	1066	8	,	,	,
36036	1066	9	and	and	CC
36036	1066	10	Food	Food	NNP
36036	1066	11	Habits	Habits	NNPS
36036	1066	12	in	in	IN
36036	1066	13	the	the	DT
36036	1066	14	Order	Order	NNP
36036	1066	15	Carnivora	Carnivora	NNP
36036	1066	16	.	.	.
36036	1067	1	_	_	NNP
36036	1067	2	In	in	IN
36036	1067	3	_	_	NNP
36036	1067	4	John	John	NNP
36036	1067	5	L.	L.	NNP
36036	1067	6	Gittleman	Gittleman	NNP
36036	1067	7	,	,	,
36036	1067	8	editor	editor	NN
36036	1067	9	,	,	,
36036	1067	10	_	_	NNP
36036	1067	11	Carnivore	Carnivore	NNP
36036	1067	12	Behavior	Behavior	NNP
36036	1067	13	Ecology	Ecology	NNP
36036	1067	14	,	,	,
36036	1067	15	and	and	CC
36036	1067	16	Evolution	Evolution	NNP
36036	1067	17	_	_	NNP
36036	1067	18	,	,	,
36036	1067	19	pages	page	VBZ
36036	1067	20	335	335	CD
36036	1067	21	-	-	SYM
36036	1067	22	354	354	CD
36036	1067	23	,	,	,
36036	1067	24	3	3	CD
36036	1067	25	figures	figure	NNS
36036	1067	26	,	,	,
36036	1067	27	1	1	CD
36036	1067	28	table	table	NN
36036	1067	29	.	.	.
36036	1068	1	Ithaca	ithaca	NN
36036	1068	2	:	:	:
36036	1068	3	Cornell	Cornell	NNP
36036	1068	4	University	University	NNP
36036	1068	5	Press	Press	NNP
36036	1068	6	.	.	.
36036	1069	1	McNab	McNab	NNP
36036	1069	2	,	,	,
36036	1069	3	Brian	Brian	NNP
36036	1069	4	K.	K.	NNP
36036	1069	5	,	,	,
36036	1069	6	and	and	CC
36036	1069	7	Peter	Peter	NNP
36036	1069	8	Morrison	Morrison	NNP
36036	1069	9	1963	1963	CD
36036	1069	10	.	.	.
36036	1070	1	Body	body	NN
36036	1070	2	Temperature	temperature	NN
36036	1070	3	and	and	CC
36036	1070	4	Metabolism	Metabolism	NNP
36036	1070	5	in	in	IN
36036	1070	6	Subspecies	Subspecies	NNP
36036	1070	7	of	of	IN
36036	1070	8	_	_	NNP
36036	1070	9	Peromyscus	Peromyscus	NNP
36036	1070	10	_	_	NNP
36036	1070	11	from	from	IN
36036	1070	12	Arid	Arid	NNP
36036	1070	13	and	and	CC
36036	1070	14	Mesic	Mesic	NNP
36036	1070	15	Environments	Environments	NNP
36036	1070	16	.	.	.
36036	1071	1	_	_	NNP
36036	1071	2	Ecological	Ecological	NNP
36036	1071	3	Monographs	Monographs	NNP
36036	1071	4	_	_	NNP
36036	1071	5	,	,	,
36036	1071	6	33:63	33:63	CD
36036	1071	7	-	-	SYM
36036	1071	8	82	82	CD
36036	1071	9	,	,	,
36036	1071	10	26	26	CD
36036	1071	11	figures	figure	NNS
36036	1071	12	,	,	,
36036	1071	13	7	7	CD
36036	1071	14	tables	table	NNS
36036	1071	15	.	.	.
36036	1072	1	Mech	Mech	NNP
36036	1072	2	,	,	,
36036	1072	3	L.	L.	NNP
36036	1072	4	David	David	NNP
36036	1072	5	,	,	,
36036	1072	6	Donald	Donald	NNP
36036	1072	7	M.	M.	NNP
36036	1072	8	Barnes	Barnes	NNP
36036	1072	9	,	,	,
36036	1072	10	and	and	CC
36036	1072	11	John	John	NNP
36036	1072	12	R.	R.	NNP
36036	1072	13	Tester	Tester	NNP
36036	1072	14	1968	1968	CD
36036	1072	15	.	.	.
36036	1073	1	Seasonal	Seasonal	NNP
36036	1073	2	Weight	Weight	NNP
36036	1073	3	Changes	Changes	NNPS
36036	1073	4	,	,	,
36036	1073	5	Mortality	mortality	NN
36036	1073	6	,	,	,
36036	1073	7	and	and	CC
36036	1073	8	Population	Population	NNP
36036	1073	9	Structure	Structure	NNP
36036	1073	10	of	of	IN
36036	1073	11	Raccoons	Raccoons	NNPS
36036	1073	12	in	in	IN
36036	1073	13	Minnesota	Minnesota	NNP
36036	1073	14	.	.	.
36036	1074	1	_	_	NNP
36036	1074	2	Journal	Journal	NNP
36036	1074	3	of	of	IN
36036	1074	4	Mammalogy	Mammalogy	NNP
36036	1074	5	_	_	NNP
36036	1074	6	,	,	,
36036	1074	7	49:63	49:63	CD
36036	1074	8	-	-	SYM
36036	1074	9	73	73	CD
36036	1074	10	,	,	,
36036	1074	11	2	2	CD
36036	1074	12	figures	figure	NNS
36036	1074	13	,	,	,
36036	1074	14	3	3	CD
36036	1074	15	tables	table	NNS
36036	1074	16	.	.	.
36036	1075	1	Mellen	Mellen	NNP
36036	1075	2	,	,	,
36036	1075	3	William	William	NNP
36036	1075	4	J.	J.	NNP
36036	1076	1	1963	1963	CD
36036	1076	2	.	.	.
36036	1077	1	Body	Body	NNP
36036	1077	2	Size	Size	NNP
36036	1077	3	and	and	CC
36036	1077	4	Metabolic	Metabolic	NNP
36036	1077	5	Rate	Rate	NNP
36036	1077	6	in	in	IN
36036	1077	7	the	the	DT
36036	1077	8	Domestic	Domestic	NNP
36036	1077	9	Fowl	fowl	NN
36036	1077	10	.	.	.
36036	1078	1	_	_	NNP
36036	1078	2	Agricultural	Agricultural	NNP
36036	1078	3	Science	Science	NNP
36036	1078	4	Review	Review	NNP
36036	1078	5	_	_	NNP
36036	1078	6	,	,	,
36036	1078	7	Fall:20	Fall:20	NNP
36036	1078	8	-	-	SYM
36036	1078	9	26	26	CD
36036	1078	10	,	,	,
36036	1078	11	and	and	CC
36036	1078	12	49	49	CD
36036	1078	13	,	,	,
36036	1078	14	1	1	CD
36036	1078	15	figure	figure	NN
36036	1078	16	.	.	.
36036	1079	1	Mugaas	Mugaas	NNP
36036	1079	2	,	,	,
36036	1079	3	John	John	NNP
36036	1079	4	N.	N.	NNP
36036	1079	5	,	,	,
36036	1079	6	and	and	CC
36036	1079	7	James	James	NNP
36036	1079	8	R.	R.	NNP
36036	1079	9	King	King	NNP
36036	1079	10	1981	1981	CD
36036	1079	11	.	.	.
36036	1080	1	Annual	Annual	NNP
36036	1080	2	Variation	Variation	NNP
36036	1080	3	of	of	IN
36036	1080	4	Daily	Daily	NNP
36036	1080	5	Energy	Energy	NNP
36036	1080	6	Expenditure	Expenditure	NNP
36036	1080	7	by	by	IN
36036	1080	8	the	the	DT
36036	1080	9	Black	Black	NNP
36036	1080	10	-	-	HYPH
36036	1080	11	billed	bill	VBN
36036	1080	12	Magpie	Magpie	NNP
36036	1080	13	:	:	:
36036	1080	14	A	a	DT
36036	1080	15	Study	Study	NNP
36036	1080	16	of	of	IN
36036	1080	17	Thermal	Thermal	NNP
36036	1080	18	and	and	CC
36036	1080	19	Behavioral	Behavioral	NNP
36036	1080	20	Energetics	Energetics	NNPS
36036	1080	21	.	.	.
36036	1081	1	_	_	NNP
36036	1081	2	Studies	Studies	NNPS
36036	1081	3	in	in	IN
36036	1081	4	Avian	Avian	NNP
36036	1081	5	Biology	Biology	NNP
36036	1081	6	_	_	NNP
36036	1081	7	,	,	,
36036	1081	8	5	5	CD
36036	1081	9	:	:	:
36036	1081	10	viii	viii	NN
36036	1081	11	+	+	SYM
36036	1081	12	78	78	CD
36036	1081	13	pages	page	NNS
36036	1081	14	,	,	,
36036	1081	15	14	14	CD
36036	1081	16	figures	figure	NNS
36036	1081	17	,	,	,
36036	1081	18	18	18	CD
36036	1081	19	tables	table	NNS
36036	1081	20	,	,	,
36036	1081	21	list	list	NN
36036	1081	22	of	of	IN
36036	1081	23	symbols	symbol	NNS
36036	1081	24	,	,	,
36036	1081	25	1	1	CD
36036	1081	26	appendix	appendix	NNP
36036	1081	27	.	.	.
36036	1082	1	Mugaas	Mugaas	NNP
36036	1082	2	,	,	,
36036	1082	3	John	John	NNP
36036	1082	4	N.	N.	NNP
36036	1082	5	,	,	,
36036	1082	6	and	and	CC
36036	1082	7	John	John	NNP
36036	1082	8	Seidensticker	Seidensticker	NNP
36036	1082	9	Ms.	Ms.	NNP
36036	1083	1	Geographic	Geographic	NNP
36036	1083	2	Variation	Variation	NNP
36036	1083	3	of	of	IN
36036	1083	4	Lean	Lean	NNP
36036	1083	5	Body	Body	NNP
36036	1083	6	Mass	Mass	NNP
36036	1083	7	,	,	,
36036	1083	8	and	and	CC
36036	1083	9	a	a	DT
36036	1083	10	Model	model	NN
36036	1083	11	of	of	IN
36036	1083	12	Its	-PRON-	PRP$
36036	1083	13	Effect	Effect	NNP
36036	1083	14	on	on	IN
36036	1083	15	the	the	DT
36036	1083	16	Capacity	Capacity	NNP
36036	1083	17	of	of	IN
36036	1083	18	the	the	DT
36036	1083	19	Raccoon	Raccoon	NNP
36036	1083	20	to	to	IN
36036	1083	21	Fatten	Fatten	NNP
36036	1083	22	and	and	CC
36036	1083	23	Fast	fast	RB
36036	1083	24	.	.	.
36036	1084	1	Mugaas	Mugaas	NNP
36036	1084	2	,	,	,
36036	1084	3	John	John	NNP
36036	1084	4	N.	N.	NNP
36036	1084	5	,	,	,
36036	1084	6	John	John	NNP
36036	1084	7	Seidensticker	Seidensticker	NNP
36036	1084	8	,	,	,
36036	1084	9	and	and	CC
36036	1084	10	Paul	Paul	NNP
36036	1084	11	Cook	Cook	NNP
36036	1084	12	In	in	IN
36036	1084	13	prep	prep	NN
36036	1084	14	.	.	.
36036	1085	1	Basal	Basal	NNP
36036	1085	2	and	and	CC
36036	1085	3	Thermoregulatory	Thermoregulatory	NNP
36036	1085	4	Metabolism	Metabolism	NNP
36036	1085	5	of	of	IN
36036	1085	6	the	the	DT
36036	1085	7	Coatis	Coatis	NNP
36036	1085	8	_	_	NNP
36036	1085	9	Nasua	Nasua	NNP
36036	1085	10	nasua	nasua	NNP
36036	1085	11	_	_	NNP
36036	1085	12	and	and	CC
36036	1085	13	_	_	NNP
36036	1085	14	Nasua	Nasua	NNP
36036	1085	15	narica	narica	NN
36036	1085	16	_	_	NNP
36036	1085	17	(	(	-LRB-
36036	1085	18	Carnivora	Carnivora	NNP
36036	1085	19	:	:	:
36036	1085	20	Procyonidae	Procyonidae	NNP
36036	1085	21	)	)	-RRB-
36036	1085	22	.	.	.
36036	1086	1	Müller	Müller	NNP
36036	1086	2	,	,	,
36036	1086	3	E.	E.	NNP
36036	1086	4	,	,	,
36036	1086	5	and	and	CC
36036	1086	6	E.	E.	NNP
36036	1086	7	Kulzer	Kulzer	NNP
36036	1086	8	1977	1977	CD
36036	1086	9	.	.	.
36036	1087	1	Body	body	NN
36036	1087	2	Temperature	temperature	NN
36036	1087	3	and	and	CC
36036	1087	4	Oxygen	Oxygen	NNP
36036	1087	5	Uptake	Uptake	NNP
36036	1087	6	in	in	IN
36036	1087	7	the	the	DT
36036	1087	8	Kinkajou	Kinkajou	NNP
36036	1087	9	(	(	-LRB-
36036	1087	10	_	_	NNP
36036	1087	11	Potos	Potos	NNP
36036	1087	12	flavus	flavus	NN
36036	1087	13	_	_	NNP
36036	1087	14	,	,	,
36036	1087	15	Schreber	Schreber	NNP
36036	1087	16	)	)	-RRB-
36036	1087	17	,	,	,
36036	1087	18	a	a	DT
36036	1087	19	Nocturnal	Nocturnal	NNP
36036	1087	20	Tropical	Tropical	NNP
36036	1087	21	Carnivore	Carnivore	NNP
36036	1087	22	.	.	.
36036	1088	1	_	_	NNP
36036	1088	2	Archives	Archives	NNP
36036	1088	3	Internationales	Internationales	NNP
36036	1088	4	de	de	IN
36036	1088	5	Physiologie	Physiologie	NNP
36036	1088	6	et	et	NNP
36036	1088	7	de	de	IN
36036	1088	8	Biochimie	Biochimie	NNP
36036	1088	9	_	_	NNP
36036	1088	10	,	,	,
36036	1088	11	86:153	86:153	CD
36036	1088	12	-	-	SYM
36036	1088	13	163	163	CD
36036	1088	14	,	,	,
36036	1088	15	5	5	CD
36036	1088	16	figures	figure	NNS
36036	1088	17	,	,	,
36036	1088	18	1	1	CD
36036	1088	19	table	table	NN
36036	1088	20	.	.	.
36036	1089	1	Müller	Müller	NNP
36036	1089	2	,	,	,
36036	1089	3	E.	E.	NNP
36036	1089	4	F.	F.	NNP
36036	1089	5	,	,	,
36036	1089	6	and	and	CC
36036	1089	7	H.	H.	NNP
36036	1089	8	Rost	Rost	NNP
36036	1089	9	1983	1983	CD
36036	1089	10	.	.	.
36036	1090	1	Respiratory	Respiratory	NNP
36036	1090	2	Frequency	Frequency	NNP
36036	1090	3	,	,	,
36036	1090	4	Total	total	JJ
36036	1090	5	Evaporative	Evaporative	NNP
36036	1090	6	Water	Water	NNP
36036	1090	7	Loss	Loss	NNP
36036	1090	8	and	and	CC
36036	1090	9	Heart	heart	NN
36036	1090	10	Rate	rate	NN
36036	1090	11	in	in	IN
36036	1090	12	the	the	DT
36036	1090	13	Kinkajou	Kinkajou	NNP
36036	1090	14	(	(	-LRB-
36036	1090	15	_	_	NNP
36036	1090	16	Potos	Potos	NNP
36036	1090	17	flavus	flavus	NN
36036	1090	18	_	_	NNP
36036	1090	19	Schreber	Schreber	NNP
36036	1090	20	)	)	-RRB-
36036	1090	21	.	.	.
36036	1091	1	_	_	NNP
36036	1091	2	Zeitschrift	Zeitschrift	NNP
36036	1091	3	für	für	NN
36036	1091	4	Säugetierkunde	Säugetierkunde	NNP
36036	1091	5	_	_	NNP
36036	1091	6	,	,	,
36036	1091	7	48:217	48:217	CD
36036	1091	8	-	-	SYM
36036	1091	9	226	226	CD
36036	1091	10	,	,	,
36036	1091	11	8	8	CD
36036	1091	12	figures	figure	NNS
36036	1091	13	,	,	,
36036	1091	14	2	2	CD
36036	1091	15	tables	table	NNS
36036	1091	16	.	.	.
36036	1092	1	Nicoll	Nicoll	NNP
36036	1092	2	,	,	,
36036	1092	3	M.	M.	NNP
36036	1092	4	E.	E.	NNP
36036	1092	5	,	,	,
36036	1092	6	and	and	CC
36036	1092	7	Steven	Steven	NNP
36036	1092	8	D.	D.	NNP
36036	1092	9	Thompson	Thompson	NNP
36036	1092	10	1987	1987	CD
36036	1092	11	.	.	.
36036	1093	1	Basal	Basal	NNP
36036	1093	2	Metabolic	Metabolic	NNP
36036	1093	3	Rates	Rates	NNPS
36036	1093	4	and	and	CC
36036	1093	5	Energetics	Energetics	NNPS
36036	1093	6	of	of	IN
36036	1093	7	Reproduction	Reproduction	NNP
36036	1093	8	in	in	IN
36036	1093	9	Therian	Therian	NNP
36036	1093	10	Mammals	mammal	NNS
36036	1093	11	:	:	:
36036	1093	12	Marsupials	marsupial	NNS
36036	1093	13	and	and	CC
36036	1093	14	Placentals	Placentals	NNPS
36036	1093	15	Compared	compare	VBN
36036	1093	16	.	.	.
36036	1094	1	_	_	NNP
36036	1094	2	Symposium	Symposium	NNP
36036	1094	3	of	of	IN
36036	1094	4	the	the	DT
36036	1094	5	Zoological	Zoological	NNP
36036	1094	6	Society	Society	NNP
36036	1094	7	of	of	IN
36036	1094	8	London	London	NNP
36036	1094	9	_	_	NNP
36036	1094	10	,	,	,
36036	1094	11	57:7	57:7	CD
36036	1094	12	-	-	SYM
36036	1094	13	27	27	CD
36036	1094	14	,	,	,
36036	1094	15	4	4	CD
36036	1094	16	figures	figure	NNS
36036	1094	17	,	,	,
36036	1094	18	3	3	CD
36036	1094	19	tables	table	NNS
36036	1094	20	.	.	.
36036	1095	1	Noll	Noll	NNP
36036	1095	2	-	-	HYPH
36036	1095	3	Banholzer	Banholzer	NNP
36036	1095	4	,	,	,
36036	1095	5	Ursel	Ursel	NNP
36036	1095	6	1979	1979	CD
36036	1095	7	.	.	.
36036	1096	1	Body	body	NN
36036	1096	2	Temperature	temperature	NN
36036	1096	3	,	,	,
36036	1096	4	Oxygen	Oxygen	NNP
36036	1096	5	Consumption	Consumption	NNP
36036	1096	6	,	,	,
36036	1096	7	Evaporative	Evaporative	NNP
36036	1096	8	Water	Water	NNP
36036	1096	9	Loss	Loss	NNP
36036	1096	10	and	and	CC
36036	1096	11	Heart	heart	NN
36036	1096	12	Rate	rate	NN
36036	1096	13	in	in	IN
36036	1096	14	the	the	DT
36036	1096	15	Fennec	Fennec	NNP
36036	1096	16	.	.	.
36036	1097	1	_	_	NNP
36036	1097	2	Comparative	Comparative	NNP
36036	1097	3	Biochemistry	Biochemistry	NNP
36036	1097	4	and	and	CC
36036	1097	5	Physiology	Physiology	NNP
36036	1097	6	_	_	NNP
36036	1097	7	,	,	,
36036	1097	8	62A:585	62a:585	CD
36036	1097	9	-	-	SYM
36036	1097	10	592	592	CD
36036	1097	11	,	,	,
36036	1097	12	6	6	CD
36036	1097	13	figures	figure	NNS
36036	1097	14	,	,	,
36036	1097	15	5	5	CD
36036	1097	16	tables	table	NNS
36036	1097	17	.	.	.
36036	1098	1	Nowak	Nowak	NNP
36036	1098	2	,	,	,
36036	1098	3	Ronald	Ronald	NNP
36036	1098	4	M.	M.	NNP
36036	1098	5	,	,	,
36036	1098	6	and	and	CC
36036	1098	7	John	John	NNP
36036	1098	8	L.	L.	NNP
36036	1098	9	Paradiso	Paradiso	NNP
36036	1098	10	1983	1983	CD
36036	1098	11	.	.	.
36036	1099	1	_	_	NNP
36036	1099	2	Walker	Walker	NNP
36036	1099	3	's	's	POS
36036	1099	4	Mammals	Mammals	NNPS
36036	1099	5	of	of	IN
36036	1099	6	the	the	DT
36036	1099	7	World	World	NNP
36036	1099	8	.	.	.
36036	1099	9	_	_	NNP
36036	1099	10	Fourth	Fourth	NNP
36036	1099	11	edition	edition	NN
36036	1099	12	,	,	,
36036	1099	13	lxxxvi	lxxxvi	NNP
36036	1099	14	+	+	SYM
36036	1099	15	1362	1362	CD
36036	1099	16	pages	page	NNS
36036	1099	17	.	.	.
36036	1100	1	Baltimore	Baltimore	NNP
36036	1100	2	:	:	:
36036	1100	3	The	the	DT
36036	1100	4	Johns	Johns	NNP
36036	1100	5	Hopkins	Hopkins	NNP
36036	1100	6	University	University	NNP
36036	1100	7	Press	Press	NNP
36036	1100	8	.	.	.
36036	1101	1	O'Brien	O'Brien	NNP
36036	1101	2	,	,	,
36036	1101	3	Stephen	Stephen	NNP
36036	1101	4	J.	J.	NNP
36036	1101	5	,	,	,
36036	1101	6	William	William	NNP
36036	1101	7	G.	G.	NNP
36036	1101	8	Nash	Nash	NNP
36036	1101	9	,	,	,
36036	1101	10	David	David	NNP
36036	1101	11	E.	E.	NNP
36036	1101	12	Wildt	Wildt	NNP
36036	1101	13	,	,	,
36036	1101	14	Mitchell	Mitchell	NNP
36036	1101	15	E.	E.	NNP
36036	1101	16	Bush	Bush	NNP
36036	1101	17	,	,	,
36036	1101	18	and	and	CC
36036	1101	19	Raoul	Raoul	NNP
36036	1101	20	E.	E.	NNP
36036	1101	21	Benveniste	Benveniste	NNP
36036	1101	22	1985	1985	CD
36036	1101	23	.	.	.
36036	1102	1	A	a	DT
36036	1102	2	Molecular	Molecular	NNP
36036	1102	3	Solution	Solution	NNP
36036	1102	4	to	to	IN
36036	1102	5	the	the	DT
36036	1102	6	Riddle	Riddle	NNP
36036	1102	7	of	of	IN
36036	1102	8	the	the	DT
36036	1102	9	Giant	Giant	NNP
36036	1102	10	Panda	Panda	NNP
36036	1102	11	's	's	POS
36036	1102	12	Phylogeny	Phylogeny	NNP
36036	1102	13	.	.	.
36036	1103	1	_	_	NNP
36036	1103	2	Nature	Nature	NNP
36036	1103	3	_	_	NNP
36036	1103	4	,	,	,
36036	1103	5	317:140	317:140	CD
36036	1103	6	-	-	SYM
36036	1103	7	144	144	CD
36036	1103	8	,	,	,
36036	1103	9	4	4	CD
36036	1103	10	figures	figure	NNS
36036	1103	11	.	.	.
36036	1104	1	Ott	ott	VB
36036	1104	2	,	,	,
36036	1104	3	Lyman	lyman	NN
36036	1104	4	1984	1984	CD
36036	1104	5	.	.	.
36036	1105	1	_	_	NNP
36036	1105	2	An	an	DT
36036	1105	3	Introduction	introduction	NN
36036	1105	4	to	to	IN
36036	1105	5	Statistical	Statistical	NNP
36036	1105	6	Methods	Methods	NNPS
36036	1105	7	and	and	CC
36036	1105	8	Data	Data	NNPS
36036	1105	9	Analysis	Analysis	NNP
36036	1105	10	.	.	.
36036	1105	11	_	_	NNP
36036	1105	12	Second	Second	NNP
36036	1105	13	edition	edition	NN
36036	1105	14	,	,	,
36036	1105	15	xi	xi	NNP
36036	1105	16	+	+	CC
36036	1105	17	775	775	CD
36036	1105	18	pages	page	NNS
36036	1105	19	,	,	,
36036	1105	20	118	118	CD
36036	1105	21	figures	figure	NNS
36036	1105	22	,	,	,
36036	1105	23	169	169	CD
36036	1105	24	tables	table	NNS
36036	1105	25	,	,	,
36036	1105	26	1	1	CD
36036	1105	27	appendix	appendix	NNP
36036	1105	28	.	.	.
36036	1106	1	Boston	Boston	NNP
36036	1106	2	:	:	:
36036	1106	3	Duxbury	Duxbury	NNP
36036	1106	4	Press	Press	NNP
36036	1106	5	.	.	.
36036	1107	1	Poglayen	Poglayen	NNP
36036	1107	2	-	-	HYPH
36036	1107	3	Neuwall	Neuwall	NNP
36036	1107	4	,	,	,
36036	1107	5	I.	i.	NN
36036	1108	1	1975	1975	CD
36036	1108	2	.	.	.
36036	1109	1	Procyonids	Procyonids	NNPS
36036	1109	2	and	and	CC
36036	1109	3	Pandas	Pandas	NNP
36036	1109	4	.	.	.
36036	1110	1	_	_	NNP
36036	1110	2	In	in	IN
36036	1110	3	_	_	NNP
36036	1110	4	Rudolf	Rudolf	NNP
36036	1110	5	Altevogt	Altevogt	NNP
36036	1110	6	,	,	,
36036	1110	7	Renate	Renate	NNP
36036	1110	8	Angermann	Angermann	NNP
36036	1110	9	,	,	,
36036	1110	10	Heinrich	Heinrich	NNP
36036	1110	11	Dathe	Dathe	NNP
36036	1110	12	,	,	,
36036	1110	13	Bernhard	Bernhard	NNP
36036	1110	14	Grzimek	Grzimek	NNP
36036	1110	15	,	,	,
36036	1110	16	Konrad	Konrad	NNP
36036	1110	17	Herter	Herter	NNP
36036	1110	18	,	,	,
36036	1110	19	Detlef	Detlef	NNP
36036	1110	20	Müller	Müller	NNP
36036	1110	21	-	-	HYPH
36036	1110	22	Using	Using	NNP
36036	1110	23	,	,	,
36036	1110	24	Urs	Urs	NNP
36036	1110	25	Rahm	Rahm	NNP
36036	1110	26	,	,	,
36036	1110	27	and	and	CC
36036	1110	28	Erich	Erich	NNP
36036	1110	29	Thenius	Thenius	NNP
36036	1110	30	,	,	,
36036	1110	31	editors	editor	NNS
36036	1110	32	,	,	,
36036	1110	33	Mammals	Mammals	NNPS
36036	1110	34	III	iii	CD
36036	1110	35	.	.	.
36036	1111	1	_	_	NNP
36036	1111	2	Grzimek	Grzimek	NNP
36036	1111	3	's	's	POS
36036	1111	4	Animal	Animal	NNP
36036	1111	5	Life	Life	NNP
36036	1111	6	Encyclopedia	Encyclopedia	NNP
36036	1111	7	_	_	NNP
36036	1111	8	,	,	,
36036	1111	9	12:90	12:90	CD
36036	1111	10	-	-	SYM
36036	1111	11	116	116	CD
36036	1111	12	,	,	,
36036	1111	13	14	14	CD
36036	1111	14	figures	figure	NNS
36036	1111	15	,	,	,
36036	1111	16	5	5	CD
36036	1111	17	plates	plate	NNS
36036	1111	18	.	.	.
36036	1112	1	New	New	NNP
36036	1112	2	York	York	NNP
36036	1112	3	:	:	:
36036	1112	4	Van	Van	NNP
36036	1112	5	Nostrand	Nostrand	NNP
36036	1112	6	and	and	CC
36036	1112	7	Reinhold	Reinhold	NNP
36036	1112	8	Company	Company	NNP
36036	1112	9	.	.	.
36036	1113	1	1987	1987	CD
36036	1113	2	.	.	.
36036	1114	1	Management	management	NN
36036	1114	2	and	and	CC
36036	1114	3	Breeding	Breeding	NNP
36036	1114	4	of	of	IN
36036	1114	5	the	the	DT
36036	1114	6	Ringtail	Ringtail	NNP
36036	1114	7	or	or	CC
36036	1114	8	Cacomistle	Cacomistle	NNP
36036	1114	9	_	_	NNP
36036	1114	10	Bassariscus	Bassariscus	NNP
36036	1114	11	astutus	astutus	NN
36036	1114	12	_	_	NNP
36036	1114	13	in	in	IN
36036	1114	14	Captivity	Captivity	NNP
36036	1114	15	.	.	.
36036	1115	1	_	_	NNP
36036	1115	2	International	International	NNP
36036	1115	3	Zoo	Zoo	NNP
36036	1115	4	Yearbook	Yearbook	NNP
36036	1115	5	_	_	NNP
36036	1115	6	,	,	,
36036	1115	7	26:276	26:276	CD
36036	1115	8	-	-	SYM
36036	1115	9	280	280	CD
36036	1115	10	,	,	,
36036	1115	11	1	1	CD
36036	1115	12	table	table	NN
36036	1115	13	.	.	.
36036	1116	1	Poglayen	Poglayen	NNP
36036	1116	2	-	-	HYPH
36036	1116	3	Neuwall	Neuwall	NNP
36036	1116	4	,	,	,
36036	1116	5	I.	i.	NN
36036	1116	6	,	,	,
36036	1116	7	and	and	CC
36036	1116	8	Ingeborg	Ingeborg	NNP
36036	1116	9	Poglayen	Poglayen	NNP
36036	1116	10	-	-	HYPH
36036	1116	11	Neuwall	Neuwall	NNP
36036	1116	12	1980	1980	CD
36036	1116	13	.	.	.
36036	1117	1	Gestation	Gestation	NNP
36036	1117	2	Period	Period	NNP
36036	1117	3	and	and	CC
36036	1117	4	Parturition	Parturition	NNP
36036	1117	5	of	of	IN
36036	1117	6	the	the	DT
36036	1117	7	Ringtail	Ringtail	NNP
36036	1117	8	_	_	NNP
36036	1117	9	Bassariscus	Bassariscus	NNP
36036	1117	10	astutus	astutus	NN
36036	1117	11	_	_	NNP
36036	1117	12	(	(	-LRB-
36036	1117	13	Liechtenstein	Liechtenstein	NNP
36036	1117	14	,	,	,
36036	1117	15	1830	1830	CD
36036	1117	16	)	)	-RRB-
36036	1117	17	.	.	.
36036	1118	1	_	_	NNP
36036	1118	2	Zeitschrift	Zeitschrift	NNP
36036	1118	3	für	für	NN
36036	1118	4	Saügetierkunde	Saügetierkunde	NNP
36036	1118	5	_	_	NNP
36036	1118	6	,	,	,
36036	1118	7	45:73	45:73	CD
36036	1118	8	-	-	SYM
36036	1118	9	81	81	CD
36036	1118	10	,	,	,
36036	1118	11	1	1	CD
36036	1118	12	figure	figure	NN
36036	1118	13	.	.	.
36036	1119	1	Poglayen	Poglayen	NNP
36036	1119	2	-	-	HYPH
36036	1119	3	Neuwall	Neuwall	NNP
36036	1119	4	,	,	,
36036	1119	5	Ivo	Ivo	NNP
36036	1119	6	,	,	,
36036	1119	7	and	and	CC
36036	1119	8	Dale	Dale	NNP
36036	1119	9	E.	E.	NNP
36036	1119	10	Toweill	Toweill	NNP
36036	1119	11	1988	1988	CD
36036	1119	12	.	.	.
36036	1120	1	_	_	NNP
36036	1120	2	Bassariscus	Bassariscus	NNP
36036	1120	3	astutus	astutus	NN
36036	1120	4	.	.	.
36036	1120	5	_	_	NNP
36036	1120	6	_	_	NNP
36036	1120	7	Mammalian	Mammalian	NNP
36036	1120	8	Species	Species	NNPS
36036	1120	9	_	_	NNP
36036	1120	10	,	,	,
36036	1120	11	327:1	327:1	CD
36036	1120	12	-	-	SYM
36036	1120	13	8	8	CD
36036	1120	14	,	,	,
36036	1120	15	4	4	CD
36036	1120	16	figures	figure	NNS
36036	1120	17	.	.	.
36036	1121	1	Prosser	Prosser	NNP
36036	1121	2	,	,	,
36036	1121	3	C.	C.	NNP
36036	1121	4	Ladd	Ladd	NNP
36036	1121	5	1986	1986	CD
36036	1121	6	.	.	.
36036	1122	1	_	_	NNP
36036	1122	2	Adaptational	Adaptational	NNP
36036	1122	3	Biology	Biology	NNP
36036	1122	4	:	:	:
36036	1122	5	Molecules	molecule	NNS
36036	1122	6	to	to	IN
36036	1122	7	Organisms	Organisms	NNP
36036	1122	8	.	.	.
36036	1122	9	_	_	NNP
36036	1122	10	vii	vii	NN
36036	1122	11	+	+	CC
36036	1122	12	784	784	CD
36036	1122	13	pages	page	NNS
36036	1122	14	,	,	,
36036	1122	15	226	226	CD
36036	1122	16	figures	figure	NNS
36036	1122	17	,	,	,
36036	1122	18	22	22	CD
36036	1122	19	tables	table	NNS
36036	1122	20	.	.	.
36036	1123	1	New	New	NNP
36036	1123	2	York	York	NNP
36036	1123	3	:	:	:
36036	1123	4	John	John	NNP
36036	1123	5	Wiley	Wiley	NNP
36036	1123	6	and	and	CC
36036	1123	7	Sons	Sons	NNPS
36036	1123	8	,	,	,
36036	1123	9	Incorporated	Incorporated	NNP
36036	1123	10	.	.	.
36036	1124	1	Prothero	Prothero	NNP
36036	1124	2	,	,	,
36036	1124	3	John	John	NNP
36036	1124	4	1984	1984	CD
36036	1124	5	.	.	.
36036	1125	1	Scaling	scale	VBG
36036	1125	2	of	of	IN
36036	1125	3	Standard	Standard	NNP
36036	1125	4	Energy	Energy	NNP
36036	1125	5	Metabolism	Metabolism	NNP
36036	1125	6	in	in	IN
36036	1125	7	Mammals	Mammals	NNPS
36036	1125	8	,	,	,
36036	1125	9	I	-PRON-	PRP
36036	1125	10	:	:	:
36036	1125	11	Neglect	Neglect	NNP
36036	1125	12	of	of	IN
36036	1125	13	Circadian	Circadian	NNP
36036	1125	14	Rhythms	rhythm	NNS
36036	1125	15	.	.	.
36036	1126	1	_	_	NNP
36036	1126	2	Journal	Journal	NNP
36036	1126	3	of	of	IN
36036	1126	4	Theoretical	Theoretical	NNP
36036	1126	5	Biology	Biology	NNP
36036	1126	6	_	_	NNP
36036	1126	7	,	,	,
36036	1126	8	106:1	106:1	CD
36036	1126	9	-	-	SYM
36036	1126	10	8	8	CD
36036	1126	11	,	,	,
36036	1126	12	2	2	CD
36036	1126	13	tables	table	NNS
36036	1126	14	.	.	.
36036	1127	1	Raven	Raven	NNP
36036	1127	2	,	,	,
36036	1127	3	Peter	Peter	NNP
36036	1127	4	H.	H.	NNP
36036	1127	5	,	,	,
36036	1127	6	and	and	CC
36036	1127	7	Daniel	Daniel	NNP
36036	1127	8	I.	I.	NNP
36036	1127	9	Axelrod	Axelrod	NNP
36036	1127	10	1975	1975	CD
36036	1127	11	.	.	.
36036	1128	1	History	history	NN
36036	1128	2	of	of	IN
36036	1128	3	the	the	DT
36036	1128	4	Flora	Flora	NNP
36036	1128	5	and	and	CC
36036	1128	6	Fauna	Fauna	NNP
36036	1128	7	of	of	IN
36036	1128	8	Latin	Latin	NNP
36036	1128	9	America	America	NNP
36036	1128	10	.	.	.
36036	1129	1	_	_	NNP
36036	1129	2	American	American	NNP
36036	1129	3	Scientist	Scientist	NNP
36036	1129	4	_	_	NNP
36036	1129	5	,	,	,
36036	1129	6	63:420	63:420	CD
36036	1129	7	-	-	SYM
36036	1129	8	429	429	CD
36036	1129	9	,	,	,
36036	1129	10	10	10	CD
36036	1129	11	figures	figure	NNS
36036	1129	12	.	.	.
36036	1130	1	Robbins	Robbins	NNP
36036	1130	2	,	,	,
36036	1130	3	Charles	Charles	NNP
36036	1130	4	T.	T.	NNP
36036	1130	5	1983	1983	CD
36036	1130	6	.	.	.
36036	1131	1	_	_	NNP
36036	1131	2	Wildlife	Wildlife	NNP
36036	1131	3	Feeding	Feeding	NNP
36036	1131	4	and	and	CC
36036	1131	5	Nutrition	Nutrition	NNP
36036	1131	6	.	.	.
36036	1131	7	_	_	NNP
36036	1131	8	xvi	xvi	NNP
36036	1131	9	+	+	CC
36036	1131	10	343	343	CD
36036	1131	11	pages	page	NNS
36036	1131	12	,	,	,
36036	1131	13	97	97	CD
36036	1131	14	figures	figure	NNS
36036	1131	15	,	,	,
36036	1131	16	56	56	CD
36036	1131	17	tables	table	NNS
36036	1131	18	.	.	.
36036	1132	1	New	New	NNP
36036	1132	2	York	York	NNP
36036	1132	3	:	:	:
36036	1132	4	Academic	Academic	NNP
36036	1132	5	Press	Press	NNP
36036	1132	6	.	.	.
36036	1133	1	Russell	Russell	NNP
36036	1133	2	,	,	,
36036	1133	3	James	James	NNP
36036	1133	4	K.	K.	NNP
36036	1133	5	1983	1983	CD
36036	1133	6	.	.	.
36036	1134	1	Altruism	Altruism	NNP
36036	1134	2	in	in	IN
36036	1134	3	Coati	Coati	NNP
36036	1134	4	Bands	Bands	NNPS
36036	1134	5	:	:	:
36036	1134	6	Nepotism	nepotism	NN
36036	1134	7	or	or	CC
36036	1134	8	Reciprocity	reciprocity	NN
36036	1134	9	?	?	.
36036	1135	1	_	_	NNP
36036	1135	2	In	in	IN
36036	1135	3	_	_	NNP
36036	1135	4	Samuel	Samuel	NNP
36036	1135	5	K.	K.	NNP
36036	1135	6	Wasser	Wasser	NNP
36036	1135	7	,	,	,
36036	1135	8	editor	editor	NN
36036	1135	9	,	,	,
36036	1135	10	_	_	NNP
36036	1135	11	Social	Social	NNP
36036	1135	12	Behavior	Behavior	NNP
36036	1135	13	of	of	IN
36036	1135	14	Female	Female	NNP
36036	1135	15	Vertebrates	Vertebrates	NNPS
36036	1135	16	_	_	NNP
36036	1135	17	,	,	,
36036	1135	18	pages	page	VBZ
36036	1135	19	263	263	CD
36036	1135	20	-	-	SYM
36036	1135	21	290	290	CD
36036	1135	22	,	,	,
36036	1135	23	8	8	CD
36036	1135	24	figures	figure	NNS
36036	1135	25	,	,	,
36036	1135	26	3	3	CD
36036	1135	27	tables	table	NNS
36036	1135	28	.	.	.
36036	1136	1	New	New	NNP
36036	1136	2	York	York	NNP
36036	1136	3	:	:	:
36036	1136	4	Academic	Academic	NNP
36036	1136	5	Press	Press	NNP
36036	1136	6	.	.	.
36036	1137	1	Sanderson	Sanderson	NNP
36036	1137	2	,	,	,
36036	1137	3	G.	G.	NNP
36036	1137	4	C.	C.	NNP
36036	1137	5	1983	1983	CD
36036	1137	6	.	.	.
36036	1138	1	_	_	NNP
36036	1138	2	Procyon	Procyon	NNP
36036	1138	3	lotor	lotor	NN
36036	1138	4	_	_	NNP
36036	1138	5	(	(	-LRB-
36036	1138	6	Mapache	Mapache	NNP
36036	1138	7	,	,	,
36036	1138	8	Raccoon	Raccoon	NNP
36036	1138	9	)	)	-RRB-
36036	1138	10	.	.	.
36036	1139	1	_	_	NNP
36036	1139	2	In	in	IN
36036	1139	3	_	_	NNP
36036	1139	4	Daniel	Daniel	NNP
36036	1139	5	H.	H.	NNP
36036	1139	6	Janzen	Janzen	NNP
36036	1139	7	,	,	,
36036	1139	8	editor	editor	NN
36036	1139	9	,	,	,
36036	1139	10	_	_	NNP
36036	1139	11	Costa	Costa	NNP
36036	1139	12	Rican	rican	JJ
36036	1139	13	Natural	Natural	NNP
36036	1139	14	History	History	NNP
36036	1139	15	_	_	NNP
36036	1139	16	,	,	,
36036	1139	17	pages	page	VBZ
36036	1139	18	485	485	CD
36036	1139	19	-	-	SYM
36036	1139	20	488	488	CD
36036	1139	21	,	,	,
36036	1139	22	1	1	CD
36036	1139	23	figure	figure	NN
36036	1139	24	.	.	.
36036	1140	1	Chicago	Chicago	NNP
36036	1140	2	:	:	:
36036	1140	3	The	the	DT
36036	1140	4	University	University	NNP
36036	1140	5	of	of	IN
36036	1140	6	Chicago	Chicago	NNP
36036	1140	7	Press	Press	NNP
36036	1140	8	.	.	.
36036	1141	1	1987	1987	CD
36036	1141	2	.	.	.
36036	1142	1	Raccoon	raccoon	NN
36036	1142	2	.	.	.
36036	1143	1	_	_	NNP
36036	1143	2	In	in	IN
36036	1143	3	_	_	NNP
36036	1143	4	Milan	Milan	NNP
36036	1143	5	Novak	Novak	NNP
36036	1143	6	,	,	,
36036	1143	7	James	James	NNP
36036	1143	8	A.	A.	NNP
36036	1143	9	Baker	Baker	NNP
36036	1143	10	,	,	,
36036	1143	11	Martyn	Martyn	NNP
36036	1143	12	E.	E.	NNP
36036	1143	13	Obbard	Obbard	NNP
36036	1143	14	,	,	,
36036	1143	15	and	and	CC
36036	1143	16	Bruce	Bruce	NNP
36036	1143	17	Malloch	Malloch	NNP
36036	1143	18	,	,	,
36036	1143	19	editors	editor	NNS
36036	1143	20	,	,	,
36036	1143	21	_	_	NNP
36036	1143	22	Wild	Wild	NNP
36036	1143	23	Furbearer	Furbearer	NNP
36036	1143	24	Management	Management	NNP
36036	1143	25	and	and	CC
36036	1143	26	Conservation	Conservation	NNP
36036	1143	27	in	in	IN
36036	1143	28	North	North	NNP
36036	1143	29	America	America	NNP
36036	1143	30	_	_	NNP
36036	1143	31	,	,	,
36036	1143	32	pages	page	VBZ
36036	1143	33	486	486	CD
36036	1143	34	-	-	SYM
36036	1143	35	499	499	CD
36036	1143	36	,	,	,
36036	1143	37	10	10	CD
36036	1143	38	figures	figure	NNS
36036	1143	39	,	,	,
36036	1143	40	4	4	CD
36036	1143	41	tables	table	NNS
36036	1143	42	.	.	.
36036	1144	1	Ontario	Ontario	NNP
36036	1144	2	:	:	:
36036	1144	3	Ministry	Ministry	NNP
36036	1144	4	of	of	IN
36036	1144	5	Natural	Natural	NNP
36036	1144	6	Resources	Resources	NNPS
36036	1144	7	.	.	.
36036	1145	1	Sarich	Sarich	NNP
36036	1145	2	,	,	,
36036	1145	3	V.	V.	NNP
36036	1145	4	M.	M.	NNP
36036	1145	5	1976	1976	CD
36036	1145	6	.	.	.
36036	1146	1	Transferrin	Transferrin	NNP
36036	1146	2	.	.	.
36036	1147	1	_	_	NNP
36036	1147	2	Transactions	Transactions	NNPS
36036	1147	3	of	of	IN
36036	1147	4	the	the	DT
36036	1147	5	Zoological	Zoological	NNP
36036	1147	6	Society	Society	NNP
36036	1147	7	of	of	IN
36036	1147	8	London	London	NNP
36036	1147	9	_	_	NNP
36036	1147	10	,	,	,
36036	1147	11	33:165	33:165	CD
36036	1147	12	-	-	SYM
36036	1147	13	171	171	CD
36036	1147	14	.	.	.
36036	1148	1	Schmitz	Schmitz	NNP
36036	1148	2	,	,	,
36036	1148	3	O.	O.	NNP
36036	1148	4	J.	J.	NNP
36036	1148	5	,	,	,
36036	1148	6	and	and	CC
36036	1148	7	D.	D.	NNP
36036	1148	8	M.	M.	NNP
36036	1148	9	Lavigne	Lavigne	NNP
36036	1148	10	1984	1984	CD
36036	1148	11	.	.	.
36036	1149	1	Intrinsic	intrinsic	JJ
36036	1149	2	Rate	Rate	NNP
36036	1149	3	of	of	IN
36036	1149	4	Increase	Increase	NNP
36036	1149	5	,	,	,
36036	1149	6	Body	Body	NNP
36036	1149	7	Size	Size	NNP
36036	1149	8	,	,	,
36036	1149	9	and	and	CC
36036	1149	10	Specific	specific	JJ
36036	1149	11	Metabolic	Metabolic	NNP
36036	1149	12	Rate	Rate	NNP
36036	1149	13	in	in	IN
36036	1149	14	Marine	Marine	NNP
36036	1149	15	Mammals	Mammals	NNPS
36036	1149	16	.	.	.
36036	1150	1	_	_	NNP
36036	1150	2	Oecologia	Oecologia	NNP
36036	1150	3	_	_	NNP
36036	1150	4	(	(	-LRB-
36036	1150	5	Berlin	Berlin	NNP
36036	1150	6	)	)	-RRB-
36036	1150	7	,	,	,
36036	1150	8	62:305	62:305	CD
36036	1150	9	-	-	SYM
36036	1150	10	309	309	CD
36036	1150	11	,	,	,
36036	1150	12	2	2	CD
36036	1150	13	figures	figure	NNS
36036	1150	14	,	,	,
36036	1150	15	2	2	CD
36036	1150	16	appendices	appendix	NNS
36036	1150	17	.	.	.
36036	1151	1	Schneider	schneider	NN
36036	1151	2	,	,	,
36036	1151	3	Dean	Dean	NNP
36036	1151	4	G.	G.	NNP
36036	1151	5	,	,	,
36036	1151	6	L.	L.	NNP
36036	1151	7	David	David	NNP
36036	1151	8	Mech	Mech	NNP
36036	1151	9	,	,	,
36036	1151	10	and	and	CC
36036	1151	11	John	John	NNP
36036	1151	12	R.	R.	NNP
36036	1151	13	Tester	Tester	NNP
36036	1151	14	1971	1971	CD
36036	1151	15	.	.	.
36036	1152	1	Movements	movement	NNS
36036	1152	2	of	of	IN
36036	1152	3	Female	female	JJ
36036	1152	4	Raccoons	Raccoons	NNPS
36036	1152	5	and	and	CC
36036	1152	6	Their	-PRON-	PRP$
36036	1152	7	Young	Young	NNP
36036	1152	8	as	as	IN
36036	1152	9	Determined	determine	VBN
36036	1152	10	by	by	IN
36036	1152	11	Radio	Radio	NNP
36036	1152	12	-	-	HYPH
36036	1152	13	Tracking	Tracking	NNP
36036	1152	14	.	.	.
36036	1153	1	_	_	NNP
36036	1153	2	Animal	Animal	NNP
36036	1153	3	Behavior	Behavior	NNP
36036	1153	4	Monograph	Monograph	NNP
36036	1153	5	_	_	NNP
36036	1153	6	,	,	,
36036	1153	7	4:1	4:1	CD
36036	1153	8	-	-	SYM
36036	1153	9	43	43	CD
36036	1153	10	,	,	,
36036	1153	11	11	11	CD
36036	1153	12	figures	figure	NNS
36036	1153	13	,	,	,
36036	1153	14	6	6	CD
36036	1153	15	tables	table	NNS
36036	1153	16	.	.	.
36036	1154	1	Scholander	Scholander	NNP
36036	1154	2	,	,	,
36036	1154	3	P.	P.	NNP
36036	1154	4	F.	F.	NNP
36036	1154	5	,	,	,
36036	1154	6	Vladimir	Vladimir	NNP
36036	1154	7	Walters	Walters	NNP
36036	1154	8	,	,	,
36036	1154	9	Raymond	Raymond	NNP
36036	1154	10	Hock	Hock	NNP
36036	1154	11	,	,	,
36036	1154	12	and	and	CC
36036	1154	13	Laurence	Laurence	NNP
36036	1154	14	Irving	Irving	NNP
36036	1154	15	1950a	1950a	VBZ
36036	1154	16	.	.	.
36036	1155	1	Body	body	NN
36036	1155	2	Insulation	insulation	NN
36036	1155	3	of	of	IN
36036	1155	4	Some	some	DT
36036	1155	5	Arctic	Arctic	NNP
36036	1155	6	and	and	CC
36036	1155	7	Tropical	Tropical	NNP
36036	1155	8	Mammals	Mammals	NNPS
36036	1155	9	and	and	CC
36036	1155	10	Birds	Birds	NNPS
36036	1155	11	.	.	.
36036	1156	1	_	_	NNP
36036	1156	2	Biological	Biological	NNP
36036	1156	3	Bulletin	Bulletin	NNP
36036	1156	4	_	_	NNP
36036	1156	5	,	,	,
36036	1156	6	99:225	99:225	CD
36036	1156	7	-	-	HYPH
36036	1156	8	236	236	CD
36036	1156	9	,	,	,
36036	1156	10	6	6	CD
36036	1156	11	figures	figure	NNS
36036	1156	12	.	.	.
36036	1157	1	Scholander	Scholander	NNP
36036	1157	2	,	,	,
36036	1157	3	P.	P.	NNP
36036	1157	4	F.	F.	NNP
36036	1157	5	,	,	,
36036	1157	6	Raymond	Raymond	NNP
36036	1157	7	Hock	Hock	NNP
36036	1157	8	,	,	,
36036	1157	9	Vladimir	Vladimir	NNP
36036	1157	10	Walters	Walters	NNP
36036	1157	11	,	,	,
36036	1157	12	Fred	Fred	NNP
36036	1157	13	Johnson	Johnson	NNP
36036	1157	14	,	,	,
36036	1157	15	and	and	CC
36036	1157	16	Laurence	Laurence	NNP
36036	1157	17	Irving	Irving	NNP
36036	1157	18	1950b	1950b	NNS
36036	1157	19	.	.	.
36036	1158	1	Heat	heat	NN
36036	1158	2	Regulation	Regulation	NNP
36036	1158	3	in	in	IN
36036	1158	4	Some	some	DT
36036	1158	5	Arctic	Arctic	NNP
36036	1158	6	and	and	CC
36036	1158	7	Tropical	Tropical	NNP
36036	1158	8	Mammals	Mammals	NNPS
36036	1158	9	and	and	CC
36036	1158	10	Birds	Birds	NNPS
36036	1158	11	.	.	.
36036	1159	1	_	_	NNP
36036	1159	2	Biological	Biological	NNP
36036	1159	3	Bulletin	Bulletin	NNP
36036	1159	4	_	_	NNP
36036	1159	5	,	,	,
36036	1159	6	99:237	99:237	CD
36036	1159	7	-	-	HYPH
36036	1159	8	258	258	CD
36036	1159	9	,	,	,
36036	1159	10	11	11	CD
36036	1159	11	figures	figure	NNS
36036	1159	12	,	,	,
36036	1159	13	2	2	CD
36036	1159	14	tables	table	NNS
36036	1159	15	.	.	.
36036	1160	1	Scholander	Scholander	NNP
36036	1160	2	,	,	,
36036	1160	3	P.	P.	NNP
36036	1160	4	F.	F.	NNP
36036	1160	5	,	,	,
36036	1160	6	Raymond	Raymond	NNP
36036	1160	7	Hock	Hock	NNP
36036	1160	8	,	,	,
36036	1160	9	Vladimir	Vladimir	NNP
36036	1160	10	Walters	Walters	NNP
36036	1160	11	,	,	,
36036	1160	12	and	and	CC
36036	1160	13	Laurence	Laurence	NNP
36036	1160	14	Irving	Irving	NNP
36036	1160	15	1950c	1950c	VBZ
36036	1160	16	.	.	.
36036	1161	1	Adaptation	adaptation	NN
36036	1161	2	to	to	IN
36036	1161	3	Cold	Cold	NNP
36036	1161	4	in	in	IN
36036	1161	5	Arctic	Arctic	NNP
36036	1161	6	and	and	CC
36036	1161	7	Tropical	Tropical	NNP
36036	1161	8	Mammals	Mammals	NNPS
36036	1161	9	and	and	CC
36036	1161	10	Birds	Birds	NNPS
36036	1161	11	in	in	IN
36036	1161	12	Relation	Relation	NNP
36036	1161	13	to	to	IN
36036	1161	14	Body	Body	NNP
36036	1161	15	Temperature	temperature	NN
36036	1161	16	,	,	,
36036	1161	17	Insulation	insulation	NN
36036	1161	18	,	,	,
36036	1161	19	and	and	CC
36036	1161	20	Basal	Basal	NNP
36036	1161	21	Metabolic	Metabolic	NNP
36036	1161	22	Rate	Rate	NNP
36036	1161	23	.	.	.
36036	1162	1	_	_	NNP
36036	1162	2	Biological	Biological	NNP
36036	1162	3	Bulletin	Bulletin	NNP
36036	1162	4	_	_	NNP
36036	1162	5	,	,	,
36036	1162	6	99:259	99:259	CD
36036	1162	7	-	-	SYM
36036	1162	8	271	271	CD
36036	1162	9	,	,	,
36036	1162	10	3	3	CD
36036	1162	11	figures	figure	NNS
36036	1162	12	,	,	,
36036	1162	13	3	3	CD
36036	1162	14	tables	table	NNS
36036	1162	15	.	.	.
36036	1163	1	Segall	Segall	NNP
36036	1163	2	,	,	,
36036	1163	3	Walter	Walter	NNP
36036	1163	4	1943	1943	CD
36036	1163	5	.	.	.
36036	1164	1	The	the	DT
36036	1164	2	Auditory	Auditory	NNP
36036	1164	3	Region	Region	NNP
36036	1164	4	of	of	IN
36036	1164	5	the	the	DT
36036	1164	6	Arctoid	Arctoid	NNP
36036	1164	7	Carnivores	Carnivores	NNPS
36036	1164	8	.	.	.
36036	1165	1	_	_	NNP
36036	1165	2	Zoological	Zoological	NNP
36036	1165	3	Series	Series	NNP
36036	1165	4	of	of	IN
36036	1165	5	Field	Field	NNP
36036	1165	6	Museum	Museum	NNP
36036	1165	7	of	of	IN
36036	1165	8	Natural	Natural	NNP
36036	1165	9	History	History	NNP
36036	1165	10	_	_	NNP
36036	1165	11	,	,	,
36036	1165	12	29:33	29:33	CD
36036	1165	13	-	-	SYM
36036	1165	14	59	59	CD
36036	1165	15	,	,	,
36036	1165	16	4	4	CD
36036	1165	17	figures	figure	NNS
36036	1165	18	.	.	.
36036	1166	1	Seidensticker	Seidensticker	NNP
36036	1166	2	,	,	,
36036	1166	3	John	John	NNP
36036	1166	4	,	,	,
36036	1166	5	A.	A.	NNP
36036	1166	6	J.	J.	NNP
36036	1166	7	T.	T.	NNP
36036	1166	8	Johnsingh	Johnsingh	NNP
36036	1166	9	,	,	,
36036	1166	10	Rebecca	Rebecca	NNP
36036	1166	11	Ross	Ross	NNP
36036	1166	12	,	,	,
36036	1166	13	Greg	Greg	NNP
36036	1166	14	Sanders	Sanders	NNP
36036	1166	15	,	,	,
36036	1166	16	and	and	CC
36036	1166	17	Maryla	Maryla	NNP
36036	1166	18	B.	B.	NNP
36036	1166	19	Webb	Webb	NNP
36036	1166	20	1988	1988	CD
36036	1166	21	.	.	.
36036	1167	1	Raccoons	raccoon	NNS
36036	1167	2	and	and	CC
36036	1167	3	Rabies	Rabies	NNPS
36036	1167	4	in	in	IN
36036	1167	5	Appalachian	Appalachian	NNP
36036	1167	6	Mountain	Mountain	NNP
36036	1167	7	Hollows	Hollows	NNP
36036	1167	8	.	.	.
36036	1168	1	_	_	NNP
36036	1168	2	National	National	NNP
36036	1168	3	Geographic	Geographic	NNP
36036	1168	4	Research	Research	NNP
36036	1168	5	_	_	NNP
36036	1168	6	,	,	,
36036	1168	7	4:359	4:359	CD
36036	1168	8	-	-	SYM
36036	1168	9	370	370	CD
36036	1168	10	,	,	,
36036	1168	11	4	4	CD
36036	1168	12	figures	figure	NNS
36036	1168	13	,	,	,
36036	1168	14	7	7	CD
36036	1168	15	tables	table	NNS
36036	1168	16	.	.	.
36036	1169	1	Sharp	sharp	JJ
36036	1169	2	,	,	,
36036	1169	3	Ward	Ward	NNP
36036	1169	4	M.	M.	NNP
36036	1169	5	,	,	,
36036	1169	6	and	and	CC
36036	1169	7	Louise	Louise	NNP
36036	1169	8	H.	H.	NNP
36036	1169	9	Sharp	Sharp	NNP
36036	1169	10	1956	1956	CD
36036	1169	11	.	.	.
36036	1170	1	Nocturnal	Nocturnal	NNP
36036	1170	2	Movements	Movements	NNPS
36036	1170	3	and	and	CC
36036	1170	4	Behavior	Behavior	NNP
36036	1170	5	of	of	IN
36036	1170	6	Wild	Wild	NNP
36036	1170	7	Raccoons	Raccoons	NNP
36036	1170	8	at	at	IN
36036	1170	9	a	a	DT
36036	1170	10	Winter	Winter	NNP
36036	1170	11	Feeding	Feeding	NNP
36036	1170	12	Station	Station	NNP
36036	1170	13	.	.	.
36036	1171	1	_	_	NNP
36036	1171	2	Journal	Journal	NNP
36036	1171	3	of	of	IN
36036	1171	4	Mammalogy	Mammalogy	NNP
36036	1171	5	_	_	NNP
36036	1171	6	,	,	,
36036	1171	7	37:170	37:170	CD
36036	1171	8	-	-	SYM
36036	1171	9	177	177	CD
36036	1171	10	,	,	,
36036	1171	11	2	2	CD
36036	1171	12	figures	figure	NNS
36036	1171	13	.	.	.
36036	1172	1	Shield	Shield	NNP
36036	1172	2	,	,	,
36036	1172	3	John	John	NNP
36036	1172	4	1972	1972	CD
36036	1172	5	.	.	.
36036	1173	1	Acclimation	Acclimation	NNP
36036	1173	2	and	and	CC
36036	1173	3	Energy	Energy	NNP
36036	1173	4	Metabolism	Metabolism	NNP
36036	1173	5	of	of	IN
36036	1173	6	the	the	DT
36036	1173	7	Dingo	Dingo	NNP
36036	1173	8	,	,	,
36036	1173	9	_	_	NNP
36036	1173	10	Canis	Canis	NNP
36036	1173	11	dingo	dingo	VBZ
36036	1173	12	_	_	NNP
36036	1173	13	and	and	CC
36036	1173	14	the	the	DT
36036	1173	15	Coyote	Coyote	NNP
36036	1173	16	,	,	,
36036	1173	17	_	_	NNP
36036	1173	18	Canis	Canis	NNP
36036	1173	19	latrans	latran	NNS
36036	1173	20	_	_	NNP
36036	1173	21	.	.	.
36036	1174	1	_	_	NNP
36036	1174	2	Journal	Journal	NNP
36036	1174	3	of	of	IN
36036	1174	4	Zoology	Zoology	NNP
36036	1174	5	_	_	NNP
36036	1174	6	,	,	,
36036	1174	7	_	_	NNP
36036	1174	8	London	London	NNP
36036	1174	9	_	_	NNP
36036	1174	10	,	,	,
36036	1174	11	168:483	168:483	CD
36036	1174	12	-	-	SYM
36036	1174	13	501	501	CD
36036	1174	14	,	,	,
36036	1174	15	3	3	CD
36036	1174	16	figures	figure	NNS
36036	1174	17	,	,	,
36036	1174	18	9	9	CD
36036	1174	19	tables	table	NNS
36036	1174	20	.	.	.
36036	1175	1	Shkolnik	Shkolnik	NNP
36036	1175	2	,	,	,
36036	1175	3	Amiram	Amiram	NNP
36036	1175	4	,	,	,
36036	1175	5	and	and	CC
36036	1175	6	Knut	Knut	NNP
36036	1175	7	Schmidt	Schmidt	NNP
36036	1175	8	-	-	HYPH
36036	1175	9	Nielsen	Nielsen	NNP
36036	1175	10	1976	1976	CD
36036	1175	11	.	.	.
36036	1176	1	Temperature	temperature	NN
36036	1176	2	Regulation	Regulation	NNP
36036	1176	3	in	in	IN
36036	1176	4	Hedgehogs	Hedgehogs	NNP
36036	1176	5	from	from	IN
36036	1176	6	Temperate	Temperate	NNP
36036	1176	7	and	and	CC
36036	1176	8	Desert	Desert	NNP
36036	1176	9	Environments	Environments	NNPS
36036	1176	10	.	.	.
36036	1177	1	_	_	NNP
36036	1177	2	Physiological	Physiological	NNP
36036	1177	3	Zoology	Zoology	NNP
36036	1177	4	_	_	NNP
36036	1177	5	,	,	,
36036	1177	6	49:56	49:56	CD
36036	1177	7	-	-	SYM
36036	1177	8	64	64	CD
36036	1177	9	,	,	,
36036	1177	10	4	4	CD
36036	1177	11	figures	figure	NNS
36036	1177	12	,	,	,
36036	1177	13	1	1	CD
36036	1177	14	table	table	NN
36036	1177	15	.	.	.
36036	1178	1	Stains	Stains	NNP
36036	1178	2	,	,	,
36036	1178	3	Howard	Howard	NNP
36036	1178	4	J.	J.	NNP
36036	1179	1	1956	1956	CD
36036	1179	2	.	.	.
36036	1180	1	The	the	DT
36036	1180	2	Raccoon	Raccoon	NNP
36036	1180	3	in	in	IN
36036	1180	4	Kansas	Kansas	NNP
36036	1180	5	,	,	,
36036	1180	6	Natural	Natural	NNP
36036	1180	7	History	History	NNP
36036	1180	8	,	,	,
36036	1180	9	Management	Management	NNP
36036	1180	10	,	,	,
36036	1180	11	and	and	CC
36036	1180	12	Economic	economic	JJ
36036	1180	13	Importance	Importance	NNP
36036	1180	14	.	.	.
36036	1181	1	_	_	NNP
36036	1181	2	University	University	NNP
36036	1181	3	of	of	IN
36036	1181	4	Kansas	Kansas	NNP
36036	1181	5	Museum	Museum	NNP
36036	1181	6	of	of	IN
36036	1181	7	Natural	Natural	NNP
36036	1181	8	History	History	NNP
36036	1181	9	and	and	CC
36036	1181	10	State	State	NNP
36036	1181	11	Biological	Biological	NNP
36036	1181	12	Survey	Survey	NNP
36036	1181	13	of	of	IN
36036	1181	14	Kansas	Kansas	NNP
36036	1181	15	Miscellaneous	Miscellaneous	NNP
36036	1181	16	Publication	Publication	NNP
36036	1181	17	_	_	NNP
36036	1181	18	,	,	,
36036	1181	19	10	10	CD
36036	1181	20	:	:	:
36036	1181	21	iv	iv	CD
36036	1181	22	+	+	SYM
36036	1181	23	76	76	CD
36036	1181	24	pages	page	NNS
36036	1181	25	,	,	,
36036	1181	26	14	14	CD
36036	1181	27	figures	figure	NNS
36036	1181	28	,	,	,
36036	1181	29	19	19	CD
36036	1181	30	tables	table	NNS
36036	1181	31	,	,	,
36036	1181	32	4	4	CD
36036	1181	33	plates	plate	NNS
36036	1181	34	.	.	.
36036	1182	1	Statistical	statistical	JJ
36036	1182	2	Analysis	Analysis	NNP
36036	1182	3	System	System	NNP
36036	1182	4	(	(	-LRB-
36036	1182	5	SAS	SAS	NNP
36036	1182	6	)	)	-RRB-
36036	1182	7	1982	1982	CD
36036	1182	8	.	.	.
36036	1183	1	_	_	NNP
36036	1183	2	A	a	DT
36036	1183	3	User	User	NNP
36036	1183	4	's	's	POS
36036	1183	5	Guide	Guide	NNP
36036	1183	6	:	:	:
36036	1183	7	Statistics	statistic	NNS
36036	1183	8	.	.	.
36036	1183	9	_	_	NNP
36036	1183	10	Raleigh	Raleigh	NNP
36036	1183	11	:	:	:
36036	1183	12	SAS	SAS	NNP
36036	1183	13	Institute	Institute	NNP
36036	1183	14	,	,	,
36036	1183	15	Incorporated	Incorporated	NNP
36036	1183	16	.	.	.
36036	1184	1	Stuewer	Stuewer	NNP
36036	1184	2	,	,	,
36036	1184	3	Frederick	Frederick	NNP
36036	1184	4	W.	W.	NNP
36036	1184	5	1942	1942	CD
36036	1184	6	.	.	.
36036	1185	1	Studies	Studies	NNP
36036	1185	2	of	of	IN
36036	1185	3	Molting	Molting	NNP
36036	1185	4	and	and	CC
36036	1185	5	Priming	Priming	NNP
36036	1185	6	of	of	IN
36036	1185	7	Fur	Fur	NNP
36036	1185	8	of	of	IN
36036	1185	9	the	the	DT
36036	1185	10	Eastern	Eastern	NNP
36036	1185	11	Raccoon	Raccoon	NNP
36036	1185	12	.	.	.
36036	1186	1	_	_	NNP
36036	1186	2	Journal	Journal	NNP
36036	1186	3	of	of	IN
36036	1186	4	Mammalogy	Mammalogy	NNP
36036	1186	5	_	_	NNP
36036	1186	6	,	,	,
36036	1186	7	23:399	23:399	CD
36036	1186	8	-	-	SYM
36036	1186	9	404	404	CD
36036	1186	10	,	,	,
36036	1186	11	3	3	CD
36036	1186	12	figures	figure	NNS
36036	1186	13	,	,	,
36036	1186	14	1	1	CD
36036	1186	15	table	table	NN
36036	1186	16	.	.	.
36036	1187	1	1943	1943	CD
36036	1187	2	.	.	.
36036	1188	1	Raccoons	raccoon	NNS
36036	1188	2	:	:	:
36036	1188	3	Their	-PRON-	PRP$
36036	1188	4	Habits	Habits	NNPS
36036	1188	5	and	and	CC
36036	1188	6	Management	Management	NNP
36036	1188	7	in	in	IN
36036	1188	8	Michigan	Michigan	NNP
36036	1188	9	.	.	.
36036	1189	1	_	_	NNP
36036	1189	2	Ecological	Ecological	NNP
36036	1189	3	Monographs	Monographs	NNP
36036	1189	4	_	_	NNP
36036	1189	5	,	,	,
36036	1189	6	13:203	13:203	CD
36036	1189	7	-	-	SYM
36036	1189	8	257	257	CD
36036	1189	9	,	,	,
36036	1189	10	55	55	CD
36036	1189	11	figures	figure	NNS
36036	1189	12	,	,	,
36036	1189	13	16	16	CD
36036	1189	14	tables	table	NNS
36036	1189	15	.	.	.
36036	1190	1	Tagle	Tagle	NNP
36036	1190	2	,	,	,
36036	1190	3	D.	D.	NNP
36036	1190	4	A.	A.	NNP
36036	1190	5	,	,	,
36036	1190	6	M.	M.	NNP
36036	1190	7	M.	M.	NNP
36036	1190	8	Miyamoto	Miyamoto	NNP
36036	1190	9	,	,	,
36036	1190	10	M.	M.	NNP
36036	1190	11	Goodman	Goodman	NNP
36036	1190	12	,	,	,
36036	1190	13	O.	O.	NNP
36036	1190	14	Hofmann	Hofmann	NNP
36036	1190	15	,	,	,
36036	1190	16	G.	G.	NNP
36036	1190	17	Braunitzer	Braunitzer	NNP
36036	1190	18	,	,	,
36036	1190	19	R.	R.	NNP
36036	1190	20	Göltenboth	Göltenboth	NNP
36036	1190	21	,	,	,
36036	1190	22	and	and	CC
36036	1190	23	H.	H.	NNP
36036	1190	24	Jalanka	Jalanka	NNP
36036	1190	25	1986	1986	CD
36036	1190	26	.	.	.
36036	1191	1	Hemoglobin	Hemoglobin	NNP
36036	1191	2	of	of	IN
36036	1191	3	Pandas	Pandas	NNP
36036	1191	4	:	:	:
36036	1191	5	Phylogenetic	Phylogenetic	NNP
36036	1191	6	Relationships	Relationships	NNPS
36036	1191	7	of	of	IN
36036	1191	8	Carnivores	Carnivores	NNPS
36036	1191	9	as	as	IN
36036	1191	10	Ascertained	Ascertained	NNP
36036	1191	11	with	with	IN
36036	1191	12	Protein	Protein	NNP
36036	1191	13	Sequence	Sequence	NNP
36036	1191	14	Data	Data	NNP
36036	1191	15	.	.	.
36036	1192	1	_	_	NNP
36036	1192	2	Naturwissenschaften	Naturwissenschaften	NNP
36036	1192	3	_	_	NNP
36036	1192	4	,	,	,
36036	1192	5	73:512	73:512	CD
36036	1192	6	-	-	HYPH
36036	1192	7	514	514	CD
36036	1192	8	,	,	,
36036	1192	9	2	2	CD
36036	1192	10	figures	figure	NNS
36036	1192	11	.	.	.
36036	1193	1	Taylor	Taylor	NNP
36036	1193	2	,	,	,
36036	1193	3	Walter	Walter	NNP
36036	1193	4	P.	P.	NNP
36036	1193	5	1954	1954	CD
36036	1193	6	.	.	.
36036	1194	1	Food	Food	NNP
36036	1194	2	Habits	Habits	NNPS
36036	1194	3	and	and	CC
36036	1194	4	Notes	Notes	NNPS
36036	1194	5	on	on	IN
36036	1194	6	Life	Life	NNP
36036	1194	7	History	history	NN
36036	1194	8	of	of	IN
36036	1194	9	the	the	DT
36036	1194	10	Ring	ring	NN
36036	1194	11	-	-	HYPH
36036	1194	12	tailed	tail	VBN
36036	1194	13	Cat	Cat	NNP
36036	1194	14	in	in	IN
36036	1194	15	Texas	Texas	NNP
36036	1194	16	.	.	.
36036	1195	1	_	_	NNP
36036	1195	2	Journal	Journal	NNP
36036	1195	3	of	of	IN
36036	1195	4	Mammalogy	Mammalogy	NNP
36036	1195	5	_	_	NNP
36036	1195	6	,	,	,
36036	1195	7	35:55	35:55	CD
36036	1195	8	-	-	SYM
36036	1195	9	63	63	CD
36036	1195	10	,	,	,
36036	1195	11	1	1	CD
36036	1195	12	table	table	NN
36036	1195	13	.	.	.
36036	1196	1	Thompson	Thompson	NNP
36036	1196	2	,	,	,
36036	1196	3	S.	S.	NNP
36036	1196	4	D.	D.	NNP
36036	1196	5	1987	1987	CD
36036	1196	6	.	.	.
36036	1197	1	Body	Body	NNP
36036	1197	2	Size	Size	NNP
36036	1197	3	,	,	,
36036	1197	4	Duration	Duration	NNP
36036	1197	5	of	of	IN
36036	1197	6	Parental	Parental	NNP
36036	1197	7	Care	Care	NNP
36036	1197	8	,	,	,
36036	1197	9	and	and	CC
36036	1197	10	the	the	DT
36036	1197	11	Intrinsic	Intrinsic	NNP
36036	1197	12	Rate	Rate	NNP
36036	1197	13	of	of	IN
36036	1197	14	Natural	natural	JJ
36036	1197	15	Increase	Increase	NNP
36036	1197	16	in	in	IN
36036	1197	17	Eutherian	eutherian	JJ
36036	1197	18	and	and	CC
36036	1197	19	Metatherian	metatherian	JJ
36036	1197	20	Mammals	mammal	NNS
36036	1197	21	.	.	.
36036	1198	1	_	_	NNP
36036	1198	2	Oecologia	Oecologia	NNP
36036	1198	3	_	_	NNP
36036	1198	4	(	(	-LRB-
36036	1198	5	Berlin	Berlin	NNP
36036	1198	6	)	)	-RRB-
36036	1198	7	,	,	,
36036	1198	8	71:201	71:201	CD
36036	1198	9	-	-	SYM
36036	1198	10	209	209	CD
36036	1198	11	,	,	,
36036	1198	12	2	2	CD
36036	1198	13	figures	figure	NNS
36036	1198	14	,	,	,
36036	1198	15	3	3	CD
36036	1198	16	tables	table	NNS
36036	1198	17	,	,	,
36036	1198	18	1	1	CD
36036	1198	19	appendix	appendix	NNP
36036	1198	20	.	.	.
36036	1199	1	Thorkelson	Thorkelson	NNP
36036	1199	2	,	,	,
36036	1199	3	Jeffrey	Jeffrey	NNP
36036	1199	4	1972	1972	CD
36036	1199	5	.	.	.
36036	1200	1	Design	design	NN
36036	1200	2	and	and	CC
36036	1200	3	Testing	testing	NN
36036	1200	4	of	of	IN
36036	1200	5	a	a	DT
36036	1200	6	Heat	Heat	NNP
36036	1200	7	Transfer	Transfer	NNP
36036	1200	8	Model	Model	NNP
36036	1200	9	of	of	IN
36036	1200	10	a	a	DT
36036	1200	11	Raccoon	Raccoon	NNP
36036	1200	12	(	(	-LRB-
36036	1200	13	_	_	NNP
36036	1200	14	Procyon	Procyon	NNP
36036	1200	15	lotor	lotor	NN
36036	1200	16	_	_	NNP
36036	1200	17	)	)	-RRB-
36036	1200	18	in	in	IN
36036	1200	19	a	a	DT
36036	1200	20	Closed	Closed	NNP
36036	1200	21	Tree	Tree	NNP
36036	1200	22	Den	Den	NNP
36036	1200	23	.	.	.
36036	1201	1	xvii	xvii	NN
36036	1201	2	+	+	CC
36036	1201	3	95	95	CD
36036	1201	4	pages	page	NNS
36036	1201	5	,	,	,
36036	1201	6	35	35	CD
36036	1201	7	figures	figure	NNS
36036	1201	8	,	,	,
36036	1201	9	16	16	CD
36036	1201	10	tables	table	NNS
36036	1201	11	,	,	,
36036	1201	12	3	3	CD
36036	1201	13	appendices	appendix	NNS
36036	1201	14	.	.	.
36036	1202	1	Doctoral	doctoral	JJ
36036	1202	2	dissertation	dissertation	NN
36036	1202	3	,	,	,
36036	1202	4	Department	Department	NNP
36036	1202	5	of	of	IN
36036	1202	6	Ecology	Ecology	NNP
36036	1202	7	and	and	CC
36036	1202	8	Behavioral	Behavioral	NNP
36036	1202	9	Biology	Biology	NNP
36036	1202	10	,	,	,
36036	1202	11	University	University	NNP
36036	1202	12	of	of	IN
36036	1202	13	Minnesota	Minnesota	NNP
36036	1202	14	,	,	,
36036	1202	15	Minneapolis	Minneapolis	NNP
36036	1202	16	.	.	.
36036	1203	1	Thorkelson	Thorkelson	NNP
36036	1203	2	,	,	,
36036	1203	3	Jeffrey	Jeffrey	NNP
36036	1203	4	,	,	,
36036	1203	5	and	and	CC
36036	1203	6	Robert	Robert	NNP
36036	1203	7	K.	K.	NNP
36036	1203	8	Maxwell	Maxwell	NNP
36036	1203	9	1974	1974	CD
36036	1203	10	.	.	.
36036	1204	1	Design	design	NN
36036	1204	2	and	and	CC
36036	1204	3	Testing	testing	NN
36036	1204	4	of	of	IN
36036	1204	5	a	a	DT
36036	1204	6	Heat	Heat	NNP
36036	1204	7	Transfer	Transfer	NNP
36036	1204	8	Model	Model	NNP
36036	1204	9	of	of	IN
36036	1204	10	a	a	DT
36036	1204	11	Raccoon	Raccoon	NNP
36036	1204	12	(	(	-LRB-
36036	1204	13	_	_	NNP
36036	1204	14	Procyon	Procyon	NNP
36036	1204	15	lotor	lotor	NN
36036	1204	16	_	_	NNP
36036	1204	17	)	)	-RRB-
36036	1204	18	in	in	IN
36036	1204	19	a	a	DT
36036	1204	20	Closed	Closed	NNP
36036	1204	21	Tree	Tree	NNP
36036	1204	22	Den	Den	NNP
36036	1204	23	.	.	.
36036	1205	1	_	_	NNP
36036	1205	2	Ecology	Ecology	NNP
36036	1205	3	_	_	NNP
36036	1205	4	,	,	,
36036	1205	5	55:29	55:29	CD
36036	1205	6	-	-	SYM
36036	1205	7	39	39	CD
36036	1205	8	,	,	,
36036	1205	9	6	6	CD
36036	1205	10	figures	figure	NNS
36036	1205	11	,	,	,
36036	1205	12	3	3	CD
36036	1205	13	tables	table	NNS
36036	1205	14	.	.	.
36036	1206	1	Todd	Todd	NNP
36036	1206	2	,	,	,
36036	1206	3	Neil	Neil	NNP
36036	1206	4	B.	B.	NNP
36036	1206	5	,	,	,
36036	1206	6	and	and	CC
36036	1206	7	Suzanne	Suzanne	NNP
36036	1206	8	R.	R.	NNP
36036	1206	9	Pressman	Pressman	NNP
36036	1206	10	1968	1968	CD
36036	1206	11	.	.	.
36036	1207	1	The	the	DT
36036	1207	2	Karyotype	Karyotype	NNP
36036	1207	3	of	of	IN
36036	1207	4	the	the	DT
36036	1207	5	Lesser	Lesser	NNP
36036	1207	6	Panda	Panda	NNP
36036	1207	7	(	(	-LRB-
36036	1207	8	_	_	NNP
36036	1207	9	Ailurus	Ailurus	NNP
36036	1207	10	fulgens	fulgen	VBZ
36036	1207	11	_	_	NNP
36036	1207	12	)	)	-RRB-
36036	1207	13	and	and	CC
36036	1207	14	General	General	NNP
36036	1207	15	Remarks	Remarks	NNPS
36036	1207	16	on	on	IN
36036	1207	17	the	the	DT
36036	1207	18	Phylogeny	Phylogeny	NNP
36036	1207	19	and	and	CC
36036	1207	20	Affinities	Affinities	NNPS
36036	1207	21	of	of	IN
36036	1207	22	the	the	DT
36036	1207	23	Panda	Panda	NNP
36036	1207	24	.	.	.
36036	1208	1	_	_	NNP
36036	1208	2	Carneige	Carneige	NNP
36036	1208	3	Genetics	Genetics	NNP
36036	1208	4	Newsletter	Newsletter	NNP
36036	1208	5	_	_	NNP
36036	1208	6	,	,	,
36036	1208	7	5:105	5:105	CD
36036	1208	8	-	-	HYPH
36036	1208	9	108	108	CD
36036	1208	10	,	,	,
36036	1208	11	2	2	CD
36036	1208	12	figures	figure	NNS
36036	1208	13	.	.	.
36036	1209	1	Toweill	toweill	NN
36036	1209	2	,	,	,
36036	1209	3	Dale	Dale	NNP
36036	1209	4	E.	E.	NNP
36036	1209	5	,	,	,
36036	1209	6	and	and	CC
36036	1209	7	James	James	NNP
36036	1209	8	G.	G.	NNP
36036	1209	9	Teer	Teer	NNP
36036	1209	10	1977	1977	CD
36036	1209	11	.	.	.
36036	1210	1	Food	food	NN
36036	1210	2	Habits	Habits	NNPS
36036	1210	3	of	of	IN
36036	1210	4	Ringtails	ringtail	NNS
36036	1210	5	in	in	IN
36036	1210	6	the	the	DT
36036	1210	7	Edwards	Edwards	NNP
36036	1210	8	Plateau	Plateau	NNP
36036	1210	9	Region	Region	NNP
36036	1210	10	of	of	IN
36036	1210	11	Texas	Texas	NNP
36036	1210	12	.	.	.
36036	1211	1	_	_	NNP
36036	1211	2	Journal	Journal	NNP
36036	1211	3	of	of	IN
36036	1211	4	Mammalogy	Mammalogy	NNP
36036	1211	5	_	_	NNP
36036	1211	6	,	,	,
36036	1211	7	58:660	58:660	CD
36036	1211	8	-	-	SYM
36036	1211	9	663	663	CD
36036	1211	10	,	,	,
36036	1211	11	1	1	CD
36036	1211	12	table	table	NN
36036	1211	13	.	.	.
36036	1212	1	Toweill	toweill	NN
36036	1212	2	,	,	,
36036	1212	3	Dale	Dale	NNP
36036	1212	4	E.	E.	NNP
36036	1212	5	,	,	,
36036	1212	6	and	and	CC
36036	1212	7	Deyanne	Deyanne	NNP
36036	1212	8	B.	B.	NNP
36036	1212	9	Toweill	Toweill	NNP
36036	1212	10	1978	1978	CD
36036	1212	11	.	.	.
36036	1213	1	Growth	growth	NN
36036	1213	2	and	and	CC
36036	1213	3	Development	Development	NNP
36036	1213	4	of	of	IN
36036	1213	5	Captive	Captive	NNP
36036	1213	6	Ringtails	Ringtails	NNP
36036	1213	7	(	(	-LRB-
36036	1213	8	_	_	NNP
36036	1213	9	Bassariscus	Bassariscus	NNP
36036	1213	10	astutus	astutus	NN
36036	1213	11	flavus	flavus	NNP
36036	1213	12	_	_	NNP
36036	1213	13	)	)	-RRB-
36036	1213	14	.	.	.
36036	1214	1	_	_	NNP
36036	1214	2	Carnivore	Carnivore	NNP
36036	1214	3	_	_	NNP
36036	1214	4	,	,	,
36036	1214	5	1:46	1:46	CD
36036	1214	6	-	-	SYM
36036	1214	7	53	53	CD
36036	1214	8	,	,	,
36036	1214	9	3	3	CD
36036	1214	10	figures	figure	NNS
36036	1214	11	,	,	,
36036	1214	12	2	2	CD
36036	1214	13	tables	table	NNS
36036	1214	14	.	.	.
36036	1215	1	Trapp	trapp	NN
36036	1215	2	,	,	,
36036	1215	3	Gene	Gene	NNP
36036	1215	4	R.	R.	NNP
36036	1215	5	1978	1978	CD
36036	1215	6	.	.	.
36036	1216	1	Comparative	comparative	JJ
36036	1216	2	Behavioral	Behavioral	NNP
36036	1216	3	Ecology	Ecology	NNP
36036	1216	4	of	of	IN
36036	1216	5	the	the	DT
36036	1216	6	Ringtail	Ringtail	NNP
36036	1216	7	and	and	CC
36036	1216	8	Gray	Gray	NNP
36036	1216	9	Fox	Fox	NNP
36036	1216	10	in	in	IN
36036	1216	11	Southwestern	Southwestern	NNP
36036	1216	12	Utah	Utah	NNP
36036	1216	13	.	.	.
36036	1217	1	_	_	NNP
36036	1217	2	Carnivore	Carnivore	NNP
36036	1217	3	_	_	NNP
36036	1217	4	,	,	,
36036	1217	5	1:3	1:3	CD
36036	1217	6	-	-	SYM
36036	1217	7	32	32	CD
36036	1217	8	,	,	,
36036	1217	9	10	10	CD
36036	1217	10	figures	figure	NNS
36036	1217	11	,	,	,
36036	1217	12	13	13	CD
36036	1217	13	tables	table	NNS
36036	1217	14	,	,	,
36036	1217	15	1	1	CD
36036	1217	16	appendix	appendix	NNP
36036	1217	17	.	.	.
36036	1218	1	United	United	NNP
36036	1218	2	States	States	NNP
36036	1218	3	Department	Department	NNP
36036	1218	4	of	of	IN
36036	1218	5	the	the	DT
36036	1218	6	Interior	Interior	NNP
36036	1218	7	Geological	Geological	NNP
36036	1218	8	Survey	Survey	NNP
36036	1218	9	1972	1972	CD
36036	1218	10	.	.	.
36036	1219	1	_	_	NNP
36036	1219	2	Front	Front	NNP
36036	1219	3	Royal	Royal	NNP
36036	1219	4	Quadrangle	Quadrangle	NNP
36036	1219	5	N3852.5-W7807.5/7.5	N3852.5-W7807.5/7.5	NNP
36036	1219	6	.	.	.
36036	1219	7	_	_	NNP
36036	1219	8	AMS	AMS	NNP
36036	1219	9	5361	5361	CD
36036	1219	10	I	I	NNP
36036	1219	11	NW	NW	NNP
36036	1219	12	-	-	HYPH
36036	1219	13	Series	Series	NNP
36036	1219	14	V034	V034	NNP
36036	1219	15	.	.	.
36036	1220	1	Vogel	Vogel	NNP
36036	1220	2	,	,	,
36036	1220	3	Peter	Peter	NNP
36036	1220	4	1980	1980	CD
36036	1220	5	.	.	.
36036	1221	1	Metabolic	Metabolic	NNP
36036	1221	2	Levels	Levels	NNP
36036	1221	3	and	and	CC
36036	1221	4	Biological	Biological	NNP
36036	1221	5	Strategies	Strategies	NNPS
36036	1221	6	in	in	IN
36036	1221	7	Shrews	Shrews	NNP
36036	1221	8	.	.	.
36036	1222	1	_	_	NNP
36036	1222	2	In	in	IN
36036	1222	3	_	_	NNP
36036	1222	4	Knut	Knut	NNP
36036	1222	5	Schmidt	Schmidt	NNP
36036	1222	6	-	-	HYPH
36036	1222	7	Nielsen	Nielsen	NNP
36036	1222	8	,	,	,
36036	1222	9	Liana	Liana	NNP
36036	1222	10	Bolis	Bolis	NNP
36036	1222	11	,	,	,
36036	1222	12	and	and	CC
36036	1222	13	C.	C.	NNP
36036	1222	14	Richard	Richard	NNP
36036	1222	15	Taylor	Taylor	NNP
36036	1222	16	,	,	,
36036	1222	17	editors	editor	NNS
36036	1222	18	,	,	,
36036	1222	19	_	_	NNP
36036	1222	20	Comparative	Comparative	NNP
36036	1222	21	Physiology	Physiology	NNP
36036	1222	22	:	:	:
36036	1222	23	Primitive	Primitive	NNP
36036	1222	24	Mammals	Mammals	NNPS
36036	1222	25	_	_	NNP
36036	1222	26	,	,	,
36036	1222	27	pages	page	VBZ
36036	1222	28	170	170	CD
36036	1222	29	-	-	SYM
36036	1222	30	180	180	CD
36036	1222	31	,	,	,
36036	1222	32	2	2	CD
36036	1222	33	figures	figure	NNS
36036	1222	34	,	,	,
36036	1222	35	1	1	CD
36036	1222	36	table	table	NN
36036	1222	37	.	.	.
36036	1223	1	Cambridge	Cambridge	NNP
36036	1223	2	:	:	:
36036	1223	3	Cambridge	Cambridge	NNP
36036	1223	4	University	University	NNP
36036	1223	5	Press	Press	NNP
36036	1223	6	.	.	.
36036	1224	1	Wang	Wang	NNP
36036	1224	2	,	,	,
36036	1224	3	Lawrence	Lawrence	NNP
36036	1224	4	C.	C.	NNP
36036	1224	5	H.	H.	NNP
36036	1224	6	,	,	,
36036	1224	7	Douglas	Douglas	NNP
36036	1224	8	L.	L.	NNP
36036	1224	9	Jones	Jones	NNP
36036	1224	10	,	,	,
36036	1224	11	Robert	Robert	NNP
36036	1224	12	A.	A.	NNP
36036	1224	13	MacArthur	MacArthur	NNP
36036	1224	14	,	,	,
36036	1224	15	and	and	CC
36036	1224	16	William	William	NNP
36036	1224	17	A.	A.	NNP
36036	1224	18	Fuller	Fuller	NNP
36036	1224	19	1973	1973	CD
36036	1224	20	.	.	.
36036	1225	1	Adaptation	adaptation	NN
36036	1225	2	to	to	IN
36036	1225	3	Cold	Cold	NNP
36036	1225	4	:	:	:
36036	1225	5	Energy	Energy	NNP
36036	1225	6	Metabolism	Metabolism	NNP
36036	1225	7	in	in	IN
36036	1225	8	an	an	DT
36036	1225	9	Atypical	Atypical	NNP
36036	1225	10	Lagomorph	Lagomorph	NNP
36036	1225	11	,	,	,
36036	1225	12	the	the	DT
36036	1225	13	Arctic	Arctic	NNP
36036	1225	14	Hare	Hare	NNP
36036	1225	15	(	(	-LRB-
36036	1225	16	_	_	NNP
36036	1225	17	Lepus	Lepus	NNP
36036	1225	18	arcticus	arcticus	NN
36036	1225	19	_	_	NNP
36036	1225	20	)	)	-RRB-
36036	1225	21	.	.	.
36036	1226	1	_	_	NNP
36036	1226	2	Canadian	Canadian	NNP
36036	1226	3	Journal	Journal	NNP
36036	1226	4	of	of	IN
36036	1226	5	Zoology	Zoology	NNP
36036	1226	6	_	_	NNP
36036	1226	7	,	,	,
36036	1226	8	51:841	51:841	CD
36036	1226	9	-	-	HYPH
36036	1226	10	846	846	CD
36036	1226	11	,	,	,
36036	1226	12	1	1	CD
36036	1226	13	figure	figure	NN
36036	1226	14	,	,	,
36036	1226	15	2	2	CD
36036	1226	16	tables	table	NNS
36036	1226	17	.	.	.
36036	1227	1	Wayne	Wayne	NNP
36036	1227	2	,	,	,
36036	1227	3	Robert	Robert	NNP
36036	1227	4	K.	K.	NNP
36036	1227	5	,	,	,
36036	1227	6	Raoul	Raoul	NNP
36036	1227	7	E.	E.	NNP
36036	1227	8	Benveniste	Benveniste	NNP
36036	1227	9	,	,	,
36036	1227	10	Dianne	Dianne	NNP
36036	1227	11	N.	N.	NNP
36036	1227	12	Janczewski	Janczewski	NNP
36036	1227	13	,	,	,
36036	1227	14	and	and	CC
36036	1227	15	Stephen	Stephen	NNP
36036	1227	16	J.	J.	NNP
36036	1227	17	O'Brien	O'Brien	NNP
36036	1227	18	1989	1989	CD
36036	1227	19	.	.	.
36036	1228	1	Molecular	Molecular	NNP
36036	1228	2	and	and	CC
36036	1228	3	Biochemical	Biochemical	NNP
36036	1228	4	Evolution	Evolution	NNP
36036	1228	5	of	of	IN
36036	1228	6	the	the	DT
36036	1228	7	Carnivora	Carnivora	NNP
36036	1228	8	.	.	.
36036	1229	1	_	_	NNP
36036	1229	2	In	in	IN
36036	1229	3	_	_	NNP
36036	1229	4	John	John	NNP
36036	1229	5	L.	L.	NNP
36036	1229	6	Gittleman	Gittleman	NNP
36036	1229	7	,	,	,
36036	1229	8	editor	editor	NN
36036	1229	9	,	,	,
36036	1229	10	_	_	NNP
36036	1229	11	Carnivore	Carnivore	NNP
36036	1229	12	Behavior	Behavior	NNP
36036	1229	13	,	,	,
36036	1229	14	Ecology	Ecology	NNP
36036	1229	15	,	,	,
36036	1229	16	and	and	CC
36036	1229	17	Evolution	Evolution	NNP
36036	1229	18	_	_	NNP
36036	1229	19	,	,	,
36036	1229	20	pages	page	VBZ
36036	1229	21	465	465	CD
36036	1229	22	-	-	SYM
36036	1229	23	494	494	CD
36036	1229	24	,	,	,
36036	1229	25	5	5	CD
36036	1229	26	figures	figure	NNS
36036	1229	27	,	,	,
36036	1229	28	2	2	CD
36036	1229	29	tables	table	NNS
36036	1229	30	.	.	.
36036	1230	1	Ithaca	ithaca	NN
36036	1230	2	:	:	:
36036	1230	3	Cornell	Cornell	NNP
36036	1230	4	University	University	NNP
36036	1230	5	Press	Press	NNP
36036	1230	6	.	.	.
36036	1231	1	Webb	Webb	NNP
36036	1231	2	,	,	,
36036	1231	3	S.	S.	NNP
36036	1231	4	David	David	NNP
36036	1231	5	1977	1977	CD
36036	1231	6	.	.	.
36036	1232	1	A	a	DT
36036	1232	2	History	history	NN
36036	1232	3	of	of	IN
36036	1232	4	Savanna	Savanna	NNP
36036	1232	5	Vertebrates	Vertebrates	NNPS
36036	1232	6	in	in	IN
36036	1232	7	the	the	DT
36036	1232	8	New	New	NNP
36036	1232	9	World	World	NNP
36036	1232	10	,	,	,
36036	1232	11	Part	Part	NNP
36036	1232	12	I	-PRON-	PRP
36036	1232	13	:	:	:
36036	1232	14	North	North	NNP
36036	1232	15	America	America	NNP
36036	1232	16	.	.	.
36036	1233	1	_	_	NNP
36036	1233	2	Annual	Annual	NNP
36036	1233	3	Review	Review	NNP
36036	1233	4	of	of	IN
36036	1233	5	Ecology	Ecology	NNP
36036	1233	6	and	and	CC
36036	1233	7	Systematics	Systematics	NNP
36036	1233	8	_	_	NNP
36036	1233	9	,	,	,
36036	1233	10	8:355	8:355	CD
36036	1233	11	-	-	SYM
36036	1233	12	380	380	CD
36036	1233	13	,	,	,
36036	1233	14	2	2	CD
36036	1233	15	figures	figure	NNS
36036	1233	16	.	.	.
36036	1234	1	1978	1978	CD
36036	1234	2	.	.	.
36036	1235	1	A	a	DT
36036	1235	2	History	history	NN
36036	1235	3	of	of	IN
36036	1235	4	Savanna	Savanna	NNP
36036	1235	5	Vertebrates	Vertebrates	NNPS
36036	1235	6	in	in	IN
36036	1235	7	the	the	DT
36036	1235	8	New	New	NNP
36036	1235	9	World	World	NNP
36036	1235	10	,	,	,
36036	1235	11	Part	Part	NNP
36036	1235	12	II	II	NNP
36036	1235	13	:	:	:
36036	1235	14	South	South	NNP
36036	1235	15	America	America	NNP
36036	1235	16	and	and	CC
36036	1235	17	the	the	DT
36036	1235	18	Great	Great	NNP
36036	1235	19	Interchange	Interchange	NNP
36036	1235	20	.	.	.
36036	1236	1	_	_	NNP
36036	1236	2	Annual	Annual	NNP
36036	1236	3	Review	Review	NNP
36036	1236	4	of	of	IN
36036	1236	5	Ecology	Ecology	NNP
36036	1236	6	and	and	CC
36036	1236	7	Systematics	Systematics	NNP
36036	1236	8	_	_	NNP
36036	1236	9	,	,	,
36036	1236	10	9:393	9:393	CD
36036	1236	11	-	-	HYPH
36036	1236	12	426	426	CD
36036	1236	13	,	,	,
36036	1236	14	1	1	CD
36036	1236	15	table	table	NN
36036	1236	16	.	.	.
36036	1237	1	1985a	1985a	LS
36036	1237	2	.	.	.
36036	1238	1	Main	main	JJ
36036	1238	2	Pathways	pathway	NNS
36036	1238	3	of	of	IN
36036	1238	4	Mammalian	Mammalian	NNP
36036	1238	5	Diversification	Diversification	NNP
36036	1238	6	in	in	IN
36036	1238	7	North	North	NNP
36036	1238	8	America	America	NNP
36036	1238	9	.	.	.
36036	1239	1	_	_	NNP
36036	1239	2	In	in	IN
36036	1239	3	_	_	NNP
36036	1239	4	F.	F.	NNP
36036	1239	5	G.	G.	NNP
36036	1239	6	Stehli	Stehli	NNP
36036	1239	7	and	and	CC
36036	1239	8	S.	S.	NNP
36036	1239	9	D.	D.	NNP
36036	1239	10	Webb	Webb	NNP
36036	1239	11	,	,	,
36036	1239	12	editors	editor	NNS
36036	1239	13	,	,	,
36036	1239	14	_	_	NNP
36036	1239	15	The	the	DT
36036	1239	16	Great	Great	NNP
36036	1239	17	American	American	NNP
36036	1239	18	Biotic	Biotic	NNP
36036	1239	19	Interchange	Interchange	NNP
36036	1239	20	_	_	NNP
36036	1239	21	,	,	,
36036	1239	22	pages	page	VBZ
36036	1239	23	201	201	CD
36036	1239	24	-	-	SYM
36036	1239	25	217	217	CD
36036	1239	26	,	,	,
36036	1239	27	1	1	CD
36036	1239	28	figure	figure	NN
36036	1239	29	,	,	,
36036	1239	30	1	1	CD
36036	1239	31	table	table	NN
36036	1239	32	.	.	.
36036	1240	1	New	New	NNP
36036	1240	2	York	York	NNP
36036	1240	3	:	:	:
36036	1240	4	Plenum	Plenum	NNP
36036	1240	5	Publishing	Publishing	NNP
36036	1240	6	.	.	.
36036	1241	1	1985b	1985b	CD
36036	1241	2	.	.	.
36036	1242	1	Late	late	JJ
36036	1242	2	Cenozoic	Cenozoic	NNP
36036	1242	3	Mammal	mammal	JJ
36036	1242	4	Dispersals	dispersal	NNS
36036	1242	5	between	between	IN
36036	1242	6	the	the	DT
36036	1242	7	Americas	Americas	NNPS
36036	1242	8	.	.	.
36036	1243	1	_	_	NNP
36036	1243	2	In	in	IN
36036	1243	3	_	_	NNP
36036	1243	4	F.	F.	NNP
36036	1243	5	G.	G.	NNP
36036	1243	6	Stehli	Stehli	NNP
36036	1243	7	and	and	CC
36036	1243	8	S.	S.	NNP
36036	1243	9	D.	D.	NNP
36036	1243	10	Webb	Webb	NNP
36036	1243	11	,	,	,
36036	1243	12	editors	editor	NNS
36036	1243	13	.	.	.
36036	1244	1	_	_	NNP
36036	1244	2	The	the	DT
36036	1244	3	Great	Great	NNP
36036	1244	4	American	American	NNP
36036	1244	5	Biotic	Biotic	NNP
36036	1244	6	Interchange	Interchange	NNP
36036	1244	7	_	_	NNP
36036	1244	8	,	,	,
36036	1244	9	pages	page	VBZ
36036	1244	10	357	357	CD
36036	1244	11	-	-	SYM
36036	1244	12	386	386	CD
36036	1244	13	,	,	,
36036	1244	14	3	3	CD
36036	1244	15	figures	figure	NNS
36036	1244	16	,	,	,
36036	1244	17	1	1	CD
36036	1244	18	table	table	NN
36036	1244	19	.	.	.
36036	1245	1	New	New	NNP
36036	1245	2	York	York	NNP
36036	1245	3	:	:	:
36036	1245	4	Plenum	Plenum	NNP
36036	1245	5	Publishing	Publishing	NNP
36036	1245	6	.	.	.
36036	1246	1	Whitney	Whitney	NNP
36036	1246	2	,	,	,
36036	1246	3	Leon	Leon	NNP
36036	1246	4	F.	F.	NNP
36036	1246	5	,	,	,
36036	1246	6	and	and	CC
36036	1246	7	Acil	Acil	NNP
36036	1246	8	B.	B.	NNP
36036	1246	9	Underwood	Underwood	NNP
36036	1246	10	1952	1952	CD
36036	1246	11	.	.	.
36036	1247	1	_	_	NNP
36036	1247	2	The	the	DT
36036	1247	3	Raccoon	Raccoon	NNP
36036	1247	4	.	.	.
36036	1247	5	_	_	NNP
36036	1247	6	vi	vi	NNP
36036	1247	7	+	+	DT
36036	1247	8	177	177	CD
36036	1247	9	pages	page	NNS
36036	1247	10	,	,	,
36036	1247	11	2	2	CD
36036	1247	12	tables	table	NNS
36036	1247	13	,	,	,
36036	1247	14	8	8	CD
36036	1247	15	plates	plate	NNS
36036	1247	16	.	.	.
36036	1248	1	Orange	Orange	NNP
36036	1248	2	,	,	,
36036	1248	3	Connecticut	Connecticut	NNP
36036	1248	4	:	:	:
36036	1248	5	Practical	Practical	NNP
36036	1248	6	Science	Science	NNP
36036	1248	7	Publishing	Publishing	NNP
36036	1248	8	Company	Company	NNP
36036	1248	9	.	.	.
36036	1249	1	Wood	wood	NN
36036	1249	2	,	,	,
36036	1249	3	John	John	NNP
36036	1249	4	E.	E.	NNP
36036	1249	5	1954	1954	CD
36036	1249	6	.	.	.
36036	1250	1	Food	food	NN
36036	1250	2	Habits	Habits	NNPS
36036	1250	3	of	of	IN
36036	1250	4	Furbearers	Furbearers	NNPS
36036	1250	5	of	of	IN
36036	1250	6	the	the	DT
36036	1250	7	Upland	Upland	NNP
36036	1250	8	Post	Post	NNP
36036	1250	9	Oak	Oak	NNP
36036	1250	10	Region	Region	NNP
36036	1250	11	in	in	IN
36036	1250	12	Texas	Texas	NNP
36036	1250	13	.	.	.
36036	1251	1	_	_	NNP
36036	1251	2	Journal	Journal	NNP
36036	1251	3	of	of	IN
36036	1251	4	Mammalogy	Mammalogy	NNP
36036	1251	5	_	_	NNP
36036	1251	6	,	,	,
36036	1251	7	35:406	35:406	CD
36036	1251	8	-	-	SYM
36036	1251	9	414	414	CD
36036	1251	10	,	,	,
36036	1251	11	2	2	CD
36036	1251	12	tables	table	NNS
36036	1251	13	.	.	.
36036	1252	1	Wozencraft	Wozencraft	NNP
36036	1252	2	,	,	,
36036	1252	3	W.	W.	NNP
36036	1252	4	Chris	Chris	NNP
36036	1252	5	1984	1984	CD
36036	1252	6	.	.	.
36036	1253	1	A	a	DT
36036	1253	2	Phylogenetic	Phylogenetic	NNP
36036	1253	3	Reappraisal	Reappraisal	NNP
36036	1253	4	of	of	IN
36036	1253	5	the	the	DT
36036	1253	6	Viverridae	Viverridae	NNP
36036	1253	7	and	and	CC
36036	1253	8	Its	-PRON-	PRP$
36036	1253	9	Relationship	relationship	NN
36036	1253	10	to	to	IN
36036	1253	11	Other	Other	NNP
36036	1253	12	Carnivora	Carnivora	NNP
36036	1253	13	.	.	.
36036	1254	1	Two	two	CD
36036	1254	2	volumes	volume	NNS
36036	1254	3	,	,	,
36036	1254	4	xxviii	xxviii	NN
36036	1254	5	+	+	SYM
36036	1254	6	1023	1023	CD
36036	1254	7	pages	page	NNS
36036	1254	8	,	,	,
36036	1254	9	22	22	CD
36036	1254	10	figures	figure	NNS
36036	1254	11	,	,	,
36036	1254	12	81	81	CD
36036	1254	13	tables	table	NNS
36036	1254	14	,	,	,
36036	1254	15	34	34	CD
36036	1254	16	plates	plate	NNS
36036	1254	17	,	,	,
36036	1254	18	9	9	CD
36036	1254	19	appendices	appendix	NNS
36036	1254	20	.	.	.
36036	1255	1	Doctoral	doctoral	JJ
36036	1255	2	dissertation	dissertation	NN
36036	1255	3	,	,	,
36036	1255	4	Department	Department	NNP
36036	1255	5	of	of	IN
36036	1255	6	Systematics	Systematics	NNP
36036	1255	7	and	and	CC
36036	1255	8	Ecology	Ecology	NNP
36036	1255	9	,	,	,
36036	1255	10	University	University	NNP
36036	1255	11	of	of	IN
36036	1255	12	Kansas	Kansas	NNP
36036	1255	13	,	,	,
36036	1255	14	Lawrence	Lawrence	NNP
36036	1255	15	.	.	.
36036	1256	1	1989a	1989a	CD
36036	1256	2	.	.	.
36036	1257	1	The	the	DT
36036	1257	2	Phylogeny	Phylogeny	NNP
36036	1257	3	of	of	IN
36036	1257	4	the	the	DT
36036	1257	5	Recent	Recent	NNP
36036	1257	6	Carnivora	Carnivora	NNP
36036	1257	7	.	.	.
36036	1258	1	_	_	NNP
36036	1258	2	In	in	IN
36036	1258	3	_	_	NNP
36036	1258	4	John	John	NNP
36036	1258	5	L.	L.	NNP
36036	1258	6	Gettleman	Gettleman	NNP
36036	1258	7	,	,	,
36036	1258	8	editor	editor	NN
36036	1258	9	.	.	.
36036	1259	1	_	_	NNP
36036	1259	2	Carnivore	Carnivore	NNP
36036	1259	3	Behavior	Behavior	NNP
36036	1259	4	,	,	,
36036	1259	5	Ecology	Ecology	NNP
36036	1259	6	,	,	,
36036	1259	7	and	and	CC
36036	1259	8	Evolution	Evolution	NNP
36036	1259	9	_	_	NNP
36036	1259	10	,	,	,
36036	1259	11	pages	page	VBZ
36036	1259	12	495	495	CD
36036	1259	13	-	-	SYM
36036	1259	14	535	535	CD
36036	1259	15	,	,	,
36036	1259	16	2	2	CD
36036	1259	17	figures	figure	NNS
36036	1259	18	,	,	,
36036	1259	19	2	2	CD
36036	1259	20	tables	table	NNS
36036	1259	21	,	,	,
36036	1259	22	1	1	CD
36036	1259	23	appendix	appendix	NNP
36036	1259	24	.	.	.
36036	1260	1	Ithaca	ithaca	NN
36036	1260	2	:	:	:
36036	1260	3	Cornell	Cornell	NNP
36036	1260	4	University	University	NNP
36036	1260	5	Press	Press	NNP
36036	1260	6	.	.	.
36036	1261	1	1989b	1989b	CD
36036	1261	2	.	.	.
36036	1262	1	Appendix	Appendix	NNP
36036	1262	2	:	:	:
36036	1262	3	Classification	classification	NN
36036	1262	4	of	of	IN
36036	1262	5	the	the	DT
36036	1262	6	Recent	Recent	NNP
36036	1262	7	Carnivora	Carnivora	NNP
36036	1262	8	.	.	.
36036	1263	1	_	_	NNP
36036	1263	2	In	in	IN
36036	1263	3	_	_	NNP
36036	1263	4	John	John	NNP
36036	1263	5	L.	L.	NNP
36036	1263	6	Gittleman	Gittleman	NNP
36036	1263	7	,	,	,
36036	1263	8	editor	editor	NN
36036	1263	9	,	,	,
36036	1263	10	_	_	NNP
36036	1263	11	Carnivore	Carnivore	NNP
36036	1263	12	Behavior	Behavior	NNP
36036	1263	13	,	,	,
36036	1263	14	Ecology	Ecology	NNP
36036	1263	15	,	,	,
36036	1263	16	and	and	CC
36036	1263	17	Evolution	Evolution	NNP
36036	1263	18	_	_	NNP
36036	1263	19	,	,	,
36036	1263	20	pages	page	VBZ
36036	1263	21	569	569	CD
36036	1263	22	-	-	HYPH
36036	1263	23	593	593	CD
36036	1263	24	.	.	.
36036	1264	1	Ithaca	ithaca	NN
36036	1264	2	:	:	:
36036	1264	3	Cornell	Cornell	NNP
36036	1264	4	University	University	NNP
36036	1264	5	Press	Press	NNP
36036	1264	6	.	.	.
36036	1265	1	Wurster	Wurster	NNP
36036	1265	2	,	,	,
36036	1265	3	D.	D.	NNP
36036	1265	4	H.	H.	NNP
36036	1265	5	,	,	,
36036	1265	6	and	and	CC
36036	1265	7	K.	K.	NNP
36036	1265	8	Benirschke	Benirschke	NNP
36036	1265	9	1968	1968	CD
36036	1265	10	.	.	.
36036	1266	1	Comparative	comparative	JJ
36036	1266	2	Cytogenetic	Cytogenetic	NNP
36036	1266	3	Studies	Studies	NNPS
36036	1266	4	in	in	IN
36036	1266	5	the	the	DT
36036	1266	6	Order	Order	NNP
36036	1266	7	_	_	NNP
36036	1266	8	Carnivora	Carnivora	NNP
36036	1266	9	_	_	NNP
36036	1266	10	.	.	.
36036	1267	1	_	_	NNP
36036	1267	2	Chromosoma	Chromosoma	NNP
36036	1267	3	_	_	NNP
36036	1267	4	(	(	-LRB-
36036	1267	5	Berlin	Berlin	NNP
36036	1267	6	)	)	-RRB-
36036	1267	7	,	,	,
36036	1267	8	24:336	24:336	CD
36036	1267	9	-	-	SYM
36036	1267	10	382	382	CD
36036	1267	11	,	,	,
36036	1267	12	34	34	CD
36036	1267	13	figures	figure	NNS
36036	1267	14	,	,	,
36036	1267	15	1	1	CD
36036	1267	16	table	table	NN
36036	1267	17	.	.	.
36036	1268	1	Zervanos	Zervanos	NNP
36036	1268	2	,	,	,
36036	1268	3	Stam	Stam	NNP
36036	1268	4	M.	M.	NNP
36036	1268	5	1975	1975	CD
36036	1268	6	.	.	.
36036	1269	1	Seasonal	seasonal	JJ
36036	1269	2	Effects	Effects	NNPS
36036	1269	3	of	of	IN
36036	1269	4	Temperature	temperature	NN
36036	1269	5	on	on	IN
36036	1269	6	the	the	DT
36036	1269	7	Respiratory	Respiratory	NNP
36036	1269	8	Metabolism	Metabolism	NNP
36036	1269	9	of	of	IN
36036	1269	10	the	the	DT
36036	1269	11	Collared	Collared	NNP
36036	1269	12	Peccary	Peccary	NNP
36036	1269	13	(	(	-LRB-
36036	1269	14	_	_	NNP
36036	1269	15	Tayassu	Tayassu	NNP
36036	1269	16	tajacu	tajacu	NN
36036	1269	17	_	_	NNP
36036	1269	18	)	)	-RRB-
36036	1269	19	.	.	.
36036	1270	1	_	_	NNP
36036	1270	2	Comparative	Comparative	NNP
36036	1270	3	Biochemistry	Biochemistry	NNP
36036	1270	4	and	and	CC
36036	1270	5	Physiology	Physiology	NNP
36036	1270	6	_	_	NNP
36036	1270	7	,	,	,
36036	1270	8	50A:365	50a:365	CD
36036	1270	9	-	-	SYM
36036	1270	10	371	371	CD
36036	1270	11	,	,	,
36036	1270	12	6	6	CD
36036	1270	13	figures	figure	NNS
36036	1270	14	.	.	.
36036	1271	1	*	*	NFP
36036	1271	2	*	*	NFP
36036	1271	3	*	*	NFP
36036	1271	4	*	*	NFP
36036	1271	5	*	*	NFP
36036	1271	6	*	*	NFP
36036	1271	7	*	*	NFP
36036	1271	8	SERIES	serie	NNS
36036	1271	9	PUBLICATIONS	publications	NN
36036	1271	10	OF	of	IN
36036	1271	11	THE	the	DT
36036	1271	12	SMITHSONIAN	SMITHSONIAN	NNP
36036	1271	13	INSTITUTION	institution	NN
36036	1271	14	Emphasis	emphasis	NN
36036	1271	15	upon	upon	IN
36036	1271	16	publication	publication	NN
36036	1271	17	as	as	IN
36036	1271	18	a	a	DT
36036	1271	19	means	means	NN
36036	1271	20	of	of	IN
36036	1271	21	"	"	``
36036	1271	22	diffusing	diffuse	VBG
36036	1271	23	knowledge	knowledge	NN
36036	1271	24	"	"	''
36036	1271	25	was	be	VBD
36036	1271	26	expressed	express	VBN
36036	1271	27	by	by	IN
36036	1271	28	the	the	DT
36036	1271	29	first	first	JJ
36036	1271	30	Secretary	Secretary	NNP
36036	1271	31	of	of	IN
36036	1271	32	the	the	DT
36036	1271	33	Smithsonian	Smithsonian	NNP
36036	1271	34	.	.	.
36036	1272	1	In	in	IN
36036	1272	2	his	-PRON-	PRP$
36036	1272	3	formal	formal	JJ
36036	1272	4	plan	plan	NN
36036	1272	5	for	for	IN
36036	1272	6	the	the	DT
36036	1272	7	institution	institution	NN
36036	1272	8	,	,	,
36036	1272	9	Joseph	Joseph	NNP
36036	1272	10	Henry	Henry	NNP
36036	1272	11	outlined	outline	VBD
36036	1272	12	a	a	DT
36036	1272	13	program	program	NN
36036	1272	14	that	that	WDT
36036	1272	15	included	include	VBD
36036	1272	16	the	the	DT
36036	1272	17	following	follow	VBG
36036	1272	18	statement	statement	NN
36036	1272	19	:	:	:
36036	1272	20	"	"	``
36036	1272	21	It	-PRON-	PRP
36036	1272	22	is	be	VBZ
36036	1272	23	proposed	propose	VBN
36036	1272	24	to	to	TO
36036	1272	25	publish	publish	VB
36036	1272	26	a	a	DT
36036	1272	27	series	series	NN
36036	1272	28	of	of	IN
36036	1272	29	reports	report	NNS
36036	1272	30	,	,	,
36036	1272	31	giving	give	VBG
36036	1272	32	an	an	DT
36036	1272	33	account	account	NN
36036	1272	34	of	of	IN
36036	1272	35	the	the	DT
36036	1272	36	new	new	JJ
36036	1272	37	discoveries	discovery	NNS
36036	1272	38	in	in	IN
36036	1272	39	science	science	NN
36036	1272	40	,	,	,
36036	1272	41	and	and	CC
36036	1272	42	of	of	IN
36036	1272	43	the	the	DT
36036	1272	44	changes	change	NNS
36036	1272	45	made	make	VBN
36036	1272	46	from	from	IN
36036	1272	47	year	year	NN
36036	1272	48	to	to	IN
36036	1272	49	year	year	NN
36036	1272	50	in	in	IN
36036	1272	51	all	all	DT
36036	1272	52	branches	branch	NNS
36036	1272	53	of	of	IN
36036	1272	54	knowledge	knowledge	NN
36036	1272	55	.	.	.
36036	1272	56	"	"	''
36036	1273	1	This	this	DT
36036	1273	2	theme	theme	NN
36036	1273	3	of	of	IN
36036	1273	4	basic	basic	JJ
36036	1273	5	research	research	NN
36036	1273	6	has	have	VBZ
36036	1273	7	been	be	VBN
36036	1273	8	adhered	adhere	VBN
36036	1273	9	to	to	IN
36036	1273	10	through	through	IN
36036	1273	11	the	the	DT
36036	1273	12	years	year	NNS
36036	1273	13	by	by	IN
36036	1273	14	thousands	thousand	NNS
36036	1273	15	of	of	IN
36036	1273	16	titles	title	NNS
36036	1273	17	issued	issue	VBN
36036	1273	18	in	in	IN
36036	1273	19	series	series	NN
36036	1273	20	publications	publication	NNS
36036	1273	21	under	under	IN
36036	1273	22	the	the	DT
36036	1273	23	Smithsonian	smithsonian	JJ
36036	1273	24	imprint	imprint	NN
36036	1273	25	,	,	,
36036	1273	26	commencing	commence	VBG
36036	1273	27	with	with	IN
36036	1273	28	_	_	NNP
36036	1273	29	Smithsonian	Smithsonian	NNP
36036	1273	30	Contributions	Contributions	NNP
36036	1273	31	to	to	IN
36036	1273	32	Knowledge	Knowledge	NNP
36036	1273	33	_	_	NNP
36036	1273	34	in	in	IN
36036	1273	35	1848	1848	CD
36036	1273	36	and	and	CC
36036	1273	37	continuing	continue	VBG
36036	1273	38	with	with	IN
36036	1273	39	the	the	DT
36036	1273	40	following	follow	VBG
36036	1273	41	active	active	JJ
36036	1273	42	series	series	NN
36036	1273	43	:	:	:
36036	1273	44	_	_	NNP
36036	1273	45	Smithsonian	Smithsonian	NNP
36036	1273	46	Contributions	Contributions	NNP
36036	1273	47	to	to	IN
36036	1273	48	Anthropology	Anthropology	NNP
36036	1273	49	_	_	NNP
36036	1273	50	_	_	NNP
36036	1273	51	Smithsonian	Smithsonian	NNP
36036	1273	52	Contributions	Contributions	NNP
36036	1273	53	to	to	IN
36036	1273	54	Botany	Botany	NNP
36036	1273	55	_	_	NNP
36036	1273	56	_	_	NNP
36036	1273	57	Smithsonian	Smithsonian	NNP
36036	1273	58	Contributions	Contributions	NNP
36036	1273	59	to	to	IN
36036	1273	60	the	the	DT
36036	1273	61	Earth	Earth	NNP
36036	1273	62	Sciences	Sciences	NNPS
36036	1273	63	_	_	NNP
36036	1273	64	_	_	NNP
36036	1273	65	Smithsonian	Smithsonian	NNP
36036	1273	66	Contributions	Contributions	NNP
36036	1273	67	to	to	IN
36036	1273	68	the	the	DT
36036	1273	69	Marine	Marine	NNP
36036	1273	70	Sciences	Sciences	NNPS
36036	1273	71	_	_	NNP
36036	1273	72	_	_	NNP
36036	1273	73	Smithsonian	Smithsonian	NNP
36036	1273	74	Contributions	Contributions	NNP
36036	1273	75	to	to	IN
36036	1273	76	Paleobiology	Paleobiology	NNP
36036	1273	77	_	_	NNP
36036	1273	78	_	_	NNP
36036	1273	79	Smithsonian	Smithsonian	NNP
36036	1273	80	Contributions	Contributions	NNP
36036	1273	81	to	to	IN
36036	1273	82	Zoology	Zoology	NNP
36036	1273	83	_	_	NNP
36036	1273	84	_	_	NNP
36036	1273	85	Smithsonian	Smithsonian	NNP
36036	1273	86	Folklife	Folklife	NNP
36036	1273	87	Studies	Studies	NNPS
36036	1273	88	_	_	NNP
36036	1273	89	_	_	NNP
36036	1273	90	Smithsonian	Smithsonian	NNP
36036	1273	91	Studies	Studies	NNPS
36036	1273	92	in	in	IN
36036	1273	93	Air	Air	NNP
36036	1273	94	and	and	CC
36036	1273	95	Space	Space	NNP
36036	1273	96	_	_	NNP
36036	1273	97	_	_	NNP
36036	1273	98	Smithsonian	Smithsonian	NNP
36036	1273	99	Studies	Studies	NNPS
36036	1273	100	in	in	IN
36036	1273	101	History	History	NNP
36036	1273	102	and	and	CC
36036	1273	103	Technology	Technology	NNP
36036	1273	104	_	_	NNP
36036	1273	105	In	in	IN
36036	1273	106	these	these	DT
36036	1273	107	series	series	NN
36036	1273	108	,	,	,
36036	1273	109	the	the	DT
36036	1273	110	Institution	Institution	NNP
36036	1273	111	publishes	publish	VBZ
36036	1273	112	small	small	JJ
36036	1273	113	papers	paper	NNS
36036	1273	114	and	and	CC
36036	1273	115	full	full	JJ
36036	1273	116	-	-	HYPH
36036	1273	117	scale	scale	NN
36036	1273	118	monographs	monographs	NN
36036	1273	119	that	that	WDT
36036	1273	120	report	report	VBP
36036	1273	121	the	the	DT
36036	1273	122	research	research	NN
36036	1273	123	and	and	CC
36036	1273	124	collections	collection	NNS
36036	1273	125	of	of	IN
36036	1273	126	its	-PRON-	PRP$
36036	1273	127	various	various	JJ
36036	1273	128	museums	museum	NNS
36036	1273	129	and	and	CC
36036	1273	130	bureaux	bureaux	NN
36036	1273	131	or	or	CC
36036	1273	132	of	of	IN
36036	1273	133	professional	professional	JJ
36036	1273	134	colleagues	colleague	NNS
36036	1273	135	in	in	IN
36036	1273	136	the	the	DT
36036	1273	137	world	world	NN
36036	1273	138	of	of	IN
36036	1273	139	science	science	NN
36036	1273	140	and	and	CC
36036	1273	141	scholarship	scholarship	NN
36036	1273	142	.	.	.
36036	1274	1	The	the	DT
36036	1274	2	publications	publication	NNS
36036	1274	3	are	be	VBP
36036	1274	4	distributed	distribute	VBN
36036	1274	5	by	by	IN
36036	1274	6	mailing	mail	VBG
36036	1274	7	lists	list	NNS
36036	1274	8	to	to	IN
36036	1274	9	libraries	library	NNS
36036	1274	10	,	,	,
36036	1274	11	universities	university	NNS
36036	1274	12	,	,	,
36036	1274	13	and	and	CC
36036	1274	14	similar	similar	JJ
36036	1274	15	institutions	institution	NNS
36036	1274	16	throughout	throughout	IN
36036	1274	17	the	the	DT
36036	1274	18	world	world	NN
36036	1274	19	.	.	.
36036	1275	1	Papers	paper	NNS
36036	1275	2	or	or	CC
36036	1275	3	monographs	monographs	NNP
36036	1275	4	submitted	submit	VBD
36036	1275	5	for	for	IN
36036	1275	6	series	series	NN
36036	1275	7	publication	publication	NN
36036	1275	8	are	be	VBP
36036	1275	9	received	receive	VBN
36036	1275	10	by	by	IN
36036	1275	11	the	the	DT
36036	1275	12	Smithsonian	Smithsonian	NNP
36036	1275	13	Institution	Institution	NNP
36036	1275	14	Press	Press	NNP
36036	1275	15	,	,	,
36036	1275	16	subject	subject	JJ
36036	1275	17	to	to	IN
36036	1275	18	its	-PRON-	PRP$
36036	1275	19	own	own	JJ
36036	1275	20	review	review	NN
36036	1275	21	for	for	IN
36036	1275	22	format	format	NN
36036	1275	23	and	and	CC
36036	1275	24	style	style	NN
36036	1275	25	,	,	,
36036	1275	26	only	only	RB
36036	1275	27	through	through	IN
36036	1275	28	departments	department	NNS
36036	1275	29	of	of	IN
36036	1275	30	the	the	DT
36036	1275	31	various	various	JJ
36036	1275	32	Smithsonian	smithsonian	JJ
36036	1275	33	museums	museum	NNS
36036	1275	34	or	or	CC
36036	1275	35	bureaux	bureaux	NN
36036	1275	36	,	,	,
36036	1275	37	where	where	WRB
36036	1275	38	the	the	DT
36036	1275	39	manuscripts	manuscript	NNS
36036	1275	40	are	be	VBP
36036	1275	41	given	give	VBN
36036	1275	42	substantive	substantive	JJ
36036	1275	43	review	review	NN
36036	1275	44	.	.	.
36036	1276	1	Press	press	NN
36036	1276	2	requirements	requirement	NNS
36036	1276	3	for	for	IN
36036	1276	4	manuscript	manuscript	NN
36036	1276	5	and	and	CC
36036	1276	6	art	art	NN
36036	1276	7	preparation	preparation	NN
36036	1276	8	are	be	VBP
36036	1276	9	outlined	outline	VBN
36036	1276	10	on	on	IN
36036	1276	11	the	the	DT
36036	1276	12	inside	inside	JJ
36036	1276	13	back	back	JJ
36036	1276	14	cover	cover	NN
36036	1276	15	.	.	.
36036	1277	1	Robert	Robert	NNP
36036	1277	2	McC.	McC.	NNP
36036	1278	1	Adams	Adams	NNP
36036	1278	2	_	_	NNP
36036	1278	3	Secretary	Secretary	NNP
36036	1278	4	_	_	NNP
36036	1278	5	Smithsonian	Smithsonian	NNP
36036	1278	6	Institution	Institution	NNP
36036	1278	7	*	*	NFP
36036	1278	8	*	*	NFP
36036	1278	9	*	*	NFP
36036	1278	10	*	*	NFP
36036	1278	11	*	*	NFP
36036	1278	12	*	*	NFP
36036	1278	13	*	*	NFP
36036	1278	14	TRANSCRIBER	TRANSCRIBER	NNP
36036	1278	15	'S	be	VBZ
36036	1278	16	NOTES	note	NNS
36036	1278	17	With	with	IN
36036	1278	18	the	the	DT
36036	1278	19	exception	exception	NN
36036	1278	20	of	of	IN
36036	1278	21	the	the	DT
36036	1278	22	typographical	typographical	JJ
36036	1278	23	corrections	correction	NNS
36036	1278	24	listed	list	VBN
36036	1278	25	below	below	RB
36036	1278	26	and	and	CC
36036	1278	27	some	some	DT
36036	1278	28	minor	minor	JJ
36036	1278	29	changes	change	NNS
36036	1278	30	that	that	WDT
36036	1278	31	may	may	MD
36036	1278	32	have	have	VB
36036	1278	33	been	be	VBN
36036	1278	34	made	make	VBN
36036	1278	35	in	in	IN
36036	1278	36	moving	move	VBG
36036	1278	37	tables	table	NNS
36036	1278	38	or	or	CC
36036	1278	39	illustrations	illustration	NNS
36036	1278	40	so	so	IN
36036	1278	41	that	that	IN
36036	1278	42	they	-PRON-	PRP
36036	1278	43	are	be	VBP
36036	1278	44	rejoined	rejoin	VBN
36036	1278	45	,	,	,
36036	1278	46	the	the	DT
36036	1278	47	text	text	NN
36036	1278	48	presented	present	VBD
36036	1278	49	is	be	VBZ
36036	1278	50	that	that	IN
36036	1278	51	published	publish	VBN
36036	1278	52	in	in	IN
36036	1278	53	the	the	DT
36036	1278	54	original	original	JJ
36036	1278	55	printed	print	VBN
36036	1278	56	media	medium	NNS
36036	1278	57	.	.	.
36036	1279	1	Also	also	RB
36036	1279	2	,	,	,
36036	1279	3	the	the	DT
36036	1279	4	second	second	JJ
36036	1279	5	instance	instance	NN
36036	1279	6	of	of	IN
36036	1279	7	t	t	NN
36036	1279	8	-	-	HYPH
36036	1279	9	tests	test	NNS
36036	1279	10	was	be	VBD
36036	1279	11	changed	change	VBN
36036	1279	12	to	to	IN
36036	1279	13	_	_	NNP
36036	1279	14	t_-tests	t_-tests	NNP
36036	1279	15	as	as	IN
36036	1279	16	the	the	DT
36036	1279	17	letter	letter	NN
36036	1279	18	"	"	``
36036	1279	19	t	t	NN
36036	1279	20	"	"	''
36036	1279	21	is	be	VBZ
36036	1279	22	usually	usually	RB
36036	1279	23	italicized	italicize	VBN
36036	1279	24	by	by	IN
36036	1279	25	statisticians	statistician	NNS
36036	1279	26	.	.	.
36036	1280	1	Emphasis	Emphasis	NNP
36036	1280	2	Notation	Notation	NNP
36036	1280	3	_	_	NNP
36036	1280	4	Text	Text	NNP
36036	1280	5	_	_	NNP
36036	1280	6	=	=	SYM
36036	1280	7	Italics	Italics	NNP
36036	1280	8	$	$	$
36036	1280	9	Text$	text$	NN
36036	1280	10	=	=	NFP
36036	1280	11	Bold	Bold	NNP
36036	1280	12	a_{b	a_{b	NNP
36036	1280	13	}	}	-RRB-
36036	1280	14	=	=	SYM
36036	1280	15	a	a	NN
36036	1280	16	with	with	IN
36036	1280	17	subscript	subscript	NN
36036	1280	18	b	b	NN
36036	1280	19	a^{b	a^{b	NN
36036	1280	20	}	}	-RRB-
36036	1280	21	=	=	NFP
36036	1280	22	a	a	FW
36036	1280	23	with	with	IN
36036	1280	24	superscript	superscript	NN
36036	1280	25	b	b	NNP
36036	1280	26	Typographical	Typographical	NNP
36036	1280	27	Corrections	Corrections	NNPS
36036	1280	28	Page	Page	NNP
36036	1280	29	ii	ii	NNP
36036	1280	30	,	,	,
36036	1280	31	Instituion	Instituion	NNP
36036	1280	32	's	's	POS
36036	1280	33	=	=	NN
36036	1280	34	>	>	XX
36036	1280	35	Institution	Institution	NNP
36036	1280	36	's	's	POS
36036	1280	37	Page	Page	NNP
36036	1280	38	1	1	CD
36036	1280	39	,	,	,
36036	1280	40	linages	linage	NNS
36036	1280	41	=	=	SYM
36036	1280	42	>	>	XX
36036	1280	43	lineages	lineage	NNS
36036	1280	44	Page	page	NN
36036	1280	45	4	4	CD
36036	1280	46	,	,	,
36036	1280	47	consumate	consumate	NNP
36036	1280	48	=	=	SYM
36036	1280	49	>	>	XX
36036	1280	50	consummate	consummate	NN
36036	1280	51	Page	Page	NNP
36036	1280	52	21	21	CD
36036	1280	53	,	,	,
36036	1280	54	Table	table	NN
36036	1280	55	10	10	CD
36036	1280	56	,	,	,
36036	1280	57	footnote	footnote	NNP
36036	1280	58	f	f	NNP
36036	1280	59	=	=	SYM
36036	1280	60	>	>	XX
36036	1280	61	Table	table	NN
36036	1280	62	10	10	CD
36036	1280	63	,	,	,
36036	1280	64	footnote	footnote	NNP
36036	1280	65	b	b	NNP
36036	1280	66	Page	Page	NNP
36036	1280	67	26	26	CD
36036	1280	68	,	,	,
36036	1280	69	Nassua	Nassua	NNP
36036	1280	70	=	=	NFP
36036	1280	71	>	>	XX
36036	1280	72	Nasua	Nasua	NNP
36036	1280	73	Page	Page	NNP
36036	1280	74	31	31	CD
36036	1280	75	,	,	,
36036	1280	76	Incoporated	incoporate	VBN
36036	1280	77	=	=	NFP
36036	1280	78	>	>	XX
36036	1280	79	Incorporated	Incorporated	NNP
36036	1280	80	Page	Page	NNP
36036	1280	81	34	34	CD
36036	1280	82	,	,	,
36036	1280	83	Gettleman	Gettleman	NNP
36036	1280	84	=	=	SYM
36036	1280	85	>	>	XX
36036	1280	86	Gittleman	gittleman	NN