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TORONTO: PRINTED BY COPP, CLARK & CO.. 67 & 69 COLBORNE STREET. 1875. COPP. CLARK k CO., PRINTERS AND PUBLISHERS, COLBORNK STREET TORONTO. MAGNETICAL OBSERVATIONS. CONTENTS. Introduction IX Remarks on Magnetical Observations 1 1.30 Table IjIST OF MagneticAL TableS. I.— Monthly and yearly means of Absolute Westerly Declination 33 II.— Monthly mean Declination for each of the three groups, with the cor- responding corrections for secular change 34 III.— Monthly mean Declination for each group, corrected for secular chan«e, together with the means of the three corrected groups . 34 iV.— Annual variations of Declination 34 v.— Monthly and yearly means of Absolute Inclination 35 VI.— Monthly and annual means of the Absolute Horizontal Force 36 VII.— Monthly and annual means of Total Force 37 VIII.— Aggregate amount of the disturbances of Declinaiion, Horizontal Force, and Vertical iorce,ir different years ending .30th June, with the ratios expressing their relative amount in each year as compared with the me? a of all years ^ .^g IX.-Oontaining, for the Total Force and Inclination, numbers analagous to those of Table VIII, together with certain other ratios 38 X.— Aggregate values of the disturbances of Declination in the several months, with the ratios of the aggregate values of the disturbances ,.f tne several elements to their respective mean annual values 39 XL— Containing, for each Magnetic element, the ratios of the amount of Distm ance, in each of the twenty-four hours, to the mean amount of the Disturbances at all hours, Disturbances of an opposite si«n beine taken jointly as well as separately ^ 40 XII.— Shewing the aggregate effect of the disturbances of DecHnation, Total lorce, and Inclination on the Solar diunial variations of these elements together with their average effect in one day 41 XIII.— Solar diurnal variations of Declination for each month, for the two half years, and for the year, derived from the five years ending 30th June, 1»4«, after the separation and omission of the larger Disturbances 42 ^^^•— Solar diurnal variations of Horizontal Force for each month, for the two half years, and for the year, derived from the five years ending 30th June, 1848, after the separation and omission of the larger Disturbances. 43 XV.— Solar diurnal variations of Vertical Force for each month, for the two T ^1 o7u *?^ ^^^ ^^^ y®*''' '^^"ved from the five years ending 30th June, 1848, after the separation and omission of the larger Disturbances. 44 •^^•— |®""-ann"al and annual means of the Solar diurnal variations of Total * orce and Inclination, derived from those of the Horizontal and Vertical S 5 32.5" Taplb. XVTI.- xvm XIX. XX. XXI. XXII.— I XXIII. XXIV. XXV. XXVI. rONTENT3. Paqr. -Semi-annual inequalities of the diurnal variations of the Magnetic elements for each hour, witli the signs proper to Ihe half year, April to September imlusive, derived from the five years ending 30th June, 1848. 46 — Aggregate values of the I)i.stnrl)ances in tiic diil'erent years, each end- ing 30th June, and derived from six observations each day 47 —Solar diurnal variations of iJeelination for each month, at the ordinary six observation hours, after tlie sei)arati(m and omis.4i(m of the larger Disturbances, and derived from dillercnt groups of years 4S — Solar diurnal variations of Horizontal Force for each month, at the ordinary six observation hours, after the separation and omission of the larger Disturbances, and derived from diil'erent groups of years ... 4!) — Solar diurnal variations of Vertical Force for each month, at the ordi- nary six observation houis, after the separation and omission of the larger Disturljauces, and derived from diiTerent groups of years oO Solar diurnal variations of Total Force for each month, at the ordinary six observation hours, after the sejtaration and omission of the larger Disturbances, and derived from diilerent groups of years 51 Solar diurnal variations of Inclination for each month, at the ordinary six observation liours, after the separation and omission of the larger Disturbances, and derived from different groups of years 52 -Comparative view of the semi-annual and annual inequalities of the Solar diurnal variations of the ^lagnetic elements, at the six observa- tion hours, as derived from different groups of years 53-54 -Dates (Astronomical time) at which xmusnally large disturbances of Declination occurred at the ordinary observation hours, with the amount of abnormal variation of each such disturbance. Declination, abnormal variation not less than 15'. Tlie ( -t- ) sign indicates an easterly disturbance, and ( - ) a westerly disturbance 55 -A selection of dates (Astronomical time) at which extra readings of the Magnetic Instruments were taken, in consequence of prevailing large disturbances, with the amount of abnormal deviations (A^) of Declina- A0 tion, (A9) of Inclination, and — of Total Force 56-59 i:n'teodltctiox. 51 T].. Tcmnto Magnetic and Motoorological Ohsn-vatory is ,sit„at.Hl in th. groumls of the Univorsity of Toronto, in latitu.lo .t.T' 39'..! N., lon^itudc^' 5h. 7n. 33s. W., 108 feet above Lake Ontario, an.l 312 A.t aho^^t lovcl 01 the sea. Prim- to tJu. Kpnng of 1S53, the Ol.servato.y at Toronto, in connnon witJi tliose estabhshe,! at the recommendation of the Royal Soei.tv of -ondon, at other colonial stations, was maintained I,y tlie Bi-itisli Govern- ment, ami was m,der the general control of Major, now General, Sir Edward Salnne, of the Royal Artillery. The first Director, Lieut. Riddel, R. A., a.-rived in Canada in the sunnuer of lb39, accompanied by the following non-conami.ssioned ollicers as assistants : v^^i^^cih Messrs. Johxstox (1), " Walker (2), " MfiNzrEs (3). (1.) Now Assistant Secretary to the Canadian Institute. (2.) Deceased in June, 1865. (3.) ^ow Senior Assistant at the Observatory. After examining varions sites, Lieut. Riddel finally gave the preference to ioronto, where a grant of 2^ acres belonging to the University of Toronto (then the University of King's College), was niade by the Cotmcil of tlie University, with the sole condition that the building to be erected should not be appropriated to any other purpose than that of an ol,serva tory, and should revert to the University if the Observatory shouhl be discontinued. The first observatory building was completed in September, 1840 the observations prior to that date having been carried on in a barrack in ±>athur.st street. Lieut. Riddel was succeeded early in 1841, by Lieut. Younghusband ±^. A., who finally gave up his charge to Lieut. Lefroy, R. A * in the autumn of 1844. The latter officer continued to be Director till the sprint 01 18o3. '■ *' Now General Lefroy, and Governor of Bermuda. IT i X INTIIODUCTION. Fiirdior (lotiiilH coiiccnuiii,' tlu; ciuly liistiJiy of the Observatory, includ- ing tlu) ciiTiinisliincc's wliicli led to its ('stuhlislmioiit l»y tlui [iiiporial Go- veniiacnt, arc givnii in tlie iutroduotion to tlu; (ir.st volunu? of tlin oltserva- tions, |tiil>lislH'd under tlie superintendence of (i.'ueral Habino, which, tog(;ther with the second and third vohinies, contain the niagnetical and moteoi'ological observations from 1840 to 1848. From the H[)ring of 185.3, wlien tlie obs(!i'vatory ceased to bo an Imperial establisliment, it has been maintained by and unchn* tho control of tho general Uovernment of Canada. It is intended in tho present volume to give a very brief summary of tlic princii)al results derived from the niagnetical and meteorological observa- tions from tho e stablishmcMit of the Observatory to the euino, tho nioathly determinations in the first group furnish 81 erp.ations of the fonn ^' = ^'+nr, in which ,'■ is tho most probable declination at tlie nu.in (>poch, July Lst, 1818; monthly secular change. ^^Frmn these equations were obtained ^^ ==. 1° W.n ■ ,iud y L 0'.1G27 or III/ — 1-952, the mean annual increase of west declination. Probable error of the montUhj determinations. From the 84 equations the following are derived: 4'\ = rU'M 4- 0'.1G27 ai, il>', = \ .34.91 -f-0'.lG27«„ (tc, etc., tfcc. ^84=1 34.91 + 0'.lG27rr„„ os^he most probable values of the declination in the several month.s in the group irom the differences between these and theobservedvah.es the pro .a.le en-or of a single monthly determination was fouml to be -^ 0' 75 and the probable error of the mean determination ± O'.OS. The m-ob-ible errors mclude the effects of disturbance and of mean annual variatioxr c.e!senfT^°^"f r*'.'^''"'^^'"^^^^^ ''^^"^^' ^^^"^^- "-"thly in- crease of westerly declination, derived from the 108 equations furnished by the monthly determinations in 185G to 18G4, was found to be 0'.2G0G- the probable error of a single monthly determination was 0'.74; and the'pro 18C0, "on: "^^" '' ''' ''-'''' ^'^ '"'-'''^ ---^-'^^ - ^^ '«°^" 12 TOKONTt) MAONKTICAI. OHSKKVATIONH. A,t,'!iln fi'oni dm 81 (Hju.itions, Hiinilarly (hn-ivcMl from thn later ^'onp, IHOf) to 1S71, llio nn'iiii iiioutlily iiiciu'ii.si^ wuh foiiml to Ixi 0'.'M27; the prohal»l(* crroi- of a siiii,'lo monthly «InttM'miiiatioii was O'.U'.) ; uiul tht» pro- hahh^ ciTor of tho motin, (2' .'U'.02,) corr<'.s|)()udiug to July Ut, 1808, wus O'.IOO. Atimud variation. Tlio y)roc('ss of compiitintj; tho iimuuil vuriatiou of the dcclhuvtiou is ex- hibited in Tal.h's II., III., (\^ TiiMe 1 1. !,'iv('s tho iriotithly means of tho ol)Sf'rvcd (h^cHnatious derived from eaoh of tho throo groups, I8l.')-r)l, 1851 5 1, and hSIio-TI, tonvtiiei- with tho con-ectioiiH for socuhir eli:iu,L,'e, needful for reducing,' them to their resi)oetiv(« m(>an ejiochs, .Tidy ist, 1848, I8li0, and 18G8. In Tahle III,, tho monthly means are reduced to tlH> mean epoehs; and, finally, in Tal)lo IV., aro .shewn th(! annual variations, obtained by subtractiniL,' the annual mean of each group from tho several reduced monthly means. I IXCLTXATIOX. The monthly and annual means of inclination, from ISil to 1871, are given in Table V. From IStl to 1852, the annual variation was shown to bo approximately expressed by a fornuxla which, when niodillcd so as to harmonizti with the notation adopted further on, is as follows: Annual variation .^ I'.ll sin (?iX30°+122°); where (u) is the time nxeasured from January 15th, tho unit bcung the twelfth part of the year. Making n = 0, ?< = 1, etc., &c., vi = 11, the mean annual variations for the several inontha are as follows : Jan. Feb. Mar. April. May. Juno. July, Aug. Sept. Oct. Nov. Dec. 4-0.94 4-0.52 —0.04 —0.59 —0.98 — l.ll —0.94 —0.52 4-0.04 -fO.59 4-0.98 4-1.11 This series shews a maximum in December and a minimum in June, with a range from one solstice to the other of 2'. 2 2. *Whcn the yera'S 1853-5-1-55 were incorporated with the preceding twelve years, the conclusion arrived at respecting the annual variation of inclination was that, after the elimination of secular change, the inclination in June or July is lower tlian in the pi'evious January and the succeeding December, l)y an amount which may be taken approximately as I'.Tl. I i *Tho investigation, including 1853-55, was made by Sir E. Sabine. TOIION'TO MAON'RTK'AL OII.SERVATIONrt. 13 HubHCf|H<'ut years tlio ii'ro;^nilaritios iii tlu; iiicliiialinii, wlicilicr occiisiomMi by (listurltaiiccs or l»y other c.'ui.sca, iiro Hiillicicut to nuiHk tho aiiuuul vuria- tions which «ro ho di.stiiictly luarkcil in earlier yijars. Annual vnriatloyis nwl tccnhiv c/nanjr of' /n<'f!)iiif!nii in thn t/'-nt-.i JSoS-7I. Fi'oin the fourteen yoar.s wo find the; mean inclination to 1m) 75' U0'.88, whidi would c()rre.s[»t)n. Also th(! proltahle error of a single annual mean is O'.ol', and tho pro- bable error of the mean for January 1st, 180'), is ()'. 11. In the following Table are shewn — (1.) The monthly means of inclination in the fourteen yonrs uncorrected for secular change; (2.) The corrections for secular change; (.').) Tho mimdes of tho monthly means corrected for secular change; the degrees (75^) being omitted to save space; (i.) The annual variations from tho ^receding lino. """ ■ ' a .Jan. Fob. .Alar. April. May. Juni'. July. Aug. 1 So] it. Oct. Nov. Di-c. S 75° 75° 75° 75^ ,C>^ 75^ 75^ 75'^ 75-' 75'^ 75" 7.0° Mon. means ■f 14 voar.s.. .. ' '()'.W 21'. 00 21'. 35 21'. 41 21'. 24 20.54 20'. 21 20'. 50 20'. 70 20'.'.'.' 20'. 74 20' . t;> Cor. fcjrsi.'ciilai' 5! oli.'iiiLrc -.■69. -.26 -.20 — 14 — OS -.02 + .02 + .08 ■}-.14 + .20 +.20 + .32 Coi-M mmithlv 1 O iiicaiis JO. SO 21.15 21.27 2MG 20.52 20.23 20.04 20.90 21. hi! 21.00 21.U0 Annual v,tri:i- tiuns -0.21 -O.OS ! .0.27 + 0.30 + 0.2S -0.;t6 -0.05 — 0.2t -f0.02 + 0.31 +0.12 + 0.U' From the third and fourth linos of tho Table just given, it is olivious that the annual variation cannot be expressed by one circulating term. In fact, the actual variations in the foiu'th line are gi\en by tlu; following formula, in which tho coollicient of tho second term is double that of the tirst: Variation = 0M8 sin (/iX30^-[-74') + 0'.3G sin (2mX30'4-2G5') + O'.uy sin (3/1X30=^+1.39°) + O'.Ol sin (IwX 30^+281°) + 0'.07 sin (r);iX30°+188°) 4- 0'.02 sill (G/iX30°+270°). 14 TORONTO MACINETICAL 0T5SERVATI0NS. If iill tho tenns but tlin two first be omitted in the above formula, the variiitioiis of tlie tli|) i*> tlie several months will be as follows: Jan. 1 Feb. Mar. April. + 0.41 May. June, + 0.1(i — O.L'.S i July. —0.53 Aug. j Sept. Ort. +0.31 -O.IU— 0.03 1 + 'JS — 0.38 1 + 0. 0'J Nov. ! Doc I + 0.25-0.03 ABSOLUTE HORIZONTAL FORCE. Tho monthly ami annual mean.s of tho horizontal force are shown in Table VI. Tho methotls by which they were obtained were precisely the same as those described in Vol. III. of tho eaily series of Toi'onto observations; but subse({ueut to July, 1858, tho determinations Avero from o])servations in two days in each month, two sets of viln-ations with deflections at two dif- ferent distances being taken in each day. The coetUcient of induction (/x) was detcrTuined by exveriments similar to those emj)loyed by Mr. Welsh, of Kew, and described in Vol. III. The partial determinations, after lieiug reduced to tho mean Bifjlar read- ing of the day, were afterwards reduced to tlie normal mean of tho month. Secular chanje. According to Sa'oine, the moan annual secular change of horizontal force from 1845 to 1852 was — .00371 ±.00091. From a recent investigation it has b(.'en found that the mean viontJibj secular chnnge, obtained froui 84 equations wiiich arc fu'"ai.shed by tlie seven years, 1845-51, was — .00022, and the i)ro])able error of a single monthly determination .00274. By examiniiig the column of annual means, it is evident that the pro- gressive change was converted into an increase during the latter part of the series. From tlie fourteen years, 1851 to 1S71, the mean annual increase was .00148. Annual variation of horizontal force. From the provisional determinations of horizontal force, from 1845 to 1851, (see p. xci. of 2nd volume,) SLd)ine inferred that the annual varia- tions could be ex))ressed by the formula : Variation = .002 sin («X30^'4-312'^), (?i) being the months or parts of a month reckoned from January 15th ; and that the horizontal force had a maximum in Juno, and a minimum in December, with a total range between the solstices of .0038. Tho annual variations have been also deduced from the monthly moans of the fourteen years, 1858-1871, by tho process shewn below: TORONTO MAGN'ETICAL OnSERVATIONS. 15 Mdii. Ill ('mis ill It yiirs.. Cor. fnr.s{M;ul;u ohuiif,'t' Cor. luiiiitlily Illi'IlllH '. Anniiul v;iri,'i tiuii.-j J;iii. ;i.4S07 + 7 Fi-b. 3.4805 + ti 3. -1004! 3.4901 — .0011 -..0014 M.ir. April. May. .Time. July. Aug. j Hcpt. 3.4803 + 3.4808 -.0017 3.4900; + S 3.4903 — 0012 3.49-1! + 2 3.4938 + 1 3.4940 - 1 3.4029 3 . 4027 3.4947 3.4939: 3.4048 + .O032+,0024| + .00:;3! + .001; 3.4914 — ;i 3.4011 -.no04 I Oct. Nov. Doc. 3.4895 3.4007 3.4015 — 5 - 6 — 7 3.4890 3.1001 3.4008 -.002.'-. --.0014' -.0007 TLo corrocted montl.ly means exhibit consi,ioral,lo ii-reondaritv nrul the vanati^is deduced from theui can only bo appi-oxiniately Ixpres^od by ^. o teniLS of the general formula. The expression is, Variation = .0022 sin (mX3U^+290°) + .0014 sin (2,.X30°+127°) TJio annual variations deduced from the monthly means of General Sabine -.0007 TOTAL FORCE. The mean monthly values of total force (,.) deduced from

™.„o e,,.,™^. to i; of .„..„,„, , ,_, ,„„„^ ,;i;:;::;,,.^--;;; the form ^\--'-Zlr-''l^J±_i'.') TI.0 di.st,u.ba;o™ ;/ the Wi.on.a and vortical co,„pone,U„ of tl,„ fo,.„„ ^u., fo.,n.,, the co„.o.spo.„H„s u.,„„„a„l .lov.Vtio.. ^, „f ,,„ .„,., force ,, ...a . «, of u.e inclination, .,..,, caicnlatca ,y the fo.nu,,. ■ — ■ — = co.s -t) . d I ^;,, L'/i "J >", ot'Z ?'■ "T", 'T'""''"*"' "-^ntonaporuneonsabnomal deviations If tt:::" xr'-""''' ^'^•'""-^ °^ ^'^ ^-»' *« o-^ o- ..ti. Of tlio resulting values of J^ '^ .,iul i n i^ ^._ .uul J 0, tho,so were r.-tained as tli.sturb- vo!'' fr'TT" f. "r ''■■^""•'--»-^ °f '■- ''-.■'>• oi«o,.vatio„s in tho five Disturbances of Uedlnatioa. The numl^er of disturbed observations amounted to o 17o ;„ fl « years of hourly observations endin. 30th jSl^Ly \ '" ^'' of the whole. ^ ' ^^^^' ^'^"'S about 1 in 17 i IS TORONTO MAGNETICAL OBSERVATIONS. m Tho ngip'Ogato values in minutos of arc in tiio differont yours, aro shown in columns 1, 2, 3 of Table VIIT., whore (2) contains the easterly distur- bances, (3) the westerly, and (1) tlu; two (Oiuhinod. Expressing the annual sums in terms of their respective means for five years, 3944.5, 2213.4, and 1731.1, we obtain the ratios given in columns 4, 5, G. Tho total aggregate of easterly disturbances in five years was HUGO. 9, and of westerly 8Gr)5.4 ; showing that the general effect of the larger dis- turbances is to decrease tho westerly declination, and that tho easterly values i)reponderatQ in tho ratio 1.28 to 1. Table X. is computed l)y a p''Ocess analogous to that just given. The columns 1, 2, 3 contain the aggregate sums of tho disturbances, and of their easterly and westei-ly constituents, during the five years in each of the twelve months, and 1, 5, 6 contain those sums expressed in terms of tho lucans of tho twelve monthly sums. From column 4 it is seen that He|)tember and April are tho months of greatest disturbance of declination, and January and June tho montlis of least disturbance, and that the progression from tho maxima to tho minima, and from the minima to the maxima, is continuous. Fi'om columns 5 and G, it is seen that the same general law pi'ovails in both easterly and westerly disturbances, wlien viewed separately as when viewed conjointly ; the erpdnoxcs aro tho epochs of maximum, and the solstices of minimum disturbances. Tho ratios which give the preponderance of easterly over westerly dis- turbaiices, shew a tendency towards a maximum at the June solstice, and a minimum at the December solstice. This is seen from the folio .viu";j table containing the ratios of tjio easterly to the westerly values : May . . 1.29 ) Aug. . . LOG Nov. . . 0.77 ) F.^b . . 1.27 June. . 3.82 V 2.17 8ept. . . 1.29 Dec. . . 0.74 I C.93 Mar... 1.40 July.. 1.41 j Oct. ..1.21 Jan. ..1.29 j Apr... 1.04 In Table XI. the ratios shew the aggregate sums of tho disturbances in the live years in each of the twenty -four hours, expressed in terms of the means of the twenty-four hourly sums. Referring to column (1), from 10 A.M. to 7 p.m. inclusive, the ratios ai'e invariably below iinity, and from 8 p.m. to 9 a.m. inclusive, as invariably above unity. Tho hour of least disturbanco is 1 p.m., and of greatest 9 p.m. The progression diu-ing tho days is uninterrupted to and from the minimum at 1 P.M., but is mucli less regular during the night. Referring to columns (2) and (3), the easterly disturbance;:; are below the average during tho day, or from .5 a.m. to 5 p.m., and above the average from 6 P.M. to 4 a.m. ; the westerly are belov/ the average from noon to TORONTO MAGNETICAL OIJSEUVATIONS. 19 midni^^lit inclusive, and above the average, ^\'it]l a single exception (at 3 a.m.), fi-oni 1 A.M. to 11 A.M. inclusive. The easterly have ji nuixiuiuni and the westerly a niinimuiu at 9 p.m. ; the westerly have a maximum at S a.m., and the easterly have nuniina nearly etjual at 9 a.m. and 1, 2, '5 r.M. l']xcei)ting- from noon to 5 p.m., when both easterly and westerly (listurl)ances are small, and from I a.m. to T) a.m., wIkmi tlu.'y are both large, thei'o is a systen.atic tend«Micy to a dimi- nution of easterly disturbance when Ave.sterly distin'b:inc(! pi'c^vails, and vice verm. In Table X.11, column.s (1) and (2) contain the aggiv^gulc sums of the easterly and westerly disturbances at each of the twenty-four hours, being the numbers from which cohunns (2) and (3) of Table XI arc; derived. Column (."^i) gives for each hour the oxce.ss of easterly disturbance ovei* westerly, or of w(>sterly over easterly, in the aggregate values of the five years; and column (4) the mean effect at each houi", ol)tained by di\iding the accumulated excess in the live years in column (3) by \~)'t2, the number of days of observation. Column (1) exhibits, therefore, the meaii diirntal variation [U'oduced on a general average by the disturbances amounting to or exceeding r»' of are, and which is sui)orin:))0.sed upon the mort^ regularly occun-ing diurnal variation derivable fn)m the gn;at body of the observa- tions, after the disturbed observations have l)een separated. It is s(!en from this column (1) tliat tl\e general effect of the greater disturbances is to })roduce a maximum easterly deflection of the magnet of 0'.87 at 9 P.M., iuid a maximum westerly fleflection of (>'.r)2 at S a.m., the intermediate pi-ngression either way being continuous, and only intei-rupted by a few slight irregularities in the afternoon, Avhen the disturl)ances are fewest laid of least amount. » are bly lum Ithe lage to Disturba lives of Ilorhontal Forcp. The numl.ier of the Bifilar ol)servations, in which the amount of disturb- ance readied the limit .0012 in the five years, was 2908, being about 1 in 12 or 13 of the whole body of the observations. From Table VIII., columns 7, 8, and 9, the numbers in which are obtained in a manner precisely similar to that employed for column."} \, 5, and () for the declination, we find a progressive increase in the annual value of the disturbed observations from the year ending June, 1845, to the year ending June, 1848. The aggregate value in the year ending June, 1844, was slightly greater than in the following year, in consequence of the sub- stitution of the observations of 5 months, Oct., 1842, to Feb., 1843, for the 5 months, Oct. 1843, to Feb., 1844, Avhen the vertical force magnet was dismounted. 20 TORONTO MAUNRTICAL OBSER NATIONS. V. I It- , li I I 1 Dividing Uio nggiTgato values into distiiil))infos wliicli incroiiso, and those wliicli diminish the force, it appears tliat the ratio of tlie disturb- ances decreasing the force to those Avhieh increase it, M'as on the a\'erage of 5 years, G.4 to 1. Comparhon of the dialurbances of Horizontal Force in the different nionflm. Froni tlie ratios in cohimn (7) of Table X., it is seen that A])ril and 8op- teniber are the months of maxinnini disturbaneo, and January and June of minimum disturl)ance. The amount of disturbance at tlui K(iuinoxes (A[)ril and September,) is to that at the Solstic(;s (Januaiy and June,) in the ratio of between 3 and 4 to 1 . Comparison of the disturbances in- the Horizontal Force in different hours. From column (4) of Table XI., tlie amount of disturl>ance is seen to be aystcmaiieally greater at all the hours from 10 p.m., to 10 a.m., inclusive, than at any hour from 11 a.m. to 'J p.m., inclusive. The ratios are equal to or above unity from 10 p.m. to 10 a.m., inclusive, and below unity from 11 A.M. to 9 p.m., inclusive. The maximum is at 2 a.m., and tho minimum intermediate between 2 and 6 p.m., during which latter hours there is little variation in the amount. There is also a secondar}^ maximum about 7 o. 8 A.M., pi-eceded by a secondary minimum about 5 or G a.m. From columns (5) and (6) of Table XI., shewing the cori'esponding ratios when the disturbances at the different hours are separated into those which increase, and those which diminish, tho force, we learn that, v/hile the dis- turbances which increase and those which -liiuinish the force are governed in amount by periodic laws de})ending on tho solar hours, the Lnvs are dif- ferent in the two cases. The disturbances which increase the force have a maximum at 4 p.>r., and a minimum from 2 to 4 a.m. From 10 a.m. to 8 p.m., inclusive, the ratios, with one exception, are above unity, and from 9 p.m. to ^ a.m., ijiclusive, without an exception below unity. It is in the hours of the day, conse(piently, that the disturb- ances which increase the force have their greatest prevalence : while the lioiirs of the night are comparatively tranquil. The converse law holds in regard to the disturbances which decrease the force; from 10 p.>r. to 'J a.m., the ratios exceed unity at every liour, and from 10 a.m. to p.m., they are uiriformly less than unity. The maximum is at 2 a.m., and the minimum at 4 p.m. Disturbances of Vertical Force. The number of the vertical force observations in which the amount of disturbance reached the limit, .00026, of the vertical force, was 5220, or about 1 in 7 of the whole. I TORONTO MAONKTK'AI. OUSERVATIONS, L'l f, iinil ihturb- l';lgO of ul Sop- I June liuoxes me,) in u to ho elusive, •0 equfil V unity uul tlio r liours vxiniuui A...M. g ratios |o wliicli tlio ilis- jwrued arc dif- 4 P.M., jon, are iccption idistur))- liile the Lokls in 9 A.M., Ihoy are [ninium lount of I22O, or « From Talile VIII., column (10), wo find a |)roi:jressivo increase in the aniuial atiii»uiit of the disturltauces from the y(>ar emlinL; June, ISl."), to the year ending; June, 181S; and from columns (1 1) and ( 12) it ajipcars that this is also true with i*es)»ect to the disturhances of contrary sii/ns. Dividiui,' tln! aggregate values into disturbances which increast and those which diminisli the vertical force, we tind that the disturbances wldch diminish tin; v(M'tical forcn; are to those which incn ase it, in the ratio 1.1 to 1 nearly, on the average of the iivo yeai's. DhlMrlnoicca of Ihc Vertkid F<>i\'e in the differoit moiif.li.s. Ffom ihe ratios in column (7) of Table X it is .scimi that A[iril and September are the months of uiaximum disturl)ance, and Jamiary and June the months of nunimum disturbance. The progression from the maxima to the minima, and viceversil, is continuous, with the exception of December, caused l)y excessive disturbance in December, 1847. On tlie whole in tlie distvn-bances of the vertical force, as in tiic decli- nation and liorizontal force, the maxima occur about the equinoxes, and the minima about the solstices, the former being to the latter in the ratio of nearly '] to 1. From columns (U) and (10) of Table X, in which the monthly values of the disturbances which increase the force, and those wliich diminish the force, are expressed in terms of their respective mean monthly A'alues, we find the same genersil law prevailing as in column (8) : the e(|uinoxes being tlu^ e})ochs of maxima, and the solstices of minima. It has Ijcen stated that on the average of the year the disturl)ances which diminish the verti'.'al force pre[)onderate over those which increase it in tlie vaticj of I't to 1 .'learly. This pi'eponderance, however, is subject to a periodic vai'iation, and to have a maximum about the nortlKu-n solstice, jind a minimum at the winter solstice. The com})arativo prepondcrtmce is shewn by the ratios in Table X, column (11), wliich are the montldy values of the disturl)ances which decrease the vertical foree, exjjressed in terms of those which increase it. From the com[>arison of easterly and westerly disturl)ances of declination made in page xxvii of Vol. II of Toronto Observsitions, evidence is shewn of an analogous periodic variation. In the north solstitial months, easterly disturbances prepondei'ate, and in the south solstitial months westerly disturbances preponderate. Dhlurhances of Vertical Force in the different hours. From Table XI, column (7), the aggregate disturbance in the li\o years has a maxinuim at 3 a.m. and a mininuim at 11 a.m., with a secondary maximum at 5 p.m. and a secondary nnnimum at 9 p.m. Tluuc is there- foi'e a double pi-ogression ; and between the successive maxima and minima |3s| 22 TORONTO MAONKTICAL OBSERVATFONS. the prnr^rossioii is oontiimoiis. From 8 n.m. to 11 j).m., ('X(;o])t from 4 to 7 p.m. iuclii.sivo, the ratios aro h'ss than unity ; and frcjni niichiififht to 7 a.m. tlio I'fitios oxccihI unity. From cohunns (8) and (D) of tho same Tahh), wlicrein th^ ratios aro derivrtd res[)eoliv(fly fi-om tlio distui'bauciis which increase, and thosd wliich diminisli the vertical force, wo hnd tliat in the disturbances wliich increase the vertical force the values are higliest from noon to 10 p.m. ; they exceed unity or the mean ho\irly value from 1 to *J p.m., and exerted twice that value from 4 to 7 p.m. The hours of maximiun and minimum arc approx- imcUeli/ 5 }).m. and 5 a.m. Tn tho di.sturbances wliidi diminish tlie force tho values iire least from 10 a.m. to 9 i>.m. inclusive; tho ratios ai'o below unity from 9 a.m. to 10 p.m. inclusive, and above unity from 11 jt.m. to 8 a.m. The maxinuim is well marked at 3 a.m. ; and the miuiiiuun, which is not so well marked, occurs in the afternoon. When th(> ratios are highest in the disturbances increasing the force, they ar(^ gtMiei'ally lowest in those which decreases the force, and vice versa : but the ])eriodic laws in tho two cases are not strictly the converse of each other. Disturbances of the Total Force. The aggregate vahujs of the disturbances in the diffin-ent years, each ending .'50th June, together with the aggregate values respectively of those which increase and those which diminish the force, are given in columns 1, 2 and .'], of Table IX. Exjjressing these in terms of tho means of the five years given at the foot of the respective columns, we ha\e th(> ratios in colunms 4, 5 ami G. The general effect of the disturbances is to decrease the total force, the ratios of th(; disturbances decreasing the force to those which increase it being on the average 1'94 to 1. The values of these ratios in the sevei-al years are given in column (7) of Table IX. Distnbulio7i of Disturbances of Total Force in the different months. The aggregate values of the disturbances of total force in the several months, expressed in terms of the mean value for the twelve months, are shewn in column (12) of Table X, in which columns (13) and (14) contain the corresponding ratios when the disturbances are separated into those which increase and those which diminish the force. Tho ratios in columns (12) and (13) shew an exception to the law observed with reference to the annual distribution of the distui-bance of declination, namely, that the maxima and ^minima occur respectively at or near the ecpiinoxes and solstices. This exception is due to the anomalous character of December, 1847; for if the year ending SOtli Tune, 1848, be omitted, the ratio for December TOUON'TO MAfiNETU'AL ODSKKVATIONS. 23 )iii 4 to ;lit to 7 iios are {', which iiicreaso ' exceed ice that approx- lie force •e Ix'low }>.m. to 11, which tios are Y lowest hiws in rs, each of those uiuns 1, tlie live atios in •rco, the crease it uinn (7) several iths, are contain 10 those nthe law bance of lly at or , 1847 ; tcember bocomos less tliau unity for the (li.sturl)ances which increase the total force, as well as for the disturhances considered without r(;;j;anl to sign. As the excessive disturhanccs in December, 1817, were chielly those which incrcasG the total force, the progression in th(i disturbances which diuiinish the force from a maximum to a miuinniiu, and the converse, is continuous and uninterrupted. Dinlribution of the Dhturhances of the Total Force at the different hours. The ratios which express this distriljution are contained in columns (10), (11), and (12) of Table XT. lu the case of the disturbances, without regard to sign, shewn in column (10), it is seen that from 8 a.m. to 11 p.m. inclusive, the disturbance at every hour is less than at every hour from midnight to 7 a.m. inclusive. It is a mhiimum at 11 a.m. and a maximum at .3 a.m. From themaxinunn at 3 a, 1. to the minimimi at 11 a.m. the progression is coutiinious :ind uninterrupted; from the minimum at 11 a.m. to the maximum at '.'> a.m. the ])rogr(!Ssion sullers a sliglit interruption from 5 p.m. to 9 \).m. ; but from tlio latter hour to the principal maximum at 3 a.m. the progression is continuous. In columns (11) and (12) it is seen that the disturbances which increase the force, and tht)se which diminisli it, are so related that, for the most part, at the hours when the one augments in value, the other diminishes in value, and vice versd. To determine the mean effect produced in the total force l)y the disturb- ances at the different hours, the aggregate amount in five years of the forces of opposite signs are collected in columns (5) and (G) of Table XII. In column (7) are shewn for each hour the prejiondcrance of the disturbances of either sign, or the tvhole effect in the five years. Finally, in coluiun (8) we have the mean daily effect. From this column we learn that the law of that part of the diurnal vari- ation, which is due to disturbances, is as follows : — From 11 a.m. to 9 p.m. inclusive, the disturbances augment the force. From 10 p.m. to 10 a.m. inclusive, they diminish it. The hour of gi-eatest augmentation is 5 p.m. The hour of greatest diminution is 3 a.m. The greatest diminution is nearly twice as great as the greatest augmen- tation. The hours of most rapid change are from 7 to 8 a.m. and from 1 1 p.m. to midnight. From the greatest diminution at 3 a.m. to the greatest increase at 5 p.m., the progression is continuous; and from 5 p.m. to 3 a.m., it is also con- tinuous, with the exception of a small interruption at 7 p.m. # 24 TORON'TO MA(;NKTKAL OIISKIIVATIONS. I !i IH DlsturhtuiCAiH of TncVination. The ag,i,'rojr,'ato valiios of tlio (listiirhancos of Inclination in tho fivo yciirs, each (Midini,' .'{Oth Juno, wlion taken to,L,'oth(M% and wlion scpaj'atcil into thoso wliich incivaso and tliosr* whicii diiuinish the iiu'liuiiliou, wvo. nlunvn in colninns (S), (!)), and (10), of Tal.lo IX. Dividing tho sovoral values in (H) hy the niciin, 131S.1, ut tho foot of tla; column, wo havo tho ratio?; in column (11). Tlu; ratios in columns (12) and (1.']) arc found in a similar mannor from (9) and (10). Tho general ofToct of tho larger disturhancos is nvi(hMitly to incroaso tho inrlination, tho ratio of thoso which increase tho inclination to thoso whicli diminish it, lioing us 5.0 to 1, on tho average of tho fivo year.s. The analo- gous ratios in tho separate years, which show tho i-elativo propondoranco of tho disturbances, which increase tho inclination, are given in column (U) of Tal.lo IX. Dhturhancc of Inclination hi the different months. The ratios shewing the aggregate amount iii each month, compared with the mean of the twelve monthly amounts, are given in Table X., column (15). December is the only exception to a periodical variation, which has its maximum at tho E({uinoxes and its niinimnm at tho Solstices ; this apparent anomaly being occasioned by unusual disturbances in December, 1847. Bislurbances of Inclination at the different hours. Tlio ratios of the aggregates at each hour to tho moan hourly value, or average of all hours, are given in column (3), Table XI. Tho hourly dis- turbances of the inclination exhibit a double i)rogrcssion. From 7 a.m. to noon, and again from 7 P.si. to 2 a.m., inclusive, the values exceed the mean hourly value: and from 1 p.m. to (5 p.m., and again from 3 A.M. to 6 A.M., inclusive, they fall shoi't of the mean hourly value. In columns (14) and (15), of Table XI., are shewn the disturbances which increase the inclination, and tho.so whicli diminish it, expressed in the usual manner. The disturbiin'^ea which increase the inclination have two epochs of maxima and two of minima; the principal maximum is at 1 A.>r., and t)i3 secondary maximum at 7 a.m. The principal minimum is at 4 p.m., and the second aiy at 5 a.m. The disturbances which decrease the inclination are comparatively small at all the hours : they exhibit, however, a systematic tendency to be greater during the day than during the night: their maximum is at 2 p.m., and their minimum at 2 a.m. The disturbances which increase the inclination preponderate greatly at all hours. The inclination diflfers in this respect from the declination and 4 TORONTO MA(;N'r,TlC'AL OnSF.RVATIONS. 25 total force, for both of wliicli olomniits tlu-ro jiro cortuiii hours in which (lisMirhanc.ia of ouo n'v^n i>r(!|)onilnratt3, wlule at other liours tho propuii- (leriiuco is of .'in o[»[to:site cliariicter. Kifeft nf the fjfti'jer D'lxtuvhuncf^ on the I)i\irnnl Vitrialion of InrlimUion. To ascertain tliis oH't'ct, tho aL,'i,'roL,'ato valutas, at th*> several hours and of contraiy sijLjns, aro collocteil in columns (1>) and (1(1), of Talih* X 11. The (lifterences showing' tho preponderance in live years of tin disturlianceM which iiKU'eased the inclination over those whidi diminished it, iirc ^qveu in column (11); and linully, l>y divi'li.iLj tlu^ numl>er,s in column (11) l»y the total nundier of davs of ol)serv;ition in the live vears, an; ol)taiued the nioau daily effects at oach hour, as shewn in column (iL'). L'bunces issed in small ^i-eater \i., and |atly at ill and SOLAR DIURNAL VARIATIONS OF TIIR MAfJNKTIO ELEMENTS. The sitiar diurnal variations obtained directly from the observati.uis ron- .sist of two i)arts, of which one is that due to the disturbances. In eohimn (1) of Tablo Xll, tho mean etl'ect of the disturbances on i-hf^ diui-iiul \aria- tions of declination is ,i,dvcn at each liour, those disturbances only Ix.'in^ taken into account which eipial or exc(M'd .">'. When tlu3 diurnal variations are derived from tho whole of the o])sni'va- tions, the march of the north end of tlus mai^net towards the east, wjiicli is continuous from tlie extreme Avesterly jiosition between 1 and 2 I'.M. to the exti'eme easterly position between 7 and 8 a.m., is intei-rupted by a small westerly rctro<^ression between U I'.M. and 1 a.m. ; but if tin; eilect of the lai';;"er disturbances be deducted, this westerly retrogression is considerably diminished botli in amount and conliiiufuice. Again: if it be assumed that tlu^ aggregate effect of the .sj/k?/A,/' distur- liances bo eijual and similar to those already scj)arated, and if these; ellects be also deducted, we havo the residual mnfiloiE lio ni!i,'lit il attiiiiiH it r per t lio^'iiis ; 1 A.M., Ih clin.'ition 1111(1 from iirliiincos, I of J [ori- thc solar K'liniition ear when the signH by sub- .-ariiitioia Icments, )ni obser- ;ation at ml varia- progres- iiinimum ui what r se, and N', if she md, it is can be rem the I The ohsorvatlons otuplovfd in tin; iuvesti^'ation \v(>rt» thn six y»M\rs of lioiiily obscrvaticMi.-* of tho dt'fliiiatioii, frctm l«t July, ispj, to IJcth .luiio, IMIS, and tin* tl'^tt yt-ar.i of lnjiirly obst-rvatioiis of (!ir liori/ont.il ami vi-r- tical forot'.s, coimiieiifing l.sl .Iidy, lSt.'{, and ciidiiiL; .'Ji'fh .Fun", ISJS, but Jniviiig in the lirst year of (he hori/(Hital tmid vrrticul font's, ihc ninulhs of Octiiltor, November, Dccfinbcr, ISli*, and January ami Kebniary, IS|3, Hub.stitutt'il for the correHponding iiiduths in the fnlluwing year, during whioli the ol).servations of th<'. vertical force were su.spfndnl. The larger di.sturbances of i-ach element having been niiirked for omission, >ind the hourly norruals (e.K'.duding the ob.servation.n so in;irlcr vai'iationa, depending on the period oi' the year and th(! hour of the solar day, were ifi great part at least eliniinateil. Thi' means were then taken in eveiy month, at every lunar hour, the signs being regarded : the montldy means were then collected into yearly means : and linally, the meiins of the yeai-ly means wex'e expressed by the usual formula of sines and cosintis. Jn this way the variation in the declination was found to be very nearly represented by the formula. J A' = l-"()5 sin {a -\~ 1G8<' 52') + l!3-" 180 sin (2 a -f- 271" 21') il (^_|_) sign indicating an easterly d(dlection of the north end of the magnet. The following is the table of the dctlections at the several lunar houi's calculated from this formula. DeDurtimib. 1 Di;llui tiolLS. I.unar Hours. Dellcctiiiiis. , Lunar Hours. l)pllt cticinti. 22 y-29 to till' west 4 'J'l'J to tlu- east 1 10 lU-87 to the \vt St 10 1 10 77 to the oaat; 23 1592 5 15'89 11 17-30 17 17-7S 18'95 6 1814 12 iy-38 " 18 20-21 " 1 16.46 " 15'34 " 13 lG-31 19 17-43 " o 9-54 " 8 8-20 14 S.S6 20 10-19 3 O.U 9 0-42 to the west 15 104 to the cast 21 0-42 '1 Comparing these values Avith the actual deflections, the probable error at each obsei-vation hour was found to be zt l'"37. In addition to the foregoing formula, three otlier formulrc Avere calcu- lated from the means taken for three periods, each of two years, na^nely. 28 TORONTO .MAON'KTICAL OBSERVATrONS. Ill ' i! tpl- Julv 1842 to Juik; ISU, July 'Ml to Juiif ISM',, nnd Julv 184(5 to June 184^. 'rii"S{^ foi'iiiiilio *i<,'roo very iu!;irly with one ;iiiijt!HM', and with tliat ohtainci'l from thr six vfars. Thn )iuml)er of obser^ ation.s employed in the investigation w.is 40, 543. I/orlzm'tid Fiii'O'. — The lunar-(liMrnal vjiriation in the liorizontal force may l»o n prcsontcil in pai'ts of the wlioh' force In' tlie f(jnnula. J X ^ -OWOOlST sin la + 353°.G) -f •O0()()28'J sin (i! a -f- WS)). The numluir of ohservations enij»h)y('(l Ava.s 34,303, Vertical Force. — Tlie huiar-dinnial variation in the vertical force may be appiMxiniatoly represented by the fornnda. J }^=-(»()i)(i;;77 sin (rf-L 1S2=) + •0000312 sin (2 a -\- 330^.) The nund);'r of observations em])lf)vc,i was 31,773. Fonnuhe were also constructed for the variation in both the horizontal and Acrtical foircs, from the means taken over shorter periods; jind in each cas(! the results agreed very nearly m ith the above fornuil.io. Ltrlhudioit (I ml Total Force. — If fi'om the variatioiis of the liorizonl;^.! and vei'tie:d forces, the lunar-diurnal variations of the inclination and t;;tal forc(^ are ealenlated, it is found that ihey follow the same general law as those in the horizontal and vertical forces. (r'eiteral ('oiidaslo/i.'i. — The three magnetic elenumts concur in shev/ing th;it the moon e.\.ercises a sensibhi magnetic iniluence at the surface of the earth, iirodueiiiLr in everv lunar dav a vaiiation in each of the three elements. Tlie westerly maxima of the hoiizontal deflection of the uortli end of the magnet synchronize with the moon's superior ;ind inferior passages of tiic UK r'.dian. the easterly ma cimii vvitli the lunar hours of (5 and 18. The maxima of the iucn^ased magnetic force due to the moon's action occur a,bout the lun-.ir hours of 3 and 10; and the nunima about the hours of 9 and 20. T]'..> maxima of the iiiclination occur about the lunar hours of 3 ami 14, aujl the minima about 9 and 20. The extent of the variation in the lunar day, or tlie range between the extremes that are widest apart, is in the d(>clinati()n 38". 33, in the inclination 4".l, and in the total force •000012 parts of the whole terrestrial magnetic force at Toronto. ON THE LARGER DTSTURDANCES AND THE SOLAR DIURNAL YARIA- TIONS IN 1854 AND THE YEARS FOLLOWING. The observations which fonn the groundwork of the previous remark.s relating to tlie magnetic disturbances and the solar diurnal variations, were taken at every hour (Sundays excepted) during the live yeara ending 30tli June, 1848. Si TORONTO MAONETlCAh OnSEllVATlONS. VJ ] to June M'itli that ^ed in the itiil force foi-CG may hoi'izont;!! s ; iuid in lioriz(l under his sujieriniendcnce in is.")?. P(;rs()ns interested in such discussions should, if possilile, consult that valuahle Avork ; hut a.s it is probable that there are many who cannot obtain access to it, the ])rincij)al facts brought (Mit in tlic discussions of General 8abiue have been re[)roduced in a condarate the aggregate of disturl>ances at the same six hours from the general aggregate in the early series. The results are given iu the volume puldished in 18G3, and are also printed iu Table XVIII of this volume. For tne years 1803 to 1871, the annual sums of tht^ I 30 TORONTO MAGXKTICAL OBSERVATIONS. The apfgrcgfitc sums in tliis Table for later years certainly do not support the doctrine of a secular periodicity. The solar diurnal variations of the maii^netic elements in the six o])serva- tion hours from 185G to 1871 were computed as follows : — (1.) For each instrument monthly normals were found in the usual way for each of the six hours. (2.) Corrections deduced from Tal)les on pp. 90-92 of Vol. Ill, Toronto Ohscrvations, were a])j)lied to the means of the six normal in each month, whei-cby approximate values of the mean normals pro})er to twenty-four hours were obtained. (3.) These twenty-four hourly nonnals being then subtracted from the monthly normals for each observation hour, the remainders I'educed by the scale co-efficients, were taken as the diurnal variations at each hour. In Tables XIX to XXIII ai-o tjiven the means of the monthlv diurnal variations deduced from several years, collected into f(rf)ups; those from the earlier years being taken from pp. 90-92 of Vol. III. Toronto Observations. In Table XXIV is given for each element, a comi)arative view of tlie half-yearly and yeai'ly means of the solar diurnal variations as derived from the observations in three groups of years; namely from 1 844-1 8-1-S, 1850-1802, and 180.')-1871; the winter half-year being understood to extend from October to March, and the summer from April to Septembei'. By subtracting the annual means from tliose of the half-year, April to September, we obtain also the semi-annual inequalities for each of the three groitps of years. Table XXV contains a synopsis of those instances of extraordinary distitrbance of declination, wlven the reading at the ordinari/ hours of observation difftu-ed from the normals proper to those hours by at least 1;")'. Table XXVI contains some examples of continued disturbance. The numbers in the column headed J (/' are the differences of the actual declination from a[)proximate values of the normals proper to the instant of ol>servation. The analogous differences of the horizontal and vertical forces, Ijeing obtained in a similar manner, the corresponding deviations of the inclina- tion and total force Avere computed from them in the ordinary way, and are entered in the columns headed J and — --. 9 f r 1 1 1 i ! k^ . * m t ■ ft' : i iill;;. not support, six observti- iual Av;iy for 11, Toronto lal in cad) •s pro])er to from tJie ■rs reduced L)ns ut eacli ily diurnal e from tlie nervations. -dv,' of the IS derived 844-1 SIS, ?r.'-;tood to eptemlxM'. April to fciie tliree TORONTO MAGNETICAL TABLES. tiordiniiry /lOW'S of least 1.")'. ice. The 10 actual e instant PS, Ijeing ' inclina- ■vay, and m 1 TOUONTO MAONETICAL OHSERVATIOXS. TABLE I. MoN-rnLY AND YixRhY Means of Absolute WE.STEra,Y Dkclinatiox. 1 - — - — — ._ - zs 1 _" "".....: ~ : -^z : z- .^^ ! 1 Years. Jan Feb. Mnr April -1- . May June 1 1 1 • 1 July • Aug. Si-pt . Oct. Nov I j I^ec. _| Year. ' 1 lo / o / 1 o / i !. - / / / 1 1 1 / ■ / i 1 1 } 1841 I 11. 9:i 11. f 1 i'l 12. 1 eji 13. 7,1 IG. - I 16. 6 I 15. s 1 16.6 1 15. 2 1 14. R 1 14. •■'1 ir.2 1 14.3 I 1 1842 I 14. 6 1 18. f il 18. 4 1 18. •■1 19. 1 1 20. 1 1 18. 1 1 18.4 I 19. -' I 21. ill 21. '' 1 21.5 1 19.1 184.3 ... ... ... ■ t* *•• • t. ... ■ •. ! ( 1 1S44 ... ... ... .*« ... ... ' j 1 1845 I 26. ( ) I 24.4 1 28.; ) 1 29. S ! I 30.; !1 29.1 I 1 29.1 1 28.6 1 30.9'l ;J2.2 1 29.9 1 31.;; 1 i>ii.l 1840 1 I 31. £ 1 ) 1 29.4 [ 1 29.1 :l 30.0 1 29.9'l 28. t 1 i 1 31. t 1 1 30.5 I 32.1 jl 31.7 i 1 1 32.3 1 32. i 1 30., S 1 1847 I 32.2J1 33.1 I 32.C 1 33.2 1 32.2 1 32.2 1 ."2.." 1 I 32.711 34.1 ;!l 34. S |1 34.; I jl 35.1 1 33.2 ! 1848 1 I 34.5 1 35.0 1 34. e 1 36.6 1 34. 01 35.1 1 i 1 34. C 1 !1 36.4 1 35.7 1 37.3 1 36.1 1 36.1 1 35.4 1849 1 38,4 1 35.2 1 1 36.8 I 35.4 1 37.o'l 30.1 i 1 1 36.1 I 35.7,1 37.2 ,1 37.2 1 38. 6 I cJ.l 1 36.9 1850 1 1. 36.5|1 37.5 1 38.6 1 37.5 i 1 37.1 1 88.1 1 36.2 I 39.9:1 40.4 'l 41.2 1 I 40.7 1 39.5 1 3s. 6 1 1851 1 I 39.5 1 41.4 1 39.6 1 40.5 I 40.9 1 41.0 1 40.0 1 41.7|l 42.3 1 41.6 1 40.1 I 41.3 1 4U.9 ! 1852 ... ... ... ... ... 1 " i 1853 ... ... ... ... ... ... 1 44. S- I 48.11 ... 1' 1S54 1 1 ... 1 44.9 1 48.6 1 47.2 1 48.0 ... ! ... 1 ... 1: ... ^K 1855 ... ... ... ... ... 1 51.9,1 51.9 1 53.3 1 55.0 1 65.0 ... ^:/f- ! 1856 ijl 54.3 'i ii ii 1 55.3,'l 55.2 1 1 56.3 1 56. 11 56.1 1 56.1 1 54. 4-1 58.5 1 57.1 1 68.; 1 57.6 1 66.3 :|j ! 1857 ! 1 58.5 1 58.8 2 00.6 i 1 59.7 1 58.8 1 58.9 1 59.8 2 01. 9^2 01.6 2 01.7 2 02.5 2 03.7 2 00.,-) 5i I 1858 I 1 2 02.8 2 03.8J2 04.4 2 04.0, 2 03.7' 2 03.5 2 04.3 2 06..?'2 05.4 2 05.3 2 04.8 1 2 05.5 2 04.5 ;-|- 1859 1 : -' 06.4 2 06.9'2 06.7 1 2 06.6 2 06.8 2 06.9 2 07.2 ■ 1 2 07.4;2 08.8;2 OS. 5 2 08.5 2 08.3 2 07.4 €- 1; I860 ; 2 08.5 2 09.3 2 09.9 2 09.6 j 2 08.9 2 08.9 2 10.4 1 i 2 11.4J2 10.8 2 13.9 2 13.3 2 12.6 2 10.6 1861 : •. 1 2 12.4 2 13.3 2 13.2 i 2 1'.2 2 13.212 13.9 i 2 14.1 2 I4.7J2 15.212 15.0 2 15.7 2 17.2, 2 14.4 1862 i 2 15.7 1 1 2 12.0 2 13.9 2 13.8 2 14.4J2 10.7 2 16.2 2 15.92 17.1: 1 2 17.4 2 17.6 2 17.2' 2 15.7 1863 ' 2 17.4 2 18.o'2 17.9 i I 18.1 ; 2 18.612 18.9 2 19.9' 1 1 2 19. 0:2 20.2 2 19.7 1 2 20.9 ! 2 19.7 2 Ul.l ! 1 1804 : 2 20.7 • i 21.3:2 21.2 1 1 I 21.0 •. ! 2l.2i2 22.6 ; 1 2 23.2' 2 22.7:2 22.3 2 22.3 1 2 22.2 '1 2 21.9 2 21.9 l| i 1865 i 2 22.7: ! 23.6|2 22.5 2 24.31- ! 23.5'l 24.3 1 ! 24.0; ! 26.S'2 25.8 1 ' 27.0; 1 2 26.4 2 24.8 ■ 1 1866 ; 2 27.1 i i 27.8 2 j 27. oil 27.1 i 27.4 1 27.0 1 ' 27.2 1 1 1 27.7|'2 27.8 2 28.6 2 28.6 1 ! 28.2 2 27.0 ■ 1 1867 i 2 28.6 2 2a. 3 2 i 28.9 1 29.7 2 29.1 2 29.1 2 29,0 2 1 31.112 30.712 30.3 2 31.0 1 ! 31.2 '2 29.8 ; 1 1865 12 30.72 32.0:2 32.0 2 32.8 2 I 32.9 2 31.6 2 34. C 2 1 33.8,2 34.0 1 34.0 2 34.5 2 jl i 35.2' 2 33.2 1 1 1869 i 2 •»,•,. 4 2 35.3 2 36.6l2 36.6'2 1 i 37.3 2 37.1 2 37.0 2 36.712 37.3 2 38.3 2 38.1 2 * 1 38.5 2 37.1 1 1870 2 4u ' 2 40.3 2 j 40.2 2 41.6i2 j 40.8 2 39.8 2 40.4 2 42.7 2 42.6 2 44.9 2 44.8 2 44.2 2 41.9 ' 1 ^ 1871 2 1 , 46.1, '2 45.6 2 45.6 2 46.3 2 46.9'2 1 47.6 2 48.0 2 48.7i2 49.7 2 1 49.9 2 60.3 2 49.9 2 47.9 i 1 ■ " - — . — -- : ■ ! 33 TORONTO MAONKTIC'AL On.SEUVATIONS. 'i f I- II !i If ;i! i * li: -i TABLE II. Mu.s'TiiLY Mkan' Declination vi>n k.vcii ok thk Tiiker Gnour.s, with the COKHEHI'ONDINO CoKKECTIONS FOU SECULAR ClIANUK. 1 Yoars. i .Inn. 1 Fob. Mardi. o / April. o / May. 1 Juiin. / July. Aug. Sopt. O 1 Oct. o / Nov. o / Dec. 1 1 O 1 Year. 1 a f / / C ' o / ,1845-51 !l 31.031 .33.71 1 34.10 1 34.57 1 34.57 I 34.39 1 34.27 1 35.07 I S6.ll I 36.57 I 30.06 1 30.21 1 34.98 '|Correc.i +0.89 +0.7.'! +0.57 +0.41' +0.24 + 0.08 —0.08 —0.24 -0.41 — 0.57| —0.73 —0.89; 1 11850-04 2 08.5.3 2 08.73 2 09.26 2 09.20 2 09.09 2 09. CI 2 10.14 2 10.51 2 11.09 2 11.212 11.53 1 2 11.52[ 2 10.04 ICorroc.'; +1.43 +1.17 + 0.91 + 0.05! +0.39 +0.13 —0.13 —0.39 —0.65 -0.91! —1.17 -1.43; !l8fi5-71,'2 :i2.0i'i 33.41 1 1. 1 .33.2'' 2 34.05 2 33.99 2 33.77 2 34.39 2 35.21 2 35.50 2 36.2112 30.42,2 36.24 2 34.02 Correc.'l +1.72j +1.41 + 1.09 +0.78 +0.47 1 +0.10 -0.10 —0 47 -0.78 -1.09 — 1.4l! —1.72, 1 1 TABLIO III. Monthly Me.\n Declination von k.vcii ({uour, corkected for Secular Change, TOUETiiEii wirii Tiir. Means ok thk. Three Corrected Groups. i I II . /iM I i . hli'^if Years. .fail. 1845-51 |l 34.98 1850-0-. Feb. I March. I .\pril. I .34. 44! I 34.73 M»y. June. July 1 (19.90 2 09.9012 10.10 1865-71||2 34.60!2 34.82i2 34.35 !i i I 1 34.98,1 34 811 34.47 I 34.19 2 09.9112 09 48|2 09.74 2 10.01 2 34.83 2 34.40 2 33.93'2 34. "3 Aug. r 1 34.83 Sept. / 1 .35.70 Oct. Nov. o / o ' Dec. Year. 1 36.00:1 35.3311 35.3211 34.98 Moan .2 00.53 2 00. .30,2 06.41 2 06.57 2 06 25 2 06.05 2 00 14 2 10.12,2 10.4412 10.30 2 10.3 2 10.09|;2 10.04 2 34.74 2 34.72 2 06.56 2 06.95 2 35.11 2 35.01 2 34.52; 2 34.62m 2 07.1412 06.9012 06.64:i2 06.54|! ' i i' Il TABLE IV. ANNU..VX, Variations of Declination. Years. ;■ Jan. 1845-51 1 0.00 , i 1850-64 II — O.OS ,1 1865-71 i +C.04 Mean -0 01 Feb. > —0.54 —0.14 +0.20 —0.15 Marcli. I —0.25 +0.12 April. May. / 0.00 —0.13 —0.27 +0.21 —0.13 +0.03 -0.17 — O.uO —0.16 —0.29 June. —0.51 —0.30 —0.69 —0.49 34 July. Aug. -0.79 —0.1! —0.03 —0.39 —0.40 +0.08 +0.12 Sept. +0.02 -+0.72 +0.40 +0.10 + 0.41 Oct. Nov. + 1.02 +0.26 +0.49 +o.ro +0..35 +0.32 +0.39 +0.30 Dec. ; I I ' ! +0.341 I + 0.05' 1 —0.10 1 I I +0.10 II m TORONTO MAOXETICAL OnSEIlVATIONS. ITn THE Nov. 30.06 -0.73 Dec. Year. I 3(5.21j'l 34. C — O.SOi 11.5;i 2 11.521 -i.nl -i.-isj i 30.42:2 36.24 -1.4l' —1.72; I 2 10,04 2 34.62: i ClIAXOE, S. Dec. 3311 36.32! Year, / : 1 34.98 -' 10.09||2 10.04' 01 1 2 34. 52: 1 2 34.62| — I 1 90 i 2 06.641 ! 2 06.54 TABLE V. Monthly and Ve.vki.y Means of Ai)soi.i;tk Inclination. 3 +0.10 [ \'e^T^. Jan Feh. Mar . Apr May . Juiiu. July • Aug 1 . Sopt . Oot Nov ! . Di'o. ' Year. ll i 1 75° 1 75° 75° 75° 75° 75° -S'^ 75° 1 76° 75° 75° 75° i 75° [ 1S41 16.2 13.6 16.7 10.1 16.6 10.8 14.3 13.9 18.8 / 18.9 t 17.9 1 III 17.9 : 10.0 i 1 1842 17.9 16.1 18.0 19.0 17.0 11.7 10.1 10.3 1 14.9 16.1 17.3 10,2 '. 10.4 1843 14.5 15.2 14.1 13.3 14.4 13.4 14.5 14.8 ! 15.3 14.5 16.8 16.7 ;i 14.7 1844 15.4 15.7 14.5 13.2 12.6 11.0 10. 1 1 9.8 i 17.7 17.9 20 3 19.0 ' 14. S 1845 18.4 19.5 14.5 1 11.5 16.4 15.2 14.2 14.4 ' 16.0 14.3 10.8 15.2 i: 15.5 1846 10.1 16.4 10.0 14.3 14.4 14.8 14.0 14.4 • 15.7 15.4 15.0 15.1 ' 15.1 1847 15.0 15.2 10.3 15,9 10.1 13.0 11.0 12.0 1 15.4 17.0 17.9 10.8 ' 15.3 ■ 1848 1 20.;; 18.7 17.2 18.0 17.2 10.8 16.4 19.0 ! 17.3 19.0 19.4 1 20.0 ■ is.;i i 1849 j 19.5 18.1 16.7 18.4 18.4 18.5 18.0 19.3 ! 21.0 20.0 20.1 18.1 IS. 8 i 1850 i 19.9 1 18.7 18.0 19.7 ! 19.5 19.1 19.9 18.4 j 21.0 21.8 21.3 1 22.5 . 2').0 ! 1851 1 ! 21.6 i 20.0 21.5 21.9 ! 20.0 20.7 19.0 19.8 20.8 1 20.0 20.4 :i 1 19.4 1 20.4 1852 1 19.3 19.4 19.0 20.0 20.8 20.8 19.9 20.0 21.0 22.2 21.3 1 1 21.2 '• 20.5 1853 1 22.1 22.6 ... 22.0 ... 22.5 21.5 20.3 21.7 22.4 23.0 22.3 22.2 1854 ! 21.4 1 23.3 23.1 23.0 23.0 22.9 24.3 23.2 23.4 •Jl.O 2'' 2 23.9 i 23.0 1 1855 |24.1 23.8 23. S 23.0 23.0 22.9 ; 23.1 23.9 24.5 23.5 23.3 23.3 1 1 A.U. t) 1 1 1850 I ' 23.7 24.3 24.0 23.5 22.7 23.0 ] 24.2 23.8 1 24.8 24.9 24.0 24.0 1 1 : ! 24.1 1857 24.3 23.8 24.5 25.0 23.9 23.9 ! 23.9 23.9 25.1 25.0 24.4 24.1 1 ! 24.3 1S58 24.0 2-). 6 26.2 23.7 23.9 22.9 ! 23.2 23.7 25.1 24.5 24.5 24,4 1 1 24.4 1859 24.5 24.9 25.0 25.5 24.4 24.0 ■ 24.1 1 25.1 25.0 20.4 26.0 24.3 1 25.0 18C0 24.4 23.5 24.6 25.1 24.3 23.4 1 24.2 25.1 26.4 26.0 23.8 23.9 21.0 1861 23.8 23.5 24.3 25.3 24.3 1 23.4 i 1 23.0 1 23.7 23.3 23.8 23.4 23.3 23.8 1862 23.1 23,4 23.0 22.7 23.3 22.8 22.9 23.8 23.0 23.9 22.8 22,4 23.2 1863 21.7 21.7 21.8 21.8 21.9 1 20.9 20.9 1 21.8 ; 22.1 21.0 20.9 21.1 21.5 1864 21.5 21.9 21.4 21.3 21.3 21.2 20.2 19.0 1 20.7 20.5 20 6 20.8 20.9 1865 1 20.8 20.8 21.8 21.5 22.0 21.7 20.2 20.5 21.0 21.4 20.7 20.2 21.0 1866 20.0 20.0 20.0 20.1 20.3 19.8 19.3 18.3 17.7 17.8 18.3 18.2 1 19.2 1867 18.1 18.8 19.0 19.1 18.6 18.9 18.7 1 18.8 18.3 18.7 18.9 19.8 18.8 1S68 20.4 19.4 19.3 20.9 20.9 20.2 19.0 20.2 20.2 20.8 19.4 19.0 20.1 1869 17.1 15.8 15.7 10.1 16.9 16.0 17.1 17.1 17.0 17.1 17.4 16.8 16.7 1 1870 16.5 16.4 ] 17.6 17,8 16.8 15.3 16.5 15.9 15.2 10.2 17.1 10. 7 10.3 1871 17.3 ] 18.1 ] 8.6 ' 1 18.9 ] 19.5 15.8 ] 14.1 14.3 1 15.1 15.7 ■ 10.5 8.0 10,8 1 — - •■■II II II 1 ~ — 85 TORONTO MACJNirnCAL OHSKUVATIONS. v-> t{ 'i ': ! ' I i I. TAHLK VJ. MOSTOLY ASNIAL Mkans (»K TIIK AhSOLUTE UoKlZONTAL FoKCE. Yoara. Jan. Fob. .M«r. April. May. .lunu. ' .July. Au-. Si^pt. Oct. Nov. Dec. Yo.ir. 1 18 45 !.5472 .3.5471 3.5471 3.. 54 46 3.54S1 3.5514 3.5.50s 3.5473 3.5466 3.5466 3.5471 3.5470 3.517ii ll 1840 .5475 .5413 .5441 .5414 .5414 .5458 .5441 . 5307 .530.) .53S6 . 53(i0 .643:! .5410 j 1847 .54:55 .5420 .5386 .5:348 .5386 .5300 .5360 .5424 ..5338 .5345 . 5360 .634; .5331 i 1 1H4S . 5:!2'.) . 5352 ..5372 .5311 .5380 .5366 .5376 .53611 .5332 .5263 .5249 .6318 .6.330 ISt'J .5:3l'J .5312 .5339 .5.37! .5413 .5380 .5428 .5304 .5382 .5343 .530•• • 4* 1 ISo.j ... ... ... ... ... ... ... ..5294 .5124 .5007 .5101 ... ISO'J . 51) ).•( .5004 .5052 .5054 .5057 .5101 .5108 .5070 .5037 .5030 .5046 .■J'^V' .5040 IS.-,T .48.38 .472S .5113 .4761 .4001 .5025 .5002 .5)02 .4826 .4823 .476.: .47-;:. .4833 ISJS .4779 .4748 .472.-> . 4870 .5011) . 4000 .5014 . 5005 .4051 .40 41 . 486.-) .49:17 .4.)00 13.-.0 .4721 .4771 . 4752 .4703 .4771 .4703 .4328 .5015 .4700 .4842 .4816 .482', .4311 ISiiO .4771 .4842 . 470) .4767 .4862 .4822 . 4805 .4778 . 4700 .4774 .4769 .476.1 .4702 lSi3l , .4S4:i .4821! . 4820 . 4787 . 49SS . 4833 .4872 .4847 .4796 .4817 ,4822 ,48:i .483.1 181)2 ; . 48:i;» .4834 .4S4ti .4022 .4807 .4882 . 48 id .48 30 .4840 .4793 .4^0 .488!' .4853 1'3.3 .4SSL' .4881 . 4875 .49)2 .4878 .4807 .4031 .49)3 .4889 .4889 .4884 .4881 .48^ 1864 .4941 .4932 .49}:! . 40 05 .4023 .4946 .4948 .4914 .5000 .4890 .4015 .491r .4032 18^55 1 .4)34 .402'-. . 4957 . 4020 .4981 .4933 .4943 .4000 .4874 .485 4 .4952 .491!' .4925 1SC,'3 .4'J05 .4910 .4911 .4040 .4923 .4975 .4950 .4002 .4048 .4930 .4927 .494 J .4931 ' ISf)- .497'.) .4926 .4.)75 .4950 .5034 .4976 .4989 .4979 .4943 .406,-> .4993 .5001 1 .4976 ; 1808 .4900 .5013 .40 47 . 4900 .4908 .490 4 . 5032 .4909 .4958 .4060 .4974 .6001 .4980 i 1 I860 .5022, .4048 .-lOO'i .4051 .4988 .5026 . .5072 .5012 .4979 .4916 .4971 .4991' .4089 1870 . 407;! .497 4 .5060 .4057 .5018 .5026 .4993 .4978 .4970 4953 .4948 .4931 .4084 \ j 1871 .4909 .5001 .4964 .4943 . 5030 .50.35 .5030 .495? .4993 .5008 .5031 .5021 .5003 - 1 TORONTO MAONETRAL OHSEUVATIONii. TABr.K VTT Mn.NTni.V AND ASNIAI. MkANS hV TdTAI, FuUC'E. ■•""" ll .5U!) jj Ami |i .5:!.'» .530S .5J'J3 .5151 I. V'rarB is.|n 'j il I 1817 I' j 1848 1 1 1 I'-W I' l^^U ll I I' ; 1S5) ;1 isr.s 'i V lSi3 '! 18,M ■' I i' l'^r..■, '. : 1S50 'i ! 1S57 ;. 1S5S ji 18;<0 :' ISCO i n 18r,i I' I8r2 I 1.SC3 ■ i I' l^r,4 'i I' 1HC6 ! 1SC7 j 1SC8 j! ii ISC'J 1 1 1870 i ll 1871 ]; " Jan. Fi)b. 3.9S49 14.0015 .05114 13.9307 .9178 .9173 .'.157 'J .942J .9415 .917:^ .057t; .9430 ,9405 .9193 .9:!3U ,905:i .8815 .9157 Mar. Apr. May. Juno. 13.9242 13.8685 13. 94'JO 13.9519 .9?.'J5 .8888 .9003; .923' .9185 .8974 .015l| .9269 .9349 .9324, .8062. .9478 .WW I .9152 .9734 .9105; .9660 ')757 .8447 ..s.ir,7 .HOl> .7S'.:9 . SuOM .8195 .8026i I .8207J .8038; .7855' ^ o r .1 ! .81C5i .78781 .7597 .7S2.3 .7745 .82521 I .SII85J .SUlj .8(.i6S| .S093j .80141 .825. . soon .7872 . 77 55 .8190 .7390 .7581 .7951 .9053 .93' .8101 .80ir, .7987 .8217 .81811 .8009 .8074 . S345 .7SSS .7990 .7011 .75CG .8101 .7872 .8989 . 8053 .8290 .8272 .8097 .8208 .8344 .8127 .8056 .8188 .8048J .793l! . S25.3 .7439 .7730 .7842 I .9C01 .8730 .9184 .9,'.37 .9594 .9529j .95,0 .8918 .8G8t .8878: .8450; .887oi I .7997 1 .83451 .8850! .8222: .8049 1 I .8!35! .8382: .7977J .8159 .8249 .7714 .7063 .8.302 I July. Aui?. ' Sfpt. Oct. Nov ! Dee. Yew. 13.0342 13.92.35 13.954r, 13.9192 13.9597 13.9381 Ki.9W9 I .9068 ,838' .9163 .9613 . 9,'!3'.' .9,330 ,876 .9193 .89,35' 8 Co" .8120 .8048 .8107 .8194 .7968 .8207 .8227 .Ki«8 .7 Of 9 .8240; .7810 .7617 .7728 . 930.3 . 8847 .8792 .8177 .8109 .8186 .8163 .8105 .8054 , 8037 .7920 .7996 . 8298 .8078 .7525 .74a'j . 8936 .8767 .9iO(. ,9681 .8772 ,9458 ,8778 , 9099 .8850 .8829 .9077 .81.35 .8195 .8180 . 8120 .7950; .75831 .7970! .8147 .7832 .75'24 .7195 .9109 .9047 .8858 .9225 .91':7 .9117 .9991 .9681 .9215 .9777 .9487 .9162 .8950 .9008 .0091 13.9258! .9123 ,8334 .8824 .8208 .8389 .7928 .8147 .812! .858:: .7891 .7608 .7749 .8100 .7690 .7379 .7403 .9141 . 83i'5 .8696 . 8602 .8263 .8090 .8004 .7945 .7879 .7^06 .7618 .7890 .820: .7402 .746.1 .7616 .8883, .01N5 .9136 .9354: .D10:< .9009 .0124 .9582 , .9312 1 .969 1 1 .9326; .062i I 'I .9861 .9739 ; .9504 'I .9270 I .0479 .9496 ,8987 .9124: I .91231 .7974J .8386 .8435 .7908 .804'* .7952 .7916 .799,3 .8191 .7679 .8034 .8033 .7720 .7578 .78c9 .9007 1 1 .5920 .9135 .8775' I .8005 .8548 .8198 i .7888 .7957' .8168 .7038 .7996 .7942 i .7734 .8202; .8I97' ,7702, .7579' i .8031' ,9054 .8436 .8524 .8251 .8109 .8173 .8143 .8028 .8109 . 8099 .7828 .7958 .8160 .7690 .7012 .7762 87 TORONTO .MA()N'I:TI('.\L GIlSKKV.VTIONg. T.M'.MO VIII. AodllKcrVTK AM )l'Nr o|- Tlir, DiSTIUni.VN'CKS (IK |)r,ri,|N ATIoN, Il(tllIZ')NTAI- FnlK'i;, ASM VkkI'KAI, l''oiu;i", IN niKI'KIIK.VT YK.VKS K.NI>IN(J Jl'NK ,'{(), Willi llji; I'Aiins i;\riii;.ssiN(t tiikiu kki.atis j; amocnt in kacii vkak, as cii.MrAUKii Nvnu TJiE Mkan or ai-l, vkaiw. DECU:«ATIO!f. 3 a" (■■!) is 5 -J. =21 Mi n (1) {i) (5) (C) 1844 2053.2 1235.8 817.4 0.52 0.58 0.47 1S45 •J521.8 1325.4 iiyo.4 O.iU 0.00 0.00 j 1840 3'J40,0 1973.3 1273.3 0,82 0.89 0.84 1817 5478.7 2058.0 2519.8 1.30 1.34 1.40 i 1S4S 0422.0 1 1 3.')73.5 2S18.5 l.o;i 1.01 1.65 Mujm, 31)41.5 22i::.4 1731.1 1.00 1.00 1.00 IIoiizosTAL Foncg. ^•s I -)-' (7) 0.4'J 0.46 0. 53 1. 11 2.42 1.00 g" tc a 0.81 0.47 0.05 0.99 2.08 1.00 (9) 0.43 0.45 0.52 1.13 2.47 1.00 Vhrtical FoIUT,. (10) 0.08 0.58 0.74 1.23 1.30 1.00 a to a '\i |2 (11) (12) 0.71 0.02 0.40 0.G7 0.75 0.72 0.98 1.40 2.09 1.59 1.00 1.00 TABLE IX. CoyTATNIN'O FIR TIIF. ToTAL FOHCK AND InCLIN'ATIOV, XuMUKHS ASALO(iOUS TO Tuo.sK OF" Table Vlll, TuciEiuKu with ceutain otuek Ratios ix Columns 7 AND 14. 2 Total For;e. 1 INCLIXATIOH. "2" c tc ? 1 3 30 o si = + «l General sums. Sums (-) Ratios General. 1-^ Ratios Ratios + to — (1) (2) (3) (•1) (f-) (0) (7) (8), (0) (10) (11) (12) (13) (14) 1844 .4491 .2011 .2480 0.77 1.02 0.05 1.23 684.3 498.8 185.5 0.62 0.45; 0.93 2.7 | 1845 .2775 .OGie .2159 0.48 0.31 0.56 3.51 613.9 510.5 103.4 0.47 0.46^ 0.52 5.0 ( 1 i 1840 .3809 .1363 .2446 0.65 0.69 0.64 1.79 753.7 C12.7 141.0 0.57 0.55i 0.71 4.3 1847 .7293 .1830 .5454 1.25 0.93 1.42 2.9f 1399.0 1105.8 233.2 1.06 1.04 1.17 1 5.0 1848 1.0747 .4007 .6680 1.85 2.06 1.74 1.6-1 3139.8 1318.1 2809.8 330.1 1 2.38 2.51 1.66 8.5 Mean. .5823 .1979 .8344 ... ... ... ... 1119.5 198.6 ... ... ... 38 TOIIONTO MA(JNI;TI( AI, OIISEUVATIONS. a Is (I'J) O.GU 0.67 U.72 1.10 l.,59 1.00 o I V o (14) i 2.7 I TAHLK X. A.;<;KK,..vrE VAi.rKs or thk T)rsTri<,uN,-Ks or DEcusxnus ,n ti,k srvrcvr. MoNTirs, n-iru ri.i: JLvt.o.s o,,- thk Mcimixn: V.vi..-,;s ,„• t„k |.,s,M,i.^ ANCESOr THE SKVKKAI. ELEMENTS To TUEII: liESPK.TIVi; M KA n AsMAr. V MA HH. Months and Yfiir. Declinatm.v. s^ I .January [■"c'bruary March \pril M^iy fune •ruly August I September October November c^ 5 3^ rt"^ S=^ tn ('•) I (2-) c;!6.o| 527.0 1383.8 772.9 1S'J4.7 10C2.9 • 3 5^ iDeccmber -'329.0 1003.8 872.4 1542. e 1187. f) 904.3 691.1 903.2 {^■) (4.):(5.)'.(0.) 409.0 0.57iO. 67 0.67 010.9 0.84 0. 8»'o. 8;- 1895. 0^1255. 2 2GC3.5 1504 8 2144.7 1174.0 1282.0 1244.8 550.6 527.4 761.8 1141.5 699.5 181.3 609.4 639.8 1158.7 970.7 725.4 717.4 Vertical Force. 1.11 1.15;i.ot I j 1.42jl.291.5S 0.980. 080. 97 0.53 0.75 0.2") 0.94'0.98'0.8!i 1.15,1. 360. 8!' 1.621.63,1.61 1.30 0.78 0.76 1.27(1.35 o.eo'i.oo 0.67 0.99 (7.) 0.5K 0.94 '.93 1.50 ).9( 1.36 ■I. CI 0.76 1.71 1.48 0.98 1.27 2 ' I o , (S.) I (9.) I.5O1O.7I I 0.74,0.77 I. OS 1.21 l.49il.4t; 1.12:0. 99 '>. 5(1 0.51 ». + I). 79 I. OS 11.00 1.30 0.75 0.99 0.56 0.'((l 1.49 1.24 0.82 1.4S (10.) (11. ■).45 0.8( 0.72 1.2. o.os'i.i; 1.51 1.4: 1.221.7; O.50I1.37 Total Force. 0.05 1.31 1.67 1.34 0.70 0.65 2.3 2.41 1.5f 1.4! 1.1s 0.61 ^2.) (13)1(14.) 53 0.72^0.43 0.74,0. 70. 0.7( 1.05 1.17 0. OS- 1.55 1.51 1.5( 1.08]l.03 0.390.45 0.78j0.59 1.0GI0.06 1.64 1.46 I l.36il.ll 0.77 0.89 l.OS 0.3f 0.8>- 1.27 1.73 1.4t 0.7(i Iti.i- (16.) 0.65 0.94 0.97 1.41 0.85 o.:;9 0.56 n.74 1.67 1.45 1 . 02 l.:;(i A: TOUONTO MACINITICAL OIISKIIVATIOXS. U i i^ TAiw.i: xr. CoNTAt >rN<; F>l! K\r'![ MAUNinU' Kl.KMKSr TirK r.AIT'H OK TIIK AMiINT OP l»isri iiiivNCK \s icAcii III" TtiK '2i IIm' US, T,t Tiii; Mr.vN Amopni' Ml' riiR IM V|'ll:llVMIv< AT AM, III K-i, I >l.-i I' Itll \ Nl'KH t)l' A\ Ol'I'DSlTK SniS IIKINO TAIvKN .liil.M'I.V AS \Vi;i.(, Al SKl'AUATIIt.V. u If Dr 1 KHKt i mill WBHt. CLIJC^TI 1 * ox. i- I it 1 1 ■ (3) II'iniZO.NTAt + HJlJ + 1 I'nncE 1 Vruticai, F + ttlXl + ones _ ._ TiTAL FOI + and + ; (10) (U) — ..- \cr.. ! 1 ami 1 ~ INMIOV. + - (11) (15) (1) (••!) W (6) (0) (7) («) (12)1 (13) 1 ' 0.49 0.21 II. HO , 0.80 l.,S3 0.74 0.40 0.8'; o.is 1 0.26 0.05,0.04 1.06 1 I 0.93 1.70 1 n.30 0.21 0.41 i 0.70 1..07 0.03 j 0.63 1.23 1 0.2(1 [ 0.48 1.21 1 0.B9 O.Sl jl. 08 2 0.40 0,20 0.f5 0.67 2.30 0.41 0.77 1.01 o.lr 0.04 1.73 0.0«« 1 0.84 0.65 1.93 8 0.40 0.22 O.02 1 0.00 1.99 0.40 O.SH 1,03 o.r. 0.77 2. 14 o.oo 0.82 0.7211.38 4 O.fi.". 0.31 o.so j 1 0.01 2.50 0..31 1.05 1 2,31 (i.ii 0,90 2.69 0.07, 0.74 0.01 1.45 5 ' 0.5.'. 0,40 0.70 ' i 0.00 2.21 0.45 1.08 2.30 0.1.' 1.02 2.S7|o.07 0.87 0.79 1.32 1 I 0.S4 1.04 0.,S7 , 0.59 0.87 0.54 1.01 2.23 O.l: 0.84 2.32 O.OSI 1 0.99 1.03'). 72 7 0.9S 1.44 o.3;t 1.70 l.,V. 0.03 1.05 2.30 o.ir . 0,91 2.40 0.10 1.12 1.14'l.02 S 1.22 1.9J 0.2S i 0.75 l.«;7 0.70 0.89 1.9 J o.lf. 72 1.93'0.1o! 1 1.('3 1.13 ).54 9 1.H2 3,07 0.22 : O.'.IO o.ra 0.94 0.76 1.3-. 0.31 0.C2 1.200.32' 1.C9 l.l.N 0.57 1i) l.f4 2,40 0.4,-. 1.03 o.oa 1.09 0.85 0.92 O.Sl 0.82 0.79 0.84 1.10 1.18^1.03 '' 1.2.^ 2.01 0.27 l.U 0.40 1.25 0.93 0.59 1.17 0.97 0.51 1.2u 1.14 1.2i.|0.84 V2 1 . ;;-. 1.7') 0.S2 1.27 0.43 1.40 1.39 0.51 2.1 ." 1,67 0.40 2. lo| 1.07 1.1(1 i.'.il 1 ];; 1 . f.2 1.70 I.IS ' \.M o.i;3 1.74 1.58 0.35 2.47 1.79 0.27 2.,57! 1.23 1.3;. '1.09 u 1.21 1.30 1 1,011 1 1.01 1 U.03 1.S5 1.01 10.3A 2.51 1,85 0.24 2.09 1.13 1.3:j ".37 1.-. , 1.13 1.28 o.o;! i i..".7 0.10 1.50 1.73 0.33 2.7-^ 1 1.97 0.3(1 2.83 0.90 l.O-)'i).47 10 1.33 1 1.44 1.20 1 1.14 O.OG 1.31 1.51 0.2S 2.3!' 1.70 0,18 2. 48 1 0.84 O.iiO 0.51 17 ' 1.04 0.00 1.22 1.02 0.22 1.14 1,41 ).32 2.111 1.59 0.29 1 2.25 1 0.74 0.70 0.00 IS 1.05 0.45 1.82 1.05 0.38 1.15 1.22 0.28 1.91 1.35 0.27 1.91' 1 0.82 O.Sl 0.83 10 |1.17 0.35 2.22 1.39 0.23 1..^.7 1.16 0.32 1.7f 1 1.34 0.25 1.90 1 1.17 1.29 0.51 21) i 1.27 0.20 2.58 ' 1.17 0.34 1.30 0.80 0.4211.0^ 0.86 0.30 1 1.11 1 1.00 1.14 0.02 21 ' 1.11 0.22 2.25 1.09 0.94 1.12 0.54 0.2S0.72 0.55 0.21 1 0.73 1 1.06 1.05 .103 22 n.87 0.28 1.62 i 1.00 1.40 0.93 0.37 1.400.34 0.26 0.24 0.27 1 1.04 0.90 1.46 23 0.C5 0.39 1.01 1 0.93 1.91 0.78 0.34 0.53' 0.21 0.18 0.380.071 1.02 0.S8 1.79 y 40 roHoNTo MA(;NKTrc.\i, ()Iisi:hvati<)Ns. TAIU.K XH. 1.40 1.79 I I 8U0\VIN(i TIIK AfUillEOATK l]|ir.( T np TlIK DiSTI'ltnANf'KM OK DkcMVATFON', ToTAt, FuIU'E ANI» I. N'CM NATION ON Till' Sul,\l; iMl l.NAI, \'.\ Ul MInNS OF TIIK Kl,E« MKNTs, Tosu.(i Ki'.s'o.llw .0209 .0O32'+.0237| I-. 000015 '21tj.fl 72',8 + 14... •> + 0.09 Noon. 1 97. 7; no. 9 49.2 0.03w'.0600 .0083 +.0417 1-. 000027 201.4 09.0 1 1 1 1 +131.. 4 0.00 1 p. III. 2 93.2 iia. 8 140.0 O.OOvt .0718'.0O01 1 1 ; + .0054 +.000042 150.8 70.8 1 1 1 + 71.0 + 0.06| 2" 3 102. P 223.4 120. k'o.OSw '.0880 .004fl' + .Os;57+. 000054 1C8.2'57.0 1 ' 1 1 + 111.2 + 0.07 3 " 4 145.1 L>SO. 7 1 141. 6'().09w .1107 .0055 +.1052 -f.OOOOCS 142.2 59.8 + 82.4 + 0.05; 4<; 6 200.r254.2 54.llO.04w .1184. 0059' + . 1125 +.000073 183.1 1 >' 1 1 i 1 54.5 +128.4 +0.08, 6 '• 6 481.5 205.0 i 270. 5-0. IS E. 09.58 '.0001 +. 0807 i + .000058 241.3 29.0 +211.7 +0.14 " 7 004.9 139.2 525.7'0.34 e''.1025 .0079 +.0946 +.000002 205.8 42.0 +223.8 +0.14 1 7" 8 899.6' lOl 8 797 8|o.52 e' .0790 .0083 +.0713 +.000047 ,200.2 21^.4 +237.8 +0.10. 8 " 1417. 1| 77.6 1.3G9.5 0.87 E .049." 1 ! .0255 +.02.38 +.000010 275.1 23.7 +251.4 + 0.10'i 9" 10 1104.7' 102.2 1 942.6 0.01 i'|.0326 .0009 —.0343 1—000022 275.2 4:'. 6 +232.7 + 0.16 10" +0.10 11 " 11 925.4. 98.7 820.7 0.53 E '.0211 .0901 —.0750 —.000047 279.3 1 34.6 +244.7 12 80S.9|2G7.4 511.5 0.33 E 1.0192 1 ■ .1709'— .1517! -.000098 250.0 37.5 +219.1 +0.14 Midn. 13 824.5'420.1 1 398. 4*0. 26 e'.0113 1 ; .2056 -.1943 —.000125 309.4 28.5 +280.9 +0.18 1a.m. I 1 14 627.6300.8 1 266.8;0.17 X .0099 .2151 —.2052'— .000132 308.2 15.2 +293.0 +0.19 ) 2" 15 589.5'a30.5 1 i 253.0'0.16 E '.0122 .2294 —.2142 —.000138, '243.3 19.6 +223.7 +0.14 3" 16 C62.5'434.0 228.5 0.15 E i.0073 i 1 ' .1980 —.1013 —.000123 209.4 21.1 +188.3 +0.12 4 « 17 417.0'441.0 24.o'o.02wkoi20 1 1 .1806— .1086 —.000109 177.9 24.7 +153.2 +0.10 6 « 18 207.8 055.9 1 448. lj0.29\v!;. 0113 .1529— .1416!— .000092 189. 7 34.2 + 155.5 +0.10 6 « 19 160.2:801.7 1 641.5 0.41W j ,0105 .1524 —.1419 —.000092 1 !01.7 20.9 +280.8 +0.18 7 " 20 118.l|928.6 810.5,0.52w .0147 .0892 -.0745, -.000047 1 J60.8 25.5 + 241.3 +0.16 8 " 21 09.2811.8 712.6;o.46w; .0088 .0581 — .0493'— .000032 •245.1 42.5 +201.6 +0.13 9 " 22 128.0:584.2 456. 20. 30 W 1 .0100 .0220 —.0120,— .000008 224.4 00.4 +164.0 +0.10 10 " 23 179.9 358.3 178.4 O.llw .0157 1 .0057 + . 0100 j + . 000007 205.873.8 +132.0 +0.09 11 " 41 J • TORONTO MAGNETICAL OBSERVATIONS. TABLE XIII. Solar DrnRXAt, Vart\ttons of Dkcli.vation' for K.vrn imoxth for the t\vi:i; I vr,i) FIIO.M TIIK FIVE YEARS ENDINd June 30, 18-48, after tiih sei'aration and ojilssion of the larger dis- TCltUANCES. 1 I i XI. C »— 1 Jan. Feb. Mar. April. May. June. Sept. 1 Get. Nov. Dec. ?EMI-ANNUAT, JIeanh. Annual Means. July. -^ug. Ap. to Oct. to t^i'pt. Mar. —2.50 — 2.42 -i.Vl -4'54 -5'.24 -^.72 —4.24 — (3.00 — o'.26 -l72 —3.00 -l'.94 -5'.17— 2.88 —4.02 [ 1 —3.34 —3.30 —5.22 —5.98 —0.23 —0.20 —5.86 —7.22 -6.38 —4.20 —3.80 —3.02 —6.32—3.81 -5.07 I 2 —3.14 —3.26 -5.30 —5.84 —6.10 -6.23 —5.96 —0.52 —5.40 —3.94 -3.30 -3.36 —6.01—3.73 1 -4.87 ! 3 -2.44 -2.54 -4.78 —4.98 -4.84 —5.26 —5.12 —5.04 —3.36 —2.66 —2.52 — 2.38j -4.77 —2.89' —3.83 ' 4 -1.C4 —1.06 -3.42 —3.30 —3.12 —3,76 —3. 68 -2.74 -1.16 -1.80 -1.78 —1.70! -2.96 —2.00 -2.48 5 -0.92 —1.36 —2.18 —1.06 -1.26 -1.68 -1.86 -1.02 —0.42 -1.24 -1.10 -0.80i -1.32 -1.27 —1.29 G -0..32 —0.84 -1.12 — O.SO —0.44 —0.62 -0.70 — O.IS +0.12 —0.70 -0.12 o.ocj -0.44 -0.52 -0.48 7 + 0.00 -0.38 —0.56 -0.32 —0.22 -0.28 —0.30 -0.12 —0.06 —0.22 +0.64 +0.36J -0.23 —0.02 —0.12 8 +0.76 +0.32 —0.30 +0.44 —0.18 —0.32 -0.66 — O.TO +0.24 +0.24 +0.84 +0.88 -0.10 +0.40 +0.18 9- +1.02 +0.92 +0.22 +0.41 +0.16 — 0.2> —0.10 +0.48 +0.04 +0.58 +0.90 +1.24 +0.22 +0.82 +0 52 10 +1.08 +0.88 +0.90 +0.82 +0.38 +0.04 +0.36 +0.J6 +0.78 -.-0.48 +1.16 +1.10 +0.47 +0.93! +0 70 11 +0.36 +0.C0 + 1.02 + 1.12 +0.50 +0.00 +0.58 +0.52 +0.00 +0.62 +1.10 +1.0-- +0.57 +0.85 +0.71 12 +0.44 +0.44 + 1.12 + 0.88 +0.36 +0.42 + 0.76 + 0.54 +0.70 +0.50 +0.56 +0.68 +0.62 +0.63 +0.63 13 +0.12 +0.34 + 0.90 + 1.14 +0.82 + 0.20 +0.70 +0.82 +0.74 +0.58 +0.12 +0.10 +0.74 +0.34 +0.54 14 +0.30 +0.14 +1.12 +1.08 +0.C2 +0.02 +0.48 +0.52 +1.00 +0.92 0.00 -0.04 +0.63 +0.41 +0.52 15 +0.42 +0.02 +1.28 +1.48 +0.68 +0.02 +0.12 +0.72 +1.40 + 0.92 +0.62 +0.30 +0.74 +0.69 +0.71 10 + 0.86 + 0.70 +1.50 +1.58 +1.40 + 1.40 +0.92 + 0.94 + 1.96 +1.20 +0.52 +0.40 +1.3T +0.88 +1.12 17 +0.50 + 1.34 +1.56 + 2.36 +3.18 +3.04 +2.78 +2.52 +2.64 +1.70 +0.92 +0.5« +2.75 +1.10 +1.93 18 +0.74 + 1.64 +2.26 +3.40 +5.10 +5.28 +4.52 +5.22 4 3.90 + 1.84 +1.28 +0.58 +4.58 +1.39 +2.98 19 + 1.28 +2.00 +3.52 +4.64 +6.04 +6.36 + 6.50 +6.94 + 5.P.2 +2.74 +1.78 +0.92 +5.95 +2.04 +3.99 20 +2.60 + 2.92 +4.72 +4.96 +5.82 + 6.20 + 6.26 + 6.90 +4.80 +3.66 +2.90 +1.4C +5.82 +3.05 +4.44 21 + 2.90 +2.78 +4.54 +3.96 +4.18 +4.72 + 4.86 +4.76 +3.00 +3.04 +2.70 +2.04 +4.25 +3.01 +3.63 22 ^1.48 +1.40 + 2.52 +1.30 +0.64 +1.73 +1.78 +0.54 +0.50 +1.10 +1.2" +1.62 +0.90 +1.57 +1.24 23 —0.38 -0.50 -0.74 —2.02 —3.06 -2.00 -1.76 —3.12 —3.70 -1.66 —1.12 -0.20 -2.61 —0.78 -1.69 m I . 42 TORONTO MAGNETICAL OBSERVATIONS. TABLE Xr\ THK TWO . KNDINft GEIl DIS- SOLAII DiL'Iiy.VT, VaRI.VTIOXS of IIolllI'.ON'TAL FonC'f: FOll KAC'II MONTIT, FOR THE T\V(» HALF 'il'.AKS, AND Foil TIIF VHAl!, DFKIVF.D FKoM 'IllF, FIVF YKAUS f,N'I)lN'(J Jl'NK ',](}, 184:8, AFTKll TilK .^Fl'AKATloN A.N» OMISSION OK TliK LAlHiKK DIS- TUiaiANC'E.S. NNfAL 1 \NH. 2 "' 1 Oct. t(i Mar. 1 — ii.88, —4.02 'i — 3.8l! -5.07 1 — 3.73i -4.87 : j— 2.8o' -3.83 ' :— 2.00 -2.48 -1.27 -1.29 -0.52 -0.4S —0.02 -0.12 +0.4C +0.18 +0.82 +0 52 +0.93 +0 70 +0.85' +0.71 +0.6,") +0.63 +0.34 +0.54 +0.41 +0.52 +0.69 +G.71 +0.88 +1.12 +1.10 +1.93 +1.39 +2.98 +2.04 +3.99 +3.05 +4.44 +3.01 +3.63 +1.57 +1.24 -0.78 Ll.69 1 9^ Jan. Feb. Mar. Apr May. June July. Aug. Sept. Oc't. Nov. Dec. Semi-a.v,\u.\l A1K.\NS. 1 - a - a Apr. to Sept. Oct. t(i .March. .00 .00 .00 .00 .00 .00 .00 .09 .10 .00 .00 .00 .00 .00 i .00 —099 —005 —108 —080 —052 —042 —032 -052 —007 -071 -091 —073 —050 —085 —070 1 —060 —043 —070 -042 +010 +004 +007 +003 —009 — 03S —000 — 05vi —004 —054 —029 o -030 —010 — U30 +0051+054 +058 +049 +05: +045 -001 -017 -027 +045 — 019 -1-013 3 +021 +017 +017 +050 +081 +085 +081 +090 +072 +024 +0'0 +005| +078 +010 +047 4 +048 +028 +041 +074J+0S5 +095 +092 +091 +070 +040 +028 +031 +085 +037 -[-061 5 +045 +033 +051 +074 +081 +089 +078 +080 +001 +043 +033 +031 +077 +039 +058 6 +033 +027 +040 +050.+059 +007 +055 +048 +053 +034 +032 +027 +050 +032 +044 1 +020 +028 +035 +030 ; +030 +039 +037 +023 +030 +031 +031 +021 +032 +028 i -1-030 8 +018 +019 +030 +012+013 +015 +013 +015 +021 +017 +025 +013 +015 +020 1 +017 9 +012 +020 +021 +011 +005 000 +009 +015 +023 +015 +019 +010 1 +010 +010 +013 10 +014 +012 +017 +008 +004 —004 —004 +008 +022 +010 +020 +007; +006 •+01 3 i +010 11 +008 +00S +014 +005 +001 -015 +005 +011 +018 +008 +007 +002 +004 +008 +006 12 000 +006 +014 +007 —005 -018 -013 +007 +013 +000 +006 -007 —002 -1-004 -l-OOl 13 +000 —001 +007 +008 -012 —019 -008 +003 +008 +013 +011 —002; —003 +005 -t-001 14 +005 +003 +011 +003 —000 -014 —013 +009 +011 +015 +010 +007i —002 +010 +004 15 +012 —097 +011 +013 —012 —023 —014 +001 +003 +020 +019 +005 — OOG +010 +002 10 +022 +012 +019' +021 —009 -019 —018 —007 +021 +032 +028 +015 —002 +022 +010 17 +020 +017 +023 +024 —005 -012 —017 -003 +024 +033 +039 +022j +002 +020 +014 18 +031 +021 +035+014 +001 000 —003 +001 +015, +032 +043 +034; +005 +033 +019 19 +031 +010 +013'+011 —007 -007 -Oil -017 —009 +014 +034 +030 —006 +022 -^008 20 +024 -Oil -010 -023 —030 —033 —035 —002 -054 —027 —008 +021 —041 —003 —022 21 — i)0S —030 -050 —070 -085 —004 —007 —105 -103 —068 —048 —004 1 —082 —034 -058 22 -051 —010 -085 -102 —105 —098 —098 —118 -130 —094 —083 —040 -109 —066 —087 23 -101 -003 -111 -112 —089 —082 —081 —099 -U6 —090 -103 —072 i -097 —092 -094 4? II » Hi TORONTO MAGNETIOAL OBSERVATIONS. TABLE XV. Solar Diurnal Variations of Vertical Force for each month, for the two half years, axd for tue yeah, deriveb from the five years exding June 30, 1848, after tue separation and omission of the larger dis- turbances. Semi-a.n.ncal Means. Jan. .000 Feb. Mar. Apr. May. June July. .000 Aug. Sept. Oct. .000 Nov. .000 Dec. .000 Apr. to Sept. Oct. to March. Annual Meau8. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 —013 —068 -081 -077 —095 —075 -077 -047 —023 —055 —024 —028 —066 -045 —055 1 + 014 —024 —040 —033 -041 —007 -047 + 005 + 040 + 005 +020 +013 —023 —003 -013 2 1+042 +042 —001 +031 +029 —005 +004 +070 +090 +040 +074 +054 +030 +043 +040 3 +058 +087 +042 +068 +067 +077 +081 +007 + 109 +077 +070 +072 +085 +008 +076 4 +047 +084 +050 +082 +110 +110 +141 +143 +110 +074 +073 +060 +117 +006 +091 5 + 056 +080 +070 +077 +133 +131 +184 +159 +11) +073 +072 +054 +132 +068 +100 6 +070+081 +007 +063 +137 +100 +174 +133 +095 +075 +005 +043 +118 +067 +092 7 + 070 +074 +001 +090 +093 +111 +145 +097 +065 +080 +068 +055 +100 +069 +084 8 +064 +055 +055 +008 +069 +074 +081 +081 +061 +073 +005 +054 +072 +061 +067 9 +050 +055 +050 +027 +043 +055 +004 +014 +045 +001 +056 +050 +041 +055 +048 10 +033 +033 +041 +004 +035 +017 +010 +008 +029 +041 +042 +042 +017 +039 +028 il +022 +027 +036 —013 —018 000 —003 —033 -on +013 +022 +022 —013 +024 +005 12 —004 +003 +003 +036 —045 —030 —029 —056 -050 -017 —009 —019 —030 -007 —019 13 —022 —033 —023 -041 —063 -043 -074 —069 —050 —051 —033 —027 —057 —031 —044 14 -028 —045 —036 —038 —050 —050 -119 —100 —059 -041 —046 —027 —070 —037 —054 15 —041 —036 —020 —029 —043 -005 —110 —091 —054 —020 —050 -028 -006 —033 —050 10 -047 —038 -003 —031 —020 —009 —093 —091 -080 —051 —05^. -.0^0 —056 —041 —048 i 17 —045 -026 —020 +004 -003 +020 —052 —005 —067 -063 —04. -tvlV —017 —042 —030 18 -027 —022 -Oil +027 +019 +004 +004 +001 —019 —040 —001 -OvJ +006 —030 —012 19 -027 —010 +017 +015 +001 —022 —005 -023 —028 —019 —033 -037 —010 -018 —014 20 —030 —Oil +018 —004 —027 —054 —028 —045 —043 —027 —040 —040 —033 —024 -029 21 —008 —082 -038 —042 —074 —079 —050 —074 —095 —056 -077 —046 —009 —060 —065 22 -072 -119 -101 —088 —125 —099 —078 —078 —095 -081 —090 —068 —094 -089 —091 23 —064 -124 —128 —105 —124 —095 -087 —054 —049 —091 —070 —059 —086 —089 —087 44 TORONTO MAGXETICAL OnSERVATIOX.S. TABLE vVI. SemT-AXXITAL AND ANNUAL MeaN.S OF THE SotAR DiURNAL VARIATIONS OF ToTAL FcHci: AND Inclination, derived from those op tue Horizontal and Vertical Forces. AnniLil Meau8. Total Force. Inclination. rr* Astro- nomical Semi-annual Means. A n n ual Semi-annual Means. Annual Moans. Toronto Astro- Hours. April to 1 Sfpteinber October to Means. April to October to nomical Hours. March. September March. Hours. Parts of Parts of 1 1 arts of Force. Force. Force. // Hours. — .00001)7 - -.000098 — .000097 +23.1 +40.8 +32.8 1 — 024 — 039 — 031 + 0.9 +27.2 +14.0 1 O + 004 4- 01:8 4- 046 —21.0 +11.8 — 4.7 2 3 -f- 130 + ■ 075 + 102 —35.3 — 4.7 —20.0 3 4 + 105 + 086 + 125 —37.2 —15.3 —20.2 4 5 + 173 + 089 4- 131 —32.4 —16.3 -24.4 5 + 140 + 0S5 + 115 no 1 —12.9 -17.7 6 7 + 113 -f 083 + 098 —11.2 -10.7 —10.9 7 8 + 078 + 071 + 074 — 3.9 — 0.9 — 5.4 8 9 + 044 + 062 + 053 — 3.1 — 5.6 — 4.3 9 10 + 020 + 045 + 032 — 2.2 — 4.6 — 3.5 10 11 — 009 + 028 + 009 — 2.8 — 2.8 — 2.8 11 12 — 029 — 003 — 017 — 0.5 — 2.5 — 1.5 12 13 — 055 — 025 — 040 — 1.4 — 4.1 — 2.8 13 14 — 007 — 028 — 048 — 2.8 — 7.0 — 4.8 14 15 — 006 — 020 — 046 — 0.3 — 6.7 — 3.5 1) 1(5 — 053 — f'". — 039 — 1.9 —13.3 — 7.5 11 " — 015 — 022 — 019 — 2.1 —15.3 — 8.7 17 1 IS 1 1 1 + 009 — 000 -(- 001 1 2.2 -18.2 -10.3 18 19 — 013 — 002 — 008 : + 2.8 —12. 1 — 4.8 1 19 1 20 — 058 - 024 i — Oil 1 +19.1 + 0.3 + 9.7 20 21 - 119 - 078 — 098 +38.2 +14.2 +20.2 21 — lt:o — 127 ! — 142 +50.5 +28.4 +.39.5 22 - 23 - 144 - 143 : 143 ! 1 +44.8 + 42.2 + 43.4 23 46 m I TORONTO MAGNETICAL OBSERVATIONS. TABLE XMI. Semi-annual Inequalities of the Diurnal Variations ok the Magnetic Elements for Each Hour with the Signs Proper to tue ualf-year, April to Septemler inclusjve, I)Ei;i\ei) froji 'I'ue five years eni^ino 30Tn June, 1848. ABf.ro- notnical Time. Declination. llorizontal Force. Vertical Force. Total Force. Inclinathm. AHtro- nomical Time. — I'.ir) + .00014 —.000011 .000000 II — 7.7 1 —1.25 + 25 — 10 + 07 —13.1 1 O —1.14 + 32 — 04 + 18 —16.3 2 3 —0.94 + 31 + 09 + 28 -15.3 3 4 —0.48 + 24 + 20 + 40 -11.0 4 5 —0.03 + 19 + 32 + 42 — 8.0 6 6 +0.04 + 12 + 20 + 31 - 4.7 6 7 —0.11 + 02 + 10 + 15 — 0.3 7 8 —0.28 — 02 + 05 + 04 + 1.5 8 9 —0.30 — 03 - 07 — 09 + 1.2 9 10 —0.23 — 04 — 11 - 12 + 1.3 10 U —0.14 — 02 — 18 — 18 0.0 11 12 — O.Ol — 03 — 11 — 12 + 1.0 12 13 +0.20 — 04 — 13 - 15 + 1.4 13 14 +0.11 — 06 — 10 — 19 + 2.0 14 15 +0.03 — 08 — 16 — 20 + 3.2 15 10 +0.25 — 12 — 08 — 14 + 5.0 16 17 +0.S2 — 12 + 13 + 04 + 6.6 17 18 +1.60 — 14 + 18 + 08 + 8.1 18 19 + 1.96 — 14 + 04 — 05 + 7.6 19 20 +1.38 - 10 — 04 — 17 + 9.4 20 21 +0.62 — 24 — 04 — 21 +12.0 21 22 - .34 22 — 03 — 18 +11.0 22 23 —0.92 — 03 + 01 — 01 + 1.4 23 4? TORONTO MAGXETICAL OBSEllVATIONS. 1 2 3 4 6 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 V. a o o Q U CO w ^-h" IC- 1— 1 Q 1— ( y. Ui I^ >,^ a f'^* -J M w hJ V. « *^ *T^ M l^ H H >'. M C5 Fi] \M [K ■•/: H U H 1^ w H C M < H H O o -, . M 1 00 to It IN M rH UO 1.0 ^s O pi •r on CO to' O a r)> lO CO 1" to rH r. CI k- ■s i-ti • o O o 1< CO -t O 1 - CO 1* o o O o rH r^ rH o O rH O ?— « rH o 1 b ^ ' • • ' ' ' • ORCE. Total Q tb g MM O o lO o C-1 CO CI -f to CO CI CI l-- 1— ^ -2 K cr lO C I c^ CI o t ^^ r-i Cl CI f -H -f r~* CO t- 1 - to £ <" o s o o rH o o o o o rH rH o g o ' • • • * ' • ' ' ' • H S fii M o » o "5 to >o l~ to ^ no CO 1-4 o -l< C5 o -H CI ira CI CI -l< lO o n »— 1 -J o O ^1 CO UO ia l'- uo CO ^ -I" M 1-1 o rH rH o o rH rH CI r-i s . I to 1 o .5 u •i3 f-t o in O in to 110 00 in o> r-i CO o to o CTi tn o O o 1- •.o -? OO to ru w^ c» CO Ci (K o o o J-^ 1-* rH o O r-l o CI rH o 8 S 1 c? o CO to •^ 1- CI ^ ^m^ o CO 1(0 i.O 1 1- CI cy:; •^ CI -r t-H o CI to r-" CI -t C-3 i.-i to o -H -H CI to -f o o o o o rH rH o o r-i 1-i 1-i rH r-i 5 ? ■ ■ ■ ' ' ■ ' W *^ )-H !:* « r* -t-j ' fl4 . -f -H -v^ to C5 O 1— .H 'O a en OO o "« n CI CO CI CI 1* o CI CI to o CI rH o> C3 CI CO o rH S5 r-^ to 00 o a "o I-" o r^ c« CO CO rH r- CI CO CI CI M H <1> fcb U ^ ^ 1 r-l t^ CO Ci fH to CI c» o o o CO CI C-I 00 to CO t/5 -t< o o CI r-i lO -1< to n •M o ?? rH CI o 1- CO CI i-O ^-t rH rH rH CO ^ 1.NI CI to i« o l- 1* a a o <-> rH » a Q o o ►J "i tb _a ■4 M o fl CO O ►- t- l-t rH CI o rH rH to -H OO EH pH irD CO -T* c;> to ■O rH I- -H 1- CO CO 1- -If CI 11 ira 1-i o o -f CO to CO rH r~i o o o o 1-1 rH o o rH I-H CI CI t-i g <" a 1 . o eo Ift to CI «- •^< CO rH O to t^ o o3 "3 k'- Cl rH OO 1* C5 1- CO O CO 1— -* lO O o CO CI o o ..o -1< 1* CO o I-H CI CO C3 o CI CI C/5 t- CO c:^ lO a H • •6 r-i ^M O ^ ,, ^ fl ^00 0) p< CO g CI o Ol oo to 1^ 00 ^>j 1* J~f CO s o rH o -* i T3 to d l-t ■* 00 t- >a >» 1" Q O ^ 01 3 3 ••to ■^ CO CI ■M CI co o w -H uo o r-i ,•> 00 i.O 1-. 00 00 cj r-* CI to t^» OO I- m ^ B. s "•• 1< e-i 1-i CO CI 1^; -t i to ?3 rH o 00 110 00 ^■^ o l^ 1- t/J o o to o o o to r-i o o t'" 1-. co >ra -t< CO ^ o CI to -f r—i H rH wH rH rH 1-i r^ rH oa :? o o «~ CO £5 •'J' o to l- 00 cn s r-i CI H -K -f -1< 11 00 00 CO OO 00 ^ IH »-H rH r^ rH 00 1^ r^ rH rH fH rH r^ rH r^ rt 47 r I II TORONTO MA(JNETICAL On.SEUVATIONS. TABLE XIX. Solar Dh-rnal Vakiations of DixLiXAiioy for kacii Month at the orpinary Six OasKRVATioN Houns, afi-kh ihi; .ski-akatton and omission ok the lakoeb DlSTUllBANCES, AND DERIVED I'RO.M DIFFERENT GllOLI'.S OF YeaRS. JANUARY FEimUARY Toronto Astninoniical Time. 2 4 10 12 18 20 1 2 4 10 12 18 1 20 / / 1 , / / 1 / / ' 1 ' / / 1844-48 -3.14 -1.04 +1.08 +0.44 +0.74 +2.60^ —3.20 —1.60 +0.88+0.44 +1.84 +2.92 1856-02 -3.53 —1.94 +1.10'+0.57 +0.90 +2.91J —3.70 -2.09 +1.20+0.95 +1.57 -{•3.57 1863-71 -3.69 —1.90 +1.50:+0.85 J +0.50 +2.85 -3.91 -2.71 +1.28+1,14 +1.60 +3.49 MAT ICII. APRIL. 1844-48 -5.36 -3.42 +0.90 1 +1.12 1 1 +2.20 +4.72 -5.84 / —3.30 / / / +0.82 +0.88 +3.40 / j +4.96 i 1856-62 -5.70 —3.28 +0.84 +0.97 +2.30 +5. OS —0.70 —3.80 +0.30 +1.18 +3.70 +0.24 1803-71 -5.80 -3.71 +0.95 +1.11 +2.45+5.27 -0.75 —4.48 +0.04 +1.30+4.35 +5.85 M \Y. JUNE. 1844-48 -6.10 —3.12 1 +0.38 / +0.30 1 +5.16 t +5.82 1 -6.26 1 -3.70 +0.04 +0.42 +5.28 +6.20 185C-r2 -0.19 —3.27 +0.07 +0.5S +5.27 +6.0,') -6.51 —3.89 —0.31 +0.19 +5.80 +0.65 1863-71 -6.31 1 -3.71 +0.51 +0.72 +3.17 +0.15 -6.58 —1.22 +0.03 +0.24 +5.62 +0.82 JULY. AUGUST. 1844-48 —5.96 -3.68 +0.36 +0.70 +4.52 / +6.26 -6.52 -2.74 +0.46 1 +0.54 +5.22 +6.90 1850-02 -0.73 —4.07 —0.20 +0.58 +5.69 +7.04 -7.45 —3.33 +0.06 +0.48 +5.99 +8.10 1863-71 -6.67 —4.28 +0.14 +0.29 +5.68 +7.11 -7.19 —3.36 +0..37 +0.27 +5.78 +7.71 SEPTEMBER. OCTOBER, 1844-48 —5.40 1 —1.16 +0.78 +0.76 +3.90 1 +4.80 -3.94 1 —1.80 +0.4S +0.50 1 +1.84 +3.66 1856-62 -5.69 —2.07 —0.04 +0.26 +4.84 +6.36 -4.85 —2.50 +0.50 +0.52 +1.82 +4.78 1863-71 —5.82 —1.90 +0.67 +0.57 +4.61 +5.54 —4.55 —2.17 +0.82 +0.86 +1.92 +3.91 NOVEMBER. DECEMBER. 1844-48 -3,30 —1.78 / +1.16 1 +0.56 +1.28 1 +2.90 1 -3.36 / -1.70 +1.10 +0.68 t +0.58 1 +1.46 1856-62 -3.91 —2.13 +1.08 +0.90 +1.85 +3.04 —3.48 —2.13 +1.04 +0.60 +0.73 +2.01 1863-71 -3.95 —1.94 +1.11 +0.89 +1.72 +2.98 -3.16 —1.94 +1.25 +0.68 +0.66 +1.82 48 TOUONTO MAOKETICAL OBSERVATION'S. TABLE XX. Solar Dvcrnal Ousf.kvations ok Hohizontai. Fokcf, for f-acr Month at the Ordinary Six OiiSERV.vTtoN Hovrh, after thk separation and omi.ssion of THE I.ARUER DlSTlRHANCKS, AVD DERIVED FROM DIFFERENT »lR(JfPS OF VfAKS. JANUARY. FKURUAUV. +6.90 +8.10 +7.71 Tiirnrito AiitrnihiMiical Tliiu;. 1844-48 1856-62 1863-71 10 12 18 .000 .000 .000 .000 —300: +180 +140 .000 — 55S| +177 +159 + 161 —498; +290 +100 +075 .000 +310 +507 +393 20 .000 +241) +4111 +497 10 12 18 20 .000 —100 .000 j .000 I .000 j .003 I .000 +2S0' +1201 +0Co! +210: —110 -715 —039 +120, +192 +554 +309 ! I I I ! -502 +001 +020, +040 +445, +460 MARCH. APRIL. 1 — 1 .000 1 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1 i 1844-48 —300 -f-410 +170 +140 +350 —160 +050 +740 +080 +070 +140 -230 1 1856-02 — C2S +321 +177 +182 +572 +oi;! —277 +612 +172 +241 +399 —272 1S63-71 -419- +281 +077 +133 +407 +]^ —025 ._-y!i +007 +079 +260 —226 MAY. JUNE. [ .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1844-48 +540 +850 +040 -050 +010 —360 +580 +950 —040 ,-180 .000 — Sr'-O 1856-62 +308 +582 +086 +19C +315 —449 +218 +727 +162 +077 +297 -507 1863-71 +316 +733 +050 +103 +162 —311 +569 +773 — lOn —010 +049 —275 JULY. AUGUST. i! .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 h II ii 1844-43 +490 +920 —040 —130 —030 —3501 +570 +910 +080 +070 -1-010 —620 i 1850-02 +262 +9oe +045 +080 +201 -623 +233 +682 +203 -1-307 +355 —703 1 iL 18a3-71 +360 +839 —054 +016 +103 —425 +^^1 +854 +099 +154 +205 —577 i -^-3.66 +4.78 +3.91 +1.46 +2.01 +1.82 SEPTEMBER. OCT OBER. .000 .000 .000 .000 .100 .000 .000 .000 .000 .000 .000 .000 1844-48 +450 +760 +220 +130 +150 — 54f: -010 + 100 + 100 +060 +320 +270 1856-62 —098 +548 -f-541 +447 +527 -794 -431 +232 +220 +203 +631 +274 1863-71 +139 +557 +232 +235 +438 —410 —328 +160 -f-191 +184 +476 +093 NOVEMBKK. DECEMBER. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1844-4S -170 +280 +20U -[-06(1 +430 — 08U —270 +310 +070 —070 +340 +210 ' 1856-62 —310 +072 +225 +209 +595 +055 —560 +097 +136 +090 +m +279 1863-71 -315 +257 + 133 +111 +407 +143 —324 +153 —005 +029 +.371 +^^i 49 TOHONTr) .MAONF.TICAI, Onsr,I!\ ATIDXS. !f •' ii"., ' I'! 'I TABLK XXI. .Sui..\u DuruNAi. \'ai;i.\tu)N.s ov Vkutical Foiai: van r.xcu .Muntii at inE Oiioi- NAltV Six OnsKUVATIoN IToUHM, AKTF.K TJIK SEI'AUATION AM) ().MI,S.- dkiuvkd fko.m ihhkim.nt cimm rs of Ykahs. JANUARY. FKRRUAHY Tiiidiito Astrniioiiiiial Timo. 2 4 10 12 18 20 o 4 10 12 IS 20 .000 .000 .000 .000 .000 1 .000 .000 .000 .000 .000 .000 .000 1844-48 +0J2 +047 +03;t —004 -027 — Ool'i +042 +0S4 +0,33 +003 —022 —Oil I8')e-t')2 +007 +0S0 -1-029 —002 —091 —032 +031 + 1.39 +00*; +015 —091 —029 180.V71 +049 +0S0 +005 +020 —104 -004 +078 + ll!< +050 +004 -090 —030 MAHCn. APRIL. 1844-48 185n-'J2 1863-71 .000 —001 +0S9 +0G'1 .000 +050 + 101 + 115 .000 +041 +041 +032 .000 +00.V —013 —005 .000 —on — 09S —071 .000 .000 +018 +031 -071 +043 -02.' +093 .000 +082 +154 +154 .000 -■-004 +055 +039 .000 +030 —013 —043 .000 +027 —027 —030 .000 +004 —034 —031 ll ■}[ MAY. JUXK. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1844-18 +029 + U0 +035 —045 +019 +027 —005 + U0 +017 —030 +004 —0.-4 185&-02 +029 +140 +052 -039 -017 —044 —015 +115 +051 —031 —019 —001 1863-71 +057 +110 +098 —022 —053 —075 + 125 +154 —019 —059 -076 —051 JULY. AUGUST. .000 .000 .000 .000 .000 .000 .000 .000 1 .OOt .000 .000 .000 1844-43 i +004 +141 +010 —029 +004 —028 +070 +143 +ons — 05H +001 —045 i 1856-J2 +008 + 141 +055 —Oil —008 —082 +040 +147 +004 —057 +031 -044 ; 1S(«-71 ! jK>24 _+u** +012 —022 -042 —016; + 100 +178 +013 — 0S2 —030 —050 1 SEPTEMBER. OCTOBER. .ouo .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1844-48 +090 + 110 +029 —050 —019 —043 +040 +074 +041 —017 —040 —027 ! 1856-02 +U85 + 141 +029 —082 +005 —002 +048 + 110 +055 —032 —086 —017 1863-71 _±i'^i'' +203 +0OC —038 —072 — 14S +077 +122 +039 — 0."^0 —070 —058 NOVEMBER DECEMBER 1 .00 J .000 .000 .000 .000 .000 ! .000 .000 .000 .000 .000 .000 1844-18 +974 +073 +042 —009 —001 — 04C +054 +060 +042 —019 —022 —040 185C-32 +0S3 + 107 +030 —047 —071 -03: +094 + 117 +059 +003 —113 —074 lSr..V7l ±yr -um +047 —004 —092 —05.'. +051 +063 +030 +003 —043 —029 60 ll ' T()ll(».NT(J MA(.N'CTl('Ah ()l!,Si:il\ ATI0N>5. TAHJ.H X.XII. .SuiAii I)n KNAi, Vaiuatkins of ToTAi, FoRCK riiii RAru MoNTTt AT TTTK OnnixAjn' Six Oilskuvation llorits, aktki: tjik skpauvtion and o.mission of tue larokr DiSTUKIUNCES, AND DERIVKU FROM niFKEUEN 1' fJUOUrS OF YeAUH. JANUARY. FEBRUARY Toronto Astronomical Tiiiio. j o 4 10 12 IS 20 o 4 10 12 IS 20 .000 .000 ' .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1850-C2 +027 +005 +038 +008 —053 —004 — oie +128 +009 +02b —053 —004 1803-71 +014 +09.^[ +067 +030 -072 —029 +041 +111 +054 +00f. —001 +001 41 ■^ MARCH. APRIL. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1850-02 +044 +171 +05'.' 00(1 —066 —067 +023 +183 +002 +003 000 —040 186.3-71 +029 + 125 +0Si. +004 —038 —015 +085 + 193 +037 —035 —017 —044 MAY. JUNE, 1 .000 j .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1S56-C2 +047 +168 +055 —025 +005 —070 000 + 154 +058 —025 +001 —090 1863-71 +074 +150 +095 —014 —039 —090 +122 1 +194 —024 —056 —068 —065 JULY. AUGUST. 'lyvwfi .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 l-5'>-f; +027 +189 +054 —005 +005 —117 +053 +181 +017 -034 +052 —090 1863-71 t-0-.i- +192 —004 —020 —033 —041 +112 +221 +019 —071 —015 —090 SEPTEMBER. OCTOBER. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1856-62 +073 +166 +061 —048 +038 —109 +018 +118 +066 —017 —040 —033 1863-71 +164 +225 +020 —039 —040 —165 +050 +124 +049 —017 —035 —061 NOVEMBER. DECEMBER. .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 .000 1856-62 +049 +105 +053 —030 —028 —029 +052 +115 +064 +008 —075 —052 1863-71 +053 +111 +052 —003 —056 —042 +028 +069 +027 +0O4 —016 —003 51 :K„i li! 1 ; TORONTO MAGNETIC'AL OUSEIIVATIONS. TAP.I.K X'XTir. Solar Ditttin'al Variatioxh of Incunati(»n fou EArn Month at thf, Ohmnary Six Oiiservation Hours, affkr the .sei'aration avd omi.ssio.v of tue larger l)lSTURRj\-SCES, and DERIVED FROM DIFFEUKNT URori'S OF YEARS. JANUARY. FEBRUARY Toronto ARtronomical Time. 2 1 4 10 12 18 20 2 4 10 12 18 20 1 It „ „ II If ri „ If II i If 1856-92 +31.5- 4.4 — 6.6 — 8.2 —30.2 —22.2 +37.0 + 0.0 — 2.7'- 8.9 -32.7 —20.0 1803-71 +27. ( J.-IO.C — 1.8 — 3.4 — 25.C -28.3 +29.3 — 6.9'+ 1.8— 1.8 i \ -27.3 —24.8 MARCH. APRIL. U M II „ „ II 1 II II It II »*i,, 1866-62 +38.1 — 8.2 - 0.7 —10.3 —33.8 — 2.9 +16.1 -23.1 — 5.9 —12.8 —21.4 +12.0 1863-71 +24.1 - 8.3 - 2.2 — 7.0 —24.0 — 8.4 + 6.0 —31.4 + 1.6 -6.2 —14.4 + 9.8 MAY. JUNE. II ri If II II (1 II II II If If II 1856-62 -14.1 —23.3 -1.7 -11. n -16.7 +20.4 -11.7 —30.8 — 5.C — 5.5 —16.9 +22.4 1863-71 -13.1 —31.1 + 2.4 — 8.2 —10.8 +11.9 —24.1 -31.2 + 4.4 -1.0 — 6.3 +11.3 JULY. AUGUST. M II „ „ ri II It /' It n It II 1866-62 -12.8 —38.5 + 0.5 — 4.6 —10.6 +27.3 — 9.7 —27.0 —10.0 -18.3 -16.3 +36.2 1863-71 -17.2 —34.9 + 3.3 — 2.0 - 7.3 +20.7 — 9.9 —34.1 — 4.3 -11,9 -11.9 +26.3 SEPTEMBER. OCTOBER. // II II II II II II II ft It It It 1856-62 + 9.2 -20.5 —25.8 —26.6 -26.3 +36.9 +24.1 — 6.2 — 8.0 -11.8 —36.1 +12.9 1863-71 + 1.3 —17.9 —11.4 -14.8 -25.7 +13.6 +21.0 — 1.7 -7.7 —10.8 -27.6 + 1.8 NOVEMBER. DECEMBER. It II II II II II r It II It II II 185&-62 +26.3 + 1.8 -9.6 -12.9 —33.5 -4.5 +32.9 + 1.0 — 3.9 — 4.4 —29.6 -17.8 1863-71 +19.9 -7.9 -4.3 - 6.0 -28.2 -10.0 +18.9 -4.5 + 1-T — 1.4 —20.9 —19.8 £2 J TORONTO MACINKTICAL OnSEIlVATIONS. >Rr>TSARY 4+12.0 + 9.8 m '-' ►:< c P © w ''i r/: o « ^ 5 a w M M C 'A ^ fi **^ /. ss y o O >j Y" 5^ > t— ( M <, '^ u M n h^ H « fa O < l> H M t— ( ;^ H l- P < « -ii Ph r". O O ■"1 I > •B a 73 a a *i e. .JS — o MM c/> *-• fH ci« • «r1 H 9 :i 2 u ~ Ft i-i ". ■^ 5 « p ■« y. o y. A < *' o , o r^ K - W V CO & o A 3! ■^ J3 ® u UQ c bU en CI fS e or O I- C'^ o !.-» S fl 3 i u o as o H O H ST. O o H »»l lO M - 0> (O O rH •-4 -1- -1- -i- F* •»< •r ^ GO 1- -< o o -I- I -I- I I I s ^ T T 7 8 1 + + 4- i «0 JO rM O '£> to Q »-- O 'fit ffl "^ -h + I + -i- + o Oi (r> r^ CI ^^ I I I O r-. n M §o 8 r-t rH »-< O C7 n to t^ CO O 4- 4- 4- N pj CO 4-4-4- I I I O CI -!■ re o i-H rH -t> CO o o o CI cr> '5 f-l •*! O §o o o o o 8 8 O 1-1 •* 8 8 8 §88 C5 W <-■ c' ita o> 7 7 7 I I I I o d o 4-4-4- o O o> << •n to ** ?-H f-H rH rH r-i p, § ■^ "^ "^ ^ ■^ © ". CI rH CO 4-4-4- 4--H4- 4-4-4- 710 I o o © •n o rH O CI o 8 o o o © o 8 8 © CO 00 •II CO © 000 © 2 2 sis t- 00 "* CO »-^ I + 4- a o a I 4- 1 1 4- 4- 4- 4- 4- 4- oe CI ^ nn ei rH CO (M rH OP M fH nn o« rH f^ © 10 S •If uo I 3 © 5 © ^ ^ © ■0 1- 1 S? 3 S CO 00 rH CO rH CO CO r-t CO CO rH l-H 00 CO 00 CO rH CO r-t 64 •ntllONTO MA(;.VF:TI(Ar. OlHKItVATIdX.S. m M in 1-1 -1- -1- 1< ti I* « -I- 1 o> "'■ 1 ft 1 ! 0) t- d d I -1- \ 1 00 CO © + -I- in o> 7 1 CO CI I I 00 o r-l + + 1 - <-l 1 o t- 1 ^ s ■ CO 00 1 '-' l— -V- __/ o as a TAIU.K \.\V. I)\TKS (.XSTUONOMK'AI. TlMK) AT WHIiJI I NlsrAM.Y I.AHUR l>lSTIMtI!AN(P;s (>!• Dl'.CI.INAI'tilN O(rrKllKI) AC IIIK, ni!liIN\|!V (hlSK.UVA I InN llnlUS, Willi IIIK AMorST OK AllNdllMAI. N'aKIATION ill' l"A('ll Slill |)|SII UIIANCK. Dorllniition, Ahiiiirnml Variation not Iokh than !'>'. Tin* ( f ) n\nn tnlioatui uii Kiuit'.a(o. .1 li Jan. 12 1^ " 21 12 «' 2,') 2(1 Wth. 20 •' 25 In Apr. 8 lU May 5 10 July C 111 «' 15 10 Stilt. 20 «' 10 12 Oet. 8 10 Not. D 12 «< U 10 Dec. 11 2u 1804. Uar. .31 12 Apr. 29 10 May 5 12 Jnue 7 12 « S 18 July 19 10 Aug. 21 10 Sept. 2a 4 Oct. 12 20 " It 12 <* 14 20 i ^ i ^ 1 e 2 1 fl g 1 Date. a •< Date. •< j Date. D •< Dittu. o < Date. 3 1 < ISIU. 1 ' 1800. 18ft7. i 1 1868. I?i70. , d b • — 33.( ^ept.l5 12 —20.il " 15 IK -22.4 " 23 18 -24.9 +34. -J " 13 20 -31.9 j " 11 18 -20 ': '• 15 IS —41.7 " 24 10 +33.5 « 27 20 —20.2 -23.01 " 18 20 — 15.6 i " 13 lo 1 ' +2'.).: " 15 20 -17.7 ^ept.27 18 —10.3 « 28 20 -18.5 -35.9- " 30 18 -2-..| " 18 10 +27.1 « 20 10 +41.4 Dec. 13 20 -18.7 May 24 12 +15.8 —20.9, " 30 20 -22. Oi " 30 12 + 16.1 " 20 12 +21.! 1870. " 20 10 +19.0 +16.8 " 31 12 + 15. 4j .Vov. 1 lu +37. ■» " 30 12 —CI. 9 .Ian. 8 10 +15.8 Juno 17 12 -16.7 -22.1 " 31 18 -12.8 « 25 2it —18.2 " 30 18 —28.2 " 20 12 +21. S July 3 12 +16.0 ' —23.8 " 31 20 -20.5 )ct. 22 12 + 12.!^ Feb. 1 12 +20.2 " 21 12 +15.7 -lo.ri 1 " 22 x% -40.1 Mar. 30 10 +17.6 i Aug. 12 10 +23.1 I 65 TORONTO MAONETICAL OBSERVATIONS. TABLE XXVI. :l .J' A SKT.KCTION OK D.VTES (ASTRONOMICAL TiME) AT WIIICU EXTUA KEADINOS OF THK MaONETICAL In.STUUMKKT.S were TAKEN', I^f CONSEQUENCK OF I'UEVAILINO lak(!e dlsturbaxces, witu tiie amount of alinok.mal deviations (a\^) of Declination, (A0) of Inclination, and — . of Total Fokce. Date. A\P AO A0 Date. A\ —30.0 +19.1 — 353 (C 9 25 + 7.3 + 4.0 — 057 11 21 —40.1 + 19.7 — 425 II 9 30 + 8.0 1-3.7 — 057 i « 21 30 —34.0 +12.8 — 159 1SC5. II 21 45 —12.3 +14.2 — 149 Fob. 17 22 —10. 9 + 3.8 — 160 1 I 1 " 2i u - S.7 +17.4 — 137 « 22 30 —17.6 + 5.3 — 146 1 .1 22 15 — 3.0 +14.4 — 045 (1 22 45 —13.0 + 3.7 — 093 11 22 30 — 5.8 +17.0 + 085 1.'! 30 + 13.9 + 2.3 + 175 i( G 45 + 4.4 —IS. 3 — 406 a 14 00 — 1.0 + C.2 4- 050 (( 7 00 — lU'.O —11.1 — 422 »t 14 30 + 1.7 -f- 5.3 -- 014 i( 7 15 —34.2 +U.0 — 2'JO , it 15 00 — 4.1 + 6.4 1 108 (1 7 30 — eo.9 +15.5 — bi,-2 ! : *• 1.-. 30 — 0.3 + 7.3 4. 052 li 7 45 — 7.8 + 1.0 — 44-1 ' 1 (; 10 00 — 3.4 + 5.9 — 122 « 8 00 — 5.1 + 6.4 — 914 ! 1 ti 16 30 . 1.0 + 5.0 — 111 (( 8 15 +17.2 +10.0 — 508 1 1 " 17 00 + 5.9 J- 3.5 -f- 077 u 8 30 +25.9 +14.4 — ?13 1 i < a 18 00 .1- 3.2 -:- 2.0 070 (( 8 45 +34.5 +20.7 — 4S0 : a 18 30 -!- 7.2 -!- 2.9 085 a 9 00 + 5.7 +19 8 — oo^ ; i( 19 00 -'r 8.4 1 •■» -t -r "•'^ — 086 (( 9 15 —10.9 +10.4 — 031 ! a 10 9 00 +41.7 + 4.0 -L 012 u 9 30 — 2C.0 + 2.0 -T- 105 '; i TOttONTO UAGNETIOAL OBSRBVATIONH. '^l TABLE XXVl.—fCmUinw^l ) PATKS OF lAKOK DlrtTUUBANCES. WITH THK AMOUST OF ArSOKMAI. VARIATION. Date. Ayp AO d li m May 1- 4 00 4 i:. ' 4 30 4 45 ;■) 00 -) 15 ' a no ' 3 45 < 6 00 ' 15 " 6 SO ■' (5 45 '• 7 00 " 7 15 » 7 CO " 7 45 5 GO 8 15 " 8 CO 8 45 " 9 00 " 9 15 '• 150 " 3 4:) " 10 00 10 no " 11 00 +24.1 +;n.7 •flC.O — 1.8 + 2.6 — 1.4 — 5.4 : - 5.4 ' —10.2 j —10.1 -13.7 -11.4 I — 8.9 I — 4.5 I — 1.3 '■ 4- 1.4 I ■ j — o.s 1 + 1- 1 — 0.5 —10.3 — ■ 7.." — S.4 — S.7 — l'J.5 — 8.7 A Dat.\ At// Ad il .il —43.9 -•-•7.4 —18.0 —11.8 —11.0 -10.4 —24.1 —10.3 — 8.2 — 1.7 — 1.7 — 1.0 — 0.3 — 0..-) — 0.7 — 3.(1 + 2.:; + 2.9 -(■ 4.7 -;- 5.1 -f- 6.4 ! 4.9 r 4.7 -I 4.0 -- 4.9 '■ 3.0 + + a. ■\ -i- 4 + 1 , '^' \ -\ U -u .00165 001 Oil 108 199 144 082 012 010 204 240 201 lOO 28it 214 205 225 181 210 140 120 151 094 072 062 034 044 1809. d h m }i May 13 11 30 '• 12 00 j' IS70. i| Apr. 4 18 00 I " IS 30 h < 19 00 " 19 30 '• 20 00 " 22 00 I " 22 10 I- 1 " 22 20 •• 22 30 " 22 40 '• 2.J 50 '• 23 CO " 23 10 " 23 20 « 2:; 30 •' 23 40 " 23 50 '< .-. on '• 10 " 20 '•■ ."io '•■ 40 " 50 " 1 00 I —11.9 I I —10.3 I i -10.7 -24.1 : r «••" ;-o.4 [ -+ !•: ! 4 8.0 — 1.0 — 3.0 ; —13.1 —11.7 — 7.0 — 10..S *>(*, .J I ) — 3('.9 I — .(i 1) —20.9 i —13.7 , —10.1 i — r.8 I —12.2 I ' — 1.1 I + 2.9 : 4- 7.2 + 5.0 + 4.5 4-. 00010 4- 017 - 473 , -i- 9.3 I +9.1 ! 4- S.O i ! 4- 8.0 ' -f- 5.7 -. 5.1 4 3.9 1 4 5. -J 4 4.1 4 2.0 4. 1.5 i -t ^-2 I - I ; -i- 4.5 I - I I i 4- 4.8 I - ' -l- 2.2 ' 4- ; ' I ' i 4- 2.1 I 4- + 4- 4 0.5 4-7.2 I — ■ 561 i 4- 2.7 1 — 409 j: '4-2.0 j — 371 I : 4- S.3 ! — 205 r 1 -1.16.4 i — 252 ! I i 4-12.9 I — 251 ij I -<-l3.0 I — 159 it 1.31 125 li I 102 1 lis j 073 il 054 042 034 003 019 020 033 0S3 013 oos 031 I .•») ABSTRACTS AND T.ESULTS or METEOROLOGICAL OBSERVAT IONS, AT TUB MAGNETKI O HS E R V ATO H V, TORONTO, FROM 1841 TO 1871 INCLUSIVE, With Tahlen of Daily M mm from 1863 to lS7t. XI] CONTENTS. v.— VT. — • — Introduction I, — Correction for every fifth day in the year, to he applied to the Tem- perature ohserved at Toronto at any of the hours of nie;.n Astronomical time, in order to give the mean temperature of the day 1-4 II. — Normal daily means of Tem])eraturc, derived from the monthly means of the twelve years, 1841 to 1852 5 III. — Normal daily means of Temper.ature from six daily observations in the ten years 1859 to 1808 inclusive 6 IV. — Monthly and annual means of the Temperature of the Air in each of the thirty-one years from 1841 to 1871, with the monthly and annual means for the whole period, and for three grou))s of twelve, nine, and ten years respectively. Also, the corresponding approximate means, from observations by the late Rev. Charles Dade, prior to the establish- ment of the Observatory, and embracing the greater portion of the years 1831 to 1841 7 Monthly means of the daily maxima of Temperature from 1841 to 1871, excluding 1849 to 1852, together with the averages derived from the twenty-seven years, ivnd also from groups of eiglit, nine, and ten years 8 -Monthly means of daily ninima of Temperature from 1841 to 1871, excluding 1849 to 1852, together with the averages derived from the trt'euty-seven years, and also from groups of eight, nine, and ten years. 9 VII. — Monthly means of the daily ranges of Temperature from 1841 to 1871, together with the averages derived from the twenty-seven years, and also from groups of eight, nine, and ten years. (The years 1849 to 1852 arc exclmled from the general averages for the sake of uniformity with the two previous Tables) 10 -Greatest daily ranges of Temperature in each month from 1841 to 1871, together with the averages derived from the thirty-one years, and also from groups of twelve, nine, and ten years. (NoTE.^The highest daily range in each year is indicated by an asterisk) 11 Table containing the absolutely highest Temperature in each month and year, from 1841 to 1871, together with the averages derived from thirty-one years, and also from groups of twelve, nine, and ten years.. 12 X. — Table containing the absolutely lowest Temperature in each month and year, from 1841 to 1871, together with the averages derived from thirty-one years, and also from groups of twelve, nine, and ten years.. 13 XL — Monthly and yearly ranges of Temperature from 1841 to 1871, or the difference between the highest and lowest temperatures in each month, and the differences between the highest and lowest temperatures in each year ; also, averages from thirty-one years, and from groups of twelve, nine, and ten years 14 XII. — Averages of the Daily Mean Temperatures in every day in the year, derived from groups of twelve and nineteen years, and the number of days included in each average 15-18 XIII. — Mean abnormal variations of Temperature with their proper signs, arranged according to the direction of the wind at the time of observa- tion, in each month, in each quarter, and in the year, from the eight years, 1860 to 1867 19 VIII. IX. ''i'i Tablr. XIV. XV. XVI. XVII. XVIII. CONTENTS. Pao« . — Monthly ami yearly means of the Diurnal C^hanj^o of Temperature (excliisivo (if tliat — Normal daily means of the Barometric Pressure and the Pressure of Vapour, on every 5th or Oth day in the year, from observations in the years 18r)!)-G8 inclusive 26 — Changes in Barometric Pressure, Pressure of Dry Air, and Pressure of Vajjor, wduch take place in two hours, during winds from each of the thirty-two points of the compass 27 — Monthly and annual means of the Pressxire of Dry Air, for each of the twenty-four hours of Toronto Astronomical time, and for the twenty-four hours collectively, from hourly observations in the six years, 1st July, 1842, to 30th June, 1848 28 — Monthly and annual means of the Pressure of Dry Air from 1841 to 1871 (omitting 1847), with the monthly and annual means for the whole period, and for three groups of eleven, nine, and ten years. . . 29 XXIV. — Monthly means of Temperature, Barometric Pressure, and Pressure of Dry Air, at the hours 2, 4, 10, 12, 18, 20, Toronto mean time, from the years 1841 to 1871 inclusive 30 -Monthly and annual means of the Pressure of Vapor for each of the twenty-four hours Toronto Astronomical time, and for the twenty- four hours collectively, from hourly observations in the six years, 1st July, 1842, to 30th June, 1848 31 -Monthly and annual means of the Pressure of Vapor from 1841 to 1871, with the monthly and annual means for the whole period, and for three groups of eleven, nine, and ten years, 1847 being omitted from the combinations 32 XXVII. — Monthly and annual means of the Relative Humidity for each of the twenty-four hours, Toronto Astronomical time, and for the twenty- four hours collectively, from hourly observations in the six years, 1st July, 1842, to 30th June, 1848 S.-J XIX. XX. XXI. XXII. XXIII. XXV. XXVI.— T CONTENTS. Tabi.b. P*"' XXVIII. — Monthly and annurvl inean« of the Rclativo ITuniidity from 18tl to 1S7I, hdth iiichisivi', with the uvcragoa tlerivctl Irom the wliolo series, omittin;^ the year 1847 34 XXIX. — Monthly means of the extent of Sky Clouilcil, licrivcil from «ix daily oliHorvationH in each of the yi-ar.s from 18.j.'J to 1871 inclusive, the hemisphere being expresseil by 100 35 XXX.-^Monthly means of the extent of Sky Clondcd at each of the hix ordinary ob.servation hours, derived from the nineteen years, 1853 to 1871 inclusive 36 XXXI. — Depth of Hain in inches in oacli month and in the year, from 1840 to 1871 inclusive, months belonging t(t incomplete years being excluded from the general means 3f) .XXXII. — Depth of Snow in inches in each month and in the year, from 1843 to 1871 inclusive 37 .XXXIII. — Aggregate of Rain and Melted Snow in inches, for each month and for the year, from 1813 to 1871 inclusive. (The n'onths beh)nging to incomplete years are not included in general means) 38 .XXXIV. — Number of days on which Rain fell in each month and in the year, fnmi 1840 to 1871 inclusive 39 XXXV. — Number of days on which Snow fell in each month and in the year, from 1840 to 1871 inclusive 40 X XXVI. — The greatest di;pth of Uain which fell on a single day, in each month from 1840 to 1871. (The month which iachules the day of heaviest rain is marked with an asterisk) 41 XXXVII. — Comparative duration of the several Winds on days in any part of which Uain or Snow tell, from (>b:^i^rvations in the two periods, 1 853-57 and iS.'iS-GS. Itain and Snow are considered separately, and are grouped in classes, distinguished as Light, Moderate, and Heavy 4'2 XXXVIII. — Resultant direction of the Wind for each month and year, from 1848 to 1871, and also the mtmthly and annual resultants for the whole period. (The direction in every case is measured from the North) 43 XXXIX. — Resultant velocity of the Wind for each month and year, from 1848 to 1871, and also the monthly and annual resultants for the whole period 44 XL. — Mean velocity of the Wind for each month and year, from 1848 to 1871, and also the monthly and annual mean velocities for the whole period 46 XLI. — Resultant direction of the Wind in each hour. Astronomical time, for each month and for the year, from observations in the six years, 1854 to 1859 inclusive. (The direction in every case is measured from the North) 46 XLII. — Resultant velocity of the Wind in each hour, for each month and for the year, from observations in the six years, 1854 to 1859 inclusive. (Velocities in miles per hour) 47 XLIII. — Mean velocity of the Wind in each of the twenty-four hours. Astro- nomical time, for the four (juarters and ft)r the year, derived from two groups of years, including the six years, 1848-53, and the seventeen years, 1855-71 48 XLIV. — Mean velocity of the Wind in each of the twenty-four hours, for the four quarters and for the year, expressed in terms of the mean velocity of the twenty-four hourj for the corresponding (juarter ; being the quotients obtained by dividing the numbers in the pre- ceding Table by the respective averages for twenty-four hours .... 49 i CONTENTS. TAni.r. Paob. XLV. — Rtlativo dumtion of (lifferfnt Winds in each month, from hourly ohsorvations in the years 18ri,'{-(V2, being the duration of the diirereut VViiiilb exj)reH3ed in terms of the average duration of all Winds in tlie month ; also the relative duration of the ditl'ercnt Winds in each quarter, and in the year, for 1845-57, and 1858-02 50 XLVI. — Nund)er of Auroras observed in each month, from 1841 to 1871, both inelusivr 51 XLVII. — Number of days on which Thunder, r.igbtning, ITail, F(»g, Dew, or Aurora >"aH recorded, and the nundjer of days in which it was possible to see Aurora in each year, from 185.S to 1871, both inclusive; and the ratio of the number of Auroras observed to the jioasibility of their being seen, with the ratios showing the relative frequency of the several years 62 XLVIII. — Number of days on which Thunder, Lightning, Hail, Fog, Dew, and Aurf)ra were recorded for each month, for the period extending from 1853 to 1871, both inclusive, with the ratios showing the relative frecjuency in the several months 52 XLIX. — Dates of certain Periodic Events 63 L. — Normal Temperatures on every fifth or sixth day in the year, at each of the hours 2, 4, 10, 12, 18, 20, Toronto mean time, from observa- tions in the years 1859 to 18G8, both inclusive 64-55 LI. — Mean abnormal variations of Temperature, with their proper signs, arranged according to the direction of the wind at the time of observa- tion, in each month, in each (juarter, and in the year, from the eight years 18G0 t'7, derived from Table XIII, by the application of certain cor "eotions 56 General Tables of Daily Means, etc., etc., for every month from 1863 to 1871 inclusive. INTRODUCTION TO ABSTRACTS or METEOROLOGICAL OBSERVATIONS. The Tables collected in tiiis volume are of the following classes : — (1.) Tables of daily means, &c., from 1803 to 1871 inclusive. (2.) Tables of sundry data as far back as tliey could be procured, and con- tinued to the end of 1871. (3.) Tables exhibiting various meteorological relations based on comV)ina- nations of several years, including several which have been taken or abridged from volumes or articles already published. The discussion of the temperature observations for 1841-52, as far as concerns the computation of the Tables of diurnal variation, the normal daily means, 1841-52, and the probable variability of the actual daily mo.»ns in the same years, is extracted or abridged from a pa})er of Sir E. Sabine, as stated further on. All other deductions that have appeai'ed before are from the Toronto volumes, 1854-59, 1860-62, and from articles in the Canadian Journal. TEMPER ATU' THE AIR. The thermometers, throughout the series, were exposed on the nortli wall of the Observatory, in a shed formed of Venetian slats which extendeil to a distance from the ground of three to four feet. From January, 1845, to December, 1852, the shed had a second roof, and a second enclosure of Venetian slats eighteen inches exterior to the first. In no case was any screen interposed between the thermometers and the ground, or between the thermometers and the wall of the Observatory ; this mode of exposure, though to some extent faulty, being retained to avoid a breach of continuity in the series. The thermometers were attached to two slips of wood extending east and west from end to end of the shed, at such a height as to allow the bulbs to be 4^ feet from the soil. Reduction of the Temperature Observations. In eflfecting the reduction of these observations, the first process was to determine the corrections for diurnal variation. TORONTO METEOIiOLOGI'.'AL OBSERVATIONS. The details arc given by General Sir E. Sabin(\ in a paper i-ead before tlie Royal Society, Februaiy 10, 1853, -'On the periodic and non-periodic variations of the temperature at Toronto, from 1841-52 inclusive." The following were the chief steps in the investigation : — (1.) From hourly observations, July 1, 1842, to June 30, 1848, a Table was formed, giving the six-year averages of the monthly and annual means of temperature. (2.) From the twelve monthly and annual means was constructed separately for each hour an interpolating formula, which may be thus written : — t^- a^+ st of the eight points, are shown in Tahlo XIV, for the two groups of years, 1854-59 and ] 800-0-J. In examining Tahiti XIV it will he seen that, for 1854-59, in every month, with a resultant wind from N., N.W., and \V., tho temperature was lowered; in every month, with a resultant wind from S.W., »S., S.E., and E., the temperature Wiis raised ; and that with a resultant from N.E., tho tem[)erature was rai.sed in some months and lowered in others, the total ctFect in the whole year l»eing a rise with a N.E. i-esultant. These remarks are also applicable for the most part to 1800-G2, but there are exceptions in the latt(!r grov'i), in consequence of the small numb<'r of resultants from some ])oints of tiie compass ; thus, whih) the average divisor for all the months and winds is 1 1 nearly, a resultant from the S. E. does not occur at all in January, only twice in February, once in March, and once in April. B A ROMET RIC TABLES. Tho bnrometer in use throughijut the scries is one by Newman, with a tube of internal diameter of .500 of an inch. The correction for ca})illarity has not been api)lied. Tho readings of the bfirometer have been corrected for temperature, but not for gravitation ; nor have they been rciduced to sea level. In Table XV are given the monthly and annual means for each of the twenty-four hours, derived from houi'ly observations in the six years — 1st July, 1842, to 30th June, 1848. The monthly means in this Table, which correspond to the six ordinary hoiu's of observations, were employed to tho close of 1859, as normals or standards with which to compare tho actual readings ; after which, until the close of 18(58, the means at the same hours from eighteen years ending December, 1859, were similarly employed, the same standard for any given hour being used throughout tho month. The standards employed, subsequently to 1868, were derived from tho observations of the ten years, 1859 to 18G8, in the following manner : The corrected readings of tho barometer at the six observation hou)-s during the ten years, being first combined in monthly means, for each of the six hours separately, and for the six hours collectively, the latter, or general means ■:\ 12 TOaONTO METEOROLOGICAL OBSEttVATIONS. M. for each month, were subtractcMl from the six moans of the same month proper to the separate lion is. The mean diurnal variationa or inequalitiea thus obtained are shown below : — Jan. Feb. —.015 —.017 —.003 -.009 + .016 + .029 Mar. —.018 —.019 + .003 + .001 + .009 + .021 April. May. June. July. Aug Sept. Oct. Not. De«. 2 P.M 4 " 10 « —.021 -.012 + .009 I-.003 + .004 +.017 —.016 —.024 + .005 + .004 + .010 + .019 —.007 —.020 —.001 —.003 + .009 + .022 -.006 — .020 —.001 —.002 + .008 r.021 —.008 —.021 — ,C03 -.003 + .012 + .022 —.011 -.023 —.001 .0 + .013 1-.022 — .013 -.022 + .004 + .002 + .010 + .020 -.017 -.018 + .006 + .003 + .006 + .021 -.020 -.013 -)- 002 -.020 —.009 a. nn Midnigbt 5 A.M — .003 +.009 ^ 009 002 8 " + .024 + .011 The mean pressureb in each month, from observations at the six hours combiiu'd, are shown in the following Table, where pressure — 29 inches + number in the Table, Jan. Feb. .6511 Mar. .5796 April. May. .5517 June. July. Aug. Sept. Oct. Not. Dee. Year. .640,^ 5986 .5888 .5942 .6117 .6687 .6487 .6006 .6606 .0162 Assuming that the means of each month are the pressures proper to their middle days, the mean pressure (6^) proper to any day in the year will be given by the formula : — b^ = .6162 -+ .0371 sin {z + 146° 36') + .0174 sin (2x + 24° 32') -f. . 0147 sin {3x + 78° 27') + . 0127 sin (4x + 160" 18') -I- .0147 sin (5x + 307° 13') + .0135 sin (6x + 270°) where x is proportional to the time reckoned from 15 th January, the whole year being expressed by 360'. The normal mean pressures computed from this formula are given in Table XX, at intervals of fix u or six days through the year. For finding the daily normal pressures for each of the six observation hours, the approximate method was adopted of applying to the normal daily means the monthly means of the diurnal inequalities given above. The application of the same diurnal inequalities to the normal daily means throughout the month, occasions a sligl breach of continuity in the series of normals for the separate hours in passing from month to month ; but the transitions are much less abrupt than where the monthly means of the several hours were adopted for normals, as was the practice prior to 1869. TORONTO METFOROLOGICAL OBSERVATIONS. 18 Tlio normals oMained in thn mannor above stjitcd, nrv useful for stan- dards in compiu'in^' current observutioTis, and in any inve.stif^ations relating to the whole of thn series, 1859-08. No deductions from them are con- tained in this volume. In Ta)»lo XVI are shewn the monthly means of havonuitric pressure in each of the thirty-one years, 1811-71, with the monthly means for the three groui)s of years, and for the whole period. For com{)uting the daily mean pressures, formulje were constructed for each of the groups of monthly means, at the foui of Table XVI. The general form is as follows : — -\- Sec, &c., -f- Trtg sin (Ox -f- f ,.) where h^ expresses the mean ]iressure of any day corresponding to (.r), r being proportional to the tinu^ reckoned from 15th January. The values of the constants for the different groups of years are shown below : — ™0 °»1 0.0246 0.0484 0.0376 0.0356 15§ 2'^ 150 26 148 32 160 23 '"a c. ^"3 C3 "'4 <•. 111. ^0 n>o Ce I8ji-r)2 1853-01 1862-71 1841-71 0.6206 0.6128 0.6164 0.6166 0.01P6 0.0137 0.0277 0.0167 347 42 71 22 8 31 O.OIOH 0.0280 0.0144 0.0136 / 103 14 97 32 241 68 102 11 0.0081 0.0122 0.010" O.OIOI 193 57 97 47 185 40 167 14 0.0056 0.0177 0.0120 0.0062 / 160 2:i 259 42 348 38 279 9 0.0014 0.0006 0.0018 0.0011 27§ 90 270 270 Thfise constants, as well as those for the formulfe which relate to baro- meter reduced to sea level, and to other elements, are given in full, that the reader may judge as to the degree of significance of the higher terms. Normal Mean Daily Pressiires ui Sea Level. As elsewhere stated, the separate barometric readings of the ordinary observations have not been reduced to sea level ; hence, to obtain the general form of the annual curve of barometric pressure at sea level, the monthly means at the foot of Table XVI, were reduced to sea level by an approximate method, in which the following formula was employed : — 342 reduction 890.6 l-.002< = ..3840 - .00077< where 342 is the height of the cistern of barometer above sea level, ** 890.6 tbe height of a . olumn of air at temperature of 40', whose weight is equal to that of a column of mercury of the same transverse section, and one inch in height, lit. if M ■ 14 TORONTO METKOROLOOICAI. OHi^ERVATICXS. t tli«! ox(!PHH iiliovo [0° of tlio ineai) f«MniHjraturo of the air, for tlu! .siiiiK! mouth, iiiul Haiin! groiip of yearn, us givoii at tlie foot of Tal.lc IV. Tlio \uomi picHHurcs, rediUTfl, an) shown in tho following; Tahio, whern l»aroinot(.'r at .'J*J^ nMliiocd to sua Uivul - 21) + nuiuliei's given. 1841-.VJ 1853-01 18(l'.'-71 1841-71 Jan. l.02f.O 1.0703 1.0305 1.0430 Fob. 1.0(0.') 1.0220 1.0380 1.0225 Miir. 1.02.13 0.9390 1.0l)C3 0.0035 April. .Mnv. .Iun«. 0.0001 0.0533 i).»7U) 0.0733 0.05S1 0.0017 0.0145 0.9453 0.9190 (.0154 0.95..0 0.9418 July. O.OCWO 0.9671 0.0441 Aug. 1.0070 O.OCOi". 0.0735 0.9.'i73 0.0S67 ?t'pt. 1.0234 1.0341 1.0075 1.040S 0(.t, Nov. D«'<;. 1.0207 1.0054 1.0103 1.0319 O.OIHA 1.0070 1.0211 1.0211 0.0943 0.9970 l.O'JOl 1.046t; VMr. 1.0014 (1.0030 0'.(62 O.Wt74 Th(! .samo notation being a(lo[)te(l a.s in the case (tf the unicchK.'eil baio- inetric reading.s, tho constants in the interpohitini^ lormuhu for e.vpressing, for any ihiy, tho mean pres.sure nHhicecl to sea level, are as foUow.s : — m„ in, ^'l m. f'. «»3 C-, »'4 c, '"r. ""e ;1 i 1841-52 1.0014 0.034O 124° r,{; 0.01C5 o / 344 60 0.0102 lO:? 4 0.0083 104 30 0.0059 160 33 0.0010 270 1853-Cl 0.0930 0.0570 133 20 0.0135 71 0.02S4 90 59 0.0122 98 10 0.01S2 258 47 0.0002 1 00 1862-71 0.9902 0.0475 128 15 0.0270 369 23 0.0145 01 40 0.0201 180 34 0.0110 348 1 0.0019 270 1841-71 0.9974 0.0462 129 3 0.0162 7 27 0.013S 102 3 0.0105 IPS 57 0.0057 272 24 0.0016 270 111 Tables XVII, XVIII, and XIX, are shewn the highest and lowest barometric readings, and the dilFerenco between them, or rangu of tho baro- inettu', in each month from 1841-71 inclusive, with tho averages derived from thirty-one years, and groups of twelve, nine, and ten ytjars. The quarterly averages of the several groups are as follows : — Maxima. Years. Winter. Spring. Summer. Autumn. 1841-52 1853-61 1862-71 1841-71 30.2311 30.2249 30.2320 30.2331 30.0783 30.0585 30.0123 30.0513 29 9251 29.8795 29.9107 29.9073 30.0954 30.0813 30.1090 30.0959 tohonto mktkoiiologu'al oh.skhvations. Minima. 16 Yeiiri. Winter. SprlDfT. 1841-52 1853-fll 18W-71 1841-71 28.9175 28.0.r.l 28.0180 28,W31 20.0143 28.0801 20.0284 2U.0116 Summer. 20.23'J'.I 20.2113 2l>.2t)03 20.2101 Autiiiiin. 20.0H31 20.(121)2 29.1102 20.0753 Ra\(ik.s. Yonrg. Winter. Spring. Summer. Autumn. 1841- 52 1853-01 1802-71 1841-71 1.3130 1.2898 1.3140 1.3100 1.0040 1.0094 0.98:i9 1.0393 0.t',!t.'2 i;(i82 0.7014 0.0882 1.0123 1.0551 0.9904 1.0208 111 Tablo XXIII tiro given the laontlily nu'sui.s of tlio ])i'(\s.siin; of dry air in each of the years, 18tl-7l (omittiii;,' 1^47), with tlio monthly and annual nieana for the whole period, and for three groui)S of eleven, nine, and ten years. For coini)uting daily mean jircssures, formula* of the u.sual form- - D^ = m^ -f- »ij sill (x -|- t^i) + '".J sin ('Jx- -|- C,^ -\- &o. were construeted for each of the group.s of means at the foot of Tal)lo XXII I . The values of the constants for the different groups are as follows : — Years. 11 j, t^l-v Ij 1853 ■.>\ *: lA!-.: 'I ^0 nij (^1 m^ ^\ "'3 t\, '»., ^'4 "'.", ^V. °^i ^, 0.3510 0.190C 6% 17,0.0442 o / 203 16 0.0105 123 41 0.0103 / 158 21 0.0104 / 200 49 0.0007 270 00 1 0.3523 0.2054 91 00 0.0274 248 24 0.0.347 95 38 0.0128 87 46 0.0231 250 33 0.0002 270 00 0.3561 0.2032 87 11,0.03^0 284 00 0.0193 t» 33 0.0186 192 24 0.0080|349 67 0.0035 270 00 0.3531 0.2016 87 18i0.0361 20C 59 0.0103 01 20 0.0103 157 41 0.0002.250 23 0.0014 270 00 The following are the mean differences, without regard to sign, between Ife pi-essures of dry air at G a.m. on consecutive days in each month, derived from 1HG0-G2 :— ! Jan. { Feb. Mar. Aptil May. Judo. July. Aug. Sept. Oct. Nov. Dec. Year. .310 .321 .258 .224 .201 .219 .209 .194 .234 .237 .240 .275 .243 16 TORONTO METEOROLOGICAL OBSERVATIONS. Table XXIV contains the means of temperature, barometric pressure, and pressure of dry air, at each of the six observation houi*8, from 1841 to 1871, certain broken months being omitted. The discrepancy between the means from the six hours in tliis Table, and the general means at the foot of Tables IV, XVI, and XXIII, are due, partly to the fact that six hours only are included in Table XXIV, and more so, to the omissions as stated above, which were rendered necessary by the absence of observations at one or more of the six hours in these months. The montha omitted from the above cause, were January to April, in 1849, May and June, in 1849 and 1850, and July to December, in 1848 and 1849. PRESSURE OF VAPOUR. The normal daily means of the pressure of vapour given in Table XX, are computed from the following Table of monthly means, from observations in the ten years, 1859-68. Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct. Nov. .1840 Dec. - ( Year. .1056 .1126 .1365 .1846 .2775 .3909 .4860 .4715 .3745 .2586 .1210 .2586 Tliu following is the formula for computation : — r^^.: .2585 + .1864 siu (x + 257° 25') + .0392 sin (2x + 03° 18') + .0085 sin (3x + 252° 48') + .0033 sin {4x + 3° 38') + .0011 sin (5x -f 348° 18') -f- .0020 sin (Qx -f 90°). The normals used as standards of reference for the different hours of observation, since 1st January, 1809, were obtained from the daily normals by applying to them thb mean diurnal inequalities for the month, in the manner already explained in the case of the barometric pressures. In Table XXVI are she^vn the monthly and annual means of the pres- sure of vapour in each of the years 1841-71, omitting 1847, and for four combinations of years. The constants in the fonnulai for computing the daily mean pressure of vapou ", F^, corresponding to the different gi'oups of years, are as follows : — Years. "^0 0.2684 0.2601 0.2587 0.2627 m, c, ^2 c, ™3 C3 m, C4 «»6 C5 ™6 c. 1841-52 1853-61 1862-71 1841-71 0,1906 0.1888 0.1904 0.1899 257 31 258 14 257 30 257 45 0.0465 0,0404 0.0411 0.0426 6§l'5 68 12 63 45 64 13 i .. 0.0069 0.0059 0.0064 0.0053 / 199 29 261 11 248 12 234 13 0.0060 0.0034 0.0024 0.0019 27? 9 202 46 123 2 235 29 0.0094 0,0071 0.0043 0.0063 68 31 28 44 3»''> 19 35 68 0.0007 0.0010 0.0014 0.0006 / 270 00 90 00 90 00 90 00 TORONTO METEOROLOGICAL OBSERVATIOK8. 17 pres- four the lips of C. o / 70 00 l90 00 bo 00 Iqo 00 The following are the mean differences, without regard to sign, between the pressure of vapour at 6 a.m. on consecutive days in each mouth, from the three years, 1860-62 : — Jan. Feb. Mar. .039 April. May. June. July. Aug. bept. .003 Oct. Not. Dec. Year. _ .060 .038 .043 .041 .051 .091 .144 .088 .066 .044 .044 Connection between the Direction of the Wind and the Barometric Pressure, the Pressure of Dry Air, and the Pressure of Vapour. The annual moans of the changes in twenty-four hours, which accompany different resultant winds from 6 a.m. to 6 a.m., are shewn in tho following Table, where the changes for the barometer have been deduced from the six years, 1854-59, and from tho three years, 1860-62, and the changes for dry air and vapour from the three years, 1860-62 : — N. + .097 + .076 + .096 — .020 N.B. B. S.E. S. S.W. W. N.W. Barometer... Barometer. .. ....1854-59 ....1 SCO 02 —.102 -.137 —.179 —.190 — .240 + .043 -.197 —.178 —.204 — .009 — .130 — .189 + .057 -.036 — .089 —.109 + .021 + .144 + .142 +■.180 —.036 + .170 + .183 Dry Air ...i8r.o.r>-> —.152 + .227 Vapour 1 ...1860 02 + .016 + .085 -.044 In the earlier series for the barometer, tho signs continue the same through tho year, excepting that in April, May, August, and December, the barometer rises with a S.W. i-esultant. In 1860-62, owing to the small number of resultants fvom some of the directions, the exceptions to uniformity of sign through the year are moro numerous. In the following investigation, the changes are those which accompany the different actual, as distinct from the resultant, winds : — Oh the Changes of Barom'itric Pressures, Pressures of Dry Air, and Vapour, that accompany different Winds, from observations in the ^even Y ears, 1860-66. 4 The changes considered are limited to those in wiiich the wind did not vary, between two consecutive ob.servations, by more than 22^^ on each side of one of the principal eight points ; and as this constancy of direction more frequently occura when the interval is short, those differences only have been considered which took place from 6 a.m. to 8 a.m., from 2 p.m. to 4 p.m., and from 10 p.m. to midnight. 2 18 TORONTO METEOROLOGICAL OBSERVATIONS. ' ■}. i The changes between two consecutive observations being first diminished by that due to diurnal variation, the residual changes were classed accord- ing to the direction of the wind in tlie interval, and their averages in each class were then taken, for the year as well as for the two half years. The average changes of barometric })ressure which take place in two hours, and found in the manner just described, arc given below for each of the principal eight points of the wind's direction :- - April to September. N. +.0085 N.E. — . 0043 E. -.0113 S.E. —.0057 October s. — . 0084 TO March. s.w. — . 0041 w. +.0132 N.W. +.0150 +.0087 N.E. —.0160 E. —.0334 S.E. —.0313 The s. — . 0222 Year. S.W. — . 0037 +.0168 N.'W + .0209 M. +.008G K.B. —.0103 B. —.0215 S.E. -.0164 s. —.0129 8.W. — . 0039 W. + .0156 N.W +.0180 The most probable values of the changes corresponding to intermediate directions of the wind, are given by the following formula?, where 'f^, 'F.,, 'F^, represent the changes for the two half years and year, and the angular distance of the point from which the wind blew, measured from north to east, and expressed in degrees : — April to September. ^^ = + . 0004 + . 0125 sin (9 + UF 29') + . 0044 sin (20 + 186° 29') + .0025 sin {39 + 14" 2') Octobek to March. *■, = — . 0075 + . 0281 sin (9 + 148^ 14') + . 0024 sin (29 + 160'^ 49') + .0014 sin (30 + 30" 15') The Year. ^j = — . 0028 + . 0195 sin (9 + 148" 2') + . 0040 sin (20 + 174° 17') + . 0021 sin (30 + 10" 47') Pressure of Dry Air. The average changes in tlie pi-essure of dry air in two hours with different winds, and the corresponding formula3 of interpolation, are as follows : — April to September. +. 0146 N.E. —.0009 E. — .Oi'jS S.E. S. —.0088 —.0122 October to March. S.W. —.0040 w. + .0195 N.W. +.0219 N. +.0110 N.E. — 0182 E. -. 0371 S.E. s. —.0342 —.0240 The Year. S.W. —.0026 W. +.0195 N.W. +.0240 if. +.0128 N.E. -.0091 K. —.0243 S.E. S. —.0194 —.0160 S.W. -.0034 W. +.0195 N.W. +.0225 TORONTO METEOROLOGICAL OBSERVATIONS. 19 April to September. *, = + .0021 + .0182 sin (0 + !.{.>' 13') + .0048 sin (20 + 193" 10') + .(»034aiu (39+ 10^ 18) October to M\ncn. >?, = — . 0077 + . 0317 sill (9 + 149' 4') + . 0030 sin (29 + 156' 2') -I- .00 10 sin (30 + 47° 29') The Ye.'Vr. >!', = — . 0021 + . 0237 Bin (9 + 144' 4(5') + . 0040 ain (29 + 174" 17') + .0026 sill (30+ 15^39) Pressure of Vapoxir. The average changes in the j)re.s.sure of vapour in two hours, that accom- pany winds from the eight principal points, and the formulae for finding the moat probable change, with the wind blowing from any intermediate point, are given below : — - April to September. -.0057 N.R. — . 0034 B. +.0020 S.B. 8. +.0035 +.0042 October to March. 8.W. +.0001 w. — . 0073 N.W. —.0069 N. -.0025 N.B. +. 000^ K. +.0037 S.K. 8. +.0031 +.0017 The Year. s.w. — . 0013 w. —.0032 N.W. -. 0039 V. -.0041 N.B. —.0012 R. +.0025 SK. S. +.0034 +.0034 S.w. -. 0007 w. — . 0046 N.W. —.0054 April to September. *j = — . 00169 + . 00607 sin (9 + 305' 49) + . 00096 sin (29 + 88'' 48') + .001 10 sin (39 + 181" 2') October to March. *j r= — .00018 + . 00385 sin (9 + 330° 26') + . 00034 sin (29 + 287" 6') + .00022 sin (30 + 243' 26') The Year. *, = — .00084 + .00479 ain (9 + 312' 43') + . 00035 sin (20 + 86" 44') + .00037 sin (39 + 210° 15) If, in the nine foregoing formula;, the variable angle, 0, bo made equal in succession to 0°, 11" 15' (11° 1.5') x 2, (11° 15') x 3, (fee (11° 15') X 31, the changes of pressure will be found which would moat probably occur if the wind were to blow steadily for two hours from each of the thirty-two points of the compass. The results are given in Table XXI. By examining this Table, it will be seen that on the average of the year, the barometer rises with a wind from any point betwen S.W.^'W. (measured from left to right) to N.^E., and that it falls with winds from N.N.E. to S.W. The same rule also 20 TORONTO METEOROLOGICAL OBSERVATIONS. holds (within a point) in summer and winter separately, and is true also wibJi respoct to the changes in the pressure of dry air. The pressure of vapour increases with a wind between E.N.E. to S.W.'^S., and diminishes with a wind between S.W. and N.E. On the average of the year, and during the winter half year, both the rise and fall have an uninterrupted progression ; and the same is true in every case where the change is an increase ; but in the summer half year, besides the maximum rate of bai'ometric fall which occxirs with a wind from E., there is a second inferior maximum fall when the wind is from S.''W. There are also two minima in the rate with which the pressure of dry air diminishes dunng the summer. They are of equal magnitude, — .0131, and also occur with winds fi-om E. and S.''W. The most rapid changes, together with the winds that accompany them, are shewn in the following Table : — Barometric Presr.ure. SUMMER. : WINTER. YEAR. Change in '2 hoiiM. Wind. Cliangc in 2 liours. Wind. Clinnge in 2 hours. Wind. Most rapid rise . ■ + .0162 W.N.W. + .0214 N.W.»W. + .0194 N.W.bW.^W Most rapid fall. -.0113 E. - .0093 s.nv. - .0343 E.bS. - .0218 E. Pressure of Dry Air. SUMMER. WINTER YEAR. Ch.inge in 2 hours. Wind. Change in 2 hours. Wind. Change in 2 hours. Wind. Most rapid rise + .0237 W.N.W. + .0247 N.W.bW. + .0239 N.W.bW.^W Most rapid fall. 1 -.0131 E. - .0131 S.^W. - .0379 E.bS. - .0244 E. Pressure of Vapour. SUMMER. WINTER. YEAR. Cl>anj,'e in 2 houra. Wind. Change in 2 hours. Wind. Change in 2 hours. Wind. Most rapid rise . + .0042 S. + .(K037 E.bS.iS. + .0037 S.E.bS.^.S. Most rapid fall -.0079 W.bN.AW. -.0038 N.W.iW. - .0054 N.W.nV.^W EXTENT OF SKY CLOUDED. From the final column in Table XXIX, shewing the mean extent of sky clouded in the diflfex'ent months and years, from 1853-71, it appears that the mean of the year on the average of nineteen years ib, 61 (the whole aky clouded being expressed by 100), and that in the different years it varied from 66 to 57. The monthly means shew an uninterrupted progression from a maximum 75, in December, to a minimum 48, in August. For the diflferent seasons the means are as follows : — WINTER. SPRING. SUMMER, AUTUMN. mber-February. March-May. V 'ne-August. September-November 73 €recipitation occurred in 1870, with an excess of 1 1 . 13 inches; and the minimum in 18-18, with a deficiency of 8. 25 inches nearly. If the mean annual fall of rain and snow in two equal groups, 1840-58 and 1859-71, be coinparod, it is seen that while there has bsen a diminu- tion in the rain, the snow has increased, and also that the precipitation on the whole has increased : — Ycais. Rain. Siiow. Total. 1816-58 28.552 60.82 3-1.634 1859-71 27.639 78.46 35 485 Change.. . Decrease.. 0.913 Increase.. 17.64 Increase.. 0.851 Again, on comparing the number of days in tlie two groups, from Table.s XXXIV and XXXV, a decided increase is found in the days both of rain and snow : — Years. Riin. Snow. 1846-58 106.4 days. 53.6 days. 1859-71 120.3 days. 76.0 days. Change Increase. . 13.9 days. Increase. . 22.4 days. From Table XXXVI, where the heaviest falls in a single day in each month are recorded, it ap2)ears that the average of the heaviest falls in the year in 1846-58 was 2 106 inches, and in 1859-71 was 1.966 inches, shewing, according to the testimony of these twenty-six years, that the heaviest rain in a single day, as well as the aggregate of rain in the year, had undergone a diminution. .From comparing the monthly means at the foot of Table XXXVI, it appears that the heaviest falls in a single day in September considei'ably exceed those of any other month ; that the heaviest falls of the year occurred nine times in September (the month of the largest average rain fill in the year) ; and that the heaviest fall on record on one day (3.455 inches) was in September, 1843. The following Table gives the heaviest fall of prow in the year, on a single day, from 1853 71 : — TORONTO METEOROLOGICAL onSEUVATiOKS. 23 Yearg. lDcho«. 6.6 Year. 1 Iiidien. Y«iir. ludng. 10.0 1 Year. Inches. ISfia 1858 1 6.0 i 1803 186S 12.0 lb.5l 0.6 1850 6.0 1804 10. C ! 1869 0.0 18o5 15.0 1800 0.0 1805 7.0 1870 10.0 1850 5.8 ! 1861 8.0 . 1 1800 1871 I'J.O 18)7 6.5 18r>2 9.0 j 1807 16. C 1 1 Tho avoracfo of tlio niuctcon years, frnin thn above Table, is 8.91 inches, and for tho hist thii-tceu yeans, 10.. 'iS inches, sliowing an increase in llio average amount of the heaviest fall of snow in the year, ii.s well as in tho total annual amount. On the whole, then, it appears that while there has been a diminution in the averajjo annual amount of rain, and in the averaije amount of tho heaviest fall of rain in the year, the snow has increased in both these respects ; the total annual precij)itation of rain and melted snow has also increased, as well as the number o£ days of rain and the number of day.'» of snow. On the Relat'.ve Frequency of the different Winds during Dat/s of liain or Snow,frotn the Iloiirhj Records of Ten Years. (Table XXXVII.) The object of this Table is to compare the different winds with reference to the numlior of hours that they blow during days in any i)art of which a fall of rain or snow takes place. If all winds continued for an equal number of )ionr.s through the year, or through tho particular season under consideration, it would be sufficient to compare the absolute durations of the several winds on days of {)recipitiition ; but as there is a very great inequality in the frecpiency of winds from different points of the compass, (winds from N.W., for example, being more than three times as numerous as thos'. from H.E.) an undue prominence would be given to the winds of greater general frequency, if tho comparisons were to be made between the absolute durations. Hence it becomes requisite that the absolute durations of each wind, during the days of rain, incUuled within a given period of time, should be di^ ided by the whole duration of the same wind within the same period. The quotients form what may be termed the relative durations of the several winds, and constitute the proper quantities for intercompa risen. As winds of comparative rare occurrence on days of heavy rain, were found to blow very frequently on days of light rain, the adoption of some classification of the rainy days ])ecame necessary. In this Table the days of rain have been arranged in three classes, as well as collectively in one I 24 TORONTO METEOROLOGICAL OBSERVATIONS. group. Class I includes days of light rain, in which the whole amount in the day did not exceed one-tenth of an inch. Class II includes days of moderate rain, or over one-tenth and less than half an inch ; while Class III comprises days of heavy rain, wherein the fall in the day amounted to half an inch and upwards. The days in which snow fell are classified in a similar manner, and with the same limits, one inch of snow being regarded as ecpiivalent to one-tenth of an inch of rain. With a view of learning whether tho relative duration or frequency of a wind, during rain, is affected by tho season, the computations iiave been made separately for the winter half year (October to March), for the summer half year (April to September), and for the year as a whole. As the falls of snow after March are not sufficiently numerous to furnish materials for a separate discussion, no separation of tho seasons has been made in the case of snow. Again, for the purpose of comparing the corresjjonding results in different years, the observations of the ten years, 1853-62, have been discussed in two separate ecpial grouj)s. For every Class, the immbers in the Table are the relative dui'ations, expressed in terms of the average relative duration for al' winds in that Class. TABLES RELATIVE TO THE WIND. Resultant Direction of the Wind in (liferent Months. (Table XXXVIII.) A comparison of the monthly resultants from the period 1848-71, given in this Table, shews that the general direction of the atmospheric current is considerably more from the westward in the winter than in the summer months, the monthly resultants oscillating about N. 48° W., from April to fSeptember inclusive, and about N. 69° W. during the remaining six months. It is also evident that tiiere is a greater uniformity of direction in the dif- f(!rent yuars for some mouths than for others, and that in the cold months the resultant direction of the wind is more steady than in the warm. The resultants for the year in different years are deflected from the general I'esultant for twenty-four years (N. 61° W.), through an angle whose mean value is 9° 30' nearly, tho greatest deflection from the general direc- tion to the north being 23"" in 1849 and 1853, and the greatest deflection to the west 15° in 1864. Resultant Velocities and Mean Velocities in different Months and Years. (Tables XXXIX and XL.) The inferiority of the velocities recorded from 1848-54, was due to the less advantageous exposure of the anemometer. Prior to 26th June, 1854, the cups had an elevation of only 20 feet above the floor of the Observatory. On that day it was moved to the top of a conical tower, where the cups TORONTO METEOIIOLOOICAL 0USKHVATI0N8. 26 had an elevation of 30 feet nearly ; and on lltli Juno, 1855, it was mounted in the position which it has since occupied, on the tower of the Observatory (then rebuilt), where the cups revolve in a plane 4' feet above the balus trade, and at a height al)ove the ground of 45 f t nearly. The resultant velocity and mean velocity both have a maximum in December and March, and a well marked minimum in July. Remltant Direction of the Wind in the different Hours. (Table Xlil.) From the column of annual resultants it is found that on the mcjan of the year the direction of the wind attains its extreme westerly deflection (N. 103" W.) during the hour commencing noon. From this point, at which it continues nearly steady for three hours, it diaws towards north continuously till 5 a.m., when it makes its nearest api)roach to the north (N. 39° W). A))out this j)oint it varies little from midnight to 7 a.m., after which it recedes again rapidly to the westward. Mean Velocity of the Wind in each of the Twenty four Ilnnrs. (Tables XLIII and XLIV.) The first of these Tallies contains the velocity in miles for two series of years included in 1848-71. Tho whole period is divided into two groups, 1848-53 and 1855-71, in consequence of the changes in the })OHition of the anemometer in June, 1854, and June, 1855. As part only of 1854 is comparable with 1853, and none of it mth tho year following, 1855, it has been omitted from both sets of means. In Table XLIV, the velocity in each hour is exjiresaed in terms of the average velocity in the same group for the twenty-four hours. A com- parison of the two series will show a very fair similarity, column with column ; but in the early series, when the instrument occupied a lower position, the diurnal ranges are greater than in the later series, as shewn by the following numbers : — 'I t Tears. Winter. Spring. Summer. Autumn. Year. 1848-53.. . 0.36 71 1.15 0.76 0.6!) 1855-71.. . 0.32 0.55 0.92 O.fiG 57 In both series the maximum velocity occurs in one of the three hours commencing 1 i).m., and the minimum near to 4 a.m. Velocity of the Wind in different iJirectiotia. The following Table gives the mean velocity, on the avera^^e of tli«! feaf for each of the sixteen })oints, from the .seven years, 1853-59. N N.N.E. N.E... E.N.E. 7 31 6.03 6.92 8.77 E E.S.E . S.E. ... S.S.E.. 8.40 S 6.53 VV 10.72 6.05 S.S.VV... 7.46 VV.N.W . 10.89 5.22 S.W 8.05 N.W.... 10.90 5 . 73 W. S. W . . 9 . 85 N. N. W . . 9 . 6.$ 26 TOEONTO METEOROLOaiCAL OBSERVATIONS. AURORAS. In Table XLVI ai'o given, as far as tlicy couM bo procured, the numbisr of Auroras recorded in every inonUi from 1841-71. By aid of the sums on the right and at the foot of the Table, the abso- luto luirabcrs in the different years and in the different mouths may be compared. In Tables XliVII and XLVIII, the relative frequency are given in each year from 1853-71, and for each month, derived from the same years, or the ratios of the numbers ^of nights when Auroras were observed, to the number of nights when the sky was sufHciontly clear to insure the visibility of Aurora if it were present. The absolute monthly numbers in Table XLA'^I, and the relative numbers in Table XLVII— both show a principal maximum in September, a principal minimum in January or December, a second maxinuim in March or Api-il, a second minimum in June. Table XLIX contains the dates of certain periodic events, as far as they could be obtained. In the column, " Navigation closed,'" it must bo under- stood that the year given refers to the winter commencing with December of that year, and that if the date of closing be in January, it refers to January of the next year. The following are the dates of opening and closing of navigation for a few years prior to 1840. Navigation opened. Navigation closed. 1833 April 4. 1834 March 14. 1835 March 30. December 1. 1836 April 25. December 1. 1837 April 16. December 14. 1838 April 2. December 14. 1839 April 2. December 14. I j«r ii I IMAGE EVALUATION TEST TARGET (MT-3) U {./ *>i. K° i/x ^n ^ 1.0 I.I ^rW- IIIIIM I ■- IIIIM t l^ 12.0 11-25 il.4 1.8 1.6 V

^V Photographic Sciences Corporation 23 WEST MAIN STREET WEBSTER, NY. 14580 (716) 872-4503 % w ■^ O ^ ^ % S^€^. 4b. ^^" ... "«>r o^ '• i: : I /./ TORONTO METEOROLOGICAL OBSERVATIONS. TABLE I. Corrections for every Fifth Day in the Year, to be applied to the Tem- perature OBSERVED AT TORONTO AT ANY OF THE HoURS OF MeAN ASTRO- NOMICAL Time, in order to obtain the Mean Temperature of the Day. M« As not! Ti 3an trn JANUARY. FEBRUARY. MARCH. aical me. 6 £3 10 i.4 15 §.5 20 25 §.8 30 §.0 4 3°3 9 3.5 14 19 24 1 u 6 2.2 11 I2 16 1.2 21 1.2 26 u 31 h Is §.9 l^ 1.3 1 2.8 2.9 3.0 3.1 ZA 3.7 4.1 4.3 4.7 4.8 6.0 4.9 5.0 4.9 4.8 4.8 4.9 5.1 2 3.1 3.1 3.3 3.* 3.7 4.0 4.4 4.7 5.1 6.3 5.5! 5.6 6.5 5.6 6.4 5.4 5.4 5.5 3 3.0 3.1 3.2 3.4 3.8 4.1 4.5 4.8 5.0 5.2 5.4' 1 6.3 6.3 5.2 6.2 b.9 5.3 6.4 4 ■« |2.4 2.5 2.7 2.9 3.3 3.61 3.9 4.2 4.5 4.7 4.8: 4.8 4.8 4.8 4.7 4.8 4.9 5.0 5 3 i 1» I 1.5 1.6 1.7 1.9 2.1 2.4 2.7 3.0 3.3 3.5 3.81 3.9 3.9 ." 9 4.0 4.0 4.1 4.3 6 0.7 0.8 0.9 0.9 1.2 1.3 1.5 1.6 1.8 2.0 2.1 2.2 2.3 2.3 2.3 2,1 2.3 2.4 7 8 g 0.4 0.0 0.2 0.0 0.4 0.1 0.4 0.0 0.4 0.0 0.5 0.0 0.6 0.0 0.7 0.0 0.9 0,0 0.9 0.0 1.1' i 0.1 1.0 0.1 1.0 0.0 0.9 0.8 0.7 0.7 0.6 0.0 1.1 0.1 1.1 0.2 1.2 0.3 1.3 0.5 1,4 j 0.1 0.1 0.1 0.2 0.2 0.4 0.5 0.6 0.6 0.7 0.8 ' 0.9 0.9 10 0.6 0.5 0.6 0.6 0.7 0.8 0.9 1.1 1.2 1.3 1.4 ! 1.6 1.6 1.7 1.8 1.9 2.0 2.1 11 0.7 0.8 0.8 1.0 1.1 1.2 1.4 1.6 1.7 1.9 2.0 : 2.1 2.2 2.4 2.4 2.5 2.6 2.7 12 1.4 1.6 1.6 1.6 1.6 1.7 1.6 1.8 1.8 1.9 2.0 2.1 2.3 2.4 2.6 2.5 2.6 2.7 13 1.8 2.0 20 2.0 2.0 2.0 2.0 2,1 2.2 2.3 2.4 ; 2.6 1 2.7 2.9 2.9 3.0 3.0 3.3 14 0) 2.1 2.1 2.1 2.1 2.1 2.2! 2.3 2.5 2.5 2.7 2.8 ' 2.9 3.1 3.2 3,3 3.4 3.6 3.8 15 :| 2.1 2.2 2.2 2.3 2.4 2.6 2.6 2.7 S.O 3.1 3.3 3.5 3.5 3.6 3.6 3.6 3.8 3.9 16 2.2 2.3 2.3 2.4 2.6 2.7 3.0 3.1 3.3 3.5 3.6' 3.8 3.8 3.9 4.0 4.0 4.1 4.3 17 2.3 2.4 2.5 2.7 2.8 3.0 3.2 3.4 3.7 3.8 4.0 '' 4.2 4.3 4.4 4.5 4.6 4.7 4.8 18 1.8 1.7 1.8 2.0 2.3 2.8 3.3 3.8 4.2 4.5 4.7! 4.8 4.8 4.8 4.8 4.8 4.9 5.0 19 1.9 1.8 1.9 2.1 2.5 3.0 3.5 4.0 4.3 4.6 4.6 4.5 4.4 4.2 3.9 3.6 3.6 3.6 20 21 22 1.6 0.7 1.6 0.7 1.6 0.7 1.8 0.7 2.1 0.8 2.6| 0.9 2.8 1.0 3.? 1.0 3.3 1.0 3.4 0.9 3.2 0.6 1 3.0 0.4 2.7 0.2 2.3 1.9 1.7 1.4 1.2 0.0 1.8 0.2 1.9 0.4 2.0 0.5 2.0 0.6 2.1 i e 0.6 0.6 0.6 0.6 0.6 0.0 0.7 0.8 1.0 1.2 1 1.4 l.C 1.7 23 2 a •s 1.6 1.7 1.7 1.8 1.9 2.0 2.2 2.4 2.6 2.7 2.9 3.0 3.1 .3.1 3.2 3.2 3.3 3.3 TORONTO I.IETEOROLOOICAL OBSERVATIONS. TABLE I.—fContlmted.) Corrections for every Fifth Day ix the Year, to re applied to the Tem- perature OBSERVED AT TORONTO AT ANY OF THE HoURH OF MeAN ASTRO- NOMICAL Time, in order to obtain the Mean Temperature of the Day. Moan APllIL. MAY. JCNh. Astro- nomical 1 1 1 Time. 5 2.5 10 l6 15 2.9 2) 25 U 30 °5.e 6 g.7 10 g.9 16 g.9 20 o 5.9 25 o 5.9 30 S.8 6 10 16 20 o 6.0 25 §.1 30 §.3 h E.8 5.8 5.0 1 5.3 5.5 5.8 G.l 6.4 6.6 6.7 6.8 6.8 6.8 6 7 6.6 6.6 6.6 6.6 6.7 6.9 7.2 2 5.7 5.9 6.2 6.5 6.8 7.0 7.1 7.2 7.2 7.1 7.0 6.9 6.9 6.9 7.0 7.2 7.5 7.8 3 5.7 6.0 6.3 6.6 6.8 7.1 7.2 7.3 7.2 7.2 7.2 7.2 7.2 7.3 7,4 7.6 7.8 8,1 4 91 U 5.3 5.6 5.9 6.2 6.5 6.8 1 7.0 7,1 7.2 7.3 7.3 7.3 7.4 7.5 7,6 7.9 8.0 8.3 5 m 4.5 4.8 5.2 5.6 6.9 1 6.2: 6.5 6.7 6.8 6.9 6.9 6.8 6.9 7.0 7.0 7.2 7.3 7.7 6 2.7 3.0 3.4 3.7 4.0 4.4 1 4.6 4.9 5.0 5.4 5.5 5.5 5.6 5.7 5.7 5.9 6.2 6.4 7 1 8 0.6 0.7 0.8 1.0 1.3 i 1.5: i 1.7 1 2.0 2.2 2.4 2.5 2.6 2.7 2.9 3.0 3.1 3.? 3.4 0.6 0.7 0.7 0.8 0.8 0.8 0.7 0.6 0.5 0.4 0.4 0.3 0.3 0.2 0.3 0.3 0.4 0.4 9 1.6 1.7 1.8 2.0 2.1 2.1 2.2 2.2 2.3 2.3 2.3 2.3 2.3 2.3 2.6 2.5 2,7 2.8 10 2.3 2.5 2.6 2.7 2.9 3.0 3.1 3.1 3.3 3.3 3.4 3.5 3.6 3,6 3.8 3.9 4,0 4,1 11 2.8 3.0 3.1 3.3 3.5 3.7 3.9 4.0 4.2 4.3 4.4 4.4 4.5 4 " 4.8 4.9 5,1 6.2 12 2.8 3.0 3.3 3.5 3.9 4.2 4.6 4.8 6.0 6.1 6.2 6.2 5.2 5.2 6.3 5.5 5.7 5,9 13 • 3.5 3.7 4.0 4.4 4.8 6.1 5.5 5.7 5.9 6.9 6.0 6.9 5.9 6,9 6.0 6.2 6.4 6.7 14 4.0 4.3 4.7 6.1 5.5 5.9 6.3 6.5 6.7 6.7 6.8 6.7 6.6 6.6 6.7 6.8 7.0 7.3 15 < 4.1 4.6 4.9 6.1 6.9 6.4 6.9 7.2 7.4 7.5 7.5 7.5 7.5 7.4 7.6 7,7 7.8 8.0 16 4.6 4.9 5.3 5.8 6.4 6.9 7.3 7.6 7.9 8.0 8.0 8.0 8.0 7.9 8.0 8.2 8.4 8.7 17 5.0 5.3 6.7 6.1 6.0 6.8 7.4 7.7 7.8 7.9 7.9 7.8 7.8 7.9 7.9 8.1 8.3 8.6 18 6.2 6.4 6.6 5.7 5.7 5.7 6.7 5.6 5.4 5.2 5.1 5.1 5.1 6.1 6.2 5.3 5.5 5.6 19 3.4 3.4 3.3 3.1 3.0 2.9 2.7 2.5 2.4 2.3 2.3 2.3 2.4 2.4 2.4 2.4 2.3 2.3 20 21 1.2 1.1 1.0 0.9 0.8 0.7 1 0.5 0.3 0.2 0.1 0.1 0.1 0.1 0.0 0.1 0.1 0,0 0.0 1.9 i 0.7 0.8 1.0 1.1 1.3 1.6 1.8 2.0 2.1 2.0 2.2 2.1 2,0 1.9 1.8 1.8 1,8 22 1 2.2 2.3 2.5 2.7 3.0 3.2 3.5 3.7 3.8 3.9 3.9 3.8 3.7 3.6 3.5 3.6 3.5 3.6 23 1 3.6 3.6 3.9 4.1 4.3 4.6 4.7 4.9 4.9 5.0 6.0 4.9 4.8 4.8 4.8 4,8 4.9 6,0 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE I.— (Continued. } Corrections for every Fifth Day tx the Year, to be applied to the Tem- perature OBSERVED at ToRONTO AT ANY OP THE HoUHH OF MeAN AhTHU- NOMicAL Time, in order to obtain the Mean Tejiperaturb of the Day. Mean JULY. AUGUST. SEPTEMBER. Astro- nomical 1 Time. 5 10 15 20 25 30 6 i.9 10 6.6 16 §.6 20 §.3 25 o 6.2 30 §.1 5 10 15 6°.9 20 §.9 25 30 h 8.5 §.7 §.9 o 7.0 o 7.0 ?.o 6.0 H.9 0.9 °6.8 1 7.4 7.6 7.8 7.8 7.9 7.9 7.7 7.4 7.3 7.0 6.8 6.7 6.6 6.5 6.5 6.6 6.5 6.4 2 8.1 8.4 8.6 8.7 8.8 8.7 8.5 8.1 7.9 7.6 7.3 7.1 7.0 6.9 6.9 6.9 6.9 6.8 3 8.4 3.6 8.8 8.S 8.9 8.9 8.8 8.4 8.2 7.9 7.6 7.4 7.2 7.0 7.0 6.0 6.7 6.6 4 8.5 8.7 8.8 8.9 8.9 8.8 8.6 8.3 8.1 7.8 7.5 7.2 7.0 6.9 6.7 6.6 0.4 6.2 5 3 ' 8.0 8.2 8.4 8.4 8.4 8.3 8.1 7.8 7.6 7.2 7.0 6.6 "3 6.1 5.8 6.6 5.1 4.7 6 6.7 6.8 6.9 6.8 6.7 6.5 6.3 5.9 6.6 5.2 4.7 4.3 3.9 3.4 3.1 3.0 2.6 2.3 7 8 3.5 3.5 3.5 3.3 3.1 2.8 2.4 2.0 1.7 1.3 1.0 0.7 0.6 0.4 0.4 0.3 0.4 0.3 0.0 0.6 0.7 0.9 1.0 1.1 1.2 1.3 1.3 1.3 1.2 1.2 1.0 1.0 0.9 0.8 0.7 0.6 9 2.9 3.0 3.1 3.2 3.2 3.1 3.1 3.1 2.8 2.7 2.5 2.3 2.1 2.0 1.9 1.8 1.7 1.6 10 4.2 4.3 4.3 4.3 4.3 4.2 4.2 4.0 3.9 3.7 3.6 3.4 3.2 3.1 3.0 2.9 2.7 2.6 11 5.3 5.6 5.5 5.6 5.4 5.3 6.1 5.0 4.7 4.4 4.2 4.0 3.9 3.7 3.6 3.6 3.4 3.3 12 6.2 6.4 6.5 6.6 6.6 6.4 6.1 5.9 5.5 5.1 4.8 4.5 4.3 4.1 4.0 3.9 3.8 3.7 13 ? s 6.9 7.2 7.4 7.6 7.4 7.2 6.9 6.6 6.1 5.7 6.4 5.1 4.8 4.7 4.6 4.5 4.4 4.3 14 7.0 7.8 8.0 8.0 8.0 7.8 7.6 7.3 6.8 6.4 6.1 5.8 5.5 5.3 6.2 5.0 4.9 4.8 15 8.3 8.5 8.7 8.8 8.7 8.5 8.2 7.9 7.5 7.1 6.7 6.4 6.1 6.8 5.6 5.4 5.3 5.0 16 8.9 9.2 9.3 9.3 9.2 9.0 8.6 8.3 7.8 7.6 7.1 6.8 6.6 6.4 6.2 6.0 5.8 5.5 17 9,0 9.2 9.4 9.4 9.3 9.0 8.7 8.i 8.0 7.8 7.5 7.3 6.7 7.0 6.8 6.7 6.4 6.1 18 5.8 6.0 6.2 6.4 6.4 6.5 6.6 6.7 6.6 6.5 6.5 6.4 6.3 6.2 6.2 6.1 6.0 6.7 19 20 21 2.3 2.4 2.5 2.7 2.9 0.0 3.1 0.1 3.3 0.2 3.6 0.3 3.6 0.3 3.7 0.4 3.6 0.4 3.6 0.6 3.0 0.6 3.6 0.7 3.6 0.9 3.7 1.0 3.8 1.2 3.9 1.4 c ■4^ 0.1 2.0 0.1 2.2 0.1 2.3 0.1 2.4 2.4 2.4 2.4 2.2 2.2 2.0 1.9 1.8 1.7 1.6 1.6 1.4 1.4 1.3 22 -4J a 3.7 3.9 4.0 4.1 4.3 4.3 4.3 4.2 4.1 4.0 3.9 3.8 3.6 3.6 3.6 3.4 3.4 3.3 23 OQ 5.2 5.4 5.6 5.7 6.8 6.8 5.8 6.6 6.6 6.4 5.3 5.2 5.1 5.0 5.0 4.9 4.9 4.8 Ili'pl' TORONTO METEOROLOGICAL OBSERVATIONS. TABLE L— (Continued.) CoRPKCTIONS FOR EVERY FlFTH DXY IN THE YeAR, TO BE APPLIED TO THE TEM- PERATURE OBSERVED AT TORONTO AT ANY OF TUE HoURS OF MeAN ASTRO- NOMICAL Time, in order to obtain the Mean Temperature of the Day. Mean Astro- nomical Time. OCTOBER. NOVEMBBK. DECEMBER. 6 1-! 10 5.6 15 S.3 20 o 5.0 25 2.7 30 3.3 5 l9 10 §.6 15 e.3 20 §.1 25 2.9 30 §.8 5 §.7 10 2.5 16 §.6 20 2.4 26 2.4 30 h U 1 6.2 6.0 5.7 5.4 5.0 4.6 4.3 3.9 3.7 3.6 3.4 3.4 3.3 3.2 3.2 3.1 3.0 2.9 2 U.l 59.0 45.4 38.0 20.9 43.98 -0.19 t 1856 16.0 15.8 23.2 42.3 50.4 02.1 69.8 63.6 57.2 45.4 37.4 22.9 42.18 —1.99 ; 1857 12.7 28.7 28.0 35.4 48.8 50.9 67.7 65.4 58.7 45.5 33.0 31.9 42.75 —1.42 1858 30.0 17.1 28.0 41.5 48. 8 66.1 67.8 67.7 69.2 48.8 34.2 27.4 44.76 + 0.59 1859 26.4 26.2 36.5 39.6 56.1 58.2 60.8 00.7 55.2 43.0 38.9 17.9 44.21 + 0.04 1860 23.3 23.0 34.6 39.0 55.5 63.1 63.8 64.6 55.4 47.3 38.0 24.0 44.34 +0.17 1801 19.8 20.2 27.1 42.1 47.4 01.2 66.3 06.5 59.1 48.8 37.2 31.2 44.24 + 0.07 1862 21.7 22.0 28.9 39.6 52.1 00.5 66.6 07.7 69.7 48.7 36.0 28.8 44.. 37 +0.20 1863 28.0 22.6 20.0 42.1 54.2 60.1 67.5 00.0 55.9 40.0 39.1 27.0 44.69 +0.42 1861 22.8 24.3 29.1 40.9 54.8 63.0 69.7 68.6 50.4 45.2 30.9 24.7 44.70 + 0.53 1805 17.7 22.4 33.5 43.1 52.3 64.5 65.0 06. 2! 64.5 44.5 38.0 27.7 44.92 + 0.75 1806 20.7 22.5 27.6 43.9 48.3 60.2 70.4 60.8 55.2 49.1 38.4 25.1 43.51 —0 00 1867 17.6 28.9 26.6 39.5 40.5 64.3 68.2 08.1 57.9 49.9 36.9 21.6 43.84 —0.33 1868 19.0 17.2 31.3 38.0 51.8 62.0 75.8 67.2 50.6 42.4 36.1 22.5 43.. 33 —0.84 1869 27-7 25.0 23.1 40 50.8 58.4 04.5 63. 0' 00.7 42.3 32.7 28.7 43.13 —1.04 1870 24.4 21.5 26.3 44.6 50.3 07.3 68.8 07.1 01.8 50.0 36.5 26.6 45.93 +1.76 1871 21.3 24.90 24.97 22.27 22.09 23.26 24.3 21.22 23.40 22.00 23.13 22.91 34.0 31.40 30.23 29.80 28.69 29.61 42.9 41.65 41.14 40.67 41.46 41.11 64.1 52.54 51.18 61.32 52.12 51.62 61.4 63,08 61.05 01.89 02.17 61.05 66.0 08.20 07.4 54.8 05.07:50.05 i 48.3 45.08 44.93 40.47 46.04 45.93 30.0 35.90 36.51 37.06 36.14 36.55 19.9 26.07 26.76 26.50 25.25 26.90 43.81 44.26| —0.36 Hy Rev. Mr.Dadi Means. 1831-41 Means. 1841-52 66.41 60.16 08.02 58.27 58.35 68.20 44.23 Means. 1853-61 67.44 68.25 67.30 00.03 06.23 06.15 44.06 Means. 1862-71 44.21 Means. 1841-71 44.17 TORONTO METEOROLOaiCAL OBSERVATIONS, 1 i- TABLE V. MoNTF{r,v Means of the Daily Maxima of Temperature from 1841 to 1871, EXCLUDiNU 1849 to 1852, tooether with the Averages derived from the TWENTY-HEVEN YeARS, AND ALHO FROM GROUPS OF ElGUT, NiNE AND TeN Years. Years. Jan. Feb. Mar. April, 4?.i. May. June. July. Aue. Sept. Oct. Not. Deo. 1841 30.9 29.8 35.9 0?.8 7?.4 7§.4 7§.6 6§.9 68. 1 40.4 33.8 1842 35.5 36.2 44.7 63.1 61.0 08.7 77.7 70.9 65.8 64.6 40.3 31.9 1843 34.4 24.0 30.1 49.2 01.4 08.5 77.8 77.7 70.3 60.6 38.9 35.5 1844 27.4 33.3 40.9 59.0 6S.1 71.2 78.4 74.8 09.8 52.1 45.5 35.3 1845 33.2 32.7 43.0 01. 1 61.5 71.1 77.7 77.6 05.0 64.6 43.0 27.5 1846 32.1 28.1 39.0 51.7 64.5 72.3 78.9 76.7 71.1 52.3 45.8 32.2 1847 28.3 28.1 32.7 44.9 61.1 05.8 77.1 72.8 02.6 51.0 42.9 33.0 1848 33.0 33.0 34.2 49.3 03.0 71.4 72.9 70.3 62.0 51.8 38.1 34.7 1849 .. ... ... ... • •■ ... ... ... ..■ ... ... 1800 ... ... ... ... ... ... ... ... ... • ■ ... ... 1851 ... ... ... ... ... ... ... ... ... • ti ... ... 1852 ... ... ... ... ... ... ... ... ... ... ... ... 1853 29.0 29.8 30.8 47.7 50.7 74.0 77.0 78.5 67.9 5:!. 3 44.1 31.3 1854 29.3 29.0 36.4 47.8 01.8 74.5 84.8 80.7 72.6 69.0 42.1 29.5 1855 32.8 23.2 30.5 52.9 65.4 68.9 76 7 74.0 68.4 52.6 46.6 32.9 1850 22.7 24.2 30.5 50.5 59.6 71.6 80.4 73.7 ?C.7 64.0 43.0 28.7 1857 19.5 35.7 35.2 43.4 57.2 05.6 70.8 74.4 cr.5 61.9 39.9 35.8 1858 35.3 24.1 37.0 48.3 55.7 73.9 75.4 75.4 67.5 55.8 37.9 33.2 1859 30.5 31.8 42.1 46.5 63.4 66.9 74.7 75.0 62.7 50.4 44.0 25.3 1860 29.8 29.4 41.9 47.0 64.0 72.6 73.0 73.7 03.1 53.6 43.2 28.8 1861 25.1 32.4 33.5 49.7 65.7 70.4 74.7 74.3 06.4 55.3 42.4 37.0 1862 27.6 28.3 34.6 46.3 61.4 69.1 76.4 70.1 68.4 54.8 40.6 34.1 1863 33.3 30.1 32.8 50.0 63.4 69.2 74.9 75.7 04.5 52.8 44.8 34.0 1864 29.6 31.5 35.6 n.5 62.9 73.1 80.0 77.2 03.9 62.0 42.8 32.2 18i'5 24.6 28.6 39.3 ..J. 7 61.2 74.2 74.1 74.9 74.1 52.3 44.9 34.7 1800 26.3 33.6 33.0 52.9 57.5 69.5 79.6 69.6 64.0 67.6 43.8 31.2 1867 23.2 34.3 33.9 47.7 64.8 73.4 77.6 78.7 08.8 58.9 46.4 29.4 1868 24.1 26.6 39.1 46.1 59.7 70.6 85.4 76.9 64.3 49.8 41.4 29.1 1869 34.6 35.3 31.2 48.0 58.8 67.4 73.1 72.1 69.4 50.1 38.3 34.1 1870 32.2 28.0 33.0 53.5 60.5 76.4 77.7 76.9 09.2 53.4 44.1 32.0 1871 28.4 31 85 30.4 30.53 41.1 52.8 63.7 71.6 70.1 77.4 64.5 58.3 37.0 29.5 Means. 1841-4 S 37.56 50.76 02.55 70.80 77.36 76.02 67.04 52.14 41.86 32.99 Means. 1853-61 28.22 28.91 36.66 48.20 69.94 70.92 77.06 75.59 66.98 53.99 42.46 31.39 Means. 1862-71 28.39 30.67 35.36 49.55 60.99 71.44 77.49 75.55 67.11 54.50 42.31 32.03 Mean 8. 1841-71 29.36 30.04 36.46 49.46 61.10 71.08 77.31 75.70 67.03 53.63 42.23 32.10 TORONTO METEOROLOGICAL OnflKRVATION9. T.\RLE VI. MosTQLY Means ok the Daily Minim v oi' TKMrKUATtTiu'. fuom IStl to MTl. EXOLUDIN(» 18W TO IS.VJ, TOIiRTriKU WITH TIIK AvERAORS DEUIVRI) FKOM THE TWRNTY-.SEVEN YeaUS, AND .VT.SO KKOM (MKll'PS OK KlOHT, XiNR, AM» TPN Years. Year. 1841 Jan. l?.o Feb. Mar. l3.8 April. May. Juno. July. Aug. Sept. Oct. Not. Dmc. ll5 3?.7 4?.4 o 56.0 6l7 o 65.4 5§.0 a3.4 n 2S.0 n 22.8 1842 18.3 21.0 29.0 30.0 39.0 47.4 5.'!. 2 57.1 47.0 37.1 27.2 1H.4 1843 21.9 9.1 13.0 33.1 41.1 48.3 54.2 66.8 62.4 36.1 27.4 25.9 1844 13.3 17.0 25.8 38.2 45.1 50.5 65.6 55.2 40.1 35.6 31.8 2M 184.5 10.2 18.5 20.0 33.3 39.3 ,',0.8 55.3 50.0 44.6 36.3 30.4 13.7 1846 18.1 9.1 24.2 3'5.3 40.6 63.9 58.1 69.0 64.9 ?'.7 .30.3 21.5 1847 16.6 15 7 19.5 30.9 43.9 50.0 58.4 64.8 48.3 37.0 33.3 2.1.9 ' 1848 20.6 20.3 21.9 32.1 44.4 51.4 55.6 68.1 45.2 39.2 28.9 2.".. 6 l?40 ... *•■ ... ... • ■• ... *.* ... ... ... • •( 18.50 ... • •. ... ... ... ... ... 18,51 ..• <.* • .. • •• ■ •. *.. • •• ... ... ... *•. 1852 ... ... ... ... ... ... ... ... ... ... ... 1853 14.9 15.3 21.9 33.0 42.0 54.3 53.2 67.1 49.4 32.8 31.0 17.2 1854 13.5 9.2 22.9 30.7 37.9 49.8 58.5 65.3 40.1 41.3 2H.1 14.4 1805 17.5 4.8 19.6 32.1 41.4 50.7 60.0 64.1 40.9 34.6 28.7 18.7 1858 0.0 3.6 12.9 33.4 40.6 62.4 59.0 63.0 45.7 35.2 28.7 15.0 1857 0.8 20.4 17.8 27.2 40.2 49.0 69.3 55.0 48.1 37.6 20.0 24.2 18.58 23.7 10.8 21.9 34.1 41.7 50.4 60.0 69.2 50.8 •13.4 30.0 21.4 1859 18.5 19.7 CO. 5 32.9 47.1 49.8 59.2 59.4 49.3 37.0 32.8 12.9 1860 17.0 16.3 27.3 32.2 47.8 55.3 55.8 56.3 47.3 41.6 33.5 19.2 1861 13.9 18.5 20.7 35.4 40.0 51.3 56.2 68.1 51.8 41.6 32.0 24.2 1862 15.0 15.4 23.1 33.4 42.0 51.0 58.1 68. 2 62.8 41.4 30.5 23.6 1863 22.9 15.5 19.4 33.4 40.3 52.0 59.7 58.0 47.0 40.5 .33.3 29.7 1864 17.5 18.9 22.4 34.0 40. 2 52.9 59.8 01.4 49.0 39.7 31.3 19.7 1865 10.1 15.5 25.1 34.9 43.7 56.7 55.6 55.4 57.1 ,38.1 32.9 23.3 1866 12.7 18.1 21.0 36.0 39.8 51.4 00.6 62.7 48.7 43.8 33.2 20.0 1867 11.6 21.6 21.1 33.8 30.7 55.6 58.5 68.8 49.4 42.5 32.4 15.3 1868 11.8 8.2 23.9 29.7 44.5 52.3 60.2 58.2 50.1 30.2 31.7 17.1 1869 22.0 20.3 15.7 32.3 42.7 50.0 67.6 55.6 53.9 35.7 26.9 24.3 1870 17.6 14.7 20.5 30.5 47.4 67.4 60.0 67.1 54.3 43.2 30.2 20.6 1871 13.4 17.0 28.9 22.48 35.0 43.9 52.2 55.7 .57.9 46.9 49.39 40.8 28.1 14.9 Mpiins. 1841-48 18.13 15.72 33.82 42.67 50.91 55.62 66.43 36.74 30.41 21.30 Means. 1853-61 14.04 13.07 21.72 32.40 42.14 62.11 53.15 .57.91 56.39 57.33 49.04 38.33 30.16 18.64 Means. 1862-71 Means. 1841-71 . 15.46 16.52 22.17 34.02 43.62 69.18 50.92 40.19 30.85 19.04 15.78 15.13 22.11 33.42 42.85 52.14 57. "^0 56.75 49.84 38.65 30.49 19.93 TORONTO MRTEOnOIiOOIOAL OnSERVATIONB. TABU-: vri. i ii M'iNTnt,Y Mr VMS OV TIIR D\n,Y RxNOKS OV TEMPKlVATirRK FIIDM 1841 TO 1871, TiXiKIIIKU WITH TllK AvKKAifl'.S liKlUVKK KRoM TIIK TvVKNTV-MKVES YUAIIH, AMI ALHO KKOM GROUPS OK ElUUT, NiNK, AND TeV YEAK.S. 'Tkf Years IH\'.I to lSi2 are excluded frum the (Irnrrdl Arertigen fur thr anke n/ uiiifnrmity with tht two pmliiua TaliJfK. ) Year. Jan. l!1.9 Feb. Mar. April. JIay. Juno. July. Aug. 20.1 Sept. Oct. Nov. Dec. 1841 15.3 iS.l ifi.l 20.4 2?.4 n 23.7 16.9 o 15.7 ll4 i?.o 1842 17.2 14.2 15.7 17.1 21.4 21.3 24.6 19.8 18.2 17.6 13.1 13-ft 184.1 12.5 14.9 17.1 10.1 20.3 20.2 23.0 21.9 17.9 14.6 11.5 0.6 1844 14.1 15.7 15.1 20.8 21.0 20.7 22.9 19.0 20.7 10.0 13.7 14.2 1845 14.0 14.2 16.4 17.8 22.2 21.3 22 4 21.5 20.4 18.3 12.0 13.8 1840 14.0 19.0 14.8 10.4 17.9 18.4 20.8 17.7 10.2 14.6 9.5 10.7 1847 11.7 12.4 13.2 14.0 17.2 15.8 18.7 18.0 14.2 13.4 9.0 9.1 1848 12.4 12.7 12.3 17.2 18.6 20.0 17.3 18,2 17.7 12.0 9.2 11. 1 1819 11.4 11.0 11. ;i 14.0 13.0 16.8 19.8 18.2 16.0 13.2 9.2 9.6 1850 11. 15.4 14.4 r).9 19. '1 22.0 18.2 17.3 20.1 17.8 16.6 11.8 1851 13.9 10.3 13 12.0 10.1 16.3 14.7 17.1 17. C 13.9 9.6 12.0 18-)2 10.9 13.2 14.0 10. S 17.0 18.1 18,3 15.8 17.8 15.7 9.0 10.0 1853 14.1 14.5 14.9 14.1 14.1 19.7 23.8 21.4 18.5 20.6 13.1 14.1 1854 15.8 20.4 13.5 17.1 23.9 24.7 26.3 25.4 23. 6 17.7 13.9 16.1 1855 15.3 18.4 16.9 20.8 24.0 18.2 10.7 20.5 18.5 18,0 10.8 14.2 1850 16.7 2C.6 17.6 17 1 19.0 19.2 21.4 20.7 21.0 18.8 14.3 13.1 1857 18.7 15.3 17.4 10.2 17.0 16.5 17.5 19.4 19.4 14.4 13.3 11.6 1858 11.6 13.3 15.1 14.2 14.0 17.5 15.4 18.2 10.7 12.4 7.9 11.8 1850 12.0 12.1 11.6 13.0 10.3 17.1 15.5 15.0 13.4 13.4 11.2 12.4 I860 12.2 14.1 14.0 14.8 10.2 17.3 17.2 17.4 15.8 12.0 9.7 9.6 1861 ; 11.2 13.9 12.8 14.3 15.7 19.1 18.5 10.2 14.0 13.7 10,4 12.8 1802 12.6 12.9 11.6 12.9 19.4 18.1 18.3 17.9 15.6 13.4 10,1 10.6 1863 10.4 14.6 13.3 10.6 17.1 17.2 15.2 17.7 17.6 12.3 11.6 13.3 1864 12.1 12.6 13.2 12.9 16.7 20.2 20.2 15.8 14.9 12.3 11.6 12.6 1865 14.5 13.1 14.2 15.8 17.6 17.5 18.5 19.5 17.0 14.2 12.0 11.4 1866 13.6 15.6 11.4 16.9 17.7 18.1 19.0 10.9 15.3 13.8 10.6 11.2 1867 11.6 12.7 12.8 13.9 15.1 17.8 19.1 19.9 19.4 16.4 13.0 14.1 1868 12.3 18.4 15.2 16.4 15.2 18.3 19.2 18.7 14.2 13.6 9.7 12.0 1869 12.6 15.0 15.5 15.7 16.1 17.4 15.6 16.5 15.5 14.4 11.4 9.8 1870 14.6 13.3 12.5 17.0 19.1 19.0 17.7 19.8 14.9 15.2 13.9 11.5 1871 Means. 1841-48 15.0 13.4 12.2 17.2 19.8 19.3 20.4 19.6 17.6 17.5 10.9 14.6 11.63 13.72 14.80 16.09 16.94 19.88 17.80 19.89 21.74 19.60 19.20 17.65 15.40 11.46 Means. 1853-61 Mean 8. 186'2-71 14.18 16.84 14.93 15.80 18.81 19.15 17.93 15.66 12.30 12.75 12.93 14.15 14.91 13.18 15.53 16.04 17.37 18.29 18.31 18.22 16.19 14.31 11.46 12.09 Means. 1841-71 13.58 14.33 18.26 18.94 19.61 18.95 17.20 16.08 11.74 12.17 10 TORONTO METEOHOIiOOICAL OHSKHVATI0N8. TABLK VIII. UhKATRHT DaHjY llANtiR OK TKMrKllATI' UK IN EACH MiiN ill FIIOM 1811 TO 1871, TOUKTHKK WITU TIIK AVKUAUKS DKHIVKO KHO.M TIIK 'rillllTY-»)NK YeaRH, A.M) Al-ao KKOM OROIJI'H OK TwKLVK, NiNE AND TeN YeAUS. [NoTK. — The highent Daily Ranye in each yair i» indica't d hi/ an usUrisk.] Year. Jan. 1 Fob. ' 1 Miir. April. May. Juno. July. Aug. Sept. Oct. Not. Dur. 1841 3tl.8 32.0 2°. 9 3(1. 7 30.3 o 32.5 8.V4 2?.2 27.6 21.0 n 22.3 23.1 184'J an.i 27.7 1 32.7 52.1 35.6 .'13.3 34.9 29.7 30.1 20.0 23. H .'12.1 1843 27.1 24.6 29.2 33.4 33.8 30.0 33.1 28. P .19.9 22.2 20.0 24.2 1844 3'J.U 24.8 20.0 35.9 82.8 40.0 aT.o 31.7 4J.6 29.9 27.5 32.8 1845 25.4 3'.t.8 29.3 29.7 .",4.6 .31.7 31.5 31.7 34.6 28.8 25.8 28.7 1846 26.8 34.5 24.3 39.0 32.2 20.9 33.1 25.4 27.5 34.0 23.7 21.0 1847 •M.3 24.2 23.1 25.8 28.3 25.7 30.6 24.9 24.8 25.3 21.4 21.6 18iS :!1.4 21.0 28.3 3t.5 31.5 28.9 20.5 26.8 29.0 30.1 17.1 26.7 1849 31 2 24.1 31.6 38.3 28.7 31.9 29.7 27.5 27.9 24.4 22.2 25. 8 1860 22.0 29.2 29.8 20.7 30.7 40.8 27.0 31.2 32.1 35.4 26.0 32.1 1851 82.8 30.0 2.V7 21.0 20.3 29 8 24.2 30.4 30.0 22.7 22.8 27.2 1852 21.2 27.2 34.1 19. i, 30.8 29.1 29.3 24.9 2S.4 20.5 20.4 22.2 1853 40.9 36.4 26.0 28.8 28.4 32.8 30.7 39.1 32.2 31.5 27.0 24.9 1854 39.6 37.1 27.1 35.4 32.2 41.8 44.5 38.4 35.9 27.4 29.1 31.2 1855 85.0 34.2 G7.3 37.2 8i'.4 30.8 33.0 31.2 28.8 33.2 20.5 25.0 1856 34.6 2S.7 32.4 29.4 44.2 28.8 28.7 31.5 29.5 28.5 32.4 25.6 1857 35.0 32.0 37.0 32.5 26.8 24 4 24.8 28.0 2H.6 20.2 27.0 29.8 1858 25.6 ii5.6 25.4 24.8 25.0 20.4 24.6 3t.2 29.0 24.0 17.3 27.3 1859 3'J.8 21.0 20.9 27.2 25.4 27.8 24.3 24.7 22.8 20.0 26.4 26.7 1860 30.5 26.5 30.1 25.6 24.0 28.9 30.7 24.4 28.2 23.2 25.0 23.6 1661 25.2 32.4 33.3 28,8 28.4 29.5 29.1 25.0 24.0 31.9 20.4 26.4 1 1862 25.8 30.0 23.6 2''. 5 37.0 31.8 31.9 20.8 25.8 28.2 19.2 23.8 1863 24.6 35.6 39.0 3l ; 34.8 27.2 23.5 35.5 27.1 23.8 23.0 28.5 1804 20.9 37.4 28.4 24.4 20.2 81.7 31.2 29.2 27.0 26.0 24.2 31.4 1865 31.4 26.0 20.8 30." ;.o 30.9 29.0 30.8 24.9 24.8 24.2 .10.6 1866 40.8 88.1 21.6 30.2 !1.0 28.0 35.0 27.1 24.5 24.8 24.2 33.8 1867 31.6 27.6 27.6 27.2 26.3 28.0 29.2 31.7 29.7 31.8 23.7 30.0 1868 30.0 38!7 34.6 31.1 26.4 27.2 27.4 33.7 26.4 22.2 23.2 32.7 1869 33.6 23.0 27.6 32.4 30.4 28.0 24.1 24.0 24.2 23.0 24.6 23.6 1870 36.2 33.2 20.4 29.6 30.8 31.8 24.0 30.8 24.0 29.4 22.7 30.0 1871 Means. 1841-6:^ Meant. '«53-61 •ans 1 '^2-71 Mea 1841- 34.6 29.67 27.0 21.5 31.3 32.2 29.0 28.6 28.5 27.6 30.8 20.8 34.3 28.26 28.67 32.07 31.28 31.84 30.69 28.36 31.42 27. L2 22.74 26.61 34.0-i 30.42 29.93 29.97 30.49 30.13 30.04 30.72 2?. 77 27.09 25.63 26.77 31.25 if «6 29. 9S 27.77 28.75 29 32 30.17 SO. 08 28.39 29.81 26.12 26.48 22.98 30.46 31.64 30.67 30.69 30.78 29.76 29.51 28.94 27.32 23.66 27.90 u 1 1, t . ; •t : It H TORONTO METEOROLOGICAL OBSERVATIONS. TABLE IX. Table containing the Absolutely Highe.st Temperature in each Month and Year from IStl to 1871, rouErHER with tue Average.s derived from Thirty-one Years, and also from groups of Twelve, Nine, and Ten Years. I Years. 1841 Jan. Feb. Mar. April. May. June. s 93.1 July. Aug. Sept. Oct. Nov. Dec. Year. 42.3 4ll 54.6 64.8 78.0 89.0 ft 84.8 80.2 8 59.7 63.8 40.1 93.1 1842 49.4 50.2 70.3 'J9.8 74.8 80.2 91.0 81.8 "3.8 68.6 56.8 40.5 91.0 1843 56.4 3;-. 6 39.9 71.6 79.8 83.3 86.8 83.1 89.0 68.0 52.6 48.5 89.0 1844 45.3 47.9 50.8 74.6 78.4 83.3 86.0 86.8 81.8 71.6 56.0 48.5 86.8 1845 45.7 49.1 62.7 66.7 77.8 84 : 95.0 84.8 79.6 64.0 59.5 39.7 95.0 1840 44. U 41.9 49.0 81.8 79.7 84.2 94.6 86.4 84.3 70.1 65.6 49.2 94.6 1847 42.4 40.9 43.9 05.1 72.1 77.8 87.0 82.6 74.6 64.6 57.9 49.6 87.0 1848 51.1 4b. 6 58.0 65.1 78.0 92.0 82.2 87.0 80.4 61.8 49.0 48.8 92.0 1849 39.5 40.0 53.0 72.0 "2.2 84.4 88.6 79.0 80.1 58.9 56.4 40.8 88.6 1850 46.4 49.6 46.5 •)0.7 77.8 85. « 80. .2 85.0 76.0 66.7 62.8 48.8 86.2 1851 43.4 60.2 59.3 59.3 73.3 79.2 82. V 79.8 86.3 66.2 50.2 44.0 86.3 1852 37.3 41.2 44.8 53.8 73.3 80.1 90.1 81.2 81.8 70.7 50.4 51.0 90.1 1853 40.9 43.4 56.3 05 . 7 78.4 89.5 91.3 94.9 85.6 64.7 55.6 46.4 94.9 1854 46.4 42.8 55.1 64.5 71.4 92.5 98.0 99 2 93.6 75.4 65.4 44.8 99.2 1835 49.0 39.0 49.4 69.4 77.5 91.5 92.8 83.5 82.6 68.0 59.2 47.0 92.8 1856 34.4 37.8 41.4 72.2 B2.2 89.2 96.6 82.7 78.4 71.4 56.4 42.2 96.6 1357 37.2 52.4 57.6 62.0 74.8 76.0 86.6 8S.2 82.0 64.0 58.2 46.0 88.2 1858 47.4 42.4 55.4 65.2 60.8 90. 2 85.0 ^M.O 81.4 76.3 53.0 45.4 90.9 1859 43.2 46.2 51.2 64.8 70. G 80.4 88.0 82 2 75.4 69.8 62.6 54.8 88.0 1800 46.4 50.2 67.0 ei.8 74.5 81.6 88.0 87.0 75.8 68.0 64.6 39.0 88.0 1861 37.0 46.0 47.4 67.0 73.0 87.8 84.5 8-'i.2 78.8 71.0 62.4 55.2 87.8 1862 44.5 37.8 43.2 68.0 78.5 85.4 95,5 89.6 79.4 76.6 58.0 50.1 95.5 1863 47.0 41.5 42.2 69.0 79.0 84.8 83.5 88.0 80.0 66.4 67.0 63.4 88.0 1864 44.2 45.0 50.2 59.4 79.0 93.4 90.2 94.0 73.0 67.0 60.2 50.4 94.0 1865 37. 'J 42.2 55.6 62.5 79.0 00.2 83.0 87.8 90.6 71.4 63.2 64.2 90.6 1860 44.0 45.0 45.8 71.0 73.4 90.5 94.0 77.0 80.0 71.0 54.2 51.0 94.0 1867 4i!.8 4L0 46.8 65.5 65.0 88.6 94.0 95.2 87.0 75.4 60.4 49.5 96.2 1808 30.0 45.0 59.0 64.0 73.0 84.2 93.4 84.4 75.0 67.6 50.5 44.2 93.4 1869 45.0 40.0 40.8 72.2 74.2 81.4 84.9 89.0 »1.0 69.8 58.0 45.0 89.0 1870 45.0 40.6 44.0 67.0 31.2 88.4 87.4 84.0 78.0 68.5 67.2 45.2 88.4 1871 46.4 48.0 58.5 72.8 85.0 83.0 88.4 89.6 81.8 72.2 47.1 48.2 89.6 .Means 1841-52 Means. 1853-61 Means. 1862-71 Means. 1841-71 45.18 45.07 62.83 69.19 70.27 84.48 88.32 83.62 81.48 65.91 55.92 40.29 S9.97 42.43 43.61 44.47 u3.76 64.73 75.69 87.19 90.09 87.43 81.60 69.84 57.48 40.76 .)1.74 43.51 44.39 49.21 67.14 76.73 86.99 89.43 87.84 80.67 70.59 67.58 49.12 n.76 91. oe 43.88 51.93 67.24 76.25 86.08 89.19 86.05 81.19 68.66 56.91 47.34 ;;l; la TORONTO METEOROLOGICAL OBSERVATIONS. TABLE X. Table containing the Absolutely Lowest Temperature in each Month and Year from 1841 to 1871, together with the Averaue.s derived from Thirty-one Years, and also from groups of Twelve, Nine, and Ten Years. Year. 1 Jan. Feb. Mar. April. May. o 20.5 June. 45.3 July. o 39.9 Aug. 4§.7 Sept. o 34.2 Oct. Nov. Dec. Year. -§.7 1841 -§.4 -?.?. -g.7 o 19.9 o 20.6 §.5 §.1 1842 1.9 2.9 15.1 20.1 27.3 28.1 42.6 43.9 27.9 27.5 8.1 3.2 1.9 1843 -1.8 -9.4 -2.5 14.7 29.2 28.2 38.7 44.0 32.2 24.2 14.1 3.1 -9.4 : 1844 -7.2 O.C 9.6 14.9 28.7 33.2 40.1 43.5 28.2 15.9 12.1 1.6 1 -7.2 1845 -0.2 -4.2 6.6 15.5 27.8 38.5 45.7 41.5 34.0 19.7 8.1 -2.4 -4.2 1846 -1.3 -16.7 8.3 24.2 33.1 39.1 44.5 49.5 37.3 20.7 18.0 3.9 -18.7 1847 2.7 0.0 5.6 9.3 20.7 36.7 43.2 44.6 35.0 20.4 8.7 0.3 0.0 1848 -11.4 0.0 0.0 22.7 31.3 37.4 44.1 48.7 2«.l 24.5 15.9 1.1 -11.4 1849 -14.2 -9.8 15.1 15.5 27.9 35.2 45.2 49.0 32.7 24.2 20.5 -0.5 -14.2 1850 9.9 2.2 7.2 18.0 27.5 34.2 51.6 41.0 20.5 22.4 11.0 -0.0 -9.0 1861 -12.8 2.0 12.0 25.8 28.0 37.0 46.5 42.0 32.0 25.2 13.8 -14.8 -14.8 1852 -10.6 -0.2 -7.4 20.0 .32.0 37.2 48.5 45.8 35.8 23.8 18.2 13.2 -10.6 1853 -9.7 -1.4 0.0 25.0 32.2 39.2 41.6 42.5 33.9 23.4 12.8 -8.4 1854 -5.4 -10.8 7.4 20.2 25.2 35.2 42.5 4r,.6 05 . 8 26.4 13.8 -7.0 -10.8 1855 -5.4 -25.4 -2.9 10.7 33.0 30.2 49.2 40. u 33.0 22.0 15.5 -5.2 -25.4 1856 -12.0 -18.7 -14.0 14.11 31.2 42.0 49.5 41.5 35.0 23-0 18. S -9.1 -IS. 7 1857 -20.1 -5.9 -5.5 5.9 20.0 35.0 47.0 40.0 34.1 20.5 -3.5 4.7 -20.1 1858 6.5 -7.3 -5.5 21 8 31.0 42.5 52.0 44.0 35.3 31.5 15.3 4.2 -7.3 , 1859 -2C.5 2.1 9.8 22.6 39.5 32.2 44.7 45.8 35.7 22 3 21.8 -6.0 1 -26.5 1 1860 -6.8 -8.5 12.8 19.5 32.5 49.2 43.8 46.8 28.7 2S.4 13.2 -7.0 -8.5 1861 -11.2 -20.8 -5.2 23.8 28.0 41.6 47.0 47.0 37.1 29.0 23.0 6.5 -20.8 1862 -2.0 -5.2 8.0 14.6 32.4 39.4 48.2 42.8 39.0 20.2 10.2 -3.4 -5.2 1863 -14.0 -19.8 -4.0 8.6 30.4 37.4 48.0 42.4 31.4 30.5 17.8 -1.5 -19.8 1864 -9.0 -15.0 3.0 28.1 32.2 34.8 49.0 47.0 37. S 2S.0 21.0 -10.4 -15.0 ! 1865 -9.0 -10.0 -3.5 23.0 30.0 43.0 45.8 41.4 42.0 21.0 23.0 6.7 -10.0 i 1866 -14.0 -8.0 7.5 28.6 33.4 40.0 47.8 42 4 3t.4 31.8 21.8 -5.0 -H.O 1867 -4.8 0.2 3.0 25.4 24.6 44.0 48.2 42.2 31.8 31.0 9.6 -12.8 -12. S 1868 -7.0 -11.5 -16.6 9.2 33.2 38.0 59.0 40. S .'16.0 24.0 20.1 -3.2 -15.0 1869 -1.0 -1.0 -5.4 16.6 31.4 36.4 49.8 43.5 31.4 18.7 13.0 6.0 -5.4 : 1870 -3.2 -6.6 fi.2 29.6 38.8 50.0 48.0 40.0 45.8 .30.2 iO.H -5.8 -6.6 1871 13.2 -4.28 -15.8 17.0 26.4 32.4 41.2 47.8 46.0 .?4.0 32.24 34.32 28.0 22.43 25.90 0.0 13.58 14.52 10.39 -21.0 -0.2T -3.14 -5.14 -21.0 1 -8.53 Means. 1841-52 -3.33 -10.74 -9.27 6.24 -0.34 1.62 18.38 18.19 28.83 30.90 35.84 44.21 44.93 41.36 Meanfl. 185;i-61 -10.07 39.23 40.42 38.30 46.37 49.16 -16.42 j Means. 1862-71 Means. 1841-71 -7.78 -7.09 20.99 19.17 32.48 30.63 43.75 44.38, 30.66 27.06 24.93 -12.541 -7.40 2.42 46.43 34.27 14.73 -2.67 -12.11 u n Ml m TORONTO METEOROLOGICAL OBSERVATIONS. i TABLE XI. Monthly and Yearly Ranges of Temperature from 1841 to 1871, or the Differences between the Highest and Lowest Temperatures in each Month, and the Differences between thk Highest and Lowest Tempera- tures IN each Year ; also, Averages derived from Thirty-one Years, and FROM groups OF TWELVE, NiNE, AND TeN YeARS. Year. Jan. Feb. 4E.4 Mar. o 61.3 April. May. 51.5 June. Jaly. Aug. Sept. Oct. 3§.l Not. Dec. Year. 1841 4§.7 o 44.9 o 47.8 4§.l o 39.1 o 40.0 65.3 o 43.0 99.8 1S42 47.5 47.3 65.2 69.7 47.5 52.1 4 •..6 s'i.g 55.9 41.1 48.7 37.3 89.1 1843 57.2 47.9 42.4 66 9 60.6 56.1 48.1 39.1 56.8 43.8 38.6 45.4 98.4 1844 52.5 47.3 41.2 69.7 49.7 50.1 46.6 43.3 63.6 55.7 43.9 46.9 94.0 1845 45.9 53.3 56.1 61.2 50.0 40.1 49.3 43.3 45.0 44.3 61.4 42.1 99.2 1840 45.3 68.6 41.3 67.6 40.6 45.1 50.1 36.9 47.0 49.4 37.6 45.3 111.3 1847 39.7 40.9 38.3 65.8 45.4 41.1 43.8 38.0 39.5 44.2 49.2 49.3 87.0 1848 62.5 40.6 58.6 42.4 40.7 64.6 38.1 38.3 5-'. 3 .33.1 47.7 103.4 1849 53.7 50.4 37.9 56.5 44.3 49.2 43.4 30.0 47.4 34.7 29.9 47.3 102.3 1850 36.5 47.4 39.3 47.7 50.3 51.4 34.6 41.0 46.6 44.3 51.8 67.8 95.2 1851 .56.2 48.2 47.3 33.5 45.3 42.,: 36.2 37.8 64.3 41.0 36.4 58.8 101.1 1852 47.9 47.4 52.2 33.8 41.3 4G.9 41.0 .35.4 46.0 46.9 32.2 37.8 100.7 1853 50.6 44.8 56.3 40.7 46.2 50.3 49.7 52.4 51.6 41.3 42.8 54.8 104.6 1854 51.8 63.0 47.7 44.3 46.2 57.3 65.6 53.0 f/.S 49.0 41.6 51.8 110.0 1855 54.4 64.4 52.3 58.7 44.5 55.3 43.6 43.5 .3.6 45.4 43.7 52.2 118.2 1856 4G.4 56.5 55.4 58.0 51.0 47.2 47.1 41.2 43.4 48.4 37.6 51.3 115.3 1857 57.3 58.3 63.1 46.1 48.8 41.0 39.6 42.2 47.9 37.6 61.7 41.3 108.3 1858 40.9 49.7 60.9 43.4 38.8 47.7 33.0 40.0 45.8 44.8 37.7 41.2 97.5 1859 69.7 44.1 44.4 42.2 40.1 54.2 43.3 36.4 39.7 47.6 40.8 60.8 114.5 1860 53.2 58.7 54.2 42.3 42.0 32.4 44.2 40.2 47.1 39.6 51.3 46.0 96.6 1861 48.2 66.8 52.6 43.2 45.0 46.2 37.5 38.2 41.7 42.0 20.4 49.7 108.6 1862 47.1 43.0 ,35.2 53.6 46.1 46.0 47.3 46.7 40.4 50.4 41.8 53.5 100.7 1863 61.0 61. S 46.2 60.4 42.6 47.4 35.5 45.0 48.6 35.9 49.2 54.9 107.8 18r4 53.2 60.0 47.2 31.3 46.8 68.6 41.2 47.0 35.2 39.0 39.2 60.8 109.0 1865 46.2 62.2 59.1 .39.5 49.0 47.2 37.-: 43.4 48.5 49.8 S9.6 48.5 100.5 1866 58.0 63.0 38.3 42.5 40.0 60.5 46.2 34.6 45.6 39.2 32.4 56.0 108.0 1867 48.6 43.8 43.8 40.1 40.4 44.6 45.8 63.0 55.2 44.4 50.8 62.3 108.0 1868 46.0 66.6 74.6 54.8 39.8 46.2 34.4 37.6 39.0 43.6 30.4 47.4 109.0 1869 46.0 47.0 52.2 65.0 42.8 46.0 35.1 45.6 46.6 51.1 45.0 39.0 94.4 1870 48.2 47.2 38.8 37.4 42.4 38.4 39.4 44.0 32.2 38.6 36.4 51.0 95.0 1871 59.6 63.8 41.6 46.4 62.6 41.8 48.64 47.94 46.67 47.77 40.6 43.6 47.8 43.6 47. 1 42.33 69.2 46.50 110.5 Me»n9. 1841-52 Means. 1853-61 49.47 52.60 48.39 47.69 60.81 47.43 44.11 38.69 49.24 43.48 98.60 65.21 64.10 46.54 44.73 43.72 43.08 47.18 43.94 42.96 49.90 108.16 Means. 1862-71 51.39 60.98 62.78 47.69 46.15 44.26 45.62 40.27 44.09 43.91 43.65 41.19 54. 2f 104.20 Means. 1841-71 61.79 49.61 48.07 42.76 41.67 46.92 43.04 42.16 60.01 103.17 1« TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XII. Averages of the Daily Mean Temperatures in every Day of toe Year, DERIVED FROM GROUPS OF TWELVE AND NINETEEN YeARS, WITH THE NUMBER OF Days included in each Average. Days. JANUARY. 1841 to 1852. 1 2 3 4 6 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Average o 27.9 21.7 23.4 21.9 23.8 26.7 i! 26.2 :! 24.1 ;| 25.8 i 21.9 \' 23.4 1 i ii ^*-^ 25.8 28.7 30.2 27.6 22.3 20.8 18.3 24.0 26.3 20.6 28.2 28.6 26.5 25.1 28.0 30.0 26.2 19.9 20.1 Nos 1853 to 1871. Average Nofl- FEBRUARY. 1841 to 1852. 11 10 10 10 10 11 10 11 10 10 10 10 11 10 11 10 10 10 10 11 10 11 10 10 10 10 11 10 11 10 10 25.2 22.4 23.9 22.2 24.5 22.6 18.3 17.5 21,6 22.0 22.7 24.3 23.9 23.1 23.0 21.0 18.5 21.2 22.4 27.0 22.9 18.7 20.6 21.6 20.2 21.3 20.9 20.8 25.0 21.7 24.3 15 16 16 17 17 16 18 16 16 16 17 17 16 17 15 16 16 17 17 16 17' 15 16 16 17 17 16 17 16 17 16 Average 2?.0 2S.1 26.7 26.0 23.9 22.1 21.8 20.2 22.9 23.0 21.1 IS. 9 20.8 21.4 MARCH. 1863 to 1871. 1841 to 1852. 1 i 1853 to 1871. NoB.I 'Average 10 10 11 10 11 10 I 10 10 i 10 11 ; 10 11 10 10 21.9 10 19.6 19.4 23.5 23.5 27.0 30.0 27.4 21.6 25.5 26.2 28.3 27.5 28.4 10 11 10 11 10 10 10 10 I 11 10 11 10 10 o 24.7 20.4 18.0 19.4 18.8 20.3 19.7 21.7 22.1 17.2 20.8 22.6 23.7 22.5 24.3 24.1 23.2 21.8 22.6 24.3 21.4 26.4 22,0 23.6 24.1 24.6 26.1 26.6 24.4 Nor. 17 16 ! 17 16 16 16 17 17 10 17 15 16 16 17 17 16 17 15 16 16 17 17 16 17 15 16 16 4 .\verage 1 Nob.' 2§.9 11 1 22.8 10 1 23.7 10 25.2 11 29.7 10 26.8 11 3P.5 9i 31.4 n! 30.2 1 10 29.5 10 28.5 H 30.0 10 32.0 11 29.1 9 26.8 11 28.3 10 1 29.7 10 28.4 11 31.2 10 31.0 11 30.9 8 31.4 11 32.0 10 84.0 10 83.4 10 36.6 2 34.5 11 36.5 9 36.3 10 31.8 10 35.2 10 Average 2?. 3 25.4 25.7 22,7 24.1 24.3 27.7 27.6 28.6 25.6 27.3 26.1 27.8 29.6 30.1 30.9 33.1 28.5 26.8 29.1 29.9 30.3 32.7 30.4 31.6 30.3 30.9 31.4 32.0 38.1 37.1 Nos. 16 17 17 16 10 15 17 16 17 17 10 16 15 17 16 17 17 16 16 15 16 le 17 17 15 15 16 17 16 16 17 Days. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 IB ■:::r i , Ui m ■1 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XU.— (Continued.) Averages of the Daily Mean Temperatures in every Day of the Year, DERIVED FROM GROUPS OP TwELVE AND NINETEEN YeAR3, WITH THE NtjmBER OF Days included in each Average. Days. APRIL. MAY. JUNE. Days. 1841 to 1852. 1! 1803 to 1871. 1841 to 1852. j 1853 to 1871. 1841 to 1852. 1853 to 1871. Average Nos. Average Nos. Average Nos. 1 Average JNOR. Average Nos. I Average Nos. 1 35.1 11 o 3i.'i 10 45.8 10 43.7 15 54,8 10 ! o 58.3 17 1 2 39.3 9 33.6 15 46.0 « 44.6 17 58.5 10 59.0 17 2 3 cO.O 11 36.1 14 45.8 10 45.8 16 57.5 11 60.0 16 3 4 39.7 9 37.2 17 46.4 10 49.1 17 58.7 10 56.0 15 4 5 35.3 10 38.6 16 4G.0 10 49.2 17 55.9 11 58.1 15 5 6 38.9 9 37.3 15 48.9 11 48.5 16 54.2 9 69.0 17 6 7 39.1 10 32.9 17 48.3 10 49.0 16 67.9 11 : 59.8 16 7 8 38.1 11 38.0 16 50.8 11 48.5 15 57.5 10 ! 58.4 17 8 9 38.6 9 38.6 16 49.3 9 50.4 17 61,1 10 ! 57.4 17 9 10 40.1 10 38. 3 13 49.4 11 49.4 16 1 56.9 11 ' 59.2 16 10 11 40.0 9 40.1 17 49.7 10 48.5 17 56.0 10 i 57.9 16 11 12 40.3 11 41.9 16 53.2 10 51.4 17 57.1 11 60.5 15 12 13 88.8 10 38.3 17 52.9 11 50.. i 16 58.3 9 I 61.4 1 17 1 13 14 37.9 9 40.4 15 51.4 10 52.2 16 59.5 11 j 61.7 16 14 15 40.7 11 41.3 15 51.8 11 52.1 15 02.4 10 (13.1 17 1 15 16 39.4 10 43.5 16 52 6 9 Co. 17 61.0 10 60.9 17 ' 16 1 17 40.3 11 42.8 16 52.0 11 52.5 16 61.2 1 11 62.9 16 ! 1 17 18 38.6 8 43.0 16 52.3 10 51.2 17 64.1 10 63.1 16 1 18 19 40.2 11 44.8 15 51.9 10 52.8 17 64.8 11 63.0 1 '^1 19 20 42.1 2 44.4 17 50.4 11 53.4 16 64.2 9 63.2 17 20 21 46.7 9 45.5 17 50.8 10 53.0 16 64.2 11 63.6 16 21 22 47.2 11 44.1 15 52.5 11 53.5 15 63.9 10 64.3 17 22 23 44.6 10 40.9 15 52.7 9 53.3 17 64.6 10 64.0 17 23 24 40.2 11 42.9 16 54.3 11 64.1 13 64.0 11 64.5 16 24 25 45.6 9 42.7 17 56.7 10 57.8 17 63.6 10 66.8 10 25 28 45.0 11 44.7 16 55.6 10 66.9 17 66.6 11 68.5 15 26 27 42.8 10 43.0 17 55.0 11 56.1 16 65.4 9 66.9 17 27 28 45.8 10 45.9 17 58.5 10 64.2 16 64.4 11 67.3 16 28 20 44.2 11 45.0 16 65.7 11 55.5 16 66.5 10 66.8 17 20 80 47.6 10 47.5 15 61.6 9 57.0 17 66.6 10 66.6 17 30 31 ■ •• ... • ■• ... 51.6 11 67.1 16 ■ •• ... • •• ... 31 10 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XII.— (Continued.) AVERAOES OF THE DAILY MeAX TEMPERATURES IN EVERY DaY OF THE YeAR, DERIVED FROM GROUPS OF TwELVE AND NINETEEN YeaRS, Vi'ITH THE NUMBER OF Days included in each Average. Days. JULY. AUGUST. seitember. Days. 1 1 1841 to 1852. 1853 to 1871. 1841 to 1852.1 1853 to 1871. ; 1841 to 1852. ; 1 1853 to 1871. Average el.i Nos. 11 Average o 64.1 Nos.i 15 Average 62.9 NOH. 9i Average o 69.8 Nos. 17 I Average 67.3 Nos. 10 Average 6?. 9 Nos.' 17 1 1 1 2 62.4 10 65.2 16 63.2 ! 11 ' 68.8 16 66.7 11 ' 1 62.4 1 16 2 3 61.4 11 69.9 15 65.5 10 1 68.8 " 63.8 10 : 61.4 16 3 j 4 62.6 9 68.2 17 66.4 10 68.9 17 1 65.0 1 11 64.0 15 .. 1 5 64.0 11 66.1 16 67.5 11 69.6 16 63.3 9 i 64.8 17 5 6 66.3 10 67.3 17 66.7 10 ) 68.4 16 61.8 11 64.9 16 6 7 66.1 10 67.8 17 67.9 11 67.5 15 63.3 10 60.9 17 7 8 66.1 11 69.6 16 67.2 9 70.3 17 61.4 10 [ 61.3 17 8 9 67.3 10 07.5 16 68.2 11 69.5 16 60.0 11 62.3 10 9 10 68.2 11 67.3 15 65.8 10 69.6 17 61.8 10 60.9 16 10 11 67 e 9 6S.0 17 65.3 10 68.1 17 59.8 11 02.8 15 11 12 69.5 11 66.5 16 67.5 11 66.8 16 58.7 9 61.1 17 12 13 68.5 10 67.6 17 66.5 10 66.8 16 .54.9 11 58. •? 16 13 14 67.3 10 69.2 17 66.5 11 65.8 15, 56.9 10 58.0 17 14 15 66.3 11 68.7 16 65.6 9 66.1 17 j 55.3 10 69.3 17 15 16 67.5 10 69.7 16 66.6 11 65.9 1^ 55.6 11 58.5 16 16 17 68.1 11 69.0 15 65.5 10 65.2 17 58.2 10 60.3 16 17 18 68.0 9 69.6 17 64.9 10 64.1 .'.7 57.7 11 66.8 15 18 19 67.5 10 68,3 16 64.4 11 65.0 • 16 57.2 9 56.2 17 19 20 87.8 10 67.8 " 64.4 10 65.4 18 57.3 11 55.7 18 20 21 68.6 10 65.9 17 65.7 11 65.8 15 i 56.0 10 53.0 17 21 22 68.7 11 67.5 16 65.4 9 65.3 17 1 52.0 10 53.8 17 22 23 68.4 10 67.3 16 65.9 11 63.6 16 i 5fi,3 11 56.9 16 23 24 66.9 11 68.6 15 64.3 10 65.4 17 1 63.0 10 55.8 16 24 25 65.6 9 69.2 17 66.7 10 63.4 17 1 52.4 11 55.8 15 25 26 65.5 11 68.9 16 65.0 11 64.8 16 48.2 9 53.5 17 26 27 63.6 10 68.8 17 61.9 10 62.7 16 48.7 11 63.1 16 27 28 64.6 10 68.0 17 63.3 11 64.3 15 49.8 10 62.2 17 1 28 29 66.8 11 67.1 16 65.6 9 61.7 17 62.8 10 62.2 17 29 30 64.6 10 68.3 16 66.2 11 60.8 16 1 60.7 11 51.2 16 30 31 63.2 11 67.5 15 66.0 10 61.1 17 : ... ... ... ... 31 17 i ■•' il i : m I m m TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XII.— (Contimtfid.) Averages of the Daily Mkan Tempekatitreh in every Day of the Yeau, DERIVED from GROUPS OF TWELVE AND NINETEEN YeARS, WITU THE NUMBER OF Days included in each Avehaoe. Days. OCTOBER. NOVK.MBEU. DECEMBER. Days. 1841 to 1852. 1853 to ■ 871. 1841 to 1852. 1853 to 1871.; 1 1 1841 to 1852. 1863 to 1871. Average 4§.9 NOK.' 10 : t Average 61.7 Nos. 16 Average o 43.8 Nos. 11 werage Nos. 16 Avprage ' 2?.8 1 Nos 10 Average 3U.8 Nos.j 1 17 : 1 45.0 1 2 49.8 11 53.1 -i 4>.9 10 42.1 17 i 30.0 11 28.7 16 2 8 49.8 9 52.0 17 41.1 10 39.7 17 i 1 32.5 10 28.4 16 3 4 50.0 11 52.5 16 39.5 11 40.2 16 33.1 1 11 29.4 15 4 6 50.1 10 51.2 17 41.2 10 39.9 16 i 28.1 9 30.1 16 6 6 50.5 10 52.3 16 1 38.3 11 37.6 15 i 1 29.4 11 29.9 16 6 7 50.3 11 53.8 15 1 39.8 9 37.9 17 ' 32.5 10 29.0 17 7 8 52.5 10 49.0 16 37.7 11 38.9 16 33.9 10 25.3 17 8 g 51.7 11 52.9 15 1 37.8 10 40.2 17 ' ! 31.9 11 25.9 16 9 10 48.8 9 50.5 17 1 38.0 10 36.2 17 ! 28.2 10 26.9 16! 10 11 49.3 11 49.3 16 37.4 11 36.3 16 , 27.1 11 26.9 15 11 12 45.9 10 46.1 17 1 39.2 10 39.0 "l 23.3 3 25.1 17 12 13 44.2 10 46.1 18 ' 37.1 11 37.8 16 i ! 26.5 11 26.0 16 13 14 43.6 11 46.7 16 ; 37.1 9 37.3 17 i 30.3 10 24.8 17 14 16 42.7 10 45.5 16 i 35.8 11 34.3 16 ' 27.4 10 26.1 17 15 16 45.0 11 45.9 15 37.9 10 35.5 17 ! 24.8 11 27.6 16 1 16 17 42.6 9 47. 3 16 38.6 10 37.3 1 17 1 21.2 10 26.8 16 i 17 18 44.5 11 46.8 16 35.5 11 35.3 10 : 24.4 11 22.3 15 18 19 40.8 10 46.5 17 34.7 10 38.2 16 ' 25.0 9 23.4 17 19 20 42.3 10 44.3 17 36.4 11 32.4 16 22.0 11 21.9 16 20 21 40.9 11 44.3 16 ' 35.3 9 34.4 17 23.4 10 22.6 17 21 22 40.9 10 45.0 16 3c. 7 11 34.0 16 1 19.0 10 21.5 17 22 23 40.2 11 43.2 16 36.5 10 33.8 17 22.1 11 20.4 16 23 24 43.7 9 40.9 17 34.6 10 30.8 17 24.1 10 19.2 16 24 25 41.1 11 41.4 16 30.8 11 33.7 16 «•• ... ... ... 25 20 39.7 10 40.9 17 29.7 10 34.2 16 23.3 9 26.6 13 26 27 38.9 10 41.0 17 28.7 11 33.4 15 1 26.6 11 26.2 16 27 28 40.5 11 41.0 16 28.7 9 32.8 17 ' 27.3 10 28.4 17 28 29 42.9 10 42.5 16 28.1 11 34.2 16 30.7 10 20.6 17 29 30 42.2 11 44.7 15 30.1 10 31.0 17 28.8 11 24.4 16 30 31 38.9 9 43.4 17 • •• ... ... ... 26.1 10 23.4 16 31 18 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XIII. Mean Abnoumal Variations of Tempeuature, with their proper Signs arr.vnfjei) according to the direction of the wind at the time of OBSERVATION, IN EACH MONTH, IN EACH QUARTER, AND IN THE YeAR, FOR THE Eight Yeaks, 1800-67. N. N. E. S. E. January February March April May June July August September October , November December ....... -11.42 —5.98 -3.;?7 —1.54 +1.06 +1.21 +0.43 —0.06 — 2.4« —0.02 —2.56 —10.50 Spring. 1 1 Mar. to .May —1.08 Summer. June to Aug. }'\ +0.45 Sept, Autumn. \ to Nov.... I —1.51 Winter. Dec. to Feb.. Year , —9.52 —2.85 n -3.38 +0.75 —0.83 +0.07 +1.26 +1.18 —0.28 -1.19 —1.15 +2.73 — C.22 -4.35 +0.18 +0.01 +0.68 o +4.07 +3.97 +0.91 +1.16 —1.61 —0.16 —1.26 +0.12 +0.71 +4.43 +3.72 +5.74 +0.32 +7.04 +2.94 —0.25 +1.37 —0.08 +0.15 +0.68 —0.06 —0.14 +3.99 —6.09 +3.01 +0.40 —0.41 +0.22 +0.05 .1. +4.94 +7.43 +1.41 +0.17 +0.19 +0.23 —0.20 +0.20 +2.64 +5.07 +C.32 +4.94 S. W. +0.45 —2.15 -0.30 +2.95 +4.56 +1.58 +3.11 +3.91 +4.43 . o +0.J6 +5.28 +2.59 +1.85 +2.20 +3.13 +3.78 -'-2.45 +5.27 +7.31 +4.20 +5.51 +2.25 +3.15 W. o -1.^3 —0.41 —2.42 —0.91 —0.99 +2.84 +2.31 —0.30 +0.60 +0.99 —0.21 —1.81 —1.69 +1.53 +5.11 +5.74 +0.33 N. W. —8.34 —5.68 —4.05 —2.34 —1.40 +0.75 -0.47 —1.34 —2.52 —1.39 —1.34 —4.44 Calma. -3.68 +0.01 —1.67 +0.75 +0.70 +1.27 +2.75 +0.61 +1.89 +2.13 +0.70 —1.36 —2.56 +0.12 -0.44 +1.47 .71 +3.3P _2.i4 +1.76 +1.9.^ I +3.64 —0.83 -6,19 —2.61 +1.63 -2.37 +0.49 10 .;! m ■ ' ( I h TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XIV. Monthly and Yearly Mkan.s of the Diurnal Change of Temperature (exclu.sivk of that due to Annual Variation), fro.vi 6 a.m. to 6 a.m., FOR THE periods ISSl-f)?) INCLUSIVE, AND 1860-62 INCLUSIVE, ARRANGED ACCORDING TO THE DaiLV RESULTANT DIRECTION OF THE WiND, N. N.B. £. S. E. 1854-59. -°5.1 —4.0 —0.8 —2.7 —2.0 —2.3 —1.0 —4.0 —3.7 —6.2 —3.8 —1.7 1860-62. -§.C —2.2 —3.4 —2.3 —0.1 —2.0 —2.3 —2.0 -3.7 —2.0 -0.8 +1.4 —1.9 18.')4-59. +3.3, +1.4 0.0 +2.2 +0.0 +0.7 —0.5 +3.2 +0.2 +1.2 —1.7 +4.3 186002. o + 6.8 +4.1 +2.7 +3.0 +0.4 +0.3 +0.0 —1.2 +0.7 + 1.3 +2.3 +4.8 lS54-i59. +10.5 +9.0 +5.0 +2.9 +1,8 +0.3 +1.5 +1.7 +3.8 +3.4 +4.1 +4.8 +3.5 1860-62. +10.6 +12.9 +.';.l +2.2 +1.1 —0.3 +1.9 +1.7 +7.3 +4.8 +1.4 +8.1 +4.0 1854-59. +0.0 -17.8 +7.0 +4.8 +2.6 +2.8 +2.1 +3.7 +5.3 +5.4 +4.3 +10.2 1860-62. * —4.8 +5.6 +3.0 +6.8 +2.2 +8.1 +9.9 +3.2 +11.6 +10.9 March April May June July Auffuat September November December Year —3.3 +1.5 +2.4 -+4,6 +6.3 S. S.W. W. N.W. Janiiarv 1854-59. +11.7 +1.6 +9.2 +2.1 +0.6 +1.6 +?.5 +1.8 +5.1 +G.7 +9.9 +18.0 1860-62. -i.s +7.8 +8.4 +5.8 +1.4 +4.7 +2.7 +1.1 +6.2 +14.1 +6.0 +0.6 1854-59. n +3.1 +7.4 +4.4 +0.4 +0.8 +1.6 +0.8 +2.6 +1.6 +3.0 +0.7 +0.1 +2.2 1860-62. +5.3 +3.4 +5.7 +2.5 +3.5 +4.0 +2.5 +1.8 —0.2 +1.3 —0.3 +5.2 1854-59. -4.1 —1.8 —3.8 —2.4 —1.7 -0.4 —3.4 —2.0 —4.4 —3.0 -2.9 —3.4 1860-62. —2.7 —2.2 —4.4 —2.6 -2.2 —3.2 —2.3 —3.5 —3.7 —2.5 —5.0 1854-59. -§.9 -7.1 —3.6 -3.4 -3.6 —3.6 -4.2 -3.4 -5.4 -2.4 —4.2 —4.5 —4.5 1860-62. o —12.4 —7.4 -4.6 —4.2 —2.6 —2.1 —2.3 —4.3 —6.6 -5.1 —3.5 -4.3 February March . ->ril May July September October Noyember DAGfimbfiT Year +3.9 +3.9 -r27 —2.9 —3.2 -4.5 1 o'No case of a S. E. Resultant in January, 1860-62. 20 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XV. Monthly axd Avnital Means of the Baromktrtc Presst'Rb for kach op tub TwKVTV-FoiJB HoirRH OF ToRoxTo Astronomical Time, amd for the Twenty- four Hours coi-leutively, from Hourly Orservations in the Si.x: Years FROM 1st July, 1842, to 30tii June, 1848. Barometer at 32° = 29 inches 4- the niuubers in tlie Table. Toronto Adtro- nomtcal Time. Jan. Feb. Mar. April. May. .Tune. July. Aug. Sept. Oct. Nov, Dec. Annual .Moans. in. 0.610 in. 0.623 in O.OSv. in. 0.674 in. 0.573 in. 0.590 in 0.602 in. 0.654 in. 0.650 in. 0.060 In. 0.626 In. 0.640 In. 0.629 1 .596 .606 .616 .666 .563 .580 .693 .646 .649 .653 .615 .628 .618 2 .69.1 .596 .604 .654 .555 .572 .584 .635 .636 .645 .608 .621 .608 3 .599 .596 .600 .644 .646 .536 .576 .624 .628 .64;i .010 .62i". .606 i .604 .59^ .600 .640 .540 .658 .670 .620 .625 .643 .612 .632 .608 6 .610 .600 .605 .642 .638 .653 .564 617 .625 .647 .610 .634 .004 6 .618 .607 .609 .642 .640 .553 .567 .618 .620 .652 .621 .640 .608 7 .622 .614 .616 .643 .644 .556 .569 .619 .632 .656 .622 .644 .611 8 .623 .616 .622 .652 .653 .560 .674 .628 .641 .660 .062 .643 .016 .623 .618 .627 .653 .662 .571 .586 .633 .642 .663 .662 .641 .620 10 .621 .617 .622 .650 .565 .573 .588 .633 .643 .665 .621 .641 .620 11 .619 .614 .626 .648 .566 .575 .590 .635 .642 .663 .618 .638 .620 12 .618 .602 .619 .644 .562 .568 .586 .033 .637 .663 .626 .637 .610 13 .620 .602 .619 .637 .560 .566 .584 .629 .636 .666 .626 .635 .615 14 .625 .604 .618 .636 .658 .665 .583 .626 .6.36 .664 .029 .641 .615 15 .623 .604 .613 .637 .660 .666 .583 .626 .636 .602 .628 .641 .615 16 617 .605 .613 .638 .562 .572 .687 .629 .640 .664 .028 .635 .616 17 .613 .607 .620 .646 .574 .585 .598 .635 .648 .668 .626 .634 .621 18 .617 .614 .626 .673 .682 .596 .603 .651 .665 .664 .630 .649 .631 10 .622 .625 .637 .685 .589 .602 .610 .659 .672 .677 .638 .654 .639 20 .634 .638 .643 .692 .592 .605 614 .663 .674 .684 .647 .665 .646 21 .641 .644 .645 .693 .590 .604 .614 .666 .678 .686 .648 .669 .643 22 .643 .643 .644 .692 .690 .603 .613 .667 .676 .684 .651 ,,673 .648 23 .631 .639 .638 .685 .583 .698 .609 .662 .669 .679 .6-12 .659 .641 .621 .618 .614 .622 .667 .565 .677 .689 .638 .647 .663 .626 .643 SL ; SI TORONTO METEOROLOGICAL OUSERVATIONS. i^^ isi: 4 mi 4 i'' ■■; i '%'i irht TABLE XVI. MOXTHLY ANn ANNt'AI, MkANS OK THE HAUOMETKir pHKSHfTnK TV EAC'TI OF THE TlIIKTY-ONK VkARS VKo.M i84l TO 1871, WITH TUK MoNTJll.V A.ND AnMAL MkANS for TlIK WIIOI.K rKHlOIi, AND KOR TURKK OHOUP.S OK TWELVE, NiNK, AND Ten Years rksi'ectively ; also, the prohable Vauiajjility of tdk Monthly am> .Vnncai, Mkans i\ a sisoi.e year. HiirdiiiL'tiu' at !i'2^ = 27 inches + tlie numbers in tha Talile. Years. Jan. Feb. Mar. April. Msy. 1 •Tuno. ' .Inly. Aug. Sopt. Oct. Nov. Dec. Yearly .Miiins 2.604 1841 2.666 2.491 2.6.')4 2.623 2.54! 2.644 2.»117 2.701 2.604 2.644 2.668 2.598 1842 .609 .547 .634 .6i.6 . 58:-) .5H6 .657 .710 .&^9 .640 . 600 . 650 .012 184H .696 .657 .C!)8 .598 .61,1 .552 ; .620 .680 .691 .543 . 66S . 066 .612 1844 .612 .660 .663 .737 .650 .609 j .5.37 .629 .731 jm .611 .540 .618 1846 .624 .676 .592 .599 . 636 .598 : .508 .632 . 561 .794 .50M .692 .RIO 1S4U .617 .662 .603 .702 .607 .694 .685 .6;)8 .625 .696 .671 .642 .628 1847 .595 .020 .676 .573 .684 .662 . 031 636 .610 .676 .686 . 657 .625 1848 .666 .608 .648 .731 .496 .544 .675 .644 .5^0 .601 .654 .678 .620 1849 .803 .754 .714 .686 .673 .626 . 684 .622 .684 .602 ..5K7 .08(1 .668 1850 .687 .604 .600 .565 .658 .644 .588 .601 .624 .59" . 6,'i: .676 .616 1851 .610 .756 .657 .699 .630 .6(J2 .656 .670 .759 .697 .632 . 666 .645 1852 .575 .628 .592 .415 .619 .521 .610 .666 .702 .661 .575 .600 .589 1863 .716 .585 .655 .567 .597 .616 .653 .690 .642 .651 .794 .601 .631 1854 .610 .698 .527 . (YM . 565 ,560 .639 .646 .701 .698 .441 .589 .608 1855 .643 .628 .51,5 .652 .660 .612 609 .652 .721 .554 .666 .70+ .026 1856 .673 .491 .661 .577 .581 646 .589 .620 .600 .709 .644 .713 . 6(10 1857 .740 .739 .698 .628 .634 .425 .687 .693 .712 .669 .526 .621 .606 1858 .679 .663 .622 497 .883 .604 .603 .618 .650 .684 .629 .696 .627 1859 .681 .6.35 .415 .533 .659 .618 .647 .698 .669 .617 .677 .711 .622 1860 .646 .635 .613 .676 .665 .496 .662 ..581 .674 .673 .525 . 609 .593 1861 .665 .547 .623 .562 .5+4 .668 .649 .652 .609 .621 .539 .748 .602 1802 .7;51 .611 .506 .724 .588 .663 .546 .615 .683 .621 .6.38 .680 .625 1863 .650 .795 .665 .644 .617 .6.51 .595 .641 .733 .700 .558 .700 .654 1864 .692 .494 .510 .695 .471 .653 637 .544 .610 .623 .581 .622 .560 1865 ..592 .705 .6.30 .615 .584 .631 .593 .679 .718 .621 .657 .678 .634 1806 .722 .710 .669 .608 .483 ,ei9 .604 .660 .621 .708 .614 .649 .622 1867 .571 .661 .715 .626 .476 .616 .604 .691 .715 .667 .686 .649 .615 1868 .599 .747 .671 .580 .ol9 .658 .599 .643 .660 .759 .651 .622 .643 1869 .670 .619 .652 .520 .4>31 .686 .666 .663 .764 .673 .552 .726 .598 1870 .628 .534 .646 .607 .562 .57 ft .631 .681 .762 .616 .594 .635 .590 1871 .762 .634 .672 .457 .617 .542 .6.53 .677 .720 .635 .642 .576 .607 Means. 1841-52 2.a300 2.6127 2.&317 2.6069 2.68.30 i 2 . '5818:2. 6972 2.6441 2.6533 2.6642 2.6405 2.6187 2.6461 2.620fl Means. 185.3-61 2.6726 2.6417 2.6246 2.5477 2.569 kko.m (iitoii'.s OK T\vK.i,VK, Nixio, and Tkn Ykaks. The inonth in whkh tin: lliiilunt HmtliiKj a/ imh ijiur orcina i.^ initirdtid Inj an, uskrlsk, BariiiMc'tiT lit ;i'.'° = 27 iiuhis -(- tlir iniiiiln'is in tin- Tiililti. Tears. Jan. Feb. M«r. April. May. .Tuiie July. hug. Sopt. Oct. Not. Dec. Year. 1841 :i.:i.i5 3.010 3.23m 3.185 2.813 2.761 2.03;( 3.021 2.9(4 3.091 3.078 3.417 3.417 1842 3.2.-8 3.032 3.177 3.074 3.0:!5 3.010 3.001 2.993 2.901 2.994 3.182 3.22.' 3.258 1843 3.211 3.078 3. 087 2.96'' 3.102 2.890 2.041 2.901 3.016 3.067 3.088 3.26:. 3.263 IS 14 3.18S 3.100 3.101 3.'.:05 3.04>- 3.04'i 2.864 2.922 3.123 3.090 2.073 3.I4I> 3.205 1845 3.206 3.104 2.984 2.922 3.012 2.875 2.798 2.017 3.025 3.242 3. 129 3.215 3.242 1840 3.:!35 3.2.^.5 3.1 17 3.194 2.802 3.045 3 027 2.844 2.955 3.201 3.200 3.23^ 3.3;i5 1847 3.272 3.100 3.064 3.0.3S 2.970 2.883 2.880 2.953 3.00; 3.396 3.250 3.12.'. 3.396 1848 3.2(18 3.160 3.02t; 3.089 2.861 2.9171 2.80(1 2.805 2.974 3.047 3.104 3.147 3.298 18411 ■■'..502 3.332 3.174 3.032 3.214 2.9:10 3. 05 J 2.8'.il 3.124 3.010 2.995 3.271. ;i.,'i02 isr.o 3.219 3.302 3.206 3.088 2.090 2.942, 2.832 2.907 3.018 2.909 3.102 3.2611 3.302 1801 3.128 3.325 3.ri78| 3.3117 3.074 3.034 2.811 2.99.- 3.23; s.oo.s 3.416 3.23-.' 3.428 1852 3.037 3.371 3.332 ;' , '.22 3.128 2.93S 2.918 2.955 3.0116 3.140 3.184 3.21<>| 3. ,371 1853 3.31.-) 2.937 S.168 2.974 3.074 2.982 2.000 2,860 2.099 '^AW 3.270 2. .84 3.315 1854 3.210 3.172 3.098 3.233 2.98C1 2.955 2.S85 2.845 3.142 3.121 3.196 3.215 3.245 1855 3.552 3. 088 3.078 2.998 2.902 2.811 2.8.33 3.010 3.092: 2.023 3. 1.31 3.201 3.. -.52 1850 3.280 3.086 3.082 3.099 2.969 2.798 2.844 2.797 3.U13 3.200 3.04^ 3.48o! 3.480 1857 3.108 3.361 3.006 3.006 2.896 2.70" 2.848 2.860 3.076 2.994 3. "81 3.258' 3.301 1858 3.408 3.060 3.159 3.000 3.198 2.891 2.915 2.939 3.098 3.042 2.970 3.3.51' 3.408 1859 3.311 3.002 3.255 3.046 2.9S0 2.966 3.141 2.811 3.049 2.962 3.252 3.392 1 3.392 1860 3.142 3.136 2.9.34 3.265 2.880 2.8.59 2.839 2.003 3.170 2.982 2.059 3.267 I 3.267 1801 3.330 3.144 3.200 3.120 2.955 2.810 2.830 2.902 3.104 3.054 3.000 3.182 3.330 1862 3.300 3.138 2.828 3.117 2.942 3.109 2.957 2.077 3.031 3.039 3.469 3.45;! 3.409 1863 3.378 3.502 3.180 3.078 2.901 2.844 2.912 2.989 3.140 3.218 3.181 3.313: 3.502 1804 3.102 3.124 3.067 2.964 2.788 2.961 2.831 2.863 2.975 2.890 3.12t 3.327 3.327 1865 3.191 3.232 3.058 3.156 3.003 2.877 2.976 2.959 3.021 .3.045 3.354 3.151: 3.364 1806 3.i540 3.364 3.089 2.972 2. see 2.907 2.915 2.977 2.936 3.210 3.372 3.313, 3.940 1867 3.046 3.^32 3.127 2.958 3.093 2.870 2.935 2.839 3.117 3.184 2.9.39 3.228 3.332 1868 3.145 3.445 3.274 3.097 2.907 2.921 2.782 2.915 2.998 3.168 3.068 3.027 3.448 1869 2.9.32 3.088 3.104 2.912 2.803 2.982 2.060 2.960 3.045 2.988 3.104 3.223 3.223 1870 3.212 3.175 3.174 2.956 2.018 2.878 2.773 2.977 3.001 3.102 3.071 3.066 3.212 1871 1841-5'J 3.388 3.119 2.969 3.116 2.952 2.796 2.842 2.847 3.090 3.042 3.316 3.027 3.388 3.2783 3.1863 3.1438 3.0812 3.0098 2.9405 2.8643 2.9053 2.9295 3.0302 3.0820 3.0354 3.1073 3.1428 3.2288 3.3398 1853-61 3.3028 3.2634 3.2806 3.1090 3.1089 3.0830 2.9830 2.8934 2.8807 3.0382 3.1230 3.2622 3.2128 I3.3722 1862-71 1841-71 3.2519 3.0870 3.0326 2.9173 2. 97 '24 2.9144 2.8873 2.9303 3.0936 3.1099 3.1565 3.4192 3.1852 3.1154 3.0680 2.9100 2 8960 2.9156 3.0494 3.0828 3.2334 1 3.3748 i TORONTO METEOROLOOICAL » ".SERVATIONS. € r 1^ l^i w TABLK XVIII. LOWE.ST RKAPtSflS OF THK B.VKOMKTKU OIISKKVKI) IN KArll MoNTIC AND IV THK YkaI!, I1!i>\I ISU VI) IH7I, TDii Kill Kit WITH TIIK Avi;itA in inciirm, in eacii Month and in rnr, Yk.\K, KUO.M l,S4l TO I87I, TO»iKTIIEK with the AvEIt.\(!l : DEKIVEl) miOM THE 'ruiKTY-ONK YeAU.M, AND KIKtM UKOIJI'H oK TWEIAK, N'lKE, AND TKN Yeaiw. Yoam. Jan. F«)b. Mar, Aprll May. June. July. Aug. B«pt, Oct, Not. D«e. Y«ar. 1841 1.374 1.280 1.246 1.312 0.743 0.426 0.670 0.060 0,706 0.089 1.061 1.745 1.746 lSi2 1.296 1.163 1.305 1.00(1 0.049 0.826 0.734 0.0,58 0,851 0.881 1.401 1.269 1.477 1843 1.632 1.109 1.452 0.9.58 0.988 0.724 0.0.34 0.700 0.8tW 1.017 1.067 1.001 1.6H4 1844 1.574 0.838 1.026 0.891 1.082 0.773 0.707 0.797 0.8.31 1,220 0.927 1.170 1.051 1816 t.OOfi 1 004 1.046 0.7^8 1.006 0.693 0.097 0.628 0,874 0,940 1.076 0.998 1.303 1848 1.606 1.338 1.190 1.109 0.085 0.804 0.709 0.524 0.709 1.203 1.201 1.218 1 . 506 1847 1.432 1.37U 0.965 o.oo:. 0.871 0.873 0.578 0.090 0.825 1.382 1.0.34 1.171 1.075 1848 1.277 1.263 0.918 0.708 0.721 0.749 0.686 0.763 1.111 1.022 1.240 1.210 1,4.36 1810 1.456 1.230 1.272 1.005 i.2;t» 0.609 0.743 0.081 1,125 0.952 0.837 l.IOlj l.tiOO i8r.o 1..3.39 1.707 1.672 1.232 1.109 0.679 0.569 0.009 0.774 0.823 0.838 1.420 1.707 1851 1.635 1.321 0.799 1.227 0.966 0.772 0.527 0.630 1.045 0.8.34 1.451 1.375 1.0;15 1852 1.1.30 1702 1.729 1.044 0.900 0.906 0.783 0.646 1.090 1.002 1.241 1.244 1.708 1853 1.002 0.863 1.276 0.089 0.801 0.717 0.032 0.650 1.063 1.081 1.111 1.0.32| 1.002 1854 1.520 1.170 1.310 1.188 0.920 0.668 0.577 0.461 0.840 1.300 1.611 1..328 1.500 1855 1.835 0.916 1.287 0.765 O.CIO 0.869 0.400 0.889 0.845 0.978 1.148 1.742 2.003 1856 1.094 1.30,T 1.254 1.018 0.844 0.591 0.603 0.623 0,864 0.982 1.1 10 2.021 2.021 1857 0.987 1.209 0.891 1.108 0.097 0.765 0.693 0.706 0.828 0.706 1.82<) 1.400 1.909 1868 1.435 1.120 1.310 0.996 1.100 0.744 0.026 0.708 0.931 1.042 0.780 1.343 1.659 18.59 1.377 1.125 1.069 1.0.53 0.702 0.706 0.982 0.505 1.011 0.944 1.371 1.191 2.106 18(30 0.987 1.210 0.890 1.369 0.798 0.950 0.082 0.092 0.937 0.903 1.116 1.429 1.429 1801 1.324 1.165 1.160 1.005 1.311 0.634 0.561 0.620 1.028 1.050 0.905 1.011 1.680 1862 1.335 1.127 1.023 1.041 0.704 0.940 0.701 0.f)51 0.924 0.992 1.337 1.348J 1.064 1803 1.532 1.465 1.051 1.374 0.890 0.802 9.622 0.608 0.881 0.946 1.085 1.644i 1.798 1804 1.192 1.115 1.238 0.663 0.622 0.954 0.512 0.704 0.745 0.804 1.456 1.473 1.056 11 1865 1.077 1.160 1..351 1.176 0.824 0.645 0.729 0.051 0..578 1.206 1.405 1.226 l.(U7 II 1836 1.830 1.238 l.C4() 1.045 0.947 0.940 0.610 0.719 0.794 1.128 1.517 I.6O0! 2 133 1 1867 1.120 1.533 1.216 1.028 1.04:j 0.V27 0.043 0.532 0,7t)3 1.1,33 1.090 1,400 1.664 1868 1.170 1.310 1.225 1.135 0.717 0.047 0.442 0,695 0.664 1.008 0.903 1,203 1.621 186{» 0.858 1.243 0.920 1.016 C.749 0.U08 0.757 0.622 0.670 0.844 1.311 1.231 1.4,30 1870 2.046 1.275 1.293 0.683 0.802 0.094 0.588 0.763 0.588 1.110 0.995 1.259 2.046 1871 1841-52 1.340 1.446 0.895 1.102 0.687 0.750 0.017 0.700 0.790 0.879 1.303 1.051 1.715 1.3955 1.2977 1.2173 1.0318 0.9428 0.7320 0.0738 0. 0701 'o. 9008 1 1.0220 1.1137 1.2477 1.6038 1853-61 1.3586 1.1213 1.2614 1.0611 0.8864 0.7371 0.6390 0.0281 0.9203 1.0158 1.2228 1.3892 1.7806 1.7274 1.69f0 1862-71 1.3506 1.290S 1.1263 1,0263 0.7991 0.8079 0.6181 0.0781 0.7403 1.0174 1.2407 1.3300 1841-71 1.3703 1.2443 1.2007 1.0385 0.8801 0.7582 0.0457 1 0.6005 0.8565 1.0189 1.1864 1.3163 ^ 'hill m i ' TORONTO METEOROLOGICAT. OBSERVA,TIONS. pi TABLE XX. Normal Daily Means of the Barometric Pressure, and the Pressure of Vapour, on every Fifth or Sixth Day in the Year, from observations IN THE Ten Years, 1859-68, inclusive. Date. Barometric Pressure. Pressure of Vapour. Date. Barometric Pressure. PresHure of Vapour. Date. BironiHtrlc Pressure. Pres-ure of Vapour. Jan. 5 29.646 0.106 May. 5 29.509 0.243 Sept. 5 29.651 0.413 10 .042 .105 10 .559 .260 10 .661 .394 15 .641 .105 15 .552 .277 15 .669 .374 20 .643 ,106 20 .549 .295 20 .075 .354 25 .647 .107 25 .551 .313 25 .677 .333 30 .652 .108 30 .558 .332 30 .676 .313 Feb. 4 .655 .109 June. 5 .567 ,3.51 Oct. 5 .671 .293 9 .655 .111 10 .578 .371 10 .661 .275 14 .651 .112 15 .589 .391 15 .049 .259 19 .642 .115 20 .597 .411 20 .634 .244 24 .629 .118 25 .602 .430 25 .620 .230 30 .603 .448 30 .607 .218 Mar. 1 .614 .122 July. 6 .601 .463 Nov. 5 .600 .206 6 .599 .126 10 .598 .476 10 .597 .195 11 .587 .131 15 .594 ,486 15 .601 .184 16 .580 .136 20 .592 .492 20 .609 .172 21 .677 .142 25 .591 .494 25 .621 .161 26 .579 .148 30 .593 .493 30 .635 .149 31 .684 .156 April. 5 .691 .164 Aug. 5 .597 .489 Dec. 6 .647 .138 10 .596 .173 10 .604 .481 10 .650 .129 15 .599 .185 15 .613 .472 15 .661 .121 20 .596 .197 20 .621 .460 20 .661 .11* 26 .590 .211 25 .631 .446 25 .657 ,110 30 .580 .227 1 30 .641 .430 30 .651 .107 26 . TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXI. Chanoe in Barometric Pre.s3ure, Pressure of Dry Air, and Pres.sure op Vapour, which takes place in Two Hours, during winds from each of THE Thirty-two Points of the Compass. 110 107 wind from t Barometric Presnure. rressurt. of Dry Air. Pressure of Vapour. April to Sept. Oct. to Miirch. 1 Year, + .00S3 April to Sept. Oct. to March. Year. April to gppt. Oct. to March. Year. N. 1 + .0083 + .0088 + .0144 + .0110 + .0127 —.0057 —.0020 —.0042 N. b E. + .0058 + .0035 +.0044 i + .0117 + .0046 + .0083 —.0056 —.0019 -.0037 N. N. E. + .0029 -.0020 — .0001 ' + .0082 —.0027 +.0032 —.0052 —.0010 —.0030 N. E. b N. 1 — .0005 — .0092 — .0050 1 + .0040 —.0105 —.0027 —.0045 .0000 —.0021 N. E. — .0041 — .015S —.0100 ! 1 -.0007 — .0182 —.0088 -.0034 +.0010 —.0011 ■ W E. b E. , — .0074 —.0220 —.0146 : j —.0054 —.0252 -.0148 —.0020 + .0019 .0000 ■ B. N. E. —.0099 — .0272 —.0184 ' —.0093 —.0309 —.0195 —.0005 + .0027 + .0009 I E.bN. — .0112 — 0310 —.0208 ! I —.0120 —.0349 —.0228 + .0009 + .0033 + .0017 I E. — .0113 —.0334 -.0218 1 1 —.0131 —.0372 —.0244 + .0020 + .0036 + .0024 ■ E. bS. —.0103 —.0343 -.0214 , 1 —.0127 —.0379 —.0243 + .0028 + .0037 + .0028 I E. S. E. — .0036 — .0340 1 —.0199 , —.0114 —.0373 —.02.30 ! + .0032 + .0037 + .0032 I S.B.bE. —.0068 —.0329 -.0180 —.0098 —.0353 —.0211 + .0034 + .0035 + .0034 ■ S. E. — .0055 —.0312 — .0160 — .OOSO -.0341 —.0192 + .00.35 + .0032 +.0036 ■ S. E. b S. — .0052 —.0203 —.0147 1 —.0084 —.0321 —.0178 + .0036 + .0029 + .0037 ■ S. S. E. — .0058 — ■0273 —.0132 —.0093 —.0298 -.0170 + .0039 + .0025 + .0037 I S. bE. — .0071 —.0250 —.0134 —.0109 -.0272 —.0166 + .0041 + .0021 + .0036 ■ S. —.0085 —.0222 —.0131 ] —.0124 — 0239 —.0161 1 +.0042 + .0016 + .0033 ■ S.bW. — .0093 —.0187 —.0123 ; —.0131 —.0199 —.0149 + .0040 + .0010 + .0027 1 ■ 8. S. W. —.0090 — 0145 — 0106 — .0122 — .0149 —.0124 + .0032 + .0003 + .0018 1 S.W.bS. —.0071 —.0094 — .0077 —.0093 — .0090 —.0086 + .0019 —.0004 + .0007 I S.W. — .0038 -.0037 —.0036 —.0044 -.0027 — .0033 + .0001 —.0012 — 0006 I !s.W.bW + .0005 + .0022 +.0014 + .0018 + .0038 + .0028 —.0021 —.0019 —.0019 ■ w.s w. 1 +.0052 + .0079 + .0066 + .0084 + .0099 + .0091 —.0042 —.0025 —.0030 I W.bS. 1 +.0096 + .0129 + .0115 + .0146 + .0152 + .0148 —.0060 —.0029 —.0040 I w. + .0131 + .0168 + .0154 + .0195 + .0194 + .0194 —.0073 —.0033 —.0047 I W.bN. + .0153 + .0196 + .0181 +.0225 + .0223 + .0224 —.0079 —.0035 —.0052 I W.lS.W. + .0162 + .0211 + .0194 + .0237 + .0241 + .0239 — 0079 —.0037 —.0054 I N.W.bW. + .0160 + .0214 + .0194 + .0234 + .0247 + .0239 —.0075 —.0038 —.0064 1 N.W. + .0151 + .0208 + .0184 + .0222 + .0242 + .0230 — 0069 —.0038 —.0053 fl N.W.bN. + .0137 + .0191 + .0167 + .0204 + .0227 + .0213 —0063 —.0037 —.0051 I N. N. W. + .0121 + .0166 + .0144 + .0186 + .0200 + .0190 —.0059 — 003,? —.0049 1 N.bW. + .0103 + .0132 + .0116 + .0166 + .0161 + .0162 —.0057 — 0031 —.0046 27 TORONTO METEOROLOGICAL OBSERVATIONS. i-f'' TABLE XXTI. Mo^fT^LY AND Annual Means of the Pressure of Dry Air for each of the Twenty-four Hours of Toronto Astronomical Time, and for the Twei.ty- FOUR Hours cqllectively, from Hourly Ouservations in the Six Years from 1st July, 1842 to 3(>ru June, 1848. Pressure of Dry Air = 29 inches + tlie numbers in the Table. Toronto Astro- nomical Jan. Feb. Mar. April. May. June. July. Aug Sept. Oct. Nov. Dec. Annual Means. Time. in. 0.484 in. 0.509 in. 0.494 in. 0.455 in. 0.237 in. 0.144 in 0.091 in. 0.108 in. 0.240 in. 0.405 in. 0.433 in. 0.507 in. 0.342 1 .469 .491 .474 .446 .232 .134 .077 .094 .233 .394 .419 .492 .330 2 .464 .479 .461 .433 .227 .129 .072 .084 .219 .389 .412 .484 .321 3 .471 .479 .457 .424 .225 .121 .067 .077 .213 .387 .416 .487 .319 4 .479 .47C .400 .421 .219 .117 .061 .078 .214 .390 .420 .497 .320 6 .487 .486 .464 .422 .217 .117 .061 .079 .214 .893 .427 .600 .323 6 .497 .498 .473 .430 .230 .129 .067 .088 .226 .408 .''.34 .609 .332 7 .504 .507 .484 .436 .246 .146 .085 .118 .246 .416 .437 ..515 .345 8 .605 .512 .493 .449 .266 .167 .113 .143 .266 .422 .439 .516 .358 9 .606 .515 .498 .452 .280 .191 .138 .164 .269 .429 .440 .515 .366 10 .505 .615 .600 .454 .289 .200 .152 .174 .282 .434 .441 .517 .372 11 .504 .513 .602 .453 .295 .209 .164 .186 .288 .441 .441 .514 376 12 .505 .601 .491 .452 .297 .201 .167 .186 .283 .435 .451 .512 .373 13 .509 .592 .494 .446 .299 .207 .169 .190 .289 .445 .453 .614 .376 14 .513 .604 .495 .448 .299 .213 .173 .193 .235 .445 .456 .623 .380 15 .613 .507 .492 .451 .303 .219 .181 .199 .300 .444 .458 .621 .382 16 .508 .510 .492 .452 .307 .231 .189 .204 .308 .446 .457 .515 .385 17 .505 .510 .499 .465 .317 .241 .201 .215 .318 .452 .455 .514 .391 18 .503 .522 .610 .494 .312 .228 .167 .215 .328 .446 456 .530 .393 19 .509 .533 .620 .497 .306 .216 .149 .188 .309 .453 .463 .537 .390 20 .521 .542 .617 .498 .298 .202 .135 .166 .294 .446 .469 .545 .386 21 .623 .642 .619 .488 .282 .186 .124 .144 .284 .440 .466 .645 .379 22 .523 .538 .611 .481 .273 .171 ,111 .138 .267 .433 .462 .645 .371 23 .608 .632 .502 .469 .257 .154 .106 .121 .255 .424 .449 .528 .516 .359 .600 .510 .492 .454 .272 .179 .126 .148 .269 .425 .444 .361 28 \X TORONTO METEOROLOGICAL OBSERVATIOKS. TABLE XXIII. Monthly and Annual Means of the Pre.ssure of Dhy Air from 1841 to 1871, OMITTING 1847, WITH THE MONTHLY AND ANNUAL MeAN.S FOR THE WHOLE PERIOD, AND FOR THREE GROUPS OF ELEVEN, NiNE, AND TeN YeaRS, Pressure = 27 inches + the numbers in tlie Table. Years. 1841 Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct, Nov. Dec. Year. 2.529 ' ' 1 2.382 2.527 2.417 2.2871 2.000 2.170 2.215 2.152 2.433 2.3«j6 2.444 2.. 339 1842 2.378 2.410 2.476 2.349 2.362 2.237 2.217 2.221 2.311 2.354 2.443 2.541 a.. 361 1843 2.460 2.501 2.467 2.409 2.375 2.157 2.177 2.172 2.291 2.324 2.507 2.51ii 2.303 1844 2.515 2.532 2.505 2.491 2.237 2,216 2.058 2.050 2.362 2.404 2.439 2.413 2.351 1845 2.500 2.448 2.432 2. ."90 2.302 2.175 2.041 2.108 2.190 2.523 4.325 2.58P 2.. 341 1840 2.482 2.479 2.443 2.486 2.154 2.158 2.070 2.110 2.137 2.4.35 2.444 2.508 2.326 1847 2.487 2.512 2.562 ... 2.205 2.186 2.116 2.160 2.251 2.434 2.479 2.50,3 ... 1848 2.527 2.494 2.515 2.560 2.185 2.131 2.107 2.122 2.272 2., 339 2.493 2,5SSi 2.357 1849 2.714 2.635 2,557 2.404 2.403 2.167 2.160 2.120 2.209 2.351 2.349 2.5.v: 2.393 1850 2.545 2.460 2.472 2.380 2.. 315 2.182 2.027 2.063 2.23S 2.337 2.450 2.56,^ 2.337 1851 2.482 2.01,3 2.500 2.402 2.322 2.193 2.041 2.187 2.310 2.307 2.469 2.br>> 2.365 1852 2.476 2.409 2.455 2.240 2.353 2.127 2.150 2.186 2.330 2.377 2.398 2.439 2.329 1853 2.601 2.465 2.408 2.357 2.300 2.126 2.230 2.078 2.243 2.425 2.591 2.470 2.3.58 1854 2.485 2.584 2.369 2.430 2.278 2.117 2.090 2.108 2.271 2.408 2.2,59 2.479 2.328 1855 2.514 2.637 2.381 2.446 2.393 2.108 2.081 2.200 2.378 2.304 2.475 2.570 2.307 1856 2.589 2.409 2.460 2.376 2.324 2.117 2.102 2.102 2.249 2.475 2.463 2.001 2.356 ' 1857 2.653 2.589 2.472 2.374 2.283 2.074 2.008 2.120 2.319 2.423 2.307 2.470 2.352 1858 2.641 2.680 2.501 2.. 323 2.345 2.141 2.125 2.142 2.206 2.420 2.400 2.507 2.369 1869 2.551 2.515 2.245 2.381 2.361 2.265 2.177 2.130 2.33i 2.400 2.484 2.010 2.. 371 1860 2.533 2.520 2.362 2.393 2.228 2.084 2.130 2.119 2.332 2.400 2.327 2.551 2.332 1861 2.549 2.414 2.493 2.305 2..314 2.192 2.084 2.158 2.209 2.327 2.359 2.594 2.338 1862 2.624 2.501 2.372 2.542 2.337 2.219 2.075 2.106 2. 205 2.318 2.465 2.53(1 2.303 1863 2.506 2.682 2.549 2.404 2.318 2.179 2.002 2.139 2. 382 2.437 2.358 2.569 2.387 1864 2.479 2.372 2.373 2.403 2.139 2.274 2.150 2.029 2.202 2.273 2.397 2.399 2.296 1865 2.502 2.697 2.369 2.414 2.307 2.201 2.192 2.246 2.200 2.379 2.470 2.547 2.374 1866 2.617 2.598 2.543 2.414 2.273 2.140 2.071 2.171 2.272 2.434 2.421 2.. 520 2.374 1867 2.482 2.526 2.596 2.347 2.244 2.188 2.148 2.118 2.345 2.393 2.411 2,540 2.362 1868 2.504 2.058 2.529 2.417 2.222 2.2.37 1.981 2.181 2.285 2.541 2.474 2.514 2.379 1869 2.439 2.402 2.544 2.349 2.224 2.220 2.098 2.208 2.334 2.350 2.391 2.680 2.345 1870 2.509 2.433 2.528 2.410 2.281 2.088 2.010 2.094 2.310 2.318 2.417 2.403 2.317 1871 Means. 1841-52 Means. 1853-01 Means. 1862-71 2.649 2.522 2.416 2.264 2.335 2.102 2.133 2.120 2.1424 2.403 2.2025 2.382 2.503 2.479 2.364 2.3510 2.5098 2.4881 2.4862 2.4155 2.3050 2.1666 2.1107 2.3831 2.3987 2.4285 2.5149 2.5573 2.5126 2.4101 2.3828 2.3140 2.1360 2.1214 2. 1376 2.2886 2.4212 2.5474 2.3523 2.3561 2.3631 2.5311 2.5291 2.4818 2.4024 2.2680 2.1908 2.0920 2.1412 2. ,3118 2.2808 2.3825 2.4307 2.6108 Means. 1841-71 2.6312 2.5091 2.4619 2.4013 2.2954 2.1655 2.1079 2.1405 2.3876 2.4270 2,6233 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXIV. 15 !i Monthly Means of Temperature, Barometer, and Pressure of Dry Air, at THE Hours 2, 4, 10, 12, 18 and 20, Toronto Mean Time, from the Years 1841-71 inclusive, OMiiTiNo BROKEN YEARS. (See Introduction.) Temperature. Toronto Mean Time. Jan. F«b. March. April. May. June. July. Aug. Sept. Oct. Not. — -1 Dec. 2 20.0 20.9 34.2 40.8 57.9 68.2 74.5 73.2 54.9 61.8 40.0 29.0 4 20.1 20.0 34.0 40.0 57.8 08.1 74.3 72.9 64.4 60.8 39.0 28.2 1 10 22.9 22.4 28.0 39.2 49.0 68.2 63.9 62.8 56.8 44.2 55.5 25.4 12 22.2 21.7 27.6 38.2 47.5 50.7 62.2 61.2 54.5 42.1 34.8 25.0 18 21.2 19.7 25.2 30.2 47.1 57 62.1 59.8 62.4 41.4 34.0 24.1 20 21.3 20.2 27.4 40.1 51.7 81.7 67.6 65.8 57.5 44.4 34.7 24.3 Menns. 23.4 22.9 29.5 41.2 61.8 01.6 67.4 65.9 58.2 40.0 36.4 26.0 Barometric Pressure. Press are = 29 inches 4- nuniber.s in tlie Table. 2 .014 .002 .678 .580 .558 .564 .586 .613 .661 .628 .591 626 4 .024 .003 .575 .509 ,540 .551 .572 .000 .6-50 .627 .597 .e;.'6 10 .047 .022 .003 .594 .568 .570 .589 .019 .071 .650 .612 .653 12 .044 .013 .599 .592 .505 .568 .589 .020 .668 .648 609 .650 18 .040 .020 .002 .003 .581 .584 .607 .036 .689 .052 CIS .648 20 .053 .043 .010 .015 .591 .694 r\H .615 .698 .673 .668 .628 .661 Means. .037 .618 .596 .592 .568 .572 .593 .622 .645 .608 .646 1 1 Pressure of Dry Air, ! 1 Pressi ire = 29 inches + nnmbers in the Table. 2 .492 .481 .435 .377 .257 .121 .064 .092 .239 .355 .404 .497 4 .505 .482 .434 .370 .252 .116 .058 .089 .238 .360 .413 .508 10 .533 .507 .409 .405 .300 .185 .121 .157 .290 .401 .433 .527 12 .5.31 .500 .407 .400 .302 .192 .133 .171 .298 .403 .431 .628 18 .629 .519 .477 .427 .320 .201 .144 .195 .334 .416 .437 .525 20 .543 .530 .486 .427 .402 .311 .181 .119 .156 .303 .416 .452 .639 Means. .522 .504 .461 .290 .166 .106 .143 .284 .392 .428 .520 30 m wmv TOKONTO MEJTBOROLOQICAL OBSERVATIONS. 2 TABLE XXV. Monthly ano Annual Means of the Pressure op Vavour for uxch of thk Twenty-four Hours of Toronto Astronomical Time, and for the Twenty- four Hours collectively, jrum Hourly Observations in the Six Years, July 1, 1842, to June 30, 1848. Toronto Astro- nomical Jan, Feb. Mar. April. M.i>. Juno July. Aug. Supt. Oct. Nov. Dec. .\nnuHl Means. Time. 0.120 0.114 0.136 0.219 0.336 0.446 0.511 0.540 0.419 0.201 0.193 0.133 0.287 1 .127 .115 .142 .220 .331 .440 .516 .552 .416 .2-50 .196 .130 .288 2 .120 .117 .143 .221 .328 .443 .512 .5.)1 .417 .250 .196 .137 -288 a .128 .117 .143 .220 .321 .444 .509 .547 .415 .256 .194 .138 .280 4 .125 .117 .140 .219 .321 .441 .509 .542 .411 .2.)S .192 135 .281 6 .123 .114 .141 .220 .321 .436 .503 .538 .411 .219 .1Sl> .134 .282 6 .121 .109 .136 .212 .310 .424 .500 .530 .400 .244 .187 .131 .275 7 .118 .107 .131 .207 .298 .410 .484 ,501 386 .241 .185 .129 .•.6) 8 .118 .104 .120 .203 .287 .393 .461 .485 .375 .238 .183 .127 .2.5!) 1 9 .117 .io;i .129 .201 .282 ..3S0 .448 .469 .373 .234 .182 .120 .2.54 10 .116 .102 .120 .196 .270 .373 .436 .469 .301 .231 .180 .121 .248 11 .115 .101 .124 .195 .271 .366 .426 .450 .354 .222 .rv .121 .244 12 .113 .101 .128 .192 .265 .367 .419 .447 .354 .228 .175 .125 .243 13 .111 .100 .125 .191 .201 .359 .415 .^^ TABLE XXXI. Depth of Raix in Ivches in each Month and in the Year, from 1840 to 1871 inclusive. Montht of incompUtt years not included in general means. The letter R denotes that Rain fell, but that the amount was inappreciahle. Tears. Jan. Feb. Mar. •April. May. June. July. AUR. Sept. Oct. Not. Dec. Tear. 1840 1.395 1.475 1.640 3.420 4.160 4.860 6.270 2.905 1.380 1.860 1.220 0.000 29.676 1.841 2.150 0.000 1.170 1.370 2.350 1.660 8.160 6.170 3.340 1.360 2.460 6.600 36.670 1842 2.170 3.625 3.160 3.740 1.276 6.765 3.060 2.500 6.160 5.176 6.310 0.880 42.790 1843 4.295 0.476 0.625 3.185 1.670 4.605 4.606 4.850 9.700 3.790 4.765 1.040 43.665 1844 3.006 0.430 2.470 1.516 5.670 3.636 2.815 ... ... • 1* ... ... 1846 ... • ■■ ... 3.290 2.300 3.715 2.196 1.725 6.245 i.7eo 1.105 0.000 • •• 1846 2.335 0.000 1.965 1.300 4.376 1.920 2.896 1.770 4.595 4.180 6.805 1.215 32.356 1847 2.125 0.650 0.850 2.870 2.040 2.625 3.355 2.140 6.665 4.390 3.165 1.185 31.960 1848 2.246 0.775 1.220 1.456 2.620 1.810 1.890 0.865 3.115 1.650 2.020 2.760 22.205 1849 1.175 0.240 1.525 2.655 6.115 2.020 3.416 4.970 1.480 6.965 2.815 0.840 32.216 1850 1.250 1.235 0.745 4.720 0.546 3.345 5.270 4.355 1.735 2.085 2.966 0.190 28.430 1851 1.275 2.600 0.770 2.295 2.950 2.695 3.625 1.360 2.666 1.680 3.886 1.075 26.875 1862 0.000 0.650 3.080 1.990 1.125 3.160 4.025 f^.695 3.630 6.280 1.775 3.995 31.405 1863 0.290 1.030 1.080 2.626 4.420 1.550 0.916 2.576 6.140 0.876 2.425 0.625 23.560 1854 1.270 1.460 2.426 2.685 4.630 1.460 4.805 0.466 6.375 1.495 1.115 0.590 27.766 1856 0.626 1.770 1.485 2.030 2.665 4.070 3.246 1.466 6.685 2.485 4.690 1.845 31.650 1856 0.000 0.000 0.000 2.780 4.580 3.200 1.120 1.680 4.106 0.875 1.375 1.790 21.605 1857 R. 3.050 0.335 1.756 4.145 6.060 3.475 6.265 2.640 1.040 3.235 3.2 J 33.205 1858 1.152 R. 0.917 1.642 6.367 2.943 3.072 3.890 0.735 1.79: 3.879 1.657 28.061 1869 1.449 0.455 4.054 2.527 3.410 4.085 2.611 3.990 3.525 0.940 6.193 1.036 33.274 1860 0.740 1.330 0.882 1.282 1.816 2.136 4.336 3.405 1.969 1.818 2.669 1.362 23.434 1861 0.686 0.815 2.125 1.619 3. 38 J 2.329 2.636 2.953 3.607 1.993 4.294 0.660 26.996 1862 0.115 0.180 2.660 2.236 1.427 1.007 6.344 3.483 2.344 2.684 2.205 1.945 25.529 1863 1.122 1.450 0.687 2.210 3.363 1.662 3.408 2.208 1.235 2.622 3.656 2.960 26.483 1864 1.166 0.397 1.620 3.633 4.070 0.670 1.332 6.060 2.608 3.321 3.766 2.045 29.486 1866 0.440 0.810 3.050 3.972 4.006 2.006 2.470 1.990 2.460 2.705 0.975 1.727 26.599 1866 0.622 0.830 1.915 1.675 2.S20 2.720 6.390 4.457 5.657 2.470 2.963 2.790 34.209 1867 R. 1.328 0.617 2.147 3.220 0.886 1.965 2.440 1.226 1.970 1.835 1.408 19.041 1868 R. 0.040 2.660 0.993 7.670 2.217 0.610 1.562 4.239 1.365 6.160 0.005 26.408 1869 0.887 0.165 0.985 2.965 2.805 4.373 4.610 4.273 4.027 0.962 2.640 2.590 31.182 1870 3.412 0.620 0.765 2.145 1.160 8.090 1.896 3.422 6.794 2.690 0.694 2.430 33.898 1871 Means 0.864 0.040 2.782 3.318 2.302 3.340 1.266 2.800 1.290 1.186 2.655 0.940 22.771 1.228 0.894 1.618 2.439 3.254 2.978 3.248 3.021 3.716 2.389 2.977 1.654 29.416 80 TORONTO UETEOROLOOICAL OBSERVATIONS. TABLE XXXII. Dbpth of Snow in Inches in each Month and in the Year, from 1843 to 1871 inclusive. The letter S denotes that Snow fell, but that the amount w(M inapprcciahlt. YMra. 1843 Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct. Not. Dec. Year. 06.2 14.2 14.4 26.7 0.1 • •• ... «•• 2.5 1.2 8.1 1844 24.6 10.0 14.0 8. ... ... ... 12.0 8.0 4.2 73.1 1845 22.7 19.0 2.8 1.6 • *fl ... ... 8. 6.0 4.7 55.7 1846 6.0 46.1 2.3 1.3 • •fl ... ... 8. 0.4 6.0 62.1 1847 7.5 27.3 4.2 4.0 ... ... ... 8. S. 6.8 49.8 1848 7.1 10.8 9.7 0.6 ... ... ... 0.0 1.4 16.6 46.0 1849 9.2 19.2 2.3 1.7 ... ... ... 8. 1.0 9.0 43 1860 6.2 23.1 11.2 1.1 S. ... ... 0.0 8. 29.6 70.1 1861 7.8 2.4 8.8 1.2 0.5 ... ... 0.3 6.7 10.7 38.4 1862 30.9 13.0 19.5 9.4 8. ... ... 0.0 2.0 20.1 94.9 1863 7.6 12.6 7.1 1.0 S. ... ... 8. 2.7 22.3 53.2 1864 7.5 18.0 2.8 2.7 ... ■ •• ... S. 1.3 17.2 49.6 1865 23.3 21.8 18.1 1.6 0.9 ... ... 0.8 3.0 29.5 99.0 1856 13.6 9.7 16.2 0.1 8. ... • •• 0.1 9.5 16.3 65.6 1867 21.8 11.7 11.3 12.9 3. ••• •*• 0.2 6.9 9.0 73.8 1858 4.0 26.7 0.2 0.1 ... ... ... 8. 4.0 10.4 45.4 1859 16.4 8.3 1.0 1.2 • «• 8. ... 8. 0.0 37.4 64.9 1860 8.7 18.8 2.4 0.3 • «■ ... ... P. 1.9 13.5 45.6 1861 20.6 29.7 7.1 6.9 0.5 ... ... 8. 3.2 6.8 74.8 1862 27.4 23.1 18.5 0.2 ... ... ... 0.5 5.3 10.4 85.5 1863 20.6 22.0 11.4 1.6 0.1 ... ... 0.0 0.1 7.1 62.9 1864 26.3 9.5 3.7 3.5 ... ... ... 8. 4.5 27.1 74.6 1865 14.8 16.8 18.9 2.0 ... ... ... 4.5 l.l 5.2 63.8 1866 10.3 16.9 7.2 S. ... ... ... S. 2.2 16.6 62.1 1867 42.0 13.4 33.4 7.2 8. ... ... 0.0 0.9 13.6 110.6 1868 14.6 32.8 4.2 5.3 ■ •• ... ... 2.0 4.3 15.5 78.7 1869 9.8 39.7 15.0 0.6 S. • •• ■•• 2.3 10.2 7.1 84.6 1870 21.3 20.1 62.4 0.1 ... ... ... 0.0 3.1 15.9 122.9 1871 43.6 23.0 13.0 1.3 ... • *• (*• ... 0.0 4.5 3.28 14.2 99.6 Means,. 16.88 19.31 12.22 2.39 0.07 ... ... •• 0.87 14.14 69.16 87 I' ^ni TORONTO METEOROLOGICAL OBSERVATIONS. ,i ■ i. TABLK XX.XMI. AacijiEUATK OF IIain and Mki,tki» Snow in In •iik.s koh r.vcu Month and for THE YkAII, KHOM 1843 TO 1871 INrLU.SIVE. The monthii of incomplete years arc not included in the general meatis. YearH. Jan. Fob. Mar. 1 April. May. JUDH. .Inly. Aug. Sept. Oct. Nov. Dec. Year. 1843 5.715 1.915 3.106 3.196 1.570 4.595 4.606 4.850 0.760 4.040 4.885 1.85(1 I 1- 1 50.176 1841 6.495 1.430 3.870 1.616 0.670 3.6.35 2.815 ... ... ... ... ... ... 184.') ... ... ... 3.410 2.300 3.715 2.195 1.725 6.245 1.760 1.605 0.470 ... 1840 2.035 4.010 2.195 1.43(1 4.375 1.920 2.895 1.770 4.505 4.180 5.845 1.816 .38.605 1847 2.885 3.280 1.270 3.27(1 2.040 2.625 3.355 2.140 0.6(i5 4.390 3.155 1.805 36.910 1848 2.955 1.855 2.190 1.505 2.620 1.810 1.890 0.856 3.115 1.650 2.100 4.400 20.805 1840 2.005 2.1U0 1 . 755 2.825 6.116 2.020 3.415 4.970 1.480 5.905 2.915 1.800 30.515 1850 1.770 3.545 1.8C5 4.8;ill 0.645 3.345 5.270 4.355 1.735 2.085 2.955 3.140 35.440 1861 2.055 2.840 1.C50 2.41.^, 3.000 2.095 3.025 1.300 2.605 1.710 4.555 2.145 .30.715 1852 3.090 1.950 5.030 2.030 1.125 3.1(i0 4.025 2.695 3.630 5.280 1.975 0.005 •10.895 1853 1.040 2.290 1.790 2.725 4.420 1.550 0.915 2.575 5.140 0.875 2.095 2.855 28.870 1854 2.020 3.200 2.705 2.955 4.630 1.400 4.805 0.455 6.376 1.495 1.215 2.310 32.716 1855 2.855 3.950 3.295 2.190 2.055 4.070 3.245 1.455 5.585 2.6(35 4.890 4.795 41.660 1850 1.300 0.970 1.620 2.790 4.680 3.200 1.120 1.080 4.105 0.885 2.325 3.420 28.055 1857 2.180 4.220 1.405 3.045 4.145 5.000 3.476 5.205 2.640 1.060 3.925 4.105 40.586 1858 1.552 2.670 0.937 1.652 0.367 2.943 3.072 3^890 0.735 1.797 4.279 2.097 32.591 1850 3.089 1.285 4.154 2.647 S.410 4.085 2.611 3.990 3.52i-| 0.940 5.253 4.775 39.764 1800 1.01(1 3.210 1.122 1..'312 1.815 2.136 4.336 3.405 1.959 1.61S 2.759 2.712 27.994 1861 2.745 3.785 2.8.36 2.309 3.430 2.329 2.035 2.953 3.607 1.993 4.014 1.240 34.475 1862 2.855 2.400 4.410 2.256 1.427 1.007 5.344 3.48;i 2.344 2.734 2.735 2.985 34.069 1863 3.182 3.650 ■!.S27 2.370 3.373 1.602 3.408 2.20S 1.235 2.622 3.006 3.070 32.773 1804 3.795 1.347 1.990 3.983 4.070 0.570 1.332 5.000 2.508 3.321 4.215 4.755 30.946 1805 1.920 2.490 4.940 4.172 4.005 2.005 2.470 1.990 2.450 3.155 1.085 2.247 32.929 1806 1.552 2.520 2.635 1.675 2.820' 2.720 5.390 4.457 5.657 2.470 3.183 4.340 39.419 1807 4.20C 2.668 3.957 2.807 3.220 0.885 1.965 2.440 1.226 1.970 1.925 2.708 30.091 1868 1.400 3.320 3.080 1.520 7.070 2.217 0.510 1.502 4.239 1.505 5.580 1.555 .34.278 1869 1.867 4.135 2.485 3.015 2.805 4.373 4.610 4.273 4.027 1.192 3.500 3 300 39.642 1870 5.542 2.530 6.995 2.155 1.150 8.090 1.896 3.422 6.794 2.690 0.904 4.020 46.188 1871 5.224 2.340 4.082 3.44S 2.302 3.340 1.255 2.800 1.290 1.185 3.105 2.300 32.731 Means 2.724 2.788 2.795 2.648 3.281 2.810 3.092 2.976 3.633 2.416 3.348 3.109 35.610 r TORONTO MKTKOUOr.OdK'AL OUSFIIVATIONS. TAHI-K XXXIV. NUMBKII OF DaVS in which UaIN I'KM, in F.Af'II MttNTII AND IN THK YkAH, FROM 1840 TO 1871 INCM'MIVR. Ycftri. Jan. Feb. Mar. April. May. Juno. July. Aug. Sept, Oct. Nov. Dec. Year. 1840 4 8 8 14 11 6 12 4 13 6 3 07 1841 2 1 6 3 11 10 9 6 8 7 80 184'.i 5 8 4 8 7 15 14 12 8 9 3 80 I8ia 1 2 7 5 12 8 4 10 12 10 83 1S41 7 4 8 10 14 12 17 4 7 8 ifirt 1845 5 5 5 11 H 11 7 9 10 • 11 7 2 07 1840 5 9 10 9 10 9 9 11 14 12 5 103 1847 7 5 8 12 14 8 10 16 13 14 7 llfi 1848 7 4 5 5 13 8 10 8 11 11 9 7 09 1849 4 2 7 10 10 7 4 10 9 13 10 6 97 1850 5 7 2 7 7 10 12 13 11 10 7 2 93 1851 4 7 3 11 12 n 12 10 9 10 5 100 1852 3 8 7 10 8 9 10 12 7 1 87 1853 1 • 4 6 10 17 9 10 11 12 10 15 4 109 1854 7 6 9 12 11 9 9 5 14 15 13 6 114 1855 5 2 5 8 6 17 13 7 12 14 8 103 1850 13 14 13 8 12 13 10 10 (i 99 1857 3 11 4 10 15 21 15 13 11 10 14 7 134 1858 6 1 10 13 17 12 13 11 8 17 12 11 131 1859 6 6 15 9 11 10 12 11 15 11 12 a 127 1860 6 7 5 11 16 14 13 14 14 15 12 3 130 1801 4 4 8 12 12 13 16 15 17 15 14 130 1862 5 3 8 10 8 10 15 15 9 19 11 5 118 18C3 10 7 4 8 14 13 15 i2 8 10 13 10 130 1804 5 o 9 IG IS 5 8 10 11 22 11 9 132 1805 1 5 10 17 11 7 11 8 12 17 5 7 111 1806 4 3 8 7 13 15 10 14 15 11 13 7 120 1867 1 8 6 12 18 8 12 10 9 11 8 7 110 1868 2 1 7 7 16 11 5 13 16 10 14 1 103 1869 4 2 3 9 10 22 13 11 8 8 9 10 115 1870 8 2 2 9 10 16 16 14 11 10 6 6 116 1871 Means.. 8 3 8 17 7 13 11 8 8 13 10 4 110 4.59 i.OO 6.24 10.00 11.85 11.91 10.00 10.81 11.00 12.50 10.03 5.72 109.37 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXXV. Number of Days in which Snow fell in EAok Month and in the Year, FROM 1840 to 1871 inclusive. pi '»■» Years. Jan. Feb. Mar. April May. June. July. Aug. Sept. Oct. Not. Dec. Year. 66 1840 11 6 S 2 • >• ... ..• ... ••• 3 8 18 1 1841 14 9 7 3 1 ... ... ... ... 2 5 5 46 1842 9 9 8 2 ... ... ... ... ... 10 17 65 1843 12 21 18 3 ... ... ... ... ... 4 7 8 73 1844 11 7 8 1 ... • •• ... ... ... 4 4 6 41 1845 9 9 8 4 • •• ... ... ... ... 1 4 12 47 1846 10 13 6 2 ... • •• ... ... ... 2 2 9 43 1847 6 13 6 2 ... ... ... ... ... 2 3 8 39 1848 8 8 6 1 ... ■ *• ... ... ... 3 7 33 1849 10 13 2 2 ... ... ... ... ... 1 2 12 42 I 1860 8 b 7 2 1 ... ... ... ... 1 18 46 I 1851 10 4 9 3 1 ..■ ... ... ... 2 6 15 50 1 1852 19 11 12 4 1 ... ... ... ... 3 10 60 1 1863 6 15 8 1 1 ... • .a ... ... 2 6 13 62 I 1864 11 15 8 4 ... ... ... ... ... 3 4 12 62 I 1665 13 14 11 3 2 ... • •• •*• 6 6 10 64 I 1866 14 8 12 4 1 ... • •• ... ... 2 9 20 69 I 1867 16 11 15 11 1 ... ... ... 2 9 14 79 I 1868 11 16 6 2 ... ... ... ... ... 1 13 18 67 I 1869 19 14 8 8 ... 2 ... ... ... 4 9 23 87 I 1860 16 13 11 6 ... ... ... •*. ... 1 8 21 76 I 1861 23 17 14 4 1 ... ... ... ... 1 8 8 73 I 1862 19 17 11 4 ... ... ... ... ... 2 11 8 72 1 1863 17 12 17 4 1 ... ... ... ... 6 7 "4 1 1864 14 14 \2 3 ... ... ... ... ... 1 8 18 70 1 1865 18 11 li 6 ... !•• ... ... ... 3 7 11 68 I 1866 19 12 18 2 ... • *• ... ... ... 1 4 13 60 1867 21 13 14 5 1 • •• ... ... *•• 9 21 84 1868 21 16 6 10 • t» ... ... ... ... 2 10 18 1 82 1869 12 19 9 6 1 • •• ... ... ... 7 18 9 81 1870 18 18 18 2 ... • •• ... ... ... 6 16 77 1871 23 16 12 10.00 2 ... ... <.. • *■ ... 12 20 84 Means.. 13.97 12.66 3.e3 0.41 0.06 ■ *« • ■• 1.81 6.88 13.69 62.91 1 1 40 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXXVI. The greatest depth of IIai.v wnicii fell in a hixole Pay, in each Month FRUM 1840 TO 1871. The month which iiiduiks the dcvj of heaviest rain in the year is marked with an asterisk. 76 72 '74 70 68 69 84 82 81 77 84 62.91 Years. Jan. Feb. Mar. April. May. .Tune. .luly. t Aug. Sept Oct. Nov. Dec. 1840 • •• <•• 0.581 0.910 1.745 1.530 1.890 0.900 1.250 0.350 0.500 ... 1841 1.900 0.000 0.500 0.840 1.24it 0.500 2.000 2.340 1.05( 0.500 1.040 1.810 1842 1.250 1.570 1.550 1.420 0.37'J 1.280 1.30U 1.650 2.931 2.150 2.000 0.440 1843 2.500 0.475 0.375 0.800 0.740 1.220 1.690 3.250 3.455 1.685 2.020 0.4-50 1844 1.4.M 0.420 0.730 0.390 1.10.) 1.030 0.790 0.610 0.120 0.710 0.770 ... 1845 ... • •• 0.2.50 1.,'ilO O.OSu 1.2.5'' 0.760 0.460 1.020 0.650 0.300 0.000 1840 0.450 o.ooo 0.570 0.810 1.0.50 0.780 1.490 0.550 I.SOO 0.540 1.450 0.500 184/ 1.100 0.550 0.550 I.OOO' 0.000 0.520 0.8411 0.790 2.500 1.180 0.710 0.270 1848 0.950 0.41O 0.970 0.2S0 0.44(1 0.700 0.290 0.310 l.S.:> 0.290 0.890 0.780 1849 0.820 0.230 1.025 0.075 1.050 0.990 1.775 1.045 0.045 3.1G) 0.840 0.515 1850 0..360 500 0.410 2.350 0.270 1.505 2.750 2.100 0.350 O.O40 1.420 0.1411 lo51 0.585 0.670 0.640 0.050 0.790 1.091 1.155 0.390 0.610 0.320 2.770 0.325 1852 0.000 0.550 0.850 1.025 0.5511 0.025 1.860 1.055 1.100 1.825 0.570 1.100 1853 0.800 0.610 0.410 0.715 1.400 0.895 0.480 1.020 1.990 0.350 0.580 0.4.50 1854 0.485 0.685 0.875 0.840 0.915 0.035 1.135 0.210 1.706 C\465 0.315 0.330 1855 o.3or 1.705 0.680 0.095 0.34.0 0.875 1.205 0.616 2.535 0.510 1.120 1.030 185G 0.000 I/. 000 0.000 0.705 2.135 1.296 0.405 0.735 1.196 0.365 0.290 0.855 1857 R. 1.620 0.145 0.070 1..375 1.070 1.200 l.llO 1.213 0.385 1.020 1.055 1858 0.517 R. 0.305 0.030 1.500 0.785 1.300 1.015 0.315 0.500 0.977 0.440 1859 0.655 0.290 1.615 1.145 0.945 1.575 0.879 * 1.0.55 1.185 0.307 1.470 0.780 18G0 0.340 0.385 0.685 0.410 0.935 0.750 0.9.35 0.890 0.610 0..325 0.818 1.265 1861 0.475 0.4.30 0.S65 0.015 1.845 0.598 0.875 0.700 1.855 0.625 3.132 0.2.50 1862 0.060 0.125 0.745 1.555 0.853 650 1.335 0.697 0.800 0.035 0.680 1.250 1863 0.445 0.630 0.315 0.835 0.925 0.625 1.605 0.805 0.770 0.970 0.647 0.920 1864 0.920 0.365 0.480 1.280 0.020 0.395 0.440 1.325 1.150 1.190 1.020 1.130 1805 0.4*0 0.435 0.600 1.600 2.220 0.550 1.190 0.925 0.940 1.275 0.3.35 0.810 1860 0.317 0.000 0.6:35 1.080 1.290 0.950 2.345 2.145 1.910 0.895 0.875 1.120 1867 R. 0.630 0.355 1.155 1.090} 0.520 1.110 0.950 0.355 1.070 0.795 0.553 1868 R. 0.040 0.770 0.610 2.220J 0.825 0.245 0.662 1.686 0.865 2.230 0.005 1839 0.825 0.160 0.800 l.WO 0.810 0.925 1.600 1.150 2.350 0.406 1.400 1.405 1870 1.000 0.520 0.550 0.720 0.550i 2. 360 0.630 1.490 2 285 0.930 0.424 1.950 1871 Means 0.400 0.040 1.050 1.025 1.500{ 0.880 0.416 1.036 0.660 0.510 2.310 0.320 0.742 0.046 L.481 0.647 0.809 1.084, 0.946 1 1.389 1.083 1.353 0.836 l.llC Year. 1.890 2.340 2.930 3.456 1.420 1.310 1.800 2.500 1.000 3.160 2.750 2.770 1.825 1.990 1.706 2.635 2.135 1.620 1.590 1.055 1.265 3.132 1.556 1 656 1.325 2.220 2.346 1.156 2.230 2.fi50 2.360 2.310 2.071 41 \ II' ■ TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXXVII. Comparative Dxtration of the several Winds on Days in any part of which Rain or Snow fell, from observations in/ the two periods— 1853-57 and 1858-62. Rain and Snow are considered separately, and are grouped in CLASSES distinguished AS LlGHT, MODERATE, AND HeAVY. yt: ■J LIGHT.— Rain, not exceeding one-tenth of an inch. Snow, not exceeding one inch. w'"t«'--{{'S:6'2 Summer 1853-57 1858-62 Year. ( 1853-57 1 1858-62 0,83 0.62 0.72 0.96 0.80 0.84 0.67 0.49 0.73 0.58 0.73 0.56 0.92 0.80 0.99 0.99 1.00 0.93 1.20 1.16 1.17 0.90 1.20 1.05 » 1.02 1.22 1.08 0.99 1.14 1.15 CO 1.24 1.24 0.95 0.72 1.12 0.96 1.12 1.51 0.82 0.71 0.97 1.0. 1.50 1. 01 0.75 0.69 1.02 0.85 1.29 1.18 0.84 o.oe 1.04 0.8fi 1.09 1.24 l.o:; 1.07 1.13 1.21 is CO 1.07 0.96 1.14 1.34 i.n 1 . 13 0.88 0.97 l.:!l) 1.84 0.98 1.21 0.82 0.99 t.51 1.41 l.OM 1.14 0.61 1.19 1.07 1.17 0.83 1.20 0.70 0.66 0.89 1.25 0.K2 1.06 J! S5 0.80 0.70 0.80 0.90 0.86 0.90 -3 . i 6 • 1.12 1.01 1.11 0.82 1.16 0.94 Year i ^^^'^^' ''^'"^ \ 1858-62 1.20 1.29 1.12 1.10 1.06 0.67 0.47 0.54 0.43 0.40 0.76 0.49 0.04 0.52 0.48 0.69 0.44 0.45 0.43 0.55 1.20 1.03 1.88 2.03 1.96 2.01 1.51 1.87 1.42 1..35 1.27 1.24 0.73 0.70 MODERATE.— Rain, more than one-tenth and less than half an inch. Snow, more than one inch AND LE98 THAN FIVE INCHES. S wir>*., (186.3-57 Winter., -j jg^g.g^ Summer • 1858-62 Year., f 1853-57 \ 1858-62 0.28 0.54 0.69 0.87 0.57 0.74 0.72 0.64 1.01 0.79 0.94 0.75 0.90 2.08 0.80 1.90 1.27 1.37 1.30 1.53 1.1611.09 1.131.80 H 2.52 2.00 1.01 1.16 1.62 1.60 1.62 1.84 1.20 1.58 1.74 1.65 1.03 0.83 1.34 1.16 1.05 1.64 0.97 0.87 1.25 1.19 1.43 1.33 1.06 0.70 1.28 0.90 0.92 1.23 1.06 0.90 1.12 1.08 0.64 0.8b 1.20 1.37 0.93 1.14 0.43 0.61 1.28 1.26 0.05 0.83 0.3S 0.28 0.95 0.96 0.56 0.54 0.44 0.16 0.93 0.82 0.08 0.47 0.39 0.34 0.90 0.78 0.09 0.60 if ir, 2i 0.25 0..34 0.09 0.70 0.54 0.67 B ■a o 0.69 0.92 0.64 0.83 0.70 0.93 Year.... f 1853-57 \ 1858-62 1.04 1.04 1.79 1.82 2.22 3.26 1.06 1.53 0.91 1.21 0.97 0.82 1.27 0.60 0.55 0.99 0.59 0.45 0.63 0.41 0.95 0.66 0.89 0.73 0.95 0.97 0.78 0.45 0.70 0.69 1.22 0.80 0.40 0.66 HEAVY.— Rain, half an inch and upwards. Snow, five inches and upwards. (S Winter.. (1863-57 t 1858-62 Summer [1863-67 1 1858-62 Year / 1863-57 *®*' 11868-62 SJ P4 » K H un 00 OS 1.64 0.68 CQ 1.20 1.00 CO 0.60 0.58 GO 0.79 0.42 t/j 0.63 0.29 Be ^ z 0.69 0.39 'A .09 32 O.o8 0.61 0.06 0.91 0.38 1.30 0.63 1.39 2.87 3.79 3.73 3.37 2.91 1.59 0.35 0.42 0.41 0.90 0.19 0.32 0.09 0.70 0.1',. 0.87 0.60 0.87 0.75 0.70 1.13 1.74 1.44 1.86 2.62 1.86 l.Ol 1.42 0.98 0.87 1.27 1.21 0.47 0.64 0.56 0.89 0.99 1.08 1.77 0.66 0.81 0.62 1.17 1.40 1.40 2.22 3.09 2.49 2.20 1.91 1.23 1.13 1.27 1.38 0.66 0.72 0.68 0.95 0.95 0.84 1.02 0.29 0.63 0.36 0.47 0.64 0.36 0.46 0.32 0.43 0.49 0.67 0.23 0.63 0.40 0.62 0.36 Year. (1863-6; ■tl858-6' 1.59 1.17 2.69 1.76 2.08 2.49 2.57 2.49 1.34 0.59 0.26 0.44 0.12 0.44 0.12 0.00 0.24 0.29 0.26 0.88 0.49 0.73 0.49 0.59 0.49 0.29 0.49 0.73 0.73 0.73 0.24 0.59 Rain or Snow in the tear, without reference to amount. Rain. Snow .1863-62 .1853-62 0.76 1.20 0.75 1.33 s Z 1.08 1.40 is4 1.57 0.78 H 1.47 0.68 1.24 0.71 1. 11 0.67 1.06 0.61 SQ 0.97 0.46 1.12 0.40 1.06 1.00 0.87 1.62 ^ 81 1.67 0.79 1.38 0.76 1.18 0.71 1.18 0.89 0.66 42 TORONTO METEOROLOGICAL OBSERVATIONS. a 6 1.12 1.01 nil 0.82 Tie 0.94 0.73 0.70 •a 0.C9 0.92 0.64 0.83 0.70 0.93 0.40 0.65 10.57 0.23 0.03 0.40 0.62 0.36 .73 0.24 .73 0.59 1 ^ •5 J » o .71 0.89 .18 0.66 TABLE XXXVIII. Resultant Direction of the Wind for each Month and Year from 1848 to 1871, and also tue monthly and annual resultants for the whole PERIOD. The direction in every case is measured from the North. Years. 1848 1849 1850 1851 1852 1853 1854 1855 1856 1857 1858 1859 1860 1861 1862 1863 1864 1805 1866 1867 1868 1869 1870 1871 1848-71 Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct. Nov. Dec. 8§w 65 w 6§w o 77 w 40 w 6? w i5w 15§E 71 w sl w 8? w 07 w 63 w 41 w 3w 43w 51 E 109 E 175 w 71 w 75 w 12 w 39 w 82 w 37 w 80 w 52 w 39 w 64 w 120 w 81 E 15 E 116 w 06 w 42 w 44 w 103 w 64 w 21 w 14 E 32 w 172 w 60 w 63 w 14 E 108 w 50 w 82 w 68 w 105 w 8 w 23 E 98 w 104 w 43w 70 E 77 w 5e 69 w 111 w 27 w 49 w 58 w 12 w 2w 1 w 122 E 144 E 92 w 9 w 36 w 77 w 7e 53 w 50 E 90 E 24 E 131 w 04w 22 w 45 w 90 w 44 w 73 w 40 w 88 w 36 w 1 w 69 w 161 w 63w 20e 82 w 66 w 92 w 75 w 81 w 71 w 29 E 4e 159 w 79 w 50 w 101 w 76 w 95 w 93 w 70 w 102 w 63 w 60w 23 w 49 w 112 E 77 w 68 w 19 w 119 w 89 w 71 w 72 w 58 w 14 w 42 E 1601 15 E 69 w 106 w 34 w 26 w 18 w 99 w 54 w 64 w 36 w 72 E 77 w 56 w 36 w 44 w 68 w 81 w 53 w 89 w 61 w 64 w 37 w 26 E 44 w 60 w 70 w 71 W 9 w 119 w 62 w 80 w 77 T' 54 w 37 E 47 w 39 w 74 w 8e 71 w 61 w 46 w 72 w 26 w 55 w 12 w 50 E 52 w 26 w 91 w 78 w 69 w 78 w 46 w 73 w 61 w 23w 27 w 14 E 66 E 50 w 18 w 119 w 16 w 109 w 88 w 41 w 107 w 96 w 53 w 41 E 7 w 55 w 61 w 70 W 38 w 60 w 108 w 98 w 85 w 23 w 61 w 84 w 3w ISO- 86 w 60w 124 E 36 w 79 w 99 w 76 w 100 w 73 w 42 w 46 w 165 w 101 W 59 w 33 w 30 w 88 w 92 w 55 w 5V w 34 w 61 w 51 w 96 E 42 w 76 w 37 w 46 w 87 w 99 w 97 w 69 w 21 w 63 w 38 E 16 E 93 E 122 w 74 w 89 w 36 w 71 w 72 w 34 w 62 w 59 w 20w 80 w 113 w 42 w 63 w 73 w 78 w 80 w 91 w 29 w 18 b 40 E 23 E 17 E 102 w 76 w 29 E 85 w 89 w 89 w 49 w 70 w 31 w 48 w 23 w 80 w 88 w 62 w 74 w 114 w 45 w 110 w 79 w 66 w 49 w 18 w 12 w 64w 77 w 66 w 62 w 64w 76 w 80 w Year. 7? w 38 w 67 w 61 w 02 w 38 w 46 w 64 w 71 w 74 w 41 w 61 w 60 w 66 w 48 w 41 w 70 w 66 w 73 w 60 w 67 w 64 w 45 w 72 w 61 w V Wp TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XXXIX. Resultant Velocity of the Wind, in Miles, for each Month and Year from 1848 TO 1871, AND also the Monthly and Annual PiE.sultant3 for the whole period. Years. Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct. Nov. Dec. Year. 1848 2.03 2.53 2.03 1.46 1.31 1.90 0.18 0.98 2.38 1.24 1.81 1.12 1.41 1849 3.06 1.48 1.48 3.14 1.97 0.49 0.75 0.60 0.09 1.27 1.55 2.56 1.20 1850 0.69 3.43 2.62 1.12 2.05 0.38 0.59 0.35 1.02 1.10 1.43 2.93 1.24 1851 3.26 1.99 1.93 2.52 1.59 1.20 0.88 0.40 1.03 1.06 1.25 4.00 1.22 1852 3.14 3.34 0.71 2.44 0.99 1.49 0.93 0.56 0.53 1.19 1.63 1.03 0.93 1853 2.52 2.51 2.60 1.95 0.83 0.10 0.24 0.30 1.00 1.74 0.55 2.39 1.18 1854 2.44 1.73 3.39 2.57 0.40 0.71 0.37 1.76 1..33 1.52 3.44 4.30 1.47 1855 1.91 4.34 4.76 3.99 2.76 1.33 0.73 1.04 1.29 4.91 3.18 5.29 2.47 1856 5.24 7.70 7.68 l.Oi 3.99 0.90 1.67 2.8S 1.08 2.15 2.95 4.62 3.03 1857 4.96 3.68 0.03 4.15 1.14 1.15 0.81 1.61 1.01 2 93 5.45 2.51 2.54 1858 2.33 3.22 5.45 1.64 3.33 0.25 1.13 1.57 1.53 0.36 3 14 1.66 1.59 1859 3.17 2.72 1.96 2.33 1.59 1.95 1.48 1.02 l.CO 5.04 3.39 4.29 2.24 1860 6.09 3.28 7.61 4.10 2.66 3.13 2.15 1.83 2.63 2.00 4.95 4.66 3.32 1801 2.92 3.86 4.33 2.31 3.60 2.29 1.43 0.46 1.39 1.06 1.94 3.50 2.11 1862 2.09 3.93 2.50 2.48 2.80 1.77 1.42 1.67 1.07 2.89 . 3.00 3.17 2.03 1863 1.13 2.27 2.02 3.75 0.41 2.28 0.40 1.80 0.92 0.48 3.50 1.61 1.34 1864 6.00 6.48 2.29 3.39 1.86 1.72 2.23 1.38 1.89 3.17 3.82 4.94 2.49 1865 4.80 3.95 2.16 2.11 1.65 0.60 2.28 1.55 0.47 0.58 2.98 3.07 1.98 1866 2.98 5.14 6.84 3.34 4.49 0.71 0.94 2.58 1.45 0.84 3.00 4.98 2.83 1867 3.27 1.58 2.12 2.68 3.55 0.48 1.13 1.25 1.48 1.51 4.02 4.82 2.05 1868 3.97 3.23 2.12 2.43 3.16 0.85 0.72 1.01 0.88 1.27 2.10 4.05 1.47 1869 3.40 4.18 2.86 4.0a 2.3S 1.77 2.01 1.98 1.16 3.72 3.69 2.31 2.55 1870 2.63 2.84 4.73 3.55 1.09 0.40 1.59 1.80 2.20 1.86 4.36 5.06 1.61 1871 1848-71 2.56 4.26 2.50 1.86 2.53 2.04 1.55 1.09 1.72 3.75 4.08 6.91 2.49 3,12 3.14 3.14 2.04 1.63 0.83 0.78 1.10 1.06 1.82 2.68 3.31 1.91 44 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XL. Mean Velocity of the Wind, in Miles, for .:Acn Month and Year from 1848 TO 1871, and also the Montiilv and Annual Mean Velocities for the WHOLE i'ERIOD, Years. 1848 Jan. Fob. Mar. April 4.89 May. June. July. Aug. ; Sept. Oct. Nov. Dec. Year. 5.82 5.60 5.80 4.9.3 4.51 4.94 4.55 6.81 4.60 4.81 5.44 5.15 1849 G.71 6. 58 5.37 7.50 5.33 3.32 3.52 3.70 4.23 4.70 4.78 6.23 5.17 1850 5.80 7.01 7.02 7.64 6.32 4.54 4.56 4.4(1 4.78 5.. 30 5.27 7.40 5.94 1851 7.69 6.94 7.65 8.07 6.34 4.42 4.13 4.03 5.45 4.39 4.70 7.37 5.9S 1852 7.07 6.42 5.81 0.08 4.00 4.09 3.33 3.30 4.60 4.17 6.50 0.54 5.29 1853 6.34 7.30 5.96 5.20 5.16 3.73 3.69 4.20 4.33 4.77 5.. 52 ! 4. OB 5.10 1854 6.91 6.91 8.03 6.81 5.38 4.15 4.03 4.60 4.04 4.57 7.54 8.56 5.96 1855 7. 20 8.17 9.95 7.57 5.93 5.70 6.47 6.97 7.61 9.88 :'>.S1 11.38 8.14 1856 10.69 10.71 11.39 0.05 9.81 5.3ft 5.84 7.0.3 6.53 6.07 8.7.-) 11.50 8.31 1857 10.31 9. 82 10.84 iO.24 8.13 7.60 4.74 6.36 5.55 8.21 9.r3 6.84 7.99 1858 7.40 9.12 8.56 9.57 9.30 5.53 5.76 6.50 5.69 5.96 8.87 9. SO . 7.64 ! 1859 8.76 8.50 10.39 10.79 5.70 7.19 5.81 6.90 0.36 8.12 9.05 10.77 8.17 j 1860 9.37 8.73 12.41 10.30 7.17 7.61 7.29 5.80 5.79 6.93 11.02 10.14 8.55 ' 1861 9.30 10.58 10.56 8.90 9.17 6.11 4.66 4.21 4.81 5.90 7.44 7.9ii 1 7.17 1862 8.83 8.52 9.38 9.77 7.87 6.98 3.80 f.96 5.11 6.53 6. 80 T.5S 7.;i3 1863 7.23 10.13 9.27 9.20 5.89 5.24 3.89 4.89 1 6.46 0.16 7.86 9.40 7.13 1864 10.22 10.11 8.41 7.77 6.64 4.53 6.00 4.75 i 7.06 6.06 7.64 1 9.98 7.40 1865 9.39 8.23 8.80 8.39 5.48 4.06 5.34 6.07 4.12 7.26 7.90 7.33 i 6.78 1866 9.34 9.40 11.51 7.95 9.26 5.09 1.17 5.16 4.03 6.5C 6.96 9.91 1 7.41 1867 6.96 8.85 8.52 7.89 8.40 4.13 6.45 4.52 5.43 5.73 7.76 1 1 10.32 1 7.00 1868 8.90 10.84 8.58 9.24 6.87 5.26 4.66 6.15 6.68 7.10 8.10 9.80 7.69 1869 9.21 10.04 8.02 8.91 6.55 5.23 5.07 5.13 4.89 6.73 8.12 8.44 'i 7.20 1870 8.98 8.10 10.15 7.03 5.48 5.14 4.82 5.92 5.04 7.11 8.74 1 11.40 ; 7.a3 1871 Means 1848-71 9.84 9.87 8.31 8.85 7.70 6.74 6.57 5.07 6.86 5.50 7.84 10.35 11.52 1 8.24 8.29 8.63 8.80 8.13 5.21 4.99 5.28 5.44 6.20 7.71 1 8.76 7.02 M •i * TORONTO METEOROLOGICAL OBSERVATIONS. U TABLE XLI. Resultant Direction' of the Wind in each Hour, Astronomical Time, for EACH Month and for the Year, from observations in the Six Years, 1854 to 1859 inclusive. The direction in every case is measured from the North. ■ is -;i iji ij. MMjl |; i tJ' ■! '.'(it. Hours com- mencing Jan. Feb. Mar. April. May. June. July. Aug. Sept. Oct. Nov. Dec. Year. slw 8§ w 8§w ll?w 10? E 158 w 180 142 w 146 w 86 w 95 w n 73 w 10§W 1 SOW 82 w 84 w 110 w 108 E 164 w 175 w 139 w 142 w 87 w 90 w 79 w 103 w 2 87 w 81 w 83 w 97 w 80 E 168 w 175 w 123 w 135 w 84 w 00 w 81 w 101 w 3 82 w 79 w 80 w 75 w 49 E 154 w 176 w 105 w 120 w 77 w 88 w 82 w 90 W 4 79 w 72 w 76 w 51 w 19 E 118 w 153 w 79 w 92 w 70 w 83 w 82 w 77 w 5 82 w 70 w 74 w 45 w 87 w 94 w 56 w 78 w 70 w 84 w 80 w 70 w 6 82 w 64 w 72 w 47 w 3w 52 w 55 w 49 w 61 w 66 w 83 w 80 w 64 w 7 76 w 62 w 66 w 34w 1 w 39 w 62 w 41 w 55 w 30 w 83 w 81 w 59 w 8 79 w 61 w 68 w 25 V 6e 24 w 36 w 38 w 44 w 69 w 78 w 81 w 56 w 9 81 w 56 w 64 w 20 w 16 w 32 w 32 w 35 w 51 w 77 w 76 w 51 w 10 76 w 58 w 01 w 13 w iB 16 w 29 w 30 w 30 w 52 w 80 w 70 w 48 w 11 73 w 62 w 58 w 9 w 3k 18 w 28 w 29 w 21 w 51 w 79 w 68 w 46 w 12 72 w 58 w 56 w 2w 6e 18 w 18 V 24 w 22 w 44 w 79 w 66 TV 43 w 13 71 w 55 w 54 w 2w 6e 17 w 14 w 22 w 20 w 51 W 81 w 62 w 40 w 14 70 w 66 w 51 w 3w 2e 16 w 11 w 26 w 20 w 52 w 80 w 57 w 40 w 15 74 w 59 w 53 w 2w 10 E 21 w 9 w 25 w 17 w 43 w 79 w 54 w 39 w 16 70 w 61 w 50 w 2w 15 E 18 w 11 w 20 w 15 w 43 w 83 w 56 w . 39 w 17 73 w 62 w 53 w 2w 15 E 24 w 15 w 18 w 14 w 39 w 84 w 56 w 38 w 18 73 w 64w 53 w 1 w 16 E 29 w 15 w 30 w 21 w 39 w 86 w 62 w 40 w 19 71 w 66w 52 w 10 w 271! 42 w 14 w 38 w 36 w 45 w 82 w 56 w 42 w 20 68 w 65 w 53 w 9w 29 E 67 w 19 w 65 w 49 w 50 w 83 w 59 w 48 w 21 69 w 68 w 62 w 12 w 36 E 126 w 140 w 74 w 78 w 58 w 87 w 59 w 63 w 22 75 w 72 w 72 w 40 w 61 E 145 w 171 E 112 w 121 w 66 w 88 w 62 w 80 w 23 Period") of 24 \ hours. J 82 w 76 w 78 w 89 w 84 E 157 w 173 E 138 w 145 w 79 w 92 w 67 w 96 w 77 w 67 w 70 w 23w 20 E 73 w 66 w 58 w 61 w 62 w 85 w 70 W 62 w 40 TORONTO METEOROLOGICAL OBSERVATIONS. ii: . TABLE XLII. Resultant Velocity of the Wind in each Hour, for each Month and for THE Year, from observations in the Six Years, 1854 to 1859 inclusive. Velocities in miles per hmir. Hours. Jan. Feb. Mar. April May. June July. Aug. Sept. Oct. Nov. Doc. Year. 4.71 4.34 5.97 1.17 1.49 2.35 2.97 2.67 2.35 3.54 4.40 4.30 2.61 1 4.69 4.17 6.14 1.60 1.17 2.45 2.90 2.92 2.10 3.29 4.76 4.46 2.71 2 4.45 3.94 6.26 1.68 0.98 2.34 2.73 2.73 2.05 3.34 4.16 4.24 2.70 3 3.92 3.98 6.26 1.92 1.03 1.70 1.97 2.29 1.75 3.21 4.07 3.94 2.56 4 3.48 3.76 6.27 1.99 1.37 1.42 1.16 1.96 1.70 3.39 3.77 3.89 2.60 5 3.02 2.94 6.99 2.45 1.89 0.96 0.76 2.50 1.43 2.85 3.10 3.75 2.48 6 3.10 3.13 5.48 2.68 2.29 0.86 0.69 2.50 1.38 2 47 2.83 3.82 2.44 7 3.05 3.29 5.10 2.47 2.27 1.14 0.69 2.21 1.47 2.47 2.59 3.92 2.38 8 3.02 3.28 4.93 2.84 2.04 1.19 o.so 2.30 1.68 2.45 2.53 4.00 2.35 9 2.55 3.12 5.15 3.38 1.95 1.50 1.05 2.37 1.60 2.34 2.44 3.98 2.38 10 2.73 2.92 4.60 3.17 2,02 1.66 1.46 2.24 1.92 2.15 2.53 3.88 2.36 11 2.88 2.80 4.39 2.79 2.28 1.58 1.64 2.03 1.82 2.00 2.38 3.80 2.28 12 2.77 2.92 4.24 3.01 2.21 1 68 1.81 2.08 1.69 1.92 2.61 3.53 I 2.25 13 2.73 3.42 4.29 3.07 2.39 1.73 2.06 2.25 1.80 2.04 2.52 2.94 2.32 14 2.92 3.35 3.95 3.01 2.69 1.53 2.05 2.16 1.96 2.23 2.64 2.76 2.33 15 2.81 3.23 3.92 2.84 2.43 1.40 3.01 2.31 1.90 2.21 2.76 2.67 2.25 16 2.71 3.34 3.97 2.95 2.24 1.16 1.93 2.12 1.73 2.06 2.62 2.65 2.15 17 2.74 3.23 3.75 3.10 2.47 1.31 1.79 2.10 1.61 2.16 2.43 2.44 2.11 18 2.74 3.73 3.80 3.25 3.52 1.34 1.74 2.26 1.58 2.10 2.66 2.41 2.23 19 3.02 3.57 4.21 3.09 3.54 0.97 1.54 2.09 1.72 2.43 2.58 2.27 2.22 20 3.30 3.53 4.50 2.63 3.39 0.84 0.69 2.25 1.43 3.09 2.75 2.85 2.22 21 3.77 4.00 5.09 1.92 2.66 1.12 0.57 1.95 1.24 3.14 3.52 3.11 2.24 22 3.90 3.98 6.38 1.17 1.82 1.62 1.82 1.77 1.41 3.18 4.17 3.87 2.18 23 4.45 4.30 5.71 0.92 1.49 2.08 2.48 2.49 2.01 3.33 4.43 3.93 2.37 Periodi of 24 }- hours. J 3.29 3.45 4.89 2.14 1.91 0.69 0.41 1.68 1.16 2.60 3.13 3.42 2.18 41 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XLIII. J!l BSjSS - 'ri- Meax Velocity of tue Wind iv eacu of the Twenty-fouu Hours, Astro- nomical Time, for the Four Quarters, and the Year; derived from two GROUPS OF Years, includino the Six Years, 1848-53, and the Seventeen Years, 1855-71. 1843-53. 1855-71. Hour com- raencing Winter. Spring. Summor. Autumu. Year. Winter. bprijg. Summer Autumn. Year, 8.10 8.23 6.70 7.23 7.69 10.93 11.13 8.48 10.02 10.14 1 8.07 8.40 6.80 7.47 7.70 11.17 11.38 8.67 10.16 10.34 2 8.12 8.78 7.03 7.49 7.85 10.93 11.12 8.67 9.91 10.10 3 7.92 8.49 0.87 V.IO 7.61 10.48 10.92 8.44 9.42 9.82 4 7.39 8.26 0.53 6.45 7.10 9.95 10.41 8.02 8.48 9.21 5 0.71 7.50 5.85 5.52 O.U 9.32 9.49 6.82 7.14 8.19 C 6.43 0,77 6.03 4.72 5.74 9.10 8.35 6.55 6.32 7.34 7 0.41 5.07 3.78 4.23 5.02 9.06 7.74 4.45 5.98 6.81 8 0.09 5.20 2.80 4.07 4.69 8.81 7.49 4.12 6.88 6.68 9 0.00 4.90 2.51 3.88 4.34 8.58 7.28 3.96 5.69 6.37 10 0.10 5.08 2.40 3.78 4.34 8.55 6.98 4.02 6.55 6.27 . 11 5.95 4.86 2.34 3.86 4.25 8.57 6.86 4.03 6.69 6.27 12 5.76 4.09 2.36 3.80 4.17 8.49 6.79 3 88 6.51 6.17 13 5.77 4.59 2.37 4.01 4.18 8.48 6.78 3.82 5.54 6.16 14 5.83 4.52 2.36 3.88 4.15 8.40 6.77 3.78 5.68 6.16 15 5.85 4.37 2.28 3.78 4.07 8.. 36 6.84 3.70 6.66 6.14 16 5.80 4.42 2.31 3.73 4.07 8.20 6.69 3.02 5.52 6.02 17 5.88 4.50 2.37 3.85 4.15 8.35 6.84 3.64 5.61 6.11 18 5.94 4.07 2.45 3.74 4.20 8.48 7.44 4.02 5.61 6.36 19 5.83 5.11 3.04 3.75 4.43 8.44 8.42 4.77 6.91 6.89 1 . 20 5.98 6.15 3.73 4.24 5.03 8.89 9.12 5.55 6.90 7.61 21 6.70 6.84 4.72 5.31 5.89 9.73 9.86 6.59 8.17 8.59 22 7.13 7.28 5.36 5.94 6.43 10.27 10.43 7.39 9.06 9.29 23 7.63 7.79 6.24 6.80 7.11 5.44 10.74 10.92 8.10 9.69 9.86 1 ! Means i 0.56 6.13 4.10 4.95 9.27 8.58 8.59 7.04 7.62 48 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XLIV. Mean Velocity of the Wind in each of the Twenty-four Hours, for tde Four Quarters and Year, expressed ix terms of the Mean Velocity of THE Twenty-four Hours for the corresponding Quarter; bein,; the quotients obtained by dividing the numbers in the preceding Table bv their respective averages for Twenty-four Hours. Hour cnm- mencio 1848-53. 1855-71 — ^ Wintei . Spring . Summet . Autumr . Year. 1.40 Wintei . Spring Summe r. Autumi 1.42 ■ Year. 1.33 P 1.24 1.34 1.65 1.40 1.18 1.30 1.52 1 1.23 1.37 1.67 1.51 1.41 1.21 1.33 1.55 1.44 1.36 2 1.24 1.43 1.71 1.51 1.44 1.18 1.30 1.55 1.41 1.33 3 1.21 1.38 1.68 1.45 1.40 1.13 1.27 1.67 1.34 1.29 4 1.13 1.35 1.59 1.30 1.32 1.07 1.21 1.43 1.21 1.21 6 1.02 1.23 1.43 1.12 1.18 1.01 1.11 1.22 1.01 1.08 6 0.98 1.10 1.23 0.95 1.06 0.99 0.97 0.99 0.90 0.96 7 0.98 0.93 0.92 0.86 0.92 0.98 0.90 0.80 0.86 0.89 8 0.93 0.85 0.68 0.82 0.86 0.95 0.87 074 0.84 0.86 9 0.91 0.81 0.61 0.78 0.80 0.93 0.85 0.71 0.81 0.84 10 0.93 0.83 0.59 0.76 0.80 0.92 0.80 0.72 0.79 0.82 11 0.91 0.79 0.57 0.78 0.78 0.92 0.80 0.72 0.79 0.82 12 0.88 0.76 0.68 0.7S 0.77 0.92 0.79 0.70 0.78 0.81 13 0.88 0.75 0.68 0.81 0.77 0.91 0.79 0.69 0.79 0.81 14 0.89 0.74 0.58 0.78 0.76 0.91 0.79 0.68 0.81 0.81 16 0.89 0.72 0.66 0.76 0.75 0.90 0.79 0.66 0.80 0.81 16 0.88 0.72 0.56 0.75 0.75 0.89 0.78 0.65 0.78 0.79 17 0.90 0.73 0.58 0.78 0.76 0.90 0.80 0.65 0.80 0.80 18 0.90 0.76 0.60 0.76 0.77 0.91 0.87 0.72 0.78 0.84 19 0.89 0.83 0.74 0.76 0.81 0.91 0.98 0.85 0.84 0.90 20 0.91 1.00 0.91 0.86 0.92 0.96 1.06 0.99 0.98 1.00 21 1.02 1.12 1.16 1.07 1.08 1.05 1.16 1.18 M6 1.13 22 1.09 1.19 1.31 1.20 1.18 1.11 1.22 1.32 1.29 1.22 23 1.16 1.27 1.62 1.37 1.31 1.00 1.16 1.27 1.46 1.38 1.00 1.29 _ 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 49 ^11 w pq H g<^ S S ^^. p o» S5 m P 1— t c/. I"-, ^ s M > H \A /, a M H u q C< h p o tti H p M Ed -«! "H O « 3 P P H P4 ^ s P h t> ^ O P K « TORONTO METEOROLOGICAL OBSERVATIONS. ^ ii o \o SrfS^Sns??} Ifl ;? 3 ■s f? 3 S? CI CO IrT 1« -1" q: ^ f^ r^ rH rH r* r^ r^ rH ^^ fH rH rH r* t-l rH Jt ?x S t: 2 £? a S ?5 f? 00 ?1 2 ?? ^ O CO -H 1- © r- ?? y © »; I-H rH IN Pi — iH rH IM IH rH w^ r^ 1^ r4 r-t rH rH rH rH rH rH f^ S rH (O t5 rH rH C-l 0> 00 * C<5 tH I- © CO rH CI VI ^ s I'. >♦ © ?1 ?, ? (t^ fH 11 N rH © O © rH rH rH rH rH »-* ^ rH rH rH rH rH rH VN rH E^ s s rH O ?» 3> (M QO O 00 ft to 00 to CO * rH CO g 00 © g S rH © ?3 3 .^ r, © CI CO IH N rH © © O O © O r-. rH rH rH rH rH rH o © wi r^ rH rH ^ s s ^ s g? s n 8 -I* or CO ifl -r -t r- © 1^ I- r^ 3S CI cl CI 00 ^ IM »-i rH O © O © '-• © © (N CJ CI CI o © © © rH rH rH rH ^ 00 in gj ^ f! S ^ g 8 S o CO s © M -»• "(5 CI s CJ CO © © c1 rH © CI in © oi r^ l-H rH O © rH © O rH r^ rH rH f-i 1H rH O rH O rH rH '- fH ^. 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CJ 1^ 00 CO © -r PH in in CO 00 ?0 OQ o © © © © © © © o © © © © © o © © © o © © © to CO M t- -1< © 00 h- Q •^ 00 © 00 00 to © © s © -r CO g s t- © 1-- 00 in © •J © » © © © © o © o © © © © © o o © © © © © © © © H g 1-( o © X5 O »-l O) -* CO 55 O * © ?1 rH rH IN 7i 't «- CO I- © CJ CO © 00 rH CO CO © © oo CO o iH -H IN rH r< rH rH rH rH r^ © © © r-^ CI ^^ rH rH rH rH '^ B 00 g s g s g i: s © O rH 00 -« © O 00 © © I- rH t, © © r- © in © © © o rH rH rH rH O © © f-l f^ O © o rH rH rH © rH © © rH H & X5 IN © lO © CS OJ CO O OO 00 © lO © t^ 00 00 CO 00 00 © t- 00 00 8 00 CO CO i~ in © o 00 © © 1- ;z; o O o © © © © © o o o o © © © © © CJ © © © © Sd 00 s s s ^ s § sg oc s s 00 00 © t- iS © lfi> S g © r- 00 © © © o o o o o o © © o © © rH © © O © © © © O o © iz; t- CO rH r- to IM t~ lO rH o CI © C-J rH o» O rH « CJ rH rH © rH rH 1- r- r* cc QC o © 00 CJ © 1^ 1-i 00 i-H rH d 00 © © © ri © CJ © rH 00 1-^ rH rH -H o t~ CJ m © ? If? GO 1~ CJ o to ^ CJ 1^ m 00 CO oo 00 00 r-t c'o oi oo ^ rH rH 00 ITS 00 00 rH 1 1 1 ■| •E >J « 1 > ^ a i 1 J c i £ 1 c .5 91 a a o CO ■4-a i» i M m- TORONTO METEOUOLOOICAL OBSERVATIONS. TABLE XLVI. Number of Auroras onsERVEn in each Month, from 1841 to 1871, iiorn INCLUSIVE. Years. 1841 1842 1843 1844 1845 1846 1847 1848 1849 1860 1861 1862 1853 1854 1855 1866 1857 1868 1869 I860 1861 1862 1863 1864 1865 1866 1867 1868 1869 1870 1871 Jan. 3 1 1 1 4 3 3 2 2 3 1 Feb. 4 3 7 7 3 3 4 4 4 5 Mar. 2 2 1 2 1 4 8 8 3 7 3 8 12 5 7 12 April. May. 10 June. 2 3 4 6 1 12 8 5 5 6 2 7 7 8 9 4 12 11 6 3 8 6 3 1 1 1 1 1 1 2 2 3 4 6 2 4 1 July. 5 3 3 1 3 1 2 3 i) 6 5 3 4 Aug. 1 1 1 2 2 2 3 4 4 7 5 2 1 6 5 Sept. I Oct. 8 2 2 2 5 5 4 fl 6 9 8 7 6 2 3 13 4 1 1 4 4 7 6 9 7 8 5 4 3 2 10 Not. 2 1 2 1 3 6 3 5 2 o 5 1 Dec. 1 1 1 3 2 3 1 g 3 6 1 1 1 12 Year. 33 11 11 16 17 20 27 09 63 60 63 C3 64 46 34 26 59 53 58 43 48 44 34 65 44 43 60 47 77 65 54 86 148 146 125 82 118 128 163 133 72 67 1,312 61 f "l I . j ;1 TORONTO METEOROLOGICAL OBSERVATIONS. TABLE XLVII. NuMiiRR OF Days in wrricn TFnrNr)KK, LruitiNiNa, Hail, Foo, Dew, or AnnouA WAS IIKCOkKKI), AND TJII'; Nt'MUKIt OK DAVS I\ Wincri IT WAS I'OSSriU.K TO SKK Al'ltOHA, IN EACH YHAU I'KOM \H')li TO 1S7I ; ANI» TIIK UELATIVR KKEyUENCY, OH THE RATIO OF TUE NTIMIIEK OF AURORAS OIISERVED TO THE POSSIBIMTV OF THEIR HiaN(» SEEN, WITH TUEIH RATIOS EXIMIESHED IN TERMS OF TUEIll MeAN FOR Nineteen Years. Thunder Lightning ... Uall Fog Dew Possible to 80H Aurora AurciraA ohnerred Relntivo fri'quonoy BatioM to Me.tn 31 23 3 219 63 0.29 1.10 33 44 6 214 54 0.25 1.00 31 33 5 207 40 0.22 0.88 S3 23 30 6 213 34 0.10 28 41 g 26 29 40 19 40 ' 49 189 20 19«. 50 0.140.30 0.040.50 1.20 34 35 36 31 199 53 0.27 1.08 S 34 41 4 23 52 190 58 28 34 1 34 25 38 4 35 .JO 57 55 180 176 48 43 0.31 0.24i0.27 1.240.961.08 28 41 6 30 09 182 44 0.24 0.90 3 30 33 2 41 42 158 34 0.22 0.88 24 30 3 30 26 28 1 34 44 68 201 65 0.27 1.08 209 44 0.21 0.84 23 47 1 43 50 202 43 0.21 0,84 ss 26 36 4 36 41 103 50 0.26 1.04 32 35 3 50 79 182 4T 0.20 1.04 39 42 40 49 200 77 0.37 1.48 io 30 32 4 41 39 209 66 0.26 1.04 TABLE XLVIII. Number of Day."? in which Thunder, Lightning, Hail, Foo, and Dew were recorded for each month in the period from 1853 to 1871 inclusive. Also, the number op Auroras, with their relative frequency or the RATIOS OF the NUMBER OBSERVED TO THE NUMBER OF SUFFICIENTLY CLEAR NIGHTS ; ALSO, THE RELATIVE FREQUENCY EXPRESSED IN TERMS OF THE MeAN FOR TwELVE Months. Thunder Lightning Hail Fog Dew Possible to "I see Aurora/ Auroras \ obserTed J Relative ) frequency/ Ratios to Mean... Jan. 4 25 218 36 0.17 0.46 Feb. 2 5 6 35 224 59 0.26 0.76 Mar. 11 14 8 41 298 110 0.37 1.41 April, 37 30 10 42 328 109 0.33 1.40 May. 66 56 11 43 106 365 t-; 9.26 1.21 June. 117 115 39 141 370 65 0.18 0.84 July. Aug. Sept. Oct. Nov. 137 98 61 20 4 169 163 92 33 8 2 2 4 12 3 39 34 68 76 43 139 163 172 46 395 404 385 312 217 79 95 120 90 40 0.20 0.24 0.31 0.29 0.18 1.02 1.22 1.54 1.17 0.51 Dec. 2 1 4 39 211 36 0.17 0.46 m 62 Year. 564 682 72 624 767 3,727 933 0.26 1.00 I / TORONTO METEOROLOGICAL OBSERVATIONS. TABLH KIAK. Dates ov certain I'eriodio Events. c. I Year. 654 I 682 1 72 9 524 Taari. 184(1 Latent Snow. Barll Sno out w. Latent tlour Frost. Ktrliimt Hoar FroHt. IiatoRt Ice. i'lnrllxat Ice. Karllent Tiiunili'r or Lleht- niiig. UtMt TliundBr or r-lifht- niuK. Oct. 8 Indian Summer. Navl- Katlon Opened. Na iiati Clot on ed. 6 April 27 Oct. May. Snpt. • *• ... Mar. 19 Nov. 1 to 5 Mar. 28 Dec. 1841 " 20 II 10 May. Oct. ... ... " 25 II 7 Oct. 29 to Nov. 2 April 12 II 18 1842 " 8 Not. 10 May. Swpt. ... ... Jan. 20 1 Oct. 28 to Nov. 4 Mar. 17 II 18 1843 " 18 Oct. 17 June 1 Oct. ... ... April 25 " 20 Oct. 23 to 25 April 23 n la 1844 " 1 it 19 May. Sept. ... ... " 4 ^fov. 10 " 22 to 26 " 23 II 18 1845 " 8 II 15 May. 0.;t. • •• ... " 18 Sept. 19 " 24 to 20 " 23 II 3 1840 Mar. 30 II 17 May. Sept. ... ... May 22 Oct. 10 Nov. 4 to 7 " 8 II 16 1847 April 1 II 14 May. Sept. 29 ... ... June 15 Nov. 7 Oct. 28 to 31 " 19 If 26 1843 « 18 Nov. 7 May. " 15 ... ... May 4 Sept. 11 Nov. 20 to 23 Mar. 31 II 25 1849 April. Oct. 80 May. Sept. ... ... ... Nov. 8 " 13 to 18 " 29 ll 20 1850 May 20 Nov. 16 May 10 •Sept. ... >•• Feb. 28 ... " 7 to 13 \prii .'1 II 13 1851 May Oct. 25 May. Sept. • •• ... ... Nov. 1 Oct. to 11 Mar. 24 II 13 1862 May 20 Nov. 11 May. Sept. 13 ... ... ... ... Nov. 16 to 21 April 17 Jan. 6 1863 « 10 Oct. 25 May 20 « 12 May 20 Oct. 7 Mar. 26 Dec. 6 Oct. 12 to 20 Mar. 31 Des. 19 1854 April 29 II 16 " 11 " 19 " 11 II IH " 15 Nov. 17 " 23 to 29 April 8 II 2 1865 May 8 II 12 " " 28 April 27 II 12 April 14 Oct. 29 " 18 to 20 " 10 11 18 1856 •« 30 II 3fi " 31 " 22 May 31 II 13 " 12 " 22 " 8 to 11 " 19 II H 1857 " 10 II 28 June 6 II 21 « 18 II 17 Feb. 18 Nov. 8 " 6 to 10 Mar. 30 Nov. 25 1858 April 25 II 8 " 14 " 18 " 16 1 * April 4 Oct. 19 " 17 to 20 " 27 De. 24 1859 June 4 II 19 " 11 " 6 June 11 Sept. U Feb. 20 Sept. 24 Nov. 3 to 9 Jan. 27 II 28 1860 April 25 Sept. 25 May 2 " 21 May 2 II 21 II 22 Oct. 25 Oct. 29 to Nov. 3 Mar. 15 It 14 1861 May 6 Oct. 24 " 30 " 22 " 18 II 29 Mar. 29 « 20 /Oct. 27to2.n t Nov. 17 to 19 J " 29 Nov. 27 1862 April 23 II 25 Juno 20 Aug. 30 " 29 II 3 " 29 Nov. 2 Oct. 29 to Nov. 2 Feb. 28 Dec. 20 1863 May 6 Nov. 8 II 4 " 2C April 26 II 26 April 11 Oct. 16 Nov. 11 to 19 II 14 II 16 1864 April 13 Oct. 8 II 7 Sept. 17 May 11 Oct. 9 Mar. 28 >Jov. 29 Not well marked. Mar. 2 II 16 1865 " 23 II 26 " 11 " 12 " 23 II 2 " 20 Oct. 7 Nov. 13 to 17 April 1 II 17 1866 " 26 II 31 " 1 " 15 II 14 Sept. 15 " 20 " 9 /Oct. 12 to 10 > INov. 6 to 9/ " 2 II 15 1867 May 2 Nov. 4 May 27 « 11 11 7 II 14 « 1 Nov. 3 f.. 16 to 23 ( ""*• ■ 25 to 27 Mar. 27 II 11 1 1868 April 23 Oct. 16 " 9 II 17 « 8 Oct. 1 " 15 Oct. 27 Nov. 13 to 24 April 1 11 11 1869 May 1 II 18 June 6 Aug. 31 " 3 II n *p' \\l II 14 Not well marked " 1 II 8 1870 April 5 Nov. 10 May 13 « 27 " 13 II 19 " 13 Nov. 8 Oct. 24 to Nov. 2 " 1 II 22 1871 " 12 Oct. 17 June 16 Sept. 18 •' 8 Sepi 21 Mar. 2 Dec. 23 Not well marked Mar. 13 Nov. 30 / a TORONTO METEOROLOGICAL OBSERVATIONS. I oo" (i; ■«f c: r/j C) t3 o tl3 w § u P K H fS ^ cm O 1— 1 a o o H d H CO 5 1-H 73 BJ' « . <) -Ij 1— 1 H M ^ fH Ix I-; H kJ y H M 15 M 1 02 O H H M i 02 ^^ Pj o O s n o ^ ? F^ M pq « >< S Pi H ^ iz; O ^ s ;^ o xj fO t^ in '♦I C4 O ao in CJ t- rH CO s °5 S s s in s s s s s s s a' 00 CO ■«1< M Ol I- rf rH t- N to to 00 °:? lO t- o> o N -t< to t- o> s rH ■>* •f lO in in in lO to to J3 o •a ^ to o ■J e« 00 'It o> CO in M °:3 to 00 o» ^^ IN 3 in I— 00 o rH p^ •>«< •* Hjl ta O 1 3 in to CO to g N o> in ft t- CO 00 ■* o> ■^ t- 05 oto OS fi IN 3 m 00 g r-* ■y" Tjl ■<* •>* o m in in o to to CO (M o o t- in CO o I- CO 00 .4 ^ °=2 :§ B 00 in s s 3 s & 2 o l- IN _1 ira CO M rH o> oc m CO o 'O o eo C^ o^^ >o t~ O o IN •K s t» o> r^ CI •n kr> U3 in ■i; to to to to t- t- >> >o O ■It o in C5 i-s o in o ^ o r^ l-H IN IN CO iH i-i 74 CO s c» O 04 «o ■n in in to I— 00 00 o 00 § °il s IN S §5 f-i CO ?? in CO Eo CO rH 5 CO CI -t< 00 »* rH 00 «- in -* CO rH o O?) CO -t lO e» o IN •H* to 00 S CI e-i IN W M f) IN CO CO CO CO CO Tjl . -f ■« 1- rH 00 ■H< IN o 00 m CI or O-f •n to 00 Oi rH S3 in to 00 o ,_ ^ pH (N IN o to a> o IM ^ to t- O) r-^ (N -t ^ O N ?? s t- O) w^ ^ in t— (35 r^ IN CO CO eo CO •* Hjl It ■cfl lO rH lO o 00 t- t- 00 00 00 00 00 »- rH CO in b- o> rH CO CO w CO CO •«1< -* •>* H* Td to 1" o to oa> a o> o> 05 o a S o 1-1 .'H i-t •H IH fH I-H rH IN G^ c< a* , i-H IN in o> CO W O CO to o to s OO IN § § § cJ CI IJ a ^ 55 3 1 00 o> r-l T»l 00 rH ^ 00 IN t- ■* °s § rH (N rH IN fH n o r-* s S S 09 rH o> rH ■»»l i-s N 64 TORONTO METEOROLOGICAL OBSERVATIONS. ^('•"^"•"•••(■i ^^1 o H O o H o CO o ^ H 00 ^ -«! ^H s •Ml cf m Pi 8 t ^ O >H >H 1 pi N h4 I) w tH 3 >j OQ r/J t Q O H n ,<1 (4 i-i M O) (d O o a d q « 1 1^ i-i \H w" > a Oj r 1 85 W 03 a; H H o i b- 1-1 OS M 00 T»l OC5 CO (D *t .-4 0> M CO M eo N f» C^ .d •* 1-1 >o I- 00 CO 00 °S s S g; 1-4 f^ § eS s ,d to ei >n lO M o m CO -n a> or 00 CO ^ ?? s {^ s s M N in 00 t- co CO .a CO S CO »)< •^ O'O CO •-" Tti •* •^ C-3 CO !0 r- to 1-4 1-1 CI c» § "> ;<:: s s s o CO O X3 O r-( rl (N O 03 •3 o in o O -11 C3 IN CO -d o op in CO c-i CO CO f CO i-< Or- t~ CO 01? or 00 to to to to to to o CO in A 00 "* o CO CO ^ t- °3 CO to s s s to ^ c^ t- Ci Oi o s s s s CI rH to to lOh. o> to ^-1 CO ■* "S 3 S ^ s 00 CO to CO t- in to to to to to to •* -11 -ii i^ t- 1^ 1* 00 CO pH to Ol o 05 s o.-o s in in ■4^ CO CJ 65 Ill -I' TORONTO METEOROLOGICAL OBSERVATIONS. ii L* • TABLE LI. Mean Abnormal Variations of Temperatctre, with their proper Signs, arranged according to the direction of the wind at the time of observation, in each Month, in each Quarter, and in the Year, from THE Eight Years, 1860-67, derived from Table XIII by the application of certain corrections. 11 i Mouths. N. n.e. E. SE. S. S.W. +3.74 +4.69 +3.71 +1.68 +1.96 +2.04 +3.07 +2.70 +5.31 +4.82 +3.15 ■f-6.01 W. n.w. 1 Calms. January —7.94 -6.57 —2.15 —1.71 +0.81 +0.12 —0.28 +0.25 -2.42 —2.51 —3.61 —10.00 +0.10 +0.16 +0.29 —0.10 +1.01 +0.09 —0.99 —0.88 -1.11 +0.24 -1.27 —3.85 +7.65 +3.38 +2.03 +0.99 —1.86 —1.25 -1.97 +0.48 +0.75 +1.94 +2.67 +6.24 +10.62 +2.35 +0.87 +1.20 —0.33 -0.94 —0.03 +0.25 —0.10 +1.60 +5.04 +3.51 +§.42 +6.84 +2.53 0.00 —0.06 —0.86 —0.91 +0.61 +2.68 +2.58 +6.27 +6.44 o —0.65 —1.00 —1.30 —1.08 —1.24 +1.75 +1.60 +0.01 +0.64 —1.60 —1.26 -1.31 —1.46 -l.m -6.27 -2.93 -2.51 —1.65 —0.34 —1.18 —1.03 —2.48 —3.88 —2.39 -3.94 -;.2o —0.68 -0.66 +0.68 +0.45 +0.18 +2.04 +0.92 +1.93 —0.36 —0.36 —0.86 Ffibruarv M&rch April May June July August September October. November D^^mber Spring. 1 Mar. to May.. —0.85 +0.41 +0.55 +0.63 +0.68 +2.48 -2.33 +0.36 Summer. 1 June to Aug.. j —0.05 -0.49 —0.91 +1.79 —0.28 +0.46 +2.65 +1.03 —0.94 +0.97 Autnmr. ) Sept. to Nov../ —2.67 —0.48 +1.95 +3.27 +4.25 —0.83 —2.87 +0.47 Winter. \ Dec. to Feb. ... J -8.39 —1.02 +5.69 +5.04 +6.87 +4.52 -1.01 —5.06 —1.24 Year —2.92 -0.37 +1.51 +1.69 +1.88 +3.57 —0.90 —2.68 +0.42 66 TORONTO. General Meteorological Abstract, January, 1863. DAILY MEANS. 1 1 WI.NP. 1 [ F-XTURMES OF ' TEMPERATURE. ( BAIN. BNOW. Itotal r*LL. 1 £ A* 1 It O &.0 •3 a O € it = a 5.2 ' in > 1 a a 3 '0 6 £ 1 G.5 1 a ■>< ? Il II - .1. 1 ; a g-'E 2 id 1 0.122 -;-i 'JO. 907 29.785 0.5 1 S42W 8.1 8.2 1 |:i0.4 19.2 1?.2 ... ... ... ... ... 2 ■35. C .let) 80 .68-1 .O'.o O.S S3CE 1.8 2.1 41.5 25.8 15.7 ... ... ... ... ... ... 3 40. e .210 86 .537 .313 0.9 S78E 1.3 1.3 45. ( 34.8 10.2 jo. 030 2..'. ... ... 0.030 2.6 4 Su nday S55 W 7.5 11.0 17. C 38.5 8.5 K 0.4 ... ... R 0.4 6 38.7 .178 75 .204 ,osc 0.7 ! S 50 W 6.0 0.3 !15.4 33.0 12.4 .015 3.0 ... .015 8.0 6 32.5 .140 70 .23i .083 0.9 N 59 W 10.2 10. 9 .>7.2 35.0 2.2 R 0.3 0.1 3.2 .010 3.5 7 16.0 .063 70 .783 .720 0.0 N33W 5.9 1 6.3 20.5 11.5 9.0 ... ... 0.1 2.5 .010 2.6 8 22.4 .102 8'. .940 .844 1.0 N34E 0.3 1.7 !25.8 1 15.5 10.3 ... ... 4.0 18.0 .400 18.0 9 29.7 .141 85 .913 .771 l.O S20E 6.6 6.8 33.0 21.0 11.4 ! ... • •* 0.7 5.0 .070 6.0 10 j34.6 .172 86 .289 .117 1.0 S 37 W 9.5 12.6 37.5 29.2 8.3 .445 2.6 2.0 5.0 .645 7.5 11 Su nday N5&W 9.3 10.9; 33.0 29.7 3.3 ... 0.1 1.5 .010 1.6 12 23.3 .117 89 .775 .658 0.8 N43E 1.4 2.3: 1 30.4 12." 18.2 1 ... ... ... I 13 30.7 .160 !!3 .795 .636 1.0 S84 K 9.9 10.2' 38.5 22.7 15.8 .250 9.( 1.0 3.0 .850 12.0 U 38.1 .221 OC .306 .085 1.0 S80W 5.4 ,.J il.2 29.2 12.0 .255 6.0 ... ... .255 6.0 15 26.5 .122 85 .278 .15.i 1.0 NIOB 9.9 10.6 30.0 27.8 2.2 ... ... 6.0 15.5 .600 16.5 16 3.1 .044 86 .274 .231 o.r. N21 W 9.7 10. r 8.9 3.1 5.8 ... ... 1.6 6.0 .150 6.0 17 -0.3 .039 .S6 30.126 30.087 o.5i N21E 4.1 4.2 8.S -14.0 22.8 ... ••• 0.2 3.6 .020 3.6 18 Su nd.iy S33E 2.4 4.3: 22. U 2.4 19.0 ... ... 3 0.5 S 0.5 19 22.4 .110 80 30.138 30.02* o.f,; N 51 E 2.0 2.3 .31.8 7.2 24.6 ... ... ... ... ... ... 20 30.1 .153 91 29.929 29.776 l.Oi N76E la. 5 15.: 31.8 26.2 5.6 ... ... 1.5 4.7 .150 4.7 21 31.7 .161 90 .863 .702 1.0 N74E 7.4 7.5 .34.4 27.9 6.5 R 1.0 0.4 3.2 .040 4.2 22 34.3 .186 94 .779 .593 1.0 S31 W 3.1 4.C 30.2 31.0 5.2 .012 1.6 ... ... .012 1.6 23 35.1 .173 85 .849 .670 0.8 N78E 5.9 7.1 38.0 32.0 5.4 ... ... ... 1 .. ... 24 34.9 .180 8S .761 .581 0.8' 8 42E 2.1 9.3 39.8 29.6 10.3 ... ... 3 0.2 S 0.2 26 Su nday 3 69W 4.9 5.8 38.5 34. S 3.7 ... ... ... ... ... ... 26 32. S .174 9'; .025 .451 1.0 N23E 3.0 3.5 38.0 29.0 9.6 .116 3.6 1.0 7.0 .215 10.6 27 30.1 .140 S3 .520 .380 o.o! NllE 7.0 4 33.5 29.8 3.7 ... ... 1.0 6.6 .100 5.6 28 21.4 .103 89 .684 .481 o.p: 1 X 20 W 4.7 4.8 28.4 22.0 6.4 ... ... ... ... ... 29 23.7 .111 85 .301 .190 0.8 S76W 3.3 4.l|i 29.2 11.7 17.5 ... ... 1.0 3.6 .lOo 3.6 SO 30.0 .137 83 .432 .295 1.9 S84W 8.4 8.9II 1 36.5 25.2 11.3 ... ... ... ... ... ... 31 ; 30.8 .138 SO . 567 .429 0.0 S5;W 10.9 11.0 .u.o 20..'- 7.2 ... ... ... ... ... ... _1 28.1 0.140 S6 29.647 20.506 0.8 N 61 W 1.1 1 7.2 33.;; 1 22.9 10.4 1.122 29.7 20.6 "■{ 5.182 117.5 TORONTO. General Meteorological Abstract, February, 1863. m 1 •2 3 4 5 6 7 8 9 10 11 12 13 14 16 16 17 18 10 20 21 22 23 24 25 26 27 28 DAItT MEANS. SB OS Si Su 13.6 -0.2 -4.5 22.7 •24.7 24.4 Su 29.3 28.0 26.9 23.5 11.7 28.7 Su 22.1 24.8 30.8 36.4 26.3 7.5 Su 14.5 24.7 29.2 36.2 31.7 28.2 nday 0.062 .036 .034 .116 .120 .104 aday .181 .123 .111 .104 .061 .134 nday .089 .09C .161 .198 .117 .063 nday .076 .112 .130 .188 .137 .129 a.i 0.110 83 29.655 .966 30.412 29.888 .573 .867 .711 .860 .817 .645 30.025 29.691 30.051 29.894 .036 .247 ,489 30.157 30.036 29.826 .812 .372 .592 .790 93 aa -^> EXTllEMES OP 1 II KD. ra:?(. SN JW. TEMPERA! UHK. '<■ 1 9 \ . , ^ d 2 '^ ■ C a s 3 a a ll Id _ ,-0 s> •id is Dept inch TOTAL PALI. 5$ 29.093 .930 .30.37S 29.772 .453 .762 0. .661 .737 .706 .640 .964 .557 .962 .798 .485 .OlS .3 30.104 29.960 .714 .682 .184 .455 .660 29.79229.682 Sol W .3 N79W .3 N16 W .6 N71E .0 S65E •0 N66W .4 N61W N3E .0 N84E •»I N66W 1 • Si N80E NlOW .2' N7E 1 1 •4, S 29 W 1 S 80W i .o: N32W .3' N.54E .c' N82E t j j N 28 E li [ N 38 W 3J I N 16 E I N 43 E S'i N40E Sll S53W .3j; 6'18E 1.0;! NS9E h ,7! N76W N69E 0.7 N23W 13.2 11.3 10.7 10.2 12.7 5.2 9.3 6.6 2.6 10.3 3.5 7.4 3.5 7.7 16.2 4.3 5.5 5.2 3.7 18.4 11.2 12.5 3.3 4.9 l.C 2.2 11.0 7.0 2.; 17.4! 13. oj 11.2 12.7 13. ii 7.6 10. ( 7. Si 15. SI I 10.5' I 6.oj 8.3: I 4.5 14. r. 17.0' 6.ii, O.V 6.9| 6.7| 19.1 12. ej 12.9: 4.0| I 5.01 ; 8.7| 13.3: 8.3i .)7.S 19.0 11.0 15.8 :il.8 ;28.0 31.2 32.4 to.o 32.5 30 29.0 •2i.8 41.2 37.4 28.0 31.0 37.0 33.2 36.0 12.8 14.2 22.0 05.0 36.4 41.5 38.5 30.6 10.1 30.1 o 27.0 IC.l 0.5 -19.8 -3.0 8.8 21.6 16.4 21.8 25.4 19.7 22.3 1.5 9.4 27.6 22.6 14.2 20.4 31.4 27.9 3.0 1.8 3.5 14.6 21.4 22.2 33.6 21.0 10.5 o 10. ^ 0.085 1.5 0.4 3.0 0.125 2.'.' ... .,. .,. 10.5 ... ... ... 35. f ... 1.0 7.2 .100 34. 8i ... 10.0 19.5 1.600 19.2 ... 2.0 10.0 .200 9.7 ... .,. ... .,. ... 16.0 ... .,. 0.1 0.5 .010 18.2 .630 7.5 2.0 7.5 .830 7.1 ... ... S 1.0 S 10.9 • ** ... ... ... ... 1 0.7 ... ... 0.1 2.0 .010 20.3, ... . ... ... ... 31..! 1 ,045 1.6 ... ... .046 o.^i ... ... ... ... 5.4! ... ... ... ... ... 17.4' ... ... ... ... ... 10.0 1 .040 5.1 ... ... .040 0.8; .590 10.5 ... ... .690 S.lj ... ... s 0.5 S 0.3 ... 0.2 2.0 .020 12.4, ... ... 0.2 4.5 .020 18.5 ... ... ... ... ... 20.4 ... 1 15.0 II 1.0 ... ... R 19.3 .060 7.5 ... .,. .060 4.9 ... s 0.5 S 9.9 lit 14.0 1.450 40.7 22.0 58.2 3.660 ■? li P i 4.5 7.1 19.6 H.O 0.6 15.0 1.0 3.0 16.0 5.1 16.5 0.5 2.0 4.5 1.0 7.5 0.5 D.Utr MKANS. WIND, f.xthrmes op [ temperature. | 1 R.UN. SNOW, TOTAL FALL, DO 2 3 it a = V ^1 73 a -I) If U as ,- U". o £,i: ^ ir > 3 II ♦J 5 k 1. — ■ ! >> ±~ 3 3 a S 3 a ■B 1 a ■ 1 i .2 II s d S.2 2 1 .9 11 Id eg "0W. 1 TOTAL FAIL. p 2.i 5": r. ,~ 3 3 "3 - <; 5 S ad 5.2 Is .-1 III a ?5 3 3 a S I a ill ;I5 ^2 "si t a. -2 S M 0.3 1 o 52.5 0.202 52 29.553 29.. 352 0.0 i S 29 W 0.2 6..: 00.2 30.4 29.8 ... ... ... • .. 2 46.0 .103 05 .030 .430 0.6 N02E 6.2 7.5i .58.0 42.6 15.4 ... ... ... ... 3 Su inlay N73E 8.1 S.3; 17.0 37.0 9.4 R 0.5 ... R O.T) 4 44.7 .219 74 .581 .362 1.0 N81E 5.5 6.5! 50.8 41.0 9.8 ... ... ... ... ... ... 5 40.1 .171 69 .615 .444 1.0 N73K 13.6 13.8 15.0 39.6 6.4 i).170 10.5 0.1 1.0 0.180 11.6 6 40.3 .207 82 .678 .471 0.8 N69E 9.7 10.0 15.2 37.4 7.8 .108 5. ) ... ... .105 5.0 7 46.5 .208 00 .593 .385 0.4 N47E 3.2 6.9| .54.0 .38.8 15.2 ... ... ... ... 1 ... ... 8 51.3 .227 60 .603 .376 0.1 S ''3 E 2.1 3.&t 1 61.8 41.0 20.8 ... ... ... 1 ... ... 9 55.6 .260 69 .576 .316 0.4 S41W 1.6 2.2 66.6 42.0 24.5, ... ... ... ... ... 10 Su nday S83W 0.3 1.4 64.2 45.2 19.0; .098 4.0 ... 1 .098 4.0 11 Isi.c 1 .322 87 .654 .83;^ 0.9 1 N 73 E 4.6 5.3 55.4 52.0 3.4 .825 15.5 ... i ... 1 .825 15.6 12 '48.9 j .323 93 .661 .338 0.9 N89E 1.2 1.7 54.0 46.4 1 7.0 .150 4.0 ... ... .160 4.0 13 52.1 .295 70 .021 .320 0.0 1 N16E 1.0 5.1 61.5 45.2 10. 3| .242 4.2 ... ... .242 4.2 14 48.4 .259 70 .574 .315 0.7 N 30 W 8.4 9.0 54.2 45.8 8.4 .533 8.5 ... ... .633 8.5 15 51.0 .235 02 .008 .373 O.C S16W 5.1 6.7 03.0 43.0 20.0; .030 0.8 ... ... 1 .030 0.8 16 52.5 .305 77 .356 .051 0.8 N 82 W 3.7 9.0; 84.5 44.5 20.0' r 0.2 ... ... R 0.2 17 Su nday N79W 6.6 9.8: 59.2 40.2 19. Oi 1 .045 2.6 ... ... ! .046 2.5 18 50.3 .244 68 .635 .391 0.3 N54W 11.2 11.6 1 60.0 41.4 18.6 ... ... ... ... ... ... 19 59.0 .270 55 .665 .395 0.3 S 56 \V 8.9 9.3, 74.0 39.2 34.81 ... ... ... ... J ... ... 20 57.5 .370 79 .684 .308 0.8 S54W 4.4 4.4' 06.6 50.0 16. 6j .030 1.0 ... ... .030 1.0 21 04.8 .378 62 .829 .451 0.1 S45 W 6.2 6.9 75.4 50.4 26.0: ... ... ... ... i ... ... 22 67.8 .443 67 .820 .377 0.1 S60W 2.7 3.2 79.0 .52.8 26.2^ ... ... 1 ... ... 23 69.6 .427 69 .621 .194 O.C N84AV 1.7 2.7 1 78.5 60.2 22.3, ... ... ... ... ... 24 Su nday N85W 1.6 6.6| 75.4 59.8 15. c; ... ... ... ... ' ... 25 50.3 .305 66 .620 .321 0.0 N86E 9.4 10.0! 61.8 61.0 10.8 ... ... ... i *•• ... 26 57.0 .320 71 .732 .405 0.2 N68E 5.0 5.7' 64.0 47.8 16.2: ... ... ... ... , • i* ... 27 59.8 .357 70 .701 .434 0.2 S17W 0.2 0.3 70.0 52.0 18.0 ... ... ... 1 ... ... 28 63.2 .361 62 .703 .342 0.1 S51W 0.5 0.6| 75.2 40.0 26.2' ... ... ... 1 ... 29 64.0 ..380 64 .484 .104 O.f N62K 0.4 0.6 70.2 62.6 23. C ... ... ... ... ... ... 30 01.6 .409 S6 .143 2'<.674 0.9 S33W 1.4 3.1 70.4 55.8 14. fc! .210 3.5 •t» ... .210 3.5 31 Su 54.3 nday 69 O.t' S63W N56E 2.4 3.4 09.0 57.5 40.3 11.51 17.2 .925 7.5 67.7 0.1 1.0' 1 .925 7.5 0.299 29.017 29.318 0.4 5.9 J3.4 3.363 3.373 63.7 h^l > i 3 3 a a a ^ d .id' 1 .2 5ri i.< 9 3 ZZ as •O 2 w d a £ 1 rfJS 2'^ — 0) ?^| ■oi f.-^, ?^ C a X £ s 3 =! 1 ! i^ 2-1' •S ^ 1 &-S 2, -a as H eu> :i^ a; a. 1.0 a 1 «p ^ r' 1 ?! ^ 3 «.s '<1'T3- a.i= -.2 • 7g.l 71.3 71.7 72.2 Su 71.8 73.1 73.7 I J71.1 .70.8 I 69.4 j Su |62.1 |66.8 66.7 '56.6 ,56.6 61.1 Su 62.8 i 62.8 64.5 I '68.0 i 71.6 !66.6 I i Su 1 66.5 66.7 I 69.4 67.6 71.6 167.6 0.672 77 29.576 28.901 .667 88 .622 28.955 .661 85 .680 •29.024 .648 82 .628 28.980 nday .594 TO .565 28.971 .62,1 1 CO •;o.4 .53,0 iL. 0.100 5.2 3.0 ... ... I.IOO 5.2 2 ')5.(i .382 84 .476 .001 0.7 8 CO W 3.5 5.0 iVl.t, .56.4 0.1 .020 ... ... .020 3.0 3 JO.C .322 80 .459 .137 O.l: a 2E 2.0 3.0 m.n 39.0 20.0 .018 1.0 ••• ... .018 1.0 4 Su nday 3 46\V 11.8 11.9 .J4.5 40,0 7.9 .012 0.6 ... ... .012 0.5 6 17.1 .270 83 .679 ..309 1.0 IS70W 7.4 7.5; .)1.4 43,4 8.0 .007 3.0 ... ... .007 3.0 6 45.2 .243 81 .700 .463 1.0 d37 W 4.0 4.1 51,0 44.0 7.0 R 0,7 ... ... R 0.7 7 15.9 .284 1)1 .622 .338 1.0 N40B 2.9 4.0 1 .•)0.0 42.0 8,0 .207 12.5 1 ... .207 12.5 8 40,0 .265 82 .519 .264 0.0 NOOW 4.7 4.8 ,•54.0 44.0 10.0 .006 0.0 ... ... 0.0 U 46.8 .251 83 .663 .402 1.0 N 6B 3.0 3.8| iO.2 .39,0 11.2 .043 2.0 ... ... .043 2.0 10 42.2 .198 74 .f90 .092 0.5 N 7W 7.7 7.9 54.0 38. 2 16.8 ... ... ... ... ... ... 11 Sii ndaj N 20W 4.4 4.0 4.5 47.0 .35,5 11,5 ... ... ... ... ... ... 12 39.0 .174 73 .704 .590 0.1 N 2.4 49.0 30,0 18,4 ... ... ..• ... ... ... 13 11. R .201 70 .7M .550 0.2 N50E 4.1 4.9 .50.8 .33.4 17.4 ... ... ! • ... ... ... 14 49.2 .303 S7 .034 .3.32 0.4 N39E 0.1 l.lj ,59.4 38.8 20.0 R 0.2 ... ... R 0.2 16 .53.2 .321 79 .600 . 28.- 0.1 I V 53 E 2.7 3.2 8.9 64.4 42.5 21.9 R 0.1 ... R 0.1 10 57.2 .431 92 .413 28.982 1.0 N:i8E 6.8 02,0 50. r 12.0 .308 8.5 ... ... .305 8.5 17 58.7 .462 93 .334 28 872 0.4 3 "- »5 3.4 4.8 04,2 55.4 8.8 .180 2.5 ... ... .180 2.5 18 Sn ndd.v 3 SOW 7.5 8.1 .58.0 47.0 11. • •• •■• .. ... ... ... 19 48.8 .203 SI .560 29.297 •;t. s:' w TO 4.8 .53.2 46.0 7.2 <•• ... ... ... ... 20 .Jl.7 .•28'2 74 .520 .244 0.7 S34 W 5.1 S.7 59.8 30.0 23. R ... ... 1 •■' ... ... ... 21 14.8 .183 03 .834 .051 0.3 N81W 8.2 8.9 53.0 40.4 13.2 ... ... i ... ... ... ... 22 to.i .184 74 .9% .811 0.7 N43E 3.4 4.8 47.5 33,0 14.5 .205 O.f i ... ... .205 6.5 23 .59.5 .222 02 .080 .458 1.0 ■v 40 W 3.4 5.1 14.2 30. f. 7.T .390 7.(> ... ... .390 7,8 24 35.8 .101 .•*• 1 1 .989 .828 0.7 N 4E 0.1 0.3 42.0 33.8 8.2 ... ... i ... ... ... 25 Su mlay N 48 E 4.2 4.0 ■!9.2 32.4 0.8 ... ... i ... ... ... .., 20 :56.4 .109 78 .30.141 .972 0.7 N55E 3.1 4.4 ,43.5 1 30.5 i.j.O ... ... ... ... ... ... 27 38.1 .107 73 30.030 .910 1.0 NOIR 3.0 4.8 43,8 30." 7.5 ... ... ... ... ... 28 37.4 .161 o8 30.024 .873 0.5 .S73B 5.8 6.5 )!,8 3r'., 2 :i.r ... ... ... ... ... ... 29 42.9 .210 7; 29.827 811 0.7 S37E 8.0 9.9 18 33.0 15.0 t** ... ... ... • •• ... 30 48.3 .316 93 .401 .14.5 1.0 S 8E 8.4 9.9 51.0 13. S 10. e .970 11. 8 ... ... .970 11.8 31 42.3 .18;) CiO .096 .507 o.c S76W 13.7 14.1 :A.0 43.0 11. ... ... ... ... ... ... 45.9 0.2C0 80 29.007 29.437 0.0 S 71 W 0.5 6.2 52.8 40.!) 12.3 2.522 65.9 ... ... 2.522 05.9 w TORONTO. Genehal Meteorolooican Aiwtuact, Novemder, 1863. DAttV MUAXS. ,1 WIND. 1: 1 EXlREMt;?) OK Tr.MrKB\TiHE,j R.UX. sxow. TOTAl FAU. a 1^ ■6 S i h = 1? as ai o 3 6 11 HA ! a a 5 1 i a 1 a '2 ? u a ii i.2 1 11 a ,! Sii why N hi K i.l . IJ i 4.S 12.(1 IJ.b i li.2,| ... • <* ... ... ... ... 2 ! 43..') 0.231 HI '.iO.OOi. 29.405 0.9 S 57 K 3.1 9.(1 ■;0.0 'U.O 19.0,1 .047 o.sl ... ... 0.04" 0.8 :i 41. f. .is;! •I'.i .701 .621 O.fi W 10.3 10.4 ts.o 41.2 fl-Y ... ... ' ... ... ... ... 4 4;i.2 .201 :.' .72U .51C O.t S 19 K 3.7 O.r -.1.4 JO.d 21.4; .355 2.0 ... •*• ).36u 2.0 ft 50.2 .281 -•. .27;'. J8.992 o.s 3 85 W 10.7 12.1 17.(1 41.0 -'•'V - ... ... ... \ ... ... :i0.4 .191 7!i .4i;;i 29.209 o.r N70W 9.0 1 9.9 10.2 :i8.o 7.(:; .189 4.5 ... 1 .ISII 4.5 7 38. t .2:;u IM .42.-. .205 i.i N 9E 2.;i 4.5 U.O ;i;;.2 10. s 1 .a.'iO 7.0 ... .250 7.0 8 Sii iidtty N 24 W 7.7 7.8 17.2 32.0 6.2 ... *■• S 3.f 8 3.0 30.6 .12r, 74 .833 .708 0.1 \28 W 0.0 7.0: .17.5 20.0 11.6 ... ... ... ... ... 10 30.2 .12!» 77 .854 .725 0.7 S79W 8.0 0.9, ■■!7.4 24.0 13.4' ... ... 8 0.1 S 0.1 11 42.0 .204 70 .413 .209 0.( S 53 W 11.5 "■■, IS.O 29.2 18.8, 1 ... ... *■* i ... 1 1 ... • *• 12 42.0 .230 84 .453 .22y 0.8 S40W 1.2 ■■i 52.0 :i5.u 17.0 ... • ** ... ... ■ *• 13 .39.4 .213 88 .521 .30S 1.0 N70E 9.:; ».,,; U.O 34.2 9.8 .095 0.6 ••• *.. .095 6.6 U 43. !• .213.-. 01 .372 .107 !.(• N 74 E 4.9 0.;;^ 10.8 :;0.4 13.4 I .242 14.0 ... ... .212 14.0 15' 1 Su nilay N 15 K 5.7 C.d' 1 40.0 12. ^ 0.2 .40,-, 17. ( ... ... .405 17.0 If. '43.. > .271 ;i,; .oOC. .2'.).-) l.( N 82 K 1.2 1 1.8 15. ^ 12.6 3.3 .070 9.0 ... ... .070 9.5 17 44.': .2:)o' SI .43b .205 1.0 N52W 12.9 13. 4 19.0 :i9.0 10. (' ... ... ... ... ... ... 18 43.5 .21S 7r, .212 .025 0.( S57W 5.8 12.9! 48.0 12.6 0.(. ... ... ... ... 1 1 ... ... 19 47.0 1 .207 S2 .325 .058 o.r S45 W 8.0 0.0; ■i3.5 ;i7.8 16.7 R 0.6 ... 1 11 0.5 20 39.2 .189 78 .520 .331 0.4 S 70 W 7.3 7.4, 44.8 40.8 4.0 ... ... ... ... ... 21 34.7 .173 85 .541 .308 0.5 S47 W 1.9 3.7^ 14.2 20.8 15.2 i ... ... ... ... 22 Su nday S82W 6.4 0.0 11.2 .32.0 9.2 ... ... ... .. 23 35.4 .147 71 ;50.0CO .912 o.r N74E 5.6 1 5.8 40.0 28.2 ll.S : .2.30 3.(' ... ... .230 3.0 24 ,39. 7 .200 84 29.370 .170 0.9 S 67 \V 6.3 14.7 ,^1.2 ;J4.0 17.2 .532 10.6 ... ... .532 10.5 25 33.4 .12; 08 .558 .420 0.8 N 87 W 7.C 7.9 .18.0 :i2.i 0.0 ... ... S 0.3 S 0.3 26 34.2 .145 74 .730 .585 0.{ S 50 W 0.0 C.l 40.4 27. t 12. S i ... ... ... ... ... ... 27 38.! .201 S4 .043 .44-. 0.5 S17W 3.8 ■1.0 18.1 .;o.2 17.8 i .510 6.0 .•« ... .510 6.0 28 37.4 .20;. 87 .345 .142 l.( N 02 W 11.3 13.4 U.( 37. t 7.0 .140 7.6 s l.t .14C 8.5 29 Su nday N 41 \y 4.3 5.4 27.r 23.4 4.1 ... 0.1 6.6 .Olf 5.5 30 22.7 .09L 70 .820 .727 0.7 S73W 13.5 13.7 27.1 17. *■ 9.4 1 1 1 ... s 1.0 S 1.0 39.] 0.19S bO 29.55C 29.355 0.7 N 88 W 3.£ 7.9 14.^ 1 <33.C , 11.5 ';J.65t ll . 93.f 0.1 10.! J.06( 1 1 1(J4.7 11 TORONTO. General Meteorological Abstract, December, 1863. DAILY MEANS. WIVD. EXTREMES OP TE.MPEUATUUE. KAIW. 8N0W. TOTAL f AU. 1 p 3 S - H s a. -i .2 :4 (2> o •a i ''■ s Si: II i i 3 H 3 .J i a 2 5 1 .2 i 0.-P 1 a,s ■0 11 1 a ill S is 1 Q C *~* a Is p 1 ! o ' 0.142 7;i 29.07. I 29.5.3; .' o.c jis52W 15.1 15. 3i 4?.{ , !?.i .l5.7 ... ... ... ... ... • •• tj :{3.'. ; .154 7'. .(■/<'. t .53. > 1.0 Ncnv 9.1 12.2 44. ( 32.' 11.; ... ... ... ... ... ... 3 32. C .152 78 .78.1 . C3i ; 0.8 s 5.f 8.S 13. C 21. f i21.i ... ... ... ... ... 4 i2.C .199 '£ .53t .341 o.s S 81 W 7.t 9.f -.3.4 33. C 20.4 ... ... ... ... ... ... 5 24.8 ,110 "9 .0^. -8V. O.t N 89 W 9.8 10.] !3J.2 25.2 8.C ... ... s 1.5 s 1.5 6 Su udaj- N71E 1.8 2.8 27.0 12.2 14.8 ... ... ... ... ... ... 7 27.0 .121 > 31 30.115 .994 0.0 ■ S 30 K l.S 1.9 ■37.8 18.8 19. ( ... ... 1 ... ... ... 8 32.0 J2.5 .157 • ■9 2e 831 .674 o.c { 3 55 W o o 2.t 41.8 •:'3.0 18.8 ... ... 1 ... ... ... ... 9 .106 • 7 .9."3 .827 o.c ' N 17 W 13.4 14.2 55.8 20.2 9.1 K 0.2 ... ... r 0.2 10 13.8 .ocs ; 9 30.163 30.0SO 0.7 N84E 1 8.f 9.7 27.0 -1.5 28.5 .. ... 0.2 CO 0.020 6.0 11 !28.2 .139 > 8 29.72S 29.589 1.0 1 S 89E 4.4 4.7 34.8 14.0 20.8 ).040 4.8 S 2.0 .010 6.8 12 .■iG.2 .207 '3 C .590 .3S3 1.0 N65E e.8 C.9 43.0 27. S 15.1 .920 10. C ... ... .920 16.5 13 Sii aday ; N 50 E 0.0 7.4 10.0 30.8 9.2 .455 20. ( ... ... .456 20.0 14 :!5.] .1--7 :> 8 2S.9R4 28.777 1.0 S84W 15.0 21.4 14.4 -30.0 8.4 .400 4.i 0.1 0.7 .470 4.9 15 24.7 .098 7 4 29.737 29.639 0.4 N8nv 17.4 IS.O 28.8 20.0 8.8 •• ... 0.1 2.2 .010 2.2 10 19.2 .079 7 : -"0.128 30.049 O.v N51K 8.5 8.9 24.4 17.2 i >1^ ... ... 0.6 4.0 .050 4.0 17 J8.2 .151 ^ 29.419 29.2i5? l.C N 81 E 10.2 17.5 :;g.o 10.4 19. ( .130 11. C 1.5 10. .280 21.0 18 20.;^ .12;; s 1 .314 .191 0.9 S 73 W 13.1 13.5 31. S 27.3 4.( ... ... S 0.5 S 0.5 19 18.-1 .078 7 ' .044 .400 0.8 N71W 10.9 11.6 21.9 14.7 r.2 ... ... 0.1 2.2 .010 2.2 20 Sn nday N73W 5.4 5.f 21.2 7.8 10.4 ... ... s ',' 8 0.2 •21 20.2 .101 ;! .' . 022 .521 1-OJ-N45E 4.8 5.o! 25.0 10.0 8. -J ... ... 0.3 7.5 .030 7.5 22 n.8 .00! S. > .738 .074 0.8J; N20K 3.9 4.1 16.5 14.5 2.( ... s 1.0 S 1.0 mO 14.3 .ocs •>': ? .893 .S2f. 0.2 N 23 W 7.8 7.8 20.4 2.0 18.4 ... ... ... . . ... •2i 10. it .072 •. :3Q.0in . 939 0.4 N 3E 2.8 2.9 .'4.2 10.0 U.2 • (• ... ... ... ... ... 25 ... ... ... N73E 2.8 3.1 U.O 13.2 17.; ... ... ... ... ' ... ... 20 :3..s .131 SI 29.015 -7Si 0.7 N43E 0.9 0.9 14.0 :i.o 13. C ... ... 1.0 4.0 .100 4.0 27 Su I iday N60E 9.7 10.1 U.8 27. (. 7.2 U l.(. 1 o.;i 3.0 .030 4.0 2f^ 52.7 .171 02 .204 .093 1.0 S 01 E 0.0 14.0 IS. 2 25.4 12.8 .516 O.S 1.5 2.6 .605 11.8 2'J U.O .100 s: .314 .17S 0.0 1 1 S09W 11.2 U.,' ;7.o 2.0 5.0 U 0.2 i S l.C S 1.2 30 ;s.o .140 .S7 .827 .087 O.f. N 81 W 7.4 9.5 : il.8 9.0 2.8 • •• .., ... ... ... ... 31 !2.1 .100 02 .427 .257 ,.»! 8 82 E 14.2 1 8.1 1.8 9.3 •. .'2.5 .440 8.0 1.5 7.5 .590 15.5 1" 1 ;7.oo .120 S3 29.09S : 9.509 0.7 1 X41W i.e i 9 4 4.0 ; 0.7 1 3.0 . '.900 7 5.2 7.1 J 5.8 a .070 1 31.0 1' 1.5 0.2 6.0 6.8 16.5 20.0 4.9 2.2 4.0 21.0 0.6 2.2 0.2 7.5 1.0 4.0 4.0 11.8 1.2 15.5 131.0 I 2 3 4 6 G 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 20 27 28 29 30 31 TORONTO. General Meteorological Abstract, January, 1864. ii 'I! ri.\ILV MJiiNS. wi:fD. V 3 tn ,9- 9 ■ ii U (S flS u o 3S o 9.S -2.4 Su 12.5 15.4 12.5 9.4 11. 1 9.9 Su 17.0 27.4 29.8 29. C •28.4 25.0 Su 31.2 25.4 19.4 19.0 27.9 ■33.4 So 34.9 ;56.0 36.4 30.8 23.9 27.1 Su 22.8 0-071 .032 nday .065 .075 .062 .057 .000 .060 nday .073 .116 .133 .141 .128 .105 uday .149 .121 .080 .09:! .135 .068 nday .x70 .162 .108 .174 .125 .133 nday 0.110 29.280 .737 .808 .574 .910 .977 .040 .549 .453 .240 .310 .472 .439 .780 29.209 .705 .743 .490 .854 .920 .530 .439 .380 .130 .177 .332 .311 .075 .150 .731 .90S .720 .479 .205 .373 .507 .650 .920 .729 29.689 M rs ! § i 3 I 5 a EXTREMES 07 TEMPEBATUKE.I la RAIN. '3 c SNOW. a Iji 1=1 TOTAL FALL. M o o '3 645 .496 .03: .64i .876 .691 .311 .065 .211 .330 .470 .795 .590 29.479 0.0 0.2 ! i I 0.9 i.o' 0.7 0.9 l.C^ .1 0.3 I 0.5 0.;; i 0.8j 0.9 0.7 l.Oj 1.0 I o.e! o.s! 0.4 I o.d 0.4! I 0.7! 0.4j 0.3! i 1.0 I 1.0 I i I I i 0.7: SOO'W S07 W SC5W N 40 \i S83W 8 81W S89W S 69 W S59W S50W S59W S47 W S59W S 83 .'d 3 89W S45W S31 W N BE N 48 W N36W S46W S55W S61W S44W S50W N 65 W S73W N 11 W N59E NCOE N 81 E S73W 28.^ 24. 15. u 3.1 7.C 7.1 3.S 10.2 17.4 13.9 11.9 12.9 7.8 3. 10.0 6 5.C 10.2 21.5 4.1 0.1 9.1 7.2 5." 2.9 3.4 1.3 3.5 9.C 8.5 11.4 6.0 28.4. 24.3; 15.0 4.7 ! 10.7, 10. 0| 4.3; 10.8 17.5 13.9 12.0! 13.l| 8.2 4.1 11.7 0.7 3.0 12.8 16.2 20.0 10.0 17.0 14.0 15.2 19.0 22.0 34.0 35.8 36.0 34.8 31.8 5.0 38.2 10.3, 24.8, 4. 6.9 9.3 7. 71 ! 5.4i 5.1 5.41 1.6j 4.2j I 9.8| 8.&! ll.iji ! 10. 2i 35.0 29.1 27.4 31.5 .35.0 12.0 44.2 10.4 38.0 43.4 44.0 37.8 31.8 iT.4 29.6 o 8.2 -9.0 -0.6 9.S 10.0 11.8 2.0 5.8 5.7 6.2 11.0 16.4 26.2 19.7 30.0 1G.4 24.4 32.2 25.4 10.2 4.0 18.2 18.0 35.4 29.2 33.8 30.2 20.0 29.8 22.1 27.0 17.5 o 20.0 12. Oi 13.4 I 0.4 10.0 4.2 15.0 9.5 12.8 11.0 17.6 9.C 16.3 4.8 15.4 13.8 2.8 3.7 11.2 0.9 16.8 24.0 8.8 11. •. 4.2 17.4 8.0 8.0 9.7 10.4 12. R I R I I .020 .225 .920 1.105 0.2 2.0 3.0 S S 3.0 0.020 4.C 6.2 0.7 0.7 .200 .300 S S 0.2, O.i 1.0| 9.0 6.C 16.4i 2.0 3.0 0.5 4.0 10. 0.5 0.1 1.0 s 40 6.6 2.0 15.5 14. 1.6 2.0 4.0 20.3 05.5 200 .300 .050 .400 1,000 .050 .010 R R .020 .325 .920 3.79i 3.0 4.6 6.2 0.7 0.7 4.0 0.5 2.0 15.5 14.5 1.5 2.0 0.2 0.2 1.0 10.0 0.3 81.9 13. TORONTO. General Meteorological Abstract, February, 18G4. i DAILY MEANS. WIND. EXTRFMES OF TEMPERATURE. fc c > ^ ■.2 a i Si;; 1 2 3 4 5 6 7 8 g 10 11 12 13 14 15 16 17 18 19 20 •21 22 23 24 26 27 28 29 o Jti.O 34.5 30.2 31.2 32.6 ■28. 'J Su •22.7 11. C 4.6 r.i 29.6 33.4 Su 25.0 12.4 -4.6 ■0.4 27. Su 37.6 38.7 30.2 n.8 0.186 105 136 155 101 135 nday .104 .058 .046 .111 .131 .150 nday .106 .004 .034 .039 .056 .116 nday .189 .182 23.8 79 89 S3 83 .161 .102 .095 .138 nday .106 J4.3 .>'J.345 .347 .362 .106 .252 .444 .^42 .598 .96f .584 .441 .253 .298 .185 .739 30.04: 29.904 .026 91 S2 0.119 29.159 .1S2 .226 28.951 29.001 .309 .138 .540 .919 .473 .310 .103 .192 .121 .705 30.003 29.848 .510 .0 o.^l 0.7 0.9 0.9 1.0 0.7; 0,3 0.3 0.9 I O.P 0.< I o S 60 W .322 .215 .378 .437 .766 .040 ■95 82 29.491 .133 .033 .076 .50; .689 S71 W S74\V S N OW N 20 W S 38 W X89 W N49 W N47 W S C2 W S77 W S52W N 38 W N20E N57 W N70W 0.4 is 81 W I 0.7'JS49W l.6ls28 W I :si4w 0.8 Is 37 W i O.i- jS4'2 W I 0.',;N 09 W 12.5 7.0 10.5 7.3 1.3 CO 14.1 13.3 7.5 4i0 11.9 11.6 9.9 13.6 0.4 20.4 10. S 9.6 15.0 9.0 4.1 5.3 14.8 !i3.2 1 s I "5 RAIN. II SNOW. TOTAL FALL, .s CI a « ■: ■ — c '■£ -a a a . B 5£ 8.4, I 38.2 ;4.5 8.8; 36.0 4. a '.30.0 7.4J31.4 14.6 'u.O 13.4 28.8 7.9I19.4 II 5.2116.4 :l 13.635.8 12.31 35.2 1 10.0 39.0 15.6|p3.4 9.6|;31.6 21.3 I2I. 9 11. 15. 3I I 9.3 6.8 22.0 31.8 2§.4 34.0 27.9 25.0 31,0 27.0 2 .1 25.5 8.4 -0.6 -1.6 23.0 27.6 21.7 10.0 14.3 29.37 1.0; 0.2 0.'.'' N 14 E N35W S57 E S89W N 83 W S 84 W 7.6 2.1 12.3 7.4 4.1|36.5 6.7 !41.8 5.9J45.O i| 9.5.41.8 10.2 |30. 2 I 9.1,30,4 2.6 30.5 13. Ci 41.0 28.0 ■15.0 -7,0 -6,8 12,0 27,4 33, 14, S. 4,2 0,t 11, ( 5,C 4.4 3.9 3.3 11. C 17.0 .37,4 12,2 11.4 11,7 20.9 7,t 10. f. 13.8 28. t- 19. 9.1 8.0 12.8 0.305 10.1 .31.5 32.0 30.0 20.7 12.8 31,8 23,0 18,9 9.8 23.' 9.2 5,( 12. ( G.C ,03! t0.39i 0.1 0,5 1,2 0.1 0,1 :0.365 .lt20 .100 .020 .300 .050 .010 1.8: 1.611 9.5 3.1| 4.0! 1.0! 0.6' .010 15.5 0.21 1.0 55.6 .050 .120 .010 .010 .032 ,250 ,s a a- <1S 1.34: 6,0 1,5 8,0 0.5 8.5 3.7 0.3 1.8 3.1 4.0 1.0 0.5 1.6 15.5 0.2 1.0 63.1 14 1 TORONTO. General Meteorological Abstract, March, 18^4, 1.8 3.1 4.0 1.0 0.5 1.5 15.5 0.2 1.0 PAILY .MEAN'S. WIND. EXTHF.MrS OF TEMfEnATf- .. a = 55^ 1 22.2 2 24.4 o 27.2 4 39.9 5 31.7 6 Su 7 32.6 8 31.3 9 31.8 10 34.0 11 .39.3 12 33.9 13 Su 14 iO.9 15 22.9 16 25.9 17 •31.7 18 27.2 19 16.1 20 Su 21 11.9 22 U.7 23 21.9 24 30.9 25 ... 20 35. fi 27 Su 2S 35.1 20 37.3 30 i4.7 31 53.2 20,1 .100 .101 .129 .185 .103 nday ,131 .118 .130 .178 .226 .147 nday .133 .109 .110 .147 .121 .071 nday . 059 .04vi .080 .104 .183 nd.Hy .175 .19.^ .102 .199 .1,",5 -I -- CI V; ' 'J. *» . I I' i!-s ^ I' a ^ c \ ?• ■: •3 1 pi:5 ■U Ji hain. sxow. TOTAL V * S3 { a ia d Mr: a K Z \ "^ f. C 1 ■a I - .a J ■'.■ i" - 11: ■St Q.S ^n .4.= R 1.0 ... R 1.0 12 JO. 6 .176 81 .544 .368 l.C N72E 11.2 11.4 39.8 33.5 6.3' R 2.1 1.0 3.0 .100 5.1 13 36.5 .187 «; .462 .275 0.9 |n48 W 6.8 6.9 44.0 32.8 11.2 R 0.2 1.5 4.0 .150 4.2 14 ;9.4 .190 =^1 .507 .371 1.0 'n62W 2.6 4.^ 45.4 34.5 10.9 .033 1.0 ••« ... .033 1.0 15 to.c .100 67 .443 .274 0.5 ;N60W 0.2 5.2j 49.8 34.4 15.4 ... ... ... ... ..* 16 39.3 .161 6t' .345 .184 0.1 N21W 3.4 1 8.4; 49.0 31.0 18.0 ... • ** ... ... ... 17 Su nday N69W 13.0 13.1 .50.2 30.8 19.4 1 ... ... ... ... ... 18 39.0 .142 01 .697 .455 0.6 iNlS W 6.8 8.]^ 19.2 31.2 18. 0: ... ... ... ... ... ... 19 10.8 .168 60 .714 .547 0.9 N 7E 2.8 5.0 45.0 .34.5 10.61 ... ... ... ... ... • .. 20 il.5 .106 e2 .628 .462 0.8 N49W 1.3 4.0 49.8 36.2 13.0 ... ... ... ... ... ... 21 43.3 .150 .5C. .689 .m:» 0.l!'S17\V 1 2.2 3.8i ■iC.O 31.0 1 24.4 1 ... ... ... ... ... 22 45.8 .207 61) .608 .401 0.6 S64E 3.5 5.'j! J5.2 .32.2 23.0 .175 4.7 ... ... .175 4.7 23 40. 2 .286 91 .629 .343 1.0 N14W 5.1 5.4 51.0 42.6 1 5.4 1.010 14.5 ... 1.010 14.5 24 Su nday N75E 14.7 14.9: 49.4 30.5 12.9 ... ... ... ... ... ... 25 44. S .260 SU .453 .187 0.8 N69E 2.1 1 3.U' :)1.4 40.2 11.2 .490 G.O ... ... .490 6.0 20 49.3 .278 80 .495 .217 O.t N67 W 7.9 9.5 o9.4 09.0 20.4 ... ... ... ... ... ... 27 37.8 .109 71 .649 .480 0.6 N28 W 18.5 18.5 44.0 34. C 9.4, .215 2.0 ... ... .215 2.0 23 38.3 ..ir.3 66 .867 .714 O.B Nil W 9.4 9.8 49.0 23. 1 20.9 ... ... ... ... ... ... 29 41.4 . 13,^1 52 .884 .749 0.3 S IW 1.2 5.2 51.0 31.2 10.8 ... ... ... ... ... ... 30 43.4 .1S3 m .608 .425 0.8 N36E 3.5 5.r! ■ I'i.r 32.4 10.2 .105 3.0 ... ... .105 3.0 40.9 .194 7r. 29.. '597 29.403 0.7 1 N41E 3.4 7.8 17.5 34.6 12.9 I 3.G33 78.0 3.5 10.0 3.983 88.0 16 TORONTO, General Meteoroloofcal Abstract, May, 1804. DAILY MEANS. WIND. EXTREMES or TEMPEUAIUIIK t RAIN. SNOW. s 5 *^ »5 o a o «a IS 3-' ».= a c' a ,5 * jTOTAL FALL 5 5 «> as X o ■<'3 10 11 12 13 14 15 18 18 19 20 21 22 23 24 25 Su 42.8 40.8 49.7 54.4 65.9 43.9 Su ^57.0 42.6 J39.G !45. '50.5 54.8 Su 61.1 66.0 61.5 '59.1 I i60.8 nday 0.222 .230 .246 .285 .344 .265 nday .383 .251 .169 .203 26 21 28 29 81 67. Su 155.0 I '53.0 60.8 61.7 62. 50.6 Su 55.0 62.9 :54.8 .32S .39C uday .454 .473 .333 .287 .384 .468 nday .312 .470 .467 .464 .300 .l3.( 30.5 .34.5 37.0 38.8 49.0 42.0 43.0 1?.2 16..^ ! R '0.310 13. 8| .300 26. 25. 2.0 14. 45.222.2 3.0 12.2 8.9 3.8 3.2 1.4 3.3 2.0! 5.8 4.1 4.1 I 5.5 1 1.2^ 4.5 43.5 32 55.0 60. 12.6 9.4 4.2; 4.0' 68. 74.0 67.4 66.8 69.2 ■9.0 67.0 72.4 69.0 67.0 ■4.0 59.2 42.5 32.2 .34.0 41.0 51.0 52.0 54.2 49.8 .58.8 61.0 75.0 55.2 49.2 47.4 )'' 2 ■54.0 46.8 53.0 55.0 34.2 .50. 4S.0 10.5 11. S 20.5 14.0 9.8 13.6 14.0 24.2 12.4 17. f Jl.oi .090 .200 .258 .225 .620 .09i .445 .027 .515 R 1.0' 9.0 9.5:1 2.3: 9.5H I 5.5; 3.0 t 10. 2i 2.0,: 1: 13.8|i I; 2. 31 1 ji 3. si O.C' 40.0 51.2 5.0,62.9 20. S 13.C 19.4 13.8 12.8 !1.8 15.0 23.8 16.2 16.7 R .355 .010 .040 .580 !4.070 2.1, 0.3! 8.2 87. 6| R 0.310 300 .090 .200 .258 .225 .620 .095 .445 .027 .515 R 1.0 9.9 9.5 2.3 9.5 5.5 3.0 10.2 2.0 13.0 0.6 R .355 .010 .040 580 2.1 0.3 4.070 8.2 87.0 TORONTO. General Meteorological Austract, June, 1801. DAILY MEANS. wiN-n. 1 KXTIU.MF.S OF ' TKMl'tRATl UK. n.M\. ] SNOW. TOTAI, FALF,. OB S 3 = .2 -3 Ch . 1 en 3 o 5 a a r. 3 ; li i KO li 5 a 3 3 3 a S 1 .1) •S ii (3.= a 3 ^ '5 .S ^ 3 <;-3 .a 'i 1. ^ J! c II C ~ I: V "« a . .a a X 11 1 54.0 0..334 79 29.602 29.208 o.c N43W 2.5 2.7 f 62.8 o 01. o . 11.21 0.005 1.0' 1 ... ... 0.005 1.0 2 51.3 .285 67 .027 .341 0.3 N 03 VV 2.4 5.7| ••)3.0 44.2 18. s: ... ... ... ... ... 3 .i5.1 .292 6" .070 .378 0.1 S 8W 2.2 2.C 1 63.6 42.0 21.6 ... ... ... ' ... ... 4 58.6 .319 65 .603 .284 O.C SOLE 1.1 1 1.8 69.8 40.4 23.4' ... ... 1 ... ... ... ... 5 Su uday j S15E 2.9 3.7 68.2 52.2 10.0 ... ... i ••• ... 1 ... ... C 53.0 .250 60 .597 .347 0.4 j N 40 W 10.6 10.8 63.0 55.8 7.2 R 0.1 i ... ■■■ u 0.1 7 52.6 .260 00 .852 .,592 0.1 S 22 W 3.5 3.5 ! 64.8 34.8 co.o' ... ... ... ... ... 8 56.0 .310 70 . 535 .225 o.e S 25 W 2.4 2.9 07.2 48.4 23. S .120 8.0 ... j .1:0 8.0 9 56.9 .379 79 .103 28.784 0.4 N 37 W 10.7 11.5 j 70.8 52.6 18.2 .395 2.5 "* .395 2.5 10 47.4 .185 J7 .551 29.. 366 0.1 N35W 9.2 U..3 .-.4.4 42.2 12.2 ... ... 1 ... ... 11 50.6 .207 57 .681 .477 0.5 ; N 3S w 4.4 5.8, 59.0 40.8 18.2 ... ... 1 1 - ... ' ... ... 12 Su • uday N31W 1.5 6.1 60.0 42.4 17.0 ... •• j... ... ... ... 13 57.0 .282 61 .878 .596 0.2 1 S 75 W 1.4 4.1, 63.8 42.0 21.8 t** ... 1 j ... ... ... ... 14 01.2 .320 59 .739 .419 0.1 S43W 1.2 1.4 71.0 45.0 25.8 *•• ... 1 ... ... 15 65.5 .290 48 .627 .337 0.1 S79 W 0.9 i.oi 74.2 49.8 24.4 ... ... 1 - ... i ... ... 16 70.0 .360 49 .609 .243 0.0 1 S 24 W 1.0 1.0 1 S3.2 51.5 31.7 • *• ... 1 ... i ... ... 17 71.3 .407 52 .083 .27»; 0.0 Calm. 0.0 0.0 1 78.6 62.6 10.0 ... ... i ... ... 18 68.6 .416 59 .671 .255 0.4 i S65E 1.5 1.5i 76.0 •57.6 18.4, ... ... 1 ... ... 19 Su uday 1 S 20 K 0.6 1.6 SI. 4 59.0 22.4 ... i ••• ... ... ... 20 70.8 .500 60 .746 .246 0.1 1 S86E 1.9 3.4 79.8 00.0 19. S, ... ... 1 ... ... 21 71.6 .5.30 68 .829 .238 0.6 |N85 E 4.5 4.7 79.2 64.0 15.2 ... ... \ ... ... ... 22 74.2 .004 73 .726 .121 0.6 3 S3 W 2.1 3.3 S7.8 IjO.5 24.0 ... ... 1 ... ... ... 23 75.6 .600 6H .605 .059 0.1 1 N 29 W 2.1 4.1 SO. 6 03.0 23.0, ... ... 1 ... ... 24 75.5 .027 71 .024 28.997 0,2 SlOE 0.3 2.7 S6.8 60.8 20.0' ... ... .. ... ... ... 25 SI. 8 .625 60 .520 28.896 0.5 S8S W 9.9 10.3 93.4 70.0 22. S ... ... 1 ... ... 26 Su ndiiy N57W 8.0 11.6, 1 S8.0 71.2 16. SJ .050 0.2 ... .050 0.2 27 62.2 .344 60 .735 29.391 0.3 N13W 9.2 11.5 71.0 52.0 19. o; ... ... i ... ... ... 28 60.3 .244 48 .894 .650 0.0 3 24 E 3.0 4.3 69. r 50.2 19.0 ... ... ... ... 1 ... ... 29 61.6 .345 03 .710 .,371 0.8 S87E 2.5 2.5 70.2 4S.2 22.0' ... 3... 1 1 ... 30 73.2 .559 68 .409 29.910 0.4 8 44 W 1.0 2.9 S5.0 1 60.4 24. tl ... ... i 1 1 ... ... ... 63.0 0.3S0 60 29.655 29.274 0.3 N 55 W 1.7 4..'i 73.1 52.9 20.2, 0.570 11. S t ... 0.570 11.8 18 TORONTO. General Meteorological Abstract, July, 18Gk DAILY MEANS. 1 WI.VD. EXTKF.MKS OF ' TK.vrKIlATURK.j RAIN. 8Ni)W. TOTAL FALL. 1 1 s 3 1! 1 11 •^ it t. II Ui i % 1 3 o P 3;> '- -1/ 3 g 'a 3 a t ia S 1 11 J) 2 '7. c: X c a fl •• ... ... 9 70.2 .516 72 .760 .234 0.1 S40E 1.8 2.5 S2.0 68.6 23.; 1 ••■ •*■ ... ... ... 10 Su nday 1 S18E 1.0 1.6' 74.2 60.0 14.2 ' .165 3.0 .., • t* .166 3.0 11 72.7 .489 OS .431 28.942 0.2 N 85 AV 7.9 10.8 S5.0 61.2 23.8 ... ... ... ... • *■ ... 12 1J8.6 .376 54 .663 29.287 o.i: N17AV 10.2 10.5 75.6 58.2 19.8 ... ... ... .. ' • *• ... 13 68.4 .416 60 .804 .388 0.3 S60AV 1.0 5.0 76.0 57.6 18.6 1 • •• ... ... • •> ... 14 71.0 .423 57 .701 .33S 0.1 SS8E 3.7 4.5 S2.8 67.5 25.. 3 ... ... •t* ... ... ... 15 72.2 .512 00 .706 .193 0.2 S72E 2.1 3.8 1 84. 4 63.8 20.V 1 ... 1 ... ... ... 16 70.6 .530 69 .680 .144 0.1 S lAV 0.8 4.1 88.2 01.4 26. S 1 ••• ... 1 *•* ... .,. 17 Su nday N 79 E 3.9 4.5, 81.0 08.8 12.2 ... ... ... ... ... 18 75.3 .596 09 .796 .200 O.f S05E 3.2 3.71 1S5.0 65.0 20.0 1 - ... ... ... ... ... 19 76.7 .552 03 .721 .169 0.2 S 13 A\- 4.4 i 4.6 87.0 06.2 20.8 1 1 ,.. ... ••• • •• ... ... 20 73.8 .444 50 .557 .113 0.0 N 48 AV 12.0 13.0 '88.0 63.8 24.'. i ••• ... •■• ... ... ... 21 1)1.4 .256 49 .712 .450 0.(^ N 28 AV 13.8 13.^1 69.0 53.2 15.8 , ... • t« ••• ■ •• ... ... 22 02.7 .236 44 .730 .495 0.3 N37 AV 8.0 8.0 74.6 60.0 24.0 ... ... ... ... ... 23 60.2 .343 64 .708 .366 0.2! S73 »V 3.7 5.1 82.4 61.2 31.2 1 ... ... i ■■■ • •• ... ... 24 Su nday 1 S51E 2.2 3.s' 78.0 67.0 21. ( ... ... ... • •• ... ... 25 65.8 .490 7S .640 .056 1.0 N lAV 3.6 7.8 73.0 01.0 12.( i .330 1 8.6 ... • •• .330 8.5 2G 06. S .560 86 .009 .053 0.^ ; S 08 AV 3.3 5.1 78.8 61.6 17.2 ; .215 1 2.7 ... ... .215 2.7 27 ,71.1 .502 74 ."30 .168 O.f S 65 AV 1.9 3.6 81.5 59.0 22.5 1 '" • <• ... ... ... ... 28 75.3 .563 07 .56. 28.989 0.7i S 80 \V 7.1 8.4 S8.2 60.6 27.7 .010 0.8 i ... .010 0.8 20 72.4 .511 06 Ai 28.975 0.2 N37W 2.1 4.5 'so.c 65.5 14.5 ... ... ... ... ... 30 73.1 .5.36 M .464 28.929 0.4 , S 16 AV 1.4 1.8 J81.2 03.0 18.2 ••• ... 1 ... ... ... 31 Su nday 'S18 AV 2.5 3.3 ,00.2 i 63.0 16.6 i .100 1 1.2 [ ! ... ... .100 1.2 'J9.7 0.473 00 29.029 29.560 0.4 N 61 W 6.(1 so.r .60.8 20.1 1.332 \i 24.7 ! 1 ... 1 1.332 24.7 19 TORONTO. General Meteouolooical Austuact, August, 1804. r- DAILY MEANS. | WIND. ■ K.XTHEMKH OF TEMI'ERATUnK. RAI.V. 1 1 ' SNOW. TOrAI, FALL. 1 1 3> 1 ^ iS.ti 1.1= ii i? (/J •a 5 5 ! II ♦J '1 n a s a u si C a -. « — ii at a ^ '3 c 11 d 11 Is il a c Is P 0.3 • ... 8 78.8 .603 C .646 ,083 O.C N 68 W 5.0 O.-.; 94.0 6i.8 29.2 ... ... ... ... I ••• ... 9 77.3 .537 5 8 .500 28.963 0.8 ' S 68 W 4.9 6.f. .12.0 60.4 25.0 ... ... ... ... t ... ... 10 S0.2 .685 6 6 .431 28.1*6 0.9 I S 55 \Y 3.3 .'J. 8 92.8 69.9 22.9 ... . . " 1 "■ ... 11 76.6 .634 7 .494 28.860 1.0 N39E 1.9 2.4 SCO 71.0 15.0 .210 1.2 ... .210 1.2 12 72.8 .014 7 6 .631 28.917 1.0 |S73W 2.2 3.1, 79.8 66.8 13.0 .320 3.1 ... ... .320 3.1 13 72.0 .676 8 5 .456 28.779 0.4 S77W 4.6 1 6.7: 82. 69.6 12.4 .905 3.0 ... ... ' .906 3.0 14 Su nday N51W 3.0 4.2! S2.5 02.0 20.5 ... ... ... 1 ... ... 15 70.3 .495 C 8 .643 29.14S 0.2 S89E 2.8 3.9, so.o 58.0 22.0 ... ... ... ... ... ... IG 71.9 .691 7 6 .602 .008 0.9 N 28 W 1.4 l.f,, 81,2 04.0 1 17.2 ... ... ... ... ... ... 17 70.4 .442 6 .610 .108 l.f N 7W 8.4 8.8 1 79.0 68.2 10.8 R ... ... ... i R 1 .. 18 63.4 .400 6 9 .742 .342 i.ol 1 N47E 1.0 2.2 71.2 58.6 12.7 • ■• ... ... 1 i ... 1 ... 19 64.5 .416 6 7 .814 .398 l.o: Ni.3E 1.4 2.7 71.5 54.6 17.0 1 .005 0.5 ... .., .005 0.5 20 62.4 .471 8 3 .741 .270 1.0 N88E 9.5 10.;;, 07.2 60.1 7.1j .905 17.7 ... ... .905 17.7 21 Su nday S83E 2.9 3.4 69.5 59.2 10.3 1 .300 9.5 ... ... .300 9.5 22 68.9 .538 8 1 .551 .013 1.0 i N 39 W 3.9 "1 08.8 05.0 3.8 R 0.2 ... ... 11 0.2 23 64.3 .600 8 J .638 .138 0.5; 1 S57W 1.7 2.2 73.0 53.5 19.5 ... ... ... ... • •• ... 24 70.8 .605 8 1 .509 28.904 0.71 SllW 2.2 2.g; 78.2 02.2 10.0 ... ... ... ... 25 09.3 .6S2 7 i .363 28.771 o.r,' S40W 4.8 5.8 77.2 03.8 13.4 .030 1.0 ... ... .030 1.0 20 03.3 .479 85 2 .28'.! 28.810 0.7 S63E 2.4 6.1| 74.0 .35.5 '8.5 1.325 9.5 ... ... 1.325 9.5 27 61.6 .425 7J ) .149 28.725 0.0 1 S83W 9.5 9.7^ 70.0 )0.8 13.2 .010 0.5' ... ... .010 0.5 28 Su uday i i N82W 7.1 7.3 08.4 50.0 12.4 .105 0.8 ... .106 0.8 29 59.7 .391 7( ) .458 29.007 0.8 N70W 8.1 8.S 57.6 _>3.8 13.7i ... ... ... ... ... ... 30 57.0 .204 57 .647 .383 0.0' N27W 7.4 GO. 2 5:3.0 13. 2 j .015 0.2i ... .016 0.2 31 57.2 .308 6C .788 .4 0.0;! •1 S 78 W 1.1 ',).< iO.O 17.0 19.0 1 ... 1 ... ... • *> ... 38.6 3.516 73 29.545 ■ W.020 0.7 ! N 70 W 1.4 '■' •7.2 31.4 1 15. 8i 1 3.000 . >7.8 ... ... , 5.000 67.8 20 TORONTO. General METEonoLooicAL Adstract, SEPTEMnEU, 180 i. 9.2 1.0 0.4 l.'J 3.1 3.0 17.7 0.5 o.i: 1.0 9.5 0.5 0.8 0.2 57.8 DAILT MEANS. WIND. extre.mci of temi'ehatl'Rk. nAiN. 8X0W. 1 TOTAL ITALL. 1 2.b 3'S •o 11 ■2 S u ® • 11 o J? •a 1 a T3 1 a a Lb 3 5f It 1 > 1 a] 1 'a 1 i a 1 .3 . 1.2 5 It 1? a — 9) =>.s 5 M C ■ is , o.-g l N 72 K 2.0 3.8' 70.8 -.4.5 10.0 1 '" ... ... ... ... ... 4 Su nday N 02 K 4.9 5.5 70.0 .'-.4.5 10.1 005 0.5 ... ... .005 0.5 6 67.9 .300 70 .702 .336 1.0 N69K 9.4 9.7 70.5 .'id . 2 5.3 1 ■" ... i „. ... ... ... 6 .58.3 .336 69 .8C>. .532 o.i: i N 72 E 0.9 7.r ')5.0 54.0 11. 1 1 ••• ... 1 1 ... ... ... 7 59.9 .354 08 .920 .572 o.r ' S 80 K 8.0 8.f 07.t'i TjO.O 17.0 [ .040 0.8 • ■. .040 0.8 8 58.5 .420 S7 .773 .347 1.0 S 7 E 3.1 3.6,61.0 •■6.5 4.5 1 .006 5.8 ... ... : .005 5.8 65.4 .519 83 .565 .046 0.8 S 70 W 3.4 4. 9' 73.0 50.0 17.0 ... ... ... i ••• ... 10 60.5 .434 82 .507 .073 0.7 N88 E 1.0 3.8j,67.2 52.4 14.8 .025 1.0 ... ... ; .025 1.0 11 Su nday N23W 0.0 9.4166.5 ,54.2 12.3 ... ... ... ... ... ... 12 55.0 .'277 134 .080 .403 O.t N 3W 8.0 8.7 63.5 40.4 17. i; ... ... • •• ... ... ... 13 57.1 .251 56 .587 .330 0.0 N24W 7.4 7.71,69.8 40.4 13.4 ... ... ... ... 1 - ... 14 1 55.2 .394 1)0 .313 28.919 0.8 S47 W 5.3 7.0|'61.5 10.2 18.3 .290 3.8 ... ... i .290 3.8 15! 55.6 .332 75 .382 20.050 0.4 N76W 13.5 13. 9| 63.0 53.2 9.8i ... • *• ... ... ... ... 16 1 52.7 .202 07 .595 .333 0.;. N40W 5.1 5.4|;64.S 17.0 17.8 ... ... ... ... ■ ... ... 17 ! 53.4 .310 70 .581) .280 O.'J S69E 2.0 2.9: 'Jl.8 07.8 24.0 ... ... ... ... ... ... is! Su nday S5l W 5.6 8.0'70.O 51.2 18.8, .835 8.0 ... ... .8,35 3.0 19, 51.1 .204 71 .600 .342 0.7 N 81 W 4.6 4.7, .^8.8 44.5 1 14.3 ... ... 1 •- ... ... ... 20 55.5 .259 62 .647 .388 0.(. S82W 6.6 0.9 t'lO.S 42.8 27.0 ... 1- ... ... ... 21 55.3 .325 75 .682 .357 0.( N45E 4.5 0.4 63.0 44.0 19.0 ... ... I ... ... ... ... 22 1 52.2 .334 84 .592 .258 0.8 N66E 6.7 0.7 50.8 40.8 10.0 ... *■• i ... .. ... 23 1 03.3 .610 S7 .377 28.807 0.8 S 30 VV 0.0 6.9 |70.0 51.0 18.4, .0"8 1.5 ... ... .078 1.5 24 57.2 .329 68 .314 28.985 0.8 N 80 ^v■ 13.9 14. C 66.0 58.0 7.4 ... ... ... ... ... 25 Su nday N 63 W 9.4 9.6 35.4 12.4 13.0 ... ... ... ... ... ... 20 49.7 .295 82 .598 29.300 0.( N75E 4.2 5.7 '50.0 42.0 M.O U K • ■• ... li R 27 60.4 .410 SU .427 .011 0.7 S68W 9.0 12.7 68.8 17.0 21.4 .080 7.0 • •• ... 1 .080 7.0 28 i 52.0 .287 74 .785 .489 O.i N 38 AV 3.6 0.8 ;60.0 49.7 10.0 ... ... i ... ! ... 29 1 50.9 .331 80 .555 .224 O.fi N20W 0.2 11.1 |.59.0 10.0 10.0 1.160 7.0 ... ... 1.160 7.0 30 i 1 4-1.6 .214 73 .850 .036 0.8 N14E 4.9 5.2;19.0 1 41.'-' 7.8 ... ... ... ... ... ... 50. 4 0.347 75 29.010 29.203 0.0 ,N 38 W 1.9 7.1 ,03.9 4S.',i 15.0 2.508 31.0 ... ... ,2.508 31.0 <■ u \l\ TORONTO. Gkneual Mr.TEoiioi-ociCAL AnsTiucT, OcTonEii, 1861. i ■ii DAILY MEANS. 1 WINIi. I t.XTRI.MKS (ir tJMl'KIlATlRr.. 1 RAIN. SHOW. < 1 TOTAL V 1 9 ll £ i Il 5 1^ V ^ 2 ?< ■e E s S 3 i c C a .it 'a 1. n 'lei P c "^ JL 5i 3 C 5 II 7£ R a a.-? 1? IMLI,. 1 4?.8 0.270 80 29.775 2 Sn iidiiy 3 54.0 .385 01 .kk; 4 .54. 'J .3r,2 8r. .825 6 53. S .371 ■'O .057 50. '.t .400 85 . 20K 7 52.6 .30f* 1 1 .172 8 38.3 .100 72 .238 y-n uday 10 47.0 .213 •17 .304 11 43.2 .215 77 .710 12 41.9 .236 88 .510 13 3!).S .177 74 .544 14 41.0 .107 CO .481 15 10 ll.il Su .181 nday 117 17 30.4 .170 71 . 003 18 41.3 . 102 74 .43,". 19 41.0 .20K "S .424 20 42.0 .201 75 .01:; 21 42.3 .213 70 .C5f 22 44.9 .210 73 .401 23 i^u nday 24 42.3 .230 S7 .527 25 42.9 .210 70 .733 20 43.0 .237 S2 .ocs 27 47.2 .300 04 . 3U0 28 48.5 .320 0-1 .130 29 45.3 .2S3 OC .4C3 30 Su nday 31 39. (i .107 SO .775 45.2 0.24S bi) 20.521 i9.500 ,403 .2StJ !S.8G2 IS.SOJ 29.000 .181 .504 .283 . 3o: 1-t l.( 0.4 1.0 0.0 0.5 O.f ..314 u.( .150 .241 .210 .412 .442 .24; .201 131 .001 28. SIC 29.180 29.27: o.i l.( 0.0 o.f 1.0 l.( 1.0 N 80 K 11. K ' N 70 !■: 2.9 N57E 2.1 N27 W 1.0 N 70 t: 4.1 S 49 V,' "i.'.i S 49 W 8.0 N 35 W 10.1 S 73 -VV 7.0 N 85 W 10.0 iN83 W 1.2 N44\V 6.4 N ;■ V 0.1 N37 W 7.5 N 05 W 3.9 NS6W 9.7 S86W 8.4 ssow 0.4 N SOW 0.4 N 71 AV 8.3 Ne5 w 3.4 N81 W 4.8 S 80 W 1.5 N 8W 3.0 S 77 W 1.2 ,\ 75 E 7.4 N82E 4.9 N CO ^v 10.2 I N 40 W 1.1 i N 07 W 1 1.5 N 11 W t 4.3 i N CO W 1 3.2 11. (< 3.( 1.6 ;,')2.o 50.11 .18.0 ! ;03.4 00.4 8.i: 07.0 9.( ,0.0 10. J 44. 48.0 12. 3. 2; ,51. 8 5.8! 49.2 0.3 7.8 6.2 I ,48.2 51.6 I 54.0 10.7, 48.2 8.f!!48,4 7.3 8.0 3.9 48.0 ^50.5 ■30.2 |50.0 34.0 3. 01 '52. 8 , 1 3.1 14.8 4.3^51.4 ;49.6 '50.0 10. 8! ,51.1 .Ii iO.2 3.2 50.0 5.0I43.O 152.0 43.2 48.0 50.0 40.4 ,4.0 10.0 30.4 29.8 30.4 !5.2 39.6 :i2.0 .32.0 28.0 39.0 34.0 28.8 40.0 .32.4 42.0 41.0 ;57.2 .34.8 43.0 40. ^ 45.0 :39.0 38.0 8.S 1.100 8.0; .030 8.0J 10.0 14.0' 12.4 .010 .405 .010 11.0 I .018 8.1 18. 2' 1 20.8^ 10.0 .03. U .200 10.2:1 .008 ii 18.0 I ., il 26.01 .230 S.O! 14. 4i 10. f; \ 10. 8| 18. 81 10.8 10.4: 6.0! .08i .020 .018 .012 .01! n .110 .165 .05r .321 13. ( 1.5 0.2; 2.f; i i.v 1.5 4.2 3.0 O.r I 3.5 2.(' 1.2 0.2 11.0 15.6 lul.O ... 1 1.1 Ml ... , .030 ... 1 .'JlO <«• ! .405 ... 1 .010 1 ... .0^^^ 1.0 ! .035 u ... 1 .200 ... .008 • •* 1 ... i .230 ... .0S5 1 *•• .020 ... i .018 1 ... 1 - .012 i • ■• .015 i '' 1 ,, { K ... ' .110 ... .720 ... ! .155 ... j .055 l.( i 3.:i21 ) 13.0 2,7 1.5 0,2 2,5 l.S 0.2 4,2 3.0 3.0 3.5 2.0 1.2 0,2 0,5 0.5 II 11.0 21.0 15.5 3,0 102.1) 22 If^ TORONTO. Oenkhal Mr.TFonoLOfjicAi, AnsriiACT, NovrMUKit, 1801. 2.r. l.s 0.'^ 3.0 3.0 3.5 ■2.0 0.2 0.5 0.5 !l 11. 21. 15.5 3.0 102.0 DAILY MK\N.S. ( wr.NP. F.XltlEMK.I or TMII'KIUTLIIK ' • 1 SNOW. ] ) 1 TOT.M IM.t.. 1 S 1 s i c (Si I'i Ji' (A. s. a a? ^5 3 .J v' T — > 1 III 3 a 'a 9 1—. a C.5 u II ''a 7| •9 - 2 11 1 3i8 0.137 Oil 29.972 20. ^35 0.5 N2l'w 3.4 1 3.r. 42.2 33. 5 8.7 ' ... ... || ... ... 2 36.5 .104 79 .887 .723 0.9 NOIW 1.9 2.5 U.4 20.2 16.2 ... ... ... ... 3 38.3 102 CO .628 .300 1.0 8 87 K S.4 9.3 U.O 33.0 10.4 0.020 1 6.0, t '*• ... .020 5.0 4 37.8 ,202 87 28.807 28.005 0.0 N47W 7.8 12.7 43.8 30.0 7.8! .225 0.6. S 8 .225 9.6 6 29.7 .115 70 29.408 29.353 0.3 N63W 8.3 S.*" 37.0 •iS.2 8.8 ... ... S 0.6 8 0.5 Su nday H 10 E 5.0 7.7 48.2 !4.0 24.2, .005 3.0, ... ... .005 3.0 7 45.3 .245 S2 .703 .468 0.3 S33W 0.1 0.1 54.0 39.0 14.4 ... ... 1 ... ... ... 8 I4O.3 .295 93 .629 .334 1.0 N82 E 5.8 6.7 55.2 37.8 17.4 .705 20.71 1 ... ... .705 20.7 56.1 .402 92 .083 2^.0So 0.8 8 35\V 14.0 14. '^ 00.2 45.1 14. s .720 11.5 ... ... .7211 11.5 10 UtO .156 02 .183 20.028 0.9 8 flow 20.2 20.2; 47.2 U.O 0.2 ... • •• .*• ... ... ... 11 34.2 .147 76 .312 .101 1.0 S72 W 0.7 N48W 10.1 10.3 tl.6 33.4 8-1 ... • •• 1 ■" ... ... ... 12 .10.3 .125 73 . 420 ..V'l 9.0 10. 38.8 21.5 14.3 ... ... • t« ... ... ... 13 Su niliiy \52W 0.8 , 8 33W 0.9 N14W 0.9 8 58 E 1.0 S 87 W 0.4 S 70 W 0.6 S 20 W 0.0 9.1 33.0 25.4 7.0 ... ... s 1.0 8 1.0 14 16 10 !28.2 1 29.2 31 8 1 .111 .120 .140 71 80 81 .859 .711 30.028 .748 .582 .882 0.8 3.2 3.9 0.1 34.0 0.0 .32.0 5.3 30.4 21.1 20.6 23. 13.5 ... 6.4 ... 13.4 ... ... ,1.6 1 8.0 3.6 4.6 .160 .300 3.5 4.5 17 18 |37.8 34.8 .204 .147 90 73 29.714 .754 .MO .007 3.3 9.4 5.6 41.2 1 9.0.42.5 32.5 28.0 8.7 .005 13.9 ... 5.0 1 1 ... 1 ... • •• .006 5.0 19 34.5 ,155 TV .721 .506 4.0 4.2, 40.0 27.9 12.1 ... 1 ... ... ... ... ... '20 1 Su iidiiy ,, S.32 E 1.0: S 73 W 0.0 S M \V 3.9 5.0i 43.0 i ' 27.0 16.0 .036 0.5 ... .035 0.5 21 .10.4 .1511 ;:, . .IT .lU 3.3 8.8! 13.0 30.5 0.5j ... **• ... ... ... ... 22 128.5 .115 ;;; .301 .191 13.1, 13.3 31.4 28.0 ;5.4i ... ... S 1.5 s 1.5 0;i 21.5 .087 tiO .708 .OSl 0.5 \57\V 0.3 7.0 31.0 21.0 9.i| ... 1 1 s 1.0 s 1.0 24 .!0.7 .143 8:5 30. 01,^ .872 1.0"S52 W 2.4 2.5 33.0 21.0 12.*.: ... ... 1 1 8 1.0 s 1.0 25 '34.2 .140 70 .30. 4(: .S97 0.7 S 13 W l.s 1.0 39.4 25. S lo.b'i ... ... ... ... ... ... 20 30.2 .210 91 29.077 .4.-,8 1.0 S 8\V 4.0 5.3 42.5 32.2 10.3 .315 11.0 j ... ... .315 11.0 27 Su ud.iy ' S56W 1.3 3-2 45.0 33.0 11.4; ... 1 t ... ... ... 28 44.4 .284 90 .073 .089 1.1 SlOE 2.2 4.7 50.0 33.0 17.G:1.020 24.0 1.020 24.0 29 50. (. . o4o 03 .205 28.802 0..^ S45\V 5.2 5.U!'00.2 1 j 45.0 15.2!. .055 1 1 1.6 ... ... .055 1.5 30 ■46.9 1 .195 01 * j> J9.353 0.3 S8GW 13.0 13. Ij 52.6 l>. 1 8.1! K i ■ 'I R ... ■ •« R U 1 ;30.9 .182 78 29.570 29.397 0.8 8 72W 3.8 7.0, 42. s 31.3 11.5 3.705 91.7 4.5 13.0 4.215 104.7 23 I'.'' i^ TORONTO Grvroal MRTKonoLOorcAL AnsTFurT, DECKMr.r.n, IPOl. I DAII.r MKAN-R. wt!»n. 1 1 KXTRfMCS OF TKMPItnATLllK. ( RAI!T. svow. 1 rOTAI. FAU. 1 1 r - gs _ UK it > 1 C u si- 12 . 3 '3 a 3 a '3 .». ^1 1 1 if d » II a ■5 ^ ill II 1 a§.9 1 0.186 :>^ •^i.K'j;* 29.011 0.7 N ^4 W 2.0 1 4.;i 40.0 32.0 12.4 i - ... ' • •■ ■.* 2 '38.0 .i;i2 '.):: ..071 .?M l.( N78E 12.0 13.0'l»3.0 33. S 9.2 jl.1.30 17.8 1 ... ... 1.130 17. S 8 41. r> 1 .206 78 .206 .000 0.8 ^877W 13.1 14.9 ,>0.4 30.0 14.4 1 .250 3.5 ... ... .2:0 3.5 4 Su iiday ; S 82 W 10.7 10.8 :W.h 31.0 8.2 ... s 1.0' S 1.0 S 83.9 .166 79 .4S8 .3;!3 1.0 , S30E 3.S 4.0 39.0 26.6 13.5 R 0.2 8 1.5 SR 1.8 e '38.0 .189 81 .30H .180 l.C S67 W 0.2 6.0 43.4 03.0 10.4 1 R 1.6 1.0 1.6 .100 3.0 7 31.7 .160 87 . 100 .001 l.t ' 8 80 W 11. r. 15.4 37.8 .30.8 7.( ; .466 8.0 1.8 8.0 646 10.0 8 !ll.6 .067 76 .820 .700 0.8 !S74W 22.3 22.7 16.5 9.6 6.9 1 1 - ... 0.1 0.6: .010 0.0 9 18.4 .078 77 30.156 .30.078 O.f 8 74E 9.1 107 27.0 6.3 20.7 i ... ... 4.0 7.21 .400 7.2 10 20. 'J .125 87 29.0 If, 29.621 l).S ! NSSE 1 1.1 6.0 32.4 2.-^.0 9.4 1 ... 3.0 7.6 .300 7.5 11 Su ndoy S 83 W 10.2 17.2 33.0 18.. ■) 14. C 1 ... 1 6.0 14.2 .600 14.2 12 8.0 .048 74 .091 .049 0.( ; N 09 W 10.0 10.7 14.8 9.0 6.8 ... *•* 1 ... ... ... ... 13 19.8 .098 H-, .502 .403 1.0 ' S 30 W 9.1 11.7 29.1 -1.5 30. ( 1 ,,, 1 ... 1 , !•" 13.0 .100 13.0 14 17.6 .087 80 .507 .480 0.7 IN74W 9.9 10.8 ■ iO.O 23.0 0.4 1 1 0.2 1.6 .020 1.5 15 lie.4 1 .084 S" .779 .096 0.9 ' S77E 1.7 4.0 26.0 -2.6 28. f t ... 0.1 5.0' .010 5.0 10 ;27.6 .141 92 .097 .555 1.0 ' S85E 1.9 4.0 15.2 17.7 17.5 R 0.2 0.1 2.7 .010 2.9 17 33.2 .164 85 .798 .634 0.7 : N 76 W 5.1 0.4 38. 20.2 11.8 ... ... ... ' ... ... 18 Su nday N80E 6.0 7.0 1 33.0 19. S 13.8 ; .175 1..V 1 ... ... .176 1.5 19 •20.4 .121 71 .292 .171 0.7 |N79W 15.8 10.7 37.5 28.0 9.5 1 .015 0.2 0.1 0.4^ .025 0.6 20 23.0 .09.3 76 .550 .456 0.!- S 54 W 1 8.1 8.5' 27.2 14. C 12. ( ... ... ! ... ... ... ... 21 ■21.6 .111 9:1 .049 28.938 l.t \S 2E 11. H 15.5 28.0 22. C 5.4 ... I 10.0 18.0 1. 000 18.0 22 1.4 .03fi 78 .006 29.570 O.i; ; N 37 w 11.7 12. ^ ll.O 0.2 10.8 1 ... ... ... ... 23 11.6 .068 88 . 028 .500 1.0 ; .s 05 w 10.0 11.0 21.0 -10.4 31.4 ... ... ' 0.1 0.51 .010 0.5 24 26.9 .120 84 .040 .526 1.0 S53W 8.8 9.I1 32.2 14.0 17.6 ... ... 1 '" 1 ... ... 25 Su nday S33W 7.8 7.9 iS.O 25.0 13.0 ... •• t 0.2 4.0| .020 4.0 20 ... ... ... • •• S BE 0.5 0.0^ 57.0 32.0 5.0 ... ... ... ! ... ... 27 38.1 .206 90 .004 28.88S o.j; S IE 3.9 5.2; 12.6 34.0 8.0 .010 S.'> ... 1 ... 1 .010 3.5 28 29.9 .130 81 .241 29.105 0.8 1 S 76 W 1 8.3 s.e 30.4 2S.0 7.8 ... 1 ... I ... ... 29 21.7 .086 74 .207 .122 1.0 i S 84 ^Y 10.0 11. 0; 26.0 20.7 5.r, ... ... i 0.1 1.7^ .010 1.7 30 23.0 .109 87 .214 .105 0.7 ii 75 AV 10.3 11.4 IO.O 10.0 11.1 ... 1 •• 1 0.3 i-o! .030 1.0 31 15.0 .009 79 .043 .574 0.7 0.7 N 54 W 7.5 4.9 i 7.9 10.0 21.2 32.2 9.0 12.1' 12.5 ... 1 36.5 27.1 "■ I 95.2' 1 4.755 24.7 0.121 82 29.520 29.399 S82W 19.7 2.045 131.7 24 TORONTO. (iEJ^KKAL ^[F.TKOIIOIiOlirCAL AllsTHACl', .IANCARV, IHOj. PAILY UrtNM. a I) II CI. ■/J H •« 9 5 WIND. ' rxxnrvK.s i>r j I TIMrKRATURE 1 1 8u 2 2?.0 3 'l9.:. 4 |13.6 .'. 32.0 1 G 1 28.:; 7 6.0 8 Su 29.3 10 llT.f. 11 Il2.4 12 25.6 13 TO. 5 1 U |l8.5 15 1 Su 1 10 6.9 17 1.8 IS 6..'! 10 11. 'J 20 17.0 21 J5.0 •J3 •H •J5 20 27 2S 29 :!0 .•51 - 4 17 '■•■ 11.9 10.4 -.4 10.9 Su |l7.- 128. 4 o.osii .088 .068 .144 .122 .040 uday .Kill .087 .009 .110 .140 .089 ndsy .063 .041 .045 .002 .079 .111 .1. I 74 29.72S 80 .700 "■'' .S18 1 1 . .'•)20 1 1 .51fi 7'.» .706 86 .770 S4 .425 87 .r,90 80 .-.94 So .492 8a .308 85 ..'131 S.'i .289 ?: .058 .057 .0*" .i>81 82 uday .085 .132 17.8 0.080 81 .040 .720 . 89:f .o/'li .381 444 'U)l 30.121 29.042 .61>« .700 .382 .;}94 .719 .031 .:.18 . 520 .4S4 .346 .219 .278 .248 . rm .058 iU I o;i 7'i .228 314 .124 .395 . 550 30.036 0.3' 0.5' i 0.3 0.9 i.oi I 0.0 1.0' Is SiSdw J'' S 87 W S 83 W N43W 8 34 W N 2W N 12 V, S14W SftOW 1.0' 1 NOW 0.7 .•(58W 0.7' 1.0, 0.7 0.7 8 63W S 41 W S 30 W NlOW N84W 29.95U2a.sl8 29.589 0.7 N14^V 0.1ilsC0W 0.7 Is 78 W 0.3 j S65 E 0.9JN79 K j|N30 K 1.01 N 00 W 0.7 0.9 S70W S 55 W l.OJS 65 W 0.7 ' 3 84 W 1.0 IN' 44 \V ;JN39W 1.0! S56W 0.3 8 03W 7.1 7.1 4.9 7.2 9.4 11.8 13.0 6.0 4.0 10. (i 9.0 13.8 4.0 8.8 5.2 3.7 7.4 12.0 5.0 4.5 13.4 1.4 8.4 IS.l 10.1 in. 2 10.4 0.9 4.9 4.3 4.3 29.6WI 0.7 I N85W 8.3 '2J. 2 I 7.4I2O.O 'I 6.4j27.0 10.0 26.4 9.7 37.2 12.0 .36.0 13.2 10.0 7.9i28.4 6.9i33.5 17.8 26.0 9.9123.0 12.il 29.5 4.0.34.8 9.5 J28.6 5.5 48.5 7.2il5.6 I 7.9| 7.2 12.2 'l4. 8 5.:i'l0.0 6.3 20. 13.9 28.2 i 7.0:130.6 9.9 130.0 15.1 23.0 10.1 |l4.0 13.2:13.0 10.5 14.8 10.3 I23 5 I 5.2|j23.0 4.5' 27.0 4.3 32.8 4.8 3 a o ;i.ft 16.2 0.0 11.9 5.8 29.2 3.8 2.0 19.4 18..'! 0.0 15.7 23.0 10.2 10.5 -5.0 3.7 -9.0 6.4 2.5 17.2 20." .30.0 16.0 10.4 10.0 2.8 4.6 10.0 4.8 7.0 nM\. •MiiW. 1 i 1 B .9 e a l.j >'■ " H S ft C'i a 1', ri a.J» D.i s.-a a.S :S.s <^ i-B <-9 TOTAL fAtt. c S ■ a .5 a f * H S.-? a-s :i.= B.3 <«9 9.4 124.6 .0 19.7 12.8:1 16.0 14.5 .31.4 0.8 0.2 30.4 14.1 m f I ■ I 3.0 13.8 11. S 12.3 8.0 20.6 3.5 23.8 9.0 23.5 11.1 15.8 6.0 7.4 4.2 2.4 12.0 18.9 13. C 10.0 :6.? 8 8 8 0.1 10.1 14.6 0.440 .1 8 0.7 1.6 1 7.0 2.0 0.5 0.2 0.4 1.0 0.2 5.0 6.5 16.0 10.0 0.4J0 10.0 1.0 0.2 0.1 0.1 0.2 8 ).2, 8 l.u| 8 0.6 I .010 8 .070 .160 .700 6.3 .200 6.0 .050 3,&|j .020 0.0 j .040 8.0' .100 I 'I 14.8 3.0 4.0 1.0 .540 .020 .010 2 0.2 1.0 0.0 0.2 6.0 5.6 15.0 0.3 6.0 3.6 6.0 8.0 1.5 .010 ! ... 1 1 ... 0.8! I s C6. 8 1.920 13.0 4.0 1.0 1.6 0.8 70.8 25 TORONTO. General Meteorological Abstract, Febri^ary, 18(35. w •1 !',j ' 1 j 1 KXTIIKMES OF DAILY MEANS. WIVD. 1 TCMPKHATUr.K. RAIN, i 8X0W. TOTAL FALL. D 1 i> .. 1 3 =1 - 1^ ■a 3 o S u. o T3 a c S •- 2 5 3 3 3 1 '3 i 3? ad 1 2 3 ^ 5.2 a *-> X .§« 11 CJ * u .<] u U h 1- i< I i 1 ^ u -. 3: a 3 1 H a. — «- i.a -=> 1^ -^ ..^ ..^ ^ f^. o a.= «; ~ a.t tfrji o.= -^•o 1 2 3 4 5 6 7 8 9 10 11 12 :j 14 IS 16 17 18 19 20 21 22 23 24 25 26 27 £8 o 28. 3 18 31.3 ■14.9 Sii 18.2 17.7 16.9 14.2 21.8 9.C. Sii 5.4 13.1 19.2 2i.3 28.7 29.1 Sii 21.5 27. f) 3').0 29.4 20. S 27.8 Su 23.4 1.1 22.4 0.13H .087 .154 .164 nday .073 .080 .080 .007 .000 .057 ndny .047 .060 .094 .116 .130 .142 nd«v .09.: . 1-211 .170 .1U7 .001 .134 nday 090 100 0.105 83 i0.005 ao.l"3 29.645 .448 .706 .589 .200 .427 .301 .002 30 090 29.707 .430 .284 .301 .508 .30.' 13 •50.058 29.710 . 7C'J . 9C;i .050 .30.020 29.90 29.702 29.S75 .30.037 29.491 .284 .723 .50J .113 .360 .271 .034 30.043 29.701 .336 .lOS .225 .300 .948 .933 .53!» .002 .872 .522 .930 .80 29.597 0.7 0.4 1.0 1.0 I l.o l.O 1.0 o.c 0.0 0.5 0.3 0.^ 1.(1 1.0 1.1 1 0.0 0.( 0.( 0.; 0.1 0.7 0.4 1.0 , N 26 \V JN82E j S 82 E N84W N56W N 5 E |N23 E !N37W I N 06 W N60W ;N21 E I I N 17 W j S 74 W i N 16 W |n 66E jN29 E I ' N 69 E ' N 78 W I N 57 W NSW I N 87 E S 35 W N 80 W S25E N 78 K 1 jsso w ! N 67 E I N 15 E 0. 8.1 4.8 13.9 14.6 2.7 9.7 17.3 9.8 13.0 5.2 8.1 2.8 1.8 10.3 1.0 0.1 5.-:' 7.0 2.0 8.3 5.7 9..S 0.,s 13.1 10.7 7.9 3.7 0.0, 34.8 9.6 29.4 4.8 34.S 14.0 40.4 If'.. 3! 25.0 3.3j 20.8 10.2 21.0 17.4 20.0 12.8 21.2 14.0 2r. 8 5..^ 15.0 8.3!;10.0 3.0; 16.0 2.0!|24.2 10.6 26.0 1.0 5.3 6.1 7.4 2.7 I 8.4 7.9 9.9 2.0 13.3 13.9 9.6 4.0 129.0 I ;32.8 34.0 31.3 31.4 31.9 42. j.35.5 ,31.3 137.0 j42.2 28.0 27.0 o 28. 9.8 19.7 30.4 19.1 11.2 15.6 16.8 9.0 9.2 4.8 0.0 -10.0 0.3 11.3 19.5 21.7 20.6 14.4 15.0 14.0 2T.0 28.0 o u.;; 19. e' 15.ll 10.0 5.9{ 9.c' I 5.4i I 3.8; 12.2' 18.0 10.2 10. o: I 26.0: 23. Oj 14.7| 9.5 I 11.1, 8.o; i 16.9 16.4 17.9: i 15. 2| 16.9! 0.240 050 14.0 10. ( 14.6 29.4 19.3 14.0 0.7 I U-2SW 4.0 8.2 2'.') lj.5 22.4, 12.81 I 8.7, 13.0 .085 .435 R 15.8 { S 2.0 I ... S 2.5 6.5 0.4 0.3 0.2 1.0 17. C 19.0 3.(1 6.0 ;0.240 ! .060 S .260 .650 .040 .030 2.0 0.6 1.5 10.7 3.1 10.5 9.1 I .., i 0.7 I .., i ... 1.0 ... 2.0 13.1 0.810 29. 8' 16.S .200 .060 .160 10.0 2.0 1.0 17.0 19.0 3.0 6.0 10.7 3.0 10.5 3.0 5.C 78.4 .085 ! .1.30 I , 11 , .100 i ! .200 2.2 9.1 0.7 3.0 5.0 2.490 108.2 26 3.0 0.0 2.2 11. 1 0.7 3.0 6.0 TORONTO. General Metkouolooical Austhact, March, 1865. D.MLY MEANS. 2 %M tj o 'Z V • ^i 3 = r a? "4 ^ n 1 a ^ V o- _: t M 1/ >. 1 i ^ Zt > ii s: — ^Ti\n. EXTUt.Mrs fiK TEMIM.RATURK. nAiN. SNOW. rt ::• 1 =1 1? t = '' .s L. ■ .a a li : 3.-= 9 jj TOTAL PALL. s .3 = §■;: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 10 17 18 10 ?0 21 22 23 24 25 20 27 •-'8 29 30 31 108. 1 25.) 0.115 85 30.010 29.902 33.2 .170 92 29.051 .475 34.4 .110 5S .71". . 590 25.3 .119 S4 . 600 .487 Sn nday 26.7 .122 82 .828 .700 35.6 .160 75 .490 .330 |20.7 .090 SU .790 .706 :)3.2 .178 91 .324 .140 15.7 .007 74 .611 .544 17.9 .078 70 .607 .529 1 i Su i nday 24.1 .097 - r. .874 .777 130.3 .143 84 .789 .640 42.2 .249 92 ,648 .299 41.4 .245 91 Of>> 28.970 :36.3 .176 81 .248 29.072 '35.4 .140 G',i .094 .5i.4 \ Su ndaj 38.0 .134 Sii .529 .345 142.3 .254 93 .094 28.839 •54.9 .170 S>. 28.800 28.630 ,36.0 .168 7t' 20.005 28.837 133.6 .152 79 .232 29.080 '31.4 .145 S2 .501 .410 1 Su nday .39.5 .192 78 .902 .710 |:}9.8 .102 00 .809 .047 '41.0 .217 SI .644 .427 iO.7 .2o;j 07 .451 .248 45.8 .101 b-2 .207 .040 i 33.0 0.159 79 29.528 29.309 l.C|| SS9K 1.0; i SS7 K 1 . ( ' ; N 22 K 0.7;lN33W 'I S 50 K 0.4; i S23K "1 0.5; S 85 W N67E l.o;|S83 W 0.4 I 0.7, S78W S88W j S 78 E l.i' ] N22E 1.0 i N75 E 1.0 N 63 E i 1.0 S59 W 0.7 SCuW 0.:5 S SI W ' , S 4S Vn- O.S iN72 E 1.0 I S25E 1.0 !s71 W O.S iNSoW 1.0 :N56W 0.7 \40 W X 5S W 0.0 S53E 0.0 1 N 73E 1.0 NSOE 0.7 : N 15 E 0.7 ; N 30 V,- 0.8 N 01 W 5.1 o — O. 1 13.8 2.8 3.3 4.9 12.( 3.7 11. *■ 12.0 0.4 5.2 7.5 3.1 5.1 11.4 14.5 •"* :; 2.1. l.^ 17. 2 16.1 11..". 11.0 4.'. 1.1 10.9 0.9 0.0 II. ( 311.11 10. 8 14.7 2.8 3.3 13.5 10. (' 12.1 16.7 6.7 39. (, 31.:! •28 8 Fi5.6 10.6 42.8 30.2 38.0 20.5 18.0 7.8.29.0 7. t, 38.6 I 3. -J 48.0 10. '! 19.0 14.1143.5 14. 7| 12.2 ■2j\ 43.5 2. I 13.0 4.0; 50.8 18. 9j 'iS.O 10. 4| (4.0 ll.fj:!7.2 n.l;30.5 0.7.39.2 3.7i;4S.O i 10. r 14.8 1.2 52.8 i 0.{\ 55.6 s.; 54.8 o 21.5 24.0 32.3 27.0 2.0 12.0 22. S 11.0 21. ( 11.8 9.6 -3.5 10.0 21.0 29.8 38.0 20.9 32.2 29.4 .33.5 34.5 .33.0 32.0 30.0 30.5 20.1' 27 . 34.0 35.5 38.4 .30.2 S.S 39.3,25.1 o 8.; 12. 7.2 4,': 26. s; 23. rj 20. (, 19.1. ! 16.4 8.7; 18. 4i 21. 18.4 17. f' 18.2 11.0! i 13. (■ 10.0; 14.1, 9.r: 16.3 5.(, 12, ( 0.' 12. ( 20.4 10 f 17.3 17.2 I6,fi 14.: ».680 K .100 .025 .050 .050 .250 . 000 .245 .400 3.050 ) 13.0 1.0 5.0 0.2i 7.5 2.0 6.0 1.0 2.6 ... i 1.0 0.5:1 - V.5 0.:; 0.3! S 1.0 9.5 i 8.5 : 1.0 0.1 10.6 19.5 ;18. 9 2.1 4.( 7.1 5.( 4.; 4.f 10.( 4.8 9.f 3.1 .'■.0.4 S .580 .101! .500 R .2011 .001 .100 . 250 .100 .02f .080 .0.M) .250 .000 .345 .010 .490 4.940 C8 .id f. o 9-2 <4 2.0 13.0 4.0 7.0 0.2 5.0 11.8 4.5 10.0 4.8 0.5 10.7 0.3 1.0 9.5 8.5 10.5 115.1' T R U N T O . (IeNERAL METEOUOLOUICAIi ABSTRACT, Al'KlL, 1865. fi^ DAILY MEANS. ' WIND. i E.XTREME.S OF T1.M1'EB.\TURE. lUIN. 1 I 8N0W. i 1 TOTAL PALL. 1 1 O r. a a i a X, 5£ o 3 o 5 ; n'C- ll I go i 1 * s 3 £ 'a i i u ! 3 ill 1 Is: ll' 3 is =■•9 ^ 1 OS il o 3U.2 0.165 tiS 29.405 29.240 0.4 NOOW 14.8 15.3 47.8 35.2 o 12. (■ ! ... ... ■ •< ■ f. •.. ... 2 Su nday S 09 W 1.9 3.7 49.5 29.4 20.1 1 ... ... ... ... 3 42.9 .12!* 47 .847 .719 0.3i N77 E 9.9 10.2 51.2 31.4 19.8 , — ... ... ... j ... ... •ti 45.3 .•2if> 78 .791 .555 0.7 S78E 4.6 5.0 57.0 38.2 18.8 0.330 7.5 ... 1 1 0.330 7.5 6; 49.3 .288 81 .667 . u( 8 i.o; S76E 3.0 3.2' 56.0 41.0 15.0 .080 2.5' ... 1 .080 2.5 51.9 .313 S'< .435 .123 0.7 S 39 W 10.3 10.7 59.8 47.4 12.4 .030 2.0; ... ..-. 1 .030 2.0 7 38.7 .135 58 .726 .501 0.5 S79 W 15.9 10.3 47.5 .39.2 8.3 ... ... ... ... 8 31.6 .125 71 :!0.025 .890 0.0: 1 N71W 7.6 7.8 ,38.0 29.4 8.0 i ... ... i 1 s 0.2 S 0.2 9 Su uday N82E 4.8 6.21,37.0 23.0 14.0 1 ... 1 1.0 2.o; .100 2.0 10 35.4 .181 87 29.792 .on 0.8 N33 E 2.2 2.3 40.5 30.8 9.7 ... ... 1.0 4.0j .100 4.0 11 37.6 .206 91 . 63r. .429 1.0 N75 E 8.5 8.0 46.2 .30.8 15.4 .500 11.0, ... ... ; .600 11.0 12 i 16.5 .219 71 .196 28.977 1.0| S76W 17.5 19.4 55.5 . 1 37.5 18.0 1 R 0.5 1 ... ... R 0.5 13 .39.4 .177 73 .047 29.470 0.4 S44W 6 8 6.5 48.4 33.0 15.4 1 K Ri ... R R 14 ... ... ... ... 8 31 W 3.6 3. 8/58.0 34.5 23.5 R R j ... ... : R R 16 45.6 .228 76 .461 .233 0.7 S42K 0.3 0.4 56.8 39.8 17.0 .260 4.5 s 0.2i .260 4.7 16 Sn nday N36W 11.7 12.3 '15.2 .32.8 12.4 i ^^ 0.2 ... ... R 0.2 17 36.4 .166 76 .700 . 540 o.i; S08E 3.4 3.9 45.2 25.0 20.2 R 0.2 1 R 0.2 18 1 48.1 .178 58 . 409 .2.31 0.4 N86\V 13.6 14.4 62.5 32.5 30.0 1 .025 2.5 ... .025 2.5 19 43.0 .192 09 .840 .6r.4 0.7 N81 E 6.7 7.6 48.4 34.0 14.4 ... ... ... 1 ... ... •20 39.8 .183 74 .628 .44.^ 1.0' N72 E 14.7 14.7 43.0 36.2 0.8 .720 19.0 ... ... .720 19.0 21 4S.4 .313 92 .335 . 022 0.9 N 85 E 2.5 7.3 57.2 36.0 21.2 .270 3.0, ... j .270 3.0 •22 \ 41.9 .105 61 .341 .176 0.8 S 64 W 17.2 17.5 48.8 41.0 7.8 .010 0.8 s 0.2 .010 1.0 -23 ; Su udiiy 1 N 89 W 11.3 11.0 44.6 31.2 13.4 ' ... .«. i s s! S S •-'4 42.9 .163 59 .813 .050 0.3 S 51 W 3.2 4.4 52.0 32.4 19. f. 1 ... ... i ... ... •Jii 44.1 .184 05 .807 .023 o.o! 1 N .S3 E 4.0 4.1 54.0 37.0 17.0 ... ... 1 ... ... ... ... 26 j Jl.2 .270 72 .590 .;'.19 0.6 N 80 W 3.0 5.4iti0.0 .34.4 25. e .090 0.0 ... ... .090 0.0 -^i i7.9 . 162 49 .073 .511 0.9 N 6 W 3.9 6.3 .■.6.0 41.4 15.2 1 ... ... ... 2S| 45.0 .253 85 . 03P .383 0.9 N 70 E 1 . U ".7 51.0 43.6 7.4 '1.600 17.5 1 ... , 1.000 17.5 29 43.2 .242 84 .387 .146 0.7 N 74 \V 10.5 11.7 52.4 39.5 12.9 ■ .057 1.0 ... ... 1 .057 1.0 30 Su nday 1 . 1 S63 W 1.9 3.5 .50.0 1 30.4 19.6 i ... 1 ... 1 ... ... 43.1 0.203 72 29.017 29.414 0.6 N 84 W 2.1 1 ! 8.4,50.0 34.9 16.7 3.972 72. 8| 2.0 6.6! 1 4.172 79.4 as TORONTO. General Meteoholouical Abstract, May, 18G5, 1 DAILY MKANS. 1 !l ,,.,„„ rXTUEMtS OF |: TEMPEnAlUKF. j RAIN, ' SNOW. TOTAL FALL. 1 i ii 1 u ,3 'Si U H 1 H 3 9 if- "Z a J £5 M ! 1 ! i.S ; ;ra 3 c 3i> 1 .' a > 3 -T 3 a 3 a "a t a u Q ' .s .5 II i> 1 1 ^ 11 < — d 3S y, 1 iU 0.198 70 29. 5.5s 2.^.300 0.7 ;N49W 3.4 1 4.6 47. V ••.-.4 10. 8| 9.015 1.5 1 ... 0.015 1.5 2 43.4 .181 03 .675 .494 O.i'l 3 50 !•; 1.2 2.5 53.0 .30. -J 22. 8i ... ... ... 1 ... ... o 14.6 .195 87 .77-' .577 0.3 : S47 AV 1.6 3.7 55.8 .33.0 22.? ... ... ... 1 1 4 43.8 .2.':l SI .005 ..374 1.o'Jn83E 0.1 0.7,:47.2 38.6 8.6 .185 9.(. ... .185 9.0 5 ;52.0 .300 77 . 307 .007 0.4 ; N 7 E 2.7 3.8 07.0 42.0 •25.0; ... ... i ■" ... : ... 6 ;4s.o 1 .205 S7 .157 .162 0.9 N39 W 7.0 8.5 53.2 4S.2 0.'.' .700 12.0 ... ... , .700 12.0 7 1 Sn nJay 8 37 W S.6 9.0 o7.0 i 37.2 19. s! ... ... ... ... i ... ... 8 •i3.1 .297 74 .345 .018 l.O :N30 W 4.5 5.6 J60.5 45.4 15.1 ... ... ... ... ... ... 9 ;48.4 .235 69 . tJiJt .302 0.5 1 S28 E 2.8 5.6'|58.0 15.0 13.0: ... ... 1 ... 1 ... ... 10 i45.8 .204 So .534 .270 1.0 'x 15 W 6.2 8.258.0 41.2 16.8' .355 7.2 ... 1 i .356 1 .. 11 140.1 .137 55 .670 .533 0.7 :N30W 8.8 8.9:47.0 37.8 i 9.2 ... ... ... ... ! ... ... 12 143.4 .162 58 .631 .409 0.2 S IW 4.7 5.3 '53.0 .30.0 23.0 1 ... ... ... ... ... ... 13 .50.4 .2.50 69 .061 .411 0.3 N 7 V 2.3 4.8 58.4 39.0 19.4 ... ... ... ... ... ... 14 i Su aday N 17 W 0.2 0.2 o3.2 40.8 12.4 .010 2.5 ••• ... j .010 2.5 15 .-)4.9 .254 00 .931 .677 0.4;N85E 2.9 3.0 o2.0 41.6 20.4 ... ... ... ... ... ... 16 00.1 .307 70 .691 .324 0.3 13 30 W 3.0 3.8 '73.0 47.4 25.6 1 ... ... ... ... j ... 17 59.2 .4.31 Si- .562 .111 0.p'n73E 4.8 7.4 74. 55.0 19.0 '2.200 13. t ... 1 ... 2.200 13.0 18 ,J0.4 .2:0 ( *.) .69; .427 1.0 N77E 10.7 10. s .54.0 46.2 7.8: .280 5.1 ... ... i .280 5.1 19 ^.52.8 .355 80 . 020 .204 0.8 NOSE j i 0.4 0.4 liO.O 49.0 11.0 .125 1.2 ... .125 1.2 20 'uO.2 .457 88 .507 .050 0,7 ^NS3E 3.1 3.4 71.0 .50.8 20.2 1 ... ... ... ... ... •21 1 S« iiday ' N75E 2.1 3.5 09.0 48.0 21.0 .030 l.f ... ... i .030 1.5 22 .W.7 .340 74 .320 28.981 0.4 !n 4. W 7.0 7.5 64.0 51.8 12.2 .105 1.6 ... ... .105 1.5 23 : 48.3 . 'Sj') m .500 29.275 0.2'N60W 3.6 1 5.3 j.JS.O 37.0 22.0 ... ... ... ... ... ... 24 jOl.S .273 70 .560 .293 0.8'N23W 1.8 3.5'.J8.0 35.5 22.5! n 0.5 ... R 0.5 25 '50.9 1 .308 07 587 .2SU 0.1 N 3E 4.0 s.ob.s 45.4 18.4 *•• ... ... • •• ... ... 26 ,54.9 .209 4S .59S .390 0.2 X 13 \V 4.6 7.6 ■04.5 47.0 17.5 ... ... ... 27 5S.8 .211 40 .453 .•.;42 0.1 N 14 W 7.1 8.1 69.2 48.2 1 21.0, ... ... ... •■• . It* ... 28 Su nday S 00 E 2- 2 3.0 07.0 49.0 18.0 1 ... ... ... ... ... ... 29 1)2.1 .291 51 .502 .271 0.3;N62W 0.1 8.2 70.5 50.5 20.0: ... ... ... . 1 ... ^i ... ... ■dO 03.0 .3:^8 56 .70S .3S0 0.0 is VOW 1.5 2.7 72.0 ,J3.8 18.2 ... ... ... 31 (38.4 .411 ■'7 .0S3 .272 0.4 1X30 "SV '1 1.0 2.3 79.0 52.0 27.0 ... ... . I ... 52.3 0.278 69 29.585 29.307 0.6pN 3\V 1.6 5.5 01.2 43.6 1 '":i 4.005 55.0 ... ... ,4.005 55.0 89 TORONTO. General HETiinKOLOGiCAL Abstract. .Iixp:, 1865. DAILT MEANS. ; wi.\n. 1 E.KTRFMKS (pF TKMl'KRATfRK HAIN. \ ' SNOW. TOTAL FALL. s "it It h S ft !2 c n si o >> S O 1 ♦> • p s If. JL — 1 s s E 1 ^ a 3 a a ii t c s Q a - -r. 2 — *? — s <73 d H 2 II a i ^ II 1 |6°.7 0.27(5 49 29.067 29.391 0.7 \ 84 E 4.0 4.2 .^?.8 •50.0 7.8, *.• ... , 1 1 ... ... o J58.9 .281 57 .05?" .377 0.8 S83K 2.0 3.2 ■6.0 .')1.4 13. ( ... ... ! ... ... 3 64.2 .430 71 .000 .170 0.0 8 10B 0.8 l.f 73.0 55.2 17. »■ ... ... ... ... 4 Su nday 1 .S84W 2.6 4.f 90.2 01.2 29.0 1.260 3.5 0.200 8.6 5 64.3 .410 08 .774 .304 0.0 S83E 1.4 1.4 09.8 .J9.8 10.0 ... ... ... ... 6 63.9 .444 6'.t .741 .297 o.o S58 E 1.8 2.8 73.8 50.5 17.:; ... ... ... 7 J69.9 .525 71 .631 .106 0.0 S81 TV 3.2 6.0 iO.O 02.0 17.0' ... ... i... ... ... ... 8 166.3 .401 62 .720 .325 0.6 1 S78W 2.1 3.5 75.0 .54.5 20.5 ... 1 1 ... !(53.3 .419 72 .647 .228 1.0 V28 E 1.2 1.4 70.2 .59.0 11.2 .200 2.5 1 1 •*. ... .iOO 2.5 10 68.0 .386 7 .040 .254 0.4 N27W 8.5 8.6] 08. S 58.2 10. e ... i ... ... ... 11 Su nday i S30E 1.6 1.9 77.0 43.0 Cl.O ... '■•• '*' i ... ... 12 69.1 .471 05 .512 .041 0.3 N67W 2.5 4.2 82.9 40,0 36.9 ... ... i 1 ... ... 13 i68.1 .298 61 .711 .413 0.7 \86E 4.0 4.3 63.2 57.0 6.2 ... ... : - ... i 1 ... ... 14 {61.4 .270 50 .731 .401 1.0| N74E 10.6 10.6 66.8 54.0 U.h ... 1 ,,, \ ... 15 i69.6 .442 87 .081 .2.39 0.9 N79E 3.2 3.2 65.0 53.3 9.7j .530 8.7 1 - ■ •• .530 8.7 16 J63.2 .589 85 .676 .087 0.4 S57 E 1.2 1.3 76.2 57.0 19. 2| ... ... ... 1 ... ... 17 71.4 .677 88 .733 .056 0.5 S 1 E 1.2 1.6 S2.5 61.4 [ 21.1 ... ... ... ! ... ... 18 Su aday 8 71E 0.5 0.6 SO.O 65.0 15.0 ... ... ... ... 19 70.9 .587 77 .607 020 0.8' N26W 1.9 2.4 SI. 4 65.0 16.4 ... ... ... •20 67.4 .4t)3 71 .041 .178 0.6 S35 W 3.8 4.2 78.2 59.0 19.2 ... •21 05.0 .395 66 .630 .235 0.5 N79W 4 "i 4.9 74.0 59.0 15.0 ... ... 1 ... •22 01.6 .330 60 .721 .391 0.2' N35E 1.1 3.5 70.5 54.0 16.6 ... ... ... ! ... ... 23 ,62.2 .356 63 .822 .40; 0.7 SUE 2.1 2.6 71.0 49.2 21. f. ... ... ... i ... ... 24 T2.1 .552 70 .649 .097 0.0 S 17 W 3.8 4.4 SO. 2 .=i7.8 22.4 ... ... ... ... 26 Su nday ' S 7 W 4.6 4.9 S4.5 04.2 20.3 .550 7.5 1 i .550 7.5 20 66.6 .529 SI .268 28.730 0.8' S 38 W 8.2 8.7 75.(1 04.8 10.2 .180 3.8 1 .180 3.8 27 .55.4 .308 70 .481 29.173 0.7! S78 W 7.8 8.!' 12.0 53.6 8.5 ... ... ... ... ... 28 58.6 .360 73 .61R .202 0.8i S25E 2.0 3.8 !7.5 45.0 22.5 .215 0.7 1 ... ! .215 6.7 29 68.4 .514 79 .377 28.803 0.7; S34W 4.0 5.7 I 79.0 54.0 25.0 .070 2.{ 1 *•• 1 1 .070 2.0 30 :69.4 .516 72 .608 28.992 0.9 1 N85W 1.2 3.1 76.2 00.0 16.2 ... 1 ■*' ... 1 i 1 ... ! ■ ... 64.5 0.432 70 29.633 29.201 0.6 8 30W 0.0 4.1 74. C .:«.7 17.5 ...0. .54.7 ... ... 2.006 34.7 TORONTO. frENEHAL MkTKOROLOGICAL AHSTRAf'T, JULY, 1865, lAlLY MEANS. a 37 4 « :.a ■J. S o WIND. •*j • 1 s a a .• a : « '*• 1 « i i 35^ £.!: .'■ T l-ll isa ^>r>l EXTHEMf:* OF | te.mpkhatubeI' RAIN. bVOW. TOTAL FALL. 2 1 'Zx t ■= i S ■ a .5 3 r << ; - i a."' <'5' 1 2 3 4 5 6 8 9 10 11 12 13 14 15 16 17 o ■6.3 Su 16.4 (59.7 64.8 •34.9 71.9 67.4 Sii 34.0 66.9 .'.7 36.2 56.8 55.8 Su 63.8 IS IJ07.0 19 \\m.', 20 'ti6.1 I 21 ili)5.7 22 ;|G4.7 23 1 1 Su 24 165.7 25 26 00.9 70.8 27 JJ70.4 2S ;j71.5 23 ;J63.3 30 'I Su 31 J60.4 ||65.0 0.537 nclay .413 .410 .338 .446 .47 .439 nday .309 .382 .380 . 2S.T .270 .297 nday .29f) .314 .447 . 404 .437 .353 iidiiy .42S .518 .482 .481 .551 .372 nday 321 0.40; 29.490 28.9S'5 . 592 .179 .032 .222 .772 .436 .632 .186 .579 .102 .605 .U^ .674 .36") .517 .134 .483 .097 .653 .370 .70S .4.32 .682 .385 .519 .22:j .433 .119 .347 28.900 . 523 .707 .784 29.l)5S . 270 .431 .670 .251 .3:.Si2S.840 .405 .527 .495 .620 . 935 29.595 28. 9S 29.040 28.944 29.304 .Oil 29.193 0.711 S77 K S8SAV 0.3IS40 W i 0.8 I \ 60 W I 0.5 !3 61 W 0.r'JN74E 0.5' i N60W 0.4 Is 33 W 1 N 12 W 0.t< N 82E 0.3 I Slow 0.7 iN87W 0.5iN37W I O.S N75AV 1.0 ; 3 44 E X 53 E 0.-2' M41W 0.3 .<50 \V 0.7 Is 4W 0.7 .SGSVV C.7 \21 !■: 0.3 X 40 E S72W 1.0 ' S 0.7 S4SW O.J N'73W 0.3 S.37 W O.s 'S52 W O.-J X4'JW sew 0.0 ! S79 E 0.6 N SOW 2.3 5.3i 1 7 7.6 4.:> 4.4 0.8 1.8 9.9 3.6 4.3 2.0 1.4 6.6 11.3 4.9 1.3 1.6 C.l 8.8 1.8 4.7 2.5 0.9 0.7 1.5 8.2 12.1 1.3 1.4 4.9 1.9 5.7 3.5 7.8 4.5 6.2 2.7 3.9 10.2 3.9 fl.fl 2.5 2.6 7 11.8 5.0 1.9 2.7 6.4 9.2 2.1 0.5 4.1 5.0 2.3 2.3 10.7 12.5 1.4 3.4 7.2 3.8 0.0 72.0 71.0 74.8 81.0 73.0 77.4 81.8 78.0 73.0 72.0 6.0 73.1 )7.0 66.0 i5.8 64.2 73.0 S2.0 i8.8 75.8 0.0 71.0 78.0 5.0 SO. 5 SI. 8 S2.0 o 58.8 .i7.4 56.5 59.5 56.4 36.0 6.3.0 59.8 53.;. 55.0 •57.4 54.0 48.4 46.0 45.8 .51.6 54.2 53.0 33.0 .51.8 58.2 59.4 )6.8 56.0 62.4 OU.o 59.2 S3.0|02.5 5.0 66.8 VS. 8 74.1 56.8 51.2 49.0 55.6 o 13.2^ 13.6 19.3 21 16.61 i R 0.025 R 0.5 0.1 0.5 21.4 I .050 0.5 18.8 ... 18.2 ... ... 10.5 ... 17. ( ... 18.0 1 ... .. 19.1 1.190 4.0 18.fi ... ... 20. C ... 20.0 ... ... 12.0 ' .015 1.1 18.8 ... 29.0 1 15. !< : .120 2.0 24.0 i .090 1.4 11. S i ... ll.t. 1 - 21.2 ... 19.0 R 0.4 IS.l 1 .910 •y ; 18.8 1 ... ... 22.8 j I 20. :v .070 4..-. 18. 2I ... ... 15.fi 1 1 ... ... 19.8 ' - - 18.5 I .2.670 1 17.^ 0.025 R .050 1.190 .01; .120 .090 R .010 .070 5 M O 0.5 0.1 0.5 0.5 4.0 1.1 2.0 1.4 0.4 » f. 4.5 2.470 17.6 31 '^1 TORONTO. General METEOROLOfwcAr. Aijstkact, August, 180:). DAILY MKAN.S. 1 V 1 u 1 S t. ? 1^ It '•- ar « L. o ill • u u -3 WIND. KXTKEMKS OF Tl-Ml'KUATLIU;. Rfl.N. Ka .r-:' a a ^ X c ••I'S 8N0W. TOTAI, FALL. '.i ! - •/ ■5.S <~ ' a. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 10 17 18 19 20 21 •i> 23 21 25 20 27 28 20 30 31 6?.7 71.8 76.7 60.8 71.1 Su 65. ( 65. 89.7 70.0 57.0 59.8 Su 07.2 [71.3 65.3 01.0 03. ■( 67.5 Su 0-).l 58.3 br, " 50.8 63.7 07.7 Su 67.0 i jOO.5 I ;64.^ i 173.0 1165.2 0.50.1 74 29.9')S 21). 300 . 584 74 .83.-) .251 .076 75 .701) .085 .521 79 .772 .251 .508 07 .72!» .221 nday .384 02 .451 .000 .14.0 7" . O.V,' .214 . 50'1 70 . (i20 .12ti .513 71 .376 28.863 .300 71') . 502 20.233 .345 00 .07U ..325 ud:iy .40- 7ii .004 .197 .458 0) .578 .120 ..380 62 . 07o .203 .3.J.3 0". .774 .421 .407 00 .mu .292 .430 65 .025 .ISO udiy .43^ 71 .435 28.907 .283 50 . '}'-V-\ 2t.250 .254 01 .00;} .400 .307 O'i .7'J2 .4S.- .378 o; .80 J .425 .403 o;i . GSii .22.-1 nday .319 6^ .74it .430 .3S0 74 .70., .:!7C- .*10 74 .81o .304 .tS^ 71 .720 .147 0.434 CO 29.080 20.240 0.5 ' S 89 K 3.7 0.4 S 72 K 3.0 0.5 S 30 W 2.2 O.f. N20W 1.8 0.4, SUE 0.4 S50W 5.4 0.5, N75W 0.1 0.4 1 S 53 W 2.0 1 o.c, S 8E 2.0 0.7 N 58 W 12.9 0.8 N 21 W 8.4 o.o: N 15 W 0.1 Calm. 0.0 0.0 S 24 W 1.0 0.2' 1 N49W 2.3 0.3 N 7W 9.4 O.M, S 65 E 3.3 0.2 S 50 E 1.5 0..'i S 45 W l.S S 47 \V 5.2 l.H 1 \ IS-W c.s 1 0.8| N 1 1 ^\• 7.1 0.3 N 30 W . 5 0.1 S SI W 3.4 O.Oj S 45 W 5.1 0.3 S57 W 8.9 N26\V 3.4 0.2; S 51 E i.it 0.0, S 40 E 3.9 i).l' S SO E "■1 0.5 S 5 W 3.9 1 0.4 i 1 N 60 W 1.6 3.s! 75.0 3.8: SO. 8 3.(VS7.S 2.o!'74.5 3.0 79.8 9.3 14.9 1.1 0.0 1.6 77.5 :75.0 75.8 78.2 SI. 63.5 07. S 73.5 77.0 i.y, So. 5 9.( 3.9 74.0 09. S 1.9j!74.0 3.1||;9.2 5.41,77.0 8.2] 75.8 7.S'05.S 7.2!;01.5 5.o!67.2 3.9 6.f- 9.0 4.1 I 75. S 79.0 i ;72.0 ioo.o 2.I1 iJO.C 4.0172.8 4.8'S-.s I I 5.1h74.9 54.0 04.0 63. 66.6 58.0 02.0 54.2 05.4 5(1.5 45.4 55.0 00.4 53.5 50.0 01.5 52.8 46.5 41.4 48. 52.5 57.8 40.8 47 .'0 .55.0 57.0 55.4 21. H 10. f. 7.9; 21.8' 13.( n.i 24.0 15. ( 15. (, 28.-; 22. ( •30.." 13. ( 16.;'' 24. ( 23. ( 19.2 14.;': 13.('i 15. (, 22. S' I 27.81 27.1 14. V 10.2: 22. f ii.y 30. ^ 19.5! ).085 .130 .925 .445 . 22 > .120 1.930 3.( 3.(ii 1,5' 20.4 .Id c 'C .£■ = u. < > a s 9^. s a 1; ' 2 a 1, r a •4 .z .Id 20.4 1 o ?0.4 0.57ft 7'> :i9.050 2 i59.2 .494 1)9 .571 8 Su nUay 4 75.7 .641 i'-j ..580 6 74.4 .509 t)'2 .54-J 6 i7.4 .444 07 .527 7 70.8 .618 0'." .667 8 -11.4 .490 89 .516 9 'i5.7 .582 91 .607 10 i Su ndnv 11 )9.9 .560 7tl .560 12 .J7.4 .405 til .760 .'3 71.2 .434 71 .813 It 76.1 .665 78 .700 15 ■i7.3 .344 54 .865 IC 64.7 .411 •17 .823 17 Su nday 18 -.2.3 .22 J 57 .794 19 i4.5 .296 71 .S7? 20 ■)9.8 .417 SI .780 21 •)1.2 .451 S4 .700 22 ■55. 1 .52:! SI .839 23 04.2 . 629 ss .843 24 Su uday 25 •31.5 .400 73 .0S4 26 50.7 .280 7S .912 27 J4.6 .338 81 .987 28 58.9 .414 8:i .912 29 )4.1 .49. 81 .680 30 39.5 .352 tV.i .507 134.5 0.458 7.5 29.718 29.077 .077 28.939 29.03 .083 .049 .028 .025 .000 .355 .278 .035 .521 .412 .572 .582 .303 .315 .31C. .314 .284 . 621) .648 .498 .184 .150 29.260 0.8 s Si \\ 1.7 3.(1 r?.8 os.u 0.1{|N84E 3.5 3.^; so.o 0.0 1 S 51 E 3.3 3.4 ■)3.4 03.4 0.6;. 3 23 W 4.0 4.9 S5.4 06.0 0.7 N40W 2.1 3.;- •<6.0 68.4 0.4, S35W 4.4 5.1 77.1 01.0 0.3; 8 05E 3.0 6.2 n.4 57.0 1 -: N71 E 10.7 10.8 ■35.8 58.2 0.8! N13E 1.0 3.3 70.0 .59.8 S22E 0.9 2.1 70.0 00.0 0.4 S87 W •M 3.i: 79.0 05.0 0.0 8 81 E 2.7 3.4 ;7.o 52.8 0.1:, S82E 2.2 2.2 .0.8 .U.8 0.7i \82VV 3.6 5.t JO. 5 05.6 0.2| N32W 2.3 4.1 78.0 01.9 O.Oi; 8 23B 0.4 0.5, 74.0 51.0 |:N29E 6.4 7.0 SI. 5 60.0 0.2 X40E 4.9 5.0 12.8 45.0 0.0 S25 W 3.2 3.9 -!5.4 42.0 0.5: S24E 3.7 3.S 70.4 49. S 0.8 8 56 W 1.1 i.;i iO.O .53.0 O.t) S33E 1.7 .» . 71.4 58.0 (.4, 8 84 E 2.3 2.4, 70.2 02.0 \ 8 45 W 3.4 3.9 .19.5 .56.. •) 0.1 N32W 8.2 8.5 71.0 .-.7.0 O.Oii 8 57 E 2.5 3.9 59.0 44.0 O.Oj: 8 82 K 4.4 4.5 (33.0 45.0 0.2 N 87 E 1.9 1.9 159.4 47.8 O.Oj 813 W 3.2 4.4 73.2 .51.0 0.8 8 74 W 1 6.6 5.9 05.0 3S.6 0.4 1 8 60 E 1 0.5 4.1 74.1 57.1 u.s! 20.0! 20. Oi 19.41 . I i7.c!:o 10.1, 24. 4i 7.(V 10.2 10. 14.0; 24.2 10.0, 24.9 16.1 22.4 21,5: 17.0 23.4, 20. C; i 16.0 13.4 8.2, 13.0' 14.0; 15. () 18.0: 21.6 22.21 6.5 R .030 600 R R 045 005 940 R 885 045 R 17.0 2.450: 1.0 4.7 8.0 1.0, 0.1 1.0, 0.4 14.0 O.l, 4.5 2.0 2.0; 1 1 1 39.3 1 ... ■■■ "' i ... ... 1 R 1 1 i 0.030 ..500 i R R 1 : .045 1 ; .005 1 .940 R 1 ; .885 ! ■■■ 1 .045 1 ^ 1 1 ■2.451' 1.0 4.7 8.0 1.0 0.1 1.0 0.4 14.0 0.0 4.5 2.0 2.0 39.3 33 TORONTO. General Meteorological Adstract, Octoreh, 1865, Vi I I p DAILY MKAN8. 1 WIKD. KXTni;MKH OF TUll'KRATUBK nAis. 1 BNHW. TOTAL FALL. a u 'Z •7. ^ /. •* i - r.i o i. i C it ■1. f 5 r 1 — ■^ » s '1 t c T r. - 7 i 1 I J. ~ 7^ 1 c 3d 1 Su iidHy o X 80 W 7.0 II 7.1 64.8 Ui.n iS.s 1.085 1.0'!... ... 11,085 1.0 2 4lo i).21!i "7 •20.507 29.289 0.3 N37 W 6.2 6.6 '54.5 .37.4 17.1 n 0.5 : ... R 0.6 3 46.4 .218 72 .531 .312 0.9 ' N 21 W 7.2 7.5.^4.0 38.1 16. ^ R 1.0 ... ... R 1.0 4 It.O .235 81 .556 .321 1.0 N35 W 12.3 12.4 49.2 1 1 .36.0 13.2 ... ... ' ... ... ... ... 6 tfi.l .216 70 .731 .510 0.5 N33W 8.2 8.4 53.2 41.8 11.4 ... ... 1 ... ... • ■• ... 1 6 W.l .2C« 7ti .829 .562 0.3 S44W 3.3 4.1,59.5 1 1 38.4 21.1 ... ! ... • •• ... T flO.fi .460 88 .615 .148 1.0 S70W 4.1 6.71170.0 47.0 23.0 1.275 11.5 1 ... ... 1.275 11.6 8 Su nday 1 N 67 E 1.7 1.7 -6.0 50.6 4.4 .045 1.6 ... .045 1.6 «' •5«.7 .44P 88 .537 .092 0.5 S71 W 6.2 8.2 67.0 43.4 23. ( ... ... ... ... ... 10 I ^2.4 .4.30 77 .027 .188 0.5 N 34 E 3.6 5.871.4 .56.0 15. ... ... ... • •• ... 11 ! 1 54.0 .320 T) .687 .267 0.8 N 1 K 3.9 7.(1 61.8 46.6 15.2 .045 1.5 .045 1.6 ^^1 43.4 .180 ')7 .703 .573 0.4 N 8W 7.0 7.1 50.6 41.0 9..^ ... ... 1 ... ... ( 13 1 40.7 .194 77 .724 .530 0.0 'N78E 3.2 4.1 49.4 33.8 15. f • (• • •• ... ... ... ^4 45.6 .247 80 .339 .092 0.2 'N20E 3.7 4.6 .54.8 , 1 36.2 18. r ... *** 1 ... ... ... 16 1 Sn ndny N18W 12.2 12.5 .50.2 42.0 8.2 R 1.0 ... R 1.0 1« ' 59.6 .ns 74 .686 .607 0.2 N45W 7.0 7.2;50.2 1 ! .30.5 19.7 ... 1 ... ... ... 17 44.8 .20S iHi .645 .436 0.7 S41E 4.9 6.1 .i3.2 28.4 24.8 .025 2.0 ... .026 2.0 18 .):}.>> .363 87 ..323 28.961 1,(1 S63E 6.2 6.6 ,19.0 47.0 11. ( .460 ,1 19.0 r... ... .460 19.0 19 n.ti .30H Tit 28.870 28.563 0,7 N69W 18.4 7.6' 55.0 ,52. U 8.( .160 2.5 ... ... .160 2.5 20 4'.'.'J .181 i:s 29.167 28.985 0.4 X 73 W 10.1 16.6 40.0 1 39.8 0.2 .160 2.5 ... ... .160 2.5 21 3S.7 .164 71 .609 29.445 0,4 N 72 W 10.2 10.3 18.0 32.0 15.4 ... 1 ... ... ... ... 22 Su ndiij 1 S 88 W 4.7 5.1;|53.2 31.2 22.0 .105 2.6 ... .105 2.6 23 ! :W.7 .16,'. 7(1 .8GS .703 0.2 M 6W 4.2 4.3'|47.0 1 1 .36.5 10./ ... ... ... ... ... ... 1 24 36.4 .138 154 .975 .837 0.1 ;n 4 K 2.9 3.1 ^6.0 1 j 29.4 16. ( ... ... ' ... ... ... 26 30.7 .ISO 73 .86.-. .085 0.8 'n45E 4.0 5.r^47.0 1 29.0 18.0 ... ... J ... ... ... ... 26 34.4 .183 91 .866 .683 1.0 'N46E 10.7 10.7 43.2 .16.0 8.2 .125 3.0 2.0 15.0 .325 18.0 27 27.9 .136 ss .691 ..556 1.0 |N48E 9.4 0.6 34.0 24.8 9.2 .102 6.0 1.0 7.6 .202 12.5 28 33.0 .171 90 .3ii8 .187 0.9' N35W 5.3 5.6 36.5 28.2 7..'^ II 1.0 1.5 6.0 .I'^O 2.5 29 Sn nday ' S77 W 3.8 3. n 40.5 21.6 18.0 ... ... .j ... ... ... ... 30 41.. 3 .201 f .961 .760 1." 8 36 10 4.6 5.^ 46.5 34.2 12. .100 6.r/ ... ... .100 6.3 31 i 42.2 .•20;i 1 i .858 .649 0.7 8 73E 1 3.8 5.2 49.5 32.2 k ' ' .01'- 2.0 ... ... ] .018 1 2.0 1 1 J4.5 0.240 77 29.619 28.379 0.6i|N36W 3.6 7.3,52.3 38.1 14.2 2.7f*5 63.8 4.5 27.5 3.155 1 91.3 84 TORONTO. Gen'f.kal Meteorological Austhact, Ngvemher, 1805. 1 WIND. t.XTKtMKS cii TKMI'KHVIIHI: RMN 1 HNOW I'l Al. FALL. 1 5 c = 5.= af 1' i ll >. 1 i . 5! 1 ti 5 xa i3 fi .1 3 i a h a t 3 3 _ 1 1 i 3 ' - X — I 3.-? ji 5 s a _ «! ~ if 1 99 .a a ^ S <-9 1 iU 0.221 ■ 29.782 ■M.b'oC 0.9 3 50K 6.4 6.1 50.0 .lu.3 >5- 'i.06( 2.1 ... ... 0.050 2.1 2 «.o .231 .COi'i .371' 0.7 .«*71E 7.3 7.f ,V2.0 44.8 17.2, 1 ... ... ... ... ... S 39.0 .19-j : 11 . 007 .47.') 0.5 .S 14 W 3.1: 4.2 49.0 31.0 1S.(1| ... «*« ... ... ... 4 (1.0 .221 t. .338 .lis 0.9 N05W 0.2 7.7 48.0 :!0.5 11.5 t OOtI 10.1 ,,. ... .3:15 10.1 6 Su IldH.V Nt50\V 13.5 15.0 ■!5.0 .30.0 5.0, 1 ... ... 0.2 *•* .020 1 6.0 6 .17.1 .151. . ■: .435 .27' 1. 1) 3 87W 15.5 18. t 10. 28.4 12.0, .070 1.0 1 0.2 l.'J .00(i 12 7 27.5 .121 > II .'SO. 03) .912 0.(1 NlOW 2.7 6.1 :i4.2 24.0 0.(. ... ... ... ... ... ..* 8 :J8.7 .171' : 1' 29.800 .621 0. s S 24 E 3.S 0.1 44.8 3.0 21.2 ... ... ... ... ... !6.6 .10; .- 5 .945 .78U 0.0 N43W 8.5 io.;i ,46.0 ;J4.8 11.2 1 ... ... 1 ... ... 1 ... 10 i8.7 .121 : 7 30.287 :jo.lOi; 0.9, N 20 E 5.0 8.2 32.8 27.8 6.0 I ... *" 1 ... *.• i 1 "" ... 11 29.1 .121 : S 30.222 30.09C. 0.8 N64E 2.2 2.3 31.0 26.8 4.K ... ... 1 • ■• ... i ••• ... 12 Su nda> S 57 W 6.0 6.3 47.0 26.0 22.0 ... "• ... ... ... 13; t5.7 .21: r 1 20.61-1 29.401 (.5 S62\V 8.2 8.5 57.0 :32.8 24.-.^: ... ... i **• ... ... ... 14 17.7 .2^7 ; .49it .25s 0.3 S42W 6.6 6.) 54.7 41.0 13.7 ... - *•« ... 1 •" ... 16 1 t8.7 .257 •* 1 .545 .28S 0.4 8 53W 4.0 4.7 (50. ( 40.0 20.6 .. ... ... ... 1 ... 16 46.9 .20; ^ 1 .51:! .20(1 9.4 |S 6W 3.4 4.1 .■|5.2 :!8.4 16.8 ... ... ... ... ... ... 17 18.8 .23; .. 7 .50^ .275 0,9|N88W 12.0 15. -J 03.2 44. (i 18.0 ... ... ... ■ •■ 1 •" ... 18 :i8.1 .ICo r 1 .76b .004 i.ni Ninv 4.( 4.1 43.0 :i5.s 7.2 ... ... ... ... 1 19 1 Sii ndiiy S 34 W l.:j 4.f |46.i: 31.0 16.2, 1 ... ... 1 ... .*. ... 20 ;J9.8 .177 7 1 .73.'i .55b 0. : S 7;( E 8.7 9.3 42.5 32.4 10. 1 ... "■ 1 ... ... ... 21 :t8.3 .201 - 1 .40(1 .2.-.3 1.0 N 30 E 0.9 9.3 43.6 ;!8.0 5.0 .290 16.0, 0.1 3.( .300 15.1 22 •n.2 .177 > 1 .17r, 28.990 1.0 N41W 14. C 14.8 30.5 .32.5 4.0 ... ... j 0.5 10.5; .050 10.6 23 37.3 .177 s ) .512 29.335 0.9 N22W 11.4 11. ( 41.0 :i3.4 8.2 ... ... ... ... ... 24 :j6.9 .171 7 ■> .70.S .590 0.0 i N02W 1.9 2.7 iU.4 :!3.2 0.2 ... ... ... ... 1 ... 25 40.0 .197 7 1 .08." .487 1.0 : N67 W 2.7 3.2 44.0 :i3.8 10. -J ... ... ... ... i ... ... 26 j Su nday N 02 W 3.0 3.7 44.2 ;io.8 7.4 ... ... ... ... 27 il.9 .137 7 ! .650 .522 O.Oi N52W U.7 12. f 42.0 :10.() 12.0 ... B 0.5 1 S 0.5 28 26.9 .110 ^ ' .810 .70(1 0.0 N 51 E 4.3 5.1 14.0 24.1' lu.o ... ... ... ... ... 29 1 :15.8 .16-' 7 » .54S .."/j:; !.(» S31E 1 . 1 8.fi •10.8 25.4 14.4 ... ... S 0.- s 0.2 •M 10. i, .lOI! 7 .100 28.913 l.c S23W 1 ! 11.8 14.0 1 15.8 .6.0 10.8 .230 8.5 0.1 1.0 ■ ■24(1 4 6 38.6 0.180 7' 29. 655 29.470 O.f: N79W 3.0 7.0 44.8 32.9 11.9; ).975 31.7, 1.1 21.4: 1 . 085 63.1 36 TORONTO. General METEOROLO(!iCAh Aiwtiiact, Decemder, 1805. DAILY MIAN8. WIND. 1 EXTRKMKH or Tt.Ml'KRATURE UAI!». sjrow. TOTAL r ML. 1 £ = !2 3 CI a m 2 t, It M 5 ■4* * \ ll 1 «o 11 A B 9 s 'Ji s '3 ii 8 c t 5 ' .s 3 i I V a 1 aS.4 O.llKI 84 29.230 29.070 0.9 1 o S U j w 10.2 10.7 .37.2 32.0 5.2 ... .,. s 1.0 I s 1.0 2 ".7.7 1 . IW 73 .31" .153 1.0 NS3E 3.3 6.01 42.2 •29.4 12.8 ... ... ... ... ! •.. 8 j »u nday !n05E 0.4 6.61 43.5 ,32.2 11.3 9.605 10. f ... .605 10.5 4 41.7 .222 83 . 600 .444 l.( N 50 AV 11.5 12.11 54.2 .33.4 20.8 .066 o.f 1 ... ... .055 0.0 5 29.3 .101 63 .987 .880 O.L , S 84 W 3.3 3.9 .35.0 24.8 10.2 1 ... ... ... ... ... 6 ,31.6 .13.; 7C, .074 .538 0.( ; S 01 \\ 1.7 2.1 3S.0 23.3 14. T ... ... 1 ... ... .,. 7 1 ;28.7 .los •7 .5:)S .431 O.f ' V 55 W !4.8 15.6 '37.0 30.9 0.1 ' •• ... ... ... ... ... 8 ■27.8 .114 7ti . 92.3 .mt 1.0 : S 89 w 4.1 4.2 '.32.0 20.0 11.4 ' ... ... 1 0.2 4.6 .020 4.5 9 !a2,1 . KjO H'< .617 .457 0.!' Sll K 4.1 9.1 '.35.8 25.0 10. s ... ... ! 1.0 4.0 1 .100 4.0 10 Su iiday 'S35W 4.8 5.r 40.2 28.4 11 8 ' ... ... 1 ... ... ... ... 11 |39.2 .199 88 ..539 .340 o.s g.82E 4,8 0.8i i44.8 33.4 11.4 .046 4.0 i ... .046 4.0 12 l4l.fi .232 85 .456 .224 O.T 1 S 47 W 8.9 13.3 '51.6 38.6 13.0 , « 1.0 ■** ... R 1.0 13 23.7 .087 09 .922 .834 0.7 8 73W 7.6 7.8| 28.2 21.9 6.3 I ... ( ... ... ... 14 15.2 .063 71 .880 .818 0.4 8 74W 16.1 16.4 21.4 12.6 8.8 ... ... ! S 0.6 S 0.6 15 ;i2.8 .058 76 .887 .828 0.2 S84W 6.6 6.7 20,0 11.1 8.9 1 ... ... ... ... 16 16.3 .074 78 .789 .715 O.T S38E 3.4 3.9 22.0 6.0 16.0 ... ... 0.2 3.5 1 .020 8.6 17 Su nday S54E 0.8 1.2| 29.0 16.0 13. (^ ... ... i: S 3.0, '\ s 3.0 18 .31.7 .163 85 .694 .541 0.9 S58E 3.2 3.7 38.0 24.8 13.2 .100 1 2.5 0.2 6.7 .120 8.2 19 .35.0 .16.3 78 .323 .100 0.9 S 89 W 15. G 10.7 42.5 .30.8 11.7 i - • •• 8 1.0 S 1.0 20 19.1 .080 78 .460 .380 0.9 N27 E 10.0 13.0 22.0 18.8 3.2 ... ... :3.5 10.2 .350 10.2 21 15.8 .062 69 .530 .468 0.4 S88 W 12.2 13.4 21.4 8.2 13.2 : ••• ... ... ... ... 22 12.3 .050 77 .849 .790 0.0 S 64 W 5.4 5.5 17.5 10.8 6.7 ... ... ... ... ... ... 23 17.1 .082 83 .980 .904 O.fi :3 25 W 2.5 3.1 .36.3 5.7 .30. f : ... ... ... ... ... ... 24 Su nday S40W 2.3 2.3 38.0 15.8 22. i ... ... ... ... ... ... 25 ... ... ... ... ... ... , S 47 W 1.4 1.4 40.2 33.6 6.« ... • <• 1 ^^^ ... ... ... 26 36.4 1 .205 9;-> .397 .192 1.0 N38E 0.4 O.fi 40.0 29.? 10.4 .810 14. f 1 ... .810 14.0 27 34.0 .172 ST .590 .41S o.f N31W 1.8 2.2 39.0 34.4 4.e .212 1.5 1 ... .212 1.5 28 '31.0 .167 ST .730 .573 1.0 N68W 3.3 4.7 34.5 27.2 7.3 ... ... 0.1 3.2 .010 3.2 29 ■24.5 .104 T8 30. 03.^ .931 0.9 N23W 1.8 7.7 28.0 24.1 3.9 ... 1 S 3.0 S 3.0 30 23.7 .109 sr, 29.882 .773 0.8 N60E 7.5 7.7' 20.4 20.2 9.2 ... ... 1 ... ... ... ... 31 Su nday S 18 W 9.0 10.2 37.8 19.5 18.3 ... ... ... ... ... 27.7 .129 79 29.676 29.547 0.7 S81 W 3.1 7.3 34.7 23.3 11.4 1.727 33.1 5.2 39.6 1 2.247 72.7 36 TORONTO. General Metrouolocjical Au.stimct, January, 1800, 4.0 1.0 0.6 3.0 3.0 fS.2 1.0 10.2 14.0 1.5 3.2 3.0 DAllT MEAXa. j WIXD. j r..xTiuM>;« or TEMl'bKATLUK. HAIN. 1 ■NOW. TOt 9 V b i 2.- h V .a H t = 1? ^i: >. a s B 3 8 _- a 1. .3 s — i 5 Vi ^'5 \l '« a 1 1 ^f 5 i 5.J -a ? 3'= .fi H Oh X 3-: ia J" ■2-S 1. 1. s;i 3) eij i:Si <-= i.5 <^ 1 2 3 4 6 6 7 8 10 11 12 13 14 IS 16 17 IS 19 20 21 22 23 21 25 26 27 28 I 23 30 31 23.1 26.'.! 0.8 7.C 4.2 1-9.5 1-0.5 I ! 8.0 I j21.fl ■30.9 31.2 23.8 0.120 74 72.7 I Su 13.2 '^6.6 20.7 •J7.6 a2.3 21.2 Su !l2.t i 115.2 '■20.6 '■23.3 il9.2 I ■20.8 Su 26.9 ,24.9 .OOs .123 .061 .041 .023 .034 .053 .lOS . 159 .170 .123 S4 Sn 1-20.7 nday .079 .114 .109 .123 .169 .114 nday .060 .063 .09!) .111 .082 .091 nJny .129 .154 .095 81 S!i Kit 91 S9 j:i S2 1)2 :9.76lt .837 .5X0 .717 .804 30.09.". 30.072 30.836 :i0.493 •29.917 .7.36 .408 .414 "82 I 29.043 .739 .J57 .057 .811 30.040 .30.049 30.801 :;0.440 .'9.809 0.101 SI ss SI 8S sr. .323 .456 .46(1 .434 .535 .775 .940 .859 .45S .629 .04S .238 .290 0.9 O.f 1.1- 0.4 • 1 s sW 10. Is 17 W 1.^ 1 .S Tl W «.2 1 :f44W I3..'> N 74 W .70; .209 S3 29.718 .34: .33" .206 .421 .88; .34: .54; roi .519 29.617 l.t N 12 E o.ijN nv 0.( iM8M' 0.1 X3SW 0.8 3 42 W l.t I 8 29 K l.f i N76 K 1.(1 N43\V N 8 W 1.1 I S87E O.S' |S63 W l.( ;S67 W 0.»> N2U K 1.0 N75E 0.7 IS72W S 66 \\ 0.5 |S80 W U.7,|N63W I O.t JNTOE i.ciJN 2i: II 0.^ !N34W l.( X67E .S 54 E I.( XSTh S79W 0.4 SS4 W 11.4 1.8 6.9 14. 10. 5.9 10.1 S.I 10.1 0.1 0.3 0.4 6.1 1.6 11.3 7.6 15.9 17.2 •24.1 •20.1 9.1 1.0 12.4 2.1 3.2 4.8 12.9 0.8 I N75W 3.0 3.t 11.4 14.8 18. f, 17.:; 4.1 6.5 24.4 20. 1.8 13.1 0.1 4.1 10. r 13. >:td.o '•29. C I 131.8 123. 14. s 6.1) S-6.4 I 8.0 19.0 28.0 34.6 j.38.0 3.0 34.0 .15.5 i2.o 136. ;i4.o I44.O [15.0 18.0 22. ( .8.0 -•8..^ 23. (' 24. :o.2 !S.O i3.2 3^.2 17. *« 21.1 13.4 -7.6 l.ii ■!3.0 -14.0 3.8 11.8 10.7 12.4 5.( 0.1 •21. t 6.812I. 26.0 29.0 -0.6 -C.8 14.2 20.4 24.8 15.0 3.7 11. 10.7 17.8 10.4 9.( 5.t 0.8 9.5 10.8 21. S 11. ( 13.0 19.: 20.0 11.3 7.0 15. ( 10. 6.1 ).05& .Si; .085 9.0 5.0 1.0 0.1 0.1 s 0.2 0.4 1.2 l.n 0.3 3.0 0.2 S s 9.3 26.3 17. '2 21.4 21.6 26.4 18.4 12.7 4.1 11.8 II. f 14.8 .00; 13.6;0.5'22 5.0 2.6 I.O 0.1 s 0.2 ... • •t 3.1 • *« 'i.Olo l.-.j .0111 1 0.:; 1 8 r.o .02(1 ... • •• 3..i .040 3.0 .120 6.5 .166 4.5 .030 8.0: • •• .300 3.5 .020 0.5 S 0.5 s ... 1 .317 0.5 .085 3.0 1.7 0.3 7.0 2.0, S 7.5 , .25(1 14.1 I .1011 1.0 i .01(1 3.0 3.0 15.5 4.6 18.0 8.6 0.5 0.6 5.0 1.6 7.5 14.1 1.0 20.0 10.3 0.3 2." .06.-, .0^2(' 78. 9; 1.552 5.3 2.0 08.9 37 #Osii .%> .% ^.^^-w <>;^^ ^ O.*^^^ .0, IMAGE EVALUATION TEST TARGET (MT-3) 7 // & ^^ fe 1.0 I.I 1.25 If: ilM M 22 izo 1.8 JA ill 1.6 V] 'c-1 ^^?/ '^c2 o /y M w :->'V'# / Photographic Sciences Corporation ^q V '^ \ •1>^ :\ \ o^ r-c^ f^ '^^ 23 WEST MAIN STREET WEBSTER, NY. 14580 (716) 872-4503 & i ^ :\ \ 6^ I 'i ili mi' TORONTO. General METEoiioLOviicAL Abstract, February, 1866. Ill DAILY MKANa. ■ 1 . t ^ i WI.VD. IXTi'.EMr TKMPhHA S 01- U 1 1 RAIN. BSOW. T TAL lAi.r. IB 1 1' w = c 1 h 3 s -^ 11 v. O 'C u r< X . *» ■ Is ^ - V. t ^ { ■ l- 1 C: a B s a 11 S II B s 3 J '5 .2 r s ^4 1 ' n IS. 2 0.077 i i 29.240 29.163 0.9| N80W 13.6 14. ( 21.2 18.5 2.7 ... ... ... ... '" ..• 2 16. i .078 81 .293 . 220 0.7 S 80 W 10.4 10. i ,23.0 j 14.2 8.8 ... ... 0.1 2.1 o.oio 2.1 3 lu.c .062 7'" .414 .352 0.7 S 72 AV 10.8 17. ( |20.0 10.0 9.4 ... ... ... ... 1 ... 4 Su ucl:iy N09W 10.2 11.'- 13.5 7.2 6.. 3 ... ... • 0.2 2.5 .020 2.5 5 9.0 .0411 74 30.01.".t .980 0.8! s 58 v; 13.13 14.4 10.2 n .- -0. u 19.7 ... ... ... ... *.. ... 6 11.4 .051 (h 30.100 30.11.- 0.0 X 4VV 5 1 9.." ;8.3 9.2 9.1, ... ... S 2.1 s 2.0 7 23.8 .09> 70 29.803 lO.79.- 1.0 S IW 2.4 3.1 j29.0 8.2 20.81 ... ... ... . . ... ... 8 20.4 .120 S8 .704 .578 1.0 N37E 5.2 6.( ^.n.o 24.8 6.2^ ... ... 2.5 11.3 1 .250 n.3 9 25.7 .120 80 .553 .433 1.0 S34E 4.2 5.1 I3S.2 18.7 16.5 [ ... ... ... ... ... 10 U.l .176 S9 .4.52 .270 1.0 N40E 1.6 2.4 !.39.0 25.2 13.8 ■0.150 5.0 1.5 5.0 .300 10.0 11 Su nday 1 N15W 10.7 10.0 35.0 32.2 2.8 ... ... 3.5 8.6 .360 8.5 12 23.3 .107 85 .799 .692 0.6 N 6AV 7.8 8.C |26.0 22.8 3.2, ... .. ... ... ... 13 25.7 .119 84 .772 .653 0.9; S 72 W 2.0 4.2 .30.9 15.2 15.7 ... ... 0.6 2.5 i .060 2.5 14 29.0 .141 87 .240 .099 i.o' S52W 12.9 16. ( i.37.2 23.6 13.6 ... ... 1.5 0.5 .150 6.5 15 2." .040 79 .710 .670 0.61 N62W { ■ 1 8.; ' 7.0 3.4 3.6! ... ... ... «•• 1 - ... 16 2.6 .044 84 30.05S 30.009 0.5 S 51 >V 19.2 19.; 10.1 -*.0 24.1 ... ... ... ... ! ... ... 17 26.0 ] .103 7o 29.880 29.780 0.4 S 37 \V 16.8 16. fi ?3.0 2.5 .30.5 ... ... ... 1 "• ... 18 Su udaj S 21 W 3.1 o.T 32.4 25.0 7.4 ... ... 5.0 in I .500 11.0 19 29.5 .144 87 .209 .120 1.(1 S 74 W 6.0 0.8 35.2 .30.2 5.0 ... ... 0.5 5.5 ' .050 5.5 20 19.6 .090 S5 .641! .549 0.9j N87W 4.9 7.4 131.0 18.5 12.5; ... ... 0.5 5.0 .050 5.0 21 '23.6 .112 79 .924 .812 0.8i S 6 E 3.7 5.r 39.6 1.5 38.1 ••■ ... ... ... 1 ... 22 40.1 .18!) 70 782 .593 O.f S39W J.O 8.8 43.5 28.0 15.5 ... ... ... 1 ... ... 23 40.0 .204 82 .508 .304 0.0; S57E 1.8 4.f I45.O 33.8 11.2 .600 11. c ... ... .600 11.0 24 ,33.1 1 .171 88 .364 .193 0.7: N 75 W 14.3 16.1 45.0 32.0 13.0 .080 4.0 ... ... .080 4.0 25 Su nday ! N 68 W 13.7 14.1 13.4 8.4 6.0 • •• ... ... ... 1 ! ... 26 .0.4 .05S 81 30.2';0 30.171 0.7 S 47 AV 5.0 5.0 2:\0 -2.0 24.0 ... 1.0 3.0 j .100 3.0 27 25.0 .105 78 30.022 29.917 0.8 S 87 AV 3.5 4.1 33.8 14.2 19.0 ... ... ... 1 ... 28 30.6 .142 s;i 29.961 .818 1.0 i N83E 8.9 9.( 14.2 20.5 13.7 1 1 j i :22.5 i 0.108 81 29.707 29.599 0.8 S80 \V 5.1 9.4 53.0 18.1 15.5 0.830 20.0 16.9 64.9 2.520 1 84.9 38 TORONTO. GeKERAL METEOROLOOIf'AL ABSTRACT, MaRC'II, 1806. 3; <4 .010 i.l .02(' 2.5 S 2.0 .250 n.3 .300 10.0 .350 8.5 .060 2.5 .150 6.0 11.0 5.5 o.O 11.0 •i.O 3.0 84.9 P P^ILY MEANS. h li V u u- -:: .i •...^ .:^ :; z ■~ C o ■li ^ Im tc z ;, i. £ t^ -3 L< a = /. - ~ s 7 3';: «^ = '^ - c i t>. 5 -^ a.> — — — i.a O 1. E.XTIIKMKS OK TKM;" R VTUISK. nviy. 3 ;NS.= SNOW. I lOT.M. ru.i. < r ' ' a .,-. 1 1 ib.9 O.ISS 8; 1 29. 748 j 29. 561 2 38.2 .203 s8 .654 .451 8 55.6 .140 68 .632 .492 4 Su iiflay 6 i3.3 .074 63 .820 .744 6 23.7 .091 73 .844 .753 7 19.3 .068 ^^ .716 .648 8 22.0 .076 64 .793 .718 9 1 19.1 .075 74 763 .688 10 ' 21.. S .080 ( •» .804 .778 1 11 Su udiiy 12 .33.7 .171 88 .723 .552 13 !3.2 .158 84 .949 .791 14 1 35.0 .190 97 .736 .540 15 ; .34.4 .185 93 .591 .40( 16 31.2 .140 "7 .304 .104 17 10.7 .047 66 .60S .561 18 '■ Su nday 19 19.9 .068 62 .701 .633 20 20.7 . 089 1 1 .r,5i .462 21, 23.2 .103 ^:3 .391 .201 22! 28 2 .116 "■') .POl .6S.-, 23 :V2.0 .l.V.) S4 .466 .307 -i , .30.4 .110 8 2 .43'! .20!) 25 ! Su nd.iy 20 19.3 .069 67 .856 .787 27 1 1 25.0 .097 73 30.059 .962 28 1 1 31.3 .154 86 29.630 .476 29 1 31.5 .141 80 .498 .3.J7 30 1 ... ... ... ... 31 ! 1 35.fi .177 81 .102 .014 t 1 27.5 0.124 77 29.667 29.543 0.8| NCOK I O.f' \ 61 E o..j! .-^-s w I \71W 0.'. 0.1 0.4 X 71 VV N 76 W N04W N ,V2 W O.iT N49W 0.2 S47 W S 56 W N20E 1 . ( ! N 55 !•; l.C^ N 17 E 1.0 1.6 O.f . .' 0.0 0.7 X 35 E S77 W N 82 W ST8^V N 10 W N 66 !•: N 7.') W 0.7|iS OW I l.dlj N'oOW O.'.i' S80 W \ 73 W N57:\V S 7.^ W 0.6 O.f I i.(" .^."i7 !•: O.*-' N76W . . i S 64 W 1.1' •<6MY O.f 4.3 7.9 20.0 21.0 14.5 23.0 12.4 11.4 5.9 4.n 3.7 7.0 2.0 0.0 15.9 20.4 10.1 3.8 15.0 2.4 5.1 12.3 J2.6 11.2 1..- 5.6 12.6 0. 4.8 5. 11. 21. 21. 14. 23. 13. 11. 9. 8. 3. S. 5. 5. 16. :o. 12. 0. 15. '). 10. 14. 25. 11. 9. 13. 8. 8. 2S.4 34.0 33.9 19.3 17.2 16.2 17.5 17.0 15.0 9.4 2:21.5 .31.5 29.8 32.4 34.0 .32.2 10.0 7.5 14.2 14.4 20.5 17.'.; o;30.o 28.0 10.6 12.0 12.9 23. fi 30.2 20.5 4 30.5 N73\V 6. Sill. .V ',3.0 21.7 39 o 14.4 10.0 i 11.9 8.2; 13.6; 14.9 5.5^ 12. P 9.0 21.6; 16.7: 6.7 7.7 5.1' ! 2.C 6.8 2.2 i 18.5 14. &! 15.6! 19.9 ] 16. 91 7.0 9.(1 5.6; 17.0; 21.1, '2.S 5.8 I 18.5 o.p: 0.005 065 .030 .330 .635 .320 .500 .0.30 .010 2i ... 7; I ... S s 3.5, ... ! 8.5: .2.5^ 6.fc: S 0.4 3.0 1.5 0.1 0.3 0.1 0.4 I 0.3 1.^: 1.(1, 0.6 0.2 0.1 0.1 n.r'i.9ii)!.'i.;.7li 7.2 4.6 0.2 4.0 i 4.0| 1.6| 1.0| I 1.0. 4.0; ).005 .055 S S 13. 3.6 3.0! 5.2 3.0j 1.0; 2.(1 S .040 .300 .180 .330 . 63.J .320 .010 .030 .520 .040 .(>3ti S .091 .020 .Oil. .020 62.r'i2.63,-i IK p 9-2 — d 0.2 1.7 1.0 4.0 0.2 4.0 4.0 5.0 1.0 9.5 12.5 6.5 4.0 5.0 13.0 3.0 6.0 3.0 3.0 1.0 3.0 TORONTO General Meteorological AnsTRACT, April, 1866. 1 2 S 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 2S 29 .•?o i>\iLY mi:a\3. 1^ ■• i Vh 7 u 1 C • ^ :K s .t: • — — *-• 1 t ^* v^ r «?! f' - ^ " - 3 < -'- l> -^ "i u -M "" -^ ' a a OS .S 3 u ^ a KXTIU.jri'.S OF Nl). TKMPfKATL'RE RAIN. j SNOW. TOTAL FALL. s K 1) • , s « 03 - f 3 5 J) a •Si .3 3 a . a •5 5 - OS i:,: ^> j .-. ^ •2 C.S < t: i.= ■<•= = .£ <4 8u o 15.3 i9.9 43.8 i9.7 iO.3 .i2.0 Si. 3t5.4 10.5 48.2 U.fi 12.1 10.6 Su U.4 ts.y •)3.& ■)6.4 •)2. 5 )'" . ■) S.i l-O.O ;8.o S7.C 59.2 13.9 47.5 Su 12.0 43.0 mliy 0.141 .U^ .221 .281 .131 .119 nday .094 .151 .203 .245 .181 .166 nday .172 .25;t .312 .324 .274 iKlay .213 .1.32 .114 .135 .170 .190 nday ..I'd o.i9ri|oj I 29. so 4 29.71S .7riP .021 .032 .411 .57S .297 . 832 .701 .854 .734 .93! .837 .740 .580 . 67." .470 .519 .273 .837 .650 . 010 .444 .SOS . 690 .919 . 009 . 8i 12 .490 .737 .3.39 .479 .15.-, .235 2'), 901 .035 28.822 .027 28.895 .217 29.103 .512 .377 . 023 . 453 . oO'i .173 .59 J A-: 29.009 29.414 I S ju W O.-l X 74 E 0.1 ! N'74E 0.3 0.( N88E S78 W IA'\ N83W 0.8 'X40W I X38 W 0.0 S 8 W 0.7 ; S70E 0.< ;3 10 W 0.5 JS64W 0.4 'X04W 0.i;l N73E I N 50 W 0..'. ' X80 f; i O.r; I \ 89 E 0.{v S 71 E 1.1' i N'78E l.ii; SS4 V. I 0.7 ' .-5 58 W ;iN42W 1.(»Jn15W 0.1 I XOIW 0.;.|N50W n.4 :N44W 0.:,|S89 W 0.4 i N59VV j X 08 W 0.1 I X49W O.C N42W 4.9 8.2 3.0 6.3 10.4 6.3 2.5 1.5 3.1 l.n 4.5 3.5 2.8 2.0 11.4 4.3 2.7 0.2 0.0 7,1 4.7 21.9 19.4 13.9 11.7 0.1 8.3 18.5 3.3 3.3 o U. 40. C 44.5 54.5 •Q.O U,5 O! 48.8 ul 40.2 ( I 47 . 5 i 1 49.5 .J7.4 03.5 (I .'.l.O 49.0 48.2 51.5 ioO.4 •)2.0 '. j ■i7.u (i| ''O.S 71.0 ,04.0 I49.O 149.0 17.8 47.0 •■)3.0 .59.0 56.0 :.V2.0 8.0 !.J2.9 o •14.4 32.7 32.4 37.4 .33.8 35.4 30.0 28.8 28.5 20.0 38.5 37.0 39.4 35.8 31.6 34.0 41.8 43.2 51.4 40.4 48.4 40.0 39.0 .52.8 30.0 33.8 30.0 39.0 36.0 29.2 30.0 R jO.215 i o 0.8 7.9 12.1 17.1 30.2 6.1 8.0 11.4 19.0 20.5 18.9 26.5 11.6 13.2 16.0 17.5! IS. 6 18.8; 15.0 14.4 22.6 24.0 10.0 16.2 17.8 13.2 22.4 20.0 20.0 22.8 16.9 1.675 .010 .160 .210 i 1.080 R 0.6 0.8 1.5 5.0 10.7 0.1 20.3 R .216 o.c: 1.0 .010 .160 .210 .OSO s s R 1.6!;1.6-5 0.5 1.7 0.8 1.5 5.0 10.7 O.C 1.0 O.l 21.9 40 TORONTO: General Meteorological Abstract, May, 186G. TAL FALL. ij a q • z •- a '* n — a <~3 — — --■ i^:^:^: 1 U.AIX. ,1 .SNOW. TOTAL PALL. 1 2,:.- e = ° c a 11 f ;i= [ KQ 7,> a a « a 3 a a i c b. != i SI .2 O.'f 1/ a II 11 a 0.5 Id X 2- 1 1 39.1 0.155 05 23.324 29.100 1.0 \40K 6.4' 10.0 44.0 33.8 10. •. ).075 3.0 ... ... 0.075 3.0 2 iO„.7 .15u 03 .403 .31u 0.0 N4SW 14.0 15.3 46.0 35.0 11.0 ... ... ... ... ... ... 3 40.8 .115 47 .50S .393 0.0 N09W 10.0 11.0 52.0 .05.4 16.1 ... 1 i ... 4 147.9 .105 42 A-y, .298 0.4 N50W 12.3 13.0 58.0 .34.4 23. ( ... ... ... 5 43. 4 .171; 57 .520 .044 0.7 N47W 9.2 11.0 57.8 .34.0 23.81 ... ... ... i 1 ... 6 Su 1 uday N27W 12.8 13.1 60.2 37.8 22.4 ... ... j ... 7 48.1 f .100 48 .802 .042 0.0 S47E 2.0 2.6 56.0 08.4 17. t ... ... ... ... ... ... 8 50.0 .212 00 .535 .320 O.S N37 E 4.0 6.7 56.4 .07.2 10.2 .270 7.0 ... ... .270 7.0 g 50.5 .280 7f .420 .140 0.7 S69W 4.3 6.1 60.0 44.8 15.2 • •* ... 1 ... 10 49.8 .248 70 .545 .297 0.4 S58E 2.2 3.6 60.0 36.8 23. -J ... ... 11 '56.3 .277 02 .507 .230 0.1 S66E 1.4 l.e 70.0 i 40.6 29.6 5..' 40.0 •:S.4 ... ... :j ... ... 1 ,,, 2 55.4 ."SI 04 .612 .331 0.2; N07 li 1.4 2.1 35.3 44.6 20. .; ... ... I ... ... ... S Su nday i N 70 K 9.4 9.4 i 05. 48.5 10.5 11 0.5 j ... U 0.5 4 50.0 .401 s- .387 28.980 0.9 N 70 K 4.2 4.2 ] 34.0 51.2 12. S ).140 3.0 ... 0.140 3.0 5 ,58.2 .403 95 .410 28.947 1.0 i N 86 B 2.1 2.2 05.2 51.4 13. a .150 s.o i ... .150 8.0 6 55.8 .383 SO .297 2S.914 0.9 !S23W ] 4.3 5.1 1 07.0 51.0 10. (/ .140 4.0 ... ... .140 4.0 7 60. S .09: 7.'i .409 29.018 0.6 ;N7STV 10.1 10.2 1 0G.5 51.5 18. C 1 ... ... 1 j ... ... ... ... 8 'o0.4 .39ii 75 . 650 .160 0.4 ' N 88 E 6.4 i 7.8 ■iS.8 51.2 17.6: ... ... ... ... ... 9 57.. -5 .395 S4 .544 .149 0.5 ! N 89 E 1.5 2.2 67.5 51.0 10.5 ... ... 1 ... ... ... ... 10 Su nday ; N 40 W 4.2 6.0 75.2 49.4 25. S: 1 ... ... ... ... ... ... 11 57.4 .282 00 .861 .579 0.4 S3eE 0.6 1 2.1 60.2 50. f- 15.4 ... ■ *• 1 ■•• ... ... ... 12 56.0 .269 00 .677 .408 O.G N82E 9.1 9.1 60.4 50.0 10.4 .710 2.2 ... .710 2.2 13 57.1 .424 90 .393 28.909 0.5 S41E 0.7 1.2 69.0 47.8 21.2 .100 1.0 ... ... .100 1.0 14 166.2 1 .348 59 .361 29.013 O.G S 78 W 6.6 C.S 77.8 57.0 20.8 ... ... ... ... ... 15 04.2 ..330 57 .364 .034 O.C ;S89W 6.9 7.3 72.4 51.4 21.0 11 0.5 ... ... 1 R 0.6 16 59.8 .366 72 .418 .052 0.3 S 20 W 2.9 3.2 07.5 52.0 15.5 .100 0.5 ... ... ' .100 0.5 17 Su nday : N 02 E 6.5 7.5 04. ( 49.0 15.0 .950 15.0 ... 1 .950 15.0 18 52.6 .332 83 .037 28.705 1.0 ! S29E 10.3 12.8 57.0 48.8 8.2 .245 17.0 ... ... ! .245 17.0 19 55.4 .336 78 .450 29.120 0.0 ! N 76 W 7.5 7.C 05.2 48.0 17.2 K l.C ... ... R 1.0 20 62.0 .368 07 .603 .295 0.1 S30W 4.3 : 4.4 73.0 45.0 28.0 ... ... ... ... 21 67.5 .472 69 .524 .052 0.4 iS26W 1 6.6 6.9 75.8 52.0 23.8 ... ... ... 22 67.0 .443 68 .524 .081 0.2 i S 45 W 2.8 3.7 76.2 00.0 16.2 ... ... ... ... 23 68.7 .543 78 .542 28.999 0.7 is26W 1.3 1.3 77.0 60.6 20.4 ... ... ... ... ... 24 Su nday S67E 1.5 2.0 76.8 59.0 17.8 ... ... ... ... 1 ... 2& 74.1 .583 71 .633 29.050 0.8 S 61 W 4.8 6.1 90.5 64.0 26.5' R 0.2; ... 1 R 0.2 26 68.9 .557 78 .493 2S.930 1 0-7 S 15 W G.O 4.0 79.5 57.0 21.9 .030 0.7 : ... .030 0.7 27 04.8 .432 70 .420 28.995 0.9 N43 W 5.0 6.7 -2.8 03.0 1 . 8 .130 2.5 «.• "" 1 .130 2.5 28 54.4 .278 65 .604 29.380 O.C X 41 W 1.4 4.5 .2.5 53.0 9.5: 1 ... 1 ... [ ... ... 29 55.7 .292 07 .732 ,440 0.3 S22E 1.7 2.4 Ji.O 41. C 23.4 .025 1.0: ... ... ' .025 1.0 30 59.4 .319 03 .793 .474 0.3 S25E 1.4 1.7 57.0 46.0 21. fi ... ... ... ... , ... ... 60.2 5.381 72 29.521 29.140 i 0.5 S15 VV 0.7 5.1 , 59.5 51.4 18.1, 2.720 57.1 ... ...i 2.720 57.1 42 TORONTO. General Meteorological Abstract, July, 18GG. y. o fe-S •<-3 0.5 3.0 R.O 4.0 1,0 0.5 0.5 15.0 17.0 1.0 0.2 0.7 2.5 1.0 D.MLY .'MK.\N3. WIND. K.XTIlEMn.S OF TKMl'KR.\'rL'nK. cs P 5.< i. g « I. * .. u U 3 2 ? 0^ 4^ B R.M.V. 1 SNOW. ^ » -1 S a d s a >*. " X c ■3 i: Q, .J 11 a. 5 ^4 .^.1 «! — TOTAL P.\LL. o *." 3) a .Sd K O J X c 'S O.-? o, S c^3 a .5 > O 2 a §? 1- > ■2 'u a = 1- If o 1 ■-« •• i a a "a ii c b b IB 'J? n 3 - ■Ha a i ■£ 0.-= ■3d X II 1 o5.4 0.550 91 29.403 23.853 0.6 S 89 E 2.1 ! 2.61 70.2 59.4 ' 10.8: 0.080 2.0 1 - ... 0.080 2.0 2 Su .ir^r.^ 1 N 79 W 3.2 4.4 SO.O 62.8 17.2 1 ••• • »• 1 ... ... ... ... 3 )2.7 .43f 76 .661 29.225 0.7 N28E 1.8 2,4 71.0 .54.0 17.0 «•• ... i ... ... ... 4 64.0 .403 69 .642 .139 0.7 X78E 3.5 3.8 71.0 ,54.0 17.0 1 .470 3.5 1 ... .470 3.6 5 )2.1 .401 74 .525 .124 0.5 N69W 5.3 5.5 72.0 58.6 13.4 ! .055 1.6 ... .055 1.6 6 11.7 .391 71 .666 .274 0.3 3 63W 0.7 3.8 71.0 40.8 21.2 ... ... ... " ... 7 )8.C .422 86 .469 .047 1.0 X'32 E 5.1 6.2 62.5 ?.7.0 5.5 ' .860 10.5 ... ... .860 10.5 8 )8.2 .362 70 .568 .200 0.6 X 45 \y 7.1 7.2 68.4 55.8 12.6 a 1.6 ... ... ! R 1.6 Su nday X33W 5.1 5.4 69.0 48.6 20.4 1 ,,, ... ... ... ... ... 10 o7.4 .377 SO .729 .352 0.4 S 4E 0.6 1.8 67.2 46.2 21.0 1 R 0.5 1 1 - ... I R 0.5 11 ! il.O .509 94 .291 28.782 0.8 S72E 2.7 6.4 fU.O 56.0 8.0 ' .675 U.O ... ... j .675 11.0 12 1 )2.5 .437 76 .223 28.786 0.6: S53 W 9.9 10.3 71.2 00.0 11.2 : .077 1.0 ... ... 1.077 1.0 13 1 )6.6 .276 03 .533 29.258 0.3 S 77,W 6.5 6.6 '66.0 52.2 13.8 ... ... ... ... ... ... 14 51.6 .280 72 .535 .255 0.4! S88W 9.3 9.9 08.0 45.7 22.3 : .170 1.0 1 .170 1.0 16 45.9 .208 07 .902 .694 0.2 X85;T 2.1 3.4 57.4 34.8 22.6 ... ... ... ... ... 16 Su nday S73E 1.1 3.0 i4.0 41.4 26.6 i .780 17.5 ... " .780 17.6 17 J6.0 .349 77 .596 .240 1.0 X32W 6.3 5.3: )4.0 52.0 12.0; 1 .020 3.2 ... ... ! .020 3.5 18 U.l .294 78 .587 .293 1.0 1X28 K j 1.8 1.0; 54.0 48.4 6.6 ... ... ... ... 19 )1.2 .267 71 .022 .35.- O.C, 1 S M K 2.6 3.2 57.0 47.0 10. Oi i R 0.5 ... R 0.6 20 18.5 .290 87 .498 ,202 1.0 1 X25 E 7.5 9.4; .52.8 45.0 7.8 .560 14.5 ... ... .560 14.5 21 16.2 .232 7.T ..573 .341 O.tl X5I'. \V •• ... ... ... ... 55.2 0.349 78 29.621 29.372 0.6 N33W 1.4 1 4.f :64.0 48.7 li 15.3' 1 1 5.657 i9.4 ... 1 t 5.657 89.4 16 TORONTO. General Meteorolooicai. Adstract. Octorer, 186G. I ■ ■ i DAILY MEANS. i WI.ND. \ KXinKMi-s or TF.MIM-.liATUUi; PAIN. KNOW. TOTAI, FALI,. 5 v ■J ,*■ ■a a 3 o ti ■n 1/ -3 3 o II 2 .; a'v 1 § 'a 1 a - a _• y. ^ , la 5.S 3 £ If ^a i 5 1.1 .5 a II 1 ,5.2 0.34!) SO 29.751 29.401 0.1 S8SB 0.6 0.8 6?.l 50.0 1?.0 <«• ... ... <*t !•* ■■• 2 54.8 .400 80 .547 .147 0.6 N68W 4.4 8.1 71.0 40.2 24.8 R 0.1 ... ... R 0.1 3 42.2 .219 72 .712 .492 0.4 N14W 0.4 0.7 55.0 43. C 12,0 ... ... ... ... I ... ... 4 56.0 .150 59 .954 .805 0.3 N26E 3.0 3.5 .50.6 .35.6 14.9 ... ... ... ••• 6 58.6 .161 04 30.151 .990 0.2 N79B 1.6 3.1 47.6 33.4 14.1 ... ... .•• 1 ... ... 43.3 .230 74 29.989 .753 0.0 S21E 0.7 1.1 .58.0 36.8 22.2 ... ... ... ... ... 7 Su nday j S34W 2.4 2.4 '55.8 41.6 24.3 ... ... 1 • •• ... • t« 8 57.0 .439 87 .082 .243 0.4 S17 W 0.8 1.2! 171.0 1 50.0 20.4 ... ... !... ... ... ... 54.5 .411 93 .658 .247 1 1.0: N70E 9.0 9.1 •50.0 53.2 0.8 .895 5.8 ... ... 1 .895 5.8 10 53.4 .383 87 .080 .297 i.o' N73E 9.4 9.4 Iss.c 64.4 3.6 .016 1.0 ... ... 1 .015 1.0 11 51.8 .346 80 .704 .358 0.8i N57E 3 8 4.1 51.0 53.0 8.0 ... ... ... ... 1 ... ... 12 48.2 .266 05 .684 .418 0.1 N40R 2.9 3.8 .59.0 49.0 10. ... ... !... 1 ... ... 13 49.4 .208 77 .701 .403 0.2 N 6W 4.0 5.1 .58.2 48.4 9,8 ... ... ... ... ... 14 Su nday 1 N 4W 6.2 6.9 58.0 42.4 16.6 ... ... • *• ... ... 16 48.2 .245 59 30.071 .826 0.0 N13W 7.8 7.0 i57.0 1 45.0 21.4 ... ... ... ... ! ... ... 16 50.0 .297 88 29.923 .028 0.0 N60W 1.1 2.2 >7.0 .50.5 16.5 ... 1 1 ... • •• 17 51.0 .337 79 .715 .378 0.3 SSOW 0.6 0.8 157.0 43.4 23.0 1 ... ... ] ... ... IS 49.5 .312 76 .716 .404 0.0 S40E 0.5 O.S '55. (1 45.0 20.0 1... ... ... ... 19 51.4 .341 79 .678 .337 0.8 S54W 1.4 3.9 '56.5 43. S 22.7 .160 3.4 j ... ' .160 3.4 20 )2.2 .305 86 .748 .383 0.9' N 70 E 2.3 2.4 ■'iO.O 49.0 11.0 ... .. 1 1 ... 21 Sii nday 1 S 8W 5.S O.I ■57.0 1 54,0 13.0 .150 2.0 1 i .150 2.0 22 47.- .221 47 .305 .084 0.3 3 45^7 14.0 14.8 ':52.2 .55.0 7.2 11 O.S 1 ! II 0.3 23 58. n .100 55 .416 .256 0.5' S63W 0.5 n.T ;)2.5 44.2 8.3 ... ... { ... ... ... ... 24 .J4.4 .105 75 .601 .436 0.7 'n49W 9.1 9.1 45.0 31.8 13.2 ... ... ' — •• ... ... 25 32.8 .142 6(5 .830 .088 0.9 S 79 E 4.4 4.8 i42.8 32.6 10.2 .095 4.0 1 __, ... .095 4.0 26 59.7 .231 90 .575 .344 0.9 S20E 3.4 4.4 45.0 .35.4 9.0 .320 11.5 1 "' ... .320 11.5 27 J7.4 .190 7t'. .793 .603 0.9 |N21W 3.4 6.8 ;45.8 38.2 7.0 ... ■ ■• 1 ... ... ... 28 Su nday S89E 10.5 10. S JO.S 38.3 14.5 .360 13.6 ' t(* 1 .360 13.5 29 47.4 .319 94 .406 .088 1.0 N62 W' 4.0 7.4 )1.9 44.0 7.9 j .475 17.5 • •• ... .475 17.5 30 59.7 .219 82 .341 .122 0.6 S89 W 6.2 0.4 !l7.8 41.0 6.8 R 0.4 1 ••> ... R 0.4 31 50.9 45.5 .131 0.272 86 75 .675 .545 0.0 ' N 75 W N30W 8.1 0.8 s.n 5.8 41.0 ^57.5 32.4 43.8 8.0 13.7 2.470 i 59.5 ■ s s 0.2 0.2 S 0.2 29.706 29.434 0.5 2.670 59.7 M TORONTO General Meteohological Austract, NovEirnEn, 186G. 1 DAILT MEANS. 1 _„„ ' ! KXinF.MK.'i OF RAI.V. 1 SHOW. TOTAL FALL, - \ II ■3 i .a I, ■Ij 1 c a a ".2 1.1 HA 3 i 1 . . i a S a a i a 2 a ¥ 3 z u a a..? 3 fl a • .id fta 1 ;4§..3 0.105 O1 29.4911 29.304 1.0 8 50 \V 10.8 14. '.| IS.O 31.8 Xl: ! ^ 1.(1 ... 1 u 1.0 2 37.3 .101 73 .734 .673 0.( , N 75 W 5.5 5.t 42.0 37.2 4.8 i ••• ... ■ ... ... 3 34.0 .140 70 .05.j .809 O.S NS2\V 1 0. - 3.£ 11. 1 "8.7 12.3 I ... s 0.7 8 0,7 4 Su udny N IE 4.0 4.( 30.4 30.2 0.; 1 ... ... ... ... i *" ... 6 28.0 1 .117 70 30.310 30.202 o.c N 24 W 1.4 l.( !6.4 23.3 13.1 ... ... ... \ ... 6 33.8 .140 t u 30.131 29.991 0.1 S 35 W 2.6 2.744.2 23,0 Jl.'. <*. ... ... ... i ■■■ ... 7 .39.0 .103 117 29.847 .080 0.'. S 44 W 3.8 4.1 -)3.0 31.8 21. 'J ... ... ... ... ... 8 43.0 .219 77 .089 .470 0.7 ' S CI AV 3.8 4.(|54.2 30.0 24.2 1 ... ... ... ... ... ... 143.7 .230 K2 .6SU .440 0.2 S52AV 4.3 e.j'i ,51.8 .37.0 14, S ... <•• ... ... • *• ... 10 '4-^2 .209 7'? .070 .400 O.t j 8 85 K 4.9 7. o! .51.0 35.0 10. (. .230 1,6; ... ... j .230 1.5 11 Su nday S 38 W 9.0 10.9 49.6 42.0 7.C R 0.2 ... ... R 0,2 12 ,38.7 .167 72 .819 .052 0.3 iN77W 6.1 6.8 47,5 32.8 14.7 • ** ... ... ... ... ... 13 38.8 .185 77 .975 .790 0.4 1 S83E 6.2 5.5 44.8 28.4 16.4 ... ... ... ... ... ... 14 45.3 .244 81 .702 .459 0.9 i S51E 5.2 6.4 50.0 ,35,8 14.2 .270 10.6 ... ... I .276 10.5 16 43.2 .259 02 .192 23.933 l.C ,NGOW 4.6 7.7 40,0 42.0 4.0 , .875 10.6 ... ... 1 .875 19.5 16 38.3 .198 85 28.971 28.773 l.C S83W 15.0 15.1,41.0 36,6 4.4 .405 10.0, ... ... 1 .466 10.0 17 39.3 .180 70 29.417 29.237 0.8 S 07 W 7.0 8.2, 43.6 35.2 8.4 ; .023 i.oj ... ... ,.023 1.0 18 Su nday S 53 W 2.0 3.0, 47.5 39.0 8.5 .080 4.0 ... *•• j .080 4.0 19 43.9 .250 89 .200 .000 1.0 ' S83E 4.5 0.8 40.0 41.0 5.0 .320 10.5 ... ... .320 10.6 20 39.7 .210 Ss .251 .034 0.9 N45W 17.9 18. t; 44,0 30.3 4.7 .055 4.0 ... ... .055 4.0 21 i 31.9 .146 80 .514 .309 0.9 ; N 48 W 8.9 10. ( ,35.0 32.7 2.3 ... ... ... ... ... ... 22 ,27.5 .129 86 .409 .340 l.f , N 31 E 9.0 9.9|:30.0 25.0 8.0 ... • •« |2.0 13.0 .200 13.0 23 27.4 .130 87 .072 .542 0.9 N44W 4.0 4.7|;33.0 1 24.0 9.0 ... ... 1 ... ... ... 24 i28.0 .126 82 .660 .040 0.8 N 78 AV 7.8 9. 2j 133.2 26,0 8.2 **. ... 1 0.2 3.5 .020 3.6 25 i Su uday S 20 W 2.1 2.4,34.2 21.8 12.4 i ,,, 1 t ... i •■• ... 20 37.9 .189 S2 .744 .555 0.8 'S28 W 3.2 3.2j 143.4 24.2 19.? ... ... ... ... ... 27 44.1 .230 82 .632 .39(1 O.f ; S44E 2.8 3.3' 47.8 37.2 10. f .060 4.6 ... • •• .060 4.5 28 48.3 .324 HO .358 .034 1.(1 ri 12 E 1.2 2.8 53.8 44.4 9.4 .520 12.0 1 1 ... ... .520 12.0 29 43.6 .262 92 .330 .073 1.0 N 57 W 4.3 5.1 47.4 43.8 3.f .060 3.0 ... • ■• .060 3.0 30 35.2 .l'i4 74 .412 .258 1.0 jNSOW 15.5 10.0 39.0 [ i 30.8 2.2 i ... ... S 1.4 S 1.4 38.4 i 0.192 8C 29.612 29.421 0.7 N88W 3,1 7.0 43.8 33.2 10.6 2.963 81.7 1 2.2 18.6 ;3.183 100.3 IE TORONTO. CIkNKRAL METEOnOLOOIt'AL AUSTIIACT, DECEMnER, 18GG. DAILT MEANS. WIND. 1 1 fc.XTRKMr* OK TKMI'KRATl'RK. RAIN. 1 KNOW. J TOTAL FALL. 1 l| 5 si "5 >. M 5 c 5 i ^a " .2 Ii si a s S a 9 9 i a a .5 h ^4 1 d a J <'9 a ': il K 5 lo ■iH.H j 0.117 73 29.701 •29.074 O.s i i N 04 W 7.11 7.9 31.3 •25. ( 0.;; ... •*f ... ... ... ... 1 Su ndny S 22 W 4.0 4.8 ■iS.O 24.8 13.2 ... ... ... ... ... ... 38.0 .15'J •i5 .612 .400 0..' S58K 5.6 6.3 13.2 27.8 15.4 1.200 3.0 ... ... 0.200 3.0 140.0 .22'2 Oil .357 .1.35 0.7 S02W 5.3 7.f 44.0 .38.0 0.0 .420 9.0 ... ... .420 O.U >■•■ .181 H4 .847 .COO 0.4 S75W 2.8 3.C 45.8 34.0 11.8 ... 1 ... ... ... 39.2 .2-20 02 .741 .521 1.0, N71E 2.0 4.3 13.2 .31.0 12.2 .035 2.5 ... ... .035 2.5 41.1.' .2Ht N5 . 593 .374 0.2i 8 3W 3.6 6.6 49.2 37.0 12.1' .045 1.5 ... 1 .045 1.5 |43.'J 1 .207 74 .095 ■28.888 0.5 1 S 48 W 14.3 18.2 51.0 35.0 16.0 1.120 6.2 0.1 0.5: 1 1.130 6.3 Sti nday S 71 W 10.4 16.7 34.0 37.6 6.4 ... ... ... ... ... ;17.C .065 08 .492 29.427 O.Hj 8 73W 15.9 16.1 21.0 15.2 6.8; ... ... •I* ... ... ... {10.3 .077 74 .576 .600 0.4 S72W 11.8 11.8 •20.4 17.0 9.4 ... ... ... ... ... ... 17.6 .064 68 .6V8 .614 0.4 S73W 14.7 14.7 23.0 14.2 8.8 ... ... ... ... ... 17.0 .073 74 .771 .698 0.4; N64W 9.9 12.8 •24.0 15.5 8.6 ... ... s 0.3; S 0.3 9.6 .054 SO 30.081 .30.027 0.2 N20W 7.5 7.6 13.2 5.0 8.2 ... ... ... ... ... ... 13.9 .060 71 30.027 29.907 0.6 N 50 E 6.4 6.9 ■22.5 4.0 18. f. ... ... ... ... ! ... ... Sii nday i N64E 12.4 14.2 28-0 14.2 13.8 ... ... 0.0 •20.0 1 .600 20.0 r23.0 .109 88 29.512 .403 1.0 N54W 7.1 7.f •27.0 19.0 8.0' ... 0.6 2.0 .050 2.0 •20.1 .112 78 .745 .633 0.9 S50W 8.2 8.4 32.0 15.8 10.1 ... ... i ... ... ... •25.1 .121 S3 .723 .602 0.9 N18W 8.2 11.0 34.0 28.0 6.0 ... ... 1 2.0 8.0: .200 8.0 1.9 .039 80 30.260 30.221 0.4 N21E 6.8 7.7 13.5 -5.0 18.6 ... ... 1.0 2.6 .100 2.5 19.2 .079 75 30.007 •29.928 0.7 1 S3SE 6.4 7.6 .31.8 -2.0 33.8 ... ... ... ... ... ... 34.2 .159 80 29.567 .398 1.0 S21E 6.1 6.C 37.8 20.0 17.8 .130 8.0 s 1.6 .130 9.5 Su nday 1 ; S76 W 3.4 5.3 41.0 31.8 9.2 .840 16.0 ... ... .840 16.0 34.1 .184 93 .123 28.939 1.0, S64W 6.2 6.( 37.2 34.6 2.6 ... ... 1 0.3 2.6 .030 2.6 ... ... ... S 09 W 11.1 11.4 ■29.0 26.0 3.0 ... 1 0.1 3.5 .010 3.5 27.0 .135 '1 .415 •29.280 0.8 S69W 4.3 8.i: 32.0 16.2 15.!- ... ... 5.0 11.5 .500 11.5 19.8 .083 75 .312 .229 O.C N61W 24.9 •25.1 ■20.2 •21.0 5.2 ... ... ... ... ... 16.4 .067 72 .4-2K .361 O.D N68W •24.4 •24.5 •20.0 11.4 8.r ... s 1.6 S 1.5 10.2 .071 78 .070 .605 0.5| W 9.0 10.4 21.2 13.0 8.2 ... ... 0.4 2.3 .040 2.3 Su nday 1 S38 W 2.9 4.7 ■21.8 11.0 10.8 ... ... j 0.1 3,5 .010 3.5 •20.6 .087 79 .754 .667 0.7' S 4E 1.9 2.( 25.0 15.2 9.8 ... 1 ... ... ... ... ■26.1 0.118 79 29.647 29.529 1 1 0.6 S88W 5.0 9.9 31.2 20.0 11.2^ 2.790 48.2 15.5 59.7, 4.340 1.069 1 2 3 4 6 6 7 8 10 11 12 13 14 16 16 17 18 19 20 21 22 23 24 26 26 27 28 29 30 31 48 TORONTO. (rENEItAL MeTEOIIOLOOICAL AumTHACT, JANUARY, 1807. ■\ .§d PS ^ ■a .'3.0 9.U 2.5 1.5 C.u 0.3 20.0 2.0 8.0 2.5 9.5 16.0 3.6 3.5 11.5 1.5 2.3 3.5 1.059 ■NOW. TOTAL FALL. , 1 & \ 1 3 '' 'C n n > : t if 3 >. 6.2 • i 3 a ■3 15.5 u S lis 2 1 1 = II a ^ If CI si 11 1 .9fl 5.2 20.8 0.09S SCi 29.858 29.700 0.8 N89W 5.:' f2^\0 1?.6 1 ... ... i... ... I ... ... 17.1 .076 81 .795 .719 0.6 8 05 W 6.( 6.1 20.2 14.fi 5.6 ... ... ... 18.8 .077 72 .704 .627 0.1 S 51 W 3.2 3.2 27.0 5.0 22.0 1 ... ... ... 30.0 .147 88 .660 .613 1.0 S 5W 0.6 2.1 35.2 21.8 13.4 i 1 ... 0.5 2.6 0.060 2.6 5 31.1 .143 81 .237 .091 1.0' N 68 K 3.8 O.f .15.0 28.fi (1.5 ... 1 0.2 6.0 .020 0.0 6 Su nddj- N 89 W 8.3 S.f JJ.O 26. ^ 6.2 1 ... 1 0.1 f.O .010 6.0 7 18.2 .074 7 11 .552 .478 0.7 N72W 7.2 7.3 22.2 13.2 9.0 •■ ... 0.1 3.0 .010 3.0 8 17.9 .072 73 .41(' .344 0.CIN40W 1 4.4 4.4 •22.2 10.4 6.8 , ... 0.1 3.6 .010 3.5 21.9 1 .104 8H . 232 .128 1.0 N15W 0.3 o.f 2 J . 2 13.0 U.O .. I 1.6 20.0 .150 20.0 10 ,19.7 .031 7" .133 .052 8.0 N49W 1.4 2,.l:7.<. 1 10.8 6.6 ! ... 0.6 6.0 .060 6.0 11 'l6.4 i .007 7.'J .457 .389 0.7 N07W 5.i> .-..i' 23.4 14.2 10.0 ... 0.1 1.0' .010 1.0 12 9.^ .049 74 .899 .850 0.7' N 7 VV 0.1 7.1, 21..: 7.0 8.0 ... 0.5 2.1 ; .050 2.0 13 Su nJay N 40 E 9.4 10.1 15.0 5,8 11.0 1 ... 4.0 18.0 .400 18.0 14 9.3 .052 77 .619 .567 0.6 N 22 E 4.2 4.2 16.8 8.0 6.8 ... i ... ... 15 3.1 .036 72 .758 .722 0.3 NUW 3.8 3.f' 13.8 -2.2 12.2 ... S O.f 8 0.5 16 17.7 .093 92 .502 .410 1.0 X77 E 2.0 5.4; 10. -4.8 28.8 ... 6.0 17.0 .600 17.0 17 12.2 .060 86 .602 .630 0.7 N20W 13.7 14.1 24.0 12.8 4.2; ... 2.0 10.0 .200 10.0 18 3.0 .041 SO .842 .801 0.1 N39W 15.7 16.0 17. n -3.0 11.0 ... • •• 19 5.8 .048 81 . r>7u .525 O.Oi S89W 4.1 4.2!^ 8.0 -3.5 17.5 ... ... ... ..• 20 Su nday N CO E 0.2 9.0 14.0 -3.2 26.2 ... if.O 17.0 1.500 17.0 21 17.1 .084 90 .190 .112 l.O: N33E 5.2 5.0 23.0 13.2 0.6 ... ' -3.5 .300 13.5 22 18.4 .0S7 87 .503 .410 1.0' N61W 3.6 3.6 19.8 14.0 9.0 ... ... • •* '. ... ■ •• 23 24.0 .101 79 .745 .644 0.7 N 52 W 8.9 9.2 23.0 18.5 9.7 ... S 0.1 s 0.1 21 26.3 .122 80 .942 .820 1.0 N25W 1.3 1.7 28.2 21.8 7.1 .. ... 1 • •• ' ... • •• 25 26.0 .129 90 ,401 .272 1.0: ; S 80 li 9.2 11.5 '29.0 15.5 17.5 i ... 6.0 8.5 .600 8.5 20 26.0 .119 84 28.991 28.S72 i.o' S75VV 14.1 U> ^3.0 24.8 5.2 •■ ... 1.0 18.0 .100 18.0 27 Su iiday N64W 11.6 11. 7i 50.0 15.4 .6.6 .. ... 0.2 3.0 .020 3.0 28 16.4 .075 81 29.600 2). 520 0.8 S6SW 12.6 12.9 i22 13.8 8.2,; .. ... _ **. ... • •• 29 8.3 .052 82 .704 .631 '•"i N8SV 7.4 7.9 ;12.2 5.5 6.1 1 .. ... 1.0 f.o' .100 9.0 30 jl0..'j .002 86 .920 .85'- >.9 S46\\ 3.0 4.S 20.1 i 5 17. ( .. ... 0.2 1.5| .020 1.5 31 23.1 .155 9 .484 .32 1.0 8 43 W 7.1 ; 12 2 31. C R 1.0 R 1.0 117.6 ! 0.086 82 23.568 29. 4S. 0.7 iN55W C 7.1 ,23.2 1 11.6 11.6 R 1 l.C 42.0 105.1, 4.200 166.1 49 TORONTO. General Meteorological Abstract, February, IHCy'i. I EXTREMES OF : 1 DAILY MEAN'S, ' WIND. 1 TEMPEKATUKE. RAIN. 1 1 SNOW, i TOTAL KAIL. ?° a 3 •c o - . 1 s 3 3 1 c d 1 =• i 1 2 ! a OS 1=^ 1 3'V ^1 — i 11 IT < ?1 "" " ^! .a S3 p -^ '■3 '£ P — ^2 i, ° - o ;^5 ili r^ :^> ?? 7^ 5 ^.= <■-{ ^.= ■^ -5 1 M .^ ^4 1 2 3 4 6 6 7 8 9 10 11 12 13 14 16 16 17 18 19 20 21 S2 23 24 25 26 27 28 o 133.6 '28.5 Su 30.2 28.4 28.3 2 32.4 25.9 Su 24.3 35.3 39.3 32.1 25.0 38.4 Su 31.7 23.3 21.6 26. 21.2 32.6 Su 19.7 27.2 26.7 32.3 28.9 0.142 .138 nday .118 .129 .135 .126 .132 .131 nday .087 .175 .229 .148 .107 .162 nday .155 .084 .107 .124 .086 .100 uday .08,' .104 .120 .152 3 88 87 83 sr 79 73 01 07 85 95 SO 78 70 8 00 90 85 74 85 29. 445 .175 .275 .417 .773 .878 .569 .245 .127 .9SC .843 .916 .974 ,315 29.303 .037 .127 .288 0.132 81 .586 .811 .681 .529 .81;! .250 .784 .892 .026 ,680 29.058 .63S .762 .437 .114 30.040 29.811 .414 .767 .887 .153 .431 .72 .574 .4or .727 .090 .700 .788 .905 .528 0.8 1.0 29.526 0.8 1.0 0.0 O.li 1.0 1.0 1.0 0.9 1.0 0,8 0. 0.!' l.( 1.0 1.11 o.s 1.0 0.9 0.4 O.l 1.0 N 7°8 W N82E 3 66W N72E N09\V 550 W s IS .V N 71 K N43W N74W 8 35W S32W 551 W N 2B N82E I |3 00 W j S 83 W ! M 30 K I N 58 E N 68 E X 17 E N56W ! S jr, 10 .N 03 W N 56 E N88W S86K \ 79 E 0.8 N57W 9.2 14. J 9.5 7.8 4.0 6.9 3.7 1.5 17.1 9.3 12.9 4.2 5.0 8.6 12.6 13.2 8.6 .■!.3 8.0 10.3 7.2 5.4 1.9 11. U 3.5 4.9 2.7 1.2 1.0 10.0 15.0 10,9 9,1 5.e 7.0 4.c! 1.6 18.4 10.4 13.0 4.2 7.4 9.9 12.8 16. 7j 9.5| ti.s! 10.'. 10.7 10.9 10.1 8.1 12.1 3.7 5.0 3.41 1.3! o 11.8 35.0 34.0 32. =J •32.0 32.2 18.0 40.0 36.4 15.0 33.4 10.4 14.0 55.0 36.2 14.0 38.0 ''5.5 18.0 29.4 31.0 27.0 J8.0 1.4 i4.5 37.0 31.0 37. o 29.0 8.8 •22.6 25.2 22.6 24.8 '24.2 21.5 !0,0 27.7 0.2 5.8 20.4 32.2 32.6 18.0 24.8 34.0 27.2 21,5 9.2 13.5 20.9 14.2 l5.8' 34.3 27.7 10.4 15.8 17.6 "4.4 12.4 8.8' i 10.2! 7.2 8.0J 16.5 ■20. 0| I 8.7; 14,8' 27.6; 14. o{ 11.8' I 2.4j 18. 2! 19.2; 3,4' i 8,3| 6.5! 20.2' I 7.5; I 6.1j 23.8 3.7 0.076 I 4.0 2.0 2.5 3.0 0.1 R 1.0 .082 .630 ,155 ,260 2.7 8.5! i ... I I 4,0 i 5.0 4.5 I 7.5 11.5^ 9.0 2.5 14.1 16.5 I 12.61 .110 15.0 4.2 .025 21.6 12.7 1.328 S ... 0.2 0.5 1.0 1.5 S 0.1 0.5 1.2 30.6 1.2j 3.0 I 12.0! ! 11.3 0.5 I 2.2 2.0: ).'276 .250 .300 .010 R .250 .082 .630 S .155 .250 .020 .050 .100 .150 S ,1'20 13.4 80.2 .025 6.0 7.5 11.5 9.0 1.0 15.0 2.7 8.5 0.5 4.0 :.o 1.2 3.0 12.0 11.3 0.5 2.2 2.0 1.2 2.Ce8 110.8 60 TORONTO General Meteorological Abstract, March, 1867. a H X -Irs 270 6.0 250 7.5 300 11.5 010 9.0 r 1.0 250 ... 15.0 082 2.7 0:50 8.5 S 0.5 155 1.0 250 :.o 020 1.2 050 3.0 100 12.0 150 11.3 S 0.5 120 2.2 S 2.0 ••• 025 1.2 CbS 110.8 DAILY MEAN3. WIND. 1 EXTREMES OF TEMPKRATini; RAIN. SNOW, TOTAL FALL. i i £ s a ° 2 S3 & £.ii K i a c 5 5 CO c 1^ g .2 CS !5 S 3 a £ 5 d ill k l.a III X z •7 •5 a is i«.S 5 1 = .!> 8.4 31.8 22.0 9.8 ... ... ... 1 ... ... 6 23.8 .103 70 .967 .864 O.D N75E 12.4 13.3 31.5 15.6 15. fi ... ... 2.0 8.0 .200 8.0 7 •23.1 .106 83 .758 .051 o.e N18E 4..-. 6.3 31.0 21.0 10. ( ... ... 1.0 6.0 .100 6.0 8 25.7 .113 84 30.052 .934 1.0 N64E 3.4 4.8 33.0 7.8 25.2 ... ... ... ... ... 9 28.8 .123 7? 29.851 .728 0.8 .j N 69 E 4.7 5.0 33.8 24.2 9.f .. ... ... ... ... ... 10 Su nday N60B 1.4 8.4 42.8 27.2 15.6 .135 8.0 ... ... .135 8.0 11 34.3 .158 69 .715 .558 1.0 1N22W 4.9 5.7! 37.4 34.8 2.6 ... ... 0.2 1.0 .020 1.0 12 30.9 .146 84 .567 422 1.0 iN18E 4.3 ■i.7 36.0 27.3 8.7 ... 1 1.0 5.0 .100 6.0 13 27.1 .129 84 .528 .399 0.8 S78W 12.4 14.3 '35.8 28. C 7. '2'. R 1.5 0.2 4.1 .020 6.6 14 14.7 .058 69 .833 .774 0.4 S76 W 11.3 ii.r 21.4 11.1 10. fc: .. ' ... ... ' ... ... 15 17.8 .070 72 30.003 .933 0.4 8 63W 5.8 5.'.i J6.8 9.6 17.'. ... t ... ... I ... ... 16 23.1 .102 81 29.709 .607 1.0 1 S 82 E 12.8 13. o! 27.0 13.0 14.0 5.5 14.2: .650 14.2 17 Su nday S89W 14.0 14. t; 32.2 23. C 9.2 ... ... l.S 9.l! .150 9.0 18 15.4 .001 08 .700 .639 0.6 iS78 W 7.9 ,."•'•* ;24.0 9.0 15.0 ... ... ... ... ... 19 20.0 .084 74 .921 .837 0.1 N 4AV 1.0 1.1 bo. 6 3.0 27. f ... ... ... ... ... ... 20 28.0 .104 71 30.065 .961 0.4 N75E 5.7 6.0! 1 34.0 15.5 18.5 ... ... ... ... ... 21 52.5 .158 85 29.777 .619 0.9 N 85 E 14.6 14.7 36.0 24.8 11.2 ... ... 15. 16.5 1.500 16.5 22 32.8 .158 85 .773 .615 1.0 S89E 3.2 3.4 35.5 30.0 5.5 ... ... 1 1.5 6.0 .150 6.0 23 34.7 .171 85 .842 .670 1.0 N73E 4.6 4.6 '37.4 1 31.6 5.8 .007 1.0| ... ... .007 1.0 24 Su nday S41E 0.9 3.1 ;38.0 32.6 5.4 .070 10.0: 1.5 4.0 .200 14.0 25 30. .120 70 .828 .702 1.0 N08W 12.2 13.2 '35.0 .30.0 5.0 ... ... ! ... ... ... ... 26 25.2 .111 82 .855 .744 0.0 N70E 4.1 6.2 ZQ.b 1 18.2 12.3 ... 1 0.5 2.5 .050 2.5 27 26.0 .127 89 .425 .298 1.0 JNISE 0.3 8.2 ;29.8 23.4 6.4| ... 2.0 15.6 .200 15.5 OP 20.0 .088 03 All? .388 0.;;; iN49W 14.1 14.7 .34.0 20.5 13.:; ... ... ... ... ... ... 29 29.5 .107 68 .440 .333 0.0 !N74Vy 14.4 14. ui ■41.0 17.6 24.ol 1 ... ... ... ... ... ... 30 37.0 .132 62 .326 .194 0.6 S 81 W 8.2 8.6 ■ 45.8 28.0 1 17.8: 1 ... ... ... ... ... • ■• 31 Su 26. C nday 0.116 78 0.7 1 S 00 w 1 N 34 W 0.9 22.1 3.2 8.5 46.8 |33.9 1 32.0 21.1 1 14. 8j 12.8; i .355 6.0 31. el 33.4 ... .355 3.957 5.0 29.712 29.596 0.617 107.3 138.3 61 TORONTO. General Meteorological xVbstract, April, 1867. 1 DAILY MEANS. 1 wijm. K.XTREMES OP TEMPEIIATUUE. IlAIS. SNOW. 1 TOTAL FALL. 3 h ^ a. -i •J %'3 o ^3 = 1 3 s a t ! a ' A : 1 s a _• ft .S if "• fl a ^ ' 19.4 34.5 14.9 .007 0.3; ... ... i .007 0.3 20 46.8 .233 7- .271 .03S 0.7 N90W 8.7 10.0 05.5 :58.5 27.0' .060 1.3' ... 1 .060 1.3 21 i Su nday 1 NC4W 0.2 8.9 51.5 40.0 11.5 ... 1 0.5 3.0 .050 S.O 22 1 ,35.:; 1 .177 S5 .310 .139 I.O! N30W 11.3 12.7 41.2 .32.8 8.4! r 0.5i 3.6 6.0| .350 6.5 23 34.9 .133 07 .703 .c;3o o.sj N56W 4.0 5.S 12.4 31.8 10. e! ... I S 1 0.1' S 0.1 24 33.4 .109 88 .782 .613 0.7 N83B 4.1 0.5 10.0 ;!0.8 9.2| ... ... 1.0 9.6 .100 9.5 25 43.2 .24.i 80 .744 ..502 1 o,b: S21 W 0.9 7.0 50.4 31.0 18. s; R 0.8 ... ... R 0.8 20 17.3 .187 59 .477 .290 o.el S 30 W 10.2 13.1 50.0 33.5 22., 5' .065 2.c' ... ... i .055 2.0 27 33.; .114 00 .072 .559 0.4; N31W 11.7 12.2 11.2 30.1 1 10. S ... ... I ... ... 1 ... ... 28 Su iid.'iy ! XS8 E 7.9 8.0 40.1 27.3 13.1 ... 1 ... ] ... ... ... ... 20 12.9 .22U i2 . 530 .;!0l 0.9| S70E 5.1 0.5 4S.C 33.4 15. CJ R 0.9^ i ... ... R 0.9 30 18.5 .291 SO .393 .099 1.0 1 X 4W 4.0 7." 58.0 42,4 15. e| i .250 s.ol .250 8.0 39.5 0.181 03 29.528 29.317 O.l. N51 \V 2.7 7.9 17.7 33.8 13.9 2.117 50.3! 7.2 27.1 2.867 83.4 a a S . X 1? =. 3 — ■^■a 15.7 8.5 4.0 5.3 11.0 0.0 1.3 ?.0 6.5 O.l 9..", 0.8 2.0 0.9 8.0 83.4 TORONTO. General Meteorological Abstract, May, 1867. D.\lLr MEANS. WIND. tK -- B CO C CA t. 1) ixo 02 O 5 g§ KO EXTRE.ME3 OP | TEMPKRATURE.' I RAIX. j V B ^ (6 3 . s a « 3 3 a 2 p 5 1 d it ■<-3 SNOW. [ jTOTAL FALL. .K J, a .5 >^ c J3 S .s a « o ': 3 •" _d Is P 1 o 1 50.9 0.30S 07 29.617 29.309 0.9 ■N77E 4.6 4.7 64.8 o 44.0 2U.8 0.020 1..^ ... ... 0.020 1.5 2 Sii ndiiy S74E 1.1 1.3 04.0 .52.0 12.0 .520 11.5 ... ... .620 11.5 3 58.0 ..308 77 .203 28.834 0.1 S72AV 7.2 7.7 65.8 53.0 12.8 ... ... ... ... ... 4 61,2 .360 67 .488 29.127 O.i N51\V 2.2 3.4 71.5 .51.8 19.7 ... ... ... ... ... 5 60.1 .333 65 .008 .305 0.2 S21E 0.9 1.;^ 09.0 48.0 20.4 ! ... ... ... 6 61.2 .420 70 .518 .092 0.1 S15W 0.7 0.9 75.0 50.5 24.5 ... i ... ... ... ... 7 68.1 .533 77 .58S .055 o.c N52E 0.2 4.1 79. S 59.0 20.8 i ... .. ! ... ... ... ... 8 04.0 .299 51 .717 .418 0.3 N61E 4.2 4.0 71.8 55.8 16.0 ... ... ... Su nday N77E 1.2 1.0 71. S 57.0 14.2 1 ••• ... ... ... ... ... 10 62.0 .344 62 .772 .428 0.2 N76E 3.2 3.4 1 9.0 54.0 15.0 i ... • 1* • ta ... 11 61.0 .321 60 .688 .367 0.6 S79E 3.0 3.1 !.7.2 50.0 17.2 ; .080 1.0 ... ... .080 1.0 12 68.2 .472 69 .584 .112 0.7 8 40W 2.8 3.C 76.4 57.6 18.8 ... ... ... ... ... ... 13 68.2 .438 64 .663 .225 0.3 S59E 0.6 2.8 77.0 56.4 20.6 ... ... 1 i •■■ ... ... .,. 14 64.8 .458 74 .618 .160 0.6 |n88E 1.9 3.2 72.8 57.0 15.8 ... ... ... ... ... ... 16 68. b .495 69 .600 .011 0.8 S19W 3.2 3.8 70.2 •59.0 17.2 R 0.6 ... ... B 0.5 16 Su nday N14W 1.3 2.3 ;81.2 62.4 18.8 1 1 1 ... ... ... ■ •• ... ... 17 64.2 .540 90 .595 .055 0.9 iN88E 1.9 2.C 72.6 .58.0 14.0 1 .105 1.0 ... • *■ . j.\Jo *.0 18 64.2 .378 63 .647 .269 0.4 !n66W 11.3 11.4 73.0 00.8 12.2 ! ... ... ... ... ... ... 10 61.4 .359 68 .779 .421 0.2 S20W 3.3 3.5 72.0 47.2 24.8 ••• i "■ ... ... ... 20 60.7 .410 79 .825 .409 0.7 1n66E 4.0 4.e 07.0 52.4 14.6 ... ... i 1 ... ... ... 21 61.8 .394 71 .818 .424 0.1 :N85E 3.7 4.1 '68.8 54.0 14.8 ... ... ... ... ... 22 66.2 .469 74 .716 .247 0.3 S70E 1.5 i.e 7r.5 53.8 23.7 : ••• ... ... ... • •• 23 Su nday S83E 1.0 1.8 78.8 56.0 22.8 1 ... ... ... ... ... 21 69.9 .530 72 .539 .009 0.1 :N85E 1 3.6 S.f' 77.8 59.5 18.3 ... ... 1 ... 1 ... ... 25 70.9 .568 75 .483 28.916 0.4 iN73B 8.7 8.7 76.S 03.6 13.3 ! R 1 0.2 ... R 0.2 20 66.0 .565 88 .561 28.996 0.9 ' N83E 3.3 3.4 73.0 61.8 11.2 .110 3.0 ... ... .110 3.0 27 68.2 .555 80 .512 28.9.50 0.(1 In lOE 1.0 5.7 74.0 03.8 10.2 1 .050 0.3 ... ... .050 0.3 28 61.9 .383 69 .719 29.3.30 0.2 S68W 2.3 4.4 72.5 57.8 14.7 ... ... ... ... ... ... 29 06.7 .419 05 .042 .223 0.2 S24"\V 0.5 7.1 75.0 47.0 28. e 1 ,,. ... ... ... ... ... 30 Su nday NS8W 5.3 9. J 88. e 1 .64.0 24.0 i ... ... ... ... ... 64.3 0.429 71 29.017 29.188 0.4 1 S84E 0.5 4.1 i 73.4 55.6 17.8 1 |o.886 1 19.0 ... ... 0.886 19.1 64 AL FALL. o « a • X o tn c <^ 20 1.6 20 11.5 1.0 0.6 0.2 3.0 0.3 19.1 TORONTO. General Meteorological Arstraht, July, 18G7. n.\:LV AIKANS. WIND. 1 kxti:i:me.s of ; TK.Ml'lUATL'Ri: RAIN. 1 SNOW. Tor.\i , FALL. 1*. 1 ^ 3 = H 7 a ■j: S .•2 'r — St! 3 5:- u '^ -3 S o 3 1 — r* ^.-^ 1 '^ 3 1 d ! 'Z i 115.= r) a ■ a II •-> -r. Sri: "5 "5 1 li.| 5.5 li 1 o ... ... ... X 04 E 1.0 5.0 74.0 52.2 2?. 8 ... ... ... o 68.4 0.426 63 29.581 29.155 0.2 S 8W 2.8 3.1 75.3 55.0 20.3 ... ... ... ,, ... • 3 76.9 .588 65 .491 28.903 0.4 'S30W 2.2 2.6 90.2 61.0 29.2 r 0.7 ... ... R 0.7 4 171.9 1 .598 76 .436 28.839 0.9 N65 K 2.8 4.7 31. 5 64.4 17.1 .225 1.5 ... ... .225 1.5 5 '63,8 .487 82 .449 28.902 1.0 N84E 5.6 5.0 67.5 60.4 7.1 .120 3.6i • *. ... .120 3.5 6 70.8 .515 69 .400 28.885 0.4 N46W 5.9 6.4I 81.4 63.0 18.4 .070 3.0' ... ... .070 3.0 7 Su nday iN70W 7.1 7. 51 (9.2 58.4 20.8' R 0.2, ... ... R 0.2 8 63.7 .353 61 . 692 29.339 0.7 S45 W 0.9 2.9' 74.0 50.0 24. 0^ .370 5.0 ., ... .370 5.0 9 60.8 .378 71 .707 .329 0.5 Is 5W 0.8 2.3 I 68.5 55.0 13.5 ... *.. ; ... ... ... .1. 10 63.7 .418 71 .687 .269 0.8 S20 W 5.1 5.3 72.0 48.2 23.8 1 R 0.1 ... ... R 0.1 U 69.2 .530 74 .468 28.938 0.9 S89W 4.0 6.1 1 SO.O 61.4 18. 0' .005 0.2 ... ... .005 0.2 12 'C2.0 1 .356 64 .634 29.277 0.5 N14W 9.1 1 9.4 70.8 00.8 10.0 ... ... ... 1 ... ... 13 60.1 .277 54 .870 593 0.0 S52E 2.5 ^.6 68.0 51.6 16.4' ... ... ... ... ... ... 14 Su nday 1 N 87 E 6.2 6.4 71.0 50.8 20.2 ... ... ... 1 ... «.* 15 65.8 .507 80 .663 .156 0.7 In 7W 2.6 7.8| 71.0 56.0 15.J I. no 4.2 ... i ... \ 1. 110 4.3 IG 62.3 .322 58 .720 .398 0.1 ^N3SW 5.4 6.5I i 74.0 56.5 17.5 ... ... • •• ... 17 64.8 .388 n .791 .403 0.^. ' N 25 W 1.6 1 3.9 76.0 50.4 25.6 ... ... ... ... i ... 18 68.3 .380 58 .765 .385 0.2 N IW 4.9 6.0! 79.0 56.0 23.0^ ... ... ... ... ... ... 19 64.9 .407 65 .752 .340 0.2 S68E 0.6 3.G 71.0 50.8 14.2 ... 1 ... ... ... .. ■ 20 68.5 .435 62 . 099 .204 0.2 N25W 2.8 5.5! 75.5 .58.4 17.1 j ... ... ... ... 1 ,, 21 Su nday N.:4W 10. S 11.0: S5.8 59.0 20.81 ... ... ... • •• 22 77.1 .473 51 .440 28.900 0.2 N32'W 4.3 6.2: 90.5 03.2 27.5: ... ... ... ... ... 23 j 1 76.5 .530 59 .531 2S.995 0.3 ?S20W 2.3 1 2.5 S8.0 02.2 25.$; ... ... ... 24 j 80.4 .584 5S . 506 28.922 0.6 SS3W 3.7 4.4 94.0 05.2 28. &; ... ... ... i 1 >• ... 1 25 73.5 .&32 77 .430 28.804 0.9 S 75 W 1.8 2.0, 79.8 71.6 8.2: H 1.3j ... ... R 1.3 26 71.0 .580 76 .480 28.906 0.6 1 S55E 2.1 1 2.0 77.5 67.2 10.3 • •• ... 1 1 ... ... 27 74.6 .618 72 .495 28.877 0.3 S50E 2.3 3.8 SO.O 01.5 18. 5' 1 ■ •• ... ; ... I ... ... 28 Su nday SC2 W 6.0 8.9 83.2 09.0 14.2 R R| ... ... j R R 29 04.3 .310 .53 .613 29.303 0.1 N4nv 12.9 13.3 76.8 03.2 13. c' ... ... ... ... ... 30 r,3.7 . w7 59 .785 .448 0.0 S13W 2.1 1 4.6 78.0 52.0 26.0 1 .. i ... i ... ... 31 '(!6.1 .464 0.458 7.'! . 643 .179 0.9 0.5 S56E N42W 3.5 1.1 4.2 5.4: 73.0 77.6 51.4 58.4 21.6 19.2 .065 1.7! 1 21.6 ... ... : .065 1.7 1 1 OS. 2 06 29.005 29.147 1.965 1.965 21.5 56 TORONTO. Grneral Metrorot-ootcak Abstract, August, 1867. «i DMI-Y MEANS. 1 WIND. EXTREMES OF TKMPKUATL'nK. 1 n.WN. SNOW. Jtotai. FAM.. 1 CD 1 3 H o V . . 1 ■a ^ > 3 o 3 1 ! *> • 1 II T. rr a 3 a s ?5 -1 A* L ll 3 a S a H _' ^. ~ 11 •<-5 i .5 'si 1 a.-? 5 h 1 00.1 0.553 80 29.470 2S.910 1.0, 1 S 4K 3.5 3.8 f... 62.0 10.2 0.145 2.2 ,, ... 1 ).145 2.2 2 07.1 .465 71 .484 •.'9.019 0.0 N40W 6.1 5.7 ■75.8 02.0 13.8 ... ... .. ... ... ... 3 64.4 .372 61 .691 .319 O.lj N45W 1.9 3.7 74.0 56.0 18.0 ... ... ■ • • •t ... 4 Sii nday S15 W 4.0 4.1 SI. 5 50.0 31.6 ... ... •• ••• ... ... 5 74.0 .585 69 .780 .195 0.0 SCIVV 1.1 2 2 ;S5.4 02.5 22.9 R 0.4 •• 1 t R 0.4 6 70.4 .612 83 .741 . 129 0.7i 1 S37W 1.2 1.9 83.0 61.4 21.6 .7l'0 6.2 •• .760 5.2 7 73.6 .693 73 .724 .131 0.7' S33W 0.2 0.2 'S4.0 65.8 18.2 ... 1 " • •• ' ... ... 8 75.0 .604 70 .601 .057 O.l' S 3W 1.0 1.1 IS3.8 64.5 19.3 ... ... ■• ... 1 ... ( • •• ... 9 75.7 .682 78 .595 23.913 0.4 S 8E l.s 2.8 S6.0 64.4 21.6 ... •• ... 1 ... ... 10 f2.5 .408 53 .734 29.320 0.3! 1 N19W 10.6 11. C 181.0 69.8 11.2 ■■ ... i •• ... ... ... 11 Su nday 1 j S39E 10.9 3.3 J76.S 59.5 17.3 ... : •• ... ... ... 12 70.8 .510 CO .500 28.984 0.3 S 7E 3.1 4.1 ■81.2 56.4 24.4 .220 2.0 •• ... .220 2.0 13 j?.3 .540 78 .370 28.830 0.8! N32W 4.8 4.9 |77.S 64.8 13.0 R 2.2 •• • *• R 2.2 14 08.0 .493 73 .020 29.130 0.2' N40AV 1.3 3.8 !77.4 57.8 19. G ... ... •■ 1 15 88.7 .343 50 .734 .391 O.ll N56E 3.4 5.8 1(7.5 59.fi 17.9 ... ... •• ... i ... ... 16 70.7 .382 51 .676 .194 1 0.6 N22B 4.3 5.9 180.8 60.0 20.8 ... ... •• ... ... 17 72.9 .503 61 .424 28.922 0.5; S15W 3.7 4.e !S2.4 02.0 20.4 ... ... 1 ,, ... ... 18 Su nday j N80W 8.0 9.3 ,95.2 63.5 31.V ... ... i •• ... ... ... 19 54.6 .VjK' 60 .600 .205 0.8 N73W 6.6 6.7 173.5 59.0 14.5 ... ... 1 .. ... ... 20 o6.0 .462 71 .05(i .194 0.7 N 85 W 1.0 4.1 175.0 .53.0 21.6 ... ... ... ... 21 1)0.7 .450 70 .020 .170 0.2 S43E 1.7 3.1 !77.5 57.8 19.7 ... •• ... ... ... 22 07.0 .454 08 .549 .095 0.3 N 87 E 2.7 3.4 78.0 57.4 20.6 • •> ... i ■■ ... ... ... 23 70.0 .548 75 .434 28.880 o.o; S26E 0.8 4.7 '79.8 59.5 20.3 .040 1.7 1 .. • *• .040 1.7 24 1)5.3 .350 57 .557 29.207 O..3' N37W 9.0 9.8 1 77.0 61.2 15.8 ... ... ... ... 25 Sn nday S12W 2.8 3.1 77.0 49.8 27.2 ... ... 1 ... ... 26 07.1 .422 03 .707 .280 0.4; S68E l.l 1.7 79.0 53.6 26.6 ... ... i ■• ... ... ... 27 74.0 .643 77 .480 28.840 0.7! 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N 12.1 23.0 13.0 J.l .1117 il 30.11/ 3i).0t)h .>.7 iS39 W 10. ti 11.5 18.4 -10.0 is.:i .070 75 23.990 29.824 0.5 ' S 76 W [ 5.S 8.2 24.1 7.8 :7.4 .121 S2 .51': .ns7 I. (I S 10 w 5.9 0.4 :!3.5 9.5 IS. 'J ,(is;t . s . ;!2s ,2:1.' 9.,S .\ 79 W 10. 17.4 U.O 20.0 2.ii .('30 SI .951 .917 9.1 N 40 W 3.S 4.( 17. (' -3.S 2;i.2 .liiii ■>2 .079 ■ '"3 9.9 a 8 w 11. S 12. t 33. S -4.4 Su ndij- N 49 W 12.0 10.5 I'lO.O 24.2 -l.f, .035 S,". .983 .94S 0.4 N22W S.l 5.1 5.2 -10.0 0.0 .05H ^^ .927 .S09 0.7 8 07 W 7.0 8.2 19. K -4.2 15.0 .070 S2 .912 . '^42 1.0 N52W 2.3 5.8 1 20.2 9.0 iOJ\ .o;»i SI .730 . 039 0.0, N07W 12.0 13.9 :12.2 14.0 12..". .07:. S4 .791 .710 0.7, S38W 7.8 9.2 31.5 1 -7.2 20. 7 .lis SO .G3s .519 o.s N25W 8.S 8.1 !:U.O 13.4 Su nJay .S 22 \V 5.7 7.0 '32.0 13.0 2J.l .1111 so .490 • H 1 9.0 N40W 16.5 IS. 7 j30.5 20.0 15. f, .074 rs .G2S .554 O.f, S 50 W 8.5 10.2 32.0 -4.0 U.ii .12S ,1 .4Sii .;!57 0.3 S 82 VV 7. 2 i .•' '39.2 16. J- !2.1 . 133 74 .31> .215 0.8 3 75 W 4.0 0.9 15.0 1 29.5 12. f. .058 72 .774 .710 0.4 N 9W 11.2 11. f, Il9.7 13.8 -2.4 .O;!'.' 7S ■i0.20'j 30. Ills 0.0 \ 6W 8.7 8.9 5.S -9.8 Sn ndii N 73 E 10.4 12.4 16.2 -11.5 18. -J .092 93 30.0S4 29.992 1.0 SSI E 23.7 23. S 1 22.0 0.2 21. ;( .lOS 94 20.000 . 852 1.0 N79E 16.2 10.9 i24.S 18.0 22.8 .115 94 .804 .749 0.9 N 07 K 10.7 10.!- '28.5 17.9 20.4 .129 90 ..334 .205 0.7 N.S8W 5.2 7.i 130.0 1 23.0 20.8 .083 71 .303 .220 0.9 N 01 AV 13.2 13. ^ ■27.0 21.0 10. .0511 s-j .579 .520 0.0 i N45W 6.6 7.1 20.0 10.6 u.i; 0.080 SI 20.744 29.C5S 0.7 N09W 3.2 10. s '20.5 8.2 ll 0.4 29.0 ... 10.3 j ... 24.0 ' ... 11.0 1 ... 20. s' I ... 38. 2: ... 11.8 0.041 16.2 ... 24.0 17.2 18.2 38.7 ! 20.6! 19.0 : 1 16.5! :}6.6' ! 22.4' 24. 5.9 j 15.0, 15.8 0.8 10.6 0.4 6.0 0.4 18.3'i).040 4.0 0.5 4.0 1.0 1.0 12.0 0.0 0.8 1.0 0.1 3.o: 6.2; • •« ).04o Of. ,050 5.9 .40' ... .040 0.5 S 4.5 1 S i 5.1 .050 5.0 .150 8.0 .400 4.(1 .100 0.5 s 3.0 .100 24.0 1.200 16.0 .000 3.0 .080 12.5 .100 1.0 .010 i 102.4 1 :.320 4.5 S.O 3.0 24.0 10.0 1.0 1.0 105.4 62 TOR»>NTO. (tKN'KllAL MKTKdlJOLoi.KAL AllHTUA\.ii 8.11 .V.l.d I 3.G! 53.(' 12.4 31. ( 24. S ■2r,.o 23. f. 31. <; 34. ii 27.0 34.(1 S.ti3l».l 23.! 19.7 16.4 C.4 12. 10. !i 21.2 l!».-i I'i.ll 32.0 19. (! ..-.in .045 f..i! ).i:. O.t: 7.0 3.o! I S.ll ^ 2.0 H 0.1 0,1 . 600 .54.0! 1 4.; i.<: R .51 .5'jo 20.5 I 11 <'3 5.0 0.0 1.0 l.(t IS. 5 14., 5 7.0 3.0 ■s.o 2.0 3.0 1.0 16.1 1 3.0SU 70.0 TORONTO. (Jkn'kiial Mi:tkouolo(:ical Ahhtuact, April, 180.'^. 1^1 DAII.V MKAN.S. WIND. f.xtrkme8 op ti:mper.«urk. HAIN. SNOW. 1 .TOTAL FALL. 1^ Z c 7. £■ = 3 cd£. "0 = 4J 5 j s s 1 « 1 — i 2 ?■£ 3 ' — -J. « 3 c ^ .- r. •Z 1 1 1 C - 7* e « .5 a X 1 ?-^ 0.212 ti5 29.. 320 20.124 0.7 i j N 34 W 7.8 1 0.0; 03.8 32.7 3?.l ... ... ... ... 1 • .. 2 ,32. i .124 07 .445 . 322 0.7 N 41 "\V 8.9 9.1- 40.2 32.6 7.C ... ... 0.2 4.f ).020 4.0 3 ;31.!. .114 M .415 .301 0.( S 51 W 3.1 5.1 40.0 22.6 17.5 ... •• 0.2 l.(: .020 1.0 4 ••5.8 .108 1 1 .331 .220 0.7 ' N 59 \V 7.4 10.2 35.2 25.0 10.2 ... ... f» O.f .200 0.5 5 Sii ndaj N 82 AV 8.7 8.9 29.6 9.2 20.3 ... ... 1 0.1 1.; .010 1.5 C 29.7 .1111 I'Jm . 050 .549 O.!' ;S48 W 6.3 7.3 41.0 14.6 26.4 ... ... i 1 0.1 1.(1 .010 1.0 7 |31.0 .152 so 0.);| .on o.s N 38 W 2.4 5.4 .36.8 30.0 6.8 ... 0.5 4.7 . 050 4.7 8 ! 122.11 .080 Oi". .420 .349 O.t ^ N 08 W 17.5 17.8 31.0 20.0 11.0 ... ... 0.2 3.1: .020 3.2 9 ;J4.S .082 .04: .807 0.4 1 s 01 ]•: 2.7 s; ■; 34.0 17. i !0..- ... ... ... ... 10 ... N so K 5.4 *:.-! 33.1 24.1 9.1 ... 1 ... .'••• 11 ■■io.s Mi s:; .31:0 . 1 Kfp O.T i S 79 ^V 0.0 K^r 45.0 25.3 19.7 0.225 3.6 ... — 22i 3.5 12 Su iiduy N 11 W 11.4 11. ( 34.0 JI.9 1 1.'.' ... ... ... r .— ... 13 29. IJ . UU lie .900 .893 0.1 S 27 E 4.3 5.( ,38.0 19.0 19. ( ... ... ... ... ... 14 o7.3 .181 '■(1 .58;; .405 0.)- S89K 0.9 7.1 42.0 20.3 15.7 .025 C.(> ... .025 CO 15 50. (• .274 75 .121 J8.S47 0.7 S45E 6.5 8.:: 04.0 37.0 27.0 .106 2.0 ... ... i .105 2.0 16 10.2 .205 74 .120 28.805 0.7 S 39 W 15.3 15.:: 58.2 43.6 U.7 ... 1 ... ... ... ... 17 43.5 .201 70 .oTo 20.175 0.7 S 73 W 17.1 18.4 ,50.5 40.0 15. l- .005 0.6 S 2.1. .105 0.5 18 :'.9.(. 1 .124 ... .824 .7011 O.f ; N 87 W 10. in 17.9 32.0 15.9 ... ! ... 1 ... ... ... 19 !sn nciiiN 1 S 24 W 3.0 4.1 51 . 5 31.0 20.6 .020 1.0| ... - ! .020 1.0 20 itO.S . 209 S'J .701 .492 0.7 i (> 4.0 50.0 :.!7 12.4 ... ... ... ... ... • •• 21 46. e . lOi .-,;■ . o.- .40,0 0.;; > 57.0 33.0 24.0 ... ... ... ... ... 27 1:9.:; 1 .171 71 .775 .004 O.C : N 78 1: 9.2 9.4 1 45.0 39.0 0.(. ... i ... ... 1 ... ... 28 41.4 .211 S(i .85: .044 0.2 1 N 70 E 10.9 11.2 48. ti 32.0 16. f ... 1 ... ... 29 ,40.0 .277 ss .457 .181 1.1 .N71E 0.0 8.4 51.0 40.0 10.4 .010 '■'"! ... ... I .010 7.2 30 49. ;> .275 75 .391' .115 O.s, ! N (ii'. W 11.9 15.4 00.0 44.0 15.4; 1 i R ! ... 1 R 1.0 38.0 0.170 71 29.657 2'.i.417 0.1 , N 0^ W 2.4 9.2 40.1 29.7 16. 4 0.990 21. V 5.3 32.! 1.520 64.1 I M TORONTO. General Meteouological Abstract, May, LSGS. J2U 4.0 )20 1.0 ^0(1 0.5 310 1.5 JlO 1.0 150 4.7 )20 .T.2 D.^ILT MKANS. i I WIXD. 1 E.XTREME.S OF TEMPIiRATURE R.AIX. SNOW. IrorAI, FALL. 1 • £ 2.!; = I. ii = - 2 ^ ^ Si n ■a 4. 3 1 i li 'i IS 1 5 . ; s ' a 1 ^ a i i a £ c ]a.s s a « c ? ~ : a if 1 .s .** gd X ... ... ... ... ... ... 12 53.9 .421 71 .054 .'i33 0.2 N68W 2.6 4.7 74.2 47.0 27.2 R 0.2 ... R 0.2 13 tJ4.4 .462 76 .688 .226 1.0 S79E 1.9 3.2 73.0 59.2 13.8 r 0.7 ... ... R 0.7 1-? Su uday N88E 3.0 3.4 (3.8 58.8 15. (i ... ... ... ■ •• ... 15 1)3.3 .458 79 .605 .147 1.0 N57E 0.4 3.2 73.0 56.2 16.8 .275 3.3 ... ... .275 3.3 16 j9.6 .012 84 .614 .002 0.4 N45W 3.3 5.G 77.5 55.4 22.1 ... ... ... ... 17 72.4 .017 77 .597 28.980 0.1 N81W 2.3 4.6 S2.0 62.0 20. o: ... ... ... ... ... 18 f2.0 .541 67 .507 28.960 0.1 S23 W 4.8 5.2 S4.2 64.0 20.2! ... ... ... ••• : ... 19 72.7 .638 79 .335 28.697 0.6 S23 W 0.8 7.2 SI. 5 58.0 23. f. ... ... ... ... \ ... 20 '5'. 5 .480 71 .389 28.909 0.7 N17W 8.6 9.5 77.0 63.0 14.0 ... ... ... ... 21 Su 11 day N IW 5.8 7.4 ■)7.0 57.0 10. t. .040 1.0 ... .040 1.0 22 .2.3 .419 74 .615 29.196 0.9 S76W 1.1 4.5 70.2 50.8 13.4, .022 1.0 ... ... .022 1.0 23 1)2.0 .382 69 .633 .251 0.7 N 55 W 2.5 5.2 74.0 .50.8 23.2, .045 2.0 ... .040 2.0 2i 61.9 .411 74 .758 .346 0.1 N77 E 4.5 5.6 1)7.6 .51.8 15.8 ... ... ... 25 64.1 .431- 74 .812 .576 0.0 N81 E 4.0 4.0 72.0 .54.4 17. C ... ... ... ... ... 26 iS.O .449 06 .673 .224 0.2 S 83 W 0.9 4.3 78.0 51.6 23.4 ... ... ... ... ... 27 n.i ..501 65 .549 .048 0.4 N 29 W 7.5 8.0 S2.0 55.0 27.0; ... ! 1 ... ... j ... 28 Su nday S 32 E 2.3 3.2 72.5 01.2 11.3 .,. ... ... ... 29 ia.O .432 70 .693 .262 0.0 S81E 3.6 3.8 74.0 55.4 18.0 ... ... ... j ... 30 36.3 .496 77 .662 .106 0.6 S81E 2.0 2.5 76.0 57.2 18.8: i ... ... i ... J2.0 0.422 74 29.659 29.237 0.5 N16E 0.9 5.3 70.6 .52.3 18.3 1217 1 .30.7, ... ... 2.217 30.7 66 TORONTO. General Meteorological Abstract, July, 18C8. DAILY MEANS. WI.SD. EXTREMES OF TEMI'ERATORl. RAIN. i SNOW. 1 TOTAL PALL. m 31 It ii. ■o .2 - » >- =: is "S M M V O 5 (S5 It 11 jl ' a ' .9 a a 3 '3 c i ll d a.a « c 11 ' 1. 0.3 1 o ia.6 0.670 78 29.695 29.016 0.4 S °6W 4.0 4.1 1 S8.0 60.6 2?.4 ».. ■ •• ... 2 76.] .705 79 .724 .019 0.5 SlOE 1.9 2.9 S7.5 64.8 22.7 ... ... ... ... 1 ... >•« 3 76.7 .726 79 .720 28.995 0.?' S81E 1.4 2.i ,S5.5 67.0 18.5 ... ... ... • •• 4 «.4 .768 70 .624 28.856 O.fi S63 W 3.9 8.6 '93.0 '0.0 23.0 ... ... ... ... ... ... 5 Si. nilay i N14W 7.9 8.3 S6.0 70.8 15.2 ... ... ... ... *•■ >.* 6 71.9 .556 72 .663 29.107 i.c: S84E 4.2 4.4 79.0 63.5 15.5 0.060 0.4 ... 0.060 0.4 7 73.fi .672 82 .405 28.793 0.7i N51E 1.3 4.1 85.5 06.0 19.5 .245 1.6 ... ... ' .245 1.6 8 74.3 .616 72 .550 28.934 0.3' 1 N30W 2.4 5.4 S4.0 64.4 19.6 ... ... ... ... ... • .• 9 73.3 .5'j9 "3 .630 29.037 ..^ N86E 4.6 5.3 81.0 66.8 14.2 ... ... ... f • .• 10 75.1 .617 72 .663 .046 0.1 S73E 3.5 3.S 84.0 66.0 18.0 ... ... ... ... i ... *.• 11 78.2 .60'2 03 .661 .059 0.3 S 6E 2.6 2.7 89.2 64.0 25.2 ... ... ... ... «.• 12 Su nday 1 SUE 2.2 2.4 CO.O 67.5 22.5 ... ... ... . . 1 i «.• 13 S4.0 .732 04 .667 28.935 0.0 S35E 2.3 2.e 93.4 69.6 23.8 ... ... ... ... 1 ..» ... 14 S4.5 .770 65 .615 28.845 0.2 S 6E 0.9 4.S 93.0 71.4 21.6 ... ... ... ... ... 15 «.4 .806 72 .548 28.742 0.4 N34W 6.5 8.5 92.0 76.0 16.0 ..• ... 1 ... ... 16 73.6 .5^8 65 .613 29.075 0.2 S60E 3.5 5.1 82.0 68.4 13.6 ... ... 1 ... ... 17 75.1 .517 61 .613 .096 o.i: S25E 2.9 3.0 S6.0 62.0 24.0 ... j ... ... 18 SI.] .720 67 .557 28.837 o.a S60W 0.6 5.4 90. 66.0 24.6 .030 0.3 ... ... .030 0.3 19 Su nday S87E 3,3 5.0 '86.4 73.0 13.4 ... ... ... ... I ... 20 76.2 .513 57 .636 29.123 0.1 N86E 5.7 6.0 83.0 69.4 13.6 ... ... ... ... ... 21 76.7 .680 74 .534 28.854 0.7 S76E 0.3 2.0 86.0 67.5 18.5 ... ... ... 1 ... 22 75.8 .682 76 .499 28.817 0.7 N72E 4.0 4.8 84.0 06.8 17.2 ... ... ... ... ... 23 71.3 .506 65 .455 28.949 1.0 N56E 3.2 4.4 78.0 65.6 12.4 R 3.7 ... R 3.T 24 75.3 .555 65 .385 28.830 1.0 N17W 4.1 6.1 85.6 67.0 18.6 ... ... ... ... ... ... 25 -.9.4 .456 63 .555 29.099 0.9 N IW 1.8 6.2 80.2 64.8 15.4 ... ... ... ... ... ... 26 Su nday N42E 0.8 2.9 80.0 59.0 21.0 ... ... ... ... ... 27 70.4 .507 67 .694 .187 1.0 S78E 3.1 3.4 78.8 60.0 18.8 ... ... ... ... ... ... 28 74.2 .595 59 .660 .165 1.0 1 N 2E 1.4 5.6 85.2 60.6 24.6 ... ... ... ... ... 29 71.6 .506 67 .674 .168 1.0 N22W 2.7 2.7 82.0 63.4 18.6 ... ... ... ... ... ... 30 72.9 .505 62 .655 .160 1.0 Slow 1.5 3.0 83.4 61.5 21.9 ... ... ... ... ... 31 74.9 .698 81 .447 28.784 0.9| S34W .8.8 9.0 85.0 67.6 17.4 .175 5.6 ... ... .175 6.5 75.8 0.619 69 29.600 28.981 0.6 1 S87E 0.7 4.7 85.4 66.2 19.2 .510 11.5 ... 1 1 0.510 11.6 67 TORONTO. General Mbteokologigal Abstract, August, 18G8. DAILY MEANS. WIND. 1° »5 a ^ "5 o s'i EXTREMES TEMPERA! OF i URE.Ii RAIN. So 1 « £ i o ~ ■<-^ SNOW. <-:: 1 2 3 4 6 6 7 8 9 10 11 12 13 I 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 ll 8u 67. (J 08.8 69.7 71.0 71.9 71.7 Su 02. 7 00.3 00.2 06.1 69.0 09.3 Su 59.1 05.6 09.4 65.0 03.9 64.5 0.608 nday .462 .432 .405 .430 .524 .557 nday .392 .418 .320 .307 .381 .413 nday .349 .523 .590 .508 .397 .424 Su.ii'':.^ 79 08 62 03 5S 67 72 69 80 04 51 55 61 70 83 83 81 67 71 29.268 28.660 06.1 68.9 71.2 02.1 72.5 72.9 Su 66.8 67.2 .438 .486 .47 .480 .502 .001 nday .507 0.403 .559 .744 .870 .800 .500 .294 .631 .030 .750 .740 .660 .588 .815 .509 .534 .628 .803 .815 .045 .058 .734 .874 .642 .507 .467 70 29.644 .097 .312 .411 .364 28.970 28.738 .239 .218 .424 .433 .285 .175 .466 .046 28.937 29.120 .400 .391 .207 .172 .366 .494 .080 28.906 28.899 0.6 o.r 0.6 0.( 0.0 0.8 0.8 0.9 0.9 0.3 0.3 0.8 O.r 0.3 0.8 0.7 0.7 0.3 0.1 0.7 0.0 0.3 0.6 0.9 0.9 :?■ 181 0.6 S7°7W N51W N19E £ S59E g68E S68E S39W N86W S44W N32W N37W N73E S74W N79W S61E £ S 4W S17W N27W N36W S44E S30E S52E SlOE N44E N86E S 6W S33W N48W N53W S58W 3.8 7.5 2.6 4 2.0 4.2 5.4 9.0 8.8 1.7 3.4 7.5 8.5 5 0.4 2.3 5.9 4.7 5.6 4.8 0.4 1.3 1.8 1.8 3.1 1.5 5.4 6.6 5.6 1.3 0.0 4.0 8.9 6.8 5.4 7.5 10. 9.2 5.4 5.5 8.3 8.5 9.3 4.1 6.0 1.0 5.7 4.8 2.6 2.2 2.1 3.1 3.9 5.0 7.2 5.0 7.0 Sl.O 84.0 77.0 78.0 SO.O 81.0 78.0 81.8 ■2.0 1.5 68.0 ■0.8 80.5 84.4 82.5 69.0 66.4 72.0 6.1 79.9 75.8 71.8 77.0 8.0 78.0 82.8 83.5 68.5 84.0 82.4 '4.2 2.0 68.8 59.5 60.4 61.0 62.5 57.8 .58.0 00.5 58.0 53.0 50.6 53.4 46.6 12.'/ 24.5 16. & 17. ol 17.6' I 23.'.^ I 20. oi 15.3 It.l' I 18.6 11.5 54.0 00. ( 176.9 55.0 52.0 54.4 02.4 03.8 58.0 56. 53. 55.0 55.2 59. 57. 59.0 06.5 60.5 58.0 58.2 17.4 33.7 .30.4 21.U 14.0; 14.4 17.0 10. C 12. o: 13. o: 20.8: 24.8! 23.01 i 27.0! i 23.7 11. o| 25. Oj 15. 9J 13. 14.0 0.07 u K .020 ,100 u .020 .225 R .360 2.5! 18.' 0.1 0.1 3.0 0.1 0.5 2.0 .070 .040 .662 1.562 1.5 1.0 5.2 26.4 TOTAL PALL. .5 e.£ 9 0.075 2.5 11 0.1 R 0.1 .020 8.7 .100 3.0 R 0.1 .020 0.5 R .350 .070 .040 .662 2.0 0.- 1.5 1.562 1.5 1.0 5.2 26.4 M ■ * ! .. t; TORONTO. Gkneral Mp^teorolooioal Austract, September, 18G8. "AL PALI. « eS a • •5 a « o a« c <^ DAILY MEANS. WIND. j EXTREMKa OF TEMPEIIATUUK '1 i RAIN. 1 8N0W. TOTAL FALL. m V u 3 o V . U L. 3 3 ■6 .a = is P Uj s: Mi. o |5 M CO -a T3 a O I a o 1 s:;? 3 - — > i ! 'S K 1 - a 3 a a a D 'S. 1 ! !.g _ : .a i. 1 Ta 1 0.2 .3 a' il a — a. -3 .5.5 73 a .• '?.£ 11 •<- : ft a. -a k •<-o 1 Ol'. 0.52L 80 29.020 29.097 0.! ' N35W \ 4.f 5.S 'J6§.1 1 o 00. £ §.r ... ... ^^j ... 2 '33. g .444 76 .71D .27f 0.4 IN39E 6.C 7.4 71.2 54.2 17.1 ... ... ... 3 07.7 . .04(1 80 .047 .10? l.( ) i S 55 E 6.3 7.8 |74.( 62. ( I2.( ).207 0.5 ... 0.217 0.5 4 06. '2 .482 75 .583 .103 0.( . S46W 3.9 5.7 75.0 01.0 14. ( ... ... ... 5 62.0 .331 01 .611 .281 o.e )i Nsnv 8.6 9.0 72.0 .U.5 17.5 ... 6 Su ndiiy N67 E 4.5 7.3 08. ( 53.0 15.0 !.0S. 7.5 ... 1.080 7.5 7 62.3 . 433 77 .602 .169 0.6 N35'VV 1.0 5.2 70.0 56.8 13.2 ... ... ... 8 03.:] .504 SO .500 .002 0.7 ! S20E 5.7 6.7 70.5 51.2 19.;; 1.585 6.0 ... 1.58 6.0 60.9 .507 77 .449 28.942 0.7 N07W 4.1 4.4 75.5 63.0 12.6 ... ... ... 10 64.0 .483 80 .524 29.041 O.fl N82E 2.6 2.7 09.8 52.6 17.2 II 0.2 ... K 0.2 11 67.7 .620 91 .669 .049 0.7 N83E 3.3 3.7 71.2 62.8 8.4 ... ... ; ... .•* 12 68.7 .640 92 .614 23.965 0.7 N78E 2.7 3.7 74.0 65.8 8.V R 0.7 ... ... R 0.7 13 Su nday 'n34W 1 9.9 10.0 ;69.5 62.0 7.f' ... ... ' ... ... ... ... 14 56.7 .327 "2 .837 29.509 0.1 iN83E 4.5 5.6 05.0 46.0 18.^ ... ... 15 63.7 .488 82 .578 .090 0.9 iS60 W 2.1 10.4 08.0 54.0 14. ( .210 2.5 ... ... ' .210 2.5 16 47.9 .223 08 .751 .528 0.3 !N61W 12.6 1 12.0 1 00.0 48.5 11. f ■ *■ •■■ ' ... ... 17 46. ;j .209 07 .865 .650 0.2 i N86W 6.1 6.3 57.5 30.0 20. ( ... ' 1 ... ..• 18 50.0 .254 71 .939 .685 0.2 'S23 W 5.7 6.0 63.0 36.0 26. J ... ; ... ... ... ... 19 i 55.6 .370 83 .817 .441 1.0 I S 5E 7.6 8.5 63.0 43.5 19.5 . 285 11.8 ... ... .285 11.8 20 Sn u(Jay 1 N 85 W 6.6 9.9 64.2 55.8 8.4 .055 2.2!' ... ... .055 2.2 21 t 44.1 .201 70 .750 .549 0.2 N88W 3.8 4.4 52.0 36.0 15. •) ... ••• ' ... ... ... 22 53.8 .350 84 .445 .094 0.9 S86E 3.4 3.8 59.0 42.2 16.8 .085 4.0' ... ... .085 4.0 23 j 50.3 .263 71 .677 .414 0.5 N68W 8.0 8.4 58.8 50.8 8.( R 0.2 ... ... ! R 0.2 24 : j 47.3 .234 73 .806 .571 1.0 N74B 5.1 7.2 55.0 39.0 16.0 .255 1 9.5j ... ... ; .255 9.6 25 1 1 «.C .254 SO .565 .311 1.0 N 19E 3.4 3.5 48.8 41.4 7.4 R 0.2 ... 1 R 0.2 26 i 1 48.7 .268 78 .886 .418 0.2 S57E 6.0 6.5 56.0 38.2 17.8 ... ... i ... ... .j ... 27 Su ad.iy S 7 E 4.5 5.9 57.0 47.4 9.6 .385 1 8.5j' ... 1 ... , .386 8.5 28 :2.o .300 "8 .557 .257 0.9 S82W 7.2 7.6 60.0 , •0.0 10.0 .012 0.3! ... .012 0.3 29 - 15.5 .217 • ■2 .690 .473 0.9 N86W 7.5 8.5 57.2 , 40.0 L.'.r .020 1.5| ... .020 1.5 80 i ts.i .264 ■ .640 .382 0.8 N63W 2.7 6.1 54.4 I iO.O ] 18.4, R 0,2 - : K 0.2 t >6.6C ).375 7 7 29.660 5 9.285 0.8 N74W 0.9 6.7 f 34.3 fi 0.1 1 4.2 \ k239|£ 6.8 i "* ... :j4 .2.39 55.8 60 TORONTO. General Meteorologk.'al Abstract, October, 1808. DAILY MEANS. WIND. EXTREMirS OF TEMPERATURE. BAIN. BJfOW. TOTAL yALL. 1 s 1 ° u 3 1 o la" 4c •a V 3 o 5 1 ;25 It' 11 1 i s « a a '3 9 g s a il 1.1 5 It:] V 1 111 a •a i 0.= .ad 0.3 1 48.7 0.173 68 29.928 29.756 0.1 N 60E 6.4 6.9 1 46.8 34.0 llf ... ... ... 2 45.9 223 72 .867 .644 0.3 N78E 2.2 3.6 55.2 .36.2 19. C ... ... ... ... 3 14.6 .192 65 .9*1 .749 O.Oi N 66 E 3.8 5.4 54.0 40.0 14. C ... ... ... ... ... 4 Sn nda.v S85E 3.4 3.f,l 53.8 36.0 17.8 ... ... ... ... 1 ... 5 .J2.1 .318 81 .349 .031 0.8 S72 W 6.0 6.9 1)2.0 42.5 19. r R R ... ... R R 6 .50.6 .280 76 .610 .330 0.7 SOW 2.6 5.6] 58.0 43.0 15.(1 ... ... ... ... ... .. 7 59.5 .405 79 .306 28.901 0.9 S29W 8.7 12.0| 67.6 49.4 18.2 0.120 2.6 ... ... .12u 2.5 8 tO.G .18f- 74 .669 29.481 0.9 N84W 10. i 11.3' 45.0 39.0 6.0 ... ... ... ... ... ... 9 13.7 .212 73 .752 .540 0.8 S 2£ 5.4 6.8 51.0 33.4 17. f ... ... ... 1 ... 10 •■jO.O .213 69 .595 .352 0.7 S21E 5.3 6.1 56.4 44.0 12.4 ... ... 1 ... ... 11 Su nday S82 W 7.9 8.8 62.5 47.0 15.5 ... ... 1 ... ... 1 ... 12 15.4 .190 65 .834 .644 0.1 N77W 8.0 8.2 57.0 39.6 17.4 ... ... ... ... ... 13 43.3 .236 84 .872 .637 1.0 N72W 2.2 2.8| 49.0 35.0 14.0 .025 2.0 ... ... i .025 2.0 14 42.4 .219 80 .784 .565 0.1 S68E 2.0 i 3.6 51.0 35.5 15.6 ... ... ... ... 1 - ... 15 40.9 .221 86 .661 .437 0.0| S24E 2.1 2.7j 54.0 31.8 22.2 ... ... ... ... ... ... 16 .30.7 .199 81 .696 .497 l.C N 22 W 7.0 8.4 1 47.0 33.0 14.0 r 0.7 8 R S 0.7 17 30.7 .115 89 30.070 .956 0.2 N51W 9.G 10.71 1 38.8 28.8 10. C ... ... ... ... ... ... 18 Su nday S 38 W 2.8 3.7; 45.0 24.2 20. b R 3.( ... ... R 3.0 19 39.3 .204 85 29.664 .460 0.9 8 78 W 7.2 7.6i 45.4 34.6 10.9 ... ... ... ... ... ... 20 42.6 .217 80 .804 .587 1.0 N55W 2.3 4.8 48.0 34.8 13.2 .020 2.0 ... ... .020 2.0 21 .36.1 .191 89 .695 .504 1.0 N41E 8.6 10.0 1 38. ( 30.4 1.6 .180 15.0 2.0 6.8 .020 6.8 22 31.1 .142 81 .870 .728 1.0 N30W 12.3 12.5 33.2 30.0 3.2 ... ... s 3.VI S ."..0 23 30.7 132 78 30.096 .964 0.4 S69 W 1.2 2.0 37.7 24.0 13.7 ... ... ... ... ... 24 39.5 .195 79 29.892 .697 0.9 S 9\V 4.6 4.9 45.7 27.0 18.7 ... ... ... ... ... ... 25 Su uday N27W 3.5 i 6.5 1 50.8 42.0 8.8 .155 3.0 ... ... .155 3.0 26 45.8 .215 79 .805 .560 0.9 S54E 1.6 4.0; 50.4 45.0 5.4 ... ... ... ... ... ... 27 50.1 .291 80 .398 .107 O.S 8 28 W 6.6 10.3 58.0 40.8 17.2 R 1.0 ... ... R 1.0 28 38.6 .191 79 .729 .539 0.3 N66W 11.9 i2.o; 44.0 39.0 5.0 ... ... ... ... ... 29 31.4 .12- 73 30.096 .969 0.8 N75E 4.8 6.0! 39.0 26.5 12.5 ... ... ... ... ... ... 30 41.7 .183 68 29.976 .793 o.e N 89E 14.3 14.3; 47.1 30.2 16.9 ... ... ... ... ... ... 81 46.6 12.4 .289 91 77 .467 29.757 .V.S 1.0 o.e S36W N89W 7.4 1.3 9.5 7.1j 52.0 49.8 40.5 36.2 11.6 13.6 .865 13.3 42.6 2.0 9.8 .865 11.565 1 13.3 0.216 29.541 1.365 52.3 70 TOTAL FALL. TORONTO Gfnkral Meteorological Abstract, November, 18G8. TOTAL PALL. S m M o P.3 a.— R 1.5 .'JtJO 7.0 .Olf) 3.1 .190 5.5 . (iOU 20.0 1.21(1 20.0 .Oud 6.0 S 0.4 .005 2.23(' .07.=. .120 .100 S .480 II .055 .200 .Oil) 1.0 21.0 4.5 6.0 5.0 1.0 12.2 3.0 4.0 9.5 3.0 4.0 27.0 5.5SO 133.7 TORONTO. General Meteorological Abstract, December, 18G8. DAILY MEANS. WIND. K.XTREMES OF TKMPERATURK. BAIN. SNOW. rOTAL FALL. 1 Oi u S 3 3 S II £.ii K it u '/. I 3 r a a n 11 1- 3 ^ X ^ a s a ,1 B 9 a [a ?5 8 s d 1 it s *^ A a X If S< 3 O.Oul S;j 29.87. J 29.81: , ,., N06E 16. ( . 17. ( 1 1 J3.0 lO.O 13.( j ■!... ... 1; 4. 24.1 ().45lt 24.0 2 '29,: .UN S8 .52, > .37' l.C S 15 W 3.f 1.0. ( 1 35. f 1 ) 9.( ) 26. ( 4.0 10. 2j, .401 ) 10.2 3 Si iitlHy S 3 W 3.,'- 4.: j37.C 30.1 6.1 I ... ... 1 *'• 1 ... 4 |:)8.! .V.)i <1 .31,'' .124 O.s I 3 48 W 5. 'J 7.1 13.( '3.fi 9.L • .. ... ... 5 '32. f< .u; ■S ..37t .220 O.v '\S3W 1 U.8 12. ( 'iO.'J 33.0 3.2 1 ... ... j ! S 0.1 " s 0.1 6 1 JO r. 1 >-. J .141 • 7 .51; , .378 0.5 |S60 W 7.0 7.1 ,38. S 28. ( 10.8 i j ... 1 1 7 |:w.;i .l7:j ■ - .Slii .392 0.1 SCOW 5.9 6.;;; t5.c 30.2 14. i> • •. ' 1 8 |U.8 .170 ^ 4 .054 .48o 1.0, N 89 E 9.0 li 9.4i,:J9.S .34.2 5.fc 0.025 s.o if. 'J. 2.S .645 10.8 9 1 .204 - 5 .233 .02'.' l.l' |S68 W 7.0 9.4|,45.0 33.1 11.9 .055 1.5 ... ... 1 .055 1.5 10 i£„ nday 1 1 N 43 W 3.!- 4.(1 35.(1 9.9,'u.2 29.2 5.f • •* ... s 0.5 S 0.5 11 28.4 I .134 >5 (. .04(1 .512 i.ol 1 \ 34 E 8.0 jS.O 6.2 ... ... 0.4 12. (' .040 12.0 12 i24.? 1 .091 7 .004 .oo;j 1 0.2 X 27 W 6.1 0.4 50.5 23.0 7.5 • .• • •* ... 13 J29.1 . 125 7 7 .774 .649 O.i; s 40 ^v 8.7 9.0 35.4 18.2 17.2 .** ... ... i 1 14 :12.y .15;t S 4 . 00 1 .445 0.1' S 59 W 8.2 8.5 i ;10.4 26.0 14.4 • •t it. ... i 15 |i0.7 .122 7 - .50.^ .383 0.7 1 N26W O.t- 10. ( |i8.5 29.8 8.7 • •• ... ... i ... 16 iL'l.l .090 7 i .7SS .002 O.O S83W 2.5 3.4 34.0 10.7 17.3 >.. ... ... ... 1 1 17 I Su ndny N69E 8.0 9.0 1 53.2 20.0 13.2 ... ... ... 18 tO.ii .076 7 J .SIC .737 1.0 N39E 4.0 4.0 22.5 17.5 5.0 ... ... s 0.(1 i s 0.0 19 -7.8 .115 7 " . COS .493 1.0 S 59 W 8.8 10. 1 32.0 20.0 12.0 ... 0.1 3.2 .010 3.2 20 1 25.8 .120 8 1 .458 .338 1.0IN54W 9.9 11. 1; 37.0 27.0 10.0 ... ... 0.2 4.C .020 4.0 21 25.,^. .108 7 ) .420 .312 1.0'N40W .8.9 13.0 57.2 18.5 18.7 ... ... s 0.5 s 0.5 22 12.4 .05'J 7 ■ .715 . 050 0.4 :N89W 5.6 s.| 25.5 6.8 18.7 • *• ... ... ... 23 1 52.0 .140 7( 1 .286 .140 0.1 SC8 W 11.1 U.7| 43.0 10.0 53.6' ... ... ... 24 Su nday N45W 9.7 12.PM36.5 j 1 19.0 1 17.; ... ... ... ... 25 0.7 .047 71 1 .083 .030 0.2 1 1 N27W 8.9 10.0 13.0 -1.0 14,6 .*• ... ... ... 26 16.6 .OSu SI ) .780 .700 0.7' S-80 W 7.5 7.7 '24.0 7.0 17.0 .** ... s 0.2 S 0.2 27 20.2 .123 84 .507 •444 O.s; S84W 5.2 6.4I 54.4 13.0 21.4 ... ... ... ... 28 >3.3 .147 7S .592 .445 11 0.9; S71W 5.2 5.4 39.0 28.6 10.4 *•* ... ... 29 U.S .177 8!^ .470 .299 i.oj! N85E 10.7 10.!- 58.0 29.5 8.5 .165 6.0 ... ... .165 6.0 30 51. 5 .154 So .248 .094 i.oi N80W 13.6 1 15.1 40.0 ; 54.0 6.0 .042 2.( 0.4 5.0 .082 7.0 31 Su a day 1 j N49W ] 14.4 ] L4.f) 25.0 L7.3 7.7 ... ... ... ... ... ... 27.7 ( ).127 80 29.560; 29.430 0.7' N72W 3.4 9.'> 54.0 : !2.0 1 2.6 ( ),887 1 7.f 9.8 f 8.5 1.867 86.0 73 TORONTO. flKXERAL Mkieorolouical Aiwthact, Fedruauy, 1800. DAILY MKANS. I TH.MI'EKATIIIK ■ 1 IIAI.V. 1 j HNOW. 1 TOTAL FALL. £ = 3 a. £ £.s 0.O Ji ... 3 1 «• • ! 1.2 1^ > 1 ! s si ; \ 7.'^ \ 7, a a a s a s 3 S 3 2 .2d H 5 i'i 1 :S.4 0.077 72 30.057 29.080 0.1 N 21 W 4.7 7.5 o 2,1.0 1^.0 llo ... ... 1 i ••• ... i • i« a J4.l .111 S» 2'.i.S.';7 .725 l.(t K ii;.3 10.8 30.5 15.0 15.: ... ... 0.0 11. ( ).100 11.0 3 JJ.tt .lit; "^5 .24 J .121 1.0 N21 K 10.2 18.4 10.0 23.4 0.( ... ... ■1.0 o.< .400 0.0 4 14. n .071 S3 .100 .OS'.I l.O jN24\V 23.1 23.4 19.4 10.0 9.4 ... , 0.3 4.( .030 4.0 6 JO.Ci .072 or. .574 . 502 1 o.i N 54 W 9.0 11.7 28.4 11. 17.4 ... ... ... ... ... ... c i-.'.' .lis 7'.' .:"'.• .001 o.T, X 03 W 0.0 9.5 32. 8 20.5 12.3 ... ... ... ... ... ... 7 Su iiJiiy \ 02 !•: 3.0 4.6 21.0 8.2 15.8 ... ... 1 ... ... 8 J7.0 .130 ',12 .810 .701 i.o! N 73 E 1.0 i 1.0 1 31.2 12.8 18.4 ... ... 0.5 5.1 .060 6.0 11.4 .152 S7 .085 .53:; 1 1.0' N85E 3.2 3.3 35.0 27.2 7.8 ... ... ... ... ... ... 10 5;i.7 .IOC a:, .010 .450 l.O, S41\V 2.5 5.1 37.0 ;30.0 7.0 ... 0.2 O.:. \ .021) 0.3 11 U.8 . 131 lis .752 .017 9.5 1 N 5C W 8.4 8.5 42.0 31.0 11. ... ... ... ... ... 12 i-.H .18 J so . 030 .410 o.o" 1 S 59 W 1.7 3.9 40.0 26 8 19.2 ... ... ... ... ... ... 13 36.3 .1-.8 S'; .02S .451 l.O .V 55 E 5.0 7.0 1 41.0 32.2 8.8 ).1C0 6.( 0.4 12.0 .200 18.0 li 8u nd:iy 1 N 78 E 10.9 16.9 34.0 21.1 12.0 ... ... .").0 19. ( .500 19.0 15 34.0 .160 S7 .143 28.974 1 0.9, 1 .\ 82 W 5.2 7.1 41.5 23.8 17.7 ... 0.2 4.( .0:0 4.0 10 27.4 .124 s;; .303 29.179 1 0.7 N88VV 9.1 9.4 31.2 26.0 5.2 ... ... 0,2 0.0 .020 6.0 17 52.5 .105 S'.l .018 28.853 1.0 j N82W 9.3 14.3 30.0 24.4 11. .005 1.0 0.2 7.0 .025 8.0 18 22.3 .001 7ti .lOi 29.013 0.7| N59W 6.6 8.7 29.0 16.2 12.8 ... ... 0.7 o - .070 2.5 19 20.7 .082 75 .294 .212 0.4j X87W 13.1 13.9 27.9 18.5 8.5 ... ... 0.2 o.s> .020 0.8 20 23.3 .092 72 .500 .408 i.oj N 13 W 5.0 6.9 32.0 18.7 13.3 ... ... 0,1 l.t' .010 1.8 21 Su adivy N13K 7.2 7.4 17.0 14.2 2.8 ... ... 5.5 9.2 .550 9.3 22 18.0 .080 :o .580 .,509 0.7, N20E 5.0 6.1 24.0 12.0 12.0 ... ... 3.0 5.0 .300 5.0 23 15.2 .075 80 .181 .100 0.7i N 27 W LI. 5 13.7 1 21.0 14.2 6.8 ... ... 9.0 6.5 .900 6.5 24 17.7 .OOC 70 .077 .011 0.5 S80 W 10.3 10.9 25.0 5.4 19. f ... ... 0.2 3.5 .020 3.5 25 17.7 .081 SU .854 .773 0.8 S30 W 6.2 9.5 31.8 3.0 28. >i *•• ... 3.5 12.0 ..350 12.0 20 28.6 .138 80 .317 .179 0.9i S65AV 9.3 14.1 35.2 19.3 15.9 ... ... 0.5 8.0 .050 8.0 27 8.0 .051 78 .550 .499 o.s' N44W 17.3 17.6 14.0 ;7.8 6.2 1 ... ... • ■• ... ... 28 Su nday N 79 W 2.8 3.2 1 1 22.0 -1.0 23.0 25.0 0.114 80 29.510 29.402 0.8 N34W 4.2 lo.o' 35.3 20.3 15.0 0.165 7.0 39.7 123. f 4.135 130.6 I T O 11 N T . CiEN'ERAL ]\ri;Tr:OHOLO(i|('AI. AllsTIl.VrT, ]\r.MU'll, 1800. M 3 <4 11.0 0.0 4.0 5.0 0.0 18.0 19.0 4.0 CO 8.0 2.5 0.8 1.8 9.2 5.0 0.5 3.5 12.0 8.0 IlAII.V MKAN.S. WI.VD. '( IDrAI. FALL. i 1 '1: Urn r i i ,; n 79 29.011 o u u ) 20.67 J* ■/J 5 u ' ll " Li - a ' 1 r'\ o 1 21. 1 i a i £ ^ i rl S? iff &? ?■■? a '1 a.= 3.0 2 "•■• ! .122 89 .38 .25! ' l.( I ''' 1. ■ 2. 1 II V- 31.4 15.0 10.4 ... ... 1.0 12. .10 1 12.5 3 30, f .141 83 .59; ,45( 3 0..1 : s 79 w t .' i 11. r .36.2 25.0 11.21 1 ... ••* 1 ••• «■( ... 4 6.1 .('4^-, SO .771 .72. ; o.'2 N33W 7.1 I 8. 1 4 12. t ) 0.5 1 i 3.5! ... 1 ... 6 0.2 . O'l'.i 11 .511 .45 0.0 S 54 W 9.'. i 0. ) 10.1 1 -5.4 2 i .5; ... ... ' 0.1 2.( .OK 2.0 C 13.8 .002 '5 .69. .53< 0.0 N 55 AV 12.7 13.: }21.0 13.2 ', •s:: ... 1 ... 7 Sii iiJa.v S 01 w S.t 8.' 22.8 1 2.9 K r .9, ... \' 8 26.1 .101 ; 2 .811 .740 0.7 S 78 W 3.f 3.f 31.8 is.o 1;. i .^ 1 ... ... ; ... 30.0 .13S >- 2 .729 .591 0.8 S 72 \y 1.; 4.7 17.0 21. ( U 1 • 1' ... ... , s 1.0 S 1.0 10 18.1 .O'M) S 9 . 427 .331 1.0 MOW 10.7 13. ( 31.5 10.1 15 .-1' ... ... ; 8.0 16.5 .800 10.5 11 11.7 .059 7 ^ .754 .094 0.5 S 84 W 1.0 1.7 22.0 0.0 22 .0 ... 1 12 18.7 .081 7 7 .4GS .387 0.9 1 S 35 W 0.7 S.lj '20.6 { -1.0 27 .< ... , 2.5 7.; .250 7.5 13 22.8 .09 J 7 <■ .442 .350 1 0.0, S53 W 0.0 7.1 30.0 1 17.0 13 .( ,,, ' ... 14 Su nday 1 N 78 W 13.4 10.5 39.0 17.4 21 i (' 1 ... ... ,,, ,^j ... 15 15.4 .001 7 1 .S4S .787 0.0 N 26 W 7.1 7.1 :23.2 10.0 7 2 ' , ,,, 16 13.9 .052 4 . 87'. .820 0.1 S72 W 3.S 4.0 i 26.2 1.3 24 1 9j ... ... 1 17 15. a .005 7 -! .801 .73(1 0.4 W 5.7 5.9 25.9 1 4.5 19 1 !' ... |i 18 23.8 .080 • .931 .845 0.1 1 S77 W 5.7 4.'; 1 35.0 10.0 25 V ... 19 20.5 .13'2 9 > .590 .458 i.o: 1 N57 E 3.7 14.1 1 .32.2 15.2 17. 0' ... 1 ... \\ 1.2 12. ( .120 12.0 20 24.3 .100 " .493 .387 0.4 N21W 13.8 3.7 '34.0 20.0 7. 4i ... i ... ; 0.1 2. J .010 2.5 21 Su nday N 2W 3.4 13. •. 20.0 -O.C 20. ,,, ,,, ,,, • *• ... 22 24.2 .103 77 .812 .710 0.9' S70E 12.9 5.9 30.0 5.5 :'4. 1 t t 1 ... ... ' 2.0 4.5 .200 4.5 23 28.8 .129 81 .711 .582 0.4| N88W 4.0 3.9 38.0 21.8 10. 1 1 - 1: • •• ... 24 24.5 .090 oi: .923 .833 0.0 i N17W 3.7 8.1 37.6 23.8 13. !■ ■ ... ,,, ,,, ,,, • ** ... 25 27.8 .107 71 .927 .820 0.(^ N78E 7.0 6.0 36.2 15. 5 20. 7 ••• ; ••• ... • *■ • •• 26 ... ... . ... ... N78 E 2.7 3.7 39.0 : !9.4 9. 6i .215 4.2 .215 4.2 27 i8.9 .182 78 .632 .450 0.3 S81 W 2.2 3.0 46.8 i !4.9 11. 9 ... ••« •*• It. **• ... 28 Su I iday N71E 1 2.8 8.4 41.0 3 0.0 11. ■ >•■ ••• •*■ •■• ..* ... 29 37.3 .214 94 .301 .147 1.0 N61E 8.0 2.3 j 41.2 3 0.8 4.- 1 .660 2 3.0 .60( 23.0 30 • 18.5 .212 90 .237 .025 1.0 1 N47W 1 1.0 1 2.3 43.0 3 5.0 8.( J .110 4.8 .110 4.3 31 . 51.6 .130 72 .590 .460 0.3 i N30W 1 4.5 1 4.9 56.2 3 0.8 5. .J I ... ... ... !3.] .105 78 29.050 2 9.544 1 0.6 j \52W 2.9 8.0 51.2 I 5.7 15. f 0.985 3 2.0 15.0 61.: . » I, .485 93.5 75 TORONTO. OkNKUAL MkTKOHOUMJICAL AHHTIIACT, Al'UlL, 180*J. IiMI.Y MIANM. WIND. 1 1 rxTRrMi'ii oj TKMt'l.llATI'ni 1 n.M."«. H.XOW. il TOTAL mu >' k, & it o 2!l; a = u - 1 It - §2 •3 h 1 ^ |i 5-2 1 !i 1.1 if "v i i ° 3 i a 7>, 7, : 3 - & 2 L 1! : r : 3 •i d 1 •2?.1 o.llo 74 29.48 J2'.t.37 > 0. ^ Nh2E 11. ( 1 11.7 3J. 4 ii. j o^. ... ... o.:5 4.2 o.ouo 4.2 2 :J1.( .140 sj ..34( i . to- • i.( I N08W I I 8.r 10.1 .38.2 20,. 1 1 , 13. ( ... ... s 0.1 1 s 0.1 3 U.\ .0!ir. •2 .no; 1 .41'. ; 0.! II > i N 75 W 1:5.4 13.0''. 1 8.8 21. ( 1 7.f ... ... s t.\ 1 « 2.5 4 Su iul:ty » 89 W 10.7 11.23 2.8 21. f u.; ... ... 0.1 \.'. 1 .OK 4.5 6 JO.C .172 \\ .41: .281 o.u ' ! S 65 W 0.0 8.5' '4 4.0 28.4 15. t ... ... s l.( S 1.0 8 w.;! .i;!(;; 2 .507 .431 0.4 .\55W 11.4 ll.fJ'l 1.0 20.4 12.'. ... ... ... 1 • •f :W.4 .1J4 ' 7 . 'j85 .501 o.f ; N 33 W 7.4 7.k'4 2.0 20. S 15.: ... ... ... ... ..• 10 :U.4 .11:. ; (' .752 .o;i7 0.1 N 9 VV 8.7 9.0 4 1 1 2.8 OS. 4 14.4 ... ... ... ... ... 11 Hii iid.iy ' N 17 W 2.0 4.7 4 1 I i.2 27.1 15. -J ... ... ... ... ... 12 :14.7 .i;!i ' c. . 02:; .492 0.0 N 2:5 W 4.S 6.0 4 1.2 :i0.o 11.2 ... ' 0.1 l.K .010 1.8 13 U.O .OO'.t •') II . 003 .504 0..'. ."} 28 W 10.6 10.9 4; J.S« 29.4 13.4 ... ... ... ... ... 1^ i 58. v; .108 J .8IS .710 0.4 ; NOOW 5.7 O.sl 4S ( i.O 28.0 20.0 ... ... ... *.. 15 :3S.7 . l.V.i 'i s .8:!(i .071 O.L' S35E 3.0 4.2 4C 1.0 10.0 ■52.4 ... ... ... *.• 16 1 48.7 .100 n 1 . 5:50 .340 0.8 S61 W 5.G 7.5 !o2 .0 :54.4 28.0 0.24(1 7.2 ... .240 7.2 17 1 45.0 .2.'3y 7 t .432 .202 0.0 .\ 89 W 9.0 11.4 54 .0 41.(1 1:5. ( il 0.1 1 ... R 0.1 18, Su n(l!ij' N71E 9..". 9.6 45 .0 :{3.5 11.5 1.490 7.2 ... ... 1.490 7.2 19 1 44.7 .272 '■' 1 .201 28.929 1.0 N78B 6.2 6.9 56 .0 40.0 10.(1 R 0.5 ... ... R 0.5 20 W.8 .321 > s .011 28.091 0.9 S68 VV 3.0 10.1 .)0 .8 41.0 18. s .o;« 5.5 ... ... .6:5 5.5 21 41.1 .172 0. ) .200 29.095 1.0 1 N 88 W 18. :5 18. 7! 10 .8 41.0 5.>^ u R j R R 22 42.0 .19t: 7 .840 .044 0..' N 71 W 3.0 7.3 .-.2 .4 35.4 17 ... ... ... ... ... 23 ■ 42.0 .200 77 .675 .409 0.6 ^^81E 6.8 8-: 46 .s: 30.0 10.- R 0.3 ... R 0.3 24 47.7 .213 0: .622 .409 0.4 \58W 10.4 ll.:i :,s :J0.5 il.f .010 0.0 ... .010 0.0 25 i Su 1 a (lay \06W 10.1 n.u .-,8 37.8 W.7 ... ... ... ; ... ... 20 50.9 .23S 03 .599 .361 0.4 N87W 7.3 7.t 72 2 40.5 •' 51.7 ... ... ... ... ... 27 49.. 3 .230 70 .503 .323 O.t N 84 E 2.2 3.2 59 8 41.2 1 8.C .500 2.0 ... ... .590 2.0 28 jl.7 .207 70 .470 .208 O.f N 17 E 5.0 7.2 oS. 7 42.0 I 0.7 ... ... ... ... ... ... 29 . U.4 .18o 71 .589 .406 0.4 N32E 3.4 7.0 46. 4 39.5 0.0 ... ... ... ... ... ... 80 to. 7 .093 37 .648 .555 0.0 .S79E 3.1 4.7 43. 5 32.2 1 0.8 ... ... ... ... ... *.• i 0.1 .173 OS 29.522 2 0.349 O.t N45\V 2.9 8.9 48. 32.3 1 2.8 2 .965 2 3.4 0.5 I 4.l|:i .015 37.5 76 'Ill' I TORONTO. General Metkoiioumjual Ahhtiiact, May, I si;*.). I BAIIT MKANg. a •T u a? it. ''' 3- 1 > ^ ?■; i>. a j3^ JH ^ ^ :.Si '•J WIMD. IXTRCMEM lir T»:MI>K!lAIUtlKl HAIif. HSOW, T TAL PAlt. a ' . ' a a -•r a I.; II » b !« « i .■ a a.- a ^' • il 2^ ■a ( <"? ii ■^•v, i,= 2 I Sii I 8 I 41.:) |j40.<'r I 7 iW.T 8 ' 01 «; 11 j 12; 13 1 14 15 IG 17 18 19 20 21 22 23 24 25 1 m3/..1 0.174 iiiliiy .11- .13t .UlU . "JOii .11); .2-'J ndiiy .2 IS .31S .34(1 .317 .34;; .317 ndiy .U31 V.'.O Su •V2.1 tiO.f. •JS.d ;n.4 J4.1 .l.( Su U.O 15. fi 17.- 19.'.' 10.(1 ■>1.I Su kS.I tii.O 26 1 1)3. 8 27 :|tS 1 28 149.1 ii 29 |)3. .'JK. .210 .17S . lo: nJay .341 30 31 Su .)8.9 )().S .3JI .174 . 2S8 . 3oi a clay .47(1 ).2u'> W.'.'Oii .28;.! .4S3 .02il .r,8J .705 .091 .52(» .371 .317 .1.3:; .07!» .121 .408 ..•27 .483 .023 .591 .52; .543 AM . 530 .785 .575 .040 .52(1 29.482 29. lit . l(i(. .347 .43(1 .48N .60H .41'.' .302 .05:1 JS.971 is.sit; 28.730 2s.Si)4 20.177 .302 .•23S .400 .410 .302 .199 .087 .215 .610 .287 .30.';'- 0.; o.i l.(! N b7 K N 'JO W X48W N '20 W Ii 0..'J, 8 88 K ll 0.( i X51 K 0.!V NlOW ().( 'STS W 8 '21 W ! S 80 E |3 4nv ': S SO E I i \ 08 10 1 S 57 E W • N 75 VV 11 0.7 JN73W O.,'-! \50W 0.( 0..', 0.7 l.( 0.7 l.( l.( O.t 0.; 0.1 o.s 0.7 i.( X29W N 40 W N 23 W N40W S 32 W S 24 W S56W -V 4W .050 :9.224 0.^ l.( 0.: 0.! N 80 E N73E I .\ 83 W I I S81 E 8 31 W 12.2 12.2 H.2 15.1 2.(1 5.0 4.0 o.s 0.0 3.5 5.9 4.5 0.7 1.5 2.6 9.5 9.7 4.1 6.7 4.4 1.9 5.2 1.7 4.3 3.8 7.1 13.1 13. f 18. f 15.. 4.!' H.( ?.0 :lS O.Pl N20W 2.4 5.8 7.0 0.7 3.0 2.:: 3..'. 6.( 4.( a.', 2. f 4.1 11. 1 9.8 4.4 6.0 5.8 5. el 0.8 1.8 4.4 5.( 8.0 0.1 7.8 1.4 a.ii (7.8 19.0 )4.0 .2.0 .5.2 •.9.0 10.0 04.0 J7.0 74 :3.8 '.2.0 '12.8 iJO.O >4.0 JO.2 -.3.8 54.0 )7.2 J4.0 ■'.i).0 1)7.4 70.2 2.0 05.8 52.0 31.4 35.(1 33.4 35.0 31.2 4(1.2 40.4 40.2 15.2 13.8 52. 1 44.2 47.0 10. C 47.2 42.5 37.0 42.0 I 44.0 :17.4 :w.4 40.6 44.8 48.0 10.4 14,0 IS.( 17.0 14. ( 12.8 19. ( 1S.( 11.8 30.-! 21.4 17.8 15. K (3.5 o.81( ,100 II K .040 .1'20 R II 0.1 0.8^ .720 7.; j u ii 16. 8i 11.4 I 13.2 to.e' j 20.0 I 26.9 25.4 24. o' U O.i !•", O.fi' i.sl O.l'i 0.2' 0.:i I 1.7 M .52.0 13.8 40.0 12.0 )3.0 48.0 0.5 O.f 6.6 130.5 iO.O 57. S -.8.8 45.4 44.2 48.0 15.1 15.8 i 19.8 .24u .015 .320 . 020 420 42.7 16. Ii 2.80 9.2 I ... i I 1.6 6.0 57.4 S M.HIO I .100 IS. 5 0.0 0.4 1.0 (){ll 0.6 12.-. l.S It 0.1 II 0.2 72(1 6.2 R 0.3 1.7 .240 .015 .320 .0'2o .4'20 2.5 1.5 S ' 2.805 1.5 6.0 57.4 77 TORONTO. CJknfhal Meteorological Abstract, Junk, 18G9. J.. 1 '2 3 4 5 7 8 9 10 11 12 10 14 15 16 DAILY MKASS. WIND. ft ,l=- O ii^ 3 ■< KXTRI MK.R OF TEMl'ERATinR. RAIN. SNOW. Q S c d — = 1 i t o lU. 1 ,r,o.fi I'l.i 51 > jsu oO.-t J51. |52.S 55. S VjO.O I >■.■"" (i I 57. S I 52.2 55.7 17 '50.4 18 02. S 19 1 01t.it 20 Sii 1 21 1)2.7 22 ,02.9 1 23 '33.0 21 eo.9 25 55.9 20 50.8 27 Su 28 05. S 29 07.1 30 04.0 1 '58.4 1 11.455 S2 20.073 29. 2U A'.V. s:; .700 .321 .41!! 75 . ''21'' .307 .451; -il .■\i- .014 .:il;4 7i'i .48.'! .1711 ndav .203 t - .845 .581 .-J-:, 1 •) .8111 .019 .27'.t 71 .sol .52.:. .370 s:-i .495 .124 .250 lilt .451 .111. .2M) t - .453 .104 iidaj . tiOi 71t .111 28.757 .308 7'.i .321; 29.018 .284 '■.:, . 50;! . 2 f 3.! 74.2 00. ( 14.- .14( 5.0 ... 1 .141 5.0 9 t) 7.-1 .53t'.- >" .454 28.918 0.5 S74 W 1.4 3.; 75.0 61.8 13.2 ... 10 1 9.*. .552- .345 28.70. 0-4. N73W 9.1 10. ( 1 77.8 59.0 18..' .240 1.0^ .241 1.0 11 Sii iiday N 73 W 10.1: 11. ( 75.0 06.0 9.0 1 1 1 12^ 2.0 .37 1' ( 5 . 194 2J.321 o.5::x5nv i.{ 5.*- 70. f 50.8 19.2 ... 13 J 2. I AVl- ;• .C7o .261 0.^ In70E i 1 7.'? ( . i' 07.4 59.0 8.4' 1 i i ... 14 V i.2 .500 i i. .5C'i .005 1.0 , X 78 E 1 -..9 5.0 •Vi.2 58,5 9.7 .055 1.3 ... "\ .05. 1.3 15 7 2.S .G3JS ..i70 2S..S.3:j 0.7 j S 2 E 1.8 S4.9 00.8 24.1 1.600 ."i ... , I . Ou J 2.5 16 7 4.1.' .004 7 J .450 28.851 0.7 jS77 W 1 • 1 8.1 1 iS2.0 07.0 15. f ... . 17 '5 3.5 .4S0 6 » . 579 29.0:9 O.f,; S S3 w 1.2 4.5 r5.8 .58.0 17.8 ... 18 Su nday ; , X 35 ^y 1.6 5.1 70.0 61.4 14. ( ... \ i 19 '5J 1.2 .401 u ' .570 .175 0.2 : S82E 2.0 2.4 70.2 59.0 11.2 ... 20 « .5 .510 S 3 .355 28.840 0.7.1 S59E 3.1 4.7 70.4 55.5 14.0 .420 1.5 .420 1.5 21 -JS .7 .383 7. ) .430 29.05ii 0.S.|S83 W 9.2 9.7 04.0 59.0 5.1 .010 2.7 .040 2.7 22 31 .0 .384 OC » .050 .273 0.3 SOI W 1.9 2.7 71.0 55.0 16.0' ... ... 1 i 23 31 .1 .453 8-1 .638 .185 1.0 1 1 .=i 31 W 4.1 4.2 70.8 53.8 17. C' .000 1 3.0 ... 1 . ooi; 3.0 24 '34 .1 .531 Sfl .5 is .017 1.01 S 44 W L.O 2.f 70.0 58.6 1 11.4 *•! j ... i 25 S i 3u iiday 1 S27 W 4.4 4.!' 78.0 . )9.0 19.0; ... ... 26 o7 .2 .554 S3 .417 • is. 803 0.7 ,S 34W 3.7 3.0 70.5 ( Jl.8 ■^•7; .005 i.oi ... i .005 1.0 27 '-6 .4 .51o 79 .470 •. iS.OJV 0.5 :S42W 4.0 4.6 78.0 t )7.0- il.O .210 1 2.5 .210 2.5 28 ''2 1 2 .502 88 .448 . !S.940 1.0 |S80 W 3.5 6.5 39.8 • 7.4 1 2.4 1 .280 5.3 • I* ... i .280 5.3 29 : )8 1 5 .384 78 .543 i 9.159 0.7:jN73W 8.2 8.:; 38.5 ■' 6.8 9.7 1 ... 1 30 y2 4 .344 03 .738 .394 0.6: N62W 3.9 4.;' •4.0 5 1.0 2 2.4 ... ... ... 1 31 59 5 .333 '36 .92.-. .592 0.5 1 S23E 0.9 1.2 1.8 5 1.5 2 0.,3 ... ... 1 ... i ... j ... ... 1)4. 5 0.470 77 29.508 2 9.098 O.TJ S67W 2.0 5.1 ■ 1 3.1 5 1 7.0 15.5 1 1 .610 3 0.1' 1 ■• ...{4 .010 30.1 TORONTO General INIeteorological Ar.sTUACT, Augttst, 1SG9. DAILV MEANS. WI.VD. EXIUEMKS OF TE.Ml'KRATURE. RAIV. SNOW. TOTAL FAir,. a 3 = 1—* — S3 o 1 s it 7. ^ t>.". il i . B i a 3 _• i 'f, 5.= 3 ^ a. c 1 i 2 S3 Ma 1 o Su mlay S 45 E 1.3 1.4 74.5 .53.8 1 19.7|: ... .*• 1 1 - ... ... ... 2 'J.J . 7 0.55( 87 29.56. 29.01L 0.9 S 51 W 6.7 8.3 73.0 57.4 15. C' 0.010 4.0 I ... 0.610 4.0 8 00.9 .432 67 .531 .098 0.4' N65W 1 o.c 6.8 70.8 54.0 22.8' .025 1 1 0.7 I ... ... .025 0.7 4 J5.7 .402 '.111 .405 .061 0.8 X 5 E 1.8 2.1 51.2 55.0 6.-.| .155 3.5 1 ... .155 3.5 6 57.8 .3i:i I'p'. .652 . 339 0.3 N OW 1 ( 8.3 8.4 65.8 1 19.4 1 1(5.4 ... ... ... ... ... ... .J6.'.i .2S:i n2 .851 .571 0.3 N 18 W 7." "•'V 65.2 43.5 21.7; ... ... ... ... ... ... 7 oC.5 .311 6^ . 89S .587 0.1 N40AV 2.0 b.'l 66.5 43.8 17.7 i ... ... ... ... 8 Su iid.i.y ; S 26 W 3.0 3.4 69.0 45.0 24.0, ... ... ; ... ... ... ... ii3.2 .428 74 .710 .291 0.4 S 33 W u. ;"> 3.(, 73.2 50.0 •.'3.2 ... ... 1 ... ... ... ... 10 06. t) .504 7f> .014 .1111 0.6 S35 W 2.9 3.1 75.8 53.0 1.9.8' .155 3.5 ... ... . 155 3.5 11 69.3 .50(1 76 .072 .13-. 0.5 N 11 W 5.0 6.0' 78.0 62.2 15.8 ... ... ... ... ... ... 12 64.7 .432 75 .716 .254 0.2 ; >f 77 E 2.8 3.9. 71.0 58.6 12.4 .471 1.5 ... ... .471 1.5 13 66.7 .51') 79 .68.1 .101 0.7 N 28 ^v 3.8 6.1 1 77.0 .58. C 18.4 ... ... ... ... ... ... 14 61.4 .39r. 73 .663 .207 0.8 S 88 E 6.8 7.t/ 65.0 54. S 10. 2i .700 3.3 ... .700 3.3 15 Su riJay N S3 W 9.1 10.:.' 75.4 •58.0 17.4 ... ... ... ... 16 61.5 .451- 82 .58: .132 1.0 S 40 E 0.7 1.5I 66.5 .57.5 9.0'' ... ... 1 ... ... ... ... 17 64.0 .471 79 .69S .237 0.4' NS2W 1.1 2.8; 73.5 08.0 15.5 ... ... ... ... ... 1 18 66.2 .504 7s .675 .170 0.5 S 14 W 2.0 2.4; 75.0 55.8 19.2' ... ■■• ... ... ... ... 19 69.7 . 03.') ■^8 .53i> 28.895 0.7 |S26 vV 4.3 5.1I 78.0 60.0 18. 0" ... '" 1 ... ... ... 20 75.2 .072 76 .477 28.805 0.8 N 29 ^V 4.1 T ■' ( .0 i S9.0 68. 4 20.6 R 0.2 ... R 0.2 21 64.5 .493 81 .62;- 29.130 1.0 NCOE 1 " 3.8 4.4! 68-0 61.0 7.0 1.150 3.0 ... 1.150 3.0 22 Su uday SSI E 1.0 2.4 1 71.0 32.4 8.. ... ••• \ ... ... ... ... 23 ■ 64.8 .435 72 .859 .42. 0.5 NOSE 2.3 3.0;] 72.2 iO.4 15.8, ... ••• ', ... ... ... ... 24 66.7 .55.3 84 .76 J .21(. 0.6 S72E 1.3 i.rli 74.8 58.0 16.8 ... 1 ... ... ... ... 25 aS.O .540 75 .594 .051 o.;3' N46W 7.1 8.5, 81.2 31.8 19.4 .030 0.3 ... ... .0.30 3.0 26 61.6 .3?7 71 .7811 ...| N50W 0.2 2.5 70.0 58.0 12.0;; ... ... ... ... ... 27 62.0 .432 7r .077 .240 0.7 N80E 3.0 3.2 !9.0 50.0 19.0' i .517 2.(. ... ... .517 2.0 28 68. C .013 87 .458 28.845 0.7 N68W 2.8 3.2 79.2 50.0 19.2 .400 n. ... ... .400 1.0 29 Su uday N56W 10.4 !0.5| 74.0 55.2 18.8 ... ... 1 ... ... ... ... 1 SO 1 1 )8.8 .337 68 .715 29.378 0.3 NC3W 9.5 9.7 66.8 50.6 16.3 ... ..* ... ... ... ... 31 1 31.2 .230 65 .815 ,005 0.2 1 N 23 W 6.8 6.9 50.8 45.0 15.8 ... j 1 1 ... 1 1 ... ... ... ... 63. C 0.458 76 29.665 29.208 0.6 1 N42W 2.0 "1 72.1 55.0 16. 5! 4.273 25.0 ... 1 4.273 23.0 80 TORONTO General Meteorological Abstract, September, 18G9. . FALL. I: n 1 DAILY MEANS. WIND. 1 — , ij EXTREME.S ll TEMl'ERATl OF 1 JRE «"^- j ! 2 1 i i S a ,3 c S ! ■" „• X = I 1 : n II '■ 1 8\0W. TOTAL FAIL ! V 2:" Kel Humid. Biirometeric I'ressure. l're.s.sure of Dry Air. Clouded Sky. Resultant Direction. Velocity. Mean Velocity. Maximum. c a a s. s B 1= a .§. .,. 1 \A. 3 0.250 62 20.92 J 29.670 C ».C|N°9W 6.8 7.0 64. 43.4 ;; .' o.c : ; 4,0 i 2 55.- 1 t .313 71 .99; ) .680 C .( S40E 1.' 1 2. J 64.0 48.3 1 5,7. 1 1 0.7 % 3 |58.! ) .391 78 .83- .446 .2 S 5 W 2., I 2. 3 08.. ) 46.4 2 1 2.1 ! i 3.5 f 4 :g3.' ' .485 S2 .691 ' .211 • ( ;si4 w 3.t 3.' 74. J ) 52.2 2; l.:i 'i ... •I ■ S Su j nday SI8 w 5.'. 5.1 75.1 il 55.0 20.2 j! ... 6 67. S .540 50 . 006 .OOC .8 S 9W 1 4.4 4.f 76.2 60.0 If ).2 2.3.50 20.0; ; 2.351 ) 20.0 ... 7 03.2 1 .535 t )1 .464 28.920 1 .0JN14W 7.2 9.f 67.0 63.0 4 1 .0 .470 10.3 ; .470 10.3 ... -. 8 '56.8 .417 t .395 28.978 1 N22W 11.5 12. G 59.8 55.8 4 •t>; ' ... f 9 ,54.8 .328 7 .617 29.289 9 N32W 7.0 7.4 59.6 53.0 6 i .6, 1 3.5 if. 10 58.1 .383 7 9 .735 .352 2 N 7W 0.5 2.7 68.0 50.8 17 .2' R 0.1' ' n 0.1 ... 1 11 62.5 .421 7 3 .759 .318 f S32W 2.5 2.7 72.2 48.0 24 .2 ! 1.5 t 12 Su nday S34S 1.4 2.4 74.5 57.8 16 . ( ... ■ 13 65.1 .49'J8 .881 .388 0. ( 1 S 79 E 2.9 3.2 72.0 57.6 14 .4; ' 3,3 Rp> 14 65.1 .461 7 5 .888 .428 0. 7 S 83E 4.1 4 3 70.6 55.2 15 4 R 0.6 . . ... R 0.5 ... ■ 15 65.7 .511 8 1 .703 .192 0. 7 S79B 2.7 2.6 71.2 60.2 11 01 .410 4.8 . i 410 4.8 ... I 16 67.0 .563 8 8 .620 .057 0. ( S 38 E 2.0 3.1 73.6 62.6 11 ... ■ 17 03.0 .446 7 i .778 .332 0. 5 S68W 0.7 2.3 72.0 60.0 12 0. ... I 18 62.3 .483 8 3 .869 .380 0. 3 S63E 1.0 1.9 70.5 50.4 20. 1 ... ^ ... I 19 Su nday S40\V 2.1 2.3 79.4 56.8 22. Oi .195 1.6 .. . ... ; .195 1.5 0.2 1 20 68.7 ,569 8] L .765 .196 0. I N82E 0.4 2.4 81.0 62.0 19. 0' ; 3.0 I 21 ti-i. , : .•'/>4 6J 1 .7a8 .394 0. ^ N23W 6.9 7. a 71.2 33.0 8. 2 1 ... ■ 2^ e.,| .4!.4 8i ! .854 .399 0.- 1 S86E 1.2 2.2 71.2 57.8 13. 4 ... ' ... I 23 62.8 .471 81 .910 .440 0.. ) N61E 3.6 3.0 09.0 56.0 13. Oi ... I 24 66.6 .586 90 .810 .224 0.( S51E 2.2 3.2 74.8. 58.0 16. ^' .640 9.7 .. ... 1 .540 9.7 3.0 I 25 64.5 .548 89 .632 .084 O.i N53W 4.5 7.6 77.5 ( 34.4 13. 1 1 1 .052 1.0 .. ... .082 1.0 ... I 26 Su iday i\30W - 2.0 1 2.0 58.0 £ )1.0 7. ^1 • •• 2.0 I 27 42.0 .193 73 .764 .670 O.l N46W 8.1 8.5 52.0 C 16.4 16. 3 ,. t • •• 1.0 I 28 49.5 .245 70 .852 .607 0.£ S65 W 6.3 6.6 58.0 ;: 4.4 23. ( 3: 1 ■ •• ... I 29 54.9 .314 73 .865 .65] 0.1 S43W 5.3 5.6 D6.4 4 0.0 n.. \ • *• 1 30 57.7 .3M77 .859 .495 0.2 S40 W 4.6 5.0 18.8 4 8.0 20.5 s 1 1 .".".' ... 23.0 1 i 30.7 C .430 79 29.764 2 9.334 0.| JN63W 1 1.. 4.9 jf )9.4 5 3.9 15. S 4.027 47.9 ... j ... 1 4.027 47.9 81 TORONTO. General Meteorological Abstract, October, 1869. m DAILY MEAN'S. 1 WIND. EXTREME.S OF TEMPKUATORE 1 KAIN. ' SNOW. TOTAL FALL. z 3 3 a: .2 V O '/: o 6^ a 5 i 1.1 3 ^ s - \ a i' ^' a 1 '5 la 5 : £-5 ° a s 2 II ■31 'A 3 _ 11 11 2 .Id 0.3 1 o 57.4 0.372 79 29.745 29.373 0.4 ■ S08E 1.2 2.3 611.8 4?. 5 ... • >• ... ■ •• ... 2 39.0 .419 82 .568 .149 0.9 S79 W 2.9 6.1 68. 52.2 15.8 0.150 8.0 ... ... 0.150 8.0 3 Sii nday N82E 1.6 3.5 59.5 43.5 16.0 ... ... ... ... ... ... 4 .i2.7 .25.3 64 .331 .078 0.7 N 27 W 12.7 13.3 .59.0 1 45.0 14. (• ... ... ... ... ... ... ' 47.1 .203 80 .621 .358 0.3 N41W [ 11.1 11.2 .55.4 47.2 8.2 ... ... ' ... ... ... 6 U.6 .229 78 .719 .490 0.2 S 17 VV 1.7 4.2 56.0 33.0 22.4 • •• ... ... ... ... ... 7 50.8 .311 84 .773 .462 0.1 ' S71E 1.0 3.7 '63.0 65.2 40.0 23.0 ... ... ... ... ... ... 8 jO.l .356 79 .799 .443 0.0 N79E 2.7 3.7 45.(1 20.2 ... ... ... ... ... 9 58.5 .381 77 .613 .233 0.5 1 S37 E 3.3 6.9 J05.5 48.4 17.1 ... ... ... ... ... 10 Su nday Sol W 3.8 4.1 |55.0 50.2 4.8 ... ... ... ... ... 11 i 14.9 .212 72 .369 .157 0.8 ! W .3.8 4.6 36.4 38.0 18.4 .086 0.3 ... .085 0.3 12 43.4 .187 70 .368 .181 0.4 1 N79W 5.9 7.0 55.0 37.0 18.0 ... ... i ... ... ... 13 J8.7 .173 75 .432 .259 0.3j N57W 5.8 6.9 51.0 31.4 19. P ... ... ... ... ... 14! 44.4 .247 83 .254 .007 0.7 S 9 W 5.1 7.4 50.0 .32.0 18.0 .096 5.5 1 ... .096 5.5 15 1 12.3 .213 79 .477 .264 0.8' 1 :N69W 6.5 7.3 '50. I .38.1 11. i ... 1 ... ... • <• 16 .59.9 .182 74 .556 .375 1 0.3 ! 8 32 W 2.8 3.1 ^5l.5 30.4 21.1 ... ... ... ... 17 ' Su nday >N67W 10.0 10.3 53.8 35.5 18.3 ... ... 1 ... ... ... ... 18 J6.6 .159 74 .653 .494 0.5' ■N71W 6.6 6.8 45.2 31.2 14.0 ... ... 1 ■" ... ... • *« 19' 34.7 .156 78 .631 .475 0.3 N 83 W 7.7 8.0 (44.0 31.2 12.8 R R S o.e RS 0.6 20 i 39.0 .168 71 .557 .389 0.5 S54W 7.7 7.8 47.0 27.0 20.0 • •• • <• S 0.3! s 0.3 21 ' 37.4 .177 79 .467 .290 0.8 S32W 6.1 6.3 44.8 30.0 14.8 ... ... ... ... 1 ... ... 22 ' 41.5 .218 83 .689 .371 0.9 N63E 3.1 4.1 45.8 33.8 12.0 .114 10.0 !... 1 114 10.0 23 ' 40.2 .219 87 .300 .081 1.0 N46W 9.5 10.6 44.2 40.0 4.2 .485 8.6 1... ... .465 8.5 24 .Su nday S85W 8.7 9.0 40.0 29.0 11.0 ... ■ 's 2.0' S 2.0 25 1 i2.3 .120 60 .953 .863 0.5 S80W 7.7 7.9 39.8 27.2 12.6 t*i ... ... 1 • •■ ... 26 1 29.6 .128 78 .800 .672 0.8 N68W 7.1 8.2 34.0 28.5 5.5 ... ... 2.0 5.0 .200 5.0 27 28.9 .134 33 .729 .595 0.7 N87W 2.0 2.9 36.5 18.7 17.8 ... ... 0.2 3.0 .020 3.0 28 34.2 .181 91 .241 .060 1.0 S66W 3.1 3.1 .33.0 29.2 8.8 .052 1.0 0.1 5.0 .062 6.0 29 ' 33.9 .158 81 .464 .306 1.0 N26W 13.8 14.0 37.0 33.0 4.0 r R ■t» ... R R 30 ' 30.4 .128 75 .829 .701 1 0.9, N16W 8.2 8.4 .34.0 20.2 7.8 ... • •• s 0.5 S 0.5 31 i 1 Su nday 1 S54W 5.8 6.1 38.0 28.2 9.8 ... • ■• ... ... ... ... 42.3 0.221 78 29.571 29.350 0.6 N73W 3.7 6.7 50.1 ; J5.8 ^'^4 0.962 : J3.3 1 2.3 ] 1 L6.4] ll 1.192 49.7 TORONTO. General Meteorological AnsTRACT, Novemrer, 1SG9. - FALL. a> ^ a a « e p. )5 o. T •< •a s.o 0.3 5.5 0.6 0.3 10.0 8.5 2.0 6.0 3.0 6.0 R 0.5 1 DAILY ME.\NS. 1 WIXD. EXTREMES OF TEMPER.\TURE ' R.\I.V. 1 SNO>V. i TOTAL FALL. s 3 S.i: it V t" ■ = 26 T3 S 1 II s 1 3 B 3 a 'a 55 i i ] i h j|a.= s < ■5 3 J d , 1 C.= 1) JS yi 1 1 |:!9.0 0.188 7 8 29.095 29.507 0.0 NOIW 4.8 5.1. 50.5 33.4 18.1 I - ... ... ... ... 2 •37.9 .207 ;■ 9 . 857 .651 0.9 S21E 1.1 1.4 ,45.2 30.0 14. r ... ... ... ... ... ... 3 12.8 .224 8 2 .724 .500 0.3 S37 W 2.8 2.! 58.0 33.4 24.0 i •.* ... 1 •■■ ... ... 4 10. 5 .202 H 1 .455 .193 0.7 S 13 W 4.5 5.7 55.8 33.4 22.4 0.14( 5.2 1 i ... 0.1411 5.2 6 W.2 .197 7 9 . 200 .008 0.9 soow 14.0 14.5 48.0 41.4 6.f .045 1.0 ! s l.( .04,-) 2.0 6 )1.2 .153 8 7 .423 .270 1.0, N39W 7.' S.i f]4.0 31.0 2.4 ... 0.2 14. t .020 14.0 7 Su aday ! X 57 W 1 18.0 19. ( .30.4 21. r. 8.9 ■•• ... 0.1 7.( .Olii 7.0 8 ■30. U .141 8 4 .3nO .245 1.0 N71W 13.4 13. ( 33.8 25.2 8.6 ! 1 ... :o.4 1 15. ( .040 15.0 9 31.0 .148 S 3 .453 .305 0.8^ S8tW 8.4 8.4 30.0 27.0 9.0 ... : S 1.1 ,s 1.0 10 i^o.a .123 7 .527 .405 0.7; N 04 W 7.0 7 . '•'' 38.1 25.0 13.0 ... . 0.1 3.1 .Olii 6.0 11 30.1 .129 7 7 .593 .464 0.7; N75W 9.9 10.5 37.0 [ 24.8 12.2 ... ... i - ... ... ... 12 32.4 .138 7 6 .057 . 519 0.9, N75W 7.3 7.0 38.0 27.4 10.0 ... ... I s 0.1 s 0.4 13 28.2 .1.34 S 7 .078 .544 0.9 N37M 7.5 8.0 35.0 24.8 10. s ... 0.5 1 . 't' .051) 7.5 14 Su uday N 9\V 4.8 5.1 31.8 1 24.8 7.0 i ••• ... "■ ... ... ... 15 27.2 .130 8 7 .741 .014 0.9 X 22 W 1.2 1.4 31.4 20.8 10.0 1 ... i ^ l.r, s 1.5 16 32. U . 100 8 5 GOo .445 1.0 S80E 13.8 14.2 30.0 1 20.0 10.0 1.400 7.0 3.0 5.;) 1.7U0 12.3 17 34.7 .103 7 9 2S.867 28.704 1.0 1 S52W 16.8 20.3 41. C 31.0 10.0 .045 2.5 S 1.2; .045 3.7. 18 30. U .128 7 3 29.379 29.251 0.9, S79W 7.9 9.1 37.0 1 27.8 9.2 ... ... 0.1 1 1.5 1 .010 1.5 19 34. N .183 9 3 .373 .190 1.0, S70E 6.3 8.2 37.0 27.0 10.0 j .350 8.0 0.2 4.1 .370 12.1 20 33.0 .166 8 3 .200 .041 1.0 N69W 11.4 11.9 40.2 32.0 1 8.2 1 ^^ 1.0 0.1 1 4.0 , .010 5.0. 21 Sn nday N 03 W 6.2 6.5 ,32.5 20.2 6.3 ... ... 8 0.5 S 0.5 22 25.5 .125 9 3 .685 .560 0.7i 1 N85E 7.2 11.2 32.0 20.0 12.0 ... ... 5.5 12.4 .550 12.4 23 24. S . 144 8. ) .678 .564 0.9 N 4^y 5.4 5.f 27.8 1 21.5 0.3 ... ... ... ... ... ... 24 .'0.0 .083 7( 3 30.058 .975 O.i N 3W 0.7 0.8 30.0 13.0 17.0 ... ... ... .■■ ... ... 25 27.2 .134 8i } 29.988 .854 0.9 1 S67 E 3.3 3.( 33.5 13.0 20.5 ... ... ... ... j ... ... 26 30.3 .151 9( ) .774 .623 x.o[ N43E 0.9 2.2 34.4 27.0 6.S R 0.3 ... ... R 0.3. 27 33.3 .157 8i 5 .622 .465 0.9 S89 VV 9.6 10.1 37.0 30.0 7.0 ... S 1.5; S 1.5. 28 Su uday j S72 W 5.3 5.7 34.4 27.0 7.4 ... ... ... ... j ... ... 29 35.0 .180 8f i .470 .290 1.0' S 62 W ■ 4.2 4.8 42.8 26.0 16.8 .ISO 15.5 s 2.0: 1 .180 17.5 30 10.8 .234 91 .197 28.962 1.0 1 i i N85W 9.9 11. C 48.0 34.6 13.4 .380 5.6 ... i .380 5.5 32.7 0.160 8-1 29.550 29.390 ! 0.8 N78W 3.7 8.1 38.3 26.9 '■••' 2.540 46.C 10.2 j S3. 5, 3.560 129.5 83 if'' » ?^! TORONTO. General Meteorological Abstract, December, 18G9. DAILY MEANS. WIND. 1 K.XTRFME.S OP TtMI';;BATURE. RAIN. 1 SNOW. TOTAL FALL. 1 ■J. " ■^ T •J 1 6 i - C u « I- o Ob I- fc- >> M !/J rs i> T3 3 o 5 11 5 'y, 1 1^, 6 ^ ! 2[ a y. c 11 a .§a yi c 11 ' a ! c.* 91 'y. c 11 1 1 |.io 0.114 87 29.759 29.045 0.7! N47W 9.8 11.7 3i5 o 24.0 o 8.5 ... ... 0.1 2.0 0.010 2.0 2 .■1.0 .099 87 . 050 .558 0.9^ N19W 3.0 8.2 25.8 18.0 T-^. ... ... 2.0 12.0 .200 12.0 nl 14.4 .COS 79 .870 .808 0.5 S27 W 1.8 7.0 29.1 6.4 22.7; ... ... 0.3 2.0 .030 2.0 4 i2.7 .^.0 88 .407 .301 1.0 S63W 8.3 11.7 36.5 13.0 23.5 0.040 2.0J ... ... .040 2.0 5 Su iiday N 15 E 9.1 9.4 29.8 23.8 6.0 ... ... ... ... ... 6 9.0 .051 70 .920 .808 0.2 1 N 8W 5.1 5.;; 14.3 6.0 8.S 1 ... ... ... ... ... ... 7 .'0.2 .099 89 .9011 .807 i.o| N 0.3 1.5 25.0 7.8 17.2 ... ... 0.2 7.2 .02) 7.2 8 ' i7.0 .110 70 30.083 .967 0.7 N48W 1.6 3.0 32.8 22.0 10.2 ... 1 ... ... ... ... 9 J2.1 .13.-. 75 30.040 .911 o.o! S30W 9.5 9.5 39.5 23.0 15.!'; ... ... < ... ... ... 10 37.1 .190 >S9 29.900 .704 l.o' S37 W 5.2 5.;i 39.0 29.5 9.5 R 0.2 ... ... 1 R 0.2 11 ' 37.0 .213 96 .698 .485 1.0 N85 E 6.4 0.5 to.o .33.8 0.?! .260 8.0 ••• ... j .260 8.0 12 Su ndiy N21W 5.4 7.5 45.0 35.4 9.0 R 3.0 ... R 0.0 13 22.4 .103 8.-) 30.108 50.005 1.0 X12E 6.9 7.1 24.6 21.4 3.2' ... ... ... ... ... ... 14 26.1 .127 S9 .30.031 29.904 1.0^ N77E 7.1 7.P 32.0 20.3 11.7 ... ... ... ... ... ... 15 33.9 .180 92 29.586 .406 o.o' S86E 12.0 12.0 38.0 26.5 11.5 1.405 18.5 ... 1 11.405 18.5 I 10 1 30.1 .187 88 .451 .264 1.0' S37 W 7.9 11.1 41.2 34.0 1 7.2 1 .050 3.7 ... ... .050 3.7 17 32.4 .147 70 .688 .542 1.0 (< (( £1 3/. 8 31.4 0.4' ... ... ... ... ... ... 18 30.0 .140 SI .383 .243 1.0 S37 W 9.8 12.3 32.4 29.2 3.2! ... ... S 0.5 S 0.5 10 ! Su nday S79 W 12.1 12.3 33.2 23.5 9.7' ... ... ... ... ... ... 20 24.3 .101 79 .812 .708 0.9 S74W 10.0 10.1 26.2 23.2 3.oi ... ... s 4.0: s 4.0 21 ! 25.8 .113 SO .949 .836 l.o! S67E 8.5 10.4 34.9 21.5 13.4 .360 0.5 3.5 11.0 .710 11.5 22 34.3 .167 83 .245 .078 i 0.5 S58 W 12.0 16.0 43.0 20.0 17.0 .070 O.fi ... ... .070 0.0 23 ^4.0 .080 06 ,742 .656 0.0 1 S64W 15.1 15.1 27.8 21.4 6.4| ... ... S 1.0 S 1.0 24 27.9 .112 72 .947 .835 0.4 S53 W 9.2 9.4 34.0 17.2 16. S ... ... ... 1 ... 25 ... ... ... ... ... - ' S32W 0.4 2.1 36.0 25.5 10.5 ... ... ... ... 1 ... j ... ... 26 j Su ndiiy N51E 4.1 4.3 40.0 23.3 16. 7' .005 3.0' ... ... .005 3.0 27 1 JO. 2 .209 97 .507 .298 1.0 N85E 4.5 7.9 39.0 34.0 5.0' .400 9.0 ... 1 .400 9.0 28 35.4 .187 90 .492 .304 l.Oj S67W 5.6 5.8 30.5 34.0 2.5 ... ... ... ... ... 29 ' 33.0 .lOi 85 .488 .324 O.P S55 W 9.0 9.2 36.8 33.0 3.8 • 1* ... 1 1.0 3.5 .100 3.5 30 ' 34.5 .158 79 .358 .201 0.8i S77 W 9.0 9.1 37.0 31.4 5.6 • *• • *( ... ... ... ... 31 1 33.0 . 15.3 SO .059 .500 0.7 t S36E 1.1 4.4 37.0 31.8 5.2 ... ... i ... 28.7 0.138 83 29.724 29.580 0.8^ S80 W 2.3 8.4 34.1 24.3 9.8 2.590 53.9! 7.1 1 43.2: I 3.300 97.1 81 TORONTO. Geneu.\l Meteorological Aiisrn.u.T, J.vxi'arv, 1870. . y FALL. i i Days. DAILY MEANS. : KXTRF.MK.S OF TK.MPKKATIRK. 1 i RAIN. i SNOW. TOTAL FALL. "a ' a ^ '. 11 i <^ I ' — i 2.0 5 2 15 = (-1 r = .a 1 a! c O I |.| g if' 2 5 .1 t a 9 b. a 1 el 3 ^ i y, z i i 0.40(1 II i 1 31.9 0.14'J 82 29.5;i4 29.385 1.0 N78E 12.7 12.^ 36.5 o 29.8 o 6.7 i ... ... 4.0 9." 9.3 12.0 1 1 2 Su uday S88E 5.5 18.4,J38.4 28.0 10.4 1.000 n.i. l.ti ;;.( 1 . 100 14.0 > 2.0 1 a i 4 '< 27. > IS -a r/i a a * 3. RAIN. SNOW, i TOTAL KALL. 13 .= at n a J 7. Z a '2 i a.= c s — 3 1 2 8 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 2t 25 26 27 28 I o ;J2.G ■25.1 13.0 15.2 22.1 Su 25.9 28.3 28.9 22 26.3 25.1 Sn .32.9 27.6 27.4 34.8 ;i5.5 Ill.O Su 2.9 11.6 17.4 9.4 22.0 24.4 Su 24.1 21.5 0.0S9 .114 .0(i4 .077 .101! nday .116 .125 .132 .102 .117 .080 nday .173 .115 .lis .181 .077 .062 ad ay .041 .055 .077 .054 .085 .103 Qday 110 0.099 S4 SO S9 S5 sa 81 S4 SO 81 50 92 75 78 89 85 83 82 74 80 78 81 79 88 80 29.016 .582 .990 30.044 29.848 .70S .428 .255 .562 .333 .305 .191 .591 .99 . 530 .393 .543 .625 .474 .285 .452 .355 .426 .152 29.531 29.557 .408 .932 . 9G7 .740 .65 .303 .12. .400 .216 .285 .018 .482 .787 .349 .316 .481 .584 .419 .208 .398 .270 .323 .036 29.43' O.S 0.9 0.8 O.S O.S 1 i 0.8, 1.0 1.0 0.8j o.ol 0.7 i i.o' 0.3 0.5, 0.7j 0.8; 0.5| i I I o.c; 0.5 I 0.5j 0.5i I I o.e 0.8 0.7 8 69 W N30E N33E N48E N19W S 83 W S 2 E NIOE N80W N41W S02E N69W 8 05E S40W N20W S51E N58W ^f36W N49 E N40W N83W S72 W S82 W N34W S80W N75E N8I B N50W N29W 1.7 3.5 6.4 8.2 0.3 0.9 1.4 5.9 2.8 7.< 5.9 20.1 4.4 0.6 6.4 2.7 6 i9.1 8.3 10.1 11.8 12.7 6.2 10.7 8.0 4.7 14.0 3.8 7.4 6.9 6.5 9.2 o 20.0 29.6 17.8 22.4 0.6 132.0 0.9 132.2 4.5, 6.C, 31.0 31.0 ) r..7 2.9 i34.8 I 7.8 i29.0 2.8 8.0 20.9: 5.5; 3.3^ I 6.7i I 4.3; 8.5' 19.2; 9.9 10. 6| 12.3 12. 9| "i 10.9 I 9.0| 5.6i 15. 0| i 3.5 s.i: 36.0 37.5 31.2 35.2 33.4 35.8 40.6 23.8 14.0 13.0 9.0 17.2 26.4 16.8 .34.0 31.0 30.2 34.0 iS.O 21.0 10.0 10.0 14.0 14.4 21.0 24.0 24.8 23.5 10.8 23.7 5.0 14.8 26.8 16.0 27.5 14.2 3.7 9.5 o 7.3 8.6 7.8 12.4 18.0 17.8 10. () 10.0 5.6 25.2 4.0 9.0 9.0 0.8 15.0 24.8 23.6 14.7 13. S 26.2 20.4 6.6 19.2 13.] 9.0 10.3 3.5 15.6 13.2; 17.4' 7.8 i 33. 2[ 16.0' 5.4, 10.4 0.520 2.0 0.2 0.5 9.2 R 13.3 0.520 0.5 0.2 S 0.1 s S 0.8 3.0 1.0 3.5 0.3 6.5^ 16.0 3.1 10.0 ,0.250 200 020 050 6.5 0.5 0.5 0.3 1.5 5.8 7.5 5.o! i 6.2! 1.5 4.5 S 9.7 i20.1 3.7 0.8, 3.0 15.0 4.5 .020 S .010 s s ,080 .820 .100 .350 .030 6.0 16.0 3.0 10.0 .150 .450 S 96.3 .530 6.5 0.5 0.5 0.3 1.5 5.8 16.7 5.0 0.2 3.7 0.8 3.0 15.5 4.5 I 106.0 86 TORONTO. Gen'eral Meteorological Abstract, March, 1870. I DAILY MEANS . WIND. 1 1 ' EXTIIEMKS OF TK.Ml'KKATL'IU:. SNOW. TOTAL FALL. e >. u •J. K V o 3 tf-4 •5 _. o He ! "Sd 4^ 5 3 3 3 a la •2 . J! 3 £ a -. v. — 1 S.J3 3 _ %.M 13 ^ .2 « £ o .2 i) X J- s — = V S ^B H & ^ n^ .I'Q d xa ™ >■ •'i > 6.6 7.0 7.3 9.5 10.2 17.' 11.7 4 17.0 12.3 14.9 8.5 2.8 4.9 8.5 12.1 19. 9.2 8.6 15.9 16.2 9.8 1.9 12.9 12. N18E 10.1 87 29.8 I 30.0 34.0 29.0 17.0 24.0 :27.8 33.4 I 35.8 t 24.2 41.8 38.0 t 37.4 I 140.2 '40.8 36.0 32.0 :38.2 I ■29.8 37.2 .35.0 39.0 144.0 I 37.8 44.0 .33.0 10.5 12.4 5.2 11.5 18.5 20.4 20. f I 19.9 11.0 22.0 9.0 10.4 16.6 .22.2 15.0 13.2 15.2 22.5 11.0 29.0 35.0 32.0 20.9 23.0 17.4 25.2 30.0 ;0.6 33 30.2 .34.2 o 14.3 20.6 7.q 19. ( 15.9 13.0! i 9.S| I 9.:i 10.1 23.0 7.f 8.0 13. t 12.3 11.2 20.8 11.0 26. C 15.6 20.4 10.6 5.8 4.0 11.7 14. t 12.4 12.0 5.0 8.5 10.2 7.0 9.8 0.205 0.2 S 0.3 S 2.5 0.2 1.5 0.5 6.0 9.0 i 10.0 10.0 1.5 0.7 0.020 1.0: S 5.iV| .030 2.s;i s 9..-,li .250 h)A'' .020 i |i ■i 9.:: .050 i 5. 21 1 .150 10.0 j .050 12. 5|! .600 '1 11.0 8.2 18.5 4.0 9.2 : .550 12. J 0.2 1.8 .900 l.OOO 1 1. 000 .150 .205 .02' 0.755 7.0|: 3.5 10 0.5 6.0 20.0 5.3 .900 1.600 .050 0.7 1.0 5.5 2.8 9.5 10.0 9.5 5.2 10.0 12.6 11.0 8.2 18.5 4.0 9.2 1.8 13.0 20.0 5.3 16.2; 62.4 141.6 16.995 157.7 Iffi TORONTO. General Meteorological Abstract, April, 1870. DAILT MEANS. WIKD. EXTRFM^:^< OP TKMI'f.nATl'llE. nviN. 8NOW. TOTAL VAU.. ST c 3 3 X - ■/ - a. T u •- a.> .a as •3 II M •a s c 4-» — > a s a t a 1 Id 11 3 — \ ... ... ... 2 40.7 .107 3:i .683 ..570 0.5 N40E 8.7 9.5 Vi.O 3S.4 14. ( ... ... ... ... ... ... 1 Su ndft.v N 7 E 7.5 7.7 48.8 34. K 14.0 ... ... i ... ... ... 4 ;55.9 .120 58 .699 .679 0.6 N 3W 8.4 9.( 44.0 30.8 13.'.' - ... j 0.1 1.5 0.010 1.5 6 :J6.'J .It;;; 73 .610 .447 0.0| , N 4W 5.6 5.Si 40.0 33.0 j.d 0.080 7.6i 1 s 1.7 .080 9.2 1 40. G .197 7-^ .640 .452 1.0 jN67W 1.0 2.1 47.4 35. H U.t, •■■ ... ... ... ... 1 7 42.7 .152 5> .645 .403 0.3 i N27W 6.1 6.2 54.8 35.0 19.8 ... 1 1 ... 1 ... ... ... 8 43.7 .109 50 .752 .582 0.1 , ■} 79 W 1.9 2.3, 57.0 29.6 27.4, ... ... ! ... 1 - ... 45.3 .100 sr, .747 .587 0.1 N73E 4.3 5.( 59.6 31.0 28.0, ... ... ... i ... ... 10! Su iiday N72E 8.1 8.1 53.5 39.0 14.5 ... •■• ... < ... ... i 11 44.4 . 220 T"i .587 .367 0.7 1 N30E 3.4 S.f' 54.0 35.2 18. J- 1 ... ... 1 ... 1 — ... 12 42.4 .101 01 .660 .505 0.1 N 31 W 12.5 12. K - J2.0 37.5 14.5 1 ... ... ... 1 - ... m 40. !• .1ST 72 .014 .427 0.8 1 N79E 3.8 4.4 48. 5 30.0 18.5 ... ... I ... 1 ... 14 53.8 .310 J •» .525 .210 0.9 ^S57 W 2.6 3.7 07.0 38. S 28.2 .025 4.5, ... ; .025 4.5 15 • •• ... .. ... ... • •• iN81E 1 13.7 13.8 50.0 45.0 5.0 ... • •• ' ... ... ... 16 47.4 .244 74 .547 .303 1.0 N81E 8.8 9.4 53.0 39.0 14.0 .030 4.0 ... ' .030 4.0 17 Su nday N78E 17.0 17.2: 48.0 .30.8 11.2 .720 17.5 ... , .720 17.5 18 51. C .323 s.» .292 28.909 1.0 |N0l E 10.4 16.4 58.2 38.5 19.7, .400 13.0, ... .400 13.0 19 45.0 .281 'X\ .302 29.021 1.0 1 N 84 E 6.( 5.8^ 52.2 43.2 9.0; .120 4.5 ... .120 4.5 20 41.1 .240 03 .314 .074 1.0 8 78E 1.5 1.9 45.0 37.8 7.2| .260 11.3 ... 1 .200 11.3 21 42.1 .220 85 .489 .259 .0.8 S88E 0.6 1.9 1 47.4 39.0 8.2^ *** ... ... 1 ... 22 15,9 .230 77 .569 .323 0.8 8 54E 1.2 2.8 56.2 35.8 20.4 ... ... 1 ... i - ... 23 48.0 .253 70 .614 .361 0.3 S59E 0.9 1.0 60.0 37.8 22.2; ... ... ... ' ... 2.| Sn nday N23E 7.4 8.8 60.0 39. C 27.0, .450 6.0 -. 1 .450 6.0 25 1 13.3 .140 50 .921 .781 0.0 N 9W 5.8 7.i: 54.8 37.4 17.4^ 1 "■ ... ... ... 1 26 47.0 .204 64 .812 .60S 0.1 S29W 4.8 5.0' 01.0 31.4 29.6| : ... ... ... ... 27 ' 49.6 .202 56 .493 .292 0.6 S18W 2.7 4.1 03.4 36.5 26.9 R R ... B R 28 45.4 .180 59 .563 .383 0.1 N41W 13.4 14. e 54.0 44.6 9.4 1 i "•• ... ... ... ... ... 29 42.9 .160 b^ .752 .592 0.2 S42E 1.2 3.3; 50.0 33.8 16.2 1 ... ... ... 80 48.4 .201 59 .611 .410 0.2 S23W 3.6 4.3 1 57.8 32.0 25.8 1 • •• ... ... 44.6 0.19S 67 29.609 29.411 0.6 N40E 3.5 7.0' 53.5 36.5 17. 0' 2.145 68. 3i 0.1 3.2 2.155 71.5 88 TORONTO. CJeneual ^Iktkouolouical AiwTUACT, Mav, 1870. D.\ILY MKAN8. WIND. F.XTllEMKS or TK.Ml'tltATURK Il.M.V. H.NDW. TiiTAI . rAM. j) r. •6 c •c .Si -3 3 5 ' 1.1 A — > 'i "^ St* a 3 3 a i n 'i. :l a S i 11 i 3 ^ II la ,.f.s • 11 1 °SU nJuy N 32 W 7.6 7.9 6?. 5 .jO.d a 2S.f ... ... ' ... 2 52.3 0,202 52 29.801 29.699 1 0.2 S78K 2.4 2.r 63.8 43.0 20.'. \ ... ... 3 55.7 .2-f, 'J'.: .471 . 195 0.(1 N40W 1.(1 3.:. 83.0 38. H 29.'. ... ... ... ... 1' ... ... 4 02.1 .29^ .'.4 .430 .132 0.0 N 3W 7.7 10.2 74.0 53 . .'i 20. f ... ... ... ... 6 52.6 .208 52 .561 .353 0.9 N 83 K 4.0 4.8 57.0 48.4 10. ( ... ... ... ... e 61.8 .20J 55 .256 .052 0.9 N74E 8.1 8.5 57.8 49.0 8.f >).350 12.6 ... ... 1 0.35(1 12.5 7 47.4 .'Jll 64 .17b 28.905 0.7 N31 E 2.2 2.3 53.8 44.6 9.:: ■ .050 o.o' ... .O.'id 0.0 8 Su nday j S87 E 0.7 2.4 60.0 42.0 18. ( ■" ... 1 ; ... 9 55.1 .2SU 1)0 .354 29.074 0.9 N5aE 0.0 2.4 137.4 46.5 20.9 .08U 2.0 ... j .080 2.0 10 47.1 .2!f.' ;)0 .421 .132 0.7 S8tK 1.3 1.9 .")9.0 43.0 16.4 .090 3.6, ... ... I .09(1 3.5 "l 49.3 .28-J S3 .480 .204 0.9 S58E 3.2 4.5 57.5 41.0 10.6 1 - ... 1 ... ... 1 1 ... ... 12 1 49.6 .2s:: :•• .525 .243 0.8 S 51 W 2.0 4.0 58.0 44.2 l.-i.S 1 ' .130 2.9 ... ... .130 2.9 13 1 60.1 .192 III .54,-) .310 0.2 N 29 W 12.7 12.9 70. S 40.0 30. e ... ... ^ ... ... 1 14 84.5 .29J t;i .591 . 299 O.r. S80 W 5.7 6.4 SI. 2 53.2 28. Oj ... ... 1 1 ... 15 Su lula^- S59 W 5.1 6.4 ,81.0 51.8 •29.2 ... ... ... ... \ ... 16 01.5 .390 72 .519 .129 0.9 N83E 2.8 5.4 77.8 51.8 26.0 II 0.2 ... ••• ! '^ 0.2 17 54.0 .272 64 .099 .427 0.5 S45E 2.9 3.2 64.0 ts.o 16.0 ... ... 1 ... ... ! 18 58.5 .379 77 .705 ..325 0.0 S76E 4.2 4.4 09.2 47.0 22.-.? ... i ... ... 1 19 05.1 .379 63 .705 .32'-i 0.7 N84W 1.2 4.3 76.2 52.0 24.2 ... ... 1 ... ... i ... ... 20 04.0 .293 51 .702 .409 0.6 S42E 2.1 3.5 74.8 53.2 21. t 1 ... ... ... ■•• 1 1 ••• ... 21 54.4 .267 64 .726 .459 0.7 N84E 2.9 3.0 04.0 .52.0 12.C .010 0.3| ... ••t .010 0.3 22 Su ndiiy 1 S73E 3.8 4.7 .J9.2 17.5 11.7 1 : .240 2.0j ... ••• .240 2.0 23 49.7 .311 87 .511 .200 1.0 N80E 3.9 4.5 02.0 45.4 10.6 j : .20C 2.3! ... ••• .200 2.3 24 58.5 .369 76 .400 .031 1.0 NS5W 11.4 11.7 tjO.8 47.9 18.9 ... *•« ... ... ... 25 .52.1 .267 68 .578 .311 0.7 X40W 8.3 10.1 59.0 51.5 7.5' ... ... ... ••• ... ... 28 50.7 .227 61 .670 .449 0.4 X80E 6.7 7.7 .57.0 44.2 i ... ... ... ... 27 57.5 .218 62 .667 .419 0.1 N70E 7.1 8.8 03.2 45.4 17. S • •• • ■• ... ... ... 28 59.1 .259 51 .542 .283 0.3 S OE 1.2 8.0 66.2 47.0 19.2 ... ... ... ... ... 29 Su nday N21W 2.1 6.0 75.2 4S.4 20.8 ! ... ... ... ... ... 30 68.5 .291 40 .760 .469 0.7 N67W 2.0 3.8 78.0 54.4 23.6 U 0.1 ... ... R 0.1 31 62.3 1 .344 03 .763 .419 0.9 S83E 2.6 2.7 1 71.4 55.8 15. C 1 1 ... ... ... ... .50.3 0.282 63 29.563 29.281 0.6 N23E 1.1 5.6 66.5 1 47.4 19.1 1.150 26.4 i ... ... 1 1.150 26.4 89 T UO XTO. rJr.NF.riAr ISFFTronoMHiKAL Ai!sti!A(t, .Fink, 1S70. DAILY MC. 3 Va -j V o 1 2 t; S 9 4 li WIND. "3 3 - n^ r.XTREMKM or TKMI'tU.MUru;. RAIN. a J3 m^ I M .II SXOW. I TOTAL rAll, ll II <^ f i n 1 l.tJU.fl 2 ; 05.-( a ' 65..1 4 ! .» 7.3 3.;j 0.,'j 5.4 7.0 2.4 1.0 5.4 4.7 4.1 10.. 'i 10. <■ 4.2 3.2 1.0 1.0 1.0 l.S o.s 4.1 1.0 0.4 o.f rt O.0i]74 , o 50. 8 50, 4. 55, 54. 3.4 ro.o ,8 5.< 5.sl 5.4| ,■„;,! 7.', 3.( 7.8; 0.4! M. '2 70 70 61 15 17 68.4 70.0 3.1 i)9.5 I 3.4 85.8 6.01 5.4;:ss.4 5.1 11.5 11.(1 p2.fi 18.8 3.0 3.0I 4.1 5.1 5.0 ■13.0 ^7.6 S4.0 ■<3.0 S7.8 io.O •i( . .57. 54. 51. 59 55. 55. 52. 54.4 53.8 58, 52.4 54.0 39.0 60.0 02.0 50.8 )1.8 56.0 5.8 64,0 69.0 65.5 07.4 70.0 (59.0 :f Si. 8 01. S 5.1 76.4 .57.4 o 20. 14.0 10.8 ' 11.3 21. (J 31.8 28. ^, 26.4 29. C: 18.0 23.2 31.7 10.0 I 14.0 22.3 17.6 II .500 U .390 .0,')() .360 . 35(J .060 .200 R .010 .090 .750 .670 R 14.0' 12.000 19.0 18.090 0.3 i C.l' 0.1 I 12. 1 i I 7.0 3.2: 6.0J I.7J 4.2 0.4 0.3: 1.2: 0.8; 1.0 3.5| 50. 7i I 1.50(1 .000 .20H R .010 .090 lUO . 070 R .000 s.ooo .3d <"9 0.;! 6,1 R 0,1 ,390 12,1 .050 7,0 2,3611 3.2 .350 0.0 4.2 0.4 0.3 1.2 0.8 2.8 1.0 3.5 r- r 50. 90 'I o.a 0.1 II. I 7.0 n.2 I'l.O 1.7 11.4 3.5 50. TORONTO. frF,N'i:i!M< .Mi;TF:OH()LOtll(\l, AllSTI!.\(T, .1 t I.Y, lS7(l. DMLV ME.\; S a TDT.II, FM.I 1 1 a 3 s a 3 ^ '" ^ \ ''• ' " ^ t Ef ^Ci 2.^ ^a <^ i.i <*-i a M o I 1 111. (to. 374 2 ,,C.3.i» .30f) Su ' tiday .5:il ,51',i .5.07 .5(;.'. .3,V.i I 9 fl0.5| .44S 10 ! Su inlay 11 , flO.iM ..004 4 '68.7 5 l;69.(; ,70.2 06.7 83..". 12 ji68.1 13 ''70.4 I 14 65.0 15 10 17 18 19 20 21 22 23 24 ; 25 26 27 28 29 30 31 60 66. S Su 74.3 73. f I 74.7 08. S 0.0 75. C Su 74.9 72. C 71.5 72.2 63.9 5.'} Su 68. S .551; .5t;4 .4n',i 79 70 •,•2 SO I):) 7( H( 7(; 01 1 54*^ Sf, ndiiy .057 .580 .070 .093 ceu 74 nday . .095 . 045 SI .704 91 .032 80 .440 75 . 380 .07 nday OK 70 0.52C •.'9.5,03 29.179 .027 .;i::i .481 28.931' .519 29.001 .500 •JS.909 .21'.; 28.077 .474 29.115 .001 . 15C .498 2S.934 .419 28.803 .413 2;i.849 .49-1 29.089 .020 .247 .520 ■:8.977 .538 28.881 .577 28.99: .510 28.84(1 .072 29.279 .010 .O.0.'> .502 2.'<.S9'.' .050 29.055 .580 28.944 .507 28.802 .410 28.778 .491 29.045 .701 .315 29.533 29.010 0.7 \ N (.3 K 3.4 O.t N 01 K .■"..4 ' S 21 K 1,8 (1.7 .S 3W 0.7 0.4 s ''u ^^• 2.9 0.8 ' s m K 1.9 0.9 S 8,0 w et 0.4 \ 54 W 0.1 0.1 S 40 AV 3.4 S 32 W 3.3 1.(1 NG2K 2.0 o.r; S 01 w 4.& 0.!- S 72 ^v - . '. ' 0.2 X 68 \V 2.0 1 0.5 \ 85 W 1.1 0.8 N 7 K 1.2 S 62 W 2.0 0.5 N71\V 2.4 0.:/ S79E 2.9 o.7i S 50 W 0.3 0.(" N 24 W 7.0 0.7 S20W 3.9 0.5 S 13 W 4.0 1 .? 50 W 4.5 0.7 N 02 W 1.0 o.e S60 W 0.8 0.7 S 6W 1.1 1.0 S 07 W 3.8 0.8 N59W 10.2 0.21 1 N44W 5.1 S 32 W 5.4 1.0 o.e S78 W 4.3 70.2 .W,4 4.0 70.0 2.1 74.0 4.4i78.0 3.9 ;9.2 4.4 77.2 3.1 70.0 0.2 72.2 3.5 3.3 80.0 4.(- 70.8 6.0 78.5 5.9 80.0 I 4 9 174.8 1 3.1 V18.O 3.4 70.8 4.! ;»0.4 i 5.6 [85.2 3.1 |S1.8 7.7 185. I 7.4 i78.2 5.4 178.8 5.( S7.4 5.0p2.0 4.ols4.0 3.2 178.2 1.7 78. S 6.1 80.0 10.4 71.2 0.0 77.8 5.(' 70.0 .03.0 i-6.0 •OS.? (il.O .09. f ('5.2 50.0 17.0 IS. 4 22.'. 18.2 17. ( 4.8 10. i 24.0 .- J2.8 58.0 01.4 67.0 .08.0 48.0 57.4 04.0 07.4 07.0 65.0 01.0 50.0 07 . 67.0 05.4 03.8 08.5 00. ,09.0 .54.8 .52.0 00.0 12.8 17,0 23.0 16 S 20.0 10.4 22.4 17.8 14.8 20. ( 17.'. 22.^ 20.4 15. {. 18. ( 14.4 10.3 13.4 12. i 23.4 24. C 0.372 .020 .320 .03( .OK .010 .150 n .110 .010 .045 .145 .030 R .010 .034 17.7 ;i.890 2.8 ... 4..0 ... 8.5 ■ ... 1.0 ! ... 2,0 0.5 2.2 2.8! ... II 1.0! ... 0.6 0.'. 0.5 ... 0.372 I ■" .020 .::20 ,38.8 . o;:o .010 .010 .150 K .110 .010 .(J45 .145 I .030 . K ; .010 , .034 1.890 K 3.5 2.S 4.5 8.5 1.0 (J . ■> 3.8 2.5 2.8 1.0 0.5 0.2 0.5 38.8 iii I! Hi 91 Xw J TORONTO. GkXERAL iNFETEOROLOGICAL ABSTRACT, AUGUST, 1870. H I DAILY MEAN8. WIND. EXTREMKS OF I TKMl'EKATUIl£.| RAIN. SNOW. TOTAL FALL. a io li [6 3 |2 ■3 ; fid 3 = ^3 .930 .810 .656 .589 .800 .743 .749 .701 . 56f. RAi:f. SXOW. .TOTAL FALL. lS.f = C 1 = X z ■" . 3.2 "-.-c I a. 3 - ■ - ? .S : '" — =;i.i— 3 Li .2 a — 3 29.004 28-918 28.992 29.354 .402 .3.33 .323 .115 .4S6 .011 .630 .370 .098 .307 .376 79 29.751 .014 . 60/ .553 .375 .12: .079 .399 . 309 .36.3 .202 .099 29.. 309 0.3 S 3E 0.5^ N26W 1.0 X15W r N 40 W 0.5,S86W 0.71 S49E 0.4 N74E 0.3 I N70 E II 1.0,; N low 0.1 N 7E I'N 7W 0.0 :n74E 0.0 N59E 0.5 IN 87 E 1.0 S39W l-U^ N48 E 0.8:1 N 19 E N 2E 0.0 Ninv 0.1,JN68E 0.0 S61E II 0.4,iS15AV 0. si ! S 08 W 0.0 I \ 3B i I I'J' 4 AV 0.4j N88W 0.4 i X 4E 0.4 NOOE II 0.91 JS 82 E 1.0/n68 E 3.0 3.4 7.5 8.^ 1.3 ro 5.3 4.5 2.9 7.1 1.8 2.'' 4.4 0.7 5.3 4.3 8.4 0.6 1.9 2.3 2.0 1.4 1.5 3.S 0.5 2.0 4.0 7.3 8.9 5.9 7.8.0 6.7 77.8 7.9 06.0 S.i», 69.5 2.4; 70.0 1.1 09.5 'I 6.1, 09.5 4.9 72.0 1 1 1 1 4.7|'77.0 o 58.8 7.1: 69.5 |l 3.4, 163. f< I 5. e: 66.0 il 5.1. 67.8 ii 3.7| 70.(1 3.2,74. 5.8J|63.S 5.. 3' '68.0 il 8.7:72.0 3. f' 05.4 I 3.5i;09.8 3.8I7O.5 i 2.8i|71.2 1.7i|71.3 1.7' 64.0 4.li,08.0 3.CI66.0I49.S 5.6 |70.0 49.0 01.8 57.2 57.8 48.2 52.0 59.(1 59.2 .58.8 58.4 46.4 47.8 48.8 51.4 59.0 59.0 .54.0 I 59.4 49.0 45.8 52.0 5i.4 54.2 ,0 19.2 10.0 8.,' 11.7 21.8 7.5 10..'^ 12.' IS.-. 11. 1 17.4 18.1: 19. (; 18.1 15.5 4.S 14. t 12. ( 16.4 24.0 18.6 19.8 17.1 0.725 .285 . 200 .510 8.7 3.0 2.0 2.9 2. 285 .230 11. C, 4.5! 61. Ol 3.0 50.o|l2.0 10.2 .105 .850 .150 5.S 7.6 |63.2 50.8 07.0 ll.3l!64.0 52.4 59.0 0.5 N 29 E 2..^ 5.0! '69.2 54.3 20. 12.4 14. C J. 0.5; 10.31 4.5' 14.9 .2.54 12. Ol: 1.200 [6.794 19. 15.6'! ... 0.725 .285 .200 .510 8.7 3.0 2.0 2.9 !'2.2S5 I 1 .231) .10 .850 .150 11.0 4.5 6.5 10.3 4.5 I .251 1.200 ... ,0.794 12.0 19.5 85.6 'JJ, TORONTO. Gexek.vl METEOROLO(ii('.\r, Ahstuact, October, 1S70. DAILY MEANS. r. ■ z.-^ fi ;;; >, 1 *-, M 1 ■Ji *> . £-• TJ 1 = [ 05 o It "J 3 o "5 1 6.« W 1 KO TVIND. 3 i If.xtremks (iF TKMI'EBATllUn. ! a R ? a 3 c: e s m w X ^ ui; i ^• 8.S92 28.920 .110 .278 .313 .155 .45s .270 28.808 29.121 .007 .500 .414 .82:^ .247 .49;'. . 075 .107 29.. 317 0.5 i 0.8 0.8 0.8 1.0 0.2 0.2 ! 0.8 0.8 0.4 0.5, 0.7 0.8 l.(i 0.3 0.7^ 0.8 0..3, 0.1 0.7 0.8j I 0.4; 0.8; 0.7, 0.3 i I 0.8' \ 17 K 'l.f 3.0 08. 6.3 7.1 08. 4.3 7.0 '•■. 7.0 8.5 |02 3.9 4.0 58. 0.(' S83E S 23 E NUW N32E N47E N54E \ 49 W S 51 \\ S62E S 27 W SCO W Wost S37 W S36W S 41 M' S78W N38W S44E N72^y S43 W N84W N85E S42AV N 30 W S73E Nsnv N05W N25W S40E 4.' 4.; 6.2 58.0 44.0 13.4 2.8 4.8 ;03.5 40.2 23. 2.0 1.3 3.8 4.0 7.2 3.7 4.5 .'..8 7.4 12.7 1.6 5.2 4.5 6.9 6.7 6.3 7.0 8.8 5.7 6.2 o 5 55. 52.8 15.2 C 55.5 7.] 8 .52.4 10.4 4 51.2 7.2 4.7 59.6 49.0 10 3.8 04.0 43.4 1.7 02.6 4.4 !07.4 4.9 01.8 7.8, 08.2 4.0 00.0 5.0 05.5 9.1 00.8 8.5^03.0 I 12.9 '49.0 I 5.8 51.5 I 6.4:51.2 I 4.8 ;35.C 8.9|.54.0 7.1 .52.0 0.5 02.0 8.9 loo. 8 9.3 :44.7 34.0 8.0 IO.7J0O.O 30. ( 6.1 6.7 0.1 15.0 West 14.2 14.7 47.2 38.0 I N85W 1.9 7.1 !58.4 43.2 15.2 I o 8 12.7 43.4 .53.2 1.4 39.4 38.4 46.0 53.0 54.8 41.0 30.2 40.0 35.0 33.8 34.2 35.8 40.8 30.6 38.2 I 49.0 35.2 13.8 48.0 31.8 10.2 9. 'J 0.380 1 I .340 5.C 6.( 20.1 19.1 14. •- 10.4 18.8 21.0 18.1 13. b 8.i S.( 11.2 20. C 20.'. 17.8 23.2 14. ( 10.7 29.4 2.4 .100 .050 .105 .010 .040 .225 .250 .005 .005 .110 n u .930 .04(1 2.1 3.1 2.r f. 4.( 14.6 12. t 0.4 O.C 4.(1 3.2 0.2 6.4 1. 2.090 65.7 0.380 .340 ; .100 .050 .105 .010 : .040 5.0 0.0 .250 .015 .005 .110 R R .930 .040 2.090 3.0 2.0 0.5 4.0 l.t.5 12.0 0.4 0.3 4.0 3.2 0.2 0.4 1.7 05.7 M TORONTO. Ge:xeral Meteorological Abstract, November, 1870. DAILY MEANS. WIND, 1 E.XTKK.VIKSOF i jTfcMl'EHATUBE. ^'^^^- 1 ! 8N0W. TOTAL FAIL. D = 1' 1'' C J. o It: X 3 o O .-a — > 1.1 ; 1 1 ! '^ 1 d •^ i H .2 a 11 1 •Ai ( 0.21;; "7 20.501 29. 2S' 0.2 S28W 5.f i o.c ; C) |5l.8 «7.5 14.;. • •■ , *t 49. e .2'! ■ "1 .20r .OU 0.1: 3 39W 6.f 8.C .57. i 34. £ 22.7 • >. ..* '■ ... ... 1 - 3 42.1 .170 1 ;■ .49: .31f 0.3 N67W 12.4 12.6 00.1 37.^ 12.4 ... .*• ! ... ... ; - 4 U.2 .20'! ' !' .007 .397 0.8 S 51 W 3.1 4.1 ;50.0 30. f 20.1 1 ... ... 1 5 10. s .i;o ■ 'S .800 .091 0.( .V 9 W 9.7 11.2 !lS.8 ;i7.4 11.4! ... ... ... 6 Su tidiy 1 1 X 07 K 4.7 0.4 13.8 .30.5 13.3 1 ... ... 7 J7.7 .100 7 5 . 890 .720 0.7 ! S 74 K 2.8 5.8 14.5 ;;o.2 14..- ... ... ... ... 1 ... 8 48.4 .201 1 t .301 .070 l.C ! S 15 W 1 7.2 9.1 50.4 ;i5.o 21.4 ).424 13.5 1 ... 1 13.424 13.5 9 U.4 .244 ? U .305 .121 o.s[ N88W 16.1 17.1 .53.5 45.0 8.,S .090 •> O.I 2.0 1 i .101) 4.3 10 ; 33.0 .137 7 1 .977 .840 0.2 .V 05 \y 5.2 5.2 43.0 29. S 13.2 ,,, ... ... ... 11 U.l . lOi) 5 1 .77:; .612 0.5 S30E 2.4 3.C 12.2 23.2 10.0 ... 1 ... 12 ; 3S.6 . ion 8 2 .523 .330 0.4 X 88 W 2.6 3.S 18. S !28 "^ 20.0 ... ... ' i 1 ... I 13 1 Su nday \ 74 W 7.S 8.1 49.8 :51.0 18.. '. .060 li.(- ... 1 .000 2,0 14 ; 34.0 .179 S S .300 .181 0.7 XSOW 4.7 5.7 38.8 34.(1 4.^ i .t2j .) -, i • •• .1)20 2.5 15 ; 32.0 .130 7 ..390 .203 0.0 N'snv 5.5 5.^ 41.0 27.0 14.1- 1 ... ... 3 S ;-I S 16 - 1 54.0 .13S li . 522 .384 o.c S61 W 0.1 9.2 42.2 25.'. 17. ( ... ... ' ... ... 17 i 58.9 AQo S 2 .507 .402 1.0 S 52 W 10.4 14.2 r:.4 31.2 12. •. I R o.r. ... ... R 0.5 ,18 1 28.2 .125 S J .057 .532 0.9 X 41 W 14.8 15.2 33.5 27.5 O.lij ... ... 1 s 2." S 2.0 19 J 27.(5 .118 7. ■i .030 .513 o.f: X es w S.O 10 3S.0 20.8 17.2 ... ... ... ... ... ,., 20 '• Su nday !i S 44 W 11:3 U.O 13.4 •23.8 19. f ... 1 •.. ■ >. ... 21 50.4 .140 SI .787 .047 1 0.7.i X47W 9.1 9.0 37.8 32.4 5.4 ... ... ... ... ... 22 27.4 .131 St ' .Ous ..527 o.oH X5tE 13.0 14.3 :55.0 19.4 15.(1 ... ... j o.(' 11.5 ..30i' 11 5 23 i 28.4 .134 S; .307 .2.34 l.o' X 72 W 10.4 11.9 34.2 25.2 9.( ... s i.(. li 1.0 24 j 34.2 . 163 SC .020 .457 o.c' S63 W 7.0 7.1 40.8 24.4 10.4 .. ... i ... ... «.. 25 1 53.2 . 150 s: .4SI .325 0.3! S 46 W 8.9 9.0 40.7 26.4 14.3 ... ... ... 26 j 56.8 .182 S3 .245 .063 0.8, Sul W 10. 10.7 41.0 28.2 12. S ... ... i ... ... 27 j Su nday ,S63 W 4.9 4.9 50.8 36.0 14.8 ... ... I ... ... 23 h 59.4 .213 sr .601 .448 0.7! i N46E 4.3 4.0 44.0; 51.5 12.5 R 2.11 ... ... R 2.0 29! 1 57.1 .164 73 .840 .070 1 0.7, 1 X 8W 7.0 7.1 41.8 : 50.8 5.0 ... ... ... .•I 30 53.0 .134 70 .9.57 .S03 0.4; S50 W 7.8 8.8 57.8 •< !5.4 12. 4 i ... 1 i 1 ... ... ... ^ 1 - : ■ —^ ■ . ; 6.0 f .175 70 29.592 : 9.417 0.0 N 89 W 4.4 8.7 1 U.2:] 0.2 1 4.C '3.594 i 2.8 3.1 1 o.r. ' .904 39.3 ■ill 99 TORONTO. Gensiial Meteorolooical Austract, December, 1870. DAILV MEANS. WIND. EXTREMtS OF TEMPtRAIUiiE RAIN. - .SNOW. T iTAL KAL( , 1 3 la r <; ="c u h -j o la Vi •3 •a 3 o ' ll > r. 2. a a ; .§ ■y. a 1 a 3 a "j i .V Q a — u. . 0.-= ia,5 1. J ^ 11 a 3 ^ 11 i i'-2 . nil *.~3 1 ;?.8 0.157 09 29.514 29.350 1.0 S 5°8 W 7.1 7.2 o ilu.O o 32. 'i 1^.8 ... ... ... 1 ... 2 S7.8 .107 74 .381 .213 0.5 X84W 10.7 11.1 '45.0 29.6 15.5 1 ••• ... .,, ... 3 )7.9 .177 78 .520 .340 0.7 So9W 6.1 6.8 44.0 ■10.0 14.0 i ... 1 ... ... ... 4 Su ndivy 1 N82W 1.5 5.3 45.0 34.5 10.5 1 i ... ... ... ... ... C i-.8.... .219 J2 .154 28.935 l.f i S89E 8.1 15.6 45.2 32.6 12,7 1.950 14.3 ... 1.950 14.3 U.'.t .174 So .385 29.212 0.8 N 58 W 11.8 12.0 ::J9.8 33.0 6.2 ... ... ... 7 !0.3 .18; 87 ..J, .110 1.0, S65 K 2.7 11.5 42.2 27.8 14.4 1 .180 12.0 1 ... ... !; -ISO 12.0 8 52.0 .151 85 .504 .351 l.Oj N35W 10.7 16.8 55.0 31.5 ... ... s 0.::. s 0,2 9 n.9 ,12,1 81 .891 .702 1.0 N 7W 5.9 6.(1 •50.0 20.5 3.5 ... ... ... ... ... ,,. 10 'M.7 1 .126 87 30.004 .87.^ 0.7 .V19W 0.0 7.4 il.5 20.2 5.3, ... ... 1 ... ... 11 j Su iida.v 1 N 68 K 14.2 14. f. 34.(1 1 18.0 16.0 i ... ... jO.O %.h .000 8.5 12 36.3 .20'.'. 05 23.580 .374 1.(1 S49E 7.9 9.( 39.8 20.4 10.4 \ .260 10.5 0.1 1,0 .270 11.5 13 i5.;J .184 8',l .476 .292 1.0, S59 W 7.0 7.8 ■59.5 1 .54.4 6.1 ! .040 1 3.5 0.2 .-> r, .000 0.0 11 U.5 .151 85 .415 .294 1.0 N70W 18.1 19.1 55.0 30.0 5.0 1 ... 1 ... 1 - ... ••• ... 15 Jl.'.' .09.-. 84 .784 .689 0.7, N45W 12.4 13.1 20.2 19.4 0.8, ... ... '0,2 fl.o , 020 0,1) 16 J-2.1 .09;', 78 .848 .750 0.8 X67W 18.9 10. < 23.0 15.4 12.0i ... 1 s 3.0 S 3,0 17 Im.t .i;u 82 .480 .352 0.9 S71 W 11.1 12.2 -52.3 20.0 12.3 ... 1 0,3 1.5 ,030 1,5 IS Su nday 1 N 18 E 2.2 4.2 !19.5 21.4 8.1 ... ... S 1.5 s 1,5 19 iLTj .151 St- .31.^. .164 i.o: S3GE 0.0 U.O 30.0 20.0 10.0 R 1.5 2.0 8.0 i .200 8,0 20 52.5 .151 82 .122 28.970 i.o' S65W 13.0 13.1 |3G.O 27.0 9.0 ... ... 0,1 2,C .010 2,0 21 16.(5 .069 73 .593 29.524 0.4 S67 W 17.5 17.0 22.8 18.4 4.4 ... ... ... ... 22 11. .057 77 .777 .720 2 3 78 W 10.7 11.1 |1S.0 7.0 U.O ... ... ... ... ... 23 lO.O .050 77 .058 .602 0.5 S88W 10.2 10. t^ 15.2 0.4 8.8 ... ... ... ... 21 8.0 .055 S5 .829 .773 0.6, N45W 0.0 6.3 !13.0 4.4 12.2 ... ... 0.2 2.0 1 .020 2.0 25 Su ndiiy i S49W 13.7 14.7 2,1,5 5.0 15.5 ... 2.0 16.0 .200 10,0 20 ... ... ... .. ... 1 S 62 W 16.5 10.6 n.2 14,2 10.0 ... ... ... ... ... ... 27 21. S .094 77 .661 .407 0.7; S60 W 14.2 15.7 28,2 10,4 17.8 ... ... 0.1' 2,0 .020 2.0 2S 11. 1 .000 84 .563 .498 0.6 N16W 13.4 13.0 20.0 1 13.0 7.0 ... ... 0.1 2,5 .010 2,5 29 0.7 .037 81 .065 .628 0.1 N65W 5.3 8.1 |20.5 -5.8 20.3 ... ... ... ... 1 '■■ .,. 30 27.9 . 135 80 .100 28.965 i 1.0 Slow 13.9 15.7 :35,8 -0.2 36.0 R 0.3 4,0 12,5 . .400 12.8 31 28.1 i6.5 .131 84 82 .386 29.255 1.0, 0.8 N73W S89W 8,6 5.6 9.7 11.5 -30,2 1.32.0 i 25.8 20.5 4.4 11.5 ... 43.1 0.5 15,9 0,5 70,3 : .050 4.020 6.5 0. 129 29.532 29.403 1 2.430 119.4 00 TORONTO. Central METEOROLOcif-AL Abstract, January, 187L T R x\ T O . CrEXKRAL MHTKOROLOCilCAL AltSTKACT. Fi:p,Ur.\RY, 1S71, n\n.r means. WIND. a 3 V c p? E I a c si ^if- kxtukmkh ok temi'khature. ;i 5 nAiN, 3> 11 8N0W. I TOTAL FALL. a -« •/. t^ '5 o - .= I ". •? ; i .= I ^-i £ . 1 li.il. 5 iifl.n iW.o I Sii I j 5.8 '20.4 I :30.0 0.144 .11,- .in .041 ndiiy .04 .oao .1411 so 10 11 12 13 14 15 16 17 18 30.4 18.4 i 17.8 Sii 14.2 '20.3 .14; .075 .008 iidiiy .OO'J .09. 20.02" .'ilo SI 19 . 9 24.9 .l'2;t .14 J si 20.481 I. OS 44 W .11»; Wl .908 .S2.-1 .SSI .037 .Sdll . CiOj ;)2S .414 .100 39:1 10. N74W .1ST . OilJ .•.9;N85W 1.7 N14W N 1 W o.f) IN 4\V l.O l.o 292 .809'). I ;jG9 .631 .004 .41(1 ..39;i .'IT2 D.O, o.y ).4' 2S.99ii O.Oi N CS K S 49 K .S 73 W S 80 W N 58 W \ 21 '-^ s r)9 w NuSW S 2.3 E X 81 W £ NC3W 6.0 13. c.c, 18.0 2.9 !! 4 18.4 23.7 :3s. (i 13.7 il7.'.' 1 <.).-, ;-1.2 C.7|l4.0 9.7 p.^ 2.'.' U.S 15.1 :7 16.1 I22.I) U.S ir 0.1 5.4 10. 12.1 9.3i;s.s 10. ( iS. 6.5 !4. 13. ;fi.( 19. 2S.0 15.4 -15. S -5.4 S.(, 20.1 30.9 10.8 10.11 12. 12.2 11. S 31. (t 2J.4 24.4 5.4 9.2 15.7 14. ( 20.(1 21. 14. 0.1 is.c ! 12. ( 17.1 14.1 |0.04(' U.rl ., (1.3 l.fi 0.1 0.1 0.0 0.1 1.0 "1 0.030 4.;') : .0:i(i 4.(1 j .100 .8.11 .150 2.0 i .010 1.(1 '■ .010 .000 Si 4.0 8.0 1.0 \M .01(1 10.7 1.240 3.r .10( 0.1 11.2 3.0 19 Su nday S70W 8.2 9.1 !2.S 15.(1 17. S 20 21.8 .092 29.C24 !).( N17W 6.9 7.3 29.4 23.(1 0.4 1,5 21 14.3 .00.") .94.1 .885 o.i' 19.1 .080 .05."i .974 X63E 0.1 10.0 16. 1.5 23 29.3 .132 .C5S O.S X 79 E 3.6 4.0 |10. 10.4 23. e 24 42.4 ,21T SU .057 0.4 S50W 11.4 12. S it8.0 31.0 1S.( R 0.2 0.2 26 35.7 Su .137 tidiiy 20.3 .107 331 O.Ci 1.(1 3 82 W 6.3 r.( 111.2 X 2E I 5.9 9.3 X60W 16. 15.8; !0.S 29. ( ".5.8 30.9 26.4 C.s 3.2 R 5.0' 0.3 I. 0. 0.9 .030 .030 13. 0.9 28 30.4 .542 .420 0.81 S19"\V 8.3 10.9 tl.O 21.9 19.1 24.3 1.109 29.(531 20.. 52 N70'VV 4.3 9.9 30.4 17.0 13.4:}. 040 ■23.0 69. li 2.340 74.8 98 TORONTO, General MnTEonoLociicAL Abstract, March, 1871. 1 DAI t.Y Mi:\? ^. 1 s *••• -J U cc 3 * 1 o . ^ 2Si M 5 i-r u u 1 >i ii H ^ r* :^::) WIND. - ■? a 5 k3 EXTIU'MKS OF TEMl'KU.MI I!K. RAIN. SXOW. rOTAL FALL. 3 : i 1 1 31.1 0.U4 2 ,.i3.2 3 '29.9 4 J28.S 5 I Su 6 ji3.C 7 133.1 8 il2.2 9 15.0 10 it2.3 11 IS.l 12 'I Su 13 52.4 14 Ij-i2.0 15 52.8 10 57.2 .1G9 .144 .13U nday .156 .144 2O11 5' .7 -.'7 .753 .022 .710 .304 .259 .539 .50l( .52 .2(j .09i( .418 .33:; .4'> . 64:' .4sr. . 232 .27: .531 .302 .186 .321 .327 .063 .74;; .150 .1)01 .610 .4€0 .578 29.500 0.9 S 89 VV l-<' .V 57 E O.Ji N43W O.f S41W N 35 K 0.6 N'57W 0.8 N 87 K 0.8 X 56 K 0.8 S20 K 0.5 S31 W 1.0' \ 2 K N51 W 0.;, S52W 0.7 X 69 E l.c X6SE 1.(1 N 62 E l.( S84W <).■! X41\V XOO E 1.0 , X69 E 1.0 S85W 1.0;^ N85W 0.7j, N58W 0.2 JN73W 0.0 xonv , N 68 E 1.0 N42W 0.5 X4nv 0.3 S.52E 0.9 N19W 0.3 N44E I 3> .-S 3 a _• I a i< z if -3 ?' 3. - ' 1> ~ |a.= <~ !•=•- 1.!.- X c — , ill a S ^ is 5.5 10.4 12.1 .38.8 4.81 5.4 .38. f 11.4111.5 .79.4 29.41; 0.7 N31W 2.1 1.4 13.7 5.2 o.C 3.4 7.7 5 . 3 10.7 l.'.i 5.2 12.6 4.7 7.4 2.1 8.9 5 . ."■ 13. (, 7.3 0.7 9.( 2.4 10.9 11. 6. 7.0 1.4 2.81 :i4. 5 3.4 tO.t !3.8 4(1, s 6.1 .iS.s O.lj 17.4 9.(;,-.S.; 8.l! ■,!.( 6.8 .15.( 11.-. 'll.L 4.1 16. ( I 6.'. i8.( 12.( i4.4 5.7 11. > 8.( 13. ( 8.( U.( ll.8;j)5..'. 12.7^18.4 l3.:::i;s.o ll 8."i, ;5.0 I S.tjiiO.S 9.s' ,38.: 5.4 42.0 30.0 26.8 27 . (• a 12. ( 11. ^ I. 19.7il4.^ 2S.(i ;2.4 ;3.:' 12.4 !9.l ).60i 12.1 8. -I 15.; 15. ( 19. r 1.5 9.7 .'^ l.( 0.2 3.(i 0.'., 1.5 0.150 .600 .170 :6.4 14. ( ;:;.( j;. I JCi.'- 24.4 iO.4 ;i.f .16.8 30. f 26. ( 28. •- 2.6 11..' I 37.2 ll.l| 39.: 7.2! 40.5 3.7i 42.2 8.(:49.4 3.4 40.0 34.6 i8.4 23.8 17.0 25.4 26.0 30.6 27.4 22 32.0 30.4 S. 3 41.1 2S.9 13.' 13. ( 4.( 13. •. 6.'-' 13. J 8.9 2). 2 3.4 6.1 6.( 21.; 16. t 11. 1 8.( 13.1 19.7 17.4 9.4 12. £| .061 4.7 1.05( 16. r. 1.1 ... 0.( O.'J ... , \.t 570 12.0: ... .291 2.f ,00.'- -2.:. .05( .000 2.1 4.150 4.7 i .060 4.1 I .020 3.0 9.9 5 . 5 4.3; 2.(1 ... 8 ... ! 2.1 ... '. 0.2 5.0 0.'' .150 .570 .294 .008 4.7 IS. 5 4.7 4.0 4.3 12.0 12.6 i ... ! .050 2.0 i 0.1 ! S 0.1 7.;;! .200 7.3 8.0:1 .020 8.0 10.il .500 I 3.6 I .080 10.5 3.9 .782 64.CJ 13.0 49.fJ4.082 113. 99 T O 11 N T . Orxeral l\ri:Tnoi!or.()(!i('AL Aiistuact, Atril, 187T. I)AI1.Y MFANS. WIND. ! EXTRFMFSOFi ! IKMrKHATUlir, i 1«H ^ o u- .14 ^U 2 1, I, o '/J : 2'? 2 = r h >>' rs tz. = c. ^ ? "^ 7.< •3 C i ;^ b o 1> 'xi H a::. -a u j s e 5 .5 2 r .-s' 1 IIAIN. r"' « •« .< ^ — ■/, c T o.-f =-u| 6 = frNi'W. TOTM. ka;,i. b i s j< t [ - ^ ^T-S I 4 5 6 I 8 10 11 12 13 14 15 16 17 IS 19 20 21 oo 21 25 20 27 28 23 30 o ' Su :u.6 i:5-J.'J 58. 'J I Su 30.7 42.8 41. S 40.2 .7.4 '■)7.0 Su 12. i 44.7 45.3 51.4 43.2 40.4 Su 13. r, 46.5 10.3 40.7 48. S 40.1 Su 0.15!) 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N' i\V .210 .201 0.4 S47 W 0.7 3 28\V ;S80 W o.r. \ X81 w 0.4 ;NS9W 4.0 1.2 4.:i 8.0 12.1' 0.1 X W .194! 28.892 !8.997 20.330 .432 60 20.543 29.161 0.2 IN 12 W 0.1 'n14E 0.8 N 64 V. X47E 0.0 - S 55 AV 0.6 I X74W 0.6:N33W 0.0 S30W 0.0 \ 01 E 0.7 N54E HI 10 W 0.4 S24 W 0.4 S47 W 0.5 Nonw 0.5iN47AV 0.6 ! S31E 0.6!N80W 13.4 4.4 0.0 11. •: 1.1 3.1 2.r 5.8 0.9 2.5 7.4 O.l 2.0 3.1 "«0.': 2..V S3.< 5.7i -il.r O.li S:!.(i 5.1 7.1.4 . I ;5.( 8.:; re. I 13.1 :o.( ii.i 12. ( 04. : 13. (! )0.( :o.4 55.0 so.oai.'. 57.4 25. t 61.0:20.1 04. ( 11. c 10.4 iS.O o.f) r(i.4 4.(« ■•2.S 3.11 77.2 I! 0. 1:78.0 .7: 50.0 r .c .;5.o C.6 71.5 Ot.2 '13. S ■7.2 00. ."jO. 13. 13. ^ 12.2 44. i .■)4.0 )1.4 55.2 il.4 45.8 )5.4 il.8 18. ^ 9.1 17. ^ 12. ^ 14. ^ 20. 29.1 20. •. 17.7 21. ;• 18. ( 15.; 25.1 11.'. 10. ( 24.1 14.1 16.( 21. ( 48.8 28.4 59.0 52.4 51.8 41.2 19. ( 20. t 23.!- 19. Si 1 ... i ... 0.44') j ... ... 8.f 1 ••« 1 .570 1.1 R 0.,'. .000 2-' .040 O.V .095 2..; 1 .251 1 7.0i ! .010 3.0 j .22( 5.5 ... i .506 i 6.0J .27. 4.5 ; .880 1 l.C, ! 1 K • •• 0.5! ... j 1 3.340 1 42.3 0.440 57(1 K .00(1 .040 .095 .250 .010 .220 .50.0 .270 .880 R 3.340 8.5 1.1 0.5 2.0 0.2 2.0 7 3.0 5.5 6.0 4.5 1.0 0.5 42. 102 TORONTO. CJkvicrai, AFrrKouoLoGK al AisMUAcr, .li i.v, [s/l. KXrit \,i (IF tKM . .I'TUhE IIAIX. KNOW. lOTALFALL. I* Is" a 'i 5? I S ' :i.| < = l*J 4"^ Ti 1.(1 3..'. 'In. 10(1 .415 010 H .= a 1.0 1.; 0.: O.l u.l l..^ O.N 1.0 T O 11 O N T . (!i;sr,itAr, M r.TKOHor.iK.icAi, .\i!stii\7I, BAtir MKANS, WIND. i IXTIIKMCM riF TKMl'lill,\lURK nAI!(. SXOW. r.TAL fAll. i if It .- = = 1 9 > 0.41'.,-. 1 1 , 71 1. 20. Ml la M ■li 1 0.1 1 5.2 1.1 it 5 - 3 9 J '7. n S s a = 1 i5 a it ,1.1 i ■■• - nil <■£;£.= II 1 2.}. 1T.'> N«l B 4.5 6.1, , ,J.5 .0 16.5' ... :j ... *•• ... ... aijTo.i .4Jl IS .60S .177 0. 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MKTROROL()(i|r\l, A H.STK.vrT. l^CI'TKM [li:i{. |,S7| IiVILV MEANf<. 1 uivn 1 '"TIlKMIMOr 1 ' ; TK-MPERATllR*.; "*"'• ' »NoW. 1 TOT U, FAt.l . 1 o, J r 1 iv = 1 = 5 II .5" ^' ' "s a 3 ■ .a i 1; .£ ■S g £ I' s i 1 f-^ .hi 1 ;: .OiJU 2.5 10 Sii nday ,i N 2W 0.; 7.!' ■•:■>.! rt ■ t '^.ll ... 11 J 8.7 .316 t 4 .30.002 . GST 0.7 N.57 K 1.: 4.4 SA U •f- 18.2 ... 12 j t 8.4 .290 d 1 20.920 .6.3(' 0.4 1 8 02 K O.J 0.; .!9.4 48 • >• 20.0 ... i:!i.5 5. .5 .212 5 1 .85K .646 0.7|N26\V 0.' 0.! ro.i JO ■ 4 23.1 1 ... 14 ( 3.4 .22C •! 2 . 9'.)4 .774 0.9jN82E 5.;; 1 j 5.! i3.( 18 ..' 14.5 R o.-J ... R 0.2 16 j 5 2.7 .344 >* •i . 070 .32<. 0.8|| 8 76E 4.;: 7.; i>5.'. 48 .8 0.4 .425 1 1 o.<| ... .425 10,0 16 |5- ■.0 ..37:3 S .550 .183 1.0jS70W 2.4 2.^ 13.1 ./O .4 12.1 .100 1 1.5 ... .10(1 15 17 Su nday !N44W 10. C 10. J •.7.r .0 :' 6.^ ... 1 1 18 a .5 .267 7- I .722 .4.5i; 0.7 S54 K ;;.;: 4.1] )S.: .10 2 22.( .005 l.f ... ••• t .005 1 U 19 53 .9 .31' ;■, 1 .512 .19t 0.8|X49W 7.7 8.; i4.( ".:' (1 12..I 20 V2 7 .171 'i;' .807 .03y 0.3 N30W 5. J 5.^ .j4.^ -iO 18. »• ... 1 21 U .8 .Hi) 07 .975 .790 o.o' N3:JK 1).- 2.1 ;i2.4 34. I) IS. 4 ... t ... i 22 )0 .9 .27t 7^ .741 .40f. 0.4 S 9 \: ;;.i 3.7 'i2.L :J4. 0J7.0' ... 23 54 .3 .4511 ;4 . liS.-i •. 28. 93;^ O.Oi 8 42W O.S 7.- 71. ( 45. 2 25, »• ... i 24 J iu nday 1 n:6w 7.5 7.1 19.4 57. •1 11.8 ... . !• 1 I 25 ")3 8 .287 -2 .52(' i s.2;j.- 0.9: S82W 2.1 ! j 3.( 35. S 42. 4 .'3.4 .6.50 5 1 ' .51 ... 1 • •• .650 8.5 26 17 9 .26;; 70 .347 .084 0.7 S77\V 5.! 6.( )0.^ 47. '1 9.S .n.ni 1 1 .'i ... .030 1.0 27 1 16 9 .273 84 .IV.i'J. .000 0.9!,S66W 5.;i 5.T -.2.^ :i8. 5 14.3 .030 ;i .(■ ... I .0.30 3.0 28 1 U 3 .226 77 .572 .340 0.8lN60\V 10.'.: 0.; Vi.i 8. -' 14.•'^ ... . 1 29 U. AQ6(M> .901 . 705 0.;rN55W 5.9 O.l j3.^ .35. J 18.3 ... . i i 30 18. i 4 .244 7? .93'.! .695 0.6 S66\V l.;i I 2.1 ;il.( ;36.f ; 21.4 ■ ..... ... ... 8 0.317 71 29.720 2 ).403 5.f 64..'. 46. f j 17.0 1.290 27 1' ... ! 54. j.ci N74W 1.7 ... !i 290 ' i7.7 106 TORONTO. frKNERAL Mktkokolooical Ahstract. Octorkk, 1871, I'-l D^ILV MKANS. i ...,vt, ' '^"TKEME.S (IF 1 TEMPER.^TL'RK R.UN. SNOW. TOTAL FALL. 1< 3 It I' 3, -4.. o 1^ 3 C Si ^ S 3 (5 j a 0.5 3 if; a |l.5 1 i a is a.-? C.5 1, 1 °«u iiJaj 1 S 3'l \V 3.5 3.0, 'J6.0 o 41.2 22. S R R • •• R R 2 r.H..-; i..".4;; ;• .9.6.5(1 29.20C. HI S 10 \\ 4.8 5.2i67.4 45.3 22.1; 0.100 IX 1 0.100 2.0 3 ,55.s .;;»:■ '7 .260 28.917 0.9 S71 \V 8.4 9.'.; til. 8 M.8 10. 1 u 0.( R 0.6 4 j53/. .zU o;! . 452 29.20S 0.0 S8S W 5.7 S.7 u5.ii J.7.0 17.4' ... ij |i6.7 .:!24 72 ..-IS.) .051. 0..^! S 20 W 4.1 6.5 Ob. 4 1 44.8 23. t, R O.'.j R 0,2 6 ,50. ( .•Jt( u5 .506 .202 0.8 NOIW 10.8 11.0 58.5 60.2 S.3, 1 ... ... 1 7 !:}».( .u, n .7:4 . tl09 O.t S20W i.e 2,4 18.2 31.il .17.2 ... ... ... I .«. ... 8 t S. nday S 25 T» 52 5.4 qO.4 33.0 25.4 1 ... ... ... ... ... n ■■,6.'. .."4; :t . 63o .288 0..^ S18W 7.8 7.8; o8.2 44.2 24. LI ... ... I'd 55.! ..^0. it; .430 .137 o.fi Fj-.i: v; 8.0 71 .028 . 090 O.-z S19E 5.0 6.: :.'o.5 35.4 24.1 ... ... 1 i4 j)4.1 .30(1 Sli .(.7« .318 1.0, S15W 1 t 8.3 9.01 .54.0 48.8 15.2' .036 2.2 1 .035 15 j Su nday 3 77 W 14.7 15. £ 02.8 52.9 .9.9 ... ... ... 1 ... ... 16 145. > .202 67 .685 .483 O.f S 69 \V O.t. 7.( 50.4 39.4 17.0, 1 ... ... ... 1 1 .>• 17 |t2.-< .20^ 77 .677 .40!) O.t; , S 73 W o.t) 7.8 50.!; 53.8 16.2, 1 R l.C 1 ... 1 1 R 1.0 18 |:J9.(. .157 •iO .801 .644 0.7 N 62 W 7.4 9.2 45.8 37.2 8.t! i .060 2.0, 1 .060 2.0 19 ;48.^ .207 01 .407 .200 O.t ;N88W 13.5 17.4 64.2 33.4 30.8 ... ... I ... 20 38. ( .157 07 .975 .817 O.h ' K 27 W 4.3 g.c; 49,0 35.4 13. 1 1 ... ... ... j ... 21 47.0 .23: 71 .730 .493 0.;>i S35W &.0 6.:i| 53.4 29.4 29.0. ... ... 1 22 Si: liil:iy S 45 W 9.5 9.f; 7-'. 'J 14.8 27.4! ... i 1 1 "• ... 23 !i8,( 1 .G31 71 .570 .248 0.^ N48W 1 1 4.6 7.8 67.2 .52.0 15.21 ... ... 1 ... 1 24 ;l3.i 1 . 106 7u .S7u . 073 O.V N62E 6.1 6.7 19.5 33.4 10.1 .,. ... 25 ';t7.o .2Ki4 lb .781 .517 1 . ti' N 72 fi 10.3 10. f ■i4.0 36.2 17.8 .060 i.o! 1 j .050 1.0 26 ij3.r. .354 86 .520 .100 0.8 S 3K 3.7 '.'i 02.2 48.5 13.7 .510 3.o; 1 ... 1 .510 3.0 27 44.1 .23.'' 78 .337 .104 0.5' iS08 v. 7.6 9.3 )6.0 42.2 13.8 .065 1 4.0 1 ■■• ... 1 .065 4.0 28 59. ( .105 08 .546 .381 0.9 SS4W U.7 12.4 45.2 35.4 9.8 ... ... 1 r.. ... 29 j Su ml ay N23\V 1.0 5.1 46.0 36.2 9.8 ... ... ... • •• 1 ... 30 t5..1 .211 O'.t .779 .569 0.8 , N 78 E 1.4 4.9 53.0 34.4 18.6 ... ... ... 1 ! ... 31 U.7 . 235 7'.t .622 580 l.( N 06 E 4.8 7.f 50.1 2S.6 21.5 .250 11.7 1 .260 11.7 ■4R.3 0.250 72 29.633 29.383 0.7 866 W 3.7 7.8 58.3 40.8 1 17.5 1.185 30.2 1 1.1H6 30.2 100 '1: TORONTO. toERAL^TEOROLOOICAL Au.TUACT, NOVEMBER, 1871. '30.6,0.130 70l23.64uh!9.50;i O.f 1x45 W ^'•V37. 26.1 I0.\>'2.6ibki).b 4.0 aor 41.7, 3.106 82.! TORONTO. Oener.vl Meteorological Abstract, r)E(;p:MBER, 1871, li r^i ri I '••' DAILY MEANS. WIVn ' K.KTUKMES OF " , TKMl'ERATURK. RAIN. SNOW, TOTAL PALL. i (X. r /J — £. ■J i t 0.0 •it 1? 1 «o 1 S t- - g|i| a 3 3 '5 c ■£ » ! S. C 1 1 1 1 1 ! i= t 3 .2d X 1 i i?.7 0.079 SI 29.705 29.62>'> l.C j S 8°5 W 4.8 6.5 25.4 7.7 1?.7 ... 0.2 1.5 1 0.020 1.5 2' ■25.5 .11-2 7S .079 .567 O.f ! S 40 W 10.6 10.9-35.2 9.4 25.8 ... ... ... ... ... ^< Su nd«y s 9.5 10.1 41.0 28.0 13. C I.OIO 2.0; ... ■ ■■ .010 2.0 11 4-20.6 . 126 8u .140 .013 0.^ S87 W 19.1 20.5 39.0 30.2 8.8 ... 1 0,1 0.2 .010 0.2 5^ 1 '11.6 .0.54 1 2 .532 .47V O.'.t N 89 W 15.7 16.2 14.8 8.6 6.2 ... •■■ s 1.0 3 1 (t 6 :20.7 .097 m ..332 .235 0.1 !s 38 W 17.9 18. 9; 29.1 1 7.8 21.3 ... 0.5 6.5 .050 6.5 1 30.2 1 .131 7S .211 .OSU 1.0 |870W 13.1 13. 4i 32.0 20.0 12. ( ... ... 1.5 5.8 .150 5.8 8 21.7 .0S!( 7t .447 .358 o.s S 64 W 10.8 17.0' 26.2 20.1 6.1 i ... 0.1 4.f .010 4.5 9 18.9 .076 74 .80' .724 0.8 8 69 W 12.8 13.9' 23.8 i 14.4 9.4 ... ... ... ll. Su nday ■ S 54 VV 13.0 13.0; 29.6 15.8 13.7 ... ... ... ... 11 31.1 .148 84 .417 .269 O.i ' S 78 W 5.7 7.3, 34.5 24.1 10.4 ... ... i 0.1 2.7 .010 2.7 12 123.9 .1-20 78 .,593 .40V 1.1 ! S 04 K 7.5 8.0 33.5 20.3 13.1 ... ... ; 2.0 7.f: .200 7.5 13 I24.3 .11',! s:> .42.-. .30( 0.; : \ 64 W 8.3 10.4 33.0 25.0 8.0 1 1.0 12. c .100 12.0 14 U.S .009 81 .681 .612 t.i N 70 W 7.2 8.1' 19.5 10.6 8.9 : 0.1 1.5' .010 1,5 15 19.6 .OSl 76 .652 ..571 ).! [ S 2 E 4.5 6.0 26.4 8.S 17.(1 "■ J 0.1 3.( .010 3.0 16 30.2 .132 79 .450 .31)- I.I S18W 14.6 16.5 37.0 20.0 17.0 1 1.0 2.7 .100 2.7 17 Su nday 3 78 W 9.9 11.0 37.2 28. V 8.4 0.1 l.( .010 1.0 le 20.0 .112 80 .721 .60:. l.l N76W 5.0 7.5; 31.5 23.1 8.4 ... ! 0.3 12.. • .030 12.5 ly I17.3 .070 80 .385 .30,- l.t I S 72 W 13.3 13.5 '24.6 20.3 4.;; ... ... I 1.0 6.; .100 6 5 iii. -3.8 .0^.^ 84 .37'.! .34; 1 ,' \ 62 W 2.7 14. ri 9.11 -1.0 10. f ... ... i 1 0.1 °-i .010 0.5 21 -2.6 .0.';: 80 .Sfl^ .83.- 1.1 3 70 W 7.1 7.:; 10.1. -21.(1 31. ( ... s 1 ;■ g 2.5 2.' 18.0 .002 '9 .K7!- .78 , ( S83E 1 . 7 8.9 :34.s 0.5 34..'; ... ' 3.5 13.'. ,.3.5(. 13.2 23 37.5 .181 79 .280 .09 1.1 ; S 47 W 9.9 17.' 4S.2 17.0 31.-.: .38t' 3.; .380 3.5 24 Sn nitij 1 >< 2,") \\' 3. 4.0 39.1 .30.0 9.1 ... ... ... 2.j ... ... ... ... ...■ \ 41 \\ O.r 10.7; 35. .^ 27.0 s.r ... ... ... ' ... 2ti I1I.7 .064 Si) .OS, .02; i l.( N 10 W 5.3 7.2 22.5 3.5 19. < ... 1 ... ' 1.5 U( .150 14.0 2; 14.1 .06;; 75 .67'. .60': K. S 70 W 21.3 •21.;' 20.!- 13.0 " i ... ... l.O 3.C| .100 3.0 i'- 9.9 .0,51 74 .93' .881 1.7 S 5K W 9.7 9.7 18.1 2.(1 16.*. ... ... 29 ho. .07> 74 .73'.! .601 1).; N lOE 2.6 3. 7| 26.(1 9.4 10..! ... ... : ... ... ... 30 •27.1' 13V 88 .V2S . 591. i.f N 76 E 11. f U.ti ;J9.0 15.0 24., .230 11.? ... ... .230 11.3 31 Su 11 lay 1 N' 39 \V 8.V 9.1:41.4 24.5 16. 9' .,., 7.(' ... 1 ... 1 I .320 7.0 19. M 0.091 :!' 20. 57^^ 29.479 i 1 ( ?70 W 6.9 11.5! 29.6 1 14.9 14.7 0.94i 25.K 14.'- 102.'; 2.360 125.0 m u OS 9d K O a2 j: a.3 c <73 20 1.5 2.0 0.2 1 ft 6.5 5.S 7.5 12.0 1.5 ;i.o 2.7 1.0 12.6 6 5 0.5 •J. 6 13.2 3.5 14.0 3.0 11.3 7.0 125.9