IN MEMORIAL
John 3 T ,vett

From the collection of the

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San Francisco, California
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CYATHEA ARBOREA, A TREE FERN,
Scene on the Chagres River, Central America.

FOURTEEN W;EEKS

BOTANY

ALPHONSO WOOD, A.M.,

AUTHOR OF "THE CLASS-BOOK OF BOTANY," "OBJECT LESSONS IN BOTANY,"

" PLANT RECORD," ETC.

AND

J. DORMAN STEELE, PH.D.,

AUTHOR OF THE " FOURTEEN-WEEKS SERIES IN NATURAL SCIENCE,'

' There breathes, for those who understand,
jl voice from every flower and tree ;

jlnd in the work of Nature's hand
Lies Nature's best Philosophy."

A. S. BARNES & COMPANY,

NEW YORK, CHICAGO, AND NEW ORLEANS.
1879.

WOOD'S BOTANY.

I. OBJECT LESSONS IN BOTANY,

Pleasing lessons for young learners.

II. BOTANIST AND FLORIST,

A thorough text-book, comprehensive and practical.

III. THE NEW CLASS-BOOK,

A superb and exhaustive compilation and encyclopedia of the science.

IV. BOTANICAL APPARATUS,

A complete field outfit, consisting of Portable Trunk, Drying Press,
Trowel, Lens, Tweezers, Etc., prepared under the supervision of
Prof. WOOD.

V. THE STUDENT'S PLANT RECORD,

A book of blank forms, facilitating the analysis of plants, and recording
the results of such analysis, and the progress of the student.

*** The Publishers will send either of above, postage or freight prepaid, on receipt
of price.

PREFACE.

HE plan of this work differs from that of
the ordinary Botany. The method pur-
sued is to introduce the pupil at once to
the study of the plant itself, by means of
elaborate illustrations, and living speci-
mens.

The parts and functions, together with
the generic and specific characters of each plant, are
pointed out and described.' The thing being seen, is
then named. No new term is introduced until a
necessity arises for its use. About one hundred rep-
resentative plants are thus explained. The work may
therefore be considered as a limited Flora. But it is
much more. Through an acquaintance with these
representative plants, the pupil is gradually led to a
knowledge of the principles of Botany. In the com-
mon treatise he is told the general law and then given
illustrations ; in this, he is shown the instances, and
thence conducted to the broad truth of Nature.

The selection of plants for analysis has been deter-
mined by the following considerations : ( i.) The plant
should be common throughout the country and hence
accessible to every learner; (2.) It should flower

541759

VI PREFACE.

in the spring or early summer, that being the season
when the study is generally pursued in our schools ;
(3.) It should have conspicuous parts, at least the
earlier ones, adapted to the comprehension of a begin-
ner ; ( 4.) It should belong to one of the more impor-
tant Orders, as neither the limits of the book nor the
requirements of the plan adopted would admit the
study of them all ; finally, the selection was often influ-
enced by some intrinsic feature which fitted the plant
to illustrate a special principle in vegetable life, as
sleep, irritability, cross-fertilization.

This work is merely an introduction, conducting
the pupil across the gateway only. Yet it is not de-
signed for infants ; the rather for learners capable of
thought and reason. To all such it offers a helping
hand, seeking to smooth their path and to awaken
such an interest in the subject as will induce them to
pursue their investigations in more advanced books
and in the broader field of Nature itself.

The illustrations in this work are nearly all from
original designs prepared by Mr. Sprague, " the most
accurate of living botanical artists," and Mr. Emerton,
designer of the illustrations in Prof. Eaton's North
American Ferns.

SUGGESTIONS TO TEACHERS.

HENEVER possible the plant described
in the lesson should be in the pupil's
hand for examination. This is the very
life of the recitation. A constant sup-
ply of specimens should therefore be
secured for this purpose. Let them be
sought a day in advance and in the order of the book.
The arrangement may, however, be changed when
necessary to accommodate the collector's convenience.
Should any terms then arise not already explained,
their meaning can always be found by reference to
the Glossary at the close of the book. After a few
lessons have been thoroughly understood, the pupil
need no longer confine his attention to the few plants
treated in the text. He can readily repeat the pro-
cess of analysis on any specimen he is able to secure.
He should, however, be admonished that this will
lead to desultory habits of study unless he completes
every analysis which he begins, and records the
result, in his ever-present memorandum book. The
strictest care should be observed in completing the
Tablets of this work or of the Plant Record. They

viii SUGGESTIONS TO TEACHERS.

should be carefully and neatly filled up from notes
previously arranged, and adjusted in every word and
sentence, so that there may be no erasures and no
interlining, and the Record may represent in every
particular the pupil's best work. Blank forms should
be drawn on the blackboard at every recitation, and
pupils be required to complete them, subject to the
criticism of the teacher and of the class as to analysis,
expression, style, spelling, punctuation, etc.

A good microscope is essential to satisfactory
botanical work. Small hand magnifiers for the use
of the pupils and a larger table instrument for the
teacher, can be procured at a slight expense, of the
publishers of this book, Messrs. A. S. Barnes & Co.,
in and 113 William St., New York.

The course of investigation marked out in these
lessons is such that while it unfolds the general laws
of plant-structure and plant-life, it also leads to that
special knowledge of the plant itself which prepares
one to determine, by the use of analytical tables, its
name and place in the Vegetable System. Hence a
Descriptive Flora with tables for analysis is the
proper sequel or companion of this treatise. Such
a Flora can be obtained from the Publishers of this
book. With its aid the student can trace any unknown
plant which he examines to its Order and Name as
readily as one turns to a word in a Dictionary.

A system of questions for study or review, gener-
ally applicable to all plants, will be found in the
Appendix.

TABLE OF CONTENTS.

CHAP. PAGE

I. PIGEON-WHEAT Moss Polytrichum. The Analysis. Cap-
sule. Operculura. Calyptra. Peristome. Spores.
Flowers. The Flowerless Plants. How the Moss grows. 13
II. THE APPLE Moss Bartramia. The double peristome.

Fugacious calyptra. Cellular structure. THE Musci. 17

III. THE POLTPOD FERN Polypodium. The rhizome. Frond.

Sporangia. Spores. Forked venation. How the Fern grows. 20

IV. THE OSMUND FERNS Osmunda. The vernation. The

species. THE ORDER FELICES. Tree Ferns. THE
CRYPTOGAMIA. The uses of Ferns. The Climbing

Fern. The Brake. The pioneer vegetation 24

V. THE DOGTOOTH VIOLET Erythronium. The two Regions.
The bulb. Leaf. Venation. The Calyx. Corolla. Sta-
mens. Pistils. The fruit. Seeds. Pollen. The province

ENDOGENS. THE PHENOGAMIA 29

VI. THE TULIP Tulipa. The tunicated bulb; its contents.

The flower. Varieties. The Tulip mania in Holland 35

VII. THE SPRING BEAUTY Claytonia. Tubers. A raceme. The
petals and their colored lines. Opposing stamens. The
seed and its albumen. ^Estivation. Our two species. The
PORTULACACE^E. The Portulacas. The province EXOGENS. 39
VIII. THE EARLY CROWFOOT Ranunculus. Fasciculate roots.
Perennial herbs. The nectary. Polyandrous and h*y-
pogynous stamens. The simple fruit distinct carpels. 46
IX. BULBOUS CROWFOOT Ranunculus. An inaxial root. The

corm. Reflexed sepals ; economy. Plan of the flower. . 50
X. THE LIVERLEAF Hepatica. Crown-stem. Palmate vena-
tion. Involucre. Apetalous flowers. Anatropous seeds. 54
XL RUE ANEMONE Anemone. Tuberous root. Umbel. Com-
pound leaves. Distinctness of organs. Absence of honey. 58
XII. WOOD ANEMONE Anemone. Creeping root; rhizome.

Solitary inflorescence. Species. Order RANUNCULACE^:. 60

XIII. BLOODEOOT Sanguinaria. Rhizome. Juice. Caducous

sepals. Parietal placentae. Dicotyledonous embryo 64

XIV. THE POPPY Papaver. An annual herb. The species.

Order PAPAVERACE^. The California Poppy. Celan-
dine. Use and culture of Opium 68

XV. THE VIOLETS Viola. A cucullate leaf. Resupinate, ir-
regular flowers. Adnate anthers. Cleistogene flowers.
Economy in pollen 71

X CONTENTS.

CHAP. PAGE

XVI. THE GARDEN VIOLET Viola tricolor. Lyrate-pinnatifid

stipules. Auriculate sepals. Order VIOLACE^E. Species. 75

XVII. CHICKWEED Stellaria. Nodes. Internodes. Centrifu-
gal inflorescence. Bifid petals. Free central placenta. 78

XVIII. THE PINK Diantlms. Caudex. Caulis. The Calyx as
a flower-cup. Proterandrous flowers. Teratology.
Order CARYOPHYLLACE.E 80

XIX. THE WILD GERANIUM. Nodes. Internodes. Stipules. Reg-
ma. Carpophore. Folded cotyledons. Herb Robert. 83

XX. THE HORSE-SHOE GERANIUM Pelargonium. The Spur. 8G

XXI. YELLOW WOOD SORREL Oxalis. Leaf trifoliate. Leaf-
let obcordate. The leaf -axils. Monadelphous stamens.
Contorted aestivation. Sleep of plants. The Order. ... 89

XXII. JEWEL WEED Impatiens. Corolla irregular and spurred.

Irritable fruit. Contrivances for scattering seeds 93

XXIII. NASTURTIAN Tropaeolum. Peltate leaves. Spurred

sepal. Unguiculate petals. The order GERANIACE^E. 95

XXIV. SHEPHERD'S PURSE Capsella. Leaves amplexicaul.

Flowers cruciform, tetradynamous. A silicle 89

XXV. THE TOOTHROOT CRESS Cardamine. Asilique. Cotyle-
dons accumbent incumbent. Order CRUCIFER.E ... 101
XXVI. STRAWBERRY Fragaria. Scape. Cyme. Perigynous sta-
mens. Strawberry fruit. Quincuncial estivation. Hairs. 104

XXVII. THE APPLE TREE Pyrus. Trunk. Wood. Medullary
rays. Annual layers. Food of plants. Circulation of the
sap. Ovary adherent. Fruit a pome. Seed. Germination. 107

XXVIII. THE ROSE Rosa. History. The Prickles. Odd-pin-
nate leaves. Ovary inferior. Seed suspended. The
Hip. The Double Rose. The order ROSACES. Peach,

Quince, Blackberry, Spirea, etc 112

XXIX. THE PEA Pisum. Tendrils, their action. Papiliona-
ceous flower. Diadelphous stamens. Legume 117

XXX. THE LOCUST TREE Robinia. Stipular spines. Sensi-
tiveness. The Sensitive Plant. The Moving Plant.
The order LEGUMINOS.E 121

XXXI. THE EVENING PRIMROSE OZnothera. Leaves spirally
arranged. Root biennial. Calyx adherent, tubular.

Flowers nocturnal . . 125

XXXII. LADY'S EARDROPS Fuchsia. Angular pollen grains.

Hybridization. Order ONAGRACE^E. Zauschneria. . . 128

XXXIII. SWEET CICELY Osmorhiza. The axial root. Decom-

pound leaves. Sheathing petioles. Compound um-
bel. Involucels. The cremocarp. Carpophore 131

XXXIV. GOLDEN ALEXANDERS Carum. Ovary inferior. Ribs

and vitee of the fruit. Oil tubes. Action of light.
The order UMBELLIFER^E 134

CONTENTS. xi

CHAP. PAGE

XXXV. THE MOUSE-EAR EVERLASTING Antennaria. Stolons.
Dio3cious plants. Heads of florets. Receptacle. In-
volucre. Pappus clubby. Cypsela 137

XXXVI. ROBIN'S PLANTAIN Erigeron. Heads radiate. Florets

of the ray. Florets of the disk. Ligul ate corolla. . 140

XXXVII. THE DANDELION Taraxacum. Runcinate leaves. Ra-
diant, homogamous heads. Chaff. Syngenecious
anthers. The order COMPOSITE. Chickory, Camo-
mile, Aster. Chrysanthemum. Solidago 143

XXXVIII. THE CHECKERBERRY Gaultheria. Urceolate corolla.

Curious fruit. The Black Checkerberry 147

XXXIX. THE PYROLAS. Anthers inverted in bud ; opening by

pores. The six species 150

XL. PRINCE'S PINE Chimaphila. Horned anthers 152

XLI. THE KALMIAS. Elastic stamens. Pollenization. The
order ERICACEAE. The Heaths. Blueberries. Cranber-
ries. Azalias. May-flower 155

XLII. THE PITCHER PLANT Sarracenia. Ascidia. Order SAR-

RACENIACE^E. Carnivorous Plants. Venus' Flytrap . . 158
XLIII. THE AMERICAN COWSLIP Dodecathron. Opposing

stamens. Dimorphism. Free central placenta 161

XLIV. CHICK WINTERGREEN Trientalis. 7-parted flowers ... 164
XLV. THE LOOSESTRIFES Lysimachia. Verticillate leaves.
Monadelphous stamens. Opposing stamens explained.
Order PRIMULACE^E. Cyclamen. Anagallis. Primrose. 165
XL VI. THE SPEEDWELLS Veronica. Why so called. A two-
celled capsule. Exserted stamens. The species .... 170
XL VII. TOAD FLAX Linaria. Pentamerous flowers. Personate
corolla. The spur, what can reach its honey. Order

SCROPHULACE^E. Digitalis. Pentstemon 173

XL VIII. THE GROUND IVY Nepeta. Naturalized plants. Bi-
labiate corolla. Halved anthers. Seeds apparently

naked. The Catmint 176

XLIX. BLUE CURLS Brunella. Cuspidate bracts. Hairs jointed.
The lip a doorstep for bees. Order LABIATE. Pep-
permint. Oil of Spike. Lavender 179

L. THE MORNING GLORY Ipomcea. Ephemeral flowers.
Supervolute aestivation. The disk. Use of pollen ;
nectar. Septifragal dehiscence. Albumen. Vital-
ity of seed. The bud. CONVOLVULACE^E 182

LI. ROCK MAPLE Acer. Tree picturesque. Theory of leaf-

f orms. Autumnal colors. Maple sugar. Other Maples. 188

LII. THE HORSE CHESTNUT JEsculus. History. Phyllo-
taxy. Digitate leaves. Suppression of ovules. The

SAPINDACE.E. The Soapberry tree 192

LIII. THE SILK GRASS Asclepias. Pollinia. Corona, hoods
and horns. Cross-fertilization. The ASCLEPIADACE^E.
The Cow tree. Carrionflower 195

Xll CONTENTS.

CHAP. PAGE

LIV. SPOTTED KNOTWOOD Polygonum. Ochre*. Apeta-
lous flowers. An achenium. Other species. The
nectar defended from ants The POLYGONACE^E .... 199
LV. THE SPURGES Euphorbia. A monandrous flower. A
glandular involucre. Poisonous juice. The EUPHOR-
BIA CE^E. Tapioca. Caoutchouc ...... 204

LVI. THE WHITE OAK Quercus. Aments. Wind-fertiliza-
tion. Acorns. Germination. History. Straight-
veined leaves. The CUPULIFER^E. The value of

Mast. Oak timber. Nut-galls 207

LVII. THE WHITE PINE Pinus. Acerous leaves. Triple
pollen grains. Biennial fruit. The cone. Naked

seeds. Root fences. Other species 214

LVIII. THE HEMLOCK Abies. Excurrent trunk. The CONIF-
ERS. Pitted cells. The Douglass Fir. The Giant

Cedars. Turpentine 218

LIX. THE PALMETTO Sabal. Tree with one bud. Caudex.
The endogenous structure. Other Palms. Germi-
nation of the Cocoanut. The PALMACE^E. Date Palm.

Sago. Vegetable Ivory. Palm oil 223

LX. JACK-IN-THE-PULPIT Arissema. The spadix and spathe.

Golden Club. Calla. The ARACES. Sweet Flag. ... 229
LXI. THE SHOWY ORCHIS An orchidaceous perianth. Gy-
nandrous stamens. Pollinia. How fertilized. A

walking plant 233

LXII. ORCHIS PSYCHODES. O. orbiculata. Lady's Slipper. The

ORCHID ACES. Mimicry of insects, birds, etc 237

LXIII. IRIS, or BLUE FLAG. Ensiform leaves. Pollenization.

The Fleur-de lis in history 241

LXIV. BLUE-EYED GRASS Sisyrinchium. The IRIDACES 244

LXV. THE TRILLIUMS. Net-veined endogens. Wake-robin.

The Bath-flower. Indian Cucumber. The TRILLIACES. 246
LXVI. BELLWORT, or WILD OATS Uvularia. Perfoliate leaves.

Loculicidal pods. U. sessilifolia, and other species .. 254
LXVII. LILY-OF-THE- VALLEY Convallaria. Gamopetalous. Ori-
gin of the stem. History. Clintonia. The LILIACES. 254
LXVIII. THE STAR-GRASS Hypoxis. Sagittate anthers. Species. 258
LXIX. THE SEDGES. GALINGALE Cyperus. The umbels. The

naked flowers. The spikes. The Rushes. Achenium. 263
LXX. THE SEDGES. CAREX. Triangular culm. Monoecious spikes.

Perigynium. Glume. The CYPEHACES. Papyrus. . . 265
LXXI. THE GRASSES. The turf. Culm. Sheath. Licrule.
Poa pratensis. Wind-fertilization. Blue Grass. Fowl

Meadow 271

LXXII. ORCHARD GRASS Dactylis. Secund panicles. Keeled

glumes 274

LXXIII. SWEET VEKNAL GRASS Anthoxanthum. Germination
of the Grasses. The order GRAMINES. The cereals.
Bamboo. Hay of what grasses made 276

BOTANY

I. PIGEON-WHEAT MOSS.

Description. The portrait is before us (p. 15). We
cannot fail to recognize a little rustic friend we have often
met in our country rambles, covering the dry knolls in
pastures among rocks and stumps.* Examining this plant
as a whole, we see that it is a mossy herb, erect, 3 to 8
inches high, branched at the base, above which it is not
branched, but simple, as the botanists say. Coming next to
study the plant in detail, we find that it is organized, i. e.,
made of cooperating parts. Five of these the root, stem,
leaf, stalk, and fruit are readily distinguished.

Analysis.f The ffioot is the base of the plant. It
grows in the ground, and is the part first formed. Its use
is to hold the plant in its place and to take up nourish-
ment from the soil. There are numerous small fibers or
rootlets branching from the main root or axis, to give a
broader foothold and aid in absorbing food.J

The Stem (a b) springs from the root. It is upright,
simple, 1 to 3 inches high, round and tapering, or, as we
may hereafter say, terete.

* Specimens of this plant maybe collected at all seasons of the year, and in drying
they will lose none of their comeliness.

t Analysis. Greek ana, each, or severally, and luein, to loosen or dissolve,
means to consider anything in its different parts separately, one by one.

t The life-history of the Moss begins in a mesh of green, gossamer-like threads that
spring from the spore which serves for its seed. For a time, 5 to 20 days, this mat slowly
gathers strength, when suddenly on one of the crossings a tiny bud appears a whorl
of scaly leaves. Now true roots creep down into the soil, the threads drop away, the
stem ascends. No one plants the Moss ; it does not follow the track of man in his
migrations ; yet it is everywhere present to greet his coming. In the barren sands,
in the chinks of the naked rock, wall, or pavement, wherever a spore may find a lodg-
ment, there the Moss weaves its tiny mesh, and grows its diminutive forest.

14: PIGEON- WHEAT MOSS.

The eare$ are green or brownish, and grow mostly
^fcfti&';.tKa; ujpp<^.j>art of the stem. They are (1) long-
pointed, and shaped somewhat like a spear or lance, only
narrower, approaching the form of a line ; hence
they are said to be linear-lanceolate. The edges are serru-
late (Lat. serrula, a little saw).

The Stalfc (b c) rises from the top of the stem among
the leaves, and is therefore said to be terminal; and as it
supports the fruit, it is called the pedicel (pediculus, a little
foot). It is erect, usually longer than the stem, smooth,
brown, thread-shaped (filiform).

The Fruit (c) is borne aloft on the pedicel. It is the
last part produced by the plant, the chief end and aim of
its whole life. It is a small square box or capsule (7),
covered while growing by a hairy cap or calyptra (6).
When ripe, the calyptra vanishes, the capsule nods (8), and
the lid operculum (9) at the top opens, revealing within
a greenish dust. This consists of a multitude of tiny grains
or spores, soon to be scattered on the ground, and to serve
as seeds. After the operculum has fallen off, the mouth
(stoma) remains open, and is seen beautifully bordered by
a circlet of teeth. This is called the peristome (Gr. peri,
around, stoma, mouth). With a microscope we can see
that the teeth are blunt (10), and 64 in number.*

Classification. At the top of the stem, before the fruit
arises, we may often find a group of organs resembling and
indeed serving as a flower (2).f But being colorless and

* In other kinds of Moss the number of the teeth is 4, 8, 16, 32 always some
power of 2. Sometimes the peristome is double, the inner one consisting of as many
little hairs (cilice.)

t In Fig. 1 (2) the artist has delineated a male, or sterile flower of Polytrichum
(for two kinds of flowers are developed by this Moss). In 4 is seen, greatly mag-
nified, the special organs (two antheridia, and 0, o, two paraphyses) of the sterile
flower. In 5, also greatly magnified, are seen the two pistilidia of a fertile flower,
from one of which the capsule arises, the other proving abortive ; 3 is one of the
leaves (sepals).

FIG. I. Pigeon-Wheat Moss, Polytrichum commune. The portrait represents
the plant in nearly full size. The other figures are dissections, showing the various
organs magnified, as under a microscope ; 2, a sterile flower, magnified.

PIGEON-WHEAT MOSS.

insignificant; in appearance, it is easily overlooked. Hence
,thf eav-ly botanists* called this and all the Mosses, Lichens,
&c., Cryptogams (= Cryptogamia), that is, plants with hid-
den flowers, or more familiarly, the FLOWERLESS PLANTS.

The Name given to this plant by Linnaeus,* the founder
of the science of Botany, is Polytrichum, a name derived
from the Greek polys, much, thrix, hair ; on account of its
hairy calyptra.

ANALYSIS OF THE PIGEON-WHEAT MOSS.

Parts,
Members,
Organs.

DESCRIPTION.

THE PLANT.

An herb 5 to 8 inches high, with leafy verdure, branched at base.

ROOT.

The. basis of the plant, growing downward in the soil.

Axis.

Crooked, diminishing downward.

FIBERS.

Many, short, branching from the axis.

STEM.

One or more from the root, erect, terete, 1' to 3', leafy.

PEDICEL.

Terminal, smooth, brown, thread-shaped, long, naked.

LEAVES.

Greenish, linear-lanceolate, 'pointed, crowded above.

FRUIT.

Terminal, erect at first, finally nodding.

CALYPTRA.

A cap of matted hairs, pointed at top.

CAPSULE.

A smatt box, generally four-sided, opening atjtop.

Operculum.

The Kd of the capsule, round, pointed in centre.

Peristome.

The fringe of the mouth, consisting of 6k teeth.

SPORES.

Greenish, dust-like, contained in the capsule, for seeds.

CLASSIFICATION. The Grand Division, CRYPTOGAMIA.

The Tribe, MOSSES or MUSCI.
Family or Genus, Polytrichum.

* In his botanical tours in Lapland, Linnaeus found this Moss very abundant, and
tells us that in his hours of rest he often made it his couch and pillow.

BAETEAMIA POMIFOKMIS.

The Record. In the preceding tablet are recorded the
principal facts we have now learned concerning the Pigeon-
wheat Moss.

Review of the Scientific Terms which have been employed
and defined in this lesson. If the student will master them here, they
need not he explained hereafter. Analysis. Axis. Calyptra. Capsule.
Cryptogamia. Lanceolate. Linear. Operculum. Organized. Pedicel.
Peristome. Rootlet. Simple. Spores. Stoma. Terminal. Terete.

II. THE APPLE MOSS.

Description. This pretty Moss is known by its round,
apple-shaped capsules. It grows in large, dense tufts, 2' or
3' (inches) high, of a light or bluish-green color, often cov-
ering the ground on shady
banks or in open woodlands.

Analysis. The ffioot is a
simple axis, clothed with mi-
nute rootlets, which appear like
a soft brownish down.

The Stems are densely
crowded, repeatedly forking,
or dicJwtomous (dividing by
pairs), covered and concealed
by their leaves.

The Leares are numerous
and crowded on the stem and
branches. They are narrower FIG. u . Bartramia pomtf6rmis.
than those of the Polytrichum, narrower even (proportion-
ately) than a cobbler's awl ; hence we define them as linear-
subulate (subula, an awl).*

* Viewed under a strong microscope, the leaf of this Moss, and indeed every other
part of it, appears a tissue of cells all of one shape and size throughout polygons
somewhat longer than wide. In other words, the Moss is wholly composed of cellular
tissue.

18 THE APPLE MOSS.

The Sta2fc or pedicel is terminal or nearly so, erect, 6"
to 10" (seconds = lines or twelfths of an inch) high, slender,
yellowish, much ,shorter than the stem.

The JPrtlit or capsule (1) is slightly nodding, globular
when fresh, oval and showing many ribs or furrows when
dry (2). The cap or calyptra (1) is small, smooth, split
on one side, and soon vanishing, or fugacious (fugere, to
flee away). The lid or operculum is very small, somewhat
conical. Under a microscope the peristome shows an outer
row of 16 teeth, three of them being seen in the figure (3).
There is also an inner row of as many hairs (dim).

The Name by which this Moss is known in science is
Bartramia. It was conferred by Linnaeus, A. D. 1750, in
honor of John Bartram,* of Philadelphia. But this, how-
ever, is the title of a family or genus, including several
kinds or species. A second name is therefore added to
designate the species, f viz., Bartramia pomiformis (Latin,
pomum, apple ; forma, form). J

The Record. Following the example given in the pre-
ceding lesson, the student will now fill the blanks in the
annexed tablet. The descriptions are to be drawn from
the text or from fresh observations of the plant (p. 17).
See directions in " Suggestions to Teachers," p. 6.

The Order. The Mosses are among the higher orders
of the cryptogams. They have proper stems and green

* Bartram was a Pennsylvania farmer, said by Linnaeus to be the greatest natural
botanist then living. He traveled through the forests which at that early day covered
so large a part of our country, collected plants and established in Philadelphia the
first Botanic Garden in America.

t The same is true of our Polytrichum, whose specific name is Polytrichum com-
mune (- common), or P. commtine.

$ Many object to scientific names in an elementary book. It should be remem-
bered, however, that they are brief, exact, and universal ; i. e., they are used in all
scientific books and are known to all nations. The common names are local, and
vary not only in different countries, but in different parts of the same country. In
this work the English name is given first, then the classical or scientific. The
student should know both, but in conversation may use either.

ANALYSIS OF THE APPLE MOSS.

- tT

.5 o

, "2

.2 ^-

^CC! Q>*

g g 'g

rrt Qf

fl 02

! !

o g

STEM.

STALK.

EH'

CALTPTBA.

CAPSULE.

20 THE POLYPOD FEBl*.

leaves, while the Moulds, Mushrooms and Lichens have
neither. Not less than 2000 species have been described,
chiefly inhabiting the cool and rocky regions of the Earth.
On the cinders of Mt. Hood they form the first verdant
specks of vegetation, and the cliffs of Mt. Washington are
already green with mossy tufts and beds. Cold swamps are
everywhere being filled with Sphagnum and other Mosses,
whose remains accumulate and are, in time, condensed to
peat a valuable fuel in some countries where wood and
coal are scarce.

Review of the Scientific Terms used in this lesson : Cilia.
Dichotomous. Fugacious. Subulate. Species.

III. THE POLYPOD FERN.

Description. This comely Fern is found everywhere in
old forests, growing on stony steeps, and covering the rocks
and boulders with a matted turf composed of their tangled
stems and roots.

Analysis. We may conveniently divide this plant into
two portions or regions ; first, that of the stem and root
under ground (subterranean); second, that of the leaf and
fruit above ground (aerial). The analysis will then proceed
as before.

The ffioot consists of a number of thread-like or hair-
like fibers, branching into tiny fibrils, growing all along the
stem.

The Stem creeps about in the soil. It is many-branched,
and covered with soft, narrow scales. As it never rises into
the air it is properly a root-stock or rhizome.*

* Plants with rhizomes are not uncommon. They are always perennial, i.e., living
from year to year, and otherwise noted for their strong vitality. Those which have
rhizomes long, slender, branching, are inclined to take exclusive possession of the
soil, and so become in fields and gardens troublesome weeds. Such is the Polypod
in Europe. On the contrary, in sandy sea-shores and dykes they are useful, binding
the soil into a firm turf resisting the washing of the waves. See XTTI and LXV,

POLYPODIUM.

The Z<eaf is all of the plant that is seen while growing.
It is more than a mere leaf, since it bears the fruit as well
as the foliage. Being thus a combination
of stalk and leaf, it is called the frond
(Lat. from, a leafy branch). It stands
inclined so as to present an upper and an
under surface, both being green. At the
base its stalk is called the stipe. Its mar-
gins are deeply cleft in numerous segments
termed pinna (wings). Hence the frond
is said to be pinnatifid or wing-cleft.

The Veins or ribs demand a careful
study. There are three kinds. The mid-
vein is the largest ; it is the continuation
of the stipe from the base of the frond to

FIG. Ill Polypddium vulgare : 1, a fruit-bearing vein ; 2, fruit-cluster ; 3, a side
view ; 4, a capsule open ; 5, a spore, greatly magnified.

its end or apex : 2d, the veinlets branch from the midvein
and pass through the middle of each of the pinnae : 3d, the
veinulets branch from the veinlets, then divide or fork, and

22 ' THE POLYPOD FERN.

so end either in the edge (margin) of the frond, or in a
fruit-cluster (2). This kind of veining (venation) in the
larger veins is styled pinni-veined, or feather-veined, and
that in the veinulets -fork-veined.

The Fruit is formed at the end of veinulets (1), on the
under surface (the back) of the frond.* It consists of
numerous round, reddish brown, regularly arranged patches
called sori (sorus, plur. sori, a heap). Under the microscope
these heaps (2) are found to be composed of numerous
roundish vessels (sporangia), each on a pedicel (3) and
filled with spores. The contrivance for opening these
spore cases is very curious. Each one is clasped by an
elastic, vertical ring. When ripe and dry, the ring con-
tracts, breaks asunder, tears open the cell (4), and throws
the spores (5) to a distance. f

Classification. No flower is ever seen on this or any
other Fern.J Therefore they are classed with the Mosses
in the subkingdom CKYPTOGAMIA, or FLOWERLESS PLANTS.

The Name. Polypod or Polypody is a contraction of

* The spores of the brake are hidden under the margin of the leaves, so that
anciently it was thought that the Fern bears no seed. Later it was believed that the
fern-seed was visible only on St. John's Eve, just at the moment when the saint was
born :

"But on St. John's mysterious night,

Sacred to many a wizard spell,
The hour when first to human eight

Confest, the mystic fern-seed fell."

The superstitious belief that he who could at that hour get some of the fern-seed,
became invisible, is frequently alluded to by the old poets. Shakespeare says :

" We have the receipt of fern-seed ; we walk invisible."

+ The spores of the Ferns are numerous. Let the student calculate them in one of
these fronds. Professor Lindley observes of the Hart's-tongue (Scolopendrium), a
small Fern, that each frond produces about 80 fruit-clusters (sori), with an average of
about 4500 spore-cases in each cluster, and in each spore case 50 spores. The num-
ber of spores on each frond would then be 80 x 4500 x 50 = 18,000,000. If all should
grow, they would in a few years cover the whole continent.

\ In germination, the spore of the Fern first develops into a green body resem-
bling a Liverwort, called the prothattus. On this prothallus are certain little organs
analogous to stamens and pistils, by which a second set of spores is generated, in
advance of the true Fern. Thus in the Fern, as in some insects, there is an alternate
generation; it is first a Liverwort, then a Fern. (See Zoology, p. 220, Aphidae.)

POLYPODIUM.

the Latin name, Polypodium (Gr. polys, many, poda, feet),
given it by Linnaeus in allusion to its numerous creeping
underground stems. As there are many species, ours is
named P. vulgdre, the Common Polypod.

Scientific Terms defined in this lesson : Aerial. Fibrils. Fork-
veined. Frond. Midvein. Pinna (plur. pinnae). Pinnatifid. Pinni-
veined. Prothallus. Rhizome. Root-stock. Sorus (plur. sori). Spo-
rangium (plur. sporangia). Stipe. Subterranean. Veinlet. Veinulet.
Venation.

ANALYSIS OF THE POLYPOD FERN".

Regions,
Parts,
Members,
Organs.

DESCRIPTION.

SUBTERR A NE AN.

Parts under ground.

ROOT.

Many thread-like fibers and hair-like fibrils.

STEM.

. Creeping, branching, scaly.

AERIAL.

Parts above ground.

FROND.

Pinnatifid, with oblong pinnae,, 8' high.

Stipe.

Green, naked (not scaly').

Veins.

The frame-work.

Midvein.

Largest vein, from base to apex.

Veinlets.

One in the midst of each lobe, or pinna.

Veinulets.

Forked, bearing the fruit.

FRUIT.

On the back of the frond.

Sori.

Naked, rounded.

Sporangia.

Roundish, stalked, with an elastic ring.

Spores.

Yellow, dust-like particles, as seeds.

CLASSIFICATION.-Subkingdom, CRYPTOGAMIA.
Tribe, The FERNS.
NAME. Genus, Polypodium ; Species, P. mtlgare.

24 THE OSMUKD FEENS.

IV. THE OSMUND FERNS.

That tall Fern

So stately, of the queen Osmunda named :
Plant lovelier, in its own retired abode
On Grasmere^s beach, than Naiad by the side
Of Grecian brook. WORDSWORTH.

Description. Excursions in the old mossy damp woods,
in the month of May, are generally rewarded by a rich dis-
play of these large, majestic Ferns already in fruit. They
grow in circular clumps springing from a .thick subterra-
nean stem, or root-stock. As in the Polypods, the fronds
constitute the aerial region. They are very smooth, often
3-5 feet in height, and a yard in width.

Clayton's Osmunda, shown in the cuts, bearing its fruit
in the middle of the frond, is earliest ripe, and therefore
the first to be analyzed.

Analysis. The Root is of many fibers, with branches
innumerable, short, spreading at right angles (divqfr.icate),
filling the soil.

The Stem is wholly subterranean, a thick blackish rhi-
zome of loose texture and partly woody, living many years
(perennial).

The Frond is twice divided; first into many distinct
pinnae, arranged in pairs along the lengthened stipe or
rachis (Gr. back-bone) ; then each pinna is cut into oblong
lobes or segments. This twofold division is termed pinnate-
pinnatifid or Mpinnatifid.

The venation, like that of Polypod, is pinni-veined and
fork-veined (2).

Yernalion. When starting from the ground in early
spring, each frond is a coil rolled from the top inward and
downward, gradually unfolding, scroll-like, as it grows (5).

FIG. IV. Osmfinda Claytoniana, with five dissections ; 2, a segment or lobe, showing
the forked venation ; 3, clusters of spore-cases (enlarged) ; 4, one of the spore-cases
(capsules) still further magnified ; 5, young frond, showing its mode of vernation.

NOTE. Specific names are generally adjectives, and should never begin with a
capital letter, except (1) when the name is derived from a person or a country, as
O. Claytoniana, or Erythrdnium Americanum ; and (2) when it is a noun, as Dode-
catheon Meadia.

26 THE OSMUND PEEKS.

This mode of bud-folding* is termed circinate (Lat. circi-
nus 9 a compass).

The Fruit is densely clustered on some of the middle
pinnae, which contract their leaf-portion to a mere green
edge. The sporangia or spore-cases open lengthwise into
two halves or valves, containing the dust-like spores.

The Name of this noble genus of Ferns is Osmtinda,
from Osmunder, one of the titles of the Celtic Thor, god
of thunder, whence we also derive the word Thursday
(Thor's-day). The species just analyzed is 0. Claytoniana,
named in honor of John Clayton, one of our earliest
botanists.

0. cinnamomea, the Cinnamon Fern, has some of the
central fronds of each clump wholly fertile and condensed
into fruit, tall cinnamon-colored clusters, looking like flames
whence they are often called the Flaming Fern.

0. regdlis, Eoyal Osmund, our tallest Fern, with its
fronds separated into innumerable distinct leaflets, and its
fruit all terminal, is celebrated for its regal beauty, f

The Order. Ferns constitute one of the tribes or
orders of the Cryptogams, named in science FILICES. They
grow in all countries, but are most abundant in New
Zealand and the tropical islands, where the climate is warm
and damp. Of the 2000 species known, not more than 200
are native outside the tropics, and not over half of these in
the United States.

The Ferns are the largest of the Cryptogams. In the
Tropics they become trees, their pinnated plumes drooping

* The terra vernation (vernus, the spring) was invented by Linnaeus to express
the general idea of bud-folding.

t In Europe this Osmund grows to a height often of 11 feet, and its great masses
of green leaf-sprays form a marked feature in the landscape. Its tall stalk generally
stands erect, but sometimes it acquires a drooping habit, as at the Lakes of Killar-
ney. It there fringes the banks, especially of the river which connects the lakes, and
its long fronds arching gracefully over, dip into the crystal water, forming coverts
whence the birds gaze fearlessly out upon the passing traveler.

OSMUNDA. 27

from the summit of trunks 40 feet in height. Fern remains
are abundant in bituminous coal (see Geology, p. 155), and
the rocky roofs of the mines are frescoed with the delicate
tracery of their fronds in wonderful variety. These fossils
indicate that at one period of the Earth's history, the Ferns
constituted a large part of the vegetation.

Among our native Ferns are the Maidenhair (Adiantum),
the Climbing Fern (Lygodium), the Common Brake (Pteris).
Splendid tropical Ferns nourish in our conservatories. Many
of our own may be easily cultivated in the open air, or in
Wardian cases with pleasing results.

The Ferns are not important either as food or medicine.
The rhizomes and young shoots of several species are eaten
in Australia and Oceanica in the absence of better food.
Aspidium fragrans has the scent of raspberries and has been
used for tea. From the Maidenhair a cough syrup called
Syrup of Capillaire, is made. Aspidium Felix-mas is an
effectual vermifuge.

The Cryptogams. Besides the Ferns and the Mosses,
this Grand Division includes also the Clubmosses (Lycopods),
the Horsetails (Equisetaceae), the Liverworts (Hepaticae), the
Scalemosses (Lichens), the Seaweeds (Algae) and the Moulds
and Mushrooms (Fungi), plants descending to the lowest
rank, the simplest structure, and the minutest dimensions. *

Scientific Terms defined : Bipinnatifid. Circinate. Divaricate.
Perennial. Pinnate-pinnatifid. Rachis. Vernation.

* The Cryptogams are numerous and minute beyond conception. They inhabit
every clime, from the Equator to the Poles. They lie at the foundation of all life.
Without them vegetable and consequently animal life would be impossible. They
their lower tribes are the first to grow on cinders, sands and rocks. The last
they gradually disintegrate, and, by the decay of successive generations, form at
length a soil capable of sustaining plants of higher orders grains, grasses and trees,
on which animals may live. Thus plants of higher rank replace those of lower, and
fatten on their spoils. But sooner or later these also perish, and then the Crypto-
gams resume their sway. On fallen leaves and trunks they multiply, encompassing,
penetrating, consuming, and in a few years restore to the earth, with interest, the
materials which they had borrowed.

ANALYSIS OF A FERH.

I
& -2

c O

EKYTHKONIUM. 29

V. THE DOG-TOOTH VIOLET.

Description. Spring has come again. The winds blow
soft from the West and South over the melting snowbanks.
Birds once more fill the air with song, while the plants,
awakened from their winter's sleep, put on their robes of
leaf and flower. Down in the woody vale, or in the thicket by
the river, the Dogtooth Violet already hangs out its yellow
bell. Though scentless, the flower attracts by its airy grace.
We must dig carefully around its tender stalk if we would
raise it entire, for its root strikes deep into the loamy soil.
Examining the plant as a whole, we find it smooth and pol-
ished in surface, plump and fleshy in substance, and plain
in outline. As it lives above-ground only one season, dying
at the approach of Winter, it is an herb.

Analysis. The whole plant may be divided into two
parts the Leaf region and the Flower region, and each of
these again into three parts. To the Leaf -region belong the
root, stem and leaf ; to the Flower-region, the stalk, flower,
and fruit. A little reflection will show that the former parts
work for the plant itself, and the latter for its posterity which
is to spring from its seed. *

THE LEAF REGION. The ffioot is fibrous, i. e., it con-
sists of fibers and fibrils. The former start from the bottom
of the stem deep in the ground, and are long and white; the
latter are the minute subdivisions of the fibers.

The Stem is a simple, slender column (caulis) with its
lower end apparently enlarged into a bulb, whence it is called
a bulbous stem. The bulb, which is egg-shaped or ovoid (Lat.
ovum, an egg), consists of many scales, thick, white, and

* Hence the former are called the vegetative organs, and the latter, the repro-
ductive.

THE DOG-TOOTH YIOLET.

F IG . v. Erythrdnium Araericanum : 1, an expanded flower ; 2, plan of the flower ;
3, the pistil ; 4, 5, sections of the fruit ; 6, section of a seed, showing the embryo and
albumen.

ERYTHBONIUM. 31

broad, growing out of the solid base from which the stem
arises.

The Leaves, 2 in all, are placed nearly opposite each
other on the stem, the lower being the larger. Their rich
green color is singularly variegated with purplish and
whitish blotches. They stand out on a narrow base a foot-
stalk. This is called the petiole, and the expansion of the
leaf is the blade. The latter is in outline both elliptical and
lanceolate, so that we may style it elliptical-lanceolate. The
apex is acute. The margins are even and entire (without
teeth or notches).

Venation. The leaf is marked with fine lines running
lengthwise in nearly parallel curves corresponding with the
contour of the margin. They indicate the course of the
veins and show what is called a parallel venation.

THE FLO WEE KEGION. The Slalfc which supports the
flower is called the peduncle (a term higher in rank than
pedicel). Its top, forming the basis of the flower, is the
torus. It bends under the weight of the flower, but bears
the fruit erect.

The Flower is the latest, gayest, and frailest part of the
plant. It is solitary, drooping or nodding from the curved
top of the peduncle. We can easily count 13 distinct mem-
bers or organs composing it. There are 6 lanceolate recurved
(bent back) leaflets, and six slender columns, all standing on
the torus around one central column. The 6 leaflets together
constitute the perianth (Gr. peri, around, antlios, flower).*

These 13 may be assorted into 4 groups of organs. The 3
outer leaflets, (c) orange-red on the back, are sepals, and
together form the calyx (cup, or goblet). The 3 inner are

* The leaflets of the perianth are recurved more or less according to the hour of
the day and the amount of sunlight. At night they close, and gradually open as the
day advances, and at midday in a bright sun they are recurved as shown in our cut.
See XXI, on the Sleep of plants.

32 THE DOG-TOOTH VIOLET.

petals (p) and constitute the corolla (crown). Let the stu-
dent take note of the two blunt teeth opposite each other
near the base of each petal. Within the corolla and peri-
anth are the 6 stamens those slender bodies arranged in 2
circles. Each stamen is made up of a filament (fila, thread)
bearing at the top an anther a little oblong box with 2 cells
opening lengthwise by slits. These contain minute grains of
pollen, which in due time escape by the open slits.

The ^Pollen must be studied under the microscope. Then
it appears composed of innumerable grains, oval, yellowish-
brown, and peculiarly marked (7). Their use in aiding the
formation of the seed will be shown in future lessons. *

The ^Pistil (pistillum, pestle) is the central organ (3).
Being the most important part of all, destined to become
the fruit and seed, it is thus surrounded and protected by
all the other organs. It is composed of the ovary at the
base, the stigma at the top, and the style between. The
stigma is 3-lobed, and on dissecting the ovary (4, 5) we shall
find 3-cells. May we not infer that there are 3 pistils united
into this one compound pistil ?

PLAK OF THE FLOWER. The diagram (2) exhibits the
relative position of the different members of this flower as
they stand upon the torus. They occupy five circles. The
outer circle is the calyx, and y c c the position of the sepals.
The 2d circle is the corolla, and p p p the position of the
petals. The 3d and 4th circles are the stamens, and s their

* Infinitely more pollen is produced than is needed, just as in spring time there
are more blossoms on the apple tree than could possibly be matured. So abundant
is the yellow pollen developed and shed by the Pine that we frequently see the ground
in Pine forests covered with it ; and swept off by the winds, it falls at a distance,
alarming the ignorant with a " sulphur rain." The amount shed by the grasses fills
the air, producing in sensitive nostrils the effect called the "hay fever." A single
Pseony-flower, according to Darwin, produced 3,654,000 grains of pollen. Everywhere
in the floral world we meet with the two opposite rules of profuse prodigality and
extreme economy. "It is the moral of the New Testament story feeding the hun-
gry thousands and then gathering up the fragments that nothing be lost."

EKYTHKOtflUM. 33

places severally. The inner circle shows the position of the
3 united ovaries (o o o, called also carpels). Each member
alternates in position with its next neighbors; e. g., the
petals with the sepals and the outer stamens, &c. And the
numbers are al] in 3s 3 sepals, 3 petals, 3 outer stamens,
&c. Hence the flower is said to be alternating, symmetrical,
and S-parted.

The JFmit is the full-grown and complete ovary. The
flower is of short duration. The sepals, petals, stamens and
style soon fade, wither, and fall. They are deciduous. But
the ovary is persistent, growing, and ripening a month after
the flower has done its work. It is then a dry seed-box a
capsule, having its 3 cells packed full of seeds.

Here we come to the ultimate product of the plant, that
for which it lived, grew, bloomed, and labored. In the shell
of the seed (called the testa) is safely inclosed the rudiment
of a new plant ready to be developed into the likeness of the
parent. A careful dissection (6) will show the structure
of this rudiment the embryo. It appears a simple cylin-
drical body lying in a white fleshy substance called albumen.
(See p. 42.)

Classification. The Dogtooth Violet, by the presence
of its conspicuous flower, is in marked contrast with the
Pigeon-wheat and the Polypod. They represent the Flow-
erless (Cryptogamia) and this the Flowering Plants (Pheno-
gamia).* Moreover, by the presence si parallel-veined leaves,
S-parted flowers, and seeds ivith a simple (not lobed) embryo,
this plant represents the EKDOGENS, one of the two provinces
into which the Flowering Plants are divided. (For the other
province, see p. 43.)

The Name. This plant is a Lily rather than a Violet,

* Thus the Vegetable Kingdom is parted into two subkingdoms, known by the
absence or presence of visible flowers. This division was first recognized A. D. 1682,
by John Bay, of England.

THE DOG-TOOTH VIOLET.

ANALYSIS OF THE DOG-TOOTH VIOLET.

ORGANS, &c.

DESCRIPTION.

THE PLANT.

A smooth, fleshy herb.

03
03

INFLORESCENCE

Solitary, terminal, pedunculate.

FLOWER.

Drooping, bell-form, 3-parted, alternating.

CALYX.

Orange., greenish, and yellow.

Sepals.

3, lanceolate, recurved.

COROLLA.

Within the calyx, yellow.

Petals.

3, lanceolate, yellow, recurved, %-toothed.

STAMENS.

6, in two rows or sets.

Filament.

Linear, yellowish.

Anther.

Linear-oblong, %-celled, yellow.

Pollen.

Elliptical, yellowish, minute grains.

PISTIL.

Triplex, and triply compound.

Ovary.

Green, 3-sided, S-cetted, persistent.

Style.

Club-shaped or clavate, deciduous.

Stigma.

At top of the style, 3-lobed.

FRUIT.

An erect, compound capsule.

PERICARP.

Dry, opening by S-valves.

SEEDS.

Many, ovoid, with a curved point.

LEAVES.

2, nearly opposite, mottled.

PETIOLE.

At the base of the leaf, linear.

BLADE.

Elliptic-lanceolate, acute.

VENATION.

Parallel.

STEM.

Mostly subterranean, blanched.

BULB.

At the base, ovoid, white, of scales.

CAULIS.

Simple, 6-10' long, annual.

ROOT.

Consisting of white fibers, deep down.

LOCALITY. Damp shady woods, (Date) April 10th, 1877.
CLASSIFICATION. Subkingdom, PHENOGAMIA.

Province, ENDOGENS.

Order, THE LILYWORTS.
NAME. English, Dog-tooth Violet.

Latin, Erithronium Americannm.

TULIPA. 35

as we shall see hereafter (p. 257) ; hence the common name is
false as well as inelegant. The term Dogtooth may refer
to the two indentures on each petal (p. 32), or to its bulbs
as they grow in England. The scientific or classic name is
Erythronium (erulhros, red, the color it often assumes in
Europe). The name of our species is E. Americdnum.

Scientific Terms Defined. Acute. Alternating. Anther.
Bulbous stem. Calyx. Capsule. Carpels. Caulis. Corolla. Decid-
uous. Endogens. Entire. Fibrils. Fibrous. Filament. Herb.
Ovary. Ovoid. Parallel-veined. Peduncle. Perianth. Persistent.
Petals. Petiole. Phenogamia. Pistil. Pollen. Recurved. Sepals.
Solitary. Stamens. Stigma. Style. Torus.

VI. THE TULIP.

Description. The tulip is said to be a native of Mt.
Taurus and the adjacent region. It has been cultivated by
florists for more than three centuries in Europe, and one in
America. It blossoms in the garden a week or two later
than the wild Erythronium, with which it is closely related.
Careful study will reveal between them striking differences
as well as resemblances. Viewing the plant as a whole,
mark its height, its glaucous (sea-green) * color, its smooth
surface.

Analysis. THE LEAF EEGION. The bulb, if cut across,
will exhibit a series of concentric rings, each one being an
entire layer. Bulbs so constructed are called tunicated,\
form familiar in the Onion. The Leaves are large

* According to the Greek Mythology, Glaucu,s was the name of a fisherman who
leaped into the sea and " by transmutation strange " became a sea-god. Hence the
botanists use the word to express the pale sea-green color of the foliage of certain
plants, as well as of the whitish powder which sometimes covers them.

t The Lily grows from a scaly bulb, i. e., a bulb composed of scales, each forming
but a partial (not entire) layer or ring. In the heart of the Tulip bulb, protected by
these layers, are hidden not only the future stem, but the leaves also, and even the
coming flower with all its various organs. This bulb also contains under its outer

THE TULIP.

and few, rarely more than 3. In margin, they agree with
Erythronium except that they are wavy. In figure, they are
partly lanceolate, and partly with
the outline of an egg, being
broadest just below the middle:
hence they are ov^^-lanceolate.
They have a clasping base and no
petiole. Compare the venation
with that of Erythronium (p. 31).
THE FLOWER REGION. Here
note the attitude of the flower
in contrast with that of Erythro-
nium; but its organs are of the
same number and kind.* The

Sepals and petals are

distinguished only by

their position. Which

outer ? They are all

ovate, blunt (obtuse) at the apex,

Concave, and not recurved nor

spreading. The ovary and its re-
sulting pod is in the form of a

triangular prism. The 3 stigmas

are the
broadly

Fig. VI. Tulipa
Gesneriana; 2, sec-
tion of the bulb; 3,
the pistil.

coat two minute buds ready to be developed in turn to take the place of the parent
(2). Thus, after flowering and fruiting, we shall find the bulb which we planted
shriveled and empty, having imparted its substance to its offspring, but already
replaced by another or two, full grown from the buds, and replete with rudiments
like the former. So provident is Nature. "No leaf drops till a new one is prepared
to take its place ; no flower perishes naturally till its house is made ready and fur-
nished with seeds. In Autumn, the sad season of decay, there is yet as much of life
as of death." Amidst the tokens of death are the elements of growth. In the
autumn buds of the Oak are hidden its future leaves ; in those of the Lilac, its com-
ing leaves and flowers. In the bulb of the Hyacinth, another season's blossoms are
clearly seen even with the naked eye. The rich mucilage of the Slippery Elm, and
the sweet sap of the Sugar Maple, are provided beforehand for feeding the young
buds and hastening their early development. Thus within a few days a large tree
will cover itself with foliage and bloom.

* The flower of the Tulip like that of the Rose (p. 114) is often double, in which
state it is unfit for analysis.

TULIPA. 37

are quite distinct, sessile (sitting) on the ovary, there being
no style.

The Name is from a Persian word signifying a turban,
whose gay colors it resembles. In Latin it becomes Talipa.
The Common Tulip, here figured, is T. Gesneriana, being
dedicated to Gesner, a Swiss botanist, who saw it blooming
in a garden in Augsburg and first made it public in 1559.*

Varieties. "Ntts flower indulges in many freaks and
fancies as to the cut and color of her robes. Now they are
single, now double, and now semidouble. Here they are
yellow, there white, and even crimson, purple or carmine.
Again they are mixed striped, spotted or flecked in endless
combinations of colors. These are merely varieties of the
same species, induced by their treatment in cultivation.
Names are given them by the florists, rarely by botanists,
such as Bizarres, Due Van Thol, Bubloones, Comte de Pom-
padour, Parrotts, &c.f

The Record. With these few hints to guide, let the
student now complete the analysis of the Tulip and write its
record in the annexed tablet.

Scientific Terms. Clasping. Obtuse. Ovate. Scaly bulb.
Sessile. Tunicated. Varieties.

* The taste for cultivating the Tulip spread into the Netherlands, and about 1634
increased to such an extent that all classes began to speculate in the bulbs. Houses
and lands were sold to be invested in flowers. Ordinary business was neglected.
Sudden fortunes were made. Nobles, mechanics and chimney-sweeps alike flocked
to the tulip-market. Prices increased until a single bulb (the Semper Augustus) sold
as high as $6,000 of our present money. A story is told of an English botanist who,
traveling in Holland, happened to see a tulip-root in a conservatory. Ignorant of
its value he began to peel off its coats to examine its peculiar structure. While im-
mersed in his botanical study, the owner suddenly rushed in and in an agony of rage
shouted "It's an Admiral Van der Eyck ! M In vain the traveler protested his scien-
tific intentions. He was dragged before a magistrate, where, to his consternation, he
learned that the innocent-looking bulb was worth 4000 florins and that he was to be
held in confinement until he found securities for that sum. At last this tulip rage
ran its course. Prices suddenly fell. The rich of yesterday became the poor of to-
day. A commercial crisis ensued. Holland did not recover from the " Tulip mania "
for many years. The love for this flower still exists in that country. We import our
best bulbs from Holland, and the wealthy Dutchman boasts of his fine tulips as a rich
Englishman does of his horses or paintings.

t For the Order of Tulip and Erythronium, see LXVTI.

THE TULIP.
ANALYSIS OF THE TULIP.

4 i.

T ^

o ft

"S 8'

.5 *
15 '

T I 4

ORGANS, &<

E PLANT.

LEAVES.

INPLORESCEN

FLOWER.

H
1

Corolla.

Stamens.

d
^ 1

CLAYTONIA. 39

VII. THE SPRING BEAUTY.

Description. Early in Spring, in the grassy meadow,
along the shady margins of the woods, or under tangled thick-
ets, often in company with the Dog-tooth Violet, lo ! the
Spring Beauty! Its roots, like those of its neighbor, strike
deep into the soil, and in order to lift the plant entire we
must make careful use of the trowel. Viewed as a whole,
the Spring Beauty in outline, surface, and substance, resem-
bles the Dog-tooth Violet. It is also divisible into the same
regions and parts.

Analysis. THE LEAF REGION. The ffioot is a new
and singular structure. There is a massive body, irregularly
rounded, brown without, white and starchy within. To
this tuber* as it is called, are attached the ordinary fibers
and fibrils. These are the true working roots, absorbing plant-
food from the ground, while the tuber serves as a reservoir
for its reception after being digested and changed to starch.

The Stem is a simple, slender column, a few inches in
height. In substance, it is herbaceous, that is, tender, juicy,
flexible, greenish. In attitude, it is erect and upright; for,
though weak, it stands unsupported.

The Z,eaves, 2 in number, grow opposite each other in
the air and light at the top of the stem. In outline, they
are narrowly lance-shaped, nearly as in the Pigeon-wheat,
linear-lanceolate, or almost linear. They are fixed to the
stem by their base without the intervention of a petiole; that
is to say, they are sessile (sitting), while the upper end, the
apex, as in all plants, is free ; their margin is entire, and
color, green.

THE FLOWER REGION. The Flower is a curious gem,

* Botanists generally consider the tuber as a member of the stem. But to avoid
subtle distinctions at this early stage, we here incline to the popular view regarding
it as a member of the root.

THE SPRING BEAUTY.

FIG. VTL Clayt6nia Virginica : 1, plan of the flower ; 2, a petal with a stamen
opposite ; 3, 4, stamens, front and rear view ; 5, the pistil ; 6, ovary dissected ; 7, an
ovule; 8, fruit just opening, with calyx ; 9, a seed ; 10, the embryo.

inviting study, and losing none of its interest and loveliness
by a close inspection. Let us first observe the situation and
arrangement, or what the botanists call

CLAYTOKIA. 41

The Inflorescence. The flowers form a cluster above
the leaves at the termination of the stem. In the cluster
appears (a to b) a general foot-stalk the peduncle support-
ing the whole; an axis (b to c), called the rachis (spine)
running through the midst ; and several special foot-stalks
(d), pedicels, branching from the rachis, each bearing one
flower. The whole cluster so arranged is a raceme.* The
flowers do not all open at once, but in a regular succession,
beginning with the lowest in the raceme and ending with
the highest. While the lower are in bloom or past bloom,
the upper are in bud or just opening. The word centripetal f
is used to express this special mople of inflorescence.

The Flower is made up of four sets of organs, each set
a circle one within another. First, the calyx or cup (c) con-
taining all the rest. It consists of 2 green leaflets called
sepals. Next within is the delicately colored corolla consist-
ing of 5 rose-tinted and red-lined petals I (p). Third, a
circle of 5 stamens (s), each consisting of a slender filament
(/) tipped with an oblong anther (h). We must not fail to
observe their unusual situation each opposite to (opposing)
a petal (2). Observe also (3, 4) how the anther is attached
to the filament, how its 2 cells open, and how it seems to face
this way or that. Here it faces the pistil, and we say it is
introrse ; and the cells open lengthwise. And fourth, the
pistil (5) in the center of the flower, consists of one ovary,
one style and three stigmas (g). If we dissect the ovary (6),

* Sometimes in vigorous specimens the rachis divides, forming two racemes, or a
double raceme.

t The top of the inflorescence is regarded as its center, the base the circumfer-
ence ; hence the fitness of the word (centrum, the center, peto, I seek).

$ The colored converging lines and veins which mark the petals of Spring Beauty,
Pansy, Geranium and other flowers, serve as honey-guides for insects. They inva-
riably converge towards the nectaries at the base of the petals and stamens. An
insect following them is led directly to where the honey is secreted. On its way its
body is dusted with pollen, or, already dusted, is brought into contact with a pistil
ready to receive it.

4:2 THE SPUING BEAUTY.

we shall find within its cell 3 or 6 young seeds (ovules). Here
also, as in the pistil of Erythrdnium, are clear indications of
tri-unity.

The ffiwit. While the ovary is growing and ripening
into fruit, it is attended and protected by the persistent
calyx (8); but the corolla, stamens and style are early decid-
uous. The fruit is finally a dry seed-box or capsule (8),
opening by 3 valves, and disclosing 3 or more black, shining,
lens-shaped seeds (9).

The Seed. Here again we come to the ultimate product
of the plant. The seed contains the curved embryo (10)
the young plant slumbering in its cradle. Surrounding it is
a white mass of albumen* (albus, white), a storehouse of
food provided for the sustenance of the young plant after
awaking and before its roots can draw nourishment from
the soil. Mark here the structure of the embryo (in con-
trast with that of Erythronium), how it is curved, and cleft
at the upper end into two equal seed-lobes, or cotyledons.]

*P2an of the J? 7 2ower. The diagram (1) indicates
the relative position of the organs as they stand on the torus;
first, the 2 sepals ; 3d, the 5 petals ; 3d, the 5 stamens oppos-
ing the petals ; 4th, the ovary 3 in 1. Why then is this
flower unsymmetrical? Why is it 5-parted ?

^Estivation. This diagram also shows how the enve-
lopes are folded in the bud, that is, their cestivation (cestivas,
summer); but the buds themselves will show it much better.
The margins do not exactly meet, but overlie each other like

* By a wise provision, the albumen is deposited in the form of starch, which is
insoluble in water, or else the first rain would dissolve and waste the young plant's
inheritance. There is, however, laid up also in the seed a bit of ferment called gluten.
By the action of moisture this will slowly change the starch to sugar; and that being
soluble can be used by the tiny shoot as it needs. (See Vhemistry, pp. 184 and 194.)

t The ovules in the cut 6 are growing erect from the base of the cell; (7) shows
an ovule more advanced, with its stalk (funiculus). Comparing this with (10), it is
evident that the ovule in growing bent over on itself, bringing its apex near its base.

CLAYTOtflA. 43

shingles on a roof, i. e., are imbricated (imbrex, a tile).* A
special mode of imbrication is seen in the petals, of which 2
are wholly within, 2 wholly without, and 1 is partly both,
having one edge within and one without. This is the quin-
cuncial aestivation and very common.

The Name, Claytonia, was given by Linnaeus to this
plant in honor of John Clayton, who sent it to him, in 1757,
from Virginia. Hence this species is called C. Virginica.
Another species was first seen by Michaux, about 1800, in
the mountains of N. Carolina and so named C. Caroliniana.
But it is far more common northward from New England to
Wisconsin. You may know it by its leaves being shorter
and broader elliptic-lanceolate. What other differences do
you find ?

The Order. The Claytonias belong to the same order
with the splendid flowering Portulacas, viz. PORTULACACE^,
or the PURSLANES. That troublesome weed of the gardens
the common Purslane, is also a species of the genus Por-
tulclca P. olerdcea. Its small yellow flowers appear in
Summer, and its curious seed-boxes in September. These
open by a lid crosswise, and bear the classic name of pyxis
(a box. Fig. XLIII, 3). In some countries Purslane is es-
teemed as a pot-herb, and a salad, on account of its cooling
antiscorbutic properties (Lindley).

Classification. In contrast with Erythronium, the
gemis Claytonia, and its order, by their %-lobed embryo, and
their flowers 5-parted (or at least not 3-parted), represent the
EXOGENS, the other province of the Flowering Plants (p. 33).

Scientific Terms. Estivation. Albumen. Centripetal inflo-
rescence. Herbaceous. Imbricated. Introrse. Opposing stamens.
Pedicel. Pyxis. Quincuncial. Raceme. Rachis. Sessile. Tuber.

* In other plants the sepals or petals may be found to meet edge to edge. Such
aestivation is called valvate. Indeed the valves of the capsule of this plant thus meet
While closed (8). See other modes of aestivation described in p. 85,

ANALYSIS OF SPRING BEAUTY.

The Record. With the following tablet as a guide, let
the student record the analysis of our other Claytonia, or of
Purslane, or a Portulaca, in the annexed blank tablet.

Organs.

DESCRIPTION.

THE PLANT.

An herb, terrestrial, 36' high, fleshy, smooth.

ROOT.

Brown fibers with a roundish, starchy tuber.

STEM.

Herbaceous, simple, upright.

LEAVES.

2, opposite, sessile, linear, or lance-linear, 36' long.

INFLORESCENCE.

Terminal raceme, with long pedicels, centripetal.

FLOWER.

5-parted, unsymmetrical, opposing, 8" diameter.

CALYX.

%-parted, green.

Sepals.

Persistent, 2, erect, ovate, short.

COROLLA.

5-parted, delicately colored and pencilled.

Petals.

5, deciduous, spreading, obovate, roseate.

STAMENS.

5, opposing the petals.

Filament.

Slender, white.

Anther.

Opening lengthwise, oblong, innate.

PISTIL OVABT.

Triple, ovoid, 6-ovuled, green.

Style.

Slender, green-white.

Stigmas.

3, pink-colored.

FRUIT.

Capsule, 3-sided, conical, inclosed in the calyx.

Pericarp.

Dry, 3-valved, 1-cetted or partly 3-celled.

Seeds.

36, lens-shaped, black, shining.

LOCALITY. Low, damp soil. (Date), April 25.
CLASSIFICATION. -Subkingdom, FLOWERING PLANTS.
Province, EXOGENS.
Order, PORTULACACE^B.
NAME. English, Spring Beauty.
Latin, Claytonia Virgiiiica.

ANALYSIS OF

tz;

1. 1

ORGANS.

Leaves.

Inflorescence.

1 Flower.

Corolla.

Stamens.

Filament.

LOCALITY,
CLASSIFICATION
Order

THE EAELY CROWFOOT.

VIII. THE EARLY CROWFOOT.

Description. In May and June the fields are resplen-
dent with Buttercups. As early as April we find one kind,
at least, gilding the rocky hills and woods. In this, and its

portrait, root, stems, leaves,
flowers, stalks, and fruit are
present.

Analysis. The
is a bundle (fas-
cicle) of fibers, some of
which are thickened,
fleshy, almost tuber-
ous ; we call such
roots fasciculate.
They are strong
and durable.
They have sur-
vived the frosts
of the past win-
ter ; and if you
have considered
the Crowfoot
plant from year
to year, you have
learned that it is a perennial Jierl. Although the parts
above ground perish in Autumn, the root still lives and
sends up another plant in the following Spring, and so on for
many seasons. The symbol adopted for such an herb is 2.

The Stem (or stems, for there may be several arising
from the same root) is green and herbaceous, branching,
hairy, 6-10' high, and ending in the flower-stalks.

FIG. VHI. Ranunculus fascicularis : 3, a head of car-
pels ; 4, a single carpel ; 5, the seed in the achenium ; 6,
seed dissected, showing the embryo in albumen.

KANUNCULUS. 47

The Z/eares are many. Most of them are radical) arising
with the stem from the root (radix)-, others are cauline,
growing from the stem (caulis) above the base. They are
also alternate in arrangement one above another, spirally (p.
193). The lower leaves are borne on long, slender petioles ;
the upper are sessile, having no petiole. The blades are
ternately divided, i. e., into three divisions, or pinnately
into five, and the terminal division is stalked ; then all the
divisions are cut into lobes.

The Terns, although present, are not always discernible.
In Spring Beauty they are concealed. In Crowfoot they are
not conspicuous, yet evidently are not parallel, as in Ery-
thronium. Under a magnifier they seem to form a net-
work ; that is, they are reticulated (reticula, a net).

The Flowers are borne on peduncles, which terminate
the stem and branches one on each peduncle. They are
perfect and complete, having all the proper and essential
floral organs.* The calyx consists of five lanceolate, green-
ish, spreading sepals, much smaller than the petals. The
corolla consists of five yellow, shining, spreading petals. In
outline the petals are inversely lanceolate or ovate (o#-lance-
olate or 0-ovate), being broadest above the middle. At the
base there is a honey-pore, which we may call a nectary,
covered by a little scale (Fig. IX, 6). The stamens are many
in number said to be indefinite (denoted thus, oo), although,
if carefully counted, they will generally be found some multi-
ple of 5; as 25, 30, etc. The term polyandrous (polys, many,
andres, stamens) is of a similar meaning. The filament,
anther, and pollen we leave to be identified by the studen t.

* A flower is botanically perfect when it has both stamens and pistils. The sym-
bol is ? . It is complete when it has stamens, pistils, calyx and corolla all the
proper organs. A flower is apetalous when the calyx is present without the corolla ;
it is staminate ( $ ) when having stamens without pistils, and pistillate ( $ ) pistils
without stamens.

48 THE EAKLY CBOWFOOT.

Notice how the stamens stand directly on the torus, neither
adhering to any other member, nor co-hering among them-
selves. They are hypogynous (hypo, under, gyne, the pistil).
This character is of great significance.* (Fig. VIII, 9.) The
pistils are also numerous, twenty or more, generally some
multiple of 5. Their form and structure are remarkable
one-sided (5), consisting each of
an ovary tipped with a sessile
stigma, without a style.

The Fruit. In a few days the
work of the yellow buttercup is 2 ' flower of R -
done. Bees and other insects have drained its nectaries and
scattered its pollen. The sepals, petals and stamens fade and
fall. These are the deciduous parts. But the pistils still
persist, attached to the torus, growing and forming a round-
ish head (4) of as many little fruits (carpels) as there were
pistils. Let us dissect one of these carpels (6). It holds
just one seed in one cell. It is an achenium a simple fruit
formed of one carpel (not of three, as in Erythronium). In
the figure is represented a section of the seed, showing a
small embryo with two cotyledons, imbedded in albumen.
Here is work for the microscope.

The Name. There are many kinds of Buttercup-
Crowfoots. Some of them delight in ponds and sluggish
streams, with the frogs for their companions. For this rea-
son, Linnaeus named them all Ranunculus (a little frog).
Ranunculus is therefore the name of a group of similar
forms, = a Genus, including all sorts and kinds of Butter-
cup-Crowfoots. The specific form here figured and de-
scribed, known at sight by its early date,f showy flowers,

* On account of their hypogynous stamens, and the entire freedom or distinctness
of all their floral organs, botanists have assigned the Buttercups and their order to
the highest rank in the Vegetable Kingdom.

t There is no danger of confounding this species with that other one which also

RANUNCULUS. 40

ANALYSIS OF EAELY BUTTERCUP.

ORGAN.

(Its) Life, Habit, Number, Place, Kind, Construction, Form,
Size, Qualities of color, surface, taste, &c., and Appendages.

THE PLANT.

il damp shades. 1 foot high. Hairy.

ROOT.

it fasciculate, fibers white, long, some of them thickened.

STEM.

Herbaceous, branching, caulis hollow, diffuse.

LEAVES.

Deciduous, alternate, pinnately divided, netted, petiolate.

INFLORESCENCE.

Terminal, erect, solitary, peduncle 1-6', terete.

FLOWER.

5-parted, complete, regular, I' broad.

Calyx.

Spreading, greenish-yellow.

Sepals.

5, deciduous, lanceolate, distinct, imbricate.

Corolla.

Rosaceous, shining golden-yellow.

Petals.

5, deciduous, oblanceolate, scale and honey-pore at base.

Stamens.

SO-ltO, hypogynous, with slender filaments.

Anthers.

Oblong, %-celled, yellow, dehiscing lengthwise.

Pistils.

20-30, distinct, style very short or none.

Ovary.

Obliquely ovate, lens-shaped, green.

Stigma.

Sessile, terminal, a little curved.

FRUIT.

20-30, distinct, achenia, in a roundish head.

SEED.

One in each carpel or achenium.

LOCALITY Woods, Westchester, 2T. T.
CLASSIFICATION. PHENOGAMIA, EXOGENS.
ORDER. RANUNCULACEJE, or THE CROWFOOTS.
NAME. Latin, Ranunculus fascicularis.

English, Early Crowfoot. Buttercups.

begins to flower in April, having its radical leaves nearly round, crenate-toothed (see
Glossary), its petals very small, not larger than the sepals, and therefore named by
Linnaeus, E. abortlvus (as if the flower were abortive).

THE BULBOUS CKOWFOOT.

and fasciculate roots, was named by Dr. Muhlenburg,*
Ranunculus fascicularis.

Scientific Terms. Achenium. Alternate. Cauline. Fascicu-
late. Hypogynous. Indefinite. Nectary. Oblanceolate. Obovate.
Perennial Herb. Pinnately divided. Radical. Reticulate. Sessile.
Simple fruit. Ternately divided.

IX. THE BULBOUS CROWFOOT.

Description. In the month of May we begin to find
other Crowfoots, especially the Bulbous, adorning the mead-
ows and hilly pastures with their golden cups. This is a
neat and elegant plant, more erect and silky-haired than the
Early C. Indeed it is pre-eminently the true Buttercup.
Let us see wherein the two kinds differ, and how they may
be distinguished.

Analysis. The ffioot is fibrous, being wholly composed
of slender, white, branching fibers, springing together from
the base of the stem. There is no central axis as if the stem
continued downward. Such roots are inaxial. \

The Stem enlarges at the base into a sort of bulb, rather
a corm, which in the Autumn is round, plump and solid. J
Thence it stands erect, about 1 foot high, dividing into
straight branches ending in flower-stalks.

* Rev. Henry Muhlenburg, D.D., author of a work on the Grasses, Flora Lancas-
triensis, and other books, was in his day the pioneer American botanist, "a Christian
philosopher characterized by zeal and industry not more than by humility and
unbounded liberality of sentiment towards his contemporaries." Died A. D. 1815,
ret. 62.

t This term will be better understood if we compare it with an axial root, such as
we find in the Clover or Yellow Dock, where the stem seems to continue downward,
gradually dissolving into fibers.

$ In ancient times this bulb was called " St. Anthony's Turnip." But if that pious
hermit ever dined on it, he must have dried it well in the sun to expel its acridity. In
its fresh state it is pungent and emetic properties of which medical students some-
times make a mischievous use by persuading their companions in attendance on the
botanical lectures to test their excellence by tasting. The herbage also has acrid
properties, which prove a defence against its enemies. Cattle avoid it, so that it
stands and blooms unmolested even in closely cropped pastures.

RANUNCULUS BULBOSUS.

Fia. IX. Ranunculus bulbdsus : A, the bulb, as in autumn \ B, the bulb in
spring ; 1, plan of the flower ; 2, a petal ; 3. achenium dissected.

52 THE BULBOUS CROWFOOT.

The Jjeares are mostly radical, long-petioled, ter-
nately divided, with -the terminal division stalked, all
deeply 3-cleft, and lobed. The venation is plainly reticu-
lated.

The Flowers are singly mounted on long, slender pe-
duncles which are grooved or furrowed. The 5 sepals are
reflexed hent backward and downward.* The 5 petals
are broad, rounded, shining and golden, forming a cup-
shaped corolla. The honey scale at the base of each petal
is toothed. The stamens are about 50 ; and the pistils
(carpels) about 20, each tipped with a short, sessile, recurved
stigma.

The .Fruit is a round head of about 20 distinct, lens-
shaped aclienia, each tipped with a short beak.

PLAIST OF TITE FLOWER. While there is only one whorl
or circle of sepals (c) and one of petals (p), there are at
least 5 of stamens (s) and 4 of pistils (o). The alternating
position of all these organs, so clearly shown in the
diagram, is obscured in the flower itself by their crowded
condition. Why is the flower symmetrical ? Why is it
hypogynous ?

The Name. This pretty specimen of Buttercup is
appropriately named Ranunculus bulbosus (Linn.)f the
Bulbous Crowfoot.

The Record. The analysis of this plant may be recorded
in the accompanying blank tablet, or in one of similar

* It is noticeable that the green sepals of the Calyx, having acted as nurses and
protectors to the petals of the flower buds, are reflected or fall off almost immediately
after the flower opens, as if they were anxious not to interfere with the success of
the floral functions by concealing the bright petals from the insect eye.

t Of the genus Ranunculus there are 50 species in N. America, and at least 200 in
the World. Their prevailing color is yellow, but some are white, as the beautiful
R. aconitifdlius of the Alps, and the gardens. Another, the splendid E. Asiaticus, Is
either yellow or crimson on the hills of Palestine. This is the Garden Ranunculus
which sports into innumerable varieties of color, with single or double flowers as
large as a Rose.

EANUNCULUS BULBOSUS.

'a ^
^ ^

s" ^

'S a

Q" *-

HJ H

1 1

B 1

O'OQ

p .

ORGAN.

Plant, L.S.S.Q,

ft
M

2
02

Leaves, L.P.C.F.S.Q.

Inflorescence, P.K.A.

Petals, L.N.P.F.

Stamens, N.P.C.

i-*

.tf
ft

6"
ft
d

LOCALITY,
CLASSIFICATION,
Ord

54 THE LIVERLEAF.

construction. The letters following the name of the organ
are the initials of topics at the head of the tablet.

Scientific Terms. Axial root. Inaxial root. Keflexed.

X. THE LIVERLEAF.

Description. In the rich, black mould of the rocky
woods, low among the dead leaves where a snowbank lately
lingered, peeps up the blue Liverleaf to herald, with the
Bluebird, the advent of Spring. Nothing is visible but its
leaves and flowers. When lifted from its bed entire and its
roots rinsed clear of soil, the plant may be placed in a glass
of water, and examined at leisure.

Analysis. The ffioot is inaxial like that of Ranun-
culus, consisting wholly of long branching fibers.

The Stem is a shapeless body the solid basis of the plant
under ground, whence spring the roots downward, and the
leaf and flower stalks upward. Such a stem is called the
crotvn, and the plant is said to be acaulescent (stemless), for
it has no proper stem. Plants with ordinary stems bearing
the leaves and flowers, like the Crowfoots, are said to be
caulescent.

The Z/eares are of two ages, some of the last year's
growth, and some just arisen. All are supported on long,
hairy stalks or petioles which arise from the ground, appar-
ently from the roots ; hence they are radical and petiolate.
The blade is firm and leathery in texture, that is, coriaceous,
and is fashioned into 3 entire lobes (trilobate). In the por-
trait (Fig. X) the lobes of the leaves are obtuse at the apex.
Is it so in your specimen?

The VENATION of the blade is hand-shaped or palmate.
From the end of the petiole in the base of the blade, 3 pri-
mary veins diverge, one through each lobe to its apex.

HEPATICA.

FIG. X. Hepatica (or Anemdne) triloba : 1, a stamen seen in front ; 2, in rear ;
3, a pistil or carpel ; 4, 5, the ovule, pendulous, anatropous ; 6, a section of the seed
showing the 2-cotyledoned embryo in large albumen.

56 THE LIVERLEAF.

From these veins along each side proceed the veirilets, and
from the veinlets start out the veinulets. The latter form a
fine network throughout, and so differ from the forked vein-
ulets of the Ferns (p. 22). Hence this leaf is palmi-vemed
and net-veined. Take note also of the persistence of the
leaves. They survive the frosts and snows of Winter until
after the new leaves of the following Spring appear. Thus
the plant is evergreen.

Inflorescence. The flowers are mounted each on a
slender stalk arising from the crown with the petioles. Such
stalks, bearing no true leaves, but flowers only, are called
scapes. Near the top of the scape, a little below the flower,
is a whorl of 3 little green leaves egg-shaped or ovate* in
outline. Are these the sepals of the calyx? They are not
so regarded, for they are remote from the flower. They are
bracts forming an involucre (involvo, I wrap up).

The calyx resembles a corolla. There are 6 to 9 colored,
oblong or obovate sepals, white or delicately tinged with
blue or purple. But why is this circlet called a calyx rather
than a corolla? It is so named in accordance with a general
rule that " the outer whorl of the floral envelopes shall be
regarded as the calyx whatever be its color." Hence the
corolla is wanting in this flower, as there is no second inte-
rior whorl, and the flower is apetalous (without petals). The
stamens, pistils and fruit are so nearly like those of Banun-
culus that the student will need no repetition of the terms to
be employed in their description.

The Ovule (4, 5) grows out or is pendulous from the top
of its cell. The stalk (funiculus) passes down its side to s,
or rather say the ovule is andtropous, i. e., turned or bent
over on its stalk. How is it in Claytonia (p. 42) ?

* The term ovate is employed in describing flat, expanded bodies, like leaves ; ovoid
is applicable to solids, such as the bulb.

HEPATICA.

Classification. The plant represented in Fig. X, as
named in our botanies generally, is Hepatica triloba (hepar,
liver, triloba, 3-lobed). The early Linnaean name (probably
the true one), was Anemone Hepatica. Our specimens may
be of the other species, H. acutiloba. In the former the leaf-
lobes and bracts are obtuse ; in the latter, acute. As we have
seen, Hepatica is closely related to Kanunculus, especially in

ORGAN.

Life, Habit, Number, Place, Kind, Construction

, &c.

PLANT.

if , acaulescent herb, 36' high.

ROOT.

U , of many long branching fibers.

STEM.

Crown subterranean, perennial. [venation palmate.

LEAVES.

Evergreen, coriaceous, trilobate, acute on radical

petioles,

INFLORESCENCE.

Scapes radical, 1-fiowered, pubescent.

FLOWER.

Apetalous, with an involucre of 3 ovate bracts.

Calyx.

Corolla-like, light blue or purple.

Sepals.

6 9, oblong or obovate.

Corolla.

Wanting.

Petals.

Wanting.

Stamens.

GO , hypogynous, white, filaments slender.

Anthers.

Oblong, 2-celled. v

Pistils.

oo, green, hairy.

Ovary.

Oblong, distinct, simple.

Stigma.

Nearly sessile, acute, style none.

FRUIT.

13 or more oblong achenia hairy at top.

SEED.

One in each carpel.

LOCALITY. Dry woods. (Date), April 10, 1877.
CLASSIFICATION. PHENOGAMIA,, EXOGENS.
Order, RANUNCULACEJE.
NAME, Hepatica ncutiloba.

58 THE HUE ANEMONE.

the absolute freedom or distinctness of all its organs, and the
structure of the stamens, pistils and fruit. It must therefore
be included in the same Tribe or Order, viz., Kanunculacese,
or the Crowfoots.

Scientific Terms. Acaulescent. Apetalous. Bracts. Caules-
cent. Coriaceous. Evergreen. Involucre. Palmi-veined. Scape.
Trilobate. Veinlets. Veins. Veinulets.

XI. THE RUE ANEMONE.

Description. In April and May the woods, while yet
leafless, are aglow with Anemones. The species portrayed
in Fig. XI continues long in bloom, developing its pure white
flowers in succession until a full cluster is displayed.

Analysis. The ffiool is similar to that of Claytonia
(p. 39), but instead of one there are usually 2 or 3 tubers of an
oblong form, with fibrous roots attached. As to its life or
duration, it would seem to be perennial ( ~4 ).

The Stem its life, habit of posture and branching, its
form and dimensions (size) may be considered and noted by
the student.

The leaves are compound, and will furnish the principal
topic in this analysis. There is one radical leaf and 2 or 3
cauline. The former is also petiolate. The petiole divides
at the top into 3 branches ( petiolules) and these again into
3s 9 in all, each bearing a leaflet. It is therefore twice ter-
nate or Hternate. The cauline leaves are situated at the top
of the stem (inv). Apparently there are 6 or 9 simple, pet-
iolate leaves in a whorl. But the petioles are joined at the
base into sets 3 in each set. Hence we conclude that there
are 2 or 3 ternate or trifoliate, sessile leaves. The leaflets
are all similar, oval, 3-lobed at the end. Not unfrequently
the radical leaves are thrice 3-parted, bearing 27 leaflets.
They then become triternate.

THE RUE ANEMONE.

The Inflorescence is terminal. The leaves around it
may be regarded as forming its involucre. Several pedicels,

each bearing a flower,
arise from a common
point in the midst of
the leaves. Such an
arrangement is called
an umbel (umbella, a
little shadow), and
the pedicels are the
rays of the umbel.

The Flowers re-
peat the apetalous
habit of Hepatica.
There is a single
whorl of envelopes
the calyx, composed
of 5 to 10 distinct,
elliptical sepals of
dazzling white. There
is a crowd of stamens,
with side-opening an-
thers, perfectly dis-
tinct and free; and in
their midst appear
the 6-10 distinct pis-
tils. The close ob-
server will miss the

FIG. XL Anemdne thalictroides : 1, a stamen;
2, section of flower ; 3, fruit.

nectaries. * Neither

* The Kanunculacese offer very remarkable differences in the manner of their
adaptation to insects. Honey is secreted by the petals in Ranunculus, Hellebore,
Larkspur and Columbine ; by the sepals in certain Paeonies, by the stamens in Pulsa-
tilla, and by the ovaries in Cowslip, while it is entirely absent in Anemone, Hepatica,
and Thalictrum. The flower is made conspicuous by the corolla in Ranunculus, by
the calyx in Anemone, by both in Larkspur, and by the stamens in Thalictrum. The

60 ANEMONE.

honey scales, nor glands, nor spurs are to be found in this
flower, which is regular, apetalous, polyandrous, and
hypogynous.

The J^ruit. After the sepals and stamens have perished,
the green pistils still persist and ripen into a head of distinct
achenia which are singularly grooved and fluted.

XII. THE WOOD ANEMONE. 4

'"''The coy Anemonk that ne'er uncloses
Her lips until they're blown on by the Wind."

Description. The Wind Flower, as it is frequently
called, abounds in hilly woods and often in company with
the Rue Anemone. It is a smaller plant, always one-flow-
ered, and about 5' high while the latter may be 9'.

Analysis. In the ffiootwe have a new feature. It is a
slender creeper, a little fleshy, growing just beneath the
surface of the soil. It is called the root-stock, or more
accurately the rhizome. From its joints fibers grow down-
ward and stems upward.

The Stem, slender but firm and erect, bears at the top
3 compound leaves forming, as it were, an involucre around
the one large flower. There is often, also, a radical leaf of
the same form. All are petiolate, palmately compound, and
their 3 (rarely 5) leaflets wedge-shaped (cuneate) at the base,
cut into lobes and teeth above. They are acrid to the taste
like the herbage of the Buttercup. Sheep and goats will eat
them, however, while they are refused by cattle and swine.

honey is easily accessible in Ranunculus to all kinds of insects, yet the flower can
dispense with their services and fertilize itself ; while in Larkspur, where insect aid
is indispensable, the honey is stowed away in the end of deep spurs, and accessible
to bees only. The stigmas are not matured until after their own stamens have shed
their pollen ; then they put themselves in the way of the bees, to be dusted with pol-
len from other flowers.

AKEMOXE.

The Inflorescence is solitary. The one large flower
is near of kin to the foregoing. It is apetalous. Its 4 7
sepals are oval in out-
line, white and more or
less tinged with pur-
ple. The stamens and
pistils will also be iden-
tified and denned by
the student. Why are
they indefinite ? Which
hypogynous ?

The Fruit. Is it
compound, or simple ?
Of what kind? How
many seeds in each
little fruit or carpel?

The Name. Ane-
mone,* the generic ti-
tle, comes from the Gr.
animos, wind. It was
adopted by Linnaeus
from the idea then
prevalent that its flow-
ers open only when the
wind is blowing. The
specific name of the
Rue Anemone is A. tlialictroldes, so called for its resem-
blance to Thalictrum, the Meadow Rue.f Of the Wood

FIG. XTI. Anemdne nemordsa : 1, a head
of ripe carpels ; 2, a single carpel achenium.

* So accented according to the Latin prosody; but as an English word it is
Anemone.

t This plant has long hung trembling between the two genera Anemone and Tha-
lictrum. Its involucre and flowers are those of Anemone ; its leaflets and achenia like
those of Thalictrum. Linna3us named it as above. Michaux called it Thalictram
anemonoides.

62 THE WOOD ANEMONE.

Anemone, A. nemorbsa (minus, a grove) is the specific
name. *

In the Meadow Rue, the minute sepals fall off as soon as
the flower opens. But the stamens are enlarged and their
anthers yellow. Thus a little floral economy does away with
the necessity of the usual attractive floral envelopes.

Classification. The next inquiry is, To what order do
the Anemonies and Hepaticas belong ? With stamens poly-
androus, hyp6gynous, and pistils distinct, forming simple,
unconnected fruits, they agree with the Crowfoots, and their
order is RANUNCULACE^.

The Order of the Crowfoots (Ranunculaceae) embraces
in all about 40 genera and 1000 species. From the fore-
going and other examples, we deduce the following brief for-
mula of its character:

1. Plants with a colorless, acrid juice.

2. Leaves reticulate-veined, never peltate.

3. Flowers with their members all free and distinct.

4. Sepals, or petals, 3 15, equal or unequal.

5. Stamens indefinite, hypogynous.

6. Pistils few or many, distinct, oblique.

7. Fruit a few or many achenia, pods, or berries.

The Crowfoots delight in cool, damp climates. Their
juices, generally acrid, are strong enough in some Butter-

* The genus Anemone is large and interesting. Sixty kinds inhabit the N. Tem-
perate Zone in both Continents. In the United States, from Sea to Sea, some 20
species flourish. The Pasque Flower, Nuttall's Pulsatilla, in Illinois and the North-
west, is the most curious of them all. Its bluish blossoms, as large as a Rose, open in
early April; after them the leaves, cut into many slender segments and clothed with
long silky hairs, spread themselves, while the ripened achenia, fledged with feathery
tails, take flight on the wind to new and distant homes. It derives its name from the
fact that it was formerly the custom in England to use this, as well as other wild flow-
ers in staining Eggs for Easter-gifts, called Pasque Eggs.

Many grades and styles of beauty are represented in this genus, from the humble
Wood Anemone upward, culminating in the Royal Anemone of Palestine (A. corona-
ria), one of the " Lilies of the field " arrayed in more than Solomon's glory. Its leaves
are delicately cut and fringed, and its flowers, broad as the hand, shine in Tyrian
purple.

ANEMONE.

ANALYSIS OF AN ANEMONE.

ORGAN.

Life, Habit, dumber, Place, Ztehiscence, K ind, Construc-
tion, .Form, Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

11, herb 6-10' high, generally smooth.

Root, L.K.

if. , oolong starchy tubers with fibers attached.

Stem, L.H.K.F.

Annual, an erect, simple, terete caulis.

Leaves, L.P.C.F.S.Q.

1 radical, biternate, 2 cauline, ternate, sessile, Ifts. 3-lobed.

Inflorescence, P.K.A.

Terminal, umbettate, involucrate.

Flower, N.C.

3-7, regular, apetalous, hypogynous.

Calyx, F.Q.

Rose-form, petaloid, white.

Sepals, L.N.P.F.

Deciduous, 5-10, spreading, elliptical, imbricated.

Corolla. F.Q.

None.

Petals, L.N.P.F.

None.

Stamens, N.P.C.

q,, hypogynous, distinct, filament club-shaped (clavate).

Anther, D.C.F.

Oval, 2-lobed, opening laterally, innate.

Style, N.C.F.

None, or very short.

Stigma, N.F.

6-10, sessile, simple.

1 Ovary, C.F.Pn.

Distinct, simple, oblong, with 1 suspended ovule.

Fruit, N.D.K.F.Q.

Achenia 6-10, smooth, fluted, otofrd.

Seed, N.C.F.Q.A.

1 in each carpel, albuminous, emb. 2-lobed.

LOCALITY. Woods, Worcester, Mass. (Date), May 8, 1870.
CLASSIFICATION. PHENOGAMIA ; EXOGENS.
OBDER. RANUNCULACE^E, or the CROWFOOTS.
NAME. Latin, Anemone thalictroides.

English, Rue Anemone.
REMARKS. The cauline leaves serve as an involucre.

64 THE BLOOPKOOT.

cups to blister the skin, and become actively medicinal and
poisonous in Aconite and Hellebore. Their flowers are gen-
erally ornamental, of various styles of beauty in Clematis,
Adonis, Kanunculus, Anemone, Columbine, Larkspur,
Monk's-hood, and culminating in the splendid Paeony.

The Record. Let the student now enter in the tablets
of the Plant Record, or such as he may himself prepare, the
analysis of the Anemonies. In doing it, the presence of the
plant itself is indispensable, together with the foregoing-
instructions, and also a frequent reference to the Illustrated
Glossary.

Scientific Terms (defined in XI and XII). Biternate. Compound
leaves. Cuneate. Generic. Leaflet. Palmate. Petiolule. Rays.
Rhizome. Specific. Ternate. Trifoliate. Triternate. Umbel.

XIII. THE BLOODROOT.

Description. Some sunny morning in Spring, in
woody vales along the banks of a purling brook, or the
track of a hidden streamlet, we may surprise in bloom the
bright, frail flowers of the Bloodroot. The plant is remark-
ably simple in its portrait, smooth and glaucous in surface.

Analysis. The ffioot consists of fibers and fibrils only,
for we must consider that thick, fleshy body (//*), although
underground,

The Stem ; there is no other. It is a true rhizome or
root-stock, growing horizontally, filled and reeking with a
blood-red, acrid, medicinal juice.* From its joints or off-

* In lifting this plant from its bed, one is forcibly reminded of tbe sad experience
of JSneas at the grave of Polydore (^Eneid, Book III).

I pulled a plant with horror I relate
A prodigy so strange, and full of fate !
The rooted fibers rose, and from the wound
Black bloody drous distilled upon the ground.

SANGUINAKIA.

FIG. XIII. Sanguinaria Canadensis*: 1, 2, stamens; 3, the pistil ; 4, pistil dis-
sected ; 5, an ovule anatropous ; 6, the capsule opening ; 7, seed ; 8, seed dissected,
both crested ; 9, the embryo.

* Generic names are nouns, and should always begin with a Capital. Specific
names are generally adjectives, and should never begin with a capital except when
derived from (1) a country, or (2) a person, or (3) when they are nouns ; as (1) San-
guinaria Canadensis, (2) Osmunda Claytoniana, (3) Papaver Eheas.

66 THE BLOODEOOT.

sets here and there, a bud issues and sends up a leaf and a
flower the whole visible plant. The term acaulescent is
applicable to the Bloodroot as well as to Hepatica, it being
apparently stemless.

The JLeaf comes up from the ground lovingly embracing
the flower-bud like a cloak. In the bud both together were
enveloped in the membranous scales (sc) which now surround
the base of the stalks. The rounded blade is conspicuously
palmi-veined and netted, its margin lobed, with rounded
sinuses between the lobes, and its base cordate (heart-shaped)
with a deep recess.

The Flower loses its two green caducous sepals as soon
as it opens. The pure-white petals, open only in the sun-
shine, are soon deciduous. The 4 interior are shorter than
the 4 exterior, giving the expanded corolla the form of a
square. The stamens, about 24 in number, are hyp6gynous.

The Fruit* A pistil evidently composed of 2 united
carpels, having a double, sessile stigma (3, 4) occupies the
center of the flower. It becomes in fruit an oblong capsule
with a single cell. Two lines run lengthwise on opposite
sides of the ovary or pod (3) marking the conjoined edges of
the carpels. We will call these the sutures (sutura, a seam).
Within the cell are two corresponding lines or ridges to which
the seeds are attached ; term these the placentae ; and being
located on the wall (paries) of the cell, parietal placenta?.*
It contains many seeds, and finally opens by 2 equal valves
which break away from the placentae and leave them still in
place (6). See how the ovule (5) is bent over and adhering
to its stalk (andtropous). Notice in the seed (7) its promi-
nent and singular crest (c) and the 2-lobed (dicotyledonous)
embryo (8, 9) in the end of the large albumen.

* Observe that in ErythrOnium the placentae are central.

SANGUINARIA.

The Name. This genus is appropriately named San-
guindria (sanguis, blood); and as Linnaeus obtained his first
specimen from Canada, he made its specific name 8. Cana-
densis. It is the only species yet known.

Classification. We find in this plant a new combina-
tion of characters a colored juice, a flower 2 or 4-parted, a

ANALYSIS OF BLOODROOT.

OKGAN.

Life, Habit, Number, Place, Dehiscence, Kind, &c.

PLANT.

U , acaulescent, 610' high, smooth, glaucous.

ROOT.

fibrous, growing from the thick root-stock.

STEM.

A rhizome, horizontal, full of a red acrid juice.

LEAVES.

Solitary, radical, palmately 79-lobed, petiolate.

INFLORESCENCE.

Solitary, radical, bud infolded by the leaf.

FLOWER.

One, on a scape, whttt, perfect, complete.

Calyx.

Qreen, very smooth.

Sepals.

Caducous, 2, imbricate in bud.

Corolla.

Square in outline, white, double.

Petals.

3, in % rows, oblanceolate, wide-spread.

Stamens.

2If, hypogynous, with slender filaments.

Anther.

Innate, oblong, yellow.

Pistil.

Double, of 2 carpels, green.

Stigmas.

2, sessile or style very short.

Ovary.

Tapering at both, ends, ovules in 2 rows.

FRUIT.

Capsule turgid, 1' long, 1-celled, 2-valved.

SEEDS.

oo , round, crested on one side, reddish brown.

LOCALITY Damp woody vales. (Date), April 10, 1877.
CLASSIFICATION. PHENOGAMIA, POLYPETALOUS EXOGENS.
Order, PAPAVERACE^E POPPYWORTS.
NAME. Latin, Sanguiiiaria Canatlensis.

68 THE POPPY.

caducous calyx, numerous Jiypogynous stamens, and a com-
pound 1-celled capsule. Let these be remembered as the
marks of the Order, which will be named in the next lesson.
The Record (on page 67) should be used by the learner
not to copy, but for comparison with his own, previously
and independently sketched ; also as a guide in the record
of the Poppy and other similar plants.

XIV. THE POPPY.

Description. Toward the end of May some of the Pop-
pies may be found in bloom in gardens and fields. Their
graceful form attracts the eye, while the richness of their
scarlet tint harmonizes with the green verdure around. Their
own verdure is sea-green, somewhat hairy, and like the
Bloodroot, contains a colored juice white instead of red.
The Poppy never springs from the last year's root, but from
the seed alone, flowering, fruiting, and perishing, all in one
season. It is therefore an annual herb (often thus denoted ).
The Bloodroot with its ever-growing rhizome is necessarily
perennial (2).

Analysis. The root is axial (p. 50) a tap-root growing
from the seed downward, branching, tapering.

The Stem stands firmly erect, terete, somewhat branch-
ing, and with bristly spreading hairs.

The Z/eares are cauline, sessile, pinni-veined, and oblong
in general outline, with the margin more or less lobed, or
divided into segments (pinnatifid).

The Flowers are few and large, each supported on a
stout peduncle, nodding in the bud (#), finally erect. The

* These notes apply only to the natural, single, or simple-ftowereA Poppy. Should
the specimens have double fiowers, they will open a new field of inquiry, for which
see the lesson on the Rose (XXVIII).

PAPAVER.

Ite. XIV. Papaver Rheas : 1, the fruit.

70 THE POPPY.

calyx is like that of Sanguinaria. The corolla (white or
red) consists of 4 broad petals, thin and fragile, crumpled
in the bud and opening convulsively. * The stamens are as
in Sanguinaria, but more numerous. There is but one pis-
til, a large, turgid, green ovary capped by a broad, sessile
stigma, with no style. The rays marking the top of the
stigma, indicate so many simple stigmas and carpels united
into this one compound pistil.

The Fruit is a capsule, 1 -celled, crowned with the broad,
persistent stigma. It opens by as many little valves under
the margin of the stigma as it has rays one to each carpel,
for the escape of the seeds. These are exceedingly small
and numerous. Linnaeus counted 10,000 in a single
capsule.

The Name of the Poppy family is the ancient Koman
one, Papaver. It is said to come from papa, the Celtic
word for pap, because its capsules were formerly given to
infants with their food as a soporific. Among the 30 species
of the Poppy, red is the prevailing color. Three kinds, at
least, with large, brilliant scarlet or crimson petals frequent
our gardens and fields. One of these, P. Rlieas, the Corn
Poppy, is portrayed in Fig. XIV. f Another species, the
Opium Poppy, has white flowers. It is appropriately
named P. somniferum (somnus, sleep, fero, I bear).

The Order or tribe of the Poppyworts PAPAVEKACE^:,

* These petals are so delicate that even when we cut them with scissors it is
almost impossible to keep them from crumpling. But the Poppy bee having dug a
hole three inches deep in the ground and smoothed and polished the sides, hangs the
walls of its little home with tapestry, using these Poppy petals, which it employs
with so much skill that they are smooth as glass.

t The Ancients believed that the presence of the Corn Poppy in their fields was
necessary to the prosperity of the Corn (Wheat) ; hence the seeds were among the
sacred offerings to Ceres, and her garlands were composed of Wheat-stalks with their
bearded heads intertwined with Red Poppies. " The term rheas," says William Tur-
ner, who wrote in 1551, "is given because the flower fallith awaie hastilie." This
Poppy is so abundant in England that it is dreaded by the farmers as a pestiferous
weed.

VIOLA. 71

includes 20 genera and 150 species, chiefly natives of the N.
Temperate Zone, briefly characterized as follows :

Herbs with colored or milky juice.

Flowers 2 or 4-parted, polyandrous, hypogynous.

Sepals fugacious.

Ovary compound, 1-celled.

Fruit a dry pod, with parietal placentae.

The POPPYWORTS all possess narcotic properties in their juice, but
not in their seeds. The milky white juice of the Opium Poppy, when
extracted and dried, becomes the opium of commerce.*

The California Poppy (EschscTioltzia), a showy garden annual, is so
abundant on the hillsides of California as to paint them with its own
yellow-orange color visible far out on the Sea.

The Celandine (Ghelidonium majus), from Europe, grows in road-
sides and waste places. Its saffron-colored juice is said, when faith-
fully applied, to kill warts.

Scientific Terms. Annual herb. Caducous. Crest. Dicotyle-
donous. Glaucous. Placentae central. Placentas parietal. Rhizome.
Sinus. Sutures. Tap-root.

XV. THE VIOLETS.

Description. Who does not know and love the Vio-
lets ? Early or late in spring, in all our rambles, they greet
us with their quaint and cheerful faces the yellow in the
rocky woods, the white in boggy swamps, and the blue
everywhere.! With specimens in profusion, let us first

* The narcotic properties of the Poppy must have been early known, for in ancient
Greece the god of sleep was figured as reclining on a bed of its snowy blossoms, and
grasping them in his motionless hand. In the East the Poppy attains a greater lux-
uriance, and its white juice is more abundant than in our colder climate. The pro-
cess of collecting the opium to-day is the same as described by Dioscorides many
centuries ago. At sunset incisions are made in the half-ripened capsules. During
the night the juice exudes and collects in globules outside. The next morning these
are scraped off, thickened in the sun, and shaped by the hand into balls. The seeds
are not injured by the flow of the juice, and make a second harvest. They contain
no opium, but are rich in oil, which, as an article of diet, is nearly as good as the
Oil of Olives.

+ History tells us how in all ages the Violet has been prized. Athens honored it
with the first place in floral wreaths. An ancient poet speaks of "living in Violet-

THE VIOLETS.

FIG. XV. Viola cucullata : 1, the corolla displayed ; 2, the odd petal ; 3, the sta-
mens, &c. ; 4, the ovary and style ; 5, section of a seed ; 6, section of a flower of V.
rotundifolia ; 7, section of ovary ; 8, the capsule wide open, the valves covered with

crowned Athens." The Romans had their " Dies Violaris," the day devoted to
decking the graves with flowers. An old English herbalist says, " Verie manie of
these violets receive ornament and comelie grace, for there be made of them gar-
lands for the head, nosegaies and posies, which stirre up a man to that which is

comely and honest." Who cannot respond to these lines of Willis :

1 ' There is to me

A daintiness about these early flowers
That touches me like poetry. They bloom
With such a simple loveliness among
The common herbs of pasture, and breathe out
Their loves so unobtrusively, like hearts
Whose beatings are too gentle for this world."

VIOLA. 73

examine the blue. Like Hepatica, this Violet is a peren-
nial, acaulescent herb. According to its locality, it is
smooth (glabrous) or hairy, the latter in poorer soil.

Analysis. From what the learner has already seen, he
will easily characterize the root, stem, and scapes. But in
the leaf and flower several new features will appear.

The .Leaves are borne on long petioles, springing from
the underground stem, and each petiole is embraced at its
base by a pair of narrow linear scales. The nature of these
appendages will be better understood hereafter (p. 75).
The blade is rolled inward at the base, so as to imitate the
form of a hood (cucullus) ; hence the leaf is cucullate.
When spread out, as in dried specimens, the blade is as
broad or broader than long. A sinus or recess at the base,
where it joins the petiole, makes it cordate (heart-shaped) or
reniform (kidney-shaped). The margins are usually crenate
(notched) i. e., wrought into small rounded notches. But
in this they greatly vary, being sometimes found divided,
more or less deeply, in five to nine lobes. As to venation,
are they pinni-veined, or palmi-veined ?

Inflorescence. The flower-stalks or scapes are two-
bracted about midway, and recurved at the top, so that the
flowers are nodding, and resupinate (inverted).

The Flowers hitherto studied are regular ; that is, they
have the same form and look on every side. But the
flowers of the Violet are irregular, being oblique or one-
sided. This is due to the inequality of the five petals.
They differ in shape, size, color, and posture, and are
assorted into two pairs and an odd one the upper (lower
by resupination), which is protruded behind into a blunt
sack or spur (2). All are blue, with a yellow and pencilled
base, and the lateral ones are broadest and bearded. The
five green sepals are each extended behind into an ear-
4

THE GARDEK VIOLETS.

shaped lobe ; that is, they are auriculate (auricula, a little
ear). The five stamens are oddly constructed (3). Hitherto
we have seen the anther as in the Crowfoots, innate, i. e.,
home on the top of the filament ; but here it is adnate,
i. e., attached to the side of the filament below the top.
Then two of the filaments project a little spur into the spur
of the odd petal !

The Fruit. The club-shaped style bears an oblique,
hood-shaped stigma. The 1-celled ovary ripens into a
1-celled, 3-valved capsule with three parietal placentae.
(See page 66.) When the valves open they display each a
placenta along its middle covered with seeds. Why is the
seed (5) anatropous? Why dico-
tyledonous? What is the ratio of
the albumen and the embryo ?

Cleislogen e Flowers . The
early flowers just described seem
to be intended chiefly for display,
as they often prove infertile. Later
in the season the plant produces
flowers on very short scapes, hid-
den beneath the leaves, or even in
the soil, destitute of petals, but
always fertile (See (9), where a is a
flower, b a fruit). Such flowers are cleistogene (never open),
and it is remarkable that their anthers produce but few
grains of pollen, barely one to each ovule.*

9, Cleistogene flowers of
V. cucullata.

* Here is illustrated the economy of Nature, at one time lavish, at another frugal,
but always for a reason. When the pollen is to he carried hy chance insects, or per-
haps by the wind to distant flowers, an immense amount must needs be wasted. But
when it is confined in the closed flower, a very little answers the purpose. In this
case there is no need of insect help, and consequently the flowers have no tall stem
to push them out into notice, no fragrance, no color, no honey, and indeed no petals.
Yet they often bear more seeds than the so-called flowers. There is something
almost human in the self-sacrifice of these flowers to sheer duty.

VIOLA.

XVI. THE GARDEN VIOLET.

Description. That the Garden Violet has long been a
general favorite is shown by the variety of names it bears,
such as Pansy (Fr. pensee, thought), Tricolor, Heartsease,
Lady's-delight. We find it not only in gardens, but grow-
ing wild in fields and woods.*

Analysis. The ffiool growing downward, branches
into innumerable thread-like fibers, which are annually
renewed, while as a whole it is perennial.

The Stem arises above ground 6-12', is angular, gen-
erally glabrous, with the branches curved upward, leafy
throughout.

The Z/eares are pinni-veined, ovate or oval, crenate,
obtuse, and the petiole bears at its base a pair of conspicu-
ous appendages, much larger than those in the Blue Violet

FIG. XVI. Viola tricolor : 2, a leaf and stipules displayed.

(p. 71), although of the same nature. These are called
stipules, an organ which distinguishes all the Violets, and
many other families ; also some whole tribes, as the Rose-

* We once (A. D. 1866) crossed a broad plain in central Oregon literally covered
With wild Pansiee.

THE GARDEH VIOLET.

ANALYSIS OF A VIOLET.

ORGAN.

Life, Habit, Number, Place, Dehiscence, Kind, &c.

Plant, L.H.S.Q.

y. herb acaulescent, 6-12'. smooth.

Root, L.K.

Vr an axis or root-stock branching into fibers.

Stem, L.H.K.F.

A subterranean crown or rhizome.

Leaves, L.RC.P.S.Q.

O on long, radical petioles, cucullate, cordate, palmi-veined,
crenate, stipulate.

Inflorescence, P.K.A.

Scapes each 1-fiowered, with % bracts.

Flower, N.C.P.

Perfect, complete, nodding, some apetalous.

Calyx, F.Q.

Irregular, green.

Sepals, L.N.P.F.

Persistent, 5, lance-ovate, auriculate.

Carolla, F.Q.

Irregular, chiefly violet-blue.

Petals, L.N.P.F.

Deciduous, 5, imbricated, %-bearded, 1-spurred.

Stamens, N.P.C.

5, hypogynous, with short broad filaments.

Anther, D.C.F.

Adnate, introrse.

Style, N.C.F.

1, oblique, club-shaped.

Stigma, N.F.

1, turned to one side, with a beak.

Ovary, C.F.Pn.

Triple, ovoid, 1-celled, parietal.

Fruit, N.D.K.F.Q.

1, open by 3 valves, capsule, ovoid, smooth.

Seed, N.C.F.Q.A.

o, anatropous, ovoid, brown, appendaged.

LOCALITY. Fields, meadows. (Date), April SO, 1877.
CLASSIFICATION. PHENOGAMIA, POLYPETALOUS EXOGENS.
Order, VIOLACE^.
NAME. Latin, Viola cucullata.

English, Hood-leaved Violet.

worts. Stipules always appear in pairs and attached to the
base of the petiole. In shape they are as various as the
leaves. Those of the Pansy are cleft into several segments,
of which the terminal is the largest a form called lyrate,

VIOLA. 77

or lyrate-pinnatifid. Contrast these with the stipules of the
Blue Violet.

The Flowers, in their garden dress, are a perpetual
charm, sporting into varieties infinite, yet always with
"method in their madness." In their wild or ordinary state,
they are definitely tri-colored,* with one petal yellow, two
white, and two of that peculiar deep rich purple known as
violet, one of the tints of the rainbow. By cultivation the
petals may be enlarged tenfold, and their three native
colors strangely mixed and confounded. Comparing this
flower with the Blue Violet, why is it resupinate ? Why
irregular ? Which petal is spurred, the lower or upper ?
Which are violet-colored ? Why are the sepals auricu-
late ? Which stamens are spurred ? Why are the anthers
adnate ? Being caulescent, this Violet develops no cleisto-
gene flowers.

The Name. Viola, the ancient Latin name of these
plants, f is adopted in modern science as that of the genus.
It includes 150 species. The Blue Violet is V. cucullata; the
Pansy, V. tricolor both names suggestive of their leading
characteristics. The Violets of S. America are shrubs.

The Order VIOLACE^E, the Violetworts, includes the
genus Viola, and ten kindred genera, one of which, Solea,
grows in the woods of New York, westward and southward.

Many of the Violets, especially those of S. America, possess valua-
ble medicinal properties. lonidium Itubu, called Poaya in Peru, is

* It is worthy of notice that when all the petals of a flower are equal in size and
shape, they are also equally colored and streaked ; but as soon as one petal is enlarged
for any special purpose, a change of color or adornment generally ensues. Thus in
the Violets, especially in the Pansy, the lower petal forms an alighting place for the
insect, and is more brightly colored than the rest of the flower a door-step whence
the color lines lead directly to the honey trove within, and in getting it the bee is
sure to be dusted with the pollen.

t In ancient fable, lo, the daughter of Atlas, fleeing from Apollo, escaped to the
woods, where, by the power of Diana, she was changed into a Violet, which even now
modestly avoids the gaze of Phoebus by hiding her face in her own leaves.

78 CHICKWEED.

one of the sources of Ipecac. Our native V. ovata is a reputed remedy
for the bite of the Rattlesnake. The common Sweet Violet of the con-
servatories (V. odorata), the Ion of the Greeks, is famed for its fra-
grance. Its root is purgative, and employed in making the Syrup of
Violets. The blue infusion of its flowers is employed by the French
in numerous confections, and it also furnishes a chemical test, turning
green with an alkali and red with an acid.

Scientific Terms. Adnate anther. Cleistogene flower. Cordate.
Crenate. Cucullate. Irregular flower. Innate anther. Lyrate. Ly-
rate-pinnatifid. Reniform. Regular. Spur. Stipules. Auriculate.

XVII. CHICKWEED.

History. We have before us a plant, humble in appear-
ance,, but of noble lineage and truly cosmopolitan. It is a
common weed everywhere north of Mexico, and is abundant
in Europe, whence it is supposed to have emigrated hither.
It delights in cool, shady places on cultivated ground, and
blossoms from the beginning of Spring to the end of
Autumn.

Analysis. THE LEAF EEGIOK. The root is annual
and fibrous. The stem is slender and weak, and therefore
prostrate or but half erect, nearly 1 foot long, with distinct
nodes (joints), and terete internodes (p. 85), which are singu-
larly distinguished by a hairy line which changes sides at
each joint. Its branches are like forks dicliotomous. The
leaves are ovate, smooth, entire, two at each node and oppo-
site, 1' in length, mostly petiolate.*

The Inflorescence proceeds in the following order :
1st, the stem early terminates in a flower ; 3d, a pair of
branches arises from the axils of the upper pair of leaves

* It is curious to note how, as the chill of night comes on, the leaves fold together
in pair.*, enclosing the tender germ of the young shoot at the axil ; while the upper
pair but one is larger than the others and covers over the last pair, so securing the
end of the branch.

STELLA RIA.

and each terminates in a flower, leaving the first flower in
the fork ; 3d, the same process is repeated in each of these
branches, the 2 secondary flowers being left below, each in
a fork like the first, and so on to the last. Thus the central
flower is the oldest, and the inflorescence is centrifugal.

The Flower may always be seen when the sun is shin-
ing, looking like a little star among the green leaves. It is
regular, perfect, 5-parted, pedunculate. The green, hairy

FIG. XVII. - Stellaria
media : 1, a flower ; 2,
calyx with fruit ; 3, sec-
tion of a flower ; 6, sta-
mens and pistil ; 5, seeds
heaped on the placenta ;
4, section of a seed.

calyx is larger than the white corolla. The sepals are lance-
olate and quite distinct from one another. The petals are
each deeply 2-cleft (bifid), so as to appear as if there were
1 0. The ovary is ovoid, surmounted by 3 sessile stigmas,
and surrounded by the stamens, which are normally 10, each
standing on a honey gland. But these little flowers assume
large liberty ; often, nay generally, their stamens are reduced

80 THE PINK.

to 5, 4, or even 3.* Also late in the season they omit their
petals, or develop some mere rudiments only.

The Fruit comes to be a capsule with 1 cell opening by
6 valves (or 3 split valves). The placenta stands in the
center (free-central), covered with seeds which have a black,
sculptured coat (testa), and a curved embryo around 1 mealy
albumen. (See Fig. XVII, 4.)

The Scientific Name of Chickweed is Stelldria media,
the former in allusion to the silvery stars (stella, a star) of
its blossoms, and the latter to its abundance (media, com-
mon). The chickadee and the chickens are fond of the
plump seeds ; hence the name Chickweed. The genus Stel-
laria is distinguished by having 5 bifid petals and 3 stig-
mas.

XVIII. THE PINK.

Description. The Garden Pinks and Carnations, so
varied in form and coloring, are supposed to have descended
from a single species known in Europe as Clove Pink, a
native of the Southern Alps. In all its diversities it retains
and is known by its glaucous evergreen foliage. We will
take the common single Pink as the type.

Analysis, The LEAF KEGIOK is complicated, especially
in the, older plants. A caudex (a woody, leafless, close-
jointed stem) with its root-end dissolving into fibers, divides
above into many prostrate, tangled branches, which become
herbaceous and leafy at their upturned ends. Here the true
stems (caulis) begin, with lengthened internodes between
the tumid nodes, bearing a pair of opposite, linear, sessile,

* The student will observe that the stamens come to maturity and shed their pol-
len before the stigmas are ripe. This prevents self-fertilization. (See p. 82.) The
amount of honey secreted in these flowers must be infinitesimally small. By an
elaborate calculation, Wilson concludes that it would require 2,500,000 florets like
those of the White Clover to yield 1 pound of honey ! This gives some idea of the
industry of the bee, and the amount of labor represented in every honeycomb.

STELLARIA.

FIG. XVIII. Dianthus Caryophyllus : 2, a flower, showing all the organs ; 3, the
ovary and two styles ; 4, a petal of Silene stellata, jimbriate (fringed) and unguiculate
(petiolate) ; 5, a petal of Cerastium, bifid.

apparently yeinless leaves at each joint, and a terminal (cen-
trifugal) inflorescence.

THE FLOWER KEGIOX. The flowers, few and large, on
account of their peculiar grace and elegance, have been cele-
brated in story and song from the earliest times. The green
calyx, of 5 united sepals, as seen by their disunited ends, is
truly a flower-cup or v ase, supported at the base by 2 or 3
ovate bractlets. The 5 petals, arranged with consummate art,
insert their long claws (petioles ?) within the vase, forming
a fringed and tinted corolla. Likewise the 10 long stamens
and 2 styles. The ovary is but one, becoming a 1-celled,
^-valved, capsular fruit. The many black seeds with embryo
but little curved, and mealy albumen, cover the free-central
placenta.

82 THE

FERTILIZATION. The nectar, situated in the deep narrow
calyx, can be tasted only by the long tongue of Moths and
Butterflies. The stamens usually appear first, issuing from
the throat of the blossom, and after showering their pollen
on the heads of the visiting Moths, wither away ; immedi-
ately, the 2 long recurved styles emerge, ready to receive the
pollen brought from the other flowers.*

TERATOLOGY. Carnations are Pinks made double by arti-
ficial culture. A careful analysis reveals the curious change
which has taken place. The petals are multiplied to about
20. The stamens have divided themselves each into several,
all more or less deformed, but evidently likewise tending
toward the shape of a petal. The ovary may have become
triple, with a third style, and the calyx may have burst
open. This unruly behavior is called teratology (teras, a
monster). See Lesson XXVIII.

The Name is Didnthus CaryopJiyllus. Dianthus (Dios,
anthos) means the Flower of Jove, or God's own flower ; and
Caryophyllus, the Clove Tree, is applied to this species on
account of its peculiar fragrance. The genus Dianthus is
known by a tubular, br acted calyx, and two styles.

Classification. The two genera Dianthus and Stella-
ria, represent the Order of the Pinkworts, or CARYOPHYL-
LACE^E. The student will remember that they coincide in
the following characters :

Herbs with swollen joints and opposite, entire leaves.

Flowers regular, symmetrical, 4 or 5-parted.

Petals distinct, or wanting.

Stamens twice as many as the sepals, or fewer.

Ovary compound, free from the calyx.

Embryo curved or coiled on mealy albumen.

* Plants with this habit of promotin? cross-fertilization will be found quite numer-
ous, and are called proterandrmts (from the Gr. protero*, earlier, andre*, stamens).
On the other hand, other plants mature their pistils earlier than their stamens. The
Plantain, for example, pushes out its long hairy style a day or so before its own sta-
mens are ready, in order to receive pollen from other flowers.

GERANIUM. 83

The Pinkworts thus defined will include 35 genera and 1000 spe-
cies, growing on mountains, rocks, hedges, and waste places, in the
temperate and cold regions of the World. Except for ornament they
seem to be of little service to Man.

Sweet William (Didnthus barbdtus), with flowers in dense cymes,
and infinite variety of color, is from Europe.

Catchfly (Silene) is noted for the viscid rings just below the joints,
serving not only to catch little flies and gnats, but to stop the ascent
of ants who would steal the nectar intended for the bees.

Corn Cockle (Lychnis CKthdgo) is a handsome weed growing in
Wheat fields because its seed cannot be winnowed from the grain.

Soapwort (Sapondria), called also Bouncing Bet, flourishes by road-
sides. It has large handsome flowers, and its herbage when bruised
may be used for soap.

Scientific Terms in Lessons XVII and XVIII : Bifid. Caudex.
Caulis. Ditchotomous. Free central placenta. Internodes. Nodes,
Proterandrous. Teratology.

XIX. THE WILD GERANIUM.

Description. In May and June, the forests are every-
where adorned with the large, round, pale-purple flowers of
the Wild Geranium or Cranesbill. Beautiful in itself, it is
invested with additional interest by its associations.* It
stands firmly erect, 1 or 2 ft. high, clothed with whitish hairs.

Analysis. The ffioot. Under the soil we find a stout
fleshy root-stock or rhizome, with many strong fibers at-
tached, a very astringent taste, and evidently perennial. It
is often sought by the country people as a household medi-
cine, and sold in drug-stores, by the name of Cranesbill.

The Stem arises in Spring, terete, jointed, and with a
few leaves on long radical petioles. At each joint (nodus)

* There is an Eastern tale that the Geranium was formerly a Mallow, but Mahomet
having laid a garment upon it to dry, it was transformed into this more beautiful plant.
A marvelous change indeed ; for the two plants are botanically unlike by many grades
of difference.

THE WILD GERANIUM.

3 ?

FIG. XIX. Geranium maculatum : 1, plan of the flower ; 2, the stamens, and
(immature) pistil ; 3, the mature pistil ; 4, section of ovary ; 5, ovule ; 6, fruit ; 7, a
seed ; 8, 9, embryo.

GERANIUM. 85

the stem bears a pair of opposite leaves and divides or forks
into branches. Botanists call the joints nodes, and the
portion of stem intervening between the nodes, internodes.
In Geranium the nodes are conspicuously swollen. In
most other plants they are slightly swollen and bear but
one leaf.

The .Leaves are palmi-veined, and palmately 5 or 7-lobed,
the lobes cuneate below and cleft above. Each petiole is
furnished with a pair of narrow, acuminate stipules at the

The JPlQwen, regular and symmetrical, are an inch
broad and 5-parted throughout. The green sepals are
3-veined, and awn-pointed ; the petals obovate, bearded at
the base on the short claw (unguis); the stamens ten (2),
alternately a longer and a shorter one, with the anthers ver-
satile, i. e., balanced on the tip of the filament ; the pistils
5 cohering into one (3).* The torus is remarkable. It
bears 5 glands alternating with the petals, and supports a
central column rising in the midst of the styles to their top.
It is the carpophore, or fruit-bearer (6, c).

The Fruit (6) is a regma (fracture), so named from its
curious behavior. The entire compound pistil persists,
grows into a slender column (b) having the 5 ovaries at the
base. When fully ripe, it breaks up into its 5 constituent
carpels, and each carpel is then borne upward on its recurv-
ing elastic style, which still remains attached to the top of
the carpophore. In this position it is inverted, and its black
dotted seed (7) drops out.

* It has often been observed that the stamens of this plant mature sooner than
their pistil. When the flower first opens, the style is short and the 5 stigmas close up
as seen in Cut 2. After the anthers have shed their pollen, then the stigmas arise
and spread out ready, but too late to receive it. Now they must get their supply from
other and later blossoms. Such flowers are called proterandrous (Note, p. 82). Cross-
fertilization is evidently the end of this arrangement.

86 THE HOKSESHOE GEKANIUM.

The Seed has a rough shell (testa) entirely filled by the
embryo whose 2 cotyledons are nicely folded together and
bent over on the radicle (8, 9). There is no albumen.*

THE PLAK of the flower (1) shows 6 circles, each with
its 5 members all alternating : 1st, the sepals ; 2d, the petals ;
3d, the honey glands ; 4th and 5th, the stamens ; 6th, the
ovaries.

The Name Geranium comes from the Gr. geranos, a
crane, because of a fancied resemblance of the fruit to the
beak of that bird. The species in hand is G. maculatum, or
Spotted Cranesbill, named for the pale blotches often seen on
its leaves. Another common species is G. Robertidnum, the
Herb Eobert, with smaller and redder flowers, f These and
100 other similar species have perfectly regular flowers, with
ten perfect stamens, and the fruit a regma.

XX. THE HORSESHOE GERANIUM.

Description. Let us now interrogate that popular
house-plant, the Horseshoe Geranium (known by the brown
ring on its rounded leaves), and learn whether it be indeed
a Geranium, or of some other genus of this splendid Order.

Analysis. THE LEAF REGION. The plant before us
was reared from a cutting ; hence its roots are artificial and
give no proof of their native form. The stem lives and
grows from year to year, becoming a woody branching shrub
with a greenish bark.

It is said that in seedlings the earlier and lower leaves are

* In seeds where the albumen is wanting, the seed-lobes or cotyledons become
thick and fleshy with starchy matter, infolding the embryo for its protection while
sleeping, feeding it with their own substance in its early growth, and finally appear-
ing, as usual, a pair of leaves, the ftrxt which the plantlet unfolds.

t The pretty flowers are roseate and penciled with purple. The leaves are more
finely divided and cut, emitting a strong odor when handled. Late in the season they
are subject to a parasitic fungus, appearing sprinkled with darkish specks.

PELAKGONIUM.

opposite. In our plant, however, all are alternate, with
long petioles and broad stipules. The blade is orbicular or
nearly round, palmi-veined, with many shallow lobes, green,
but liable to endless markings and shadings.

THE FLOWEK REGION. The peduncles issue opposite to
the leaves and grow much longer than they, bearing an um-
bel of 12 or more flowers, with an involucre of 6 bracts. The
flowers are an inch broad, 5-parted, and
slightly irregular. Of the 5 green sepals,
the upper one protracts its base down the
pedicel, forming a slender tube upon it, or
a slender spur adhering to it (s). Of the 5
scarlet petals, the 2 upper are somewhat
smaller than the 3 lower. Of the 10 fila-
ments, only 7 bear efficient anthers. The
pistil and fruit are nearly as in the Wild
Geranium save the twisted beaks.

The Name. Now, with its irregular,
spurred flowers, its 7 perfect stamens, can
this plant be a true Geranium ? The French
botanist, L'fferitier, A. D. 1787, separated such plants, and
formed a new genus with the analogous name, Pelargonium
(Storksbill, Gr. pelargos). It now includes 170 species, all
native in S. Africa, and many favorites alike in the conserva-
tory and in the humble cottage window.* Ours is P. zonale.

The Record of the analysis of Wild Geranium is to be
used as a monitor, not a guide. The form of the tablet is
like those in the Plant Record. The letters following the

* Another group of Gerania having regular flowers with only 5 good stamem and
the awns of the carpels twisted and barbed, was separated from the Linnaean genus by
L'Heritier and named Erodium (Heronsbill). One of its species, E. ticutarium,
deserves mention as a forage plant of great value. It is rare in the Atlantic States,
but in California overspreads hill and plain to an immense extent. It is called
Al-filirea. It starts from seed annually, grows rapidly, feeds flocks and herds during
Winter and Spring on its sweet herbage, and, in the dry Summer and Autumn, on its
nutritious seeds left broadcast on the ground.

FIG. XX. Flower of
Pelargdnium zonale.

THE HOBSESHOE GERANIUM.

name of the organ are the initials of the categories heading
the page ; e. g., " Root, L. K." stands for Root, its Life and
Kind; "Leaves, L.RC.F.S.Q." is for Leaf or Leaves, their
Life, Place, Construction, Form, Size, and Qualities. Pelar-
gonium may be recorded in like manner.

Scientific Terms. Awn-pointed. Carpophore. Claw. Cleft.
Glands. Internode. Node. Orbicular. Regma.

ORGAN, (its)

Life, ZTabit, dumber, Place, Dehiscence, A'ind, Construc-
tion, .Form, Placentation, #ize, Dualities, vlppendages.

Plant, L.H.S.Q.

V. , Herb erect, l2ft., with whitish hairs.

Root, L.K.

il, Hoot-stock thick, with many fibers.

Stem, L.H.K.P.

, erect, brachiate, caulis-jointed, terete.

Leaves, L.P.C.F.S.Q.

, opposite, petiolate, stipulate, palmate, 51-lobed.

Inflorescence, P.K.A.

Terminal, cymous, centrifugal, involucre 2-leaved.

Flower, N.C.

5-parted, perfect, complete, regular.

Calyx, F.Q.

Bell-form, green, ciliate.

Sepals, L.N.P.F.

Persistent, 5, imbricate, bristle-tipped, oblong.

Corolla, F.Q.

Rosaceous, lilac-purple.

Petals, L.N.P.F.

Deciduous, 5, contorted, rounded, claw bearded.

Stamens, N.P.C. 10, hypogy nous, filaments slender.

Anther, D.C.F. Longitudinal, 2-celled, innate, oblong.

Style, N.C. F.

5 united, slender, around the carpophore.

Stigma, N.F.

5, linear, stellate.

Ovary, C.F.Pn.

5 united carpels, separating in fruit.

Fruit, N.D.K.F.Q.

5, breaking up, a regma, beaks curved.

Seed, N.C.F.Q.A.

1 in each carpel, oval, black.

LOCALITY. Woods. (Date), May 3, 1877.
CLASSIFICATION,-PHE]VOGAMIA, POLYPETALOUS EXOGENS.
Order, GEKANTACE^E.
NAME. Latin, Geranium maculatum.

English, Spotted Cranesbill.

OXALIS.

XXI. THE YELLOW WOOD SORREL.

Description. The Yellow Wood Sorrel, with clover-
like leaves, is almost ubiquitous. It blossoms from May to
September, in open places, from the Great Lakes to the
Gulf, and even to the Pacific Ocean. There are other plants

FIG. XXI. Oxalis stricta : 1, plan of the flower; 2, vertical section of flower.

of its kind more beautiful, but none more instructive nor
so generally within the reach of the botanical student.

Analysis. THE LEAF REGION. From perennial creep-
ers under ground, or from the seed, a slender stem arises,
simple and erect at first, but soon branching and reclining.

YELLOW WOOD SOKREL.

The leaves are arranged alternate on the stem, compound
and trifoliate, consisting of a long petiole, with 3 leaflets.
The form of these leaflets is a study. They are broad and
notched above so as to present 2 rounded lobes at the apex
the cordate form inverted (c), or obcordate. The venation
is also to be studied, whether the leaf be palmately trifoliate)
with the leaflets all sessile alike (as if cut from a palmi-
veined leaf), or pinnately-trifoliate, with the terminal leaflet

Oxalis stricta : 3, the united stamens ; 4, 5, stamens ; 6, the 5 pistils ; 7, 8, sections
of the fruit ; 9, seed, 10, testa, 11, naked ; 12, embryo.

stalked as in Bulbous Crowfoot (p. 50) or better, in the gar-
den Bean. This question let the reader decide.

Inflorescence. Next arises the inquiry, Where is the
axil of the leaf ? It is analogous to the arm-pit the inner
angle between the petiole and the stem (a). From this
point issues the bud which develops into a branch, and in
this case, at least, the peduncle which bears the umbel of
flowers. Hence the inflorescence is axillary and umbellate.*

THE FLOWER EEGION". The flowers of Sorrel, like those

* Not truly umbellate, however, as it becomes a cyme when the flowers are more
than 3,

OXALIS. 91

of Geranium, are 5-parted throughout ; sepals 5, petals 5,
stamens 2x5, and pistils 5, with their styles distinct and
their ovaries united (6). The stamens are also united at
the base, or monadelphous (monos, one, adelphos, brother-
hood), (3).

^EJstivaMon. Here recurs an interesting topic sug-
gested by the curious posture of the petals when just open-
ing. How are they folded together in the bud ? The in-
quiry is important, since many genera and even some orders
are characterized by their mode of aestivation. (See the
plan, 1.) In reference to the "Wood Sorrel the student
would instantly reply, " The petals are twisted in the bud !"
And the terms contorted or convolute express the idea. The
petals are all rolled together in one direction, each having
one edge within and one without. The same is true of the
flowers of Cranebills, and generally of Storkbills.

Sleep. At the approach of night, or in cloudy weather,
these flowers close up and fold their contorted petals again
as in the bud. So also do the leaves. At night each leaflet
falls back on the stalk, folds its two halves together face to
face, and thus remains asleep, as it were, until awakened by
the morning sun.*

* The vigils of plants are evidently dependent on the degree of light ; but different
species are variously affected. While many, like Oxalis, open and close with the day
for many days in succession, others, like the Morning Glory or the Portulacas, open
for a day only, and perish. The evening Primrose opens at 6 o'clock P. M. for a
night, perishing at sunrise ; and the Four-o-clock at about that hour for a few hours
only, and the Water Lily (Nymphsea) opens and reopens only while the sun is high,
from 8 to 2. -And there are other plants which, like the Gerania, open once for all,
and close not by night or day, until they close forever.

Recent researches show that the sleep of plants generally bears some relation to
their peculiar wants. Thus the Daisy closes its flowers and hangs its head when
night comes on, or the gathering clouds forbode a storm, lest the dew or rain dissolve
the nectar stored up in its florets. The Nipplewort (Lapsana), common in Europe,
opens before six and closes before ten in the morning, in order that the bees who are
early risers may taste its nectar, and not the ants, who delay until the dew is off, and
would not scatter its pollen. Again, night-flowers are adapted to the habits of certain
nocturnal moths which are needful agents in their fertilization. Such flowers arc
always white or pale yellow, the only colors visible in the darkness.

92 YELLOW WOOD SOKREL.

The JPruit is an oblong capsule (7) made up of 5 car-
pels, each with a row of seeds in its cell (8). The carpels
open on the back (dorsal dehiscence) and do not separate
from the central axis (carpophore) at once as they do in the
regma of Geranium. The seed is anatropous (9), with a
loose, separable outer coat (10, 11) and a large straight em-
bryo buried in albumen (12).

THE PLAN" (1) shows the sepals to be quincuncial (p. 43)
and the petals contorted in aestivation.

The Name of this plant, Oxalis (oxus, sour), refers to
the taste of the herbage given to it by the presence of oxalic
acid in the form of a salt (binoxalate of potash). The spe-
cific name, 0. stricta, alludes to its upright stem ; the other
species being mostly acaulescent. Oxalis is an admirable
genus, embracing in all lands 220 species, many of which
are beautiful conservatory and house plants.*

Classification. The student can hardly fail to notice
the striking resemblance of the Oxalides to the Gerania.
Their flowers are completely analogous. The fruit in both
consists of 5 carpels as many as the sepals, attached to a
central axis arising from the torus. Oxalis takes rank,
therefore, with the Gerania in the Order Geraniaceae.

Scientific Terms. Alternate. Axil. Axillary. Contorted. Con-
volute. Dorsal dehiscence. Leaflets. Monadelphous. Obcordate.
Palmately trifoliate. Pinnately trifoliate. Trifoliate. Umbellate.

* One of the most popular is O. floribunda (Lchmann) from Brazil. A specimen
growing in our study has bloomed five months continuously, displaying some 300
roseate flowers on every sunny day. It is very exacting iu its vigils, closing its leaves
at sunset, and its flowera always except in the sunshine.

TKOPJEOLUM. 93

XXII. THE JEWEL WEED.

Description. There is a tall, smooth herb, with pel-
lucid, jointed stalks, abundant in low swamps and along
shaded rivulets, variously called Jewel-weed, Snap-weed,
Touch-me-not, &c. Fresh specimens, together with the
cuts, will show how much a flower may differ from its kin-
dred and still be recognized.

Analysis. THE LEAF REGION. The annual root ; the
juicy stem, with its tumid nodes ; the ovate, serrate leaves ;
and the axillary inflorescence, present no new features. The
student unaided may readily characterize them. But the
flowers and fruit are remarkable.

THE FLOWER REGION. The Flowers, although so very
irregularly and oddy developed, are evidently in nature and
intention 5-parted. Their color is a deep orange spotted with
reddish-brown. Only 4 sepals appear, but the upper one (See,
2, s) is notched at the broad apex, showing it to be double, or
composed of 2 sepals united. The lower (y) is a conical hood
(cucullate), or a cornucopia, tipped with an inflected spur.
Only 2 petals appear (p p), but each has a lobe and is evi-
dently composed of 2 united petals. There are 5 short sta-
mens with introrse (p. 40) anthers, and bearing 5 scales cov-
ering the stigma, which is sessile on the ovary. A vertical
section (1) gives an inside view of the flower.

The Fruit is a general wonder. In form and structure
(3) it resembles that of Oxalis ; in behavior, it is very dif-
ferent. At maturity its 5 muscular carpels or valves become
elastic springs ready to break loose at the slightest touch.
Coiling with a sudden jerk they fly from the central axis (4)
and scatter the seeds in every direction.*

* This is one of the many devices for the dispersion of seeds in which intelligence
and wisdom are manifest. The seeds of Maple and KA\ are furnished with wings for

THE JEWEL WEED.

* 6 7

FIG. XXII Impatiens fulva : 1, a flower dissected ; 2, a flower displayed ; 3, ripe
fruit ; 4, the same just exploded ; 5, a seed ; 6, section ; 7, 8, cotyledons of the
embryo exposed.

TEOP^OLtJM. 95

The Seed appears in (5) to be anatropous ; in (6) and
(7), dicotyledonous, without albumen, the large straight
embryo filling the testa. (8) is the naked embryo.

The Name. In this connection, let the Garden Balsam
be analyzed. Though very different in general aspect, we
shall find that the above description of the Jewel-weed
applies to it in almost everything but color and clothing.
Both are species of the genus Impdtiens (impatient). The
Jewel-weed is /. fulva (Nuttall), the Balsamine, /. Balsamlna
(Linn.).*

Classification. How do these plants resemble the
Gerania ? In their tumid nodes, 5-parted flowers, 5-carpelled
fruit, elastic carpels, central axis, and in the spurred lower
sepal, here free from the pedicel while in Storkbills adher-
ing to it. These are marks of the Order Geraniacese.

XXIII. THE NASTURTIAN, OR INDIAN CRESS.

Description. This old and popular garden flower
assumes a style of beauty intermediate between the Gerania
and the Jewel-weed. It is a native of Peru, whence it was
brought nearly 200 years ago. Its study will reveal several
new forms of structure, both in leaf and flower. It is an
annual herb, or with protection, biennial; but the root per-

this purpose. Tick-seeds and Burr-seeds are provided with hooks and barbs by which
they lay hold of men and animals and are thus, by unwilling agents, scattered far and
wide. The seeds of Thistle, Dandelion, Silkgrass, made buoyant by means of their
downy appendages, are wafted afar, beyond rivers, lakes and seas. The Squirting
Cucumber, as it ripens, becomes distended with water until at last it breaks from its
stem and projects through the rupture, with amazing force, the mingled seeds and
water. Rivers and Ocean currents are always transporting se^ds from country to
country. Thus the Cocoa and the Cashew nut and the seeds of Mahogany have been
known to perform lone: voyages without injury to their vitality. Squirrels laying up
their winter stores in the earth, birds migrating from clime to clime and from island
to island, conspire to effect the same important end.

* Only 2 species are native in N. America, 1 in Europe, 1 in Siberia, 1 in Madagas-
car, and 100 in India. All are remarkable for the elastic bursting valves of their
pods.

THE NASTURTIAH, OR INDIAN CRESS.

ishes with the stem. It is cultivated from seed both for
ornament and use.

ORGAN.

.Life, flabit, dumber, Place, Ztehiscence, Tfind, Construc-
tion, ^ornijPlaceutation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

herb terrestrial, erect, tall (3 5ft.), smooth.

Root, L.K.

Annual, axial.

Stem, L.H.K.F.

Herbaceous, erect, branching, terete, with tumid nodes.

Leaves, L.P.C.F.S.Q.

Deciduous, alternate, pinni-veined, petiolate, simple, ovate,
serrate, 13' long, smooth.

Inflorescence, P.K.A.

Axillary, racemed, pedunculate, bracted.

Flower, N.K.C.S.

5-parted, perfect, irregular, unsymmetrical, 1' long.

Calyx, F.Q.

Saccate and spurred, colored like the corolla. [inflected.

Sepals, L.N.P.F.

Deciduous, U, imbr., upper double, lower a cornucopia, spur

Corolla, F.Q.

Much suppressed and deformed, orange-color, spotted.

Petals, L.N.P.F.

Decid., 2, imbric., spreading, double, unequally %-lobed.

Stamens, N.P.C.

5, hypogynous, short, each bearing a scale.

Anther, P.D.C.F.

Innate, introrse, dehisc. lengthwise, ovate.

Style, N.C.F.

Very short or none. [filaments.

Stigma, N.F.

5 united into 1, sessile, 5-lobed, covered by the 5 scales of the

Ovary, C.F.Pn.

Compound, superior, 5-celled, oblong.

Fruit, N.D.K.F.Q.

A 5-valved capsule, oblong, opening dastically.

Seed, N.C.F.4.A.

Several, exalbuminous, with straight embryo.

LOCALITY.-//* wet woods, HoboTcen, N. J. (Date), May 27, 1877.
CLASSIFICATION. PHENOGAMIA.
ORDER. GERANIACE.E, THE CRAKEBTLLS.
NAME. Latin, Impatiens fulva.

English, Touch-me-not. Jewel-weed.

Analysis. The Stem is slender and weak, trailing
along the ground, or climbing, not by twining, but by the

TKOP^EOLUM, 97

help of its leaf -stalks. Thus it may arise 3 feet, or protected
from frosts in the house, 6 feet.

The Zieares have the form of a shield or target (pelta)
called peltate. The roundish or angular blade is attached to
its stalk not by its margin, but by a point within. It is a
singular form ; but if you compare it with a leaf of the
Horseshoe Geranium (p. 87) you will doubtless conclude
that it results from the cohesion of the 2 base lobes. The
same thing occurs in the Ivy Geranium. The long petiole,
when its help is needed in climbing, coils about the support-
ing object like a tendril, as in that plant also.

The Flower. All parts of the 5-parted irregular flower
are alike colored, orange or variegated. The upper sepal is
united at the base with the other 4 and produced backward
into a spur. The petals are inserted in or on the throat of
the spur, the 2 upper sessile, the 3 lower fringed (fimbriate)
at the base and supported on a claw (ttnguis), or unguiculate.
There are 8 unequal stamens, and 3 ovaries around the cen-
tral axis or style. (See Fig. XXIII, Appendix.)

The Fruit. The ripe fruit contains 3 large, fleshy,
ribbed, 1-seeded nuts, such as we often see upon the table
as a substitute for Capers.*

Classification. This plant is sometimes called Trophy-
wort, its leaves and flowers being likened to shields and
helmets. For a like reason the generic name is Tropceolum
(tropceum, a trophy). The species is T. major ; i. e., the
Greater Trophywort. Its flowers 5-parted and spurred, its
stamens unsymmetrical, and its 1-seeded, separable carpels,
ally it fco the Storkbills and the Order Geraniaceae.

The Order Geraniaceae, as now constituted, associates 20 genera
and nearly 1000 species. But the association is not truly natural, and

* The true capers are the flower-buds of Capparis spindsa, a shrub of S. Europe,
preserved in vinegar.

98 THE SHEPHERD'S PUKSE.

the genera are often too discordant for a happy family. They there-
fore resolve themselves into several clans or suborders. The five
genera last treated, viz., Geranium, Pelargonium, Oxalis, Impatiens,
and Tropaeolum, represent at least four of these suborders, which for
a long time were regarded as Orders. (See Botanist and Florist,
p. 67, flora.) The following formula, brief and easily remembered,
will, with few exceptions, characterize all the Geraniaceae :

Herbs or shrubs.

Flowers perfect, symmetrical.

Stamens as many or twice as many as the sepals, often some of them
abortive.

Carpels and cells as many as the sepals, separating from a persist-
ent axis or carpophore.

Seeds few, with no albumen (except in Oxalis).

Scientific Terms. Fimbriate. Peltate. Suborder. Unguiculate.

XXIV. THE SHEPHERD'S PURSE.

Description. This is a homely little weed intruding
itself into gardens and fields everywhere unbidden, yet illus-
trating the principles of Botany and the mysteries of vege-
table life quite as well as loftier plants. Beginning to
blossom in early Spring, it continues developing flower after
flower as it rises higher and higher, until fruit and flower
together embellish the long racemes.

Analysis. THE LEAF REGION. The student will now
require no further aid in recording the analysis of the root
and stem ; the longevity, venation and inflorescence ; the
presence or absence of stipules, petioles, bracts, hairs, and
branches ; and the position and arrangement of the leaves.

The Zteares are of two forms. The radical are oblong
and pinnatifid or feather-cleft ; the cauline are sagittate or
arrow-shaped (sagitta, an arrow), and amplexicaul (stem-
clasping). Here observe, whence do the branches arise ?
(p. 90). What is the position of the racemes ? What is the
procession of the flowering ?

FIG. XXIV. Capsella Bursa-pastdris : 1, the flower ; 2, the stamen? and pistil ; 3,
the pistil alone ; 4, the pistil seen edgewise ; 5, the silicle ; 6, the same open, showing
the seeds ; 7, a seed ; 8, 9, embryo, with cotyledons incumbent.

100 THE SHEPHERD'S PURSE.

THE FLOWER REGION. The Flowers, as a whole, (1) are
4-parted, regular, and unsymmetrical (for the special organs
are not all of this radical number 4, nor multiples of it),
viz., sepals 4, petals 4, stamens 6 (2), pistils 2 (3, 4), united
and stigma double, with a short, thick style. Observe the
relative length of the stamens (2) ; 2 of them are shorter
than the other 4 a fact denoted by the term tetradynamous.
Also the special form of such corollas or flowers is cruciform
(crux, a cross), and resembles, when the petals are spread,
the Maltese cross.

The fruit. As the raceme is the oldest at its base,
there we must look for the earliest fruits. Their curious
shape reminds one of a leathern pouch the shepherd's
purse, of course. Their form is obcordate. Their slender
pedicels are longer than when in flower. A thin narrow
partition within divides them crosswise into 2 cells, and at
length they break into as many boat-shaped or carinate
valves, liberating the seeds. Such a fruit, when short as in
this case, is called a silicle (a little pod) ; when long as in
Mustard, a silique.

The Seed in its testa appears as in (7), with its embryo
bent double ; also in the cross-section (8), and the naked
embryo (9). But the radicle is so bent as to lie over on the
lack of one of the cotyledons, not on its edge. So this seed
is said to be with radicle incumbent. It has no albumen.

The Name, Capsella (a little box or capsule), is applied
to the genus. The specific term, C. Bursa-pastoris, is the
same meaning in Latin as in English.*

Scientific Terms. Amplexicaul. Carinate. Cruciform. Pin-
natifid. Radical number. Sagittate. Silicle. Silique. Tetradyna-
mous. Unsymmetrical.

*lndeed the name as well as the plant seems to be truly cosmopolite. The trav-
eler who sees little else to remind him of his native soil, can generally find the
homely Shepherd's Purse growing by the wayside. It is abundant even amid the
classic ruins of Rome, and there too the peasant calls it "Borsa de Pastor."

CAEDAMINE.

XXV. THE TOOTHROOT

Description. This plant frequents the rich woodlands
of the Northern and Western States, by the streams and
fountains, blooming in the spring months. It is glabrous
(smooth), 1 foot high, and often called Pepper-root.

Analysis. The ffioot-stocfc, by its peculiar shape,
suggests the former name, and by its crisp, pungent taste,
the latter. It is long, creeping, white and fleshy, with many
knobby, tooth-like projections, and is sometimes broken up
into a string of knobby tubers.

The Stem with its two opposite trifoliate leaves and its
terminal raceme, presents no new features.

The Flowers are constructed on the plan described
under Capsella, but are large and showy. When the 4 ob-
long white petals are expanded, their mimicry of the Mal-
tese cross justifies the term cruciform so generally applied
to this class of flowers.

The Fruit affords a new field of study. But if your
specimens are not well matured, search for riper ones. The
form is outwardly a contrast with the silicles of Capsella.
The pod is many times longer than wide, lanceolate-linear,
broadest near the middle and tapering below to the pedicel
and above to the style. It is composed of 2 carpels and
opens by 2 valves. Within, it is divided lengthwise into 2
cells. Each cell nourishes a row of seeds attached alter-
nately to opposite sides of the valve or partition.

Notwithstanding the difference in external form, this fruit
agrees in structure with the silicle of Capsella, and its name,
silique, is of similar import : Silicle being a short pod and
silique a long one.

The Seed, skillfully dissected, as seen in (4, 5), shows the
embryo bent double, so that the radicle rests on the edge of

THE TOOTHROOT CRESS.

PIG. XXV. Cardamine diphylla : 1, the stamens, and 1 style ; 2, a eilique
in the silique ; 4, seed cut across ; 5, the embryo cotyledons accumbent.

CABDAMINE. 103

the two cotyledons. The phrase cotyledons decumbent is
applied to seeds so constructed. Compare this with the seed
of Oapsella.

The Name of this plant is Cardamlne diphylla, or the
Two-leaved Toothroot. There are other species having 3
whorled leaves, and still others with alternate leaves.*

Classification. Here let the student take note of the
affinities of these two genera, Capsella and Cardamine, in
the following points. Thus will he learn the characters of a
large and important Order, the CRUCIFERS, or Crucifers. f

Herbs, without stipules.

Inflorescence centripetal, bractless racemes.

Flowers cruciform, perfect.

Stamens didynamous, hypogynous.

Ovary double.

Fruit siliques, long or short.

Seeds exalbuminous, with the embryo bent double.

The Order of Crucifers is truly natural, and embraces about
200 genera and 1600 species, chiefly in the Temperate Zone. More
than 100 species are peculiar to this Continent. Among them are
nutritious vegetables, as Cabbage, Turnip, Radish. Some are condi-
ments in general use ; as Horse-radish, Mustard. The bland Rape-
seed oil is expressed from the seeds of the Rape (Brdssica Napus).
Woad, a blue dye, is obtained from the root of Isdtis tinctoria.\ In
medicine the Crucifers are stimulant and antiscorbutic, but none are
poisonous. They all contain a volatile acrid principle abounding in
sulphur and nitrogen, which is the cause of the unpleasant odor they
emit in decaying. Here too belongs many a favorite garden flower,
like Sweet Alyssum, Candytuft, Wall-flower (Cheiranthus), Honesty
(Lunwria), and Stock (Matthlola).

* The Toothroots were first named by Linnaeus, Dentdria (dens, a tooth). The
original species were easily distinguished from the genus Cardamine. But other
species recently found in California combine the characters of both genera, so as to
unite them into one, taking the older name. Some authors, however, still retain the
genus Dentaria, and call our plant D. diphylla. This is therefore its synonym.

t In this connection, let the Mustard plant, Wall-flower, Pepper-grass, Candytuft,
&c., be analyzed and registered.

t This dye is famous in history as having been employed by the Britons in stain-
ing their bodies in order to frighten their enemies.

104 THE STRAWBERRY.

Scientific ^Terms. Cotyledons accumbent. Cotyledons incum-
bent. Glabrous. Silicle. Silique. Synonym.

XXVI. THE STRAWBERRY.

Description. May, charming May is the festival of the
Eose worts. Now trees and shrubs, as well as tender herbs,
are bursting into bloom, adorning field and forest. So
many and varied are the flowers asking attention, that one
is bewildered in choosing. Among the Eoseworts let us first
examine the Strawberry plant.

Analysis. The .^00/and Stem are, as in Liverleaf and
Blue Violet, subterranean. But the stem (crown, p. 53) at
certain times sends out from its top a slender, terete, red
runner, one or more, a foot in length, tipped with a bud,
which on touching the soil, develops roots downward and
leaves upward, and so founds a new plant.

The Z/eaves are complete in their organization, having
blade, petiole, and stipules the blade palmately trifoliate
as in Oxalis (p. 90). The leaflets are ovate, oval or obo-
vate, coarsely serrate, having teeth pointing forward like
sawteeth, and, like the scapes, pubescent, with soft appressed
hairs. The petioles are villous, with coarser spreading hairs.*

The Scape branches irregularly into a cluster, of which
the central flower is the oldest ; hence the inflorescence is
centrifugal, progressing from the center outward, and the
cluster, a cyme.

* The hairs of plants constitute an interesting study. They are composed of a
single long cell, or of a transparent tissue of cells placed end to end like a string of
beads. There is an endless variety in their length, abundance, and quality. Some-
times they are soft and close like down, sometimes stiff and rough like bristles. Now
they form a fringe like an eyelash, and now they silver the surface with a silky gloss.
Here they curve backward into a hook, oftentimes barbed. In the Nettle, they are
hollow stings with a bag of poison concealed. In the Sun-dew, they are tipped with
a glistening exudation like a dew-drop. They warmly clothe the early catkins of the
Willow, and decorate the landscape in the waving plumes of the Pampas Grass. Cot-
ton, a great staple of commerce, is but the hair with which a seed is fledged.

FBAGAKIA.

105

PIG. XXVI. Fragaria vesca : 1 , a leaf with its stipules ; 2, a cyme ; 3, fruit ; 4, ver-
tical section of a flower ; 5, a stamen, innate ; 6, a pistil with lateral style ; 7, vertical
section of a strawberry.

106 THE STKAWBEBRY.

The flower, in its general plan, resembles the Butter-
cup ; but have you not already taken note of two remarkable
differences? The 5 green sepals are here reinforced by 5
similar alternating bracts, appearing like a double calyx or
a calyx of 10 sepals. The oo (= many) stamens, a multiple
of 5 (at least in the wild plant), are, in situation, perigynous
(peri, around, gyne, pistil), i. e., adhering at the base to the
calyx as if inserted on it (4). How does this compare with
the flower of Buttercup ? It is an important distinction.
The GO pistils, situated as in Buttercup, are peculiar in form
(6), with a lateral style, and quite distinct from one another.

The fruit is a strawberry ; it needs no other name, for
there is no other like it. It consists of the enlarged pulpy
torus (7) bearing on its surface the many one-seeded carpels
the achenia > the true fruit of the botanist. * While in
bloom, the flowers are erect and above the leaves, but in
fruit they nod and ripen in partial concealment.

^Jslivation . The 5 white petals, like those of the
Buttercup, are quincuncial, i. e., 2 are wholly outside, 2 are
wholly within, and 1 oblique, or half without and half
within. Compare this with the flower of Oxalis. f

The Name, Fragaria, alludes to the fragrance of the
luxurious fruit. Two . species, F. Virginiana, and F. vesca,
grow wild in woods and fields. Under cultivation, the
pulpy torus is wonderfully enlarged.

Scientific Terms. Complete leaves. Cyme. Imbricate. Pe-
rigynous. Pubescent. Quincuncial. Runners. Serrate. Villous.

* In the vegetable economy the pulpy deposit in fruits has reference to the disper-
sion of the seeds rather than their nourishment in germination. It feeds and nour-
ishes the birds, which in turn plant afar off the seeds which they have swallowed,
while man avails himself of only its superabundance. It is interesting to note the
varieties of form and place which this deposit takes in different fruits. In the straw-
berry, the delicious morsel is in the torus ; in the raspberry it is in the achenia ; in
the blackberry, in both torus and achenia. In the checkerberry, the calyx contains
the rich deposit ; in the grape, the pericarp, and in the apple, both calyx and peri-
carp, while in the pineapple the whole inflorescence becomes gorged with pulp.

t The term imbricate is more general, applying to both these special forms in
which the petals overlap each other like shingles. (See p. 43, Note.)

PYEUS. 107

XXVII. THE APPLE TREE.

. The Tree. The transition from the humble herb to the
lofty tree is sufficiently abrupt ; but except in growth and
stature, the real difference may be slight. While the herb
devotes its entire annual income to its offspring, the tree
reserves a portion for itself, treasuring up solid wood in its
stem and branches.

The Trunk is the appropriate name for the stem of a
tree one of the most interesting and useful of all natural
objects. In the Apple Tree, it is short and definite, seldom
more than 7 or 8 feet high. At the base in the ground, and
at its summit, it suddenly terminates, dissolving into roots
strong and far-reaching below,* and into branches, branchlets
and spray above, forming the rounded, aerial head. This
kind of trunk is termed solvent, in distinction from the
excurrent trunk, as shown in the Pines (p. 216).

The Wood, seen in cross-sections easily made with a saw
and plane (8), displays, 1st, the pith in or near the center ;
2d, the purple heart-wood \ around it ; 3d, the white sap-wood
around the heart- wood ; 4th, the ~bark around all ; 5th, the
annual layers or wood-rings, here two only, of which the
outer is the younger ; and 6th, the silvery medullary rays
running from the pith (medulla) to the bark. Each layer is
the growth of a year ; consequently the number of the lay-
ers suggests the age of the branch, and a similar section of

* If all the roots of growing plants could be laid bare of earth, the sight would be
marvelous. It is roughly estimated that an Elm is as large below as above ground.
What shall we say of the root of the common Red Clover, which has been known to
descend a distance of five feet ; or a stalk of Wheat which, within forty-seven days
after planting, sent down its fibers into a light subsoil seven feet ? The roots, blindly
searching around after food, often seem to be endowed with some special sense.

t More properly called duramen (dunis, hard). It is heart- wood only in respect to
situation, for it bears no part in the life and vegetation of the plant. It is more the
seat of death than of life ; hence it often decays, leaving the trunk hollow while the
tree is as flourishing as ever. Thus the tree at once both lives and dies, like the Coral,
which is dead below and alive at the extremities.

108

THE APPLE TREE.

the trunk indicates the age of the tree. They also show that
the wood grows externally, for the new layer is deposited
outside the old wood next to the bark. In other words, the
mode of its growth is exogenous (exo, outside, genao, I grow).
Compare the growth of the Palm (p. 225).

FIG. XX VH. Flowering branch of Pyrus Mains : 1, section of a flower ; 2, sec-
tion of the ovary ; 3, section of the fruit (apple) ; 4, a seed ; 5, 6, sections of same ;
7, the embryo.

PYRTJS.

109

THE FOOD OF PLANTS. Whence and what are the ma-
terials for sustaining this growth ? Learn from the treat-
ment which your house plants receive. Their roots are im-
mersed in a pot of soil. You shower them at night with
water containing a little added ammonia. You open the

8, cross-section of an exogenous stem of 2 years' growth: 1, pith ; 2, 3, annual lay-
ers of wood ; 4, the bark and white new layer (cambium) under it. 9, an endogenous
stem (Indian Corn), with no layers nor bark.

windows in the morning to bathe them in fresh air. Then,
with warmth and sunshine, they ask no more. So the tree,
by its myriad o roots and rootlets, imbibes water containing
ammonia and various mineral matters in solution. Thence
this sap, as we call it, creeping from cell to cell of the root,
stem and branch, and dissolving the sugar, gum, &c., it finds
on the way, finally reaches the leaves. Here is the chemical
laboratory of the plant.* Much of the water having per-
formed its work of carrying up the raw material from the
earth, evaporates through the pores of the leaf.f Through

* It is curious to notice how the trunk and branches of the tree are all the work of
the frail and transient leaf. Slowly, year after year, generation after generation, it is
steadily elaborating, from air and rain and sunshine, these solid structures which are
to remain its enduring monument, when it has faded and crumbled to dust.

t It has been found by experiment that the leaves of plants exhale moisture to an
enormous amount. An acre of beets, during a single day of sunshine, evaporates
from 17 to 19 thousand pounds of water. A Chestnut tree 35 years old, in 24 hours,
lost over 63 quarts of water. The upward pressure of the ascending sap is very great.
Experiments were made, in 1720, by Dr. Rales of England, proving that this force in
a Grapevine was equal to the weight of a column of water 43 feet high. Similar
experiments were made in 1873, by President Clark, of the Massachusetts Agricultural
College, on a native vine (Vitis sestivalis). On May day, a mercurial gauge was

110 THE APPLE TEEE.

these same pores the leaf inhales the air, and now under
the influence of the sun (see Chemistry, pp. 97, 181, 237)
the sap is converted into a thin mucilage which contains all
the elements of vegetable growth. The sap then descends *
and spreads through the tree, especially along the inner sur-
face of the bark, supplying every want of the young layer of
wood, of the leaf and the flower.

Analysis. The Scares of the Apple Tree are com-
plete, having a pair of subulate (awl-shaped) stipules at the
base of the short petiole. The blade is ovate, serrate, and
beneath tomentous with a dense covering of matted hairs.
Its venation is pinni- veined and reticulated.

The Inflorescence is an umbel issuing from one bud,
with no peduncle and therefore sessile.

The Flowers are pedicellate, regular, 5-parted, polyan-
drous, perigynous, rose- white, fragrant ; the 5 sepals are so
united below as to form an urn-shaped fleshy tube which
adheres to and encloses the 5-carpelled ovary (1, 2) ; f the 5
petals are broadly oval, quincuncial (p. 43), inserted by their
short claws with the oo perigynous stamens (p. 106). The 5
styles are partly united.

The fruit is a pome (3). Mark how it is crowned with
the persistent calyx lobes (sepals), a proof that the pome
consists of the enlarged calyx-tube with the enclosed ovary,
both gorged with pulp. Make a cross-section (2, 3) and see
the- 5 cells with cartilaginous walls, and the circular greenish
line around them in the pulp marking the boundary between

attached to the severed end of one of its main roots. At first there was a suction
downward, gradually diminishing until the 10th. Thence until the 29th, an upward
pressure increased and attained a force equal to the weight of 88 feet of water 1

* We can easily prove the existence of this descending current, for on making an
incision into the hark of a young branch, the sap will ooze from the upper and not the
lower lip of the cut.

t Thus the ovary is apparently situated below the calyx, whence it is said incor-
rectly to be inferior, and the calyx superior. The phrase ovary adherent, or calyx
adherent are of the same meaning and more correct. In all the flowers heretofore
analyzed the calyx is free (inferior) and the ovary free (superior).

PYRTJS.

Ill

the ovary and the calyx tube. In each of the 5 cells are 2
seeds, each large enough for an easy analysis (4). The
brown testa outside is readily separated from the soft,
white inner coat (tegmeri). The cut (7) shows the naked
embryo, with its radicle and two cotyledons ; (5) and (6) are
sections.

10, germination of the Beech-nut : 10, cross-section showing the 2 folded cotyle-
dons ; 11, the radicle only protruded ; 12, the ascending axis above c appears ; 13,
the cotyledons expand into a pair of leaves the first two, and show the plumule ; 14,
with rootlets and the first leaves from the plumule.

Plant these seeds, or find in the garden
seeds already sprouted {germinating}, and learn what the
several parts become in the plant. Here is seen the radi-
cle, r, growing downward as the root, the plumule, p, grow-
ing upward as the stem, and the 2 cotyledons appearing and
acting as the first leaves. The store of food laid up in them
is serving (like the albumen where there is any) for the nour-

THE ROSE.

ishment of the plantlet until with roots and leaves of its own
it becomes able to provide for itself.*

The Name, Pyrus, the Latin word for Pear, was adopted
by Linnasus as the title of a genus including the Pear, Apple,
and other trees. The specific name, Mains, is the ancient
Roman term for Apple.

Scientific Terms. Adherent calyx. Adherent ovary. Annual
layers. Bark. Cambium. Exogenous. Excurrent trunk. Free calyx.
Free ovary. Germination. Heart- wood. Inferior calyx. Inferior ovary.
Medullary rays. Pith. Plumule. Sap-wood. Solvent trunk. Superior
calyx. Superior ovary. Tegmen. Testa.

XXVIII. THE ROSE.

Description. Among flowers the Rose reigns supreme.
Without it no garden, however humble, is thought complete.
For its dignity, fragrance, and infinitude of form and color,
it is interwoven with all poetry and art. f The species grow-
ing wild in the whole world may be 120, while the garden
varieties are numbered by thousands. Double Roses are the
delight of the florist, and very instructive ; but they are unfit
for regular analysis. You must bring the Wild Rose of the
swamp or prairie, or the Sweet Brier of the field.

* Here the analysis of the Pear, Peach, and Cherry flowers will be in order, also
the Yellow Cinquefoil (Potentilla). Compare the flowers by making vertical sections,
and you will find striking analogies as well as contrasts. In Kaspberry, the torus
and its ovaries are elevated above the calyx ; in Cinquefoil, they are on a level ; in
Rosa (1), depressed far below it.

t The Rose was a great favorite with the Greeks and Romans. Nero caused show-
ers of Roses to be sprinkled on his guests at banquets, and Heliogabalus carried this
to such an extent that several persons were suffocated before they could extricate
themselves from the mass. The Sybarites, it is said, slept on couches stuffed with
Rose petals. This flower was dedicated to the god of silence, and a Rose hanging
over a guest-table was a hint that conversation was to be "sub-rosa." It was cus-
tomary for wreaths of Roses to be worn by warriors, while Rose-leaves (petals) were
strewn on the dishes on festal occasions, and the bushes were planted on graves as a
mark of respect and love. In later times the Rose was especially dedicated to the
Virgin, and in Dante's Paradise she is termed the " Mystic Rose."

7 a

FIG. XXVIII. Rosa Carolina : 1, vertical section of flower (minus the petals) ; 2, a
stamen ; 3, a pistil ; 4, showing the 1 ovule ; 5, the hip (fruit) j 6, section ; 7, an ache-
nium ; 8, showing the suspended seed,

113

114 THE BOSE.

Analysis. We have in hand a shrub, with woody stems,

4 to 6 feet high your own stature more or less. It is
beset with prickles. Mark their structure ; compare them
with the thorns of the thorn-apple, and note how they
differ.

The I/eaves are odd-pinnate, consisting of 5 to 9 (an odd
number) elliptical, serrate leaflets, with pinnate and reticu-
late veins. The 2 narrow stipules are adnate to the petiole.

The Inflorescence is in the form of a corymb the
peduncle branching into unequal pedicels bearing the flow-
ers at about the same level.

The Flower may be cut vertically (1) for a better view
of the structure. The calyx tube is seen inclosing, but not
adhering to the 15 20 distinct, inferior (?) ovaries. The

5 sepals are some or all of them tipped with a leaflet. The 5
quincuncial, broad-obcordate, rose-colored petals are inserted
with the oo perigynous stamens on the calyx tube.

The Fruit, generally called a hip (5, 6), is globular,
fleshy, red, inclosing (not adhering to) the 15 or more dis-
tinct bony achenia. The styles are persistent (3, 4). The
seed is anatropous, suspended from the upper part of the
cell (7, 8).

THE DOUBLE ROSE. In wild native plants double flower-
ing is extremely rare. Have you ever known an instance ?
This phenomenon seems to be an unnatural condition
induced and perpetuated by the art of the cultivator. Its
study reveals many secrets of nature's laws. In any col-
lection of Eoses we find some single and natural, some semi-
double, and some fully double. The 1st exhibits a corolla of
5 broad, equal petals, and a great number of stamens within
its enclosure. The 2d displays a 5-petaled corolla with 20 or
more narrow petals superadded, and in their midst a dimin-
ished number of stamens. The 3d shows a hundred petals

ROSA. 115

filling the entire space within the original corolla. What
has become of the stamens ? Look again at the semidouble
Rose. You find the stamens in a state of transition, as it
were ; some perfect, yellow ; some with a slight red expan-
sion on one side, others on both sides ; some again half sta-
men and half petal, and in all degrees of progress plainly
indicating whither the stamens are going and have gone.
From this study, the nature of the double Rose, and the
tendency of the stamens become manifest. In the semi-
double, a part of the stamens have been transformed to
petals, and in the double, all of them.

The metamorphosis often goes still further. In that curi-
ous variety, the Green Rose, the stamens have all reverted
first to petals, and then to leaves. In the Damask Rose, we
have occasionally seen a leafy branch occupying the place of
the stamens and pistils. Similar changes are continually
occurring not only in Rose, but in Pasony, Camellia, Bal-
samine, Violet, and other plants, and all agree in teaching
that the stamen is a leaf modified and adapted to a special
purpose. The student will look for further illustration of
this interesting doctrine, which was first suggested by Lin-
naeus about A. D. 1750.

The Name Rosa is of Latin origin. The wild species
just described and portrayed is R. Carolina.

Classification. The Strawberry, Apple Tree, and Rose,
as we now see, are allied to one another and to the Order of
the ROSACES, or Roseworts, by the following characters :

Stipules present. Stamens GO perigynous.

Flowers regular. Seed anatropous.

Corolla quincuncial. Embryo straight.

Albumen none.

The Roseworts, moreover, having the embryo 2-lobed, their flow-
ers !f. and 5 parted, their leaves net-veined, and their wood, if any, growing

116 THE KOSE.

by annual external layers, are classed, with the Crowfoots, Crucifers,
Cranebills, &c., in the province of the EXOGENS.* It is a large and
important Order, including 82 genera and 1000 species, arranged in
several suborders (see Botanist and Florist, p. 101). They are chiefly
natives of the N. Temperate regions. Their prevailing property in
bark and root is astringency. Prussic acid occurs in the Almond and
Apple suborders. Many of the species produce edible fruits.

The Peach tree (Amygdalus persica) is a native of Persia. The
Nectarine is a variety of the same species. In recent botanies it is
Prunus vulgdris. The Wild Plum of our own forests is Prunus
Americana. The Garden Plum (P. domestica) is a native of Europe.
The Cherries are also various species of Prunus. The Cherry Laurel
(P. Carolinidnd), a beautiful evergreen tree of the S. States, has so
much prussic acid in its leaves and cherries as to render them
poisonous. The seed of the Peach is poison for the same reason.

The Blackberry (Rubus villosus) is powerfully astringent. R. stri-
gdsus is the delicious Raspberry ; R. occidentdlis, the Thimble-berry;
R. odordtus, the Mulberry. R. spectdbilis, the Shadberry, bears the
finest fruit in Oregon.

The Attar of Roses, an essential oil of exceeding fragrance, is dis-
tilled from Rosa Damascena and R. moschdta. 20,000 flowers are

* It will now be seen that from the leaf alone, or from the smallest fragment of it,
the place of a plant in the natural system of classification can be determined. It is
the venation of the leaf that affords the criterion, and this pervades the fragment as
well as the whole. We have now considered three diverse modes or types, which are
severally characteristic of the three Grand Divisions of the Vegetable Kingdom.
First, the forked-venation of the Cryptogams, best seen in the Ferns (p. 21). Here the
veinlets divide and subdivide each into 2 smaller ones, which run on straight from
center to circumference terminating in the margin or in a fruit-cluster, never re-
uniting when once parted. This is the simplest of all kinds of venation, and is pecu-
liar to the simplest of all plants which rise above the purely cellular Mosses, where
there are no veins at all. Second, the parallel-venation of the Flowering Endogens,
seen in the Tulip, and the Grasses. Here the veins run parallel to each other on the
surface, without dividing or interlacing, so that the leaf may be torn from base to
apex regularly along the course of any of the veins. Such an arrangement of vein*,
comparatively simple, is associated with flowers always ternate in their parts, seeds
always with one cotyledon in its embryo, and a stem without bark or annual woody
layers (p. 33). Thirdly, the netted-venation of the Flowering Exogens, just studied in
the Buttercups, and now seen in the Apple-tree. In such leaves the venation becomes
intricate. The veins divide to infinity and their ramifications reunite as often, form-
ing a network all through the leafy tissue, as beautifully illustrated in " skeleton
leaves." This, the highest type of venation, is associated with the highest develop-
ment of vegetable life flowers many-parted, seeds with two cotyledons, and wood
(if any) with bark and annual layers.

PISUM. 11?

required to make a rupee's weight (one-half ounce), which sells
for $50.

To the genus Pyrus belong the Pear Tree, Apple Tree, and Medlar.
P. coronaria, with flowers as fine as the Rose, is our Wild Crab Tree.

The Quince (Cydonia vulgar is) is a native of Austria. C.japonica,
the beautiful Japan Quince, is from Japan.

The Spireas are always conspicuous in the gardens and parks, as
well as the Roses and Japan Quince. So also the Hawthorns and
Mountain Ash.

Scientific Terms. Corymb. Double flower. Metamorphosis.
Obcordate. Prickles. Shrub. Suspended ovule. Thorns.

XXIX. THE PEA AND ITS TRIBE.

Description. Of this large and important Order we
have no plant more characteristic than the common Garden
Pea. It is also represented by the Sweet Pea, Wild Pea,
Locust, and Wistaria, which may be studied in this
connection.

Analysis. The pupil will answer queries like the fol-
lowing : What is its term or period of life ? What is its
habit ? * How does it climb ? What is the composition of its
leaves ? What the outline of the leaflets ? of the stipules ?
Has it stipels (little stipules at the base of each leaflet) ?

The Tendrils. A new feature now appears. Tendrils
are growing from the extremity of the rachis of the pinnate
leaves, and they are themselves compound. Each tendril
consists of 3 or more coiling threads or fibers aids to the
plant in climbing, f Leaves thus furnished are called cirrJwus.

The Inflorescence consists of peduncles springing from
the axils, each bearing 2 or more white flowers.

* Habit denotes the form, appearance, and conduct of a plant, as it would strike
the general observer, without reference to scientific accuracy.

t The action of a tendril looks almost like intelligence. It remains extended, and
straight, with only a slight curve or hook at the extremity, as if blindly searching for
some object to lean upon. If such support is not soon found, it often sweeps around

118 THE PEA.

The Flower is nodding, 5-parted, and irregular after a
fashion termed. papilionaceous (butterfly-shaped). There are
5 sepals, united at the base and free above. Of the 5 petals
(1 ) the upper and odd one is the largest, and in the bud
covers all the rest. It is called the banner or vexillum.
The others are in pairs ; the 2 lowest being the keel petals
(carince) ; the 2 intermediate, the wings (alee)* Of the 10
stamens (2), 9 are united by their filaments, while the 10th
is separate and free, a condition termed diadelphous, that is,
in 2 sets. The pistil is one only, and that (3)
a simple carpel with one style and stigma. The
style is bent at a right angle, and flattened as if
laterally, with a groove on the back and a bearded
line in front next the free stamen, f

The Fruit is a legume. It is a dry pod,
oblique in form, one-celled, 2-valved, opening at
both its edges (sutures) and having the seeds in
one row along the front suture not along both
as in a silique (p. 101). Much is learned by a
careful study of the legume. Open it at the
7, a legume, front suture. The two valves still conjoined at
the back will represent a leaf, with seeds like buds developed

horizontally, describing in an hour or two a complete circuit, like the free end of the
twining stem or branch of the Morning Glory (p. 186). When at length the tendril,
with the hook at its extremity, touches a twig or other object, it immediately twines
about it, while at the same time in its middle portions it coils up on itself, as if by
shortening its own length to draw the plant closer to its support. The mechanical
difficulty of coiling up while fixed at both ends is overcome by its turning in opposite
directions, causing a sharp angle where its course is reversed. This is best seen in
the Gourd Tribe and the Grape-vine. After its hold is thus secured it grows strong
and tough ; but if it fails to reach its object it soon droops, coils up, and perishes.

* In the Pea tribe the banner is brightly colored so as to justify the name, since
when expanded it cannot fail to attract insects. The lower petals are frequently
joined together in one piece, forming a kind of doorstep on which the insects may
readily alight. On their attempting to enter the throat of the flower, by springing
open the alse, the stamens beneath are liberated and are dashed with some force
against the insect's body, so as to cover it with pollen.

t In the Sweet Pea, of the genus Lathyrus, the style is flattened on the back and
in front ; and this circumstance alone separates these two genera.

PISUM.

119

FIG. XXIX. Pisum sativum : 1, the corolla displayed ; 2, the diadelphous sta-
mens ; 3, the ovary dissected, and the peculiar style and stigma ; 4, a seed ; 5, the
embryo with one of the cotyledons ; 6, a seed germinating.

120 THE LOCUST TREE.

along the margins, as if a leaf were transformed into the pis-
til, and (like the leaf of a Begonia when planted) produced
buds at its edges.*

The Seed is so large (4) that it may be analyzed without
a microscope. Remove the testa and you find within, the
embryo- alone, as in the seed of the Apple. This consists of

2 large cotyledons, and between them (5) a conspicuous rad-
icle and plumule.

GERMINATION. Out of the thick cotyledons, the radi-
cle and plumule draw their first nourishment and wake into
life and growth. In the figure (6), the radicle has sent forth

3 rootlets tending downward, and the plumule, a stem tipped
with a bud tending upward.

The Name is the ancient Latin Pisum ; P. satlvum,
that of the species, indicates that the seed is sown in
gardens. Its native country is unknown.

Scientific Terms. Alae. Banner. Cannae. Cirrhous leaves.
Diadelphous. Front suture. Keel petals. Legume. Papilionaceous.
Rachis. Stipels. Vexillum. Wing petals.

* The fruit, as well as each organ of the flower, is a modified leaf, or leaves. The
simple fruit, formed of a single pistil, like the achenium of the Crowfoots or the
legume of the Pea, is a single leaf. It is folded upward so that its upper surface
becomes the inner, and its united edges the placentae where the seeds are developed.
In the Peach, another simple fruit, the upper skin of the leaf is transformed. into the
stone, inclosing the one seed ; the tissue into the pulp, and the lower cuticle into the
downy, blushing rind. The furrowed line on one side of the peach marks the union
of the two edges of the carpellary leaf. The apple is a 5-carpelled fruit formed of the
5 united pistils. In its construction the 5 carpellary leaves are combined with the 5
calyx leaves. The upper surface of the former becomes the parchment-lining of the
5 cells of the core, and the tissues of them all grow into the luscious pulp. The orange
is formed of twelve leaves, each transformed into a carpel, distinct in the pulp, but
completely blended in the rind, while in the gooseberry the venation of the several
leaves of which it is formed are still distinctly visible. The leaf is thus the rudiment,
type, or pattern, whence every organ of the plant is developed, modified in color, shape,
and structure to subserve, first, the special purposes in its own economy, and ulti-
mately, the interests of the animal creation, and even man himself, " to whom the
sweetness of the fruit and the beauty of the flower must have had reference in the
gracious intuitions of Him who created them both."

ROBLNIA. 121

XXX. THE LOCUST TREE.

Description. This elegant and useful tree grows native
in mountain forests, from the Ohio Eiver southward, and is
generally cultivated for timber, ornament or shade in nearly
all the States.* In May and June, amid the general festivi-
ties of nature, the Locust displays her pendant clusters of
white fragrant flowers, enlivening the dark green of the
graceful foliage.

Analysis. THE LEAF KEGICXNT. The leaves are com-
pound of what form? How do they differ from the leaves
of the Eose ? What are the number, margin, outline and
apex of the leaflets ? They are connected with the rachis by
a short stalk petiolules. Are there any stipules ? A pair
of short, sharp spines occupy their place, especially in the
younger shoots ; we may call them stipular spines.

THE FLO WEB REGION. Compare the flower of the Locust
with that of the Pea, and notice the differences in the calyx,
banner, wings, keel, stamens, and especially the style (3).
Is the inflorescence centrifugal or centripetal ? It is a per-
fect example of a raceme. Are the stamens (1, 2) diadel-
phous ? Compare specimens of the fruit (4) which have sur-
vived the Winter, or which ripen in September, with that of
the Pea. Is the pod 1-carpelled or 2-carpelled ? Has the
seed 1 or 2 cotyledons ? Any albumen ?

Sensitiveness. Note the tumid or fleshy bundles at the
joints between the petiole and stem, and the petiolules and
rachis. Have these any connection with the spontaneous

* The Locust Tree attains its greatest perfection in Kentucky and Tennessee, *
where it often rises to the height of 90 feet with a diameter of 4 feet. For strength
and durability its timber is pre-eminent, and therefore largely employed in shipbuild-
ing, railway ties, and fence posts. As a shade tree its beauty is often marred by the
depredation of worms, which eat at the branches until they break and fall. When
collected in groves it seems less liable to this evil, and grows with great rapidity, often
reaching a height of 8 or 10 feet the first season.

FIG. XXX. Robinia Pseudacacia : 1, the calyx, stamens and pistil, or the flower
minus the corolla ; 2, the stamens displayed ; 3, the pistil with ovary dissected ; 4,
the fruit.

ROBINIA. 123

movements of the leaves for which the Locust is so remark-
able ? When, in securing your specimen, you grasped the
branchlet, the leaves felt and, as it were, resented the
violence. Did you not notice how they fell forward
toward the branchlet, while every leaflet be.nt forward
and upward until each met its fellow as if in sympathetic
embrace ?

Similar movements occur at evening with the departure
of the sunlight. Then not a few leaves only, but the count-
less host on every branch bend, bow, and fold their leaflets
face to face, and so sleep through the hours of darkness.
When the dawn wakens the Robin to his song, it also wakes
the Robinia, and her leaves with the advancing light slowly
unfold to the sweet influences of the vital air.*

The True Sensitive Plant (Mimosa pudica)
is native in tropical America from the Isthmus
to Brazil. Its flowers are collected in roundish
heads, its fruits are legumes of a peculiar pattern
called laments, having joints between the seeds
(5). The leaves are twice compounded (digi-
tate-pinnate). When expanded, they are broad
and showy, covering the plant with verdure. But
at a touch of the finger, or the wing of a bee, they
fold up and contract, one after another, so as
almost to vanish from sight.f This results from a
series of motions as follows : 1st, the numerous 5 ' a lom ent.
leaflets move upward and forward, twins meeting and
together covering the pair next before them ; 2d, the four
divisions thus folded move toward one another as a fan

* The leaves of our Wild Cassias, which open their yellow flowers in August, are
also very sensitive, closing their numerous leaflets when touched.

t At Aspinwall, the traveler, first stepping from the car into a dense green patch
of Mimosa, is confounded at seeing the whole patch disappear, leaving the ground
almost bare, and again after a few minutes looking as verdant as ever !

124

THE LOCUST TKEE.

closes ; 3d, the whole leaf falls backward and downward
by the joint at the base of the petiole.*

The Name, Robinia, was conferred in honor of John
Kobin, herbalist to Henry IV. of France, A. D. 1620. By
his son the Locust was first cultivated in Europe in

5, Mimosa pudica ; 6, Desmodium gyrans.

1640, under the popular name Acacia ; hence its specific
name, R. pseudacacia (False Acacia). Two other species are
native in southern forests and often seen in cultivation.
(See Bot. & Flor.,p. 95.)

* The Moving Plant (Desmodium gyrans) is another member of this great Order.
It is native in India along the Ganges. In this country it is cultivated in the green-
house. The leaves are pinnately trifoliate, consisting of a pair of very small leaflets
placed a little helow the large terminal oolong leaflet. These are wonderfully en-
dowed with the power of spontaneous movements. Their motions are not occasioned
by touch or irritation, but are voluntary and habitual, The small leaflets are more
perceptibly active, moving steadily or fitfully, upward or downward or gyrating in
circles, during the hours of sunshine. The large leaflet is quietly erect during the
day, but slowly falls to a pendant position in the night.

(EtfOTHEBA. 125

Classification.. The vast Order of LEG TIMINGS^, the
Leguminous Plants, represented by the Pea, Locust, Cassia,
and Mimosa, agree in having alternate, stipulate, compound
leaves, ovary simple, fruit a legume, and seeds without albumen.

The Leguminous Plants number not less than 400 genera and
6500 species, 350 species being natives of the United States. The Order
is remarkable for the beauty of its flowers, the variety and value of its
products. Few, if any, are poisonous.

Among its food plants, are the Beans, Peas, Lentils, and Peanuts ;
among its forage plants, the Clovers, Lucerns, and Carobs (called
husks in Luke 15 : 16).

Of gums and balsams, we have Gum Arabic, Tolu, Senegal, Kino,
Copaiva, Tragacanth ; of drugs and dyes, Indigo, Liquorice, Catechu,
Senna, Logwood, Camwood, Brazil wood, and others innumerable.

The timber of the Locust tree, Laburnum, Dalbergia, and Itaka are
highly prized in shipbuilding and cabinetwork.

Few fruits in flavor excel the Tamarind, and the powerful perfume
of the Tonga Bean (Dipterix odordta) is well known.

Among its floral treasures, what element of beauty is lacking when
we have the Wistaria, Golden Chain, Sweet Pea, the Acacias, Poinci-
ana, and Clianthus ?

Scientific Terms. Petiolules. Stipular spines.

XXXI. THE EVENING PRIMROSE.

Description. A morning walk in June, through up-
land meadows, along fence-rows, and in sunny wastes gen-
erally, will be rewarded by the sight of the tall Evening
Primrose, resplendent with its yellow flowers, which opened
the night before. It is a biennial herb, 3 to 6 feet high,
roughish, hairy, and leafy throughout.

Analysis. The ffioot is axial, and usually biennial,
like the Beet bearing only leaves during the first season,
and storing away in the thick tuberous axis a surplus of
nutritive matter to aid the larger growth of stem, flower and

126 THE EVENING PRIMROSE.

fruit the following year. By cultivation the tubers are im-
proved in size and quality.*

The Stem, early the second year, rises erect and stout,
2-6 feet high, terete, hairy, simple at first, but at length
widely branched like a little tree (hence often called the
Tree Primrose). Sometimes the stem is rough, with short,
bristly hairs.

The leaves are many, closely ranged around the stem in
an order called alternate, but easily seen to be in a spiral
line running from right to left (see note, p. 193). Their
outline is lanceolate, margin finely toothed in a manner
called repand-dentate, like the border of a parasol. The
lowest are petiolate, the upper sessile, and all pubescent.

Inflorescence centripetal, the lower buds opening first,
forming a bracted spike which lengthens as the bloom
advances upward, until, at length, there are at once fruit
below, flowers in the midst, and buds at the top.

The Flowers are regular, symmetrical, 4-parted. N The
calyx is the remarkable feature. It consists of a long, slen-
der tube adhering to the ovary below, expanding into 4
sepals at the top, where it also supports 4 broad yellow
petals and 8 stamens, f The ovary is sessile, oblong, with a

* The tubers contain much nutriment, and before the discovery of the Potato were
cultivated for food. Wine-bibbers ate them after dinner, as olives are eaten, suppos-
ing them to give greater relish to their potations.

t Fig. XXXI, 1, representing a vertical section of the flower of Evening Primrose,
is worthy of careful study. It shows very plainly the nature of the adherent or supe-
rior calyx. Now it is understood that the floral organs all issue together from the
torus (1) the base of the flower. Then in this flower the sepals, petals, stamens and
pistils are fused together into one body as far upward as the top of the ovary (o). At
this point the style (which is compounded of 4)- becomes free from the mass of the
other organs, which continue in the form of a tube to the throat (e). Here the tube
is resolved into its constituents, viz. the 4 sepals, the 4 petals, and the 8 stamens-
all becoming free and distinct, and finally the style is also resolved into the 4 sepa-
rate stigmas. In the related genus, Epilobium, " the calyx tube is not prolonged
above the ovary," but is resolved Into distinct organs, all at once, at the summit of
the ovary. Other genera, as Circaea, are intermediate between these two, having the
calyx tube slightly prolonged.

(EtfOTHERA.

127

FIG. XXXI. CEn6thera biennis : 1, vertical section of a flower ; 2, 3, stamens
4, pollen grains ; 5, the 4 stigmas on 1 style ; 6, a capsule, 4-valved ; 7, 4-celled
8, a seed ; 9, seed dissected ; 10, the 2-lobed embryo.

128 LADY'S EARDROPS.

long filiform style inclosed in the calyx tube and bearing at
the summit 4 slender, spreading stigmas. The petals are
contorted in aestivation. The anthers are versatile fixed
by the middle point. The pollen grains are angular, and
loosely connected by spidery threads. After a night of
bloom, the flower withers, breaks from the top of the ovary,
and falls entire.*

The J^t'uU is an oblong, 4-sided, 4-celled capsule, filled
with small seeds which have no albumen.

The Name. (Endthera, the title of this genus, comes
from the Greek, meaning wine-hunter, from the notion that
the roots cause a thirst for wine. The cuts represent
(E. biennis (biennial), one of the many species, f

XXXII. LADY'S EARDROPS.

Description. These floral gems are natives of the
Andes from Mexico to Patagonia. They began to be v known
in Europe about A. D. 1780 in America, 1800 ; and are
now universally cultivated. They are smooth, tender shrubs,
requiring protection in our winters, and are propagated by
slips and cuttings, as they seldom ripen their seeds.

Analysis. THE LEAF KEGION. The root, as we grow

* The flowers open about seven in the evening, just at Summer twilight. The
mode of expansion is very curious. The petals are held together at the summit by
the hooked ends of the calyx. The segments of this flower-cup at first separate at
the base, and the yellow petals may be seen peeping through these openings long be-
fore the flower is fully blown. The expansion is gradual until the petals are free from
the confinement of the hooks, but when this is effected, the flower unfolds very
quickly for a minute or two and then stops, after which it opens gradually, spreading
itself out quite flat. The whole process occupies half an hour, and in some cases a
little sudden noise is made as it jerks the topmost hooks asunder. It has been stated
by Pursh and others that this plant, when in full flower, can be seen at a great dis-
tance, even in a dark night when all other objects are invisible, having a glow of
bright white (see note, p. 85), as if its flowers were phosphorescent. There is evidently
in this a reference to the visits of some night-flying moth adapted to suck its nectar
in pay for scattering its pollen.

t Species 100, attaining their highest development in numbers and beauty W. of the
Mississippi River. Their flowers are yellow, white, purple, 2' , 3', or even 4' in diameter.

FUCHSIA.

FIG. XXXII. Fuchsia coccinia : 2, vertical section of a flower.

the plant, is represented by adventitious fibers issuing or
"striking" here and there from the lower joints of the slip
(severed branch) which remains as planted. The stem,
although woody, is weak, slender, reclining, with smooth
purplish bark and drooping branches. The leaves are
neatly cut, smooth, pinni-veined with reddened veins, op-
posite, ovate, serrate and petiolate.

The J?2owers issue either singly from the axils of the
leaves, or clustered at the end of the branches,, always droop-
ing on slender peduncles. They are regular, perfect, sym-
metrical, 4-parted. The calyx is colored in contrast with
the corolla, its tube inclosing, and adherent to, the ovary
below, and opening into 4 lanceolate sepals above, bearing
on its throat the 4 erect, convolute petals and the 8 long,
exserted stamens. The style is free from the calyx tube,

130 LADY'S EARDROPS.

twice longer than the stamens, with a capitate, (head-like ;
caput, head) stigma.* The pollen grains are angular and
loosely webbed together as in (Enothera. Crowning the
ovary within the calyx tube are 8 nectariferous glands.

The Fruit is a red berry, full of minute seeds, but seldom
coming to maturity in this country.

The Name. The genus Fuchsia was dedicated by Lin-
naeus to Leonard Fuchs, a celebrated German botanist of the
16th century. F. coccinia (Scarlet Fuchsia), with flowers
axillary, calyx bright red, from Chili, was the earliest known
species. Others, now common, are F. fulgens, with flowers
clustered, calyx tube longer than its lobes, which are often
tinged with green, and ovate, somewhat heart-shaped leaves ;
F. microphylla, with small elliptical leaves, calyx funnel-
shaped, and very sweet berries. But the species are much
mixed by hybridization.^ (Sot. and Flor., p. 127.)

Classification. (Enothera and Fuchsia are members of
the Order OSTAGRACE^: the Onagrads. It will be seen that
they coincide in the following points :

Leaves simple, pinni- veined.

Flowers perfect, symmetrical, regular.

Calyx tubular, its lobes valvate in aestivation.

Petals perigynous, convolute in aestivation.

Stamens perigynous, once or twice as many as the sepals.

Ovary inferior (adherent), 2-4 celled, with 1 style.

Seeds anatropous, without albumen.

The Onagrads comprehend 22 genera, 450 species. They are
chiefly natives of temperate climes, and specially numerous in America.
They are of little importance to man, except for their beautiful and

* The arrangement of these organs seems nicely planned in favor of self-fertiliza-
tion. But the falling pollen would seldom touch the stigmatic end of the stigma,
where alone it would be effectual. Moreover the copious nectar implies that the help
of some insect is still needed some long-tongued moth or humming bird, probably,
not found in this country. In New Zealand, a bird (Anthornis Melanura) is fre-
quently seen with its head covered with the pollen of a native species of Fuchsia.

t Hybrids are artificially produced by transferring the pollen of one species to the
stigmas of another, and planting the seeds which result.

OSMOEHIZA. 131

showy flowers. Zauschneria is a genus of handsome herbs, native of
California, with flowers strikingly similar to those of Fuchsia. The
Clarkias * of California are proverbially beautiful. The Willow Herb
(Epilobium augusti folium), with its showy spike of blue-purple flow-
ers, is a tall, familiar object in the New England wilds. The Enchant-
er's Nightshades (Circaea) are pretty little herbs of our damp woods,
always welcome to the botanist for the charming simplicity of the
flowers, being 2-parted throughout.

Scientific Terms in XXXI and XXXII : Adventitious. Cap-
itate. Repand. Slip.

XXXIII. SWEET CICELY.

Description. The Cicelys grow wild from Canada to
Carolina, and westward to Oregon. Their favorite haunts
are in damp, rocky woods. If there be a vein of water a
rivulet half hidden under decaying leaves, oozing along
among stones and tangled roots, there will the Cicelys stand
luxuriating in the rich mold in company with Toothroots,
Trilliums, White Violets and other plants which bloom in
May and June.

Analysis. In the ffioot) Sweet Cicely possesses qualities
which make it favorably known. It is perennial, enduring
the frosts of many winters. It consists of a short body or
axis soon dividing into several long, descending branches, all
rather fleshy, sweet-scented when bruised, and with a spicy,
anise-like flavor. It is esteemed in medicine as a tonic and
expectorant.

The Stem, generally branching, arises 2 to 3 feet. The
internodes are hollow, straight, uncommonly long, and mi-
nutely pubescent.

* Named for Capt. Clark of the famous Lewis & Clark's expedition, which made
the first exploration of the Pacific Coast (1804). (See Barnes's Hundred Years of
American Independence, p. 361.)

132

SWEET CICELY.

The Z/eares are alternate, large, decompound bi or tri-
ternate (the terminal divisions pinnatifid or pinnate), the
radical one on a long petiole, the others nearly or quite ses-
sile, leaflets thin, ovate, pointed, incisely toothed, sparingly
pubescent. The petioles are peculiar, being flattened or
winged below and so embracing or sheathing the stem.

The Inflorescence is in compound umbels, usually two
together, terminating the stem and branches. Each com-
pound umbel consists of 3 to 6 simple ones (umbellets), whose
stalks are called rays. At the base of the umbel, are several

FIG. XXXIII. Osmorhiza longistylis : 3, the flower ; 5, the fruit ; 3, a cremocarp ;
7, a cremocarp opening, on the carpophore ; 4, the short styles of O. brevistylis : 1,
cremocarp of Carrot ; 2, the same in a cross-section.

(1 3) narrow bracts more or less leaf -like an involucre.
Also at the base of each umbellet, is a whorl of oblong bract-
lets bordered with hairs (ciliate) the involucel.

The Flowers in each umbellet are about 5. Do you
miss the calyx ? No sepals appear ; but under the flower, at
the top of the pedicel, is a swelling which we may regard as
the calyx-tube adhering to, and inclosing the ovary ; while

OSMORHIZA. 133

the teeth (ends of the sepals), which we might expect to see
as in the Apple flower, are obsolete or missing. The 5 small
petals are conspicuous for their snowy whiteness. The point
of each is abruptly inflected so as to make it appear notched
(emarginate) at the end. There are 5 stamens, inflected like
the petals. The two styles are prominent, slender, as long
as the stamens, gradually enlarged at the base into the ovary,
or rather into a disk which crowns it. The ovary is inferior,
i. e., adherent to the calyx tube which incloses it, 2-carpeled,
and 2-ovuled.

The Fruit of this Tribe of plants is of curious structure,
and affords the best, often the only characters for distin-
guishing between the genera. In Cicely, its form is linear-
oblong, with a tapering base somewhat club-shaped, flattened
on the sides, crowned with the 2 styles. It finally splits into
2 carpels displaying a forked carpophore (p. 78) on which each
remains awhile suspended. The carpels are nearly terete,
the face being narrow, and the back with 3 linear, hispid
(with short stiff *hairs) ribs. This form of fruit is called
cremocarp (Gr. kremao, I hang, karpos, fruit).

The Name, Osmorhlza (root-scented), as well as the spe-
cific term, 0. longistylis (long-styled), given to this plant, is
characteristic. Another kind of Cicely ( 0. brevistylis, short-
styled), growing in similar situations, will often be found
and mistaken for this. In the former, the styles are slender
and as long as the stamens : in the latter, conical and thrice
.shorter ; the leaflets more pointed and pinnatifid ; the bract-
lets long-pointed, and the root less agreeable in taste.

Scientific Terms. Axis of root. Carpophore. Cremocarp. De-
compound. Emarginate. Inferior ovary. Inflected petals. Involucre.
Involucel. Obsolete. Pubescent. Rays of umbel. Sheathing petiole.
Umbel. Umbellet.

134 GOLDEK ALEXANDERS.

XXXIV. GOLDEN ALEXANDERS.

Description. The humid river-banks, the meadows be-
hind them, and even the sunny hills above them, are fre-
quently bedecked in June or May, with bright yellow umbels,
which, with little discrimination, the country people call
Golden Alexanders. We will suppose that our young bot-
anists return from their morning rambles equipped with
these plants complete root, leaf, flower and fruit.

FIG. XXXIV. Carum aureum : 2, a flower ; 3, a fruit with its thread-like ribs and
persistent styles ; 4, a cross-section of the same ; 5, a fruit of Couium : 6, its cross-
section ; 7, cross-section of a fruit of Fennel : 8, the same split into its merocarps
suspended on the carpophore ; 9, a fruit of Parsnip, showing the vittae, etc.

Analysis. THE LEAF EEGIOK. After the lesson on the
Cicely, the student will see in this plant striking analogies,
with special differences. Both are to be carefully noted.
The root is perennial, axial, branching, more woody than
fleshy, from which annually arises a plant glabrous (smooth)
and polished. The stems throughout are jointed, branching,
with long, hollow internodes as in Cicely. The leaves are
ternate and biternate, the lower on long petioles and some-

CARUM AUREUM. 135

times pinnately 5-foliate, the very lowest being simple and
cordate. The student will compare the leaflets with those
of Cicely, and note their form of outline, base, apex, and
margin. The petioles are sheathing and stem-clasping at
the base, as in that plant.

THE FLOWER KEGIOK. The umbels are axillary and ter-
minal.* Are they simple or compound ? Do you find any
involucre and involucels ? Of what description ? The
flowers are 5-parted. Here also the calyx consists of a tube
adhering to the ovary, with the limb or teeth obsolete. Each
of the 5 yellow petals has its slender point inflexed, with the
5 stamens in like manner inflected. The ovary is inferior
placed below the flower and crowned by it, in consequence of
being immersed in and adherent to the tubular calyx. The
2 styles are slender, longer than the ovary, and deciduous,
for they are not seen on the full-grown fruit.

The Fruit is a cremocarp as in Osmorhiza, but with sev-
eral remarkable differences. It is oval inclined to oblong,
flattened on the sides. When the carpels separate, they show
the forked carpophore between them. Each carpel has 5 con-
spicuous, equal, wavy ribs, 2 of which are marginal, i. e., on
the border of the face or commissure. In each interval be-
tween the ribs is an oil tube an oblong cell containing a
fragrant oil. Botanists call these oil-tubes vittce. None are
found in the fruits of Osmorhiza.

* Plants in which the inflorescence is arranged in a cyme, corymb, &c., may be
termed the " Social Flowers." Small flowers thus packed closely together are neces-
sarily more attractive to insects than if they were scattered promiscuously over the
plant. Besides, these groups of flowers are generally placed where they are not hid-
den by the leaves. So that one can but feel that this floral arrangement is not an
accident, but designed for a purpose. Self-fertilization is guarded against in these
masses of small flowers by the stamens ripening before the pistils. The former shed
their pollen and wither before the latter have developed sufficiently to receive the
pollen. Sir John Lubbock remarks that the honey in the flowers of this order is
inaccessible to butterflies, whose probosces are fitted for deep-throated flowers; but
it is easily reached by other insects.

136 GOLDEN ALEXANDEBS.

The Name in Latin is Carum aureum. It is associated
with Caraway (Carum Carvi} whose native country is Caria
in Asia Minor ; hence the name. The specific term,, aureum,
means golden. Other plants called also Golden Alexanders,
with yellow umbels in June, may perplex the student. One
such, 0. cor datum, is smooth all over like C. aureum, but its
root-leaves are generally cordate and simple, and the stem-
leaves never biternate.

Classification. These examples introduce us to the
great Order of the UMBELLIFEK^: the Umbel-bearing
Plants, characterized as we have seen by the following 7
traits :

Stems hollow. Inflorescence in umbels.

Leaves divided. Flowers pentandrous.

Petioles sheathing. Ovary inferior.

Fruit a crempcarp.

The Umbel worts. The 270 genera of this Order, and probably
also the 1500 species, are distinguished by as many varying forms of
the cremocarp. Here the fruit is flattened on the sides ; there, as
in Parsnip, on the back, and in Coriander not flattened either
way, but globular. Here the ribs are angular ridges; there they
are winged ; in Carrot they are each beset with a row of bristles.
The ribs vary in number, from 3 to 9 ; so also the oil-tubes, being
none in Cicely, 4 in Carum, 9 in Carrot, and 15 or more in Lovage.
With a good microscope, the student will find these observations
full of interest.

The Umbelworts are chiefly natives of the North Temperate Zone in
both Continents, and the high mountains of the Tropics. Many of them
are adapted to special uses. As food plants, we have the Carrot, Pars-
nip, Celery,* Parsley, Chervil. For aromatics and carminatives, we
have the fruits of Anise, Caraway, Coriander, Dill, Cummin. As

* The action of light upon plants is well illustrated in the case of our Garden Cel-
ery. The stalks are blanched by heaping earth about them so as to exclude the sun ;
but not only is the formation of the green coloring matter (chlorophyl) thus prevented,
but also, of the strong-odored if not poisonous substance which ordinarily renders
this plant unwholesome.

ANTE^KAEIA. 137

drugs, Assafoetida,* Opoponax, Bdellium, Gum Galbanum, and the
poisonous Conium, Cicuta, Fools-Parsley, etc., which all should know
in order to avoid.

The Record. For tablet and fig. of Cicuta, see Appendix.
Scientific Terms. Commissure. Vittse.

XXXV. THE MOUSE-EAR EVERLASTING.

Description. These plants are among the earliest and
oddest of the creations of Spring. On the sterile knolls of
old pastures, and along the borders of the woods, you will
find them already lifting their woolly heads when the grass
first changes to green. Few plants are more unsightly, but
being the heralds of returning Spring, the earliest represent-
atives of the grandest of all the Orders, and moreover every-
where present, they make an undeniable claim upon our
attention.

Analysis. The ffioot is perennial, and produces up-
right flowering stems, together with prostrate runners or
stolons like the Strawberry plant. All the herbage is whit-
ened by a silky wool.

The Z/eaves are thickish, smoothish above when old,
entire ; the radical obovate or oval-spatulate (like an apothe-
cary's spatula, or broader), petiolate ; the cauline much
smaller, linear-oblong, sessile. On the stolons (runners,
p. 97), the upper leaves are the larger.

The Stems are about a span in height, and scape-like in
consequence of the diminished upper leaves.

The Flowers are small, and collected in heads which are
again assembled in clusters forming a dense terminal group.
They are dioecious, that is, all staminate ( $ ) or sterile in

* Assafoetida is so much relished by the Brahmins of India that they term it
" food for the gods."

138

THE MOUSE-EAR EVERLASTING.

FIG. XXXV. Antennaria plan-
taginifolia : 6 , the sterile, ? , the
fertile plant ; 1, a single floret ; 2,
a bristle of the pappus ; 3, a ? flo-
ret ; 4, a section of a $ head ; 5,
achenium with its pappus.

one plant, and all pistillate (?) or fertile in another. The
botanist should have both kinds in hand.

An Involucre consisting of many bracts or scales, sur-
rounds each head of flowers. Here the scales are scarious
or dry, white (or brown at the base), imbricated, the outer

139

very woolly, the inner smooth, obtuse in the sterile heads,
acute in the fertile.

The minute flowers, often called florets, stand crowded
together on the receptacle the expanded summit of the
short peduncle. Here the receptacle is naked, i. e., bears no
chaff among the florets. The ? florets show, first, an ovary
at the base (inferior) ; 2d, a calyx (pappus*) consisting of
about 20 fine white hairs crowning the ovary ; 3d, a tubular
corolla exceedingly slender, inclosing, -ith, a style protrud-
ing (exserted) from its summit. The $ show a slender
abortive ovary at the base ; a pappus of 20 club-shaped,
knobby, white bristles ; a tubular 5-toothed corolla inclosing
5 stamens whose brown anthers are united into a tube and
exserted. The style is rarely seen.

Thus the fertile plants are known at sight by the longer,
finer, whiter pappus not sprinkled with the brown dots of
the anthers. The shorter, clubby bristles of the sterile
pappus are curious objects under the microscope, but poorly
contrived for wings.

The Fruits are each one-seeded a sort of achenium.
When ripe, they quit the receptacle, and, winged with their
fine light pappus, are wafted away and scattered. For the
abortive achenia, wings would be useless.

The Name of this plant is Antennaria plantaginifolia ;
the former suggested by the resemblance of the singular
pappus to the antennae of an insect ; the latter by the like-
ness of the leaves to those of the Plantain.

* From the Latin pappus, an old man, a grandfather, alluding to the white hairs.
Comparing this fruit with the cremocarp of Cicely (p. 131), it is evident that the ovary
is inferior, i. e. the calyx tube adheres to the ovary, and the limb (sepals), if any, will
seem to stand upon it, as the corolla does. But owing to its crowded condition in the
dense heads, the sepals develop themselves in singular forms, usually split up into
hairs or bristles, sometimes into 5 scales, as in Ageratum, sometimes into 2 teeth, as
in Sunflower, and sometimes wholly obsolete, as in Mayweed. Again, the top of the
ovary grows up into a neck elevating the pappus, as in Milkweed ; or into a slender
pedicel, as in Dandelion.

140 THE ROBIN'S PLANTAIN.

The Record. Find in the Appendix a tablet and record
of Antennaria, which will serve as a model for other plants of
this order.

Scientific Terms. Dioecious. Exserted. Fertile. Florets. Im-
bricated. Ovary Abortive. Pappus. Pistillate. Receptacle. Receptacle
naked. Scales. Scarious. Scape-like. Spatulate. Staminate. Sterile.

XXXVI. THE ROBIN'S PLANTAIN.

Description. The groves and orchards are already
vocal with the song of the Robin when the meadows and
copses are first bedecked with the blue rays of Robin's Plan-
tain. In Florida beginning to flower in March, its bloom
progresses northward to Virginia in April, to New York in
May, and to Canada in June, coeval with Bulbous Crowfoot,
Rue Anemone, and Hood-leaved Violet.

Analysis. THE LEAF REGION. Having collected an
ample supply of specimens both with flowers in fresh bloom
and others well advanced towards fruit, the student will
answer inquiries like the following : What of the x life and
form of the root ? The quality of surface or the clothing of
the plant ? The form, stature, and attitude of the stem ?
The position, arrangement, margin and venation of the
leaves ? The leaves, as to outline, are not uniform. The
radical are oblong -spatulate with the base narrowed toward
a petiole and a few teeth above. The cauline are lanceolate-
oblong, mostly entire, and with a broad-clasping base.

THE FLOWER REGION. The Inflorescence is like
Antennaria, but more open and corymbous (like a corymb,
or a level-topped cluster). A few heads terminate the stem
and branches. The first to flower is the one at the top of
the stem, next that of the highest branch, and so on to the
lower or outer. Thus the general inflorescence is centrifu-
gal ; but regarding each head singly, centripetal.

EKIGEROtf.

141

FIG. XXXVI. Engeron bellidif 6lium : 1, a ray floret ; 2, its style and stigmas ; 3, a disk
floret; 4, its stamens ; 5, its pistil ; 6, receptacle and involucre ; 7, ripe fruit and pappus.

The Involucre consists of many nearly equal scales,
green, linear, pointed, and all in one row, not imbricated (6).
The receptacle (6) is flat, naked (no chaff among the florets).

142 THE KOBIK'S PLANTAIK.

The Florets are very many in each head and of two
kinds. In the circumference stand the florets of the ray,
surrounding the florets of the disk. The former (1) are dis-
tinguished by their ligulate corollas (ligula, a strap), called
the ray. This form may be understood by comparing it
with the tubular corollas of the disk (3). These have 5 teeth
at the top, indicating that the tube is formed by the union
of 5 petals.* There are also 5 (or at least 3) teeth at the tip
of the ligules, and other marks indicating 5 united petals,
not forming a tube, but a strap-shaped corolla a split tube,
lengthened and turned to one side. The rays in this species
are of a bluish-purple color, and about 50 in number. The
ray florets are pistillate ( ? ), the disk florets perfect ( $ ),
and both are fertile. The style in all bears 2 manifest
exserted stigmas. In the disk, 5 united anthers form a tube
around the style ; in the ray no anthers appear. In the
figure, (4) displays the stamen tube as if unrolled ; (5), the
style with the 2 flattened obtuse stigmas ; (2), the stigmas of
the ray. The pappus is composed of many white, scabrous
(rough) bristles encircling the corolla and crowning the
(inferior) ovary

The Fruit (7), a sort of achenium, is more properly a
cypsvla. The 2 stigmas indicate a 2-carpelled ovary. The
cypsela, therefore, although 1-seeded, is the product of a
double ovary. All other achenia (e. g., Ranunculus) come
from simple ovaries.

The Name of this plant, Erigeron bellidifdlium, is sin-
gularly descriptive. The generic title signifies "hoary in
Spring" (er, spring, geron, an old man) ; and the specific,
" daisy-leaved " (Bellis, Daisy, folium, leaf).

* The term gamopetalous (gamos, union) is applied to all flowers with united
petals. The corresponding term polypetalous designates those having the petals
distinct, as in the plants heretofore described.

TABAXACTO. 143

Scientific Terms. Corymb. Corymbous. Cypsela. Florets

of the ray. Florets of the disk. Gamopetalous. Ligulate corolla.
Polypetalous. Eays. Scabrous. Tubular corolla.

XXXVII. THE DANDELION.

Dear common flower, that growest beside the way,

Fringing the dusty road with harmless gold,
Tis the Spring 1 s largess which she scatters now.

LOWELL.

Description. There are animals which shun the savage
haunts of the wilderness, and with determined choice seek
the habitations of man. So there are plants, foreigners
mostly, such as the Plantain, Pigweed, and Dandelion, which
nourish only or chiefly around human dAvellings. Early and
late, in Spring, Summer and Autumn, the golden discs of
the Dandelion develop from the manipulated soil of the
gardens, fields, and fence-rows. Other plants we may value
for their rarity ; but this delights us for its very common-
ness, and the associations of childhood which linger about it.*

Analysis. THE LEAF REGIOK. Here we have an acau-
lescent plant a plant with no visible proper stem. The
leaves and flower-stalks rise directly from the top of the
strong, axial, fleshy, perennial root. A milky white juice
pervades the whole plant, exuding from the root, leaves,
flowers, wherever bruised or broken. This juice contains
caoutchouc, but no opium. The leaves differ in pattern
from any hitherto described. All are radical, and oblong in
their general outline, with the margins cut into prominent
lobes and teeth which are inclined backward a form called
runcinate (re-uncinate, or hooked backward).

* Besides the uses of the Dandelion for the bee, butterfly, and childhood, and the
pleasant memories it brings to age, it serves other purposes. The young leaves when
blanched are esteemed in France as an excellent salad. The green growing leaves are
used generally as a pot-herb. The root is a valuable remedial agent.

FIG. XXXVII.Taraxacum Dens-lednis : l,a floret; 2, the stamens unrolled; 3, the
receptacle, and involucre ; 4, a fruit (cypsela) ; 5, a fruit with its pappus.

144

TAKAXACUM. 145

THE FLOWER REGION. The inflorescence is also radical.
From the crown of the root several naked, hollow scapes
arise, each bearing an involucrate head of flowers analogous
to, yet strikingly different from, those of Antennaria or
Erigeron. In the former, the heads are discoid, being wholly
destitute of rays or ligulate corollas ; in the latter radiate,
having the outer row of florets ligulate. In Dandelion they
are radiant with all the florets ligulate.

The Involucre is said to be double, consisting of 2 rows
of scales, the outer ones shorter and reflexed, the inner, linear
and erect. The receptacle (3) is quite naked of chaff.*

The Florets are all fertile and perfect each consisting

(1) of an oblong ovary crowned with a yellow, ligulate corolla
and a pappus of soft white bristles. The ligule is 5-toothed,
indicating 5 united petals. The 5 anthers form a tube inclos-
ing the style, which divides at the top in 2 spreading or rev-
olute stigmas. The anther tube is represented in the cut

(2) as if unrolled, f

The Fruit. After flowering, the involucre closes upon
the withering corollas while the fruit is growing. The tips
of the ovaries grow into slender beaks raising the pappus,
while the scape lengthens, elevating the whole head. At
length, when all is ripe, the involucre again opens, the pap-
pus expands into an airy balloon, and soon the cypselas
(4 and 5), thus admirably fledged, are borne away on the
wind and scattered far and wide. But this is not the end of

* In Sunflower, Coriopsis, and other plants of this Order, the receptacle bears with
each floret a bractlet (called a pale or chaff). Hence " receptacle chaffy " is the coun-
terpart of " receptacle naked."

t In fair weather the florets are expanded and very conspicuous to insects. In rain
and by night they are closed, protecting the nectar from waste. The nectar is abun-
dant, rising high in the tubes of the florets and accessible to numerous insects. Muller
observed the visits of 93 species. It is scarcely possible that the stigmas should
escape pollenization in this way ; but to make sure of it, they continue to recoil until
they reach the pollen for themselves. " The brightness of its color, the quantity of
its honey, the habit of closing in unfavorable weather, and the power of self-fertili-
zation, go far to explain the great abundance of the Dandelion. 1 ' -Sir J. Lubbock.

146 THE DAtfDELIOS.

providential care. The cypsela (4) is pointed and bearded
so that when it alights, its pappus still moving to and fro,
it works its way into the ground and thus plants itself. *

The Name, Dandelion, is a corruption of the French
dent-de-lion, from a fancied resemblance of its jagged leaves
to the teeth of a lion. The scientific name, Taraxacum
Dens-leonis (taraxacum,) disturbance, dens-leonis, lion's tooth)
refers to this common notion, and its medicinal effect.

Classification. This plant, with the two foregoing,
introduces us to the great Order of the Asterworts, called
COMPOSITE as the flowers are apparently compound. They
agree with one another and with the whole Order in these
seven characteristics :

1. Flowers collected in involucrate heads.

2. Calyx limb (if any) a dry pappus crowning the ovary.
8. Corolla of 5 united petals (gamopetalous).

4. Stamens 5, united by their anthers into a tube.

5. Stigmas 2, with their styles consolidated into one.

6. Ovary inferior, 1-ovuled, a cypsela in fruit. ^

7. Seed with no albumen.

The Asterworts embrace 1000 genera and 9000 species, growing
in all climates and countries, amounting to about one-tenth of the
Flowering Plants of the Globe. Over 600 species are natives of the

* Thus the Dandelion enters the great " struggle for existence " with seeming ad-
vantages, but none too many. Its rivals are a legion, each in its own way armed for the
strife a contest more active than ever was waged on any human battle-field, renewed
every Spring time in the bosom of the quiet woodland and peaceful meadow. The
ground is densely packed with seeds which were strown the previous Autumn, or
have been lying dormant, abiding their time, perhaps for years. There is room for
only one seed to develop in a spot where there are hundreds of candidates. The sun-
shine and heat stimulate them to germination, and then begins the fierce struggle for
survival a contest that knows no pause or cessation until the fittest have conquered
and the rest have succumbed. It is literally a death-struggle. No pity is shown for
the weak, no regard for the beautiful.

Nowhere is this life-struggle so reckless as amid the exuberance of a tropical
forest. "There," says Orton, "the dense dome of green overhead is supported by
crowded columns, often branchless for 80 feet. Individual struggles with individual,
and species with species, to monopolize the air, the sun, and the soil. In their efforts
to spread their roots, some of the weaker sort, unable to find a footing, climb a power-
ful neighbor and let their roots dangle in the air, while many a full-grown tree has
been lifted up, as it were, in the strife, and now stands on the ends of its stilt-like
roots so that a man may walk under the trunk between them."

GAULTHERIA. 147

United States. Conspicuous among them are the autumnal hosts of
blue and white Asters and yellow Goldenrods (Soliddgo), the troops of
Sunflowers (Hdidnthus) and the armies of Thistles (Cnicus). Our
Composites are nearly all herbs ; in Chili, they are mostly bushes ; in
the Island of St. Helena, they are trees.

Compared with its vast extent, the useful products of this Order
are few and unimportant. Lettuce is the herbage of Lactuca
saliva. Salsify is the root of Tragopogon porrifolius. Chickory, used
with Coffee, is the roasted root of Cichdrium Intybus. Saffron, a
yellow dye, is the dried flowers of Cdrthamus tinctorius. Camomile
(Anthemis nobilis), Elecampane (Intild), Arnica (A. montdnd), are pop-
ular remedies. The well-known Persian Insect Powder is the dried
and pulverized heads of Chrysanthemum rbseum. Wormwood, used in
making the French liquor absinthe, is a species of Artemisia.

In the flower garden this great Order is also well represented by the
showy China Asters, Zinnias, and Dahlias, which sport into varieties
infinite. The Feverfue (Parthenium), the Marigolds (Tagetes) and
Coreopsis, are old favorites. The Everlastings or Immortelles are
becoming common. Last, but not least, the lovely Chrysdnthema, in
purple, yellow, and glowing white, when all other leaves are falling
and other flowers are dead.*

Scientific Terms. Acaulescent. Achenium or Cypsela beaked.
Heads discoid. Heads radiant. Heads radiate. Receptacle chaffy.
Receptacle naked. Runcinate.

XXXVIII. THE CHECKERBERRY.

Description. The many names of this little plant, as
with the Garden Violet, is a proof of its popularity. In dif-
ferent places it is known as Checkerberry, Boxberry, Tea-
berry, Ivory Plum, Partridge-berry, Wintergreen. f The

* "And it is told in stories old that this fair blossom first

On that blest morn, when Christ was born, into white beauty burst.
Perhaps ah ! well, we cannot tell if truly it be so ;
T but repeat the legend sweet, and only this I know
That in the prime of Christmas-time the Christ's sweet flowers blow."
t We adopt the first-mentioned name, for so it was known to onr childhood. But
since these appellations are merely local, and some of them are equally applied to
other plants, the necessity of an invariable scientific name is manifest.

148

THE CHECKERBEBKY.

Checkerberry grows in old woods and pastures, particularly
where Pines and Hemlocks have abounded, always avoiding
alluvial or limestone soil. In Winter and early Spring, it
appears arrayed in the dark evergreen leaves and bright red
berries of the preceding year. In April and May, it puts
forth new leaves which are of a livelier green, and tender,

FIG. XXXVUL Gaultheria procumbens :
2, a flower, natural size ; 3, a fruit ; 4, ver-
tical section of the fruit; 5, a 2-horned
anther of a Vaccinium (Blueberry) ; 6, a
stamen of Arctostaphylus (Bearberry) ; 7, a
2-awned stamen of a Vaccinium ; 8, Pyrola
secunda ; 9, a flower, natural size ; 10, a
stamen showing the terminal tubes and
pores ; 11, cross-section of the 5-celled,
many-seeded capsule.

with their well-known spicy fragrance and taste. In May,
June, or July, according to the locality, you will find it in
flower, and in October its fruit will again be perfected.

Analysis. THE LEAF BEGHXBT. With complete speci-
mens in hand, the learner will carefully distinguish between
root and stem. Is it Q or 2f ? The stem proper, or the

main stem, is a prostrate creeper generally concealed. At

GAULTHEKIA. 149

intervals it sends up branches 2' or 3' high, which the learner
at first sight might take for distinct, independent stems.
The leaves define their venation, form of outline, quali-
ties of surface, texture, taste, &c.

THE FLOWER REGION. The Flowers present us with a
new pattern. The white wax-like corolla is a short tube,
5-toothed and slightly contracted at the mouth a form
called urceolate (urn-shaped). Note the position, attitude,
and length of the flowers and their peduncles. Compare the
calyx with the corolla ; note their difference in life, form,
size, and fail not to observe the 2 bractlets subtending all.
Note the number of the stamens, and the form of the anther.
Each of its 2 cells bears an awn at its tip, and a terminal
pore for the discharge of its pollen.

The ovary is it superior ? How many cells has it ? How
many ovules in each cell ? How many styles ? The micro-
scope will reveal all this.

The fruit. If the pupil has been fortunate in securing
fruit, relic of the former year, new surprises await him in its
analysis. As a whole it is globular. At the top appears a
little globe within a globe, surrounded by 5 large teeth. Now
with a sharp blade divide the fruit perpendicularly and study
the section. There is a 5-celled capsule enveloped in (but
free from) the enlarged fleshy calyx which contains the pulpy
portion of the berry.

The Name. This plant was first noticed in Canada by
Dr. Gaulthier of Quebec. In his honor it received the generic
name GauUheria, conferred by Prof. Kalm, of Sweden. Its
specific name, G. procumbens, alludes to its habit of growth.
Another species, G. Shallon, a bush with similar fruit, but
Uack, and the delight of the bears, grows in Oregon, ,,

Scientific Terms. Urceolate corolla.

150

THE PYKOLAS.

XXXIX. THE PYROLAS.

Description. There are five or six species of these ele-
gant plants growing in the woods of the Northern States,
Canada, and southward along the mountains. One or all
of them may fall in the way of the col-
lector, the flowers in June or July, the
fruit in September. The dry stalks of
the last season with empty pods (better
than none) should be collected with the
flowers.
Analysis. We now adopt a new

FIG. XXXIX. Pyrola rotundifdlia : 2, section of a flower bud showing the anthers
inverted ; 3, section of a flower ; 4, 5, stamens anthers erect.

method of analysis. We direct attention, 1st, to such char-
acters as apply equally to all the species of a genus, i. e.,
the generic characters. These are mainly but not entirely

PYROLA. 151

found in the flowers and fruit ; 2d, to those which apply to
one species only and serve to distinguish it from all the other
members of the genus. They are taken from any part, but
chiefly from the leaf region.

1. GENERIC CHARACTERS. The Pyrolas are smooth,
nearly acaulescent, perennial herbs. Both roots and stem, are
mostly subterranean. The former are brown fibers spring-
ing here and there from the joints of the stem. An under-
ground shoot or runner arising from the base of the last
year's plant, becomes the stem of this year's plant, and
so on.

The Z/eaves are entire, petiolate, and nearly radical.

The Inflorescence is a scape with a few bracts, and a
simple raceme.

The Flowers are complete, 5-parted, symmetrical, one-
colored, nodding. The sepals are 5, united at the base, per-
sistent. The petals are 5, larger, concave, converging (not
wide-spread), scarcely united at the base, deciduous. The 10
stamens are peculiar in form and behavior. The large ob-
long anthers (4, 5) are attached to the top of the filament
near their own apex, where they open by 2 (or 4) pores. In
the bud (2) they are seen inverted, but become erect with
their pores upward as the flower expands. A vertical sec-
tion (3) displays the structure and arrangement of the floral
organs.

The Style is one, compounded of 5 united, with 5 stigmas
at the top. The superior ovary becomes in fruit a globous-
depressed, 5-lobed, 5-celled capsule, opening upward from
the bottom by 5 valves. The seeds are innumerable and very
minute.

2. SPECIFIC CHARACTERS. We have the portrait of a
common species, and assume that the learner has specimens
before him. The few leaves are quite radical, thick and

152 PRINCE'S PINE.

shining, orbicular (round) or round-ovate, shorter than their
dilated petioles. The scape is 6-12' high, 6-12-flowered,
bracted. The calyx lobes ovate ; the petals round-obovate,
nearly white. Style clavate, twice bent downward, longer
than the petals which are thrice longer than the sepals.

The Name, in Latin as in English, is Pyrola, a diminu-
tive of Pyrus, the Pear-tree ; because of the resemblance of
the leaves, whence it is also called, Pear Wintergreen. The
species here figured and described is P. rotundifolia, the
round-leaved.

Another species, P. elliptica, has elliptical and oval leaves,
thinner in texture, scape bractless, and sepals very short.
The learner may also have found P. secunda (Fig. XXXVIII,
8), which has the flowers of its raceme all turned one side, a
straight style, serrulate leaves not all radical, and other dif-
ferences which are easily noted.*

Scientific Terms. Clavate. Converging petals. Generic char-
acters. Orbicular. Specific characters. Vertical section. t

XL. PRINCE'S PINE.

Description. In the same woodlands where the Pyrolas
grow, or in the drier portions of them, you may also detect
the Prince's Pine, or, as it is called in the Indian tongue,
Pipsissewa. The affinities of this comely plant with the

* In the States E. of the Mississippi River, 6 species of Pyrola are known, and ana-
lytically distinguished in Wood's Object Lessons as follows :
Stamens ascending, style declined and curved., .a.
Stamens and style straight and erect. . .Nos. 5, 6.

a Leaves thick and shining. Flowers white or rose-colored, Nos. 1, 2.

a Leaves green, not shining. Flowers greenish- white, Nos. 3, 4.

1 P. rotundifolia. Round-leaved P. Leaves orbicular. Mostly white petals.

2 P. asarifolia. Heart-leaved P. Leaves round-cordate. Rose-colored petals.

3 P. elliptica. Pear-leaved P. Leaves large, thin, elliptical. Scape bractless.

4 P. chlorantha. Green-fl. P. Leaves small, thick, roundish, shorter than petioles.

5 P. secunda. One-sided P. Eaceme with the green-white flowers all on one side.

6 P. minor. Lesser P. Raceme spike-form, with small, globular, white flowers.

CHIMAPHILA.

153

FIG. XL. Chimaphila umbellate : 1, section of a flower ; 2, 3, stamens ; 4, cross-
section of ovary ; 6, the ovary ; 5, capsule opening by chinks above.

154

PRINCE'S PINE.

Pyrolas is evident at sight. Its study will therefore be a
comparative analysis, in which both its resemblances and
differences will appear.

Analysis, 1. GENERIC CHAR-
ACTERS. The Prince's Pines are
small, suffruticous (sub, under, or
partly, frutex, a shrub ; i. e., half-
shrubby) plants. Their stems orig-
inate from long subterranean run-
ners like the Pyrolas, with leaves
evergreen, thick, shining, verticil-
late (whorled) or scattered in the
midst of the stem. The inflores-
cence is a terminal umbel on a long
peduncle, flesh-colored, 5-parted,
with Flowers. The Calyx is 5-lobed,
and the Corolla of 5 concave, or-
bicular, wide-spread petals. There
are ten 2-horned anthers, opening
by 2 terminal pores ; filaments (2, 3)
broad in the middle ; style (6) very
short ; stigma broad, disk-form.
The capsule (5, 4) is depressed,
globular, 5-celled, 5-valved, opening from the top.

2. SPECIFIC CHARACTERS. The specimens in hand may
be of the kind commonly known at the North as Pipsissewa
(see Fig. XL) and esteemed for its tonic and diuretic proper-
ties. This plant stands 6-10' high on a base curving up-
ward. The leaves are in 2 or 3 whorls of 3s and 5s,
oblanceolate, narrowed to the base, sharply serrate, uni-
formly dark-green. The peduncle is 2-4', and sustains an
umbel of 4-7 flowers.

The Name, Ohimdphila (winter-loving) umbelldta (um-

7, Chimaphila maculata.

KALMIA. 155

bellate) is appropriate to the habit of Prince's Pine, it
being an umbel-bearing evergreen. A second species C.
maculata (Spotted Chimaphila, Fig. XL, 7) grows in similar
localities, especially southward. It is known by the white
variegations of the lanceolate, remotely serrate leaves. Sooner
or later the diligent collector is sure to find it and record its
analysis.

XLI. THE KALMIAS, OR AMERICAN LAURELS.

Description. In the woods of the Atlantic States from
Maine to Georgia and westward to Wisconsin and Kentucky,
grow the American Laurels, adorned in the months of May
and June in their magnificent bloom. Five species are
known to the botanist, flowering simultaneously, and there-
fore, possibly, all or several in the box of the collector. Let
us first notice their points of agreement, that is, their

1. GEHEKIC CHABACTEKS. These are evergreen shrubs,
with coriaceous, entire leaves, with raceme-like corymbs
(level-topped clusters) of showy white or red flowers, all
5-parted, gamopetalous and complete. The 5 sepals cohere
only at base, the 5 petals are united quite to the top into a
saucer-shaped, 5-lobed corolla larger than the calyx, having
10 pits or sacks in which the 10 anthers are lodged. The
filaments are long, slender, elastic and recurved. Style 1,
slender. Fruit a globular capsule, 5-celled, oo -seeded.

The Name. Plants possessing these attributes consti-
tute a genus named Kdlmia, in honor of Kalm, a Swedish
botanist who traveled in America about 1750.

2. SPECIFIC CHAEACTERS of the Broad-leaved Kalmia (K.
latifdUa), often called the Calico Bush. It is a shrub with
crooked stems and branches, 5-15 feet high, with leaves
mostly alternate, smooth, bright green on both sides, ellip-

156

THE KALMIAS.

FIG. XLL Kalmialatifdlia: c, a flower natural size; b, a growing ovary, with its style.

tical, acute at each end, supported on short petioles. Its
flowers are in large terminal corymbs, viscid-pubescent,
white varying to rose-color.

The other species are shrublets 1-3 feet in height. The

KALMIA. 157

learner will recognize their generic characters in the sketch
already given, and write in his Plant Record the distinguish-
ing specific characters of each as he finds them. Their
names are as follows :

K. angustifolia, the narrow-leaved, called Sheep-poison, with oppo-
site leaves and lateral umbels.

K. cuneidta, the wedge-shaped-leaved, growing South.
K. glauca, the glaucous or sea-green ; with 2-edged twigs.
K. hirsiita, the hairy. ; with very small leaves. South.

(Pollenization . The curious action of the stamens in
these plants is worthy of special attention. When the flower
first opens, the stamens are confined with their anthers in as
many little pockets of the corolla, and consequently the elas-
tic filaments bend backward away from the style, which stands
erect in their midst. The anther containing the pollen grains
has, like the Pyrolas, 2 porous openings at the top. A i ouch
or sudden jar will liberate the anthers, when they instantly
rebound against the style, discharging their pollen toward
the stigma.*

Classification. The genus Kalmia, with the three pre-

' ceding, represent the large and interesting Order of the

Heathworts, or ERICACE^E.J They are not homogeneous, like

* It has been observed that the stamens do not spontaneously free themselves, but
await some external force, as a gust of wind, a falling twig, or rain-drop. But the
special agent in this service is the bee in quest of honey. The rustling of its wings, the
thrusting its proboscis kito the cavity at the base of the stamens where the nectar is
secreted, sets them free. In this case the pollen shot from the rebounding stamens
will be discharged upon the body of the insect, and thus carried to the stigma of the
next flower which it may visit.

The thoughtful student will here inquire, " Why must the pollen be lodged upon
the stigma at all? "a question which we are preparing to answer.

t The Order takes its name from its principal genus, Erica, the Heaths or Heath-
ers, a genus of not fewer than 400 species of delicate evergreen shrubs, with small
narrow leaves and 4-parted gamopetalous flowers, natives of Europe and S. Africa.
In Scotland, the luxuriant Heather is a characteristic feature of the landscape. It covers
wide tracts of country so closely as to prevent all other vegetation, and often grows
high enough to hide a man standing erect. Different species are the badges of different
families, and a plant that is so serviceable is well worthy of being a Highland badge.
Many a mountaineer sleeps on a couch of Heather boughs ; makes his cabin of
Heather and a mortar of straw and earth ; thatches his roof with Heather, which
"he binds down with a rope of twisted Heather ; and burns for his only fuel the

158 THE PITCHER PLAKT.

the Composite, yet nearly all the genera agree in the follow-
ing seven characters.

Leaves simple, without stipules.

Flowers perfect, complete, regular.

Petals 4, 5, rarely more, united or not.

Stamens as many or twice as many, free and distinct.

Anthers 2-celled, opening by 2 terminal pores.

Style 1 with a 4-10-celled ovary.

Embryo small, in fleshy albumen.

The Heathworts comprehend 66 genera, 1086 species, chiefly
natives of S. Africa, where they cover vast tracts of country, and
America, both N. and S. Some of them are the most beautiful of
plants, as the Azalias, Rhododendrons, and Heaths (Erica).

Our Blueberries, so delicious and healthful, are the fruit of the
various species of Vacciniam. Our Whortleberries or Huckleberries,
of Gaylussdcia (dedicated to the French chemist, Gray Lussac}. Our
Cranberries, of Oxycoccus.

The Oil of Wintergreen is distilled from the young leaves of Gaul-
theria procumbens. The diuretic medicine, Uva-ursi, is the leaves of
Arctostdphylus Uva-ursi. The exquisitely fragrant Mayflower, or
Trailing Arbutus, is Epigea repens.

XLII. THE PITCHER PLANT.

Description. In peat bogs and fresh marshes through-
out the country, the Pitcher Plant may be sought. It is
everywhere an object of curiosity and wonder. Eight or
ten different forms occur, but the flowers in all are exactly
similar, except perhaps in color. The species most generally
accessible is delineated in Fig. XLII.

Analysis. GENERIC CHARACTERS. The habit of these
plants is acaulescent, with perennial fibrous roots, leaves

Heather-peat. The Heather sprays and blossoms are eaten by grouse and by sheep
in a time of scarcity; while the "Heather-bell, with her purple bloom," is a boon
to bees.

159

PIG. XLIL 1, Sarrac6nia purpiirea.

hollow and containing water.
The flowers, one or more, 5-
parted, perfect and complete,
are large, solitary, mounted and
nodding on a naked scape.

The calyx consists of 5 ovate,
spreading, colored sepals subtended by 3 bractlets. The
corolla is of 5 obovate, incurved petals covering the broad
style, and the many hypogynous stamens.

The ovary is glabrous, 5-carpelled, 5-celled ; the style
short, expanding at the top into a broad umbrella-shaped or
peltate (i. e., shield-shaped) membrane, bearing the 5 stigmas
in the notches of the 5 rhombic lobes. The matured fruit is
a capsule with 5 cells opening by 5 valves, having the pla-
centae in the axis, or inner angle of the cells. The seeds are
numerous, anatropous, with a small embryo in much albumen.

160

THE PITCHER PLANT.

2, a flower seen be-
neath; 3, a flower seen
above ; 4, the stamens
and pistil ; 5, Sarra-
cenia psittacina ; 6,
P. Drummdndii, leaves
only.

SPECIFIC CHARACTERS. We have before us (Fig. XLII,
1) the only northern species, distinguished from the others
by the leaves alone. These are in the form of a pitcher, 6-9'

long, broadest near the mid-
dle, as a pitcher should be,
ascending, incurved, open,
bearing a broad wing along
the whole length on the inner
side, and at the toj), an erect
cordate, hood-like blade. The
hood and much of the tube
below is beset within by stiff,
sharp, reversed bristles. The
capacity is about half a wine-
glass, and the pitcher is generally filled with water containing
drowned insects. The flowers are deep brownish purple, 2-3'
broad, on a scape about 1 foot high.

The Name of this genus is Sarractnia, conferred in honor
of Dr. Sarrazen of Quebec, who first sent it to Europe in 1640.
The specific name, purpurea, is unfortunate ; for its flowers
are sometimes yellow, and other species have purple flowers.
The Order SARRACENIACE^, the Pitcher Plants, includes
3 genera, viz., Sarracenia, Heliamphora of Guiana, and Dar-
lingtonia of California. All the species (9 or 10) are dis-

7, Dionfea muscipula, or Venus's Fly-
trap : Leaves only.

DODECATHEOH. 161

tinguished for having ascidia, that is, leaves which hold
water like pitchers, and are probably alike carnivorous.

CARHIVOKOUS PLANTS. One of the most wonderful
results of recent botanical investigation is to show that
certain plants are expressly contrived to entrap and digest
insects, and are therefore carnivorous in habit. In Sarra-
cenia the glistening water at the bottom of the pitchers and
the sweet secretion on the leaf are fitted to entice inquisi-
tive flies, etc., to alight. Then, the reversed bristles facili-
tate their entrance, but forbid their return. Finally, the
inner surface of the tube secretes a fluid capable of digest-
ing the animal matter and probably also of assimilating it
for the growth of the plant.*

XLIII. THE AMERICAN COWSLIP.

Description. This notable plant adorns our woods and
prairies, in May and June, from Pennsylvania westward ;
but at the approach of the ploughman it flees to the wilder-
ness unless enticed by the gentler arts of the gardener. Its
numerous names, as Pride-of-Ohio, Shooting-Star, Dodeca-
theon, are its titles of nobility ; and its aspect, acaulescent
like Pyrola and Sarracenia, with a radical crown of leaves

* Among the other carnivorous plants are Venus's Fly Trap (Dioncea musnpula^
native of N. Carolina), the Sundew (Drosera), and the East Indian Pitcher Plant
(Nepenthes). In the first named (Fig. XLII, 7) there is a curious trap at the end of
the leaf. Along the edges are rows of bristles which have been aptly compared to
the eye-lashes. On each side within are three more exceedingly sensitive hairs. If
one of these be touched by an insect crawling over the leaf, the two sides will
instantly shut upon the hapless prisoner, the fringe on the edge interlacing like the
fingers of the two clasped hands. The fluid secreted by the leaf is at once forced
out, apparently to aid in the digestion of the animal food thus ingeniously caught.
This natural trap may be sprung by dropping into it a piece of meat. In the Dar-
lingtonia there is a bait an appendage smeared on the inside with honey hanging
at the entrance of the tube, enticing insects to go within.

162

THE AMERICAN COWSLIP.

and a naked columnar scape supporting an involucrate um-
bel, is the ideal of floral grace and beauty.

The fashion of the Flowers is like that of the garden
Cyclamen, otherwise unique, suggesting the thought of a
shooting star or a bird on the wing. This effect is due to the
white petals so sharply re-
flexed, while the stamens and
style project forward in the
form of a parti-colored beak
or an arrow-head.*

Analysis. THE LEAF
EEGION. The root is a dense

FIQ. XLIII. Dodecatheon Mefidia: 2, a flower with pistil undeveloped; 3, a flower,
full size, with the pistil ; 4, dissection, showing the free-central placenta, &c. ; 5, the
pyxis of Anagallis ; 6, the plan of the flower.

mass of branching fibers issuing from the perennial crown,
and striking deep into the soil. The stem (the crown
already mentioned) is wholly subterranean, and destitute of

* In the Dodecatheon we find two types of flower (dimorphism). In some the pis-
til is long and flush with the throat of the corolla, and the stamens are fixed half way
down the sides ; in others, the pistil is short and the stamens are attached to the throat
of the corolla. One form has thus the pistil where the other has the stamens. This
was long thought to be a mere freak of nature ; but it is now known to be another

DODECATHEOtf. 163

any definite form. The leaves, sheathing the scape at the
base and springing with it from the crown (radical), are
oblong, obtuse, nearly entire, and smooth. The inflores-
cence is an umbel.

THE FLOWER EEGION. The Flowers are 5-parted (^),
complete, perfect, regular, symmetrical, gamopetalous (al-
though the petals are almost separate). What of the calyx ?
What of the stamens ? Here is an arrangement like that in
Claytonia (p. 41). The 5 stamens stand opposite to (oppos-
ing] the 5 petals. The slender anthers are coninvent in a
slender cone inclosing the thread-like style. The ovary and
fruit are superior, 1-celled. The many ( oo ) seeds are
affixed to a central erect column that is, to a free central
placenta. Is the ovary simple or compound ? Probably
compounded of 5 carpels, since the other organs are in 5s.
But the fusion is so intimate as to leave no trace of the
seams, lobes, or cells ; nor does the style or stigma give any
indications. This is extraordinary. Compare the triple
pistil and capsule of Erythronium (p. 32).

The Name, Dodecdtheon (dodeka, twelve, -theoi, gods)
was conferred by Linnaeus as if the flowers (about 12 in
number) were so many little divinities a poetic fancy not
unworthy of the great naturalist. D. Meddia, the specific
name given by Catesby, in honor of Dr. Mead, the dis-
coverer, was originally intended for the genus.

Scientific Terms, Free central placenta. Opposing stamens.

contrivance to secure crossing. An insect lighting upon a short-styled flower would
naturally dust, its head with pollen from the stamens clustered about the mouth of the
tuhe ; on going to a long-styled flower, its head, covered with- pollen, would at once
come in contact with the sticky pistil at the opening of the throat ; and rice versa,
pollen would in the same way be carried from a long-styled flower to fertilize a short-
styled one. It is curious to note also how the flower is, so to speak, " made the most
of " in the floral competition for insect services by a simple contrivance. The corolla
being deeply cleft and each petal bent backward, brings every part of the surface into
conspicuous notice,

164

CHICK W1NTERGKEEN.

XLIV. CHICK WINTERGREEN.

Description. Dodecatheon is often cultivated in the
gardens of New England and New York, but is never native
in those States. Its place is there occupied by the pretty

FIG. XLIV. Trientalis Americana : 1, a flower ; 2, the seeds heaped on the free
central placenta,

LYSIMACHIA. 165

Chick Wintergreen or Star-flower, growing in the cool, damp
woods. No flower in May and June is more lovingly greeted.

Analysis. The 7-fold division of the floral organs is
the most striking feature of this flower. It is seen in the
petals, sepals, stamens, and even in the leaves, and probably
it exists also in the pistil and fruit. The 7 white, slightly
gamopetalous, wide-spread petals, form a wheel- or star-
shaped corolla, and the 7 stamens stand opposing them.
The ovary as well as the style is one, and in fruit becomes a
1-celled capsule with about 7 seeds on a free central placenta.

The Name, Trientdlis (triens, the third part of a foot)
Americana, alludes both to the height of the plant and to
its native country.*

XLV. THE LOOSESTRIFES.

Description. There are many kinds of Loosestrife scat-
tered over the country, blooming in June and later. Some
choose a gravelly soil, in the borders of woods and thickets.
An English writer says, " growing in damp woods, hanging
down the sides of mossy slopes, its branches trailing a foot
or more long, well clad with roundish, shining, deep-green
leaves, and bearing in June and July handsome yellow
flowers ; " but here they are of tener found in low meadows
and miry swamps. One of them, the Moneywort, alluded to
above, is cultivated and runs wild in our gardens.

GEKEKIC CHAEACTER. All the Loosestrifes are peren-
nial herbs, with opposite or whorled (verticillate) leaves, and
complete, regular, symmetrical, yellow, more or less gamo-
petalous flowers, generally 5, rarely 6 or 7-parted. The co-
rolla is somewhat wheel-shaped, the stamens as many as, and

* We rarely find this plant varying with its flowers 8-parted. In Oregon a variety
grows one-third larger, with flowers always 8-parted and rose-colored.

166

THE LOOSESTRIFES.

PIG. XLV. Lysimachia quadrifcilia : 2, a flower ; 3, a capsule opening ; 4,
5, plan of the flower.

LYSIMACHIA. 167

opposing the petals, generally monadelphous (united at the
base).* The ovary is evidently compounded of 5 carpels,
for in fruit it opens at the top by 5 valves, or 10 half-valves.
The seeds are several or many, attached to a free central
placenta in the one-celled capsule.

The Name of the genus thus characterized is Lysimd-
chia (Loose-strife or peacemaker), being dedicated to Ly-
simachus, king of Sicily, "who," says Pliny, "first used it
in medicine."

SPECIFIC CHAKACTEE. The species whose portrait we
give is distinguished from the others as follows : It is an
erect, smooth herb, 1-2 feet high, rising from a slender rhi-
zome or creeper, its stem terete, straight, without branches.
The leaves, commonly in whorls of 4s, more rarely in 5s,
3s or 6s, are ovate-lanceolate, pointed, very evenly pinni-
veined, and sessile. The flowers are on capillary (very slen-
der, or hair-like) peduncles, one in each axil of the upper
leaves, and 5-parted, with the petals longer than the sepals,
golden yellow with broken black lines. Stamens of unequal
length, evidently monadelplwus, with no rudimentary sta-
mens between. Capsule (in August) globular, 5-valved,
few-seeded.

L. quadrifolia, its specific name, alludes to its whorled
leaves. There are other species, as L. stricta, with flowers
in a terminal raceme, a common plant in grassy meadows.
L. ciliata, with the leaves on dilate (hairy-edged) petioles,
and larger axillary flowers, with 5 rudiments of stamens, is
also common. L. nummularia, Moneywort, with trailing

* In some species of Loosestrife we shall find certain little points or teeth inter-
posed between the stamens or the petals alternating with both. These are sterile
filaments, or rudiments of stamens, and are full of curious instruction. They explain
the anomalous position of the stamens in these flowers. With them all the organs
alternate. May we not make clear the same anomaly in Dodecatheon and Trientalis
by this analogy? We have only to suppose another set of stamens or rudiments
intended, between the stamens and petals.

168 THE LOOSESTELFE6.

stems and rounded leaves, is a handsome foreigner fully
naturalized.

In all, we have 10 species. (See Bot. & Flor., p. 212.)
The student may record the analysis of any one of them in
connection with this lesson.

Classification. The Order PKIMTJLACE^;, the Prim-
worts, represented by the genera Lysimachia, Trientalis, and
Dodecatheon, receives its name from the leading genus,
Primula, the Primrose.* The following are its attributes :

Plants low, herbaceous.

Leaves all radical or mostly opposite.

Flowers regular, gamopetalous, 5-parted.

Stamens 5, opposing the 5 corolla lobes or petals.

Pistils consolidated into a 1 -sty led, 1 -celled ovary.

Placenta free, central.

Seeds many or few, with lleshy albumen.

The Primworts include 20 genera and 216 species, of which many
are ornamental, especially the Primworts which have long been favor-
ites in the gardens of Europe, and well known in ours. Tlueir numer-
ous varieties are variously called Oxlip, Cowslip, Auricula, Primrose,
and Polyanthus.

Cyclamen is native in Syria and Europe. Its round solid bulb (conn)
is eaten by swine. Its scapes twist into a coil around the ovary after
flowering, and lie close to the ground while the seeds ripen. It is very
pretty in pots.

AnagdlUs, the Poor-man's Weather-glass, is a beautiful trailing
weed. It opens its pretty red flowers from 7 to 2 o'clock if the weather
be fair, but closes them on a damp or cloudy day. It is noted for its

* Name from primus, first ; for its early bloom. The delicate flowers of some of
the 60 species appear when all nature is otherwise inert. They are chiefly natives of
Europe, and pre-eminently Alpine. Amid the cold blasts of these dreary regions,
where the roots are perhaps bathed in ice-cold water, the little primrose lies secure
beneath its fleecy mantle, waiting for a gleam of sunshine only to melt a patch of
snow for it to smile forth in all its loveliness of white, yellow, violet, lilac, and sky-
blue. A traveller one day passing over the Faulhorn saw a field of snow where a
horse had crossed, and the snow disappearing in his tracks, the little circles were
brimful of flowers of every hue. Only 2 species are native in the United States, and
these so rare that the collector looks for them as for treasure.

LTSIMACHIA.

169

seed-vessel a pyxis (pp. 43, 161) opening like a snuff-box. Being found
throughout the United States, though not abundant, we give its record
as a model for the Prim worts :

OKGAN.

Life, Habit, JVumber, Place, Ztehiscence, /Tind, Construc-
tion, Form, Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

O, low, diffusely spreading, 6-15', smooth.

Boot, L.K.

Oj axial, branching and fibrous.

Stem, L.H.K.F.

Q , procumbent, branching, herbaceous, quadrangular.

Leaves, L.P.C.F.S.Q.

Opposite, sessile, palmi-veined, ovate, entire, smooth, 8-12".

Inflorescence, P.K.A.

Axillar-y, solitary, peduncles longer than the leaves.

Flower, N.C.

Many, perfect, complete, regular, 5-parted.

Calyx, F.Q.

Rotate, spreading, green, smooth.

Sepals, L.N.P.F.

Persistent, 5, united at base, lanceolate-linear.

Corolla, F.Q.

Eotate, spreading, red or blue, or white, minutely fringed.

Petals, L.N.P.F.

Deciduous, 5, spreading in sunshine, obovate, united at base.

Stamens, N.P.C.

5, hypogynous, opposing the petals, filaments bearded.

Anther, D.C.F.

2-celled, opening lengthwise, oval.

Style, N.C.F.

Single, very short.

Stigma, N.F.

Single, capitate.

Ovary, C.F.Pn.

Compound, indivisible, 1-celled. with free central placenta.

Fruit, ND.K.F.Q.

Single, a pyxis, opening by a lid, circumscissile.

Seed, N.C.F.Q.A.

Many, albuminous, angular, rough.

LOCALITY. East New York, L. I. (Date), June 30, 1878.
CLASSIFICATION. PHENOGAMIA ; GAMOPETALOUS EXOGENS.
OKDEB. PRIMULACE^: THE PKIMWORTS.
NAME. Latin, Anagallis arvensis.

English, Poor-man's Weather-glass.
KEMARKS. The flowers open from 7 to 2 o'clock if the weather be fair, but
close on a cloudy or rainy day.

170

THE SPEEDWELLS.

XLVI. THE SPEEDWELLS.

Description. Along the borders of the woods, in the
hilly pastures, the open fields, and even in the waste corners
of the garden, we often meet the smaller Speedwells. Their
tiny flowers greet us with a
clear, honest welcome in the
dewy mornings of May and
June. * We shall know them
by their 4-parted corolla, 2
stamens, double ovary, and by
the following more definite

GENERIC CHARACTERS.
The Speedwells are small or
large herbs, with opposite or
whorled leaves, and small blue,
white, or reddish flowers in
the axils of the leaves, or in
terminal racemes. A 4-parted,
green calyx supports a gamo-
petalous, colored corolla which
is 4-parted, slightly irregular,
with the upper lobe somewhat
enlarged. There are but two
stamens, placed one on each
side of the upper lobe and
exserted (projecting). The
pistil is evidently double, for though only 1 style and 1
stigma appear, yet the ovary is 2-lobed and 2-celled, and the
fruit a 2-celled, oo -seeded, flattened capsule.

* Among the Germans, the Speedwell is known as the Flower of Truth, and the
plant is taken as the emblem of friendship. The popular name, " Speedwell," is a
parting salutation, equivalent to " Farewell ! " " Good-hye ! " It comes (says Prior)
from the evanescent corollas, which fall off and fly away as soon as the plant is gathered.

FIG. XLVI. Ver&nica serpyllifolia:
2, a flower ; 3, a capsule with the per-
sistent calyx ; 4, section of the 2-celled
capsule.

VERONICA SERPYLLIFOLIA. 171

SPECIFIC CHARACTERS. The species represented in Fig.
XLVI, abounds along road-sides, in hilly pastures, and old
grass-plots. The stem ascends 2-6' from a reclining,
branching base, with leaves opposite, slightly crenate, the
lower petiolate, roundish, the upper becoming oval, oblong,
and bract-like. The flowers form a loose, terminal raceme,
in which each is located in the axil of a bract. The corolla
is rotate (wheel-shaped), white, penciled with blue lines,
scarcely more than 1" in breadth ; and the pods roundish,
retusely notched.

The Name is Veronica serpyllifblia (V. the Thyme-
leaved). The genus is said to have been dedicated to St.
Veronica * (vera, true, icon, image). It is extensive, embrac-
ing 150 species growing in the cooler parts of the earth.
The student will meet them everywhere, and may as profit-
ably analyze the following as the foregoing :

V. peregrina (the Foreigner ; so it acts, but it is native), known as
Purslane Speedwell, or 0, 5-9' high, smoothish, with oblong,
toothed leaves, whitish wheel-shaped flowers, and notched pods.

V. arvensis (the Field or Corn Speedwell) 0, hairy, with roundish
and ovate, crenate leaves, pale blue flowers, and obcordate pods. With
the first, it abounds in cultivated grounds.

V. offlcindlis (the Officinal S.) a If in woods and pastures, ascends
6-12' from its decumbent base, with oval, obtuse, serrulate (finely ser-
rate) leaves, and the flowers in a terminal raceme.

V. Scutdlldria will be recognized by its long lance-linear leaves
and axillary racemes with filiform stalks, growing in swampy places.

* In ancient tradition, St. Veronica is represented as the daughter of Salome.
When she witnessed the procession to Calvary with Christ bearing his cross, she
wiped the drops of agony from his brow ; and thenceforth the image of the Saviour
was miraculously imprinted on the napkin.

THE SPEEDWELLS.

ORGAN.

Zife, .Habit, dumber, Place, Ztehiscence, .ff ind, Construc-
tion, ^onn.Placentation.^ize, Dualities, Appendages.

Plant, L.H.S.Q.

2f , herb, 6-12', ascending, pubescent.

Root, L.K.

n, fibers clustered at the nodes of the creepers.

Stem, L.H.K.F.

Herbaceous, decumbent at base, caulis aerial.

Leaves, L.P.C.F.S.Q.

Cauline, opp. pinni-veined, pet., oval, obtuse, serrulate.

Inflorescence, P.K.A.

Terminal raceme pedunculate.

Flower, N.C.K.

parted, s , fertile, irregular, gamopetalous, \\" diam.

Calyx, F.Q.

Eotate, k-cleft, green, hairy.

Sepals, L.N.P.F.

Persistent, 4, valvnte, spreading, oblong.

Corolla, F.Q.

Caducous, rotate, lt-lobed, white, with blue lines.

Petals, L.N.P.F.

Caducous, U, imbricate, lowest one smallest.

Stamens, N.P.C.

2, exserted, epipetalous (on the petals).

Anther, D.C.F.

CeUs 2, confluent at apex.

Style, N.C.F.

One, double, thread-form.

Stigma, N.F.

One, double, 2-lobed.

Ovary, C.F.Pn.

Compound, 2-celled, superior, obcordate.

Fruit, N.D.K.F.Q.

2-carpelled, %-celled, capsule, valvate.

Seed, N.C.F.Q.A.

Few, albuminous, ovate, smooth.

LOCALITY. Rocky woods, West Farms, N. Y. (Date) June 12, 1878.
CLASSIFICATION. GAMOPETALOUS EXOGENS.
ORDER. SCBOPHTTLABIACE.B, or FIGWOBTS.
NAME. Latin, Veronica officinalis.

English, Officinal Speedwell.
REMARKS. The plant is bitter and astringent, used for tea in Europe, hence
officinal.

LLKTAKIA VULGARIS. 173

XLVII. THE TOAD FLAX.

Description. The wayside and the borders of fields are
often ablaze with the Summer robes of the Toad Flax. As
it is wont to grow in large, dense patches, the collector sig-
nals its flame-colored flowers at a long distance.

Analysis. THE LEAF REGION. For the Record, the
student will determine the life and kind of the root, the
arrangement, construction, form, and quality of surface of
the leaves, and the place, kind, etc., of the inflorescence. No
new nor striking feature is noticeable in the parts consti-
tuting this portion of the plant.

THE FLO WEE REGION. The flowers always attract the
attention of the curious by not only their brilliant, showy
hues, but also their singular structure, both of which justify
the popular names, Snapdragon, Butter-and-Eggs, etc.

The small green calyx indicates a pentamerous (5-parted)
tendency in the flowers, and the oddly-shaped corolla gives
a faint echo of the same by the 5 unequal lobes of its border.
An inflated tube ends in a mouth and lips above, and in a
tail (spur) behind. The lower (outer) lip is 3-cleft, the
upper 2-lobed. The throat is closed by the prominent
orange-colored palate. If lateral pressure is applied, it
gapes, and closes again with a snap. In technical language,
the corolla is bi-labiate (bis, two, labia, lips), or simply
labiate. For its closed throat it is personate (persona, a
mask), and for its tail, spurred.*

* The spur is the nectary and the entrance to it is generally closed by hairs. The
nectar, therefore, can be reached only by insects having a long proboscis. Thus
again is the student reminded of the mutual adaptation of flowers and insects. Here,
as in the Evening Primrose and Honeysuckle, is a rich store of nectar ; but it is
deeply hidden in the long spur or tube, while the flower gives off its strongest fra-
grance at night. Now it is at night that the Sphynx Moths fly abroad. They have
long tapering wings that enable them to poise for a long time in one position. At-

174 THE TOAD FLAX.

The Stamens (2) are didynamous (dis, two, dynamis,
power), two of them being longer than the other two. The
law of symmetry would require a 5th stamen, as it does a
3d and 4th in Veronica.*

The Ovary is in the midst of all (2), surmounted by a
slender style, and maturing to an oblong capsule (3) of 2
cells (4). The many seeds are wing-margined (5), escaping
finally by chinks opening between the thin valves.

In the figure (6) is represented a seed dissected, showing
a straight 2-lobed embryo in copious albumen.

The Name is Linaria vulgaris. Linaria alludes to its
general likeness to the Flax (Linum, whence the word
linen) ; vulgaris is given because it is common too common
indeed, throughout Europe, Asia, and America, for it often
grows to an army of intrusive weeds difficult to extirpate
by reason of its long creeping roots, f Another species,
L. Cymbalaria the pretty Ivy-leaved Toad Flax, is often
seen in the greenhouse and parlor. J

Classification. These genera, Linaria and Veronica,
represent the great Order SCKOPULAKIACE^; or Figworts.

tracted by the light color and the powerful odor, they hover over the plant, while they
thrust their long sucking trunk into tube after tube as they flit about, apparently
robbing the plant of its honey, but really serving the very end of Nature as pollen-
bearers.

* In Pentstemon, a nearly related genus, the 5th stamen appears as a filament
without an anther, and in Mullein, of the same order, the 5th stamen is complete.

t Mr. Watson, in his Annals of Philadelphia, says that it was introduced from
Wales, as a garden flower, by a Mr. Ranstead, a Welsh resident. Hence one of its
popular names, Eanstead. This plant may remind us that not everything in Nature
was designed for the use of man alone. Flowers grew, blossomed, and bore fruit in
the geologic ages, before man was created. The colors, odors, and forms of flowers
are made to subserve ends of their own. We may delight in these beautiful floral
contrivances even without knowing their design in the economy of the plant ; but
greater should be our admiration when we discover that by a wise frugality of means
the beautiful is also the useful and the necessary !

$ " The capsules of our Ivy-leaved Toad-flax (Linaria Cymbalaria) before ripening
turn round toward the wall on which the plant so often grows and creeps, and place
themselves in a crevice or hole, so as to shed the seeds, when ripened, in a place
where they will thrive, instead of scattering them on the ground where they would
be wasted." Pratfs Flowering Plants of Great Britain.

FIG. XLYiT. Linaria vulgaris : 1, section of the flower, showing the arrangement
of the organs ; 2, the stamens and pistil ; 3, the capsule ; 4, its cross-section ; 5, a
seed ; 6, a seed dissected.

176 THE GROUND IVY.

Here also belong the Mulleins, Foxgloves, Gerardias, Pent-
stemons, and all other plants which possess the following
seven characteristics.

Flowers irregular, without fragrance.

Calyx free, persistent.

Corolla gamopetalous, imbricated in aestivation.

Stamens 2 or 4, rarely 5, inserted on the corolla.

Ovary free, double, with 1 style and a 2-lobed stigma.

Fruit a 2-celled capsule with axial placentae.

Seeds many, anatropous, albuminous.

The Figworts include 180 genera, 1800 species, abounding in all
climes and countries. Among them are some medicinal and poisonous
plants, as Digitalis (Foxglove),* and many cultivated for their hand-
some flowers, as Calceolaria (Ladies-slipper), Antirrhinum (Snapdragon),
Pentstemons, Maurandias, Russellias.

The Officinal Speedwell ( V. officindlis) was formerly used as tea in
Europe, but there is no Figwort considered truly nutritious or useful
for food.f

Scientific Terms. Bilabiate. Didynamous. Labiate. Penta-
merous. Personate. Spurred. Wing-margined.

XLVIII. THE GROUND IVY.

Description. This interesting plant, like the Dande-
lion and other naturalized foreigners,]; selects its home in

* This term is generally supposed to be a corruption of Folk's or Fairies' Glove,
these imaginary beings having formerly been known as the " good folk." There are
many superstitions attached to the plant and it is still thought by the ignorant to be
a favorite lurking place of the fairies. In South Wales the children are wont to hold
one end of the Digitalis bell and strike the other with the hand to hear the fairy thun-
der with which the indignant little sprite is supposed to make its escape from its
injured retreat. According to some legends, the fairies lend the blossoms to the fox
on his marauding expeditions, to soften his already velvet tread.

t During the famous siege of Rochelle by Richelieu, in 1628, the garrison for a
time lived entirely on the root of a kind of Figwort, probably the Scrophularia aquat-
ica. From this circumstance the plant is known in France as Herbe de Siege.

\ Let us carefully distinguish between our native and naturalized plants. The
former are characteristic of the country, and have flourished in its wilds, independent
of man, for unknown ages. Such are Dodecatheon, the American Elm, &c. Nat-
uralized plants once introduced from other lands, whether by accident or design, find

NEPETA. 177

cultivated soil. It prefers shady or stony places in parks,
fence-rows and rubbish, and grows with vigor, blooming
from May to August. It is a smooth perennial ( U ), here
prostrate on the ground only, though in Europe it is often
seen, with Moss and the True Ivy mantling the garden wall
and ancient ruin.*

Analysis. What of the ffioots ? The slender square
stems creep extensively, forming loose mats, and putting
forth at each node a pair of leaves and a tuft of fibrous roots.

The Z/eaves are all of one pattern, opposite, long-petioled,
palmi-veined, round-rem/orw (kidney-shaped), crenate, i. e.,
with rounded teeth, on the margin.

The large blue Flowers appear in loose axillary clusters.
The calyx is tubular, slightly curved, 15-veined, obliquely
5-toothed ; corolla a thrice-longer tube, 1' long, bilabiate,
upper lip 2-lobed, lower 3-lobed, with the middle lobe
largest. Looking within the corolla we find 4 didynamous
stamens, as in Linaria, 1 less than symmetry requires. They
stand in pairs tending toward the upper side, the inner pair
longer than the outer. The anther comprises 2 separate
lobes diverging at right angles, so that each pair in contact
forms a perfect cross. There is one slender style with a
4-parted ovary.

here a soil and climate congenial to their nature, and grow spontaneously, as well as,
or even better, than in their own country. Such are the Dandelion, Mullein, Shep-
herd's Purse, Apple-tree. They generally betray their origin by their habits, planting
themselves in gardens, fields, highways, wherever the soil has been stirred by the
plough, or trampled by the foot of man. The Indians call our Common Plantain " the
White Man's Plant," and say it springs up in his trail, wherever he plants his foot.

* In 1850, a deputation waited upon the Chancellor of the Exchequer in England
respecting an abolition of duties on window-glass. To enforce their views as to the
deleterious effects of unlighted dwellings, they exhibited a Ground Ivy plant, which
had grown for some years in a Wardian case on the top of a model of an abbey.
The branches which were turned toward the light were laden with leaves, flowers
and fruit; while the stems which had trailed down between the model and the
window, and so lost the light, had no blossoms or fruit, and their leaves were scarce
one-tenth as large as the others. Every condition of growth, save that of sunlight,
was necessarily the same for all the branches of the plant, and the dwarfed, starved
state of one portion arose solely from that single deprivation.

178

THE GROUND IVY.

The ffiwit consists appar-
ently of 4 reddish oval seeds
contained, until ripe, in the
persistent calyx. But the seeds
must not be confounded with
the fruits which contain them.
There are 4 achenia or nutlets,
each containing 1 seed.

The Catmint, blooming
early in July, will also fall in

FIG. XL VIII. Nepeta Glechoma : 2, a 'flower ; 3, the stamens and pistil ; 4, the
fruit four achenia.

the way of every collector. It is another foreigner, perfectly
naturalized, springing up in waste corners around our coun-
try dwellings. Let the student compare the Ground Ivy and

BRTJNELLA. 179

the Catmint,* and carefully note the resemblances and the
differences. The former will make up the generic, the latter
the specific characters thus :

RESEMBLANCES (generic). In both, the stem is square ;
leaves opposite ; calyx tubular, 15-veined ; corolla bilabiate ;
throat not hairy, upper lip 2-lobed, lower 3-cleft, middle lobe
largest ; stamens ascending ; anthers approximating by pairs,
their 2 cells separate and diverging ; style bifid, fruit 4
achenia.

DIFFERENCES (specific). The Catmint is clothed with a
whitish pubescence ; the stem is erect ; the leaves short-pet-
ioled, ovate, cordate, acute, crenate-serrate, the upper reduced
to bracts ; the flowers in dense axillary clusters (verticils) ;
corolla not twice longer than the calyx, white.

The Name of the genus thus characterized is Nepeta
(Nepet, a town in Tuscany). Ground Ivy is N. Glechoma
(ancient Greek for Thyme). Catmint is N. Cataria, a play
on Puss's name, whose fondness for the herb is thereby com-
memorated.

XLIX. BLUE CURLS.

Description. This plant is perhaps better known by
the name Self-heal, f It is a native of low grounds both in
fields and forests, flowering from May to August according
to climate. Its squarish, blue-flowered cluster is a familiar
object in the rural scenes of our boyhood. In New England
its growth is stinted to a few inches in stature, but in the
rich bottoms of the West it attains to several feet, its flowers
being proportionately larger.

* Dried specimens of Catmint may be used for comparison, when fresh ones in
flower cannot be found.

t The popular name, Self-heal, intimates that with it one may cure himself, or as
expressed in the French proverb quoted by Ruellius (D Natura Stirpium), "No one
needs a surgeon who has Prunelle."

180

BLUE CUKLS.

Analysis.- With the plant
in hand, the student will easily
reply to inquiries like the fol-
lowing : What are the duration
and form of the root? the
attitude and height of the
stem ? the length and form
of the internodes ? branches?
What is the
clothing of
the plant?
What is the
arrangement
of the leaves?
length of
petiole ?
form of the
blade? mar-
gin ? apex ?
base ? vena-
tion?

FIG. XLIX. Bnm&la vnlgaris : 2, a flower without the calyx,
showing the spurred filaments ; 3, plan of the flower ; 4, a flower
of Sage (Salvia) ; 5, the 2 stamens in their natural position ; 6,
after being tilted over by a bee.*

* In the com-
mon garden Sage
(Salvia officinalis),
there is a curious
device for secur-
ing cross-fertiliza-
tion. There are
but 2 stamens; the
2 cells of each an-
ther, instead of being close together as is usual, are widely separated by a long con-
nective (5, 6). The lower cell contains very little if any pollen, while the upper is
full. The connective is fixed to the filament by a pivot, and naturally stands in posi-
tion as seen in 5. Meanwhile the stigma is yet immature and high up in the arch,
when a bee seeking nectar alights on the door-step the lower lip and entering the
tube pushes against the lower anther cells, tilts the connective as seen in 6, bringing
the upper cells down on his back. The next flower he visits has perhaps its stigma
mature and situated as seen in 4, occupying the same place which was before
occupied by the tilted anthers, which have now withered away. The learner may
observe these phenomena for himself.

BRUKELLA VTJLGARIS. 181

What is the form of the bracts ? color of the flower ?
form of corolla ? upper lip ? lower lip ? number of the
stamens ? construction ? which the longer pair ? append-
age of the filament ? 5th stamen ? How many styles are
there ? what are the kind and form of the fruit ?

Observe that the leaves are rather obtuse than acute ; that
the broad bracts are palmi-veined and tipped with a cusp
(cuspidate), and the .hairs are jointed.

Inflorescence* The flowers occur in 3s, each triplet
occupying the axil of a bract, and the middle flower open-
ing first according to the centrifugal mode. Such a cluster
is a cyme. Many such, with their bracts, are closely imbri-
cated, forming a dense terminal, 4-sided spike (for the flow-
ers are sessile).

The Flowers. The calyx is colored, bell-form (cam-
panulate), 2-lipped, the upper lip truncate (square-cut), with
3 small teeth, the lower lip 2-cleft. In the corolla, observe
the vaulted or concave upper lip, covering the stamens and
style, the lower, 3-lobed, dependent lip, and the ring ob-
structing the tube within near the base.* The longer pair
of stamens is the lower (outer), and a spur or tooth appears
on each filament above near the 2-parted anther. Four egg-
shaped achenia are at length found in the bottom of the
calyx, as in Nepeta.

The Name in science is Brunella vulgaris ; Brunella,
from the German braeun, the quinsy ; this plant being a
reputed remedy for this disease ; vulgaris, common ; since
it grows in nearly every country on the globe.

Classification. Nepeta and Brunella are now seen to
be closely related. Features which they possess in common

* In the labiate flowers it is noticeable how the lower lip is arranged for the con-
venience of insects alighting, and how all the flowers are so grouped as to give this
doorstep the utmost prominence.

182 THE MOBKIKG GLOKY.

characterize the vast and important order of Labiate Plants,
or LABIAT^G.

Herbs aromatic.
Stems quadrangular.
Leaves opposite, exstipulate.
Corolla bilabiate more or less.
Stamens didynamous or diandrous.
Ovary deeply 4-parted.
Fruit 4 nutlets or achenia.

The Labiate Plants include 125 genera, 2350 species. Among
them are the Mints (Mentha) Peppermint, Spearmint, etc. ; also
Hoarhound and Hyssop, Balm and Lavender, Sage and Pennyroyal.
Their richly aromatic oils are stimulant ; their extracts febrifugal,
None are poisonous. The Oil of Peppermint, the best known among
essential oils, is obtained by distillation from Mentha piperita. Oil of
Lavender is distilled from Lavdndula vera, and Oil of Spike from
L. Spica. The former is used in perfumery, the latter in delicate
varnishes, etc.

L. MORNING GLORY.

41 O bells of triumph ! delicate trumpets, thrown
Heavenward and earthward, turned East, West, North, South,
In lavish beauty / Who through you hath blown
The sweet cheer of the Morning ? " CELIA THAXTER.

Description. This glorious plant is a native of Tropi-
cal America and now universally cultivated. It is also
nearly naturalized with us, growing spontaneously as a weed
from seeds shed in cultivated grounds. It is strictly annual.
In a single season it accomplishes its wonderful growth,
transfers its own vitality to a thousand seeds, and dies.

The Flowers are ephemeral (epi for, hemera a day).
Beginning to open soon after midnight, they greet the Sun
at his rising, arrayed in all their glory, and before he reaches
the meridian, fold their robes and perish. But their work

IPOMCEA.

183

stigma o'

a? ;:=

is done, and their succes-
sors, already in bud, will
renew the gorgeous display
the following morning.

Analysis. Observa-
tion and study are wont
to begin with the Flower,
and for once we will re-
verse our usual order. The
calyx, the outer envelope,
green, persistent, is com-
posed of 5 long-pointed
sepals combined at the
base into a cup. The in-
ner envelope, the fugaci-
ous corolla, between trum-
pet and bell-form, of deli-
cate texture and intense
colors, is composed of 5
broad petals united along
the plicate (folded) edges,
quite to the expanding en-
tire border. In the bud,
the folds are contorted
(twisted) with the sun, i.e.,
from left to right a kind
of aestivation called super-
volute.

The 5 stamens adhere
to the lower part of the co-
rolla tube, opposite to its

", a flower ; sta, the stamens ; gf, the style ; s

184 THE MORtflHG GLOEY.

folds, and fall wfth it. The 2-celled anther is adnate (fixed
laterally) to the filament above. Opening lengthwise, the
cells disclose innumerable round, white grains of pollen,
which, under the mi-
croscope, appear beset
all over with blunt
points or tubercles.

The style the central
organ smooth, slender,
supports the 3-lobed stig-
ma at the top, and stands
upon the free ovary. The
disk* a fleshy ring, be-
girts the ovary at its base;
hence it is annular and
hypogynous. The eontents of the ovary will be understood
by viewing its various sections (cuttings) under a lens, when
3 cells, each with 2 ovules (young seeds) will be seen*. Let
the student observe the attitude of the ovules, the place and
the organ whence they arise. Their destiny we well know.
They will become the seeds in the ripening fruit, and from
them new plants will arise the following year.

The pollen. Watch the expanded flower at sunrise.
The anther cells are also open, and the pollen is set free, to
fall, to fly with the wind, or be rudely brushed away by the
humble-bee as he plunges into flower after flower in search
of the nectar secreted in its depths. Thus a thousand grains
may be lost, but some few are almost certain to be lodged
on the stigma standing in the midst. On this event depends

* A disk is an outgrowth of the torus under or around the ovary. It may be
annular, or cup-form, according to the degree of its development. When it does not
adhere to the ovary or calyx, it is said to be free and hypogynous ; when it adheres to
the base of the calyx it is perigynovs. Sometimes it adheres to both the calyx and
the ovary, gluing them together, and even enlarging on the top of the ovary, as in
the Umbel 1 if erse ; then it is epigynous.

IPOMCEA. 185

the life and growth, i. e., the fertilization of the seed. If
the stigma be covered or destroyed so as to prevent the action
of the pollen, no seed will be perfected in the ovary and no
fruit produced. Or if the stigma remain good and yet no
pollen be lodged upon it, the fruit is equally sure to fail.
Therefore the nectar secreted in the nectaries of the flower,
and the insect that comes to gather it while unconsciously
scattering the pollen, are both necessary links in the Creator's
plan. Thus the flower is not merely a thing of beauty. It
is an apparatus for a specific work in which each organ per-
forms a definite part. That work is the production of living
seed for the perpetuation of its kind upon the earth.

The Fruit. After the corolla with the stamens has fallen,
the calyx folds itself closely on the ovary and covers it while
both continue to grow. At maturity the calyx again spreads
and discloses a dry, round pod a capsule, of curious and
beautiful structure. It appears 3-carpelled and 3-celled, as
predicted by the 3-lobed stigma. The 3 valves separate at
the lines of their juncture with the partitions (a septifragal
dehiscence), leaving the latter persistent, entire.

Seeds. We find in each cell 2 seeds, the perfected work
of the flower. Their structure may be observed by tearing
one open just before it becomes hardened, or by sections cut
in various directions. Here is a pair of oddly shaped, green-
ish leaves joined to a short stem, folded and packed with a
gelatinous substance. It is the embryo, or young plant, and
its nourishing albumen.* How does this seed differ from

* The question of a seed's vitality is interesting, at least to the gardener. He accepts
ail kinds as good for a year, and, as a rule, rejects such as are known to be older.
There are, however, many kinds of seeds which are long-lived. The seeds of Maize
and Rye have been known to grow after 90 or 40 years old ; Kidney Beans when 100,
and the Raspberry (according to Lindley) after 1700 years. It is often observed that
when, from deep excavations, earths are first brought to the surface, they are soon
covered with strange plants, probably from seeds long buried. After the " Great Fire
in London," the Hedge Mustard (Sisymbrium\ previously unknown in that locality,
sprang up thickly amid the blackened ruins.

186 THE MORNING GLORY.

that of the Apple (p. Ill), or the Pea (p. 118) ? It has albu-
men separate from the embryo, while in the Apple seed and
Pea there is no separate albumen, but the nutritive matter is
stored up in the massive cotyledons. Hence that important
distinction in seeds the albuminous, and exalbuminous.

GERMINATION. In the Spring months you will find the
seeds of the Morning Glory germinating in almost every gar-
den. Our cuts show them in various stages. The seed has
absorbed water from the soil. The embryo and albumen are
softened ; the latter is sweetened, and so imbibed by the
growing radicle which soon protrudes and turns downward.
The cotyledons enlarge, burst the seed-coats, and spread sky-
ward as a pair of leaves (c, c). In the axis between them a
bud appears, grows, and in a few days its outer scales begin
to unfold in succession as a 3d, 4th, and 5th leaf, while the
axis extends into internodes between. Thus leaf after leaf,
in the order of a spiral line, is unfolded, while the axis with
its ever-growing bud at the summit still mounts higher.

BRANCHES. By this process the one terminal bud is de-
veloped without limit into a plant with a simple stem. At
length other buds appear, one in the axil of each leaf. From
these axillary buds come the branches and flower-stalks. *

A CLIMBER. The weakness of the Morning Glory vine is
compensated by its wonderful instinct. Unable of itself to
stand upright, it creeps toward the nearest support and
ascends by twining around it spirally. The direction of its

* Carefully examined, the seed, or starting-point in the life of the plant, is com-
posed of a leaf, or leaves, closely packed, and altered in tissue and contents so as to
suit its new requirements. This is shown in the germination of a Bean or Morning
Glory, where the two seed-lobes (cotyledons) arise with the stem as leaves nourishing
the young plant. In the Pea they remain stationary at the base of the stem, yielding
their nourishment but never expanding. The bud, which, like the seed, is an epitome
of the plant, is also composed of leaf-rudiments closely folded, and protected from
Winter frosts by thick leathery scales, and evolving in Spring the stem, leaves, and
fruit in short, every structure which comes from the seed.

IPOMCEA. 187

turning is always against the sun from right to left, con-
trary to the twisting of its corolla buds. *

The ffioot has no such aspiration. Growing downward
from the first moment of its breaking through the seed-coats,
it persistently avoids the air and light, seeking the dark,
damp depths of the soil. Its innumerable fibers are so many
mouths absorbing water and earthy matters, which ascend
and mix with the air and gases absorbed by the leaves.
Chemical action is induced by the rays of the Sun, trans-
forming all into nourishing sap for the life and growth of
every part of the plant.

The Name. By the latest authorities (Bentham &
Hooker's Genera], the Morning Glory is called Ipomcea pur-
pur ea. But it has many synonyms. In 1750, Linnaeus first
named it Convolvulus purpureus. In 1790, Lamark trans-
ferred it to the genus Ipomoea. In 1840, Choisy separated
it, together with all other 3-carpelled species, from Ipomoea
to his new genus, Pharbitis. Ipomcea is from ips, Greek for
Bindweed, omce-os, like.

Classification. The order CONVOLVULACE^; the
Bindweeds represented by the Morning Glory, is limited
as follows :

Herbs trailing or climbing, with alternate leaves.

Flowers regular, 5-parted, perfect.

Calyx of 5 sepals imbricated in aestivation.

Corolla of 5 united petals, supervolute in aestivation.

Stamens 5, unequal, adhering to the corolla tube.

Ovary and capsule 2 or 3-carpelled, 2-4-celled.

Seeds with large embryo and thin albumen.

The Bindweeds number 32 genera and 800 species, chiefly inhab-
iting the warm regions of the globe.

The Sweet Potato is Batatas edulis, a vine resembling the Morning

* It seems to be a common law among twining vines that each species should twine
invariably in one direction some (as the Hop) always with the Sun, others (as Morn-
ing Glory) against the Sun.

188

THE BOCK MAPLE.

Glory, said to be a native of India. It is cultivated by cuttings, and
seldom flowers. The potatoes are tubers growing from the stem as
short underground branches. They serve the plant as reservoirs of

v\ s:

&m*tvm

surplus starch and sugar for
its use in early Spring.

Jalap, a well-known drug, is the root of
Ipom&a perga of Mexico.

Scammony is the root of Convolvulus Scam-
monium of Syria.

LI. THE' ROCK
MAPLE.

Description.

This valuable
tree, known as
the Eock Maple
or Sugar Maple,
grows in forests,
openings, or
fields, from Can-
ada to the moun-
tains of Georgia,
and from Nova
Scotia to the Rocky Mountains. It is
most abundant in the New England
States, where it is an embellishment

FIG LI. Acer sac-

charinum the Sugar
Maple. Sugar-making
in New Hampshire.

ACER.

189

in almost every landscape. It is a handsome tree, cheering the
beholder with its aspect of life and energy. When assembled
in forests, they grow to the height of 80 or 90 feet, with a
trunk 4 or 5 feet in diameter, entire two-thirds of its height*
In open situations, or in planted parks and rows, it stands
40 to 50 feet high, with a
trunk one-third this height
supporting a broad pyra-
midal leafy crown. But the
aged trees assume a great
variety of forms, picturesque
or beautiful, which the artist
is never weary of studying.

Analysis. The ffiools
are often above ground, espe-
cially on the rocks they love,
diverging many feet from
the base, massive and strong,
finally dissolving and de-
scending deep. A cross-sec-
tion of one will show the
wood in annual layers inclosed in bark, but destitute of pith.

The Stem, or trunk, in young trees is straight, erect,
cylindrical, with bark slightly furrowed, gray, clouded with
umber. With age it becomes shaggy with long, deep fur-
rows in the bark, and angular with woody ridges from the
main roots upward, and often bent and gnarly. The wood
is hard, compact, pearly white, with a satin-like luster.
Under a strong magnifier it appears as in the cut (5),
showing clearly the three kinds of tissue of which it is
composed.

5, a shaving of the wood of Maple
greatly magnified ; a, the silver grain
or medullary rays ; b, spiral tubes con-
veying air or water ; c, the proper wood-
cells.

* A tree in Blandford, Mass., 4 feet through at base, and 108 feet high, yielded
seven and a half cords of wood. Emerson's Report.

190 THE KOCK MAPLE.

The Leaves grow opposite, in pairs, on long, slender
petioles, palmi-veined and reticulated. The blade is as broad
as long, somewhat cordate at base, extended with the veins
into 5 or 7 pointed lobes,* each bearing a few large teeth, and
with rounded intervals between; smooth above, a little downy
and pale-glaucous beneath. In the autumn, they undergo a
wonderful change of color. From a bright green, of various
shades in different trees, they become tinted and stained
with the most brilliant hues yellow, orange, scarlet, crim-
son, assuming often the very colors of flame, to the sudden
alarm of the unwary, f

The Flowers appear in April and May, together with
the expanding leaves, proceeding from buds clustered at and
near the end of the branchlets. They are yellowish green in
color, in umbel-like corymbs, pendulous on slender, thread-
like, downy pedicels about 2' long. There is a bell-shaped,
fringed calyx with 8 or 10 stamens within, and no petals.
In respect to fruit, the flowers are of two kinds* In the

* That infinite variety of beautiful and graceful forms for which the leaf is dis-
tinguished, becomes intelligible only when viewed in connection with its venation.
Since it is through the veins alone that nutriment is conveyed for the development
and extension of the tissue, it follows that" there will be the greatest extension of out-
line in the direction of the largest veins. Pinni-veined leaves, wherein the midvein
is the largest and all the rest side-branches, will generally be longer than wide, i. e.,
lanceolate, ovate, oval, oblong, oblanceolate, etc. Palmi-veined leaves, wherein there
are several chief veins running from the base of the blade to the margin, will gen-
erally be broad in outline as broadly ovate, or orbicular, or reniform ; and often
palmately trilobate, 5-lobed, 7-lobed, according to the number of veins. When the
veirdets are comparatively weak, there may be a deficiency of tissue between the veins,
causing the leaf to become either deeply lobed, or parted, or even divided up into
several or many leaflets ; in short, it thus becomes a compound leaf, either pinnately
or palmately compound. Thus the student will notice with surprise that the general
venation of a compound leaf differs in no wise from that of its corresponding simple
leaf.

t The richest aud most diverse hues that nature can produce by the separation and
blending of all the prismatic colors, meet us in every grove, hill-side, and mountain.
Red of every shade, from crimson to cherry ; yellow, from bright sulphur to orange ;
brown, from clove-brown to liver-brown ; and green, from grass-green to oil-green,
stand forth in distinct spots, yet all mingled in fantastic proportions, clothing the
landscape with an almost dazzling brilliancy, especially when lighted up by the mel-
low rays of an October sun. Hitchcock.

ACER.

191

sterile ( $ ), the stamens are prominently exserted and the
stigmas deficient ; in the fertile ( ? ), the stamens are defi-
cient and hidden in the calyx, and the 2 stigmas prominent,
with a double ovary.

The J^ruil. As the ovary matures, a wing grows on the
back of each carpel, converting the fruit into 2 winged
samaras, or a double samara (a key), separable into two
single ones. In each there is one seed, containing an embryo

6, section of a samara, showing the folded cotyledons at e ; 7 to 11, progressive
stages of germination.

with 2 large, folded cotyledons, and no albumen. Jtjs in-
structive to watch the progress of these seeds in germination,
as may be seen in all stages, in living specimens, under the
Maples in Spring, as represented in the cuts.

The Sap of the Rock Maple is rich in sweetness, contain-
ing about 1 part of sugar to 30 parts of water. Early in
March, or in February, while the buds are yet dormant, the
sap begins to arise from the roots, and will overflow through
tubes inserted in auger-holes cut deep into the wood for this

192 THE HOUSE CHESTNUT.

purpose. The sugar is obtained by vaporization over hot
fires. When the buds begin to open into leaves and flowers,
the overflow of sap ceases.

The Name of the Rock Maple, Acer saccharlnum, is
characteristic acer, sharp, vigorous, saccharum, sugar.
Other kinds, both native and foreign, inhabit our forests
and parks. (See Botanist and Florist, p. 74.) Among native
species, A. rubrum, the Red, or Swamp Maple, with early
crimson flowers and red-tinged leaves, will claim the learner's
attention ; also, A. dasycarpum, the White or Silver-leaved
Maple, with leaves silvery-white beneath.

A. Pennsylvdnicum, is a small, graceful tree, 12 to 20 feet
high in northern forests, of many peculiar traits. Its leaves
are generally 3-lobed, and the flowers with 5 petals, in long
drooping racemes, are uncommonly showy. It is called
Striped Maple, because of the smooth bark colored green and
dark-brown in alternate longitudinal lines. It is the Moose-
wood in Maine, its bark and tender branches being the fa-
vorite winter food of the Moose ; and it also bears the name
of Whistlewood, from the facility with which the boys con-
vert its straight, smooth branches into musical instruments.

Lll. THE HORSE CHESTNUT.

Description. This splendid tree is a native of Northern
Asia, whence, by way of Constantinople, it emigrated to
Europe, and from Europe to America. Here it is extensively
planted for ornament and shade. It is noted for its rapid
growth, massive foliage, and symmetrical proportions ; but
rejected by artists as wanting the picturesque.

Analysis. The Trtmfc is a straight, cylindric column,
with bark comparatively smooth, entire a third of its height,

^SCULUS.

193

thence excurrent, giving off numerous straight branches and
forming an oyal or pyramidal, dense crown of foliage.

The Leaves are a perfect exemplification of symmetry
and order. In arrangement they are in pairs, one leaf oppo-

FIG. LIL JSsculus Hyppocastanum.

3, seed germinating.

site another,* supported on long slender petioles. At top
the petiole divides, as in the Maple, into 7 veins diverging

* The learner has already observed three modes of leaf -arrangement, viz., the
alternate in the Roseworts, etc., the opposite in the Maples, and the verticillate in the
Loosestrife. He will now be interested in comparing them. In the alternate arrange-
ment there is only one leaf at each node ; in the opposite, there are two, and in the
verticillate, 3 or more. The true nature of the alternate may be learned by an experi-
ment. Select a straight, leafy shoot or stem of an Apple-tree, Evening Primrose, or
any plant with seemingly scattered leaves. Beginning with the lowest leaf, fix a
thread to the base of the petiole. Pass then, right or left, to the next leaf above and
do the same ; thence to the next in the same direction, and so on by all the leaves to
the top. The thread will form a regular spiral. Let the same experiment be repeated
in a shoot with opposite leaves, and two spirals running parallel with each other will
be found ; and in the case of verticillate leaves, as many spirals as there are leaves in
each verticil. Hence the course of development in all growing plants is spiral. (See
Class-Book, pp. 46-50, on Phyllotaxy.)

THE HOBSE CHESTNUT.

into a circlet, each becoming the midvein of a leaflet. The
leaflets are inversely lanceolate, or oblanceolate, and serrate.
Such leaf forms are palmately compound and digitate (finger-
shaped), with the same venation as the simple leaf of the
Maple (note, p. 193).

The Inflorescence is terminal, centrifugal, in showy,
erect, pyramidal panicles, strongly contrasted in colors with
the deep green of the foliage.

The Flowers are irregular, unsym metrical, complete
though often infertile. The 5 sepals united at base form a
5-lobed calyx. The 5 white petals dashed here and there
with yellow and red, are entirely distinct. The 7 stamens
with the 1 slender style are twice bent downward, then
upward. The ovary is 3-celled, with 2 ovules in each cell.

The Fruit is a 3-valved burr, beset with prickly points
without, and occupied within by only one (rarely 2) large
mahogany-colored seed. * It thus fails to fulfil the promise
of its ovary. Of the 6 ovules, only one grows, to the sup-
pression of the others and 2 of their cells. A careful exam-
ination will show the strangled rudiments, f The seed, often
1' in diameter, includes 2 huge cotyledons inseparably united,
without albumen. In germination, their 2 petioles (for the
cotyledons are leaves) lengthen, and the plumule (tho pri-
mary bud) issues from between them.

The Name, jffisculus, the title of this genus, was the
ancient Latin name of a certain Oak with esculent fruit.
JE. liyppocdstanum = horse-chestnut, alludes to its former
reputation as a veterinary medicine.

j&i. glabra, with prickly fruit, and ^23. flava, with smooth

* One regrets that these beautiful seeds are not esculent like the Chestnut. They
are however greedily eaten by deer, and in Switzerland they have proved to be an
excellent food for sheep, giving a rich flavor to the meat.

t Similar suppressions habitually occur in the Oak, Birch, etc. The acorn is 1-seeded
from a 3-celled, 6-ovuled ovary (p. 208-9).

ASCLEPIAS. 195

fruit, are native species, called Buckeye. Both are large
forest trees, with 5 leaflets and 4 petals. Other species are
shrubs, with red or purple panicles, often seen in shrubberies.
Classification. ^Esculus and Acer would seem, at first
view, to have little affinity with each other ; but of late,
botanists have included both, together with Sapindus
(Soapberry), Staphylea (Stafftree), and other genera equally
diverse in aspect, in the same order the SAPLNDACE^E, or
Soapworts. Their affinities are approximate rather than
identical, so that the ordinal character cannot be satisfacto-
rily formulated.

The Soapworts comprehend 73 genera, 650 species, divided into
four suborders, found in all northern countries, and abundant within
the Tropics.

Sapindus (sapo-indicus =. Indian Soap) gives name to the order. One
of its species, S. margindtus, called Soapberry, grows in Georgia and
westward. It is a small tree, with pinnate leaves, flowers in large
panicles, and berries reddish-brown as large as grapes, and full of a
soapy pulp. Other species in the W. Indies, more abundant in alkali,
are actually used in washing linen.

PauUinia, of Brazil, affords the Guarana, a popular beverage resem-
bling tea in its effects. The seeds are dried, pulverized, kneaded into
dough, then dried in cakes for the market.

Llll. SILK GRASS.

Description. A stout herb a yard in height, surcharged
with milk-white juice, and bearing globular clusters of bloom
in June and July, is a sight familiar to the traveler in the
low-lands along the streamlet or wayside. The plant is
variously called Milkweed or Silk-grass. We shall leave the
student alone, to study for record the organs constituting the
leaf-region. The flowers and fruit present new and strangely
curious structures.

196

SILK GKASS.

FIG. LIU. AsclSpias Conrnti : 1, a flower natural size ; 2, a flower enlarged ; 3,
the ovaries (advanced) and compound anther exposing the pollinia ; 4, a pair of pol-
linia attached to the gland ; 5, one of the hoods with its horn ; 6, vertical section of
anther and ovaries of A. phytolaecoides, with 2 pollinia in place ; 7, a hood of the
same ; 8, a follicle ; 9, a follicle open, showing the fledged seeds imbricated on the
large placenta.

Analysis. The Inflorescence is a simple umbel with
pedicels (or rays) all of equal length and diverging in every
direction. The 5 lanceolate petals, slightly gamopetalous at
the base, are valvate in bud, and after opening, sharply re-
flexed, concealing the 5 sepals, and exposing the corona

ASCLEPIAS. 197

(staminate crown) to view. This consists of 5 fleshy, rose-
white hoods attached to the mass of united anthers and stig-
mas. From the opening of each hood projects a little curved
horn. Both hood and horn are of unknown use.

*Po22en . Of the 5 anthers, each contains 2 club-shaped
masses of pollen (pollinia) suspended in pairs beneath the
disk of the stigma by slender stipes attached to 5 double
glands. The pollinia of adjacent anthers are so united. The
glands are very sticky and adhere to such insects as call in
quest of honey, while their pollinia are dragged out of the
anthers and carried to other flowers. This may be for
the purpose of cross-fertilization ; but the double pollinia
dangling "like saddle-bags" from the legs of the insects
often prove very annoying.

Under the staminal mass are 2 ovaries, each 1-celled with
numerous ovules. But few of the ovaries in the umbel are
fertilized and come to maturity.

The Jfytrit is lance-shaped, with a rough exterior, 1-celled,
and opens by a slit along the inner side. Such we call a
follicle. It incloses many flat seeds imbricated on the large
placenta, each fledged with a tuft of long silky hairs called
a coma. These serve, like the down of the Dandelion, to
waft the seeds to a distance.

The Scientific Name of the Milkweed shown in the
figure, is AscUpias Cornuti, or the Horned Asclepias, the
genus being dedicated to ^Esculapius, the god of Medicine.
There are 50 species, which differ, however, in only a few
particulars from the description in the text.

Classification. The order of the Asclepiads (AscLE-
PIADACE^E) may be formulated as follows :

Plants with, a milky juice.

Flowers regular, perfect, 5-parted, symmetrical.

Stamens and stigma consolidated.

198

SILK GBASS.

Anthers, each with 2 pollinia.
Ovaries 2, with 1 stigma.
Fruit, 1 or 2 follicles.
Seeds with a coma.

ORGAN.

Life, .Habit, dumber, Place, Ztehiscence, JTind, Construc-
tion, .Form. Placcntation, /Size, Dualities, Appendages.

Plant, L.H.S.Q.

V, erect, branching, 2-3 ft., leafy, pubescent in lines, milky.

Root, L.Q.

y. , axial, branching.

Stem, L.H.K.F.

Caulis erect, herbaceous, branched, U-sided.

Leaves, L.P.C.F.S.Q.

Petiolate, opp., pinni-v., lanceolate, pointed, obtuse at base.

Inflorescence, P.K.A.

Umbels term, and axillary, pedunculate.

Flower, N.C.

co , perfect, 5-parted, gamop., with a corona of 5 hoods

Calyx, F.Q.

Small, rotate, valvate. [seated on the stamens.

Sepals, L.N.P.F.

Decid. 5, spreading, ovate, smooth.

Corolla, F.Q.

Gamopetalous, valvate, rose-red.

Petals, L.N.P.F.

Decid. 5, oblong, reflexed hoods shorter than the slender

Stamens, N.P.C.

5, united, on the corolla at base. [incurved horns.

Anther, D.C.F.

Each vertically %-celled, joined to the stigma.

Style, N.C.F.

None.

Stigma, N.F.

Pollinia united in pairs to 5 sticky glands on the 5 angles

Ovary, C.F.Pn.

2, distinct, conical. [of the stigma.

Fruit, N.D.K.F.Q.

Follicle mostly but one, smooth.

Seed, N.C.F.QA.

Anatropous, flat, imbricated, oval, comous.

LOCALITY. In a swamp, Lexington, Mass. (Date), June 20, 1870.
CLASSIFICATION. GAMOPETALOUS EXOGENS.
Order, ASCLEPIADACE.E, THE ASCLEPIADS.
NAME. Latin, Asclepias incarnata.

English, Sivamp Milkweed.
REMARKS. The corona is rose-red like the petals.

POLYGOtfUM. 199

The Asclepiads number 146 genera and 1300 species, most abun-
dant in S. India, S. Africa, and Australia. There are comparatively few
species in the United States.

Butterfly-weed, or Pleurisy Root (Asdepias tulerosd), a handsome
plant with orange-colored flowers, native in our pastures and meadows,
is employed medicinally as a laxative and diaphoretic.

DiscMdia, of E. India, is a famous Pitcher Plant.

The Cow Tree of Ceylon (Gymnema lactiferum) yields a bland, whole-
some milk which the natives use for food.

The Wax Plant (Hoya), from the W. Indies, with wax-like leaves
and umbels, is a favorite house plant.

Stapelia, with flowers so foetid as to deserve the name "Carrion
Flower," is a large S. African genus.*

The Record of A. incarnata, another species quite com-
mon, is here annexed as a model for the order.

Scientific Terms. Coma. Corona. Gamopetalous. Hoods.
Horns. Pollinia.

LIV. SPOTTED KNOTWEED.

Description. In June, and after, the Spotted Knotweed
displays its flesh-colored spikes. Like the other foreigners,
it seeks cultured fields and the waste corners about our
dwellings ; and the garden which is free from its encroach-
ment is well kept. None favors the intruder, yet the bot-
anist may profit by the study of its wonderful organization.

Analysis. The 3toot. We first note that the root is
axial in its kind, and a cross-section shows but one woody
layer ; hence it is annual. The stem is remarkable for the
distinctness of the internodes, the nodes being excessively
swelled, and looted with the stipules.

* This plant is sometimes cultivated in the green-house for the pake of its gro-
tesque branches and pretty flowers. So carrion-like is its odor that the common
blue-bottle fly is said often to make the mistake of "blowing " it, i. e., of depositing
its eggs upon the petals, where they occasionally hatch, but only to starve,

200

SPOTTED KNOTWEED.

FIG. LIV. Polygonum Persicaria : 2, portion of a cluster enlarged ; 3, a flower ;
4, ovary and 2 styles ; 5, achenium ; 6, seed dissected, showing the embryo.

The Stipules are of a pattern called oclirece. They grow
in pairs from the base of the petiole as usual, but unite into
a membranous sheath clasping the node and stem like a boot
(ochrea), and in this species are fringed, or ciliate with a few
long hairs. The outline, margin, construction and quality
of the leaf, including the heart-shaped spot in the center,
should all be noted.

POLYGCWUM. 201

The Flowers, small and numerous, are supported on
pedicels ; hence the cluster, which seems from its density a
spike, is properly a raceme. They are regular, but very un-
symmetrical, consisting of 5 sepals, 6 stamens, 2 stigmas and
1 ovary. Like the flowers of Hepatica (p. 55) they are apet-
alous, having but one set of envelopes.

The J^rmt. The ovary ripens into a lens-shaped, black,
polished achenium still inclosed in the persistent, rose-col-
ored calyx. The one seed contains a curved, inverted
embryo on the side of a starchy albumen.

The Name. Polygonum Persicdria is the classic name,
the former meaning many- jointed (Gr. polys, many, gone,
joints) ; the latter, peach-leaved, alluding to the resemblance
of the leaves to those of the Peach-tree (Persica, Tournef.).
Other species of Polygonum will also be found flowering in
June and July, and may be profitably studied with this, to
mark the distinctive specific characters of each, viz. :

P. Pennsylvdnicum, the Pennsylvanian Knotweed, a na-
tive species growing in wet places, has the Tipper parts beset
with minute glandular hairs (glandular-hispid), the flowers
in dense racemes, stamens 8, etc.

P. aviculare, the Bird Knotweed, prostrate in dooryards,
has small (!' and less) leaves, and minute axillary flowers.
The seeds furnish food for many wild birds.

P. ampliiUum (amphibious) grows either in water, or on
land. It is our largest native species, with leaves 5-7' long
and bright red flowers in thick spikes 1-2' long. Stamens
only 5. It is smooth when growing in water, viscid-hairy,
on land.*

* The beautiful rosy petals of Polygonum amphibium are rich in honey. The
stamens, however, are short, and the pistil projects above the corolla. The nectar is
unprotected and accessible even to small insects like the ant. The stamens ripen
before the pistil, and any flying insect, however small, coming from above would
assist in cross-fertilization. Creeping insects, on the contrary, would rob the honey

202

SPOTTED KNOTWEED.

ORGAN.

Lite, Habit, dumber, Place, TTind, Construction, Form,
Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

O, herb, in damp places, 1-2 ft., glandular-hispid above.

Root, L.K.

Annual, axial, branching.

Stem, L.H.K.F.

Herbaceous, erect, branching, with nodes swollen.

Leaves, L.P.C.F.S.Q.

Alter., pin.-veined, ochreate, lanceolate, rough-edged, 25'.

Inflorescence, P.K.A.

Terminal, racemes, pedunculate.

Flower, N.C.

Uneymmetrical, perfect, apetalous, 1" diameter.

Calyx, F.Q.

Polyphyllous, rosaceous, rose-colored.

Sepals, L.N.P.F.

Persistent, 5, imbricated, erect, oval.

Corolla, F.Q.

Wanting.

Petals, L.N.P.F.

Wanting.

Stamens, N.P.C.

8, hypogy nous, f,lament slender, included.

Anther, D.C.F.

Innate, longitudinal, %-celled, oval.

Style, N.C.F.

Two-parted, terminal.

Stigma, N.F.

Two, terminal, capitate.

Ovary, C.F.Pn.

Double, superior, ovoid.

Fruit, N.D.K.F.Q.

1, indehiscent, acheninm, lenticular with flat sides.

Seed, N.C.F.Q.A.

1, albuminous, dicotyledonous.

LOCALITY. Ditches, Terre Haute, Ind. (Date), June 13.
CLASSIFICATION.-APETALOUS EXOGENS.
Order, POLYGONACE.S:.
NAME. Latin, Polygoiium Penusylvanicum JL.

English, Pennsylvanian Knotweed.
REMARKS. The upper nodes and peduncles rough or hispid with minute
stalked glands.

without benefiting the plant. To prevent the visits of the latter, therefore, the hairs
secrete a viscid fluid, which makes the stem slippery and difficult to climb. This
plant, as its name denotes, may live in the water. In that case it is safe against those
climbing pilferers, and then the stem is smooth, with no hairs and no sticky sub-
stance. The arrangement is a special one, and furnished only when needed in the
economy of the plant.

POLYGOHUM. 203

P. orientals, Lady's Thumb, a foreigner, about houses, tall
(6 ft.) and stout, has the ochreae with a spreading border, the
flower clusters large, rose-colored, stamens 7, etc.

Classification. The order POLYGON ACE^: the Sorrel-
worts may be characterized as follows :

Herbs with alternate leaves and swollen joints.
Stipules in the form of ochres sheathing the stem (a feature by
which the genus may be recognized at sight).
Flowers apetalous, with a persistent calyx.
Ovary 1-celled, with 2 or 3 styles or stigmas.
Achenium with 1 erect albuminous seed.

The Sorrel worts number 33 genera and 690 species abounding
in all countries. Among these are

The Buckwheat Plant (Fagopyrum) indigenous in Northern Asia,
now extensively cultivated as an article of food in general use, and by
bee-keepers as a valuable honey plant. The small black kernel with
white albumen, whence the ' flour ' is obtained, has, as every one knows,
the form of a Beechnut (German, Buck}. Hence its name, both English
and classical, is equivalent to Beech- wheat.

Rhubarb (Rheum Raponticum), also from Asia, is the well-known
Pie Plant. The pulpy tissue of the petioles is made acid by the oxa-
late of lime. Several species of Rheum yield the medicinal rhubarb-
root of the shops.

Dock (Rumex), both the Broad-leaved and the Narrow-leaved,
everywhere abounds as a " pernicious weed ; " yet the roots of some
species afford a valuable medicine.

Sheep Sorrel (Rumex Acetosella) has a pleasant acid foliage, and
abounds in old fields and pastures where there is a lack of alkali in
the soil, reddening with its minute flowers many a sterile knoll and
hillside.*

Scientific Terms. Apetalous. Ciliate. Ochreae. Raceme. Spike.

* In their modes of fertilization there is much diversity among the plants of this
order. The various species of Rumex are destitute of honey, and wind-fertilized.
Of the Polyganums, P. aviculdre, the Bird Knotweed, is probably self-fertilized. P.
Persicaria is proterandrous, its stigmas ripening after their anthers have shed their
pollen, while the Buckwheat is dimorphous, some of it with long stamens and short
styles, others with long styles and short stamens.

204 THE SPURGES.

LV. THE SPURGES.

Description Some of these homely plants are common
throughout the country. They are noted for their acrid,
milky juice. The attention of the botanist is due them on
acceunt of the strange construction of the flowers. The
Spurge here figured will be found blossoming in June and
after, in open fields and waysides.

Analysis. GENERIC CHARACTERS. The Flowers of the
Spurges are often too small to be understood without the aid
of a microscope. The "calyx" is cup-shaped, bearing on
its margin 5 or 4 glands of peculiar form and red or white
color. Within it stand several or many stamens, each with a
minute bractlet attached at its base, and a joint above. In
the midst, is an ovary raised on a foot-stalk and tipped with
3 styles, each 2-cleft, so that there are 6 stigmas (half-
stigmas).

Now what mean these bractlets, joints, and foot-stalk ?
They imply, as botanists interpret, that each stamen is a
flower of itself a staminate, monandrous flower with a ped-
icel in the axil of a bract ; that the ovary is a pistillate
flower consisting of 3 united carpels ; and the " calyx " is- an
involucre inclosing the little flower-group. As it grows
older, the pistillate flower arises on its pedicel quite outside
of the involucre and ripens into 3 carpels, separable into
3 nutlets, each with one seed.

The milk-white juice already noted, flows from every
incision, is always acrid in taste, in some species venomous,
and it should be avoided.

The Name Euphorbia is the title of the genus charac-
terized in the above description a genus of vast extent,
growing in all countries and embracing more than 700 spe-

EUPHORBIA.

205

cies. The original one (E. officinarumf), discovered by
King Juba in Barbara, was so named by him in honor of
Euphorbus, his chief physician.

FIG. LV. Euph6rbia maculata : 2, section of an involucre showing the $ flowers ;
3, a $ flower with its bract ; 4, an involucre entire, showing the 1 ? flower, etc. ; 5,
section of ovary ; 6, section of a seed of E. Ldthyris, with embryo, and (<X) caruncle.

SPECIFIC CHARACTER, The species before us differs from
all others in the following: combination of characters : Root

206 THE SPUEGES.

annual. Stems prostrate, diffuse, reddish, puberulent, with
opposite leaves and alternate branches. The leaves are of
two sizes, 3" to 6" long, oblong, very oblique, obtuse, serru-
late, with a red-brown spot in the center, and small fringed
stipules at the base of the short petiole. The minute flow-
ers issue in dense, bracted, lateral clusters on a short pedun-
cle, making no display. Glands of the involucre 4, red.
Seeds ovoid, 4-angled, transversely rugous (wrinkled), with
no caruncle, as some species have (6, d). This is E. macu-
lata, the Spotted Spurge.

E. hypericifdlia is another closely related and equally com-
mon species. It differs only in being erect (1-2 ft.), with
leaves larger (!'), often slightly falcate (curved like a sickle
= falx), and the flowers terminal.

E. corollala, abundant westward, is our most showy kind.
It stands erect 2-3 feet, bearing an umbel of white 5-lobed
involucres. Its perennial root is a purgative more violent
than Ipecac.

Classification. The order EUPHORBIACE^E (the Spurge-
worts) is very large, generally limited as follows :

Plants with, a milky, acrid juice.
Flowers incomplete and imperfect.
Ovary free, 3-celled, with 3 or 6 stigmas.
Ovules suspended from the top of the cell.
Fruit 3-lobed, separating into 3 carpels.
Seeds 1 or 2 in each carpel, anatropous.
Embryo straight, 2-lobed, in oily albumen.

The Spurgeworts number 190 genera, 3200 species. As a whole,
the milky juice is venomous, but many species afford valuable oils,
resins, and farinaceous food.

Castor Oil is expressed from the seeds of Bfoinus commilnis, a well-
known gigantic annual in Northern gardens, but a stately tree in the
South.

Croton Oil, a powerful purgative and external irritant, is from the
seeds of Croton Tifjlium of India.

QUERCUS. 207

The tonic Cascarilla is the bark of Croton Eleuteria of Brazil.

Capers, used in pickles, sauces, etc., are the 3-lobed fruit of Euphor-
bia Ldthyris, often seen in our gardens.

Tapioca is obtained from the Bitter Cassava (Jatropha Mdnihot), a
shrub extensively cultivated in S. America. Its tuberous root, some-
times weighing 30 Ibs., is full of a poisonous juice. In preparing it
for food, it is first scraped to a pulp and pressed to remove the poison.
The cakes of cassiva thus formed are dried and baked, making a bread
commonly used by the poorer classes. When the expressed juice is
allowed to stand, a delicate starch is deposited, which, when washed
and granulated on hot iron plates, forms the Tapioca of commerce.

India Rubber is the thickened juice of Siphdnia eldstica, a tree grow-
ing in Guiana (see Chemistry, p. 227).

Boxwood, used by engravers, and for mathematical instruments, and
also cultivated for borders, is Buxus sempermrens of Asia Minor.

The so-called Blinding Tree (Exccecdria Agdllocha) of the Moluccas
has a juice so acrid that a drop falling into the eye will nearly blind it
an accident which is said to have happened to sailors sent on shore
to cut fuel. Even the smoke of the burning wood is dangerous.

LVI. THE WHITE OAK.*

''Not a prince

In all that proud old world beyond the deep
E'er wore his crown as loftily as he
Wears the green coronal of leaves with which
Thy hand hath graced him.'' 1

BRYANT.

Description. A large proportion of our forest trees are
Oaks. Also in the open fields the Oaks stand solitary, in
alternation with Elms and Maples, the charm of every rural
scene. The White Oak will be our special theme to-day. Its
flowers appear in May, soon after the expanding leaves. The

* The Oak, Pine, etc., are fertilized by the wind. It is curious to notice, in con-
trast with the insect-fertilized plants we have considered, the new floral adaptations
which here exist. The long, lightly-hung, pendulous catkins are set in motion by the
merest breath of air. The blossoms appear, too, in the early season when gales are
most numerous and boisterous.

208 THE WHITE OAK.

blossoms and fruit of any Oak will, however, serve for this

Analysis (generic). The Oaks put forth two kinds of
flowers on the same tree. The sterile or staminate ( $ ) are

Fia. LVL Quercus alba.

disposed in long, slender, pendulous clusters called aments
or catkins, several from one bud. They consist merely of a
5-8-lobed calyx with 5-8 stamens. The fertile or pistillate
( $ ) are solitary, or few together each an ovary with 3
stigmas invested with a scaly involucre. The ovary is
3-celled,, with 2 pendulous, anatropous ovules in each cell.

QUERCUS.

209

But in ripening, only 1 of the 6 ovules becomes a seed. By
its fruit the acorn, the Oaks are universally known. It is,
by suppression, a 1-seeded nut partly immersed
in a scaly, cup-form involucre. On dissection,
we find in the seed an embryo with 2 massive
cotyledons, the short radicle pointing upward,
destitute of albumen.

Germination. Under the Oaks at the time
of flowering, the student will find acorns of the
preceding year in all stages of germination as
shown in the cuts. The swelled co-
tyledons (which are but transformed
leaves) cannot extricate themselves
from the shell, but burst it and thrust
forth their petioles with the radicle
and plumule between them, the
former to grow downward, the
latter upward.

The Name of this noble
genus is the classic Latin
one Quercus. * In the
United States there grow
as many as 25 species, and
at least 6 or 8 in every
vicinity. The practiced
eye will distin-
guish them by their
tree-forms alone. All
may know them by
the forms of their
leaves (Appendix). To identify them by verbal description is

Acorn (seed of Quercvs palus-
tris) germinating: 6,section show-
ing the radicle (r) which is to be-
come the root, and the two cotyledons (c) which are
to nourish it; 7, the radicle r, descending; 8 and 9, the
radicle r, descending, and the plumule ( p) ascending.

* The Oak has been identified with man's history from the earliest ages. Its groves
nave been held sacred alike by Jews (Gen. xxi, 33), Greeks, Romans and Celts. The

210

THE WHITE OAK.

often difficult, and a test of scholarship. (See Bot. and Flor.,

p. 305.)
SPECIFIC CHAEACTERS of the White Oak ( Q. alba L.). This

tree is known at sight among its compeers by its light ash-
colored bark breaking into square
loose flakes on the surface. The
leaves on short petioles are deeply
divided into obtuse segments, 3 or 4
on each side, none angular, all
bounded by flowing outlines. From
a bright green they change to violet
and purple in Autumn, and many
are persistent. A new feature in
venation is here to be noticed. The
leaves are straight-veined the vein-
lets continue straight through the
blade to the margin. Compare the
leaf of Beech, Chestnut ; also of the
Apple. The stipules are fugacious.
The Acorn ripens in the Autumn following its flower ; is

nearly sessile, 1' long, an ovoid nut one-third immersed in a

hemispherical cup. The seed is well-flavored, and eaten by

man as well as beast.*

Wood of Oak, greatly magni-
fied : , medullary rays ; b, wood
cells ; c, ducts.

Oak was consecrated to Jupiter, even to a proverb ; and the Druids (drus, an Oak)
are supposed to have been named from their superstitious regard for the Oak and the
Mistletoe which grew upon it. The Greeks adopted it as the emblem of hospitality.
In Rome, to obtain a " crown of Oak," it was necessary to be a citizen, to slay an
enemy, to save the life of a Roman, or to reconquer a field of battle. The Oak is,
however, peculiarly a British tree, associated with English naval victories with the
" Walls of Old England " and the " hearts of Oak " that have beaten bravely within
them. Many an Oak has become historic ; like the Oak of Tonvood, within whose
hollow slept the famous Wm. Wallace ; the Royal Oak that sheltered the fugitive
Charles after the battle of Worcester ; Pope's Oak in Windsor Forest ; while in this
country we recall the Charter Oak of Hartford.

* Some species of Oak, as Red Oak (Q. rubrd), Pin Oak ( Q. palustris) are biennial-
fruited ; i. e., they require 2 years from flowering for their acorns to ripen.

In England, whose Oak forests are now valued for timber, some centuries ago the
Saxons valued them only for their acorns, or most, on which their swine were fat>

QUEKCUS.

211

6, young branchlet of Q. alba, with aments, &c. 2, a staminate ( 3 ) flower ; 3, the
same ; 4, a pistillate ( ? ) flower with 5 stigmas ; 5, vertical section of the same ; 6,
branchlet with full-grown leaves and mature fruit ; 7, section of the the acorn show-
ing the two thick cotyledons and embryo at top ; 8, acorns of Q. robur.

212

THE WHITE OAK.

ORGAN.

Zife, 7/abit, dumber, Place, A'ind, Construction, .Form,
Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

Tree deciduous, in forests, 2ft. diam., 60ft. high.

Boot, L.K.

Axial, branching, extensive.

Stem, L.H.K.F.

Arboreous, exogenous, erect, trunk terete.

Leaves, L.P.C.F.S.Q.

Decid., cond., alt. , straight-veined, lane., serr., acum.

Inflorescence, P.K.A.

Axillary, $ long catkins, ? 3 together in a burr.

Flower, N.C.

6-parted, apetalous, monoecious, small.

Calyx, F.Q.

Cup-form, 6-parted, cream-greenish.

Sepals, L.N.P.F.

Persist., 6, $ adherent, erect.

Corolla, F.Q.

None.

Petals, L.N.P.F.

None.

Stamens, N.P.C.

8-%0,jttiform, showy, erect.

Anther, D.C.F.

Oval, longitudinal, %-celled, versatile.

Style, N.C.F.

3, united at base, short.

Stigma, N.F.

3, dub-shaped (9 in the involucre).

Ovary, C.F.Pn.

3-celled, 6-ovuled, ovoid, or plano-convex.

Fruit, N.D.K.F.Q.

Mostly 3 nuts in a burr (prickly involucre).

Seed, N.C.F.Q.A.

1, anatropous, white, cotyledous, farinaceous.

LOCALITY. Chesterfield, N. H., woods. (Date), May 19, 1836.
CLASSIFICATION. APETALOUS EXOGENS.
OBDEB. CUPUUFEB.E, or MASTWOBTS.
NAME. Latin, Castanea vesca Linn.

English, Chestnut.
REMABKS. Fruit sweet and nutritious, falling in October. Timber light,
very durable.

tened. The right of feeding hogs in the woods, called pannage, became a valuable
kind of property. With this right Monasteries were endowed, and it often formed
part of the dowry of the king's daughters. To regulate and secure these rights, rigid
laws were enacted and records kept. When William the Conqueror converted the
New Forest into a hunting-ground, the anger of the people was due to the loss of food
for their droves of swine.

QUERCUS. 213

In this connection, let the student analyze the Chestnut
Tree, the Beech, or the Hazel. A sample tablet is annexed.

Classification. The order CUPULIFEE^: the Mast-
worts is thus limited to

Trees or shrubs with very deciduous stipules.

Leaves alternate, simple, straight-veined.

Flowers apetalous, monoecious, the $ in catkins.

Ovary adherent, with all but one cell and ovule abortive.

Fruit a nut, one or more together in a cup or sack.

Seed one, filled by the embryo with its massive cotyledons.

Albumen none.

The Mastworts number 8 genera and 250 species. Among them
are the Oaks, Beech,* Chestnut, Iron- wood, Hazel, etc., important for
their timber and fruit.

Chestnuts are the fruit of Castdnea vesca.\ The American variety
is smaller and sweeter than the Spanish Chestnut of Europe. Beech-
nuts, the fruit of our Fagusferruginea, are very sweet and nutritious.
Filberts, the fruit of the Hazel (Cdrylus), come from Europe. Our own
Hazel-nut is nearly as good. The acorns of the White Oak and Chest-
nut Oak (Q. Prinos) are eatable.

Nutgalls are produced on the leaves and twigs of Oaks by the punc-
ture of insects depositing their eggs. The nutgalls of commerce used
in making ink, etc. , come from Asia Minor. They abound in tannic
acid, a principle also found in the bark of some species of Oak used in
tanning leather.

The timber especially of the Live Oak (Q. wrens), White Oak, and
English Oak (Q. robur), is of great value in shipbuilding and all

* To the German name of the Beech (buch) we owe our English word book, the
sides of thick books having formerly been made of beech boards.

No tree of the forest has its tint of trunk more varied by mosses, lichens and hand-
some kinds of fungus that always diversify its dark -gray bark. Virgil loved a Beech-
tree for the abundant shadow it gave him, and Gray wandered to be soothed among
the famous Burnham Beeches, which he says " are always dreaming out their old stories
to the winds."

t In parts of Europe the Chestnut is highly valued as an article of food, and the
tree is extensively grown for this product alone. Many centuries ago Martial said :
" For Chestnuts roasted by a gentle heat
No city can the learned Naples beat."

The Chestnut is yet roasted daily there as well as in many other Italian cities ; and
similar scenes are enacted on our own street-corner^. In the south of France it forms
the common vegetable diet of the peasantry.

214: THE WHITE OAK.

mechanic arts where toughness, strength, and durability are requisite.
The wood of Chestnut is eminently durable ; that of Beech, Ironwood
(Carpinus) and Liver- wood (Ostrya), is hard and compact, and therefore
serviceable for joiners' tools.

LVII. THE WHITE PINE.

Description. The White Pine grows in any soil where
it is planted ; but its native forests and groves are gen-
erally associated with a dry sandy loam. Our Pilgrim
Fathers found here one continuous forest waving with
Pines, where now are cities, towns and plantations. On
the plains of Dartmouth and Saratoga once towered majes-
tic Pines more than 200 feet. To-day, on the Sierra Moun-
tains, the Lambert Pines 300 feet in height lift their im-
perial heads.

Analysis (generic). The Leaves of the Pines are truly
evergreen, persisting in all their verdure through the Winter
until those of the next season are full grown. Their form
is as characteristic as that of the cones. They are acerous or
needle-shaped, angular, collected in little fascAcles (bundles)
of 2s, 3s, or 5s, bound together by a sheathing bract at the
base. In 2s they are semi-terete ; in 3s and 5s triangular,
with serrulate edges.

The Flowers come with the new leaves. They are of
two kinds, both generally found on the same tree, i. e.,
monoecious. The sterile ( $ ) flowers are in small, oblong,
dense, reddish aments clustered around the base of the new
shoots. Each ament is involucrate with a few scales, and
consists of stamens alone. The anthers are 2-celled and
contain triple pollen grains. The fertile (?) aments are lat-
eral, consisting of spirally imbricated scales (open carpels)
each bearing at its base 2 ovules turned downward, although
not inverted on their stalks (orthotropous).

PIKUS.

215

The J^rmt is not matured until the second year after its
flowers (biennial). It is then a cone formed of the grown
and hardened fertile ament, with its scales generally thick-

FIG. LVII. Pinus Strobus, a young tree and grove.

ened at the edge, at last relaxed and spreading, freeing the
2-winged seeds nurtured in the lap of each. The student
will not fail to notice the total absence of a style or stigma ;

216

THE WHITE PIKE.

Pinus Strobus : 1, a branchlet with staminate flowers ; 2, branchlet with pistillate
flowers ; 3, a carpellary scale with its bract ; 4, the same seen from within, with its
2 ovules turned downward ; 5, an anther ; 6, a grain of pollen (triple) ; 7, a ripe cone
with its scales relaxed.

neither is there any proper ovary or seed-vessel. The car-
pellary scales which should invest the ovules and seeds, only
subtend them ; hence they are truly naked.* The embryo,
resting in oily albumen, has 3-12 cotyledons.

* Fertilization is effected by the direct application of the pollen to the ovule
instead of to an intervening stigma. The wind is the agent for conveying the pollen
to its place. (See Note, p. 31.) There is therefore no need of attracting insects by bril-
liant colors and pleasing perfumes ; hence the flowers are inconspicuous and inodorous.

PINUS. 217

The Name of this grand and useful genus is the ancient
Latin term Pinus, from the Celtic pin or pen, a rock or
mountain. The White Pine, that species to which our
figures chiefly refer, is Pinus Strobus the "Weymouth
Pine " of the English parks. This is the tallest of all our
forest trees, many with a diameter of 4 or 5 feet, rising to
100 and 140 feet. The trunks perfectly straight, erect, free
from limbs, extend f their whole height, affording a strong,
soft, light, and durable timber, more extensively used in
architecture than any other kind.

SPECIFIC CHARACTER. The ffioot of P. Strobus pene-
trates the soil but 2 or 3 feet, and is quickly dissolved into
irregular branches and branchlets, filling a space of 30 to 40
feet diameter.*

The 2*runfc is cylindric, erect, with a smooth bark in trees
less than a foot in diameter and in old forest trees regularly
broken into long narrow plates. The branches are given off
in whorls and at nearly right angles, one new whorl each
year. In forests, all but the upper branches soon perish,
and these stretching out over the other trees render the
Pines conspicuous in the distant landscape.

The leaves are in fascicles of 5s, and 4' in length.

The Cones, nearly 6' long when ripe, have scales slightly
if at all thickened at their edges, thus quite unlike the other
Pines. Compare this with

P. rigida, the Pitch Pine, which has its leaves in 3s, cones
ovoid, with scales thick-edged and clawed at the end, and
bark rough and black, a tree 30 or more feet high.

P. resinosa, Red Pine, has leaves in 2s, cones ovoid-conical,

* The roots of the White Pine are almost incorruptible. In clearing up new lands
where the Pines have been felled or blown down, the stumps with their roots are
often taken up and used in making a fence, by setting the under surface of the roots
to form the outer or the finished side. Fences so made exhibit, after a hundred
years, few signs of decay. Emerson.
10

218 THE HEMLOCK.

the scales not claw-tipped, bark rather smooth, tree 50-80
feet high ; both species native northward.

P. palustris, Long-leaved Pine, in the lowland forests of
the South, has leaves in 3s, and 10-15' long and cones of
nearly equal length.

LVIII. THE HEMLOCK.

Description. The Hemlock grows in the forests of all
the States west to Oregon, especially loving a granitic soil ;
and in Canada and New England, the tree and its products
are so common that Hemlock is almost a household word. '
Mowers and fruit (last year's cones) may be found in May.*

Analysis. GENERIC CHARACTERS. The leaves are sol-
itary (not fascicled), short, of one kind, and persistent two
years. The trunks are of that class called excurrent run-
ning distinct through to the summit of the pyramidal head.
Here also we have flowers of two kinds (monoecious)^ both in
aments, and on the same tree. Mark their situation, not on
the new shoots, as in the Pines, but on the branchlets of the
preceding year ; the $ aments in the axils of the upper leaves ;
the ? terminal. The cones mature in the Autumn of the
first year. Their scales are thin-edged, never embossed nor
clawed, each 2-seeded, and subtended by a bract.

The Name given to the genus possessing these traits is
Abies the ancient Latin for Spruce. It comprises the
Spruces, Firs, and Hemlocks, evergreen, resinous trees, like
the Pines except in the above obvious distinctions.

SPECIFIC CHARACTERS. The Hemlock when young has a
peculiar grace both of form and foliage. With age, it
becomes rugged and unsightly. In forests, the trunk is

* Specimens of our native Spruce or Fir, or of the Norway Spruce, so common
in our parks and door-yards, will answer for this study.

ABIES.

219

often sixty feet high, beset above with knots among its
scragged branches. The leaves are short-linear, silvery
beneath, on delicate petioles, spirally arranged, yet so

PIG. LVTII. Abies Canade"nsis : 1, a branch with fertile flowers at $ , and sterile
at $ ; 2, a scale, with its short bract ; 3, a cluster of flowers (stamens) ; 4, a scale
with its 2 perfected, winged seeds, seen from within.

inclined to a horizontal position as to appear 2-ranked on
the slender spray. The $ aments are very small, scarcely

220

THE HEMLOCK.

2" long, each with 10-20 anthers. The pollen grains are
single. The $ aments are terminal, ovoid, 3" long, composed
of imbricated green scales (carpels). The fruit is an oblong
brown cone three-fourths of an inch long, pendant on the ends
of the slender branchlets. The scales are about 20, rounded,
2-seeded. The seeds are winged, naked as in the Pines.
This is Abies Canadensis.

The Order. From these examples the student will
apprehend the nature of the CONIFERJE (Conifers) or Cone-
bearers.

Trees and shrubs with resinous juice.

Leaves evergreen, awl-shaped or needle-shaped.

Flowers in aments, monoecious, without calyx or corolla.

Ovary an open scale 2-ovuled, with no stigma.

Seeds with pericarp, truly naked.

Classification. With their wood growing by external
layers and the embryo of 2 or more cotyledons, the

Coniferae are Exogens. But
they differ from other Exo-
gens in having no stigma,
and open carpels never in-
dosing the naked seeds.
Hence the division of the
Exogens into two classes
the Gymnosperms (gym-
nos, naked, sperma, seeds),
including the Coniferse, and
the Angiosperms (angios, a
vessel, and sperma), includ-
ing all other Exogens.

5, Pitted wood-cells of Pine greatly mag-
nified ; m, medullary rays.

The Conifers. Here are
associated 20 genera and 100
species, " sons of the forest and forest kings, gigantic in size, noble in
aspect, robust in constitution." They inhabit all climates, but are most

ABIES. 221

abundant in the North Temperate Zone. Timber and turpentine are
their special products.*

The Douglass Fir (Abies Dougldssii) of Oregon, and the Red wood
(Sequoya sempermrens) of California, are frequently 12 feet in diameter
and 200 feet high. The Lambert Pine (P. Lambertidna) of California,
a tree of faultless symmetry, is often 12 feet in diameter and 300 feet

View in Calaveras.

high. But over all towers the Giant
Cedar of the Sierras (Sequoya gigdn-

tea). One grove in Calaveras County contains 90 "scMJallecT" Big

350 in altitude ! f

h 6 Ji d f the /! nes ' Cedars ' and of the C^nifeiTgenerally, is remarkably dis-

, -

b dlskS WWch Under the mi croscope appear like pearl,

L th, f S M a ,7- < ; 0d " Ce11 - ThiS f rm ' Called *** tis * ue < has often been fleeted
i the fossils of bituminous coal, thus revealing the origin of that useful mineral.

diffirnH? ^ r 6 P ?? eCt 8ymmetl 7 of these ^ anti c trees that the spectator finds it
;ahze their enormous proportions. " If," says Whitney, "one could be

THE HEMLOCK.

ORGAN.

Lite, 7/abit, dumber, Place, A'ind, Construction, .Form,
Placentation,/Slze, Dualities, Appendages.

Plant, L.H.S.Q.

A tree of many years growth, 50 feet high, evergreen.

Root, L.K.

Not observed. [branches.

Stem, L.H.K.F.

An erect, short, cylindrical trunk, excurrent, with many

Leaves, L.P.C.P.S.Q.

, spiral, acerous, sharp, subsessile, sub-k-sided, 7".

Inflorescence, P.K.A.

In cone-shaped aments, axillary and terminal.

Flower, N.C.

Monoecious, naked.

Calyx, F.Q.

None. \lary and terminal.

Sepals, L.N.P.F.

6 The sterile flowers in small, ovoid, red aments, axil-

Corolla, F.Q.

None. [with green scales.

Petals, L.N.P.F.

? The fertile flowers in a cylindrical, terminal ament,

Stamens, N.P.C.

Numerous, crowded, with short filaments.

Anther, D.C.F.

2-celled, opening lengthwise, pollen grains triple.

Style, N.C.F.

None.

Stigma, N.F.

None. [imbricated, subtending 2 erect ovules.

Ovary, C.F.Pn.

Carpettary scales rounded, open, thin-edged, spirally

Fruit, N.D.K.F.Q.

A cylindric, pendent cone, cinnamon-colored, & long.

Seed, N.C.F.Q.A.

2, orthotropous, flatfish, light-brown, winged.

LOCALITY. In Central Park, New York. (Date) April, 1878.
CLASSIFICATION. GYMNOSPERMOUS EXOGENS.
ORDER. CONIFERS, THE CONIFERS.
NAME. Latin, Allies excelsis.

English, Norway Spruce.
REMARKS. Tree pyramidal in its form.

transported to Washington and placed beside the Capitol, its summit towering far
above the statue which surmounts the dome of the noble structure, the effect would
be overwhelming." Various estimates have been made of the age of the Big Trees
of the Calaveras Grove, and it has been poetically asserted that they were in their
prime when Noah built the Ark, and may have been "contemporary with the crea-
tion of Man." The geologists of the California survey fixed the age of one tree that
was cut down at 1300 years. (We counted 1362 layers.) Six feet from the ground it
was 23 feet in diameter inside the bark (that being about 15 inches thick).

SABAL PALMETTO. 223

Timber of excellent quality is afforded by all these species. That
of the Redwood, as well as most of the Cedars, is almost indestructi-
ble. Red Cedar (Juniperus Virginiana) is used in the manufacture of
lead pencils. The Temple of Solomon was built of the Cedars of Leb-
anon (Gedrus Libdni). The Southern Pine is heavy and fragrant with
resin, affording excellent timber for floors. The Norfolk Island Pine
(Eutassa excelsa) is celebrated for its timber and for its stately beauty.

Turpentine is distilled from the pitch which flows from the Southern
Pine ; resin is the residuum after distillation. Burgundy pitch is
obtained from P. sylvestris of Europe. Canada balsam flows from the
' ' blisters " in the bark of our beautiful Abies balsdmea.

Tannic acid abounds in the bark of the Hemlock ; hence it is, like
the Oak, extensively used in tanning leather.

The Yew tree (Taxus) figures in history as the favorite wood for
making bows, once the formidable weapon of the English yeoman.
Our Yew is a straggling shrub, never attaining the dimensions of a
tree.

LIX. THE PALMETTO.*

Description. In the forests that skirt the sandy coasts
of the Southern States, the renowned Palmetto reigns. It
is a tree arising 25 to 40 feet, with trunk erect, simple,
10-20' in diameter, all developed from one terminal bud.
From this bud, in early Spring, a new set of leaves is an-
nually produced above the old before they fall. Hence the
tree is evergreen.

Analysis. The Stem of the Palmetto exhibits new
features especially worthy of study. Outside it is rugged in
aspect, especially above, where it is beset with the split bases
of former leaf-stalks. The trunks of other forest trees are
largest at the base, diminishing upward. Not so with the
Palmetto. Its trunk either continues of uniform size, or
perceptibly enlarges toward the summit, there attaining its

* The Palmetto is the emblem of South Carolina. The massive terminal bud,
consisting of numerous undeveloped leaves, is much prized as a vegetable, whence

224:

THE PALMETTO.

largest diameter. For these and other peculiarities, the stem
of the Palm is called a caudex.

FIG. LIX.-Sabal Pal-
metto. From a photo-
graph. Scene in Florida,
showing Fort Matanzas in
the distance.

The internal struc-
ture, as seen in sections,
may now be compared with that of Apple tree, Elm, Pine,
and other Exogenous trees (p. 109). The contrast is great.

the tree is called the Cahhage Palmetto. To secure the bud, however, the entire tree
has to he sacrificed. The wood does not splinter easily, and, on that account, was
employed in building Fort Moultrie in the Revolutionary War (Barnes's History of
the United States, p. 170). Blocks from the softer portions of the trunk are used in
the South as a substitute for scrubbing brushes. The larger leaves serve for thatch-
ing and are woven into baskets or mats, while the smaller are made into hats and
bonnets.

SABAL PALMETTO.

225

In Exogens, the bark, wood and pith are clearly defined.
In Palmetto, all these are commingled ; no separable bark,
no woody layers, no medullary rays. The wood exists in
threads or fibers extending lengthwise, traceable from the
bases of the petioles down through the soft pith or cellular
tissue, at length turning outward and ending in or at the
surface where the bark should be. The composition of
these wood-fibers or bun-
dles may be understood
from the cut, which
represents the shaving of
a Rattan magnified 100
diameters. In a single
fiber there are annular
cells, spiral vessels, dot-
ted ducts, and wood-cells,
all lying in the cellular
tissue, a, a.*

The Z/eaves are com-
paratively few and im-
mense, f 7-12 feet in
length, including the
smooth, channeled peti-
ole. The blade is typi-
cally fan-shaped (flabelliform),with the border palmately cleft
into many segments, in vernation plicate, and parallel-veined.

Various kinds of vessels in a wood-fiber of
Bamboo or Rattan : a, cells of parenchyma ; b,
annular cells ; c, spiral vessels ; d, porous duct ;
e, wood-cells.

* Woody stems, whether exogenous or endogenous, are chiefly composed of the 5
classes of cells exhibited in the cut. The difference lies in their arrangement. The
study of the vegetable cell, in all its varieties, is of great interest and importance, but
belongs to a higher department of Botany than is admissible in this work. See Phy-
siological Botany, in the Class Book, p. 130.

t Much has been written of the beauty of the Tropical Palm, decorated with its
waving crown. But the Eastern traveler finds a forest of Date Palms, on the banks
of the Nile, far less imposing than our own groves of Oak, Birch and Maple. Below
is only a vista of naked, monotonous columns, and above a scanty foliage through
which the rays of the sun pour in undiminished intensity.

226

THE PALMETTO.

The Flowers, open in June, are perfect, sessile, on a
long branching spadix with bracts or a double spathe at each
joint. They have a double perianth, of 3 sepals and 3 petals,

6 stamens, and a
triple pistil which
in fruit becomes
a single 1-seeded,
round drupe, like a
date.

The Name.
Scibal Palmetto is
the only Palm in
the United States
which attains the
dimensions of a
tree. Two other
species of this ge-
nus, the Dwarf and
the Saw Palmetto,
form dense thick-
ets in the wilds of
the South. They
are mere shrubs,
with caudex pros-
trate or creeping.
The Blue Palmetto,
with caudex 2 or 3
feet long, erect or
prostrate, has polygamous [some $ , some ? , and some
(perfect) ] yellowish flowers, and is assigned to another
genus Chamc&rops Hystrix. We have no other Palms.

The Cocoanut is a fruit of similar construction, and its
seed is, perhaps, the largest of all seeds. Let it be analyzed

1, Inflorescence of Chamaerops humilis, in its spathe ;
2, a branch of the same with the fruit ripening ; 3, a
sterile 6 flower ; 4, a fertile ? flower ; 5, a ripe fruit ;
6, a section of another variety, showing the seed ; 7,
section of seed showing the embryo. (From Lindley.)

SABAL PALMETTO.

227

in this connection. Lake other drupes, this also has two
coats, the outer of loose, woody, brown fibers, the inner a
shell of bone. At the apex of the shell are 3 apertures the
scars of the stigmas. Within the shell is only 1 cell and 1
seed, although the ovary was 3-celled and 3-ovuled. The
cut (11) shows a section of the seed the white, fibrous, oily
albumen with a cavity which contained the milk and at e,
the embryo, 1-cotyledoned, in a separate, smaller cavity ;

11, section of the seed of a Cocoa-
nut ; , the embryo ; 12, Cocoa-nut
germinating.

(12) shows its germination
the growing plumule p,
the growing radicle r, and
the enlarged cotyledon c,
partly filling the cavity.

Classification (ordinal). The order PALMACE^: is esti-
mated at seventy-three genera and four hundred species.
Nearly all are natives of the Torrid Zone in both hemispheres.
The Palms rank among the noblest of the Vegetable King-
dom, whether we regard their towering stems, their mag-
nificent leaves, their numberless flowers, or their valuable
products. The trunks of some attain the height of one hun-
dred and eighty and a diameter of five feet.

Calamus Rudentum, of the Malaccas, grows in the form of a cable
five hundred feet in length dangling from trees to which it clings by the

228 THE PALMETTO.

hooks on the end of its leaf-stalks. The Date Palm develops two hun-
dred thousand flowers on a single spadix. Among its products are
starch, sugar, oil, wax, edible fruits, material for clothing, building,
paper-making, and fermented liquors.

The Cocoanut Palm (cocos nuciferd) is perhaps put to a greater num-
ber of uses than any other tree in the world. Its wood, called porcupine
wood, takes a beautiful polish. The fibers of the outer covering of the
fruit are very durable, and are manufactured into cordage, matting,
door-mats, scrubbing brushes, etc. The inner shell is made into water-
dippers. The milk contained in the cavity of the albumen is a beverage
as delicious as the albumen is wholesome. The nuts by pressure yield
the rich oil of cocoa. From the wounded spadix flows a sweet sap, a
quart a day for several months. If boiled, it produces sugar. When
fermented, it is called palm- wine or toddy, and when distilled, the vile
liquor, arrack. The leaves furnish thatch for dwellings and material
for fences, hats, baskets and buckets, and even paper which is writ-
ten upon with a style. Potash in abundance is obtained from the
ashes.*

The Sago Palm (sagus Rtimphii) of Malacca, and other Palms, afford
the starchy food called Sago. This exists in the cellular tissue of the
stem, whence it is washed out and granulated. A single tree will yield
six hundred to eight hundred pounds.

The Date Palm (Phcenix dactylifera), of Northern Africa, supplies
that sweet and delicious fruit, the date, which furnishes the tribes of
Fezzan and Barbary nine-tenths of their living.

* "After an abundant repast, the traveller inquires of his Indian host, Who in this
desert country furnishes you with all these luxuries ? My Cocoa-nut tree, is the reply.
The acidulous drink tasted on your arrival was drawn from the fruit before it was
ripe. This kernel, so delicate in flavor, is the ripe fruit. This milk which you find
so agreeable is drawn from the nut. This cabbage, so delicate in flavor, is the top of
the Cocoa-nut tree a costly dish, however, for it takes the life of the tree. This wine
is Palm-wine, drawn from the thick leaves sheathing the flowers. Exposed to the
sun, it becomes vinegar ; and by distillation we get this good brandy which you have
tasted. This juice also supplies the sugar for these sweetmeats. Out of the shell of
the nut we make these vessels and utensils. Nor is this all. This habitation itself I
owe to these trees. With their wood my cabin is constructed, and with their plaited
leaves it is thatched. Made into an umbrella I walk under their shade. My clothing
is spun from their leaf-fibers, and these mats so generally useful are made from them
also. This sifter was ready-made to my hands in the axils of the leaf-stalks. With
these same leaves we make sails for our ships, and for caulking them nothing is so
good as the fibers which envelop the nut. Of this, too, we make all sorts of strings,
cables, and cordage. Finally, the delicate oil which has seasoned many of our dishes
and that which burns in my lamp, is expressed from the fresh, ripe kernel."

AEIS^MA. 229

Rotang (Calamus Eudentum, etc.), growing slender and to great
length, affords rattan for canes, chair-bottoms, etc.

Ivory Palm (PhytelepUas) of the Magdalena River region, contains in
its seeds a compact albumen the vegetable ivory of commerce.

The bruised fruit of Elais Guineensis yields the palm-oil which is
imported from Africa in immense quantities, for soapmaking and other
uses.

Classification (provincial). In a higher sense the
Order of the Palms represents the grand province of the
Endogens, as the Koseworts, the Mastworts, etc., represent
the Exogens. These two grand divisions constitute the
subkingdom Phenogamia or Flowering Plants. They are
severally marked by the following five characters, which we
place in contrast and arrange in the descending order of
their value, that is, their constancy :

THE EXOGENS.* THE ENDOGENS.*

Embryo with 2 or more cotyledons. Embryo with one cotyledon.

Radicle forming an axial root. Radicle never forming axial root.

Stem growing by accretions exter- Stem growing by scattered internal

nal to the wood. wood-fibers or bundles.

Flowers 4 or 5 (rarely 3) parted. Flowers almost always 3-parted.

Leaves very generally net-veined. Lvs. very generally parallel-veined.

LX. JACK-IN-THE-PULPIT.

Description. The voice of this little declaimer is heard,
if at all, in the flowery month of May, throughout the damp
old woods. The plant stands about a cubit in height, with
club and canopy and lurid coloring a form so singular that
to be seen is to be remembered.

* To apply the above classification, let the student now determine the Province to
which the foregoing orders any or all of them belong. And generally, it will here-
after be his pleasure to view all plants in the light of these distinctions.

230

JACK-IN-THE-PULPIT.

FIG. LX. Arisaema triphyllum : ft, spadix with 6 and ? flowers ; c, flowers enlarged ;
d, spadix with 6 flowers ; e, with ? flowers ; h, berries ripe ; g t berry dissected.

ARISJEMA. 231

Analysis. The Stem. The base of the plant is enlarged
into a kind of bulb, which being solid (not made up of scales)
is called a corm. The shape of this bulb has given to it the
common name of Indian Turnip. It consists of starchy mat-
ter pervaded by a fluid fiercely acrid to the taste, and well mer-
iting the name " Dragon-root." * Encircling the edge of the
corm is a row of fibrous roots. Evidently the corm is the stem;
there is no other. A scape and 2 leaf -stalks arise from the
corm, the former inclosed below by the sheathing bases of the
stalks. The leaves are 2, trifoliate. The leaflets are often as
large as 4' by 6', ovate, inclining to rhombic, entire, acuminate.
The venation is pinnate and netted, with marginal veins.

Inflorescence. The scape varies in height from 6' to
2 feet, but is never so high as the leaves. At the top is a
club-shaped inflorescence called spadix, protected by a lar^e
bract named spathe. The spathe is convolute below and
inflected above, colored with stripes of purple within. The
spadix is naked and brown above, bearing the flowers below.

The Flowers are monoecious ( 8 , monos, one, oikos, house)
b, c, sometimes dicecious (dis, two, oikoi, houses), d, e. When
together, the $ are above the ? , and consist of 4 or more ses-
sile anthers opening at the top. The 9 fertile flower is
merely a 1-celled ovary with flat stigma and 2 or more ovules
erect from the bottom of the cell (g*).

A section of the seed (g) shows a straight embryo in the
midst of fleshy albumen with only 1 cotyledon. The fruit
is a mass of scarlet, several-seeded berries.

The Name of this plant is Arismma triplfyllum Ari-

* The starch in many species of this plant is used as food. In the days of Queen
Elizabeth it furnished the stiffening for the enormous lawn ruffs then worn by gen-
tlemen and gentlewomen. These became so large that it is said the Queen placed a
guard at the city gates to cut down any ruffs that were over a yard wide. They needed
a very strong starch, such as was made from this root ; though it was, says the old
herbalist, "most hurtfull to the hands of the laundresse, for it chappeth, blistereth
and maketh the handes rough and withall smarting."

232

JACK-IN-THE-PULPIT.

saema being an alteration of Arum, its former name ; triphyl-
lum, the same as trifoliate.

Ariscema Drucontium, Green Dragon, another species
growing in marshes, has its one leaf divided into about 9
leaflets, and its spadix very long-pointed.

7, Or6nlium Americanum ; s, the ppadix destitute of a spathe ; 8, Calla palustris ;
6, a spathe and spadix ; 9, a flower with 6 stamens and an ovary ; 10, cross-cection of
a berry, showing 6 cells.

The Golden Club (Ordntium) growing in rocky rills, may
be examined in connection with the Arisaemas. Its yellow
spadix has no spathe and is covered above with perfect flow-
ers. Also our native Calla (C. palustris) growing in swamps,
whose short spadix is covered with perfect flowers and invested
with a white spathe.

The favorite House Calla (RicJidrdia Africana) is a native
of S. Africa. Here, also, the flowers cover the whole spadix,
the $ above and the ? below. The leaves of this and of the
two preceding are decidedly parallel- veined.

Classification. The order ARACE^E the Aroids in-
cludes the above and many other genera. We may briefly
define the order as follows :

OKCHIS. 233

Herbs pungent and acrid, with rhizomes or conns.
Leaves often net-veined, generally parallel- veined.
Flowers small, crowded on a spadix.
Ovary free, with a sessile stigma.
Embryo with one cotyledon.

The Aroids are chiefly tropical, numbering 43 genera and 240 spe-
cies. They are generally acrid, and some are dangerously poisonous.

The Dumb Cane (Diffeiibdchid) of the W. Indies is so called because,
if tasted, it causes the tongue to swell and fill the mouth.

Sweet Flag (Acorns) grows in cold streams of the Northern States.
Its long, thick rhizomes are sought for their warm, pungent, aromatic
taste.

Calddium and Colocdsia are cultivated for their large, ornamental
leaves ; also for their tuberous, edible roots.

Scientific Terms. Dioecious. Monoecious. Spadix. Spathe.

LXI. THE SHOWY ORCHIS.

Description. With eager longing and patient search
the botanist expects the Rose-tinted Orchis in the late days
of May, when Spring is fading into Summer. It belongs,
with Lady's Slipper, to a high-toned, fastidious race, very
choice of its soil in old rich woods, here and there, and soon
retreating when its haunt is discovered. It will be promptly
recognized by its two obovate, shining leaves, 4-angled scape,
and several rose-colored flowers.

Analysis. The root, bract, leaves, and scape, we leave
to the discrimination of the student. Let him note every
point of form or structure whereby the species may be dis-
tinguished from others.

The Flower is constructed after a pattern quite new and
extraordinary. In general aspect it seems bilabiate. Beneath
is seen the inferior (adherent), twisted ovary. A careful
analysis will show the perianth composed of 3 sepals in an
outer whorl and 3 petals in an inner one. The lower petal

234:

THE SHOWY ORCHIS.

FIG. LXL Orchis spectabilis : 2, a flower ; I, the lip ; s, the spur ; o, the twisted
ovary ; 3, the column (enlarged) ; 6, the place of the sticky glands at the ends of the
stalks of the pollinia, which are seen partly extracted from the anther cells ; a, the
stigmatic surface ; 4, a pollinium (pollen mass) adhering to the finger, at first erect,
soon declined as when attached to a moth's head, in order to be thrust in the face of
the stigma.

ORCHIS.

235

is the lower lip, and it is at the
base produced backward into a slen-
der spur the nectary seen under
the ovary. The two upper petals
are somewhat united, covering the
stamens like a hood. The 3 sepals
are also ascending and converging
with them all rose-purple, form-
ing a vaulted upper-lip.*

Instead of stamens and pistils,
there is an oval, concave mass called
the column a stamen and pistil
combined. In it are 2 anther-cells,
and a broad stigma-surface between
them. Each cell contains a club-
shaped mass of granular pollen,
erect on a stipe attached to a sticky
gland on the stigma. These pollen
masses are the pottinia, and such
flowers are called gynandrous. \

Fertilization . In the Orchis it becomes an interesting
question how the pollinia shut up in the 2 cells c c can be
brought into contact with the stigma at s ? Eepeated obser-

5, Calopdgon pulchellus lip
on the upper side (1), column
on the lower.

* Strictly speaking, the lower-lip ; for by the twisting of the ovary half-a-turn the
whole flower is inverted. In the elegant Grass Pink (Calopogori) the ovary is not
twisted ; and the lip proper, the lip consisting of one petal, is on the upper side of the
flower.

t Every part of the Orchis seems purposely shaped to perform some special work
in its economy. The upper portion protects the delicate pollen-masses ; the hinder-
part is prolonged into a tube which does not yield nectar until it is gnawed ; and the
lower portion is a tempting and convenient alighting stage for insects. Even the
pollen-masses are specialized in a marvellous degree, and are usually associated with
mechanic contrivances intended for adherence to the probosces and bodies of butter-
flies and moths. Their perfumes are as various as their shapes, and even the honey
seems to have a variety of flavor which makes it more sought for by some insects
than by others. Had the Orchids been rational beings fully aware of the laws of
biology, chemistry and mechanics, they could not have adapted themselves to their
surroundings more perfectly. (Taylor.)

236 THE SHOWY ORCHIS.

vation has shown that the agent is a butterfly with a probos-
cis long enough to fathom the nectary.* The mouth of the
nectary opens just beneath the stigma, and close by the two
sticky glands already named. The lip is the platform on which
the insect alights. Thrusting its proboscis into the open-
ing in order to reach the nectar, it comes into contact with
the glands, which adhere to its head so that in retreating
it drags the pollinia from their cells. You may do the same
with your finger (4) and observe that in a few seconds the
pollinium bends downward on its stalk (d). Thus it comes
into the exact position to be dashed against the stigma below
the cells of the next flower the insect visits. In this way,
crossing is almost inevitably secured.

The Name. Of the genus Orchis we have more than
20 native species. All may be recognized by the agreement
of the flowers to the above description. The species repre-
sented in Fig. LXI, 0. s])ectdUlis (Showy Orchis), is the
earliest in flower. Specifically it differs from the others in
its stigma, which has the sticky glands near together and
enclosed, while in the others they are separated and naked ;
and the few rose-purple flowers are on a square scape not
taller than the 2 obovate, obtuse, parallel-veined leaves, f

Scientific Terms. Column. Gynandrous.

* The Madagascar Orchis has a nectary nearly a foot long. Darwin inferred from
this fact that huge moths would be found on that island with probosces sufficiently
long to thrust down this lengthy tube. No moth in any part of the world was known
to possess such a proboscis. Since then Muller has found a species in Brazil with a
trunk that even when dried is ten or eleven inches long.

t All the European Orchids and some of our own (Adam-and-Eve, e. g.) have roots
with two lobes one hard and vigorous, the other withered and decaying. The former
is an offshoot from the latter, and has, on its own opposite side, a bud that will the
next year expand and send up a stem, the new plump bulb withering in its turn. In
consequence of this mode of growth, the position of the plant changes about half an
inch every year, and so

" The Orchis takes
Its annual step across the earth,"

in time becoming quite far removed from its original position.

ORCHIDS. 237

LXII. OTHER ORCHIDS.*

Description. Among the flowers of June, the practiced
collector, acquainted with 0. spectabilis, will recognize yet
other kinds of Orchis, or of its cousins. In old woods
abounding in Hemlock
and Pine, let him expect
the Great Round-leaved
Orchis (0. orliculata).
It will be known by its 2
large (5-8'), rounded,
polished, parallel-veined
leaves lying flat on the

ground, and its tall (2 eel ovary ; ., the spur.

ft.), bracted scape bearing a raceme of strag-
gling greenish-white flowers.

Analysis. The student will mark the
form of the column, so different from that of
0. spectabilis. Here the sticky glands are
naked, disk-form, and widely apart, as are also
the pollinia which they support. Note also the long strap-
shaped lip, the roundish upper sepal, and the slender spur
nearly 2' long. No insects but the largest Sphynx Moths

* In the Orchids are seen the highest evidence of the mutual relations of flowers
and insects. In numerous species special adaptations are carried so far that while
self-fertilization is impossible, the service of crossing is limited to a single species of
insect only. Thus Nature here emphasizes the principle of cross-fertilization ; and
experience has shown that plants raised from seed produced by flowers fertilized by
pollen from another flower, are stronger, usually taller, bear more flowers and pro-
duce more seeds than those grown from the seed of plants fertilized by the ; r own
pollen. " Nature seems everywhere to have forbidden the banns of intermarriage,
and her decree is carried out whenever possible, from mosses to men." There have
been cases in the history of some tribes where intermarriage only could save the race
from extinction. Similarly, among plants, there are some flowers which have to
adopt self-fertilization as a rule, or as a last resort ; but the pre-eminent law is against
it even more in plants than in animals, enforced by the very structure of the flowers.
It is hardly too much to assert that every species of flowering plant has its peculiar
modification to realize this end. It is as if plants themselves were conscious of the
importance of this principle, and so adopt some device to carry it out.

238

OTHER ORCHIDS.

have a proboscis long enough to fathom the depth of this
nectary, suck its nectar and extricate its pollinia.

*Pur2)2e- fringed Orcfris. In June and July, look
in wet grassy meadows for these handsome Orchids, known
by their erect, tall stems, beset with lance-shaped leaves
below, bracts above, and a terminal plume-like raceme of
roseate purple-fringed flowers. The twisted ovary, long

slender spur, the lip 3-part-
ed and fringed, the 2 other
petals either notched or
fringed, are their striking
features. Then the column,
protruding forward and
apart, the 2 button-shaped
glands of the cooped pol-
linia, present altogether an
appearance extravagant and
grotesque.

J, Cypripedium acaule ; 3, plan of the flower ; s (outer circle), 3 sepals, the 2 lower
united, p, the petals, one of them ($ the lip, <3, the stamens, 0, the ovary ; 4, the col-
umn, seen from beneath, showing the 3 stamens, 1 leaf -like, and stigma ; 5, Arethusa
bulbdsa ; 6, the column, with lid-like anther opened by the bee.

Fig. LXII is an enlarged view of a flower of 0. PsycJwdes
(psyche, a butterfly, eidos, appearance). With a lip more
deeply fringed, and the two other petals, p p, also fringed,

OKCHIDS. 239

the cut would nearly resemble the flower of Dr. Bigelow's
0. grandiflora, so common in the meadows of New England.
Again, with the lip less deeply fringed, the terminal segment
split, the lateral segments squarely clipped, and the whole
flower violet-purple, we should have a flower of O.peramwna,
a splendid plant of the meadows West and South.

Z/ady ' s-slipper. Several kinds of this interesting
genus ( Cypripedium) may be detected in their sylvan retreats,
and analyzed in this connection. Three distinctive marks
will be noted. The column has 3 stamens, 2 with anthers
and 1 petal-like, with no anther ; the lip is an inflated sack ;
the 2 lower sepals are united to near the apex.

Classification. These few instances suffice to introduce
the great and marvelous order of the OKCHIDACE^; the
Orchids containing probably 400 genera and 3000 species,
known by the following marks :

Herbs with parallel-veined leaves.

Flowers irregular, 3-parted, with a lip.

Perianth adherent to the ovary.

Stamens 1 or 2, gynandrous.

Pollen cohering in masses pollinia.

Ovary 1 -celled, with innumerable ovules.

Fertilization effected only by insect agency.

The Orchids grow in all countries, but are most abundant in the
hot damp regions within the Tropics. There they thrive in countless
thousands as air-plants (epiphytes) independent of the soil, clinging to
the trunks and branches of trees, and to naked rocks, drawing their
nourishment from the air alone, displaying curious and grotesque
forms of floral beauty in endless variety. Their mimicry of insects,
birds * and reptiles, is often very striking, and also significant in view of
their dependence on insects for their very existence. Are the insects them-
selves deceived and enticed by these animal forms and appearances ?
The products of the Orchids useful to mankind are very few. The

* Thus in the Holy Spirit Plant (Peristlria, eldfa) of Central America, the corolla
is of alabaster whiteness, and the column within is an almost perfect likeness of a
dove with outspread wings, as artists are wont to paint the Holy Spirit. No wonder
that among the ignorant natives it becomes an object of superstitious reverence.

240

OTHER ORCHIDS.

fragrant Vanilla used in confectionery is obtained from the dried fruit
of Vairitta planiflora, and other species, of Mexico.*

ORGAN.

Life, ZTabit, dumber, Place, Dehiscence, ^Tind, Construc-
tion, .Form, Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

y, terrestrial, acaulescent, Ifoot high, downy.

Root, L K.

14, inaxial, of many tufted fibers.

Stem, L.H.K.F..

Crown subterranean, undeveloped.

Leaves, L.P.C.F.S.Q.

, 2, radical, parallel-veined, plaited, ovate, 5 f .

Inflorescence, P.K.A.

Scape with a bract and a flower at the top.

Flower, N.C.

1, irregular, symmetrical, 3-parted, perfect.

Calyx, F.Q.

Open, adherent, greenish.

Sepals, L.N.P.F.

Deciduous, 3, the 2 lower united, lance-oblong.

Corolla, F.Q.

Very irregular, tJie lip rose-purple.

Petals, L.N.P.F.

Z petals linear, lip saccate, obovoid, large.

Stamens, N.P.C.

3, joined to the pistil, 1 a rhombic leaf.

Anther, D.C.F.

%, fertile, 2-celled, with granular pollen. ,

Style, N.C.F.

Short, under the sterile stamen.

Stigma, N.F.

Terminal, obscurely 3-lobed, roughish.

Ovary, C.F.Pn.

Inferior, curved, oblong, 1-celled.

Fruit, N.D.K.F.Q.

A 3-angled, 3-valved capsule, 1-celled.

Seed, N.C.F.Q.A.

Very numerous and minute.

LOCALITY. Rocky woods, Stamford, Conn. (Date), May, 1865.
CLASSIFICATION. FLOWERING ENDOGENS.
Order, OBCHIDACE^E, THE ORCHIDS.
NAME. Latin, Cypripedium acaule.

English, The Stemless Lady's-slipper.
REMARKS. The lip is slipper-shaped, near %' long.

* Attempts made to grow this plant in the East Indies failed, since, though the
plant blossomed abundantly, it failed to fruit, owing to the absence of the insect that
in its native haunts is its pollen-bearer. On that account artificial fertilization was
adopted.

IBIS. 241

LXI1I. IRIS, OR BLUE FLAG.*

Description. The Blue Flag is everywhere associated
with swimming bogs, bull-rushes, and frogs. We look for
the large blue flowers in June. Several new features, and
new combinations of old ones, here await the student's
pleasure.

Analysis. The base of the stem will remind him of the
rhizome of the Bloodroot. The leaves are decidedly paral-
lel-veined, and arranged alternately, in 2 ranks. As to form
and position, they are ensiform (ensis, a sword) ; that is,
linear in outline, and vertical, or with the edges turned
upward and downward. The vernation of the leaves, as seen
in a cross-section of an early shoot (2), is equitant (i. e.
riding astride).

The Flower. Note the inflorescence, and bracts ; the
convolute aestivation of the calyx and corolla as seen in a
cross-section of the bud ; and the position of the floral
organs exhibited in a vertical section (3), the latter showing
the adhesion of the perianth to the (inferior) ovary. The
attitude and colors of the sepals and petals are remarka-
ble ; the former reflexed, the latter erect or even incurved
over the central organs. The 3 stigmas would hardly be
known were it not for their position, so much do they
resemble petals. These are properly winged styles, only the
tip of the upper surface being stigmatic. At the base, they

* The Iris has an historic interest. Several species-of the flower have borne the
name flower-de-luce or fleur-de-lis, from the French Fleur-de-Louis, as during the
Crusades that king adopted it as the emblem of his shield, and strewed it on the man-
tle of his son at the coronation in the cathedral at Rheims (Brief History of France,
p. 46). After the battle of Crecy, it was united with the arms of England, but after-
ward gave place to the Shamrock of Ireland. It is still the Lily of France. The
ancients regarded the Iris as the emblem of eloquence or power. It was placed on
the brow of the Sphinx, and the kings of Babylon bore it on their scepter.
11

FIG. LXHL Iris versicolor : 2, section showing the vernation ; 3, vertical section
of the flower ; 4, the flower displayed, excepting 5, the pistil and 3 stigmas.

24:2

IRIS. 243

unite with one another and with the perianth, and so con-
tinue down to the triple adherent ovary.

The Fruit, when mature, is a dry, oblong, obscurely
3-cornered capsule, 3-celled and 3-valved. The seeds are
numerous. A dissection shows them to contain a minute
monocotyledonous embryo in a large albumen.

Fertilization. Half concealed beneath the arching
stigmas we find the 3 stamens, with the anthers extrorse,
that is, opening and discharging their pollen outward
averse from the stigma. This suggests the inquiry, How
can the pollen from the anthers ever reach the stigmas ?
Instead of facilitating, special care seems to have been taken
to guard against it ; the anther and stigma placed back to
back, the former beneath and shedding its pollen downward.
It is clear that self-fertilization is impossible. In the cavity
at the bottom of the flower is a drop of nectar. First, the
attention of the foraging bee is caught by the gay colors of
the flower ; then he is drawn by the nectar. Alighting on
a spreading sepal he brushes the anther both coming and
going, catches on his head and back more or less of the
pollen, which will thus be carried and scattered either on
the stigma of the same flower, or of the flower next visited,
where also he is again dusted. The result is an endless
interchange of pollen, with a greater probability of cross
than of close fertilization.

The Name. Iris versicolor is the classical name Iris,
the fabled deity of the Rainbow ; versicolor, various-colored.
Other species of Iris will be found in the meadows and bogs,
and still others in the gardens. Let them be compared with
this and their diiferences noted.

244 BLUE-EYED GRASS.

LXIV. BLUE-EYED GRASS.

Description. This is a frequent inhabitant of meadpws,
both lowland and upland, so much resembling the grasses
in its foliage that it would seldom be detected but for the
blue flowers open in June.

Analysis. What kind of a root has it ? Its life ? The
stem has it any? And what its place, size, etc. ? The
leaves are they vertical as in Iris ?

The Inflorescence -is it borne on a stem or a scape ?
Respecting its form, the stalk is ancipital two-edged or
winged. The flowers issue from the midst of several bracts,
of which the 2 outer are green, the inner scarious. The
ovary is it free, or adherent ? The perianth is 6-parted.
Is there any difference between the 3 sepals and the 3 petals ?
All are mucronate, that is, tipped with a slender point, with
a notch. The stamens are 3, with their filaments united
below into a tube sheathing the triple style. The fruit is a
globular capsule with 3 cells and about 24 roundish seeds.
The seed, black and rough-coated, shows, in a section, an
embryo with one cotyledon in large albumen.

The Name is Sisyrinchium Bermudidna the former
from the Greek, meaning a pig's snout, alluding to the form
of the bracts ; the latter referring to the islands whence Lin-
naeus first received it.

' The beautiful Gladiolus (a little sword) of the gardens,
with ensiform (sword-shaped) leaves and a spike of irregular
flowers, may be analyzed in connection with Iris and Sisy-
rinchium.

The Order of the Irids IRIDACE^; is represented by
these plants. It includes 55 genera and 550 species, chiefly
natives of S. Africa, Europe, and the United States. They
coincide in the following traits :

FIG. LXIY. Sisyrinchium Bermudiana : 2, vertical section of the perianth, show-
ing the ovary (o, inferior), the 3 united stamens, etc. ; 3, the ovary dissected ; 4, croes-
section of the capsule ; 5, a seed dissected, showing the embryo ; 6, plan of the flower
of an Iris.

246 THE TKILLIUMS.

Herbs with, equitant, 2-ranked leaves.
Perianth adherent to the ovary.
Segments in 2 sets, contorted in bud.
Stamens 3, with extrorse anthers.
Stigmas 3, opposite to the stamens.
Capsule 3-celled, 3-valved.
Seeds many, with hard albumen.

The Irids are more remarkable for beautiful and fugitive flowers
than for useful products. Besides those already noted, we find here
the Mexican Tigridia, the Crocus, Tritonias, Watsonias, etc.

The Aromatic Orris-Root used in all tooth-powders, with the aroma
of Violets, is obtained from the Florentine Iris (7. Florentine?).

Saffron, a well-known yellow dye as well as a useful medicine, is
the dried stigmas of Crocus satwus*

LXV THE TRILLIUMS.

Description. These plants are peculiarly interesting
for the symmetry of their construction, the ternate division
being extended in them throughout. They may be sought
generally in shady forests, which they enliven with_ their
conspicuous bloom in the month of May, rarely earlier.
While the genus is widely disseminated in the country,
the species are local, no one kind being within the reach of
all. It is therefore expedient to direct attention to the

GENERIC CHARACTERS. The Stem arises from a tuberous
root-stock always premorse, i. e., ending abruptly as if bitten
off, in consequence of the decay of the portions grown in
previous years. Each plant has 3 leaves and 1 flower.

The Zf eaves are verticillate and exhibit a reticulate
venation, as if the plant were an Exogen, which it is not.

* Saffron is referred to in the Song of Solomon as a valuable product. In ancient
Greece and Rome, it was a condiment highly esteemed on the tables of the rich. Our
Saxon ancestors relished jusselle a compound of eggs, grated bread, saffron and
sage ; and an old English writer says, " Without saffron we cannot have well-cooked
peas." Saffron is still used at the East as a perfume. As only the stigma of the
Crocus should be used, the drug is costly, and is often adulterated with the florets of
Marigold and Safflower ( Cdrthamus tinctorim), which want the aromatic and stimu-
lating properties of the Crocus-saffron.

TRILLIUM. 247

ORGAN.

Life, .Habit, JVumber, ^orm.Ztehiscence, jfiTind, Construc-
tion, ^'orm, Placentation, /Size, Dualities, Appendages.

Plant, L.H.S.Q., V, herb erect, 15' high, glabrous.

Root, L.K., 11 , rhizome short, thick, premorse.

Stem, L.H.K.F., herbaceous, caulis erect, simple, terete.

Leaves, L.P.C.F.S.Q., a whorl of 3, terminal, broad-rhombic, some net-veined.

Inflorescence, P.K.A., terminal, solitary, peduncle erect, or nearly so.

Flower, N.C., one, perfect, complete, regular, 3-parted.

Calyx, F.Q., wheel-shaped, green.

Sepals, L.N.P.F., persistent, 3, spreading, lance-ovate.

Corolla, F.Q., star-shaped, dark dull purple, ill-scented.

Petals, L.N.P.F., deciduous, 3, spreading, lanceolate-ovate, pointed.

Stamens, N.P.C., 6, erect, included, filaments shoi^t.

Anther, D.C.F., linear, adnate, introrse, opening lengthwise.

Style, N.C.F., 3, stigmatic along the inner side.

Stigma, N.F., 3, long, recurved and revolute.

Ovary, C.F.Pn., 3-celled, 6-angled, placentae central.

Fruit, N.D.K.F.Q., an indehiscent, purple, ovoid berry.

Seed, N.C.F.Q.A., several, anatropous, albuminous, black.

LOCALITY. Woods, Windsor, Vt. (Date), May, 1850.
CLASSIFICATION.-FLOWERING ENDOGENS.

Order, TRILLIACE^E, THE TBELLIADS.
NAME. Latin, Trillium erectum.

English, Bath Flower.
REMARKS. Peduncle 3' long, flower nearly 2' broad.

248

THE TKILLIUMS.

The Flower is perfect, complete, regular and alternating.
The calyx is free from the ovary, consisting of 3 green sepals.
The corolla contains 3 colored petals. There are 6 stamens

FIG. LXV. Trillium erythroc&rpum : o, diagram, representing the floral organs
apart, s, calyx, c, corolla, st, stamens, o, pistils ; 3, the flower of T. erectom with
perianth removed.

evidently in 2 circles, with anthers longer than the filaments.
One ovary appears, superior, compounded of 3 carpels, there
being 3 distinct, sessile stigmas. The fruit, ripe in July and
August, is a red or purple berry, with 3 cells. There are
several seeds in each cell, having the 1-cotyledoned embryo
in copious albumen.

The Name, Trillium, given to the genus, means triple,
all the parts of the plant being in threes. There are ten
species, all American. T. erytlirocdrpum (red-fruited), the

MEDEOLA.

249

Wake Robin, illustrated in the cuts, inhabits cold, damp,
often mountainous woods, from Canada to Georgia. It is

known by its petiolate leaves,
pedunculate flower, and white,
purple-veined petals.

T. erectum, the Bath-flower,
abounds in rich woods, especially
Northward. The leaves are sessile,
the flower pedunculate, and the
petals dark-purple, ill-scented. A
variety has white petals. The stu-
dent will analyze the various
species when found, and note in
his Plant Record their specific
characters.*

The Indian Cucumber (so
called from its white, fleshy rhi-
zome) is another herb of singular
symmetry, frequent in the old f or-

4, 5, flower of Trillium erythro-
carpum : 5, plan of the flower c SIS OI most 01 the btatCS. it has

Dimple, Blender stem, about 2
f ee t high, bearing a whorl of 6-8
leaves near its middle, another of 3 leaves at the top,

* The following analytical table, condensed from the Botanist and Florist, shows
at a glance the distinctive features of our 8 species of Trillium :
Flowers sessile. Petals dark purple, erect ............................... Nos- 1, 2.

Flowers on a peduncle raised above the leaves ..... ................... (*)

* Leaves petiolate, ovate, rounded at the base .......................... Nos. 3, 4.

* Leaves sessile, rhomboidal, nearly as broad as long ................... Nos. 5, 6.

Flowers on a peduncle deflexed beneath the leaves, white. . . ............. Nos. 7, 8.

No. 1. 7 1 . sessile, L. Leaves sessile, mottled, petals sessile.

2. T. recurrum, Beck. Leaves petiolate. Petals narrowed to a claw.

3. T. nirdle, Riddell. Leaves obtuse. Petals obtuse, snow white.

4. T. erythrocdrpiim, MX. Leaves acuminate. Petals pencilled with purple.

5. T. grandiflbrvm, Salisb. Petals obovate, 2', white, becoming roseate.

6. T. ersctum, L. Petals ovate, dark-purple, or white, 1' long.

7. T. cernuum, L. Leaves rhomboidal. Petals spreading. Stigma distinct.

8. T, stylosum, Nutt. Leaves elliptical. Petals recurved. Stigmas half -united.

3 united ovaries.

250

THE TRILLITJMS.

6, Portrait of Meddola Virginica ; 2, a flower, life size.

together with 2 or 3 greenish flowers on recurved peduncles.
The remarkable feature of the flower is, the very long, red-
dish stigmas. The student will systematically analyze and
record.

UVULAKIA. 251

The Name is Med&ola Virginica Medeola derived from
the fabled sorceress Medea ; Virginica, because the plant was
first found in Virginia (by Gronovius).

The Order TKILLIACE^E, represented by these plants,
comprehends only 4 genera, and about 30 species. Some
authors unite this order to the Lilyworts. Their rhizomes
are generally emetic, some of the Trilliums violently so.

LXVI. BELLWORT, OR WILD OATS.

Description. Associated in memory with babbling
brooks, mossy banks, grassy knolls, in the borders of meadow
and forest, are the hanging Bellworts, known to our child-
hood as Wild Oats. They come not in Flora's advance-guard
with Bloodroot and Erythronium, but follow later, in May,
when her ranks are already full. It would be desirable to
study this plant in connection with Erythronium ; but as
their flowers are not contemporary, a dried specimen, or the
analysis (p. 34) must suffice.

Analysis (generic). Five or six kinds of Bellwort may
be found, all flowering in May. Our specimens may there-
fore be various, yet all smooth and delicate herbs 6-18' high.
The stem rises from a rhizome, forks into two branches
above, both leafy, and one bearing a drooping flower on a
peduncle, which is at first terminal, but becomes axillary by
the further development of the branch. The lea\es are
parallel-veined, oval or oblong, and either sessile, or clasp-
ing the stem at the base (amplexicauT), or perfoliate, i. e.,
with the stem passing through the blade near the base.

The *Periant?i is between cylindric and bell-shaped, con-
sisting of 3 sepals and 3 petals all similar in color and lance-
spatulate in form, often twisted, having a honey groove or

THE BELLWOKT.

PIG. LXVL Uvularia sassilifdlia : 2, section of the flower ; 8, the pistil triple,
3-parted above ; 4, the capsule : 5, a cross-section, showing the 3 cells ; 6, section of
a seed, with embryo ; 7, plan of the flower, all in 3s and alternating.

UVULAKIA.

253

pit at base, and deciduous. The anthers of the 6 stamens are
adnate, extrorse, and longer than the filaments.

The Ovary, as in Erythronium, is triple, and the short
style bears 3 long, distinct stigmas. The fruit is also a cap-
sule, but with fewer seeds, and the valves open directly into
the cells, that is, they are loculicidal (locula, a cell, cido, I
cut). A section of the seed largely,
magnified shows an embryo with
one cotyledon in much albumen.

The Name, Uvuldria, was
conferred on this genus by Lin-
naeus for the fancied resemblance
of the pendant flowers to the
human palate (uvula). The com-
mon species, portrayed in Fig.
LXVI, is U. sessilifolia (the ses-
sile-leaved), having the leaves
sessile, glaucous beneath. The
flower is of a creamy white, hardly
1' long, with the styles nearly as
long and half united.

U. perfolidta, the perfoliate-
leaved, is also common. The
cream-colored flower is more than 6 > Uvu&na perfoiiata.
1' long, and the petals are covered and roughened inside
with grains, or a mealy dust.*

U. grandiflora, the great-flowered, has also perfoliate
leaves, a flower 1-J-' long, not mealy inside.

* In this species and the next, the nature of perfoliate leaves is seen. The stem
passes through the blade (per, through, folium, leaf) near the base. But here the
upper leaves gradually become heart-shaped, and the terminal one is nearly sessile,
as in U. sessilifolia. This shows that these leaves become perfoliate by first growing
sessile, then enlarging backwards into base lobes, which finally unite by their inner
edges and close around the stem, much as the peltate leaves of Tropseolum (p. 91) or
the upper (double) leaves of the Honeysuckle.

254

THE BELLWORT.

ORGAN.

1
Life, Habit, JVumber, Place, Ztehiscence, A'ind, C'onstruc-
tion, Form, Placentation, Size, Dualities, Appendages.

Plant, L.H.S.Q.

H, erect, forking above, 10-lk', smooth.

Root, L.K.

it, fibers from the joints of a root-stock.

Stem, L.H.K.P.

Herbaceous, both branches leafy, one floriferous.

Leaves, L.P.C.F.S.Q.

Cauline, alternate, perfoliate, elliptical, 2-3', thin.

Inflorescence, P.K.A.

Axillary, solitary, pedunculate, pendulous.

Flower, N.C.

One, perfect, complete, 3-parted, hypogynous.

Calyx, F.Q.

Like the corolla, pale-yellow, with honey grooves.

Sepals, L.N.P.F.

Deciduous, 3, little spreading, linear-oblong.

Corolla, F.Q.

Forming with the calyx a bell-shaped perianth.

Petals, L.N.P.F.

Deciduous, 3, linear-oblong, granulated within.

Stamens, N.P.C.

6, hypogynous, with filaments.

Anther, D.C.F.

Longitudinally 2-celled, linear.

Style, N.C.F.

One, deeply 3-cleft.

Stigma, N.F.

The 3 branches stigmatic along their inner surface. ..

Ovary, C.F.Pn.

3-cetted, elliptic-oblong, pn. central.

Fruit, N.D.K.F.Q.

3-valved, locvlicidal, capsule.

Seed, N:C.F.Q.A.

Few, anatropous, obovoid ; raphe fungous.

LOCALITY. Woods, Akron, 0. (Date), May, 1868.
CLASSIFICATION.-FLOWERING ENDOGENS.
Order, LLLIACEJS. THE LILYWORTS.
NAME. Latin, Uvulavia perfoliata.

English, Perfoliate Bellwort.*

* Our five kinds of Uvularia may be distinguished as follows. (See Botanist and
Florist, p. 347, Flora.)
Leaves sessile.

1. U.sessilifblia. Leaves glabrous, glaucous beneath. Style * 3-parted. Pod3-angled.

2. IT. puberula. Leaves puberulent, green both sides. Style 3-partecl. Pod ovoid.
Leaves perfoliate.

3. IT. flava. Perianth 1' long, bright yellow, smooth both sides. Leaves obtuse.

4. U. perfoliata. Perianth 15" long, pale-yellow, covered inside with shining grains.

5. U. grandiftora. Perianth 18" long, smooth, straw-yellow. Anthers obtuse.

COtfVALLARIA.

255

LXVIL LILY OF THE VALLEY.

Description. In May seek also, in the gardens, the
Lily of the Valley, exquisite in delicacy and sweetness, and
analyze in connection with Uvularia. It is originally a

PIG. LXV1I. Convallaria majalis : 2, section of a flower ; 3, the ripe berry.

mountain plant of Europe and grows wild on the high Alle-
ghanies of Virginia and Carolina. It is propagated by its
rhizomes. In the cultivated state it bears no fruit, or but lit-
tle, perhaps for want of the special insect by which its flowers

256 LILY OF THE VALLEY.

are fertilized in its native mountains. There its red, round,
few-seeded berries are perfected in abundance.

Analysis. How much of the plant is subterranean ? On
this large proportion depends its almost unconquerable vital-
ity. The Lily of the Valley is strictly acaulescent. From
each bud of the running, slender rhizome arise 2 leaves and
several bracts involved together,* and a scape outside of them
(herein different from Erythronium), bearing a secund or
one-sided raceme.

The 'Perianth is remarkably distinguished, being strictly
gamopetalous. Its 6 united leaves are indicated only by the
six teeth of the border. But we are saying more than
behooves us. Let the student make thorough inquiry and
record of every organ, marking especially the contrasts with
Uvularia or Erythronium.

The Name of this plant is Convallaria majalis ; the
generic term being derived from the Latin word for valley,
the usual place of growth of some of the species, f

CHntonia. In the coldest woods of the Northern States
grows the Yellow Clintonia (Fig. LXVII, 4), flowering in
June. The dignity and elegance of its port compensate for
its dull colors, and the collector is proud of its discovery.

* In the portrait (Fig. LXVII) we seem to have a stem and a peduncle (a, tf). But
the stem is only the petioles bound together by sheathing bracts. Let these be fused
as well as bound together, and they will become a stem indeed. Thus the origin and
nature of the stem are clearly indicated. It is formed of the united bases of all the
leaves even the columnar trunk, which lifts on high the organs it bears in order to
expose them more thoroughly to the quickening influence of the sun and air. We have
already seen that the various appendages of the stem the bracts and scales, the flower
with its several organs, and the fruit, are each but modifications of the leaf ; and now
we learn that the stem itself, even the woody trunk, is indeed a combination of leaves.
Hence the conclusion that the LEAF is the one only type of the whole plant.

t Our Lily of the Valley is often supposed to have been the plant alluded to by
Christ when he bade his disciples "Consider the lilies of the field" (Matt, vi., 28).
Indeed the plant is called by name in Canticles ii., 1. But no Convallaria is found in
the Holy Land. The Krinon of the New Testament, rendered " Lily of the field,"
may have been the red Martagon Lily (Lilium Chalced6nicum), or it may have been a
general term referring to the splendid scarlet Anemone (A. corondrius) and Ranuncu-
lus (S. Asidticus) which overspread the fields of Palestine.

CLINTCWIA.

257

Analysis. One soon learns to associate this plant with
Convallaria, and to analyze it by a series of comparisons.
Let the following points be spe-
cially investigated :

The Stem, its habit, form and kind.

The Leaves, their clothing, venation
and outline.

The Inflorescence and its appendages.

The Flower, its symmetry, cohesions,
form of perianth.

The Fruit, its kind, form, color, cells.

The Seeds number, contents.

The Name is Clintonia lorea-
lis. The genus was dedicated by
Rafinesque to Gov. DeWitt Clin-
ton ; borealis, is the Latin for
northern.

Classification. The Clinto-
nias, Convallarias, Uvularias, Ery-
throniums, Tulips, are some of the
beautiful creations which consti-
tute the order of the Lily worts
or LILIACE^:. The true Lilies, of
the genus Lilium, will adorn our fields and gardens in mid-
summer, and add new luster to this splendid order. Lind-
ley estimates its numbers to be genera, 133 ; species, 1200,
all combining the following traits :

Leaves parallel-veined, simple.

Flowers regular, perfect, almost always 3.-parted.

Perianth free from the ovary, its segments colored alike.

Stamens as many as the segments of the perianth.

Styles wholly or partly united.

Fruit a berry or capsule.

Seeds albuminous, one-cotyledoned.

4, Clintonia borealis ; 5, a
berry cut across to show the
2 cells.

258 THE STAK-GRASS.

The LilywortS are chiefly herbs, and natives of temperate cli-
mates. The Tropical species are generally shrubs or trees. Besides
their pre-eminent beauty, many species are variously useful.

The Tulips, Lilies, Day Lilies, Yuccas, Agapanthus, Star of Beth-
lehem, and Hyacinth are well known garden flowers.

Crown Imperial (Fritttldria imperidlis) is a native of Persia. Its
crown consists of a tuft of terminal bracts, from the midst of which
droop the large red or yellow flowers. The foetid bulb is said to be
poisonous.

Onions, Leeks, Garlics, are the bulbs of various species of Allium.
Quamash, an important article of food with the Digger Indians of the
far West, is the bulb of Scilla esculenta, and several species of Diche-
lostemma. Asparagus is the young shoots of Asparagus officindlis.

Aloes is the dried juice of Aloe spicdta, a shrub of S. Africa, and of
other species of this genus.

Squills, a valuable medicine, is the dried bulb of Scilla mantima,
of S. Europe.

Dragon's-blood is a resin exuding from Dracena Draco, a large tree
of the Canaries. One specimen has a trunk more than 20 feet in
diameter ; but its height is inconsiderable.

New Zealand Flax is made of the tenacious fibers of Phor^nium
tenax, a plant resembling a Yucca. The still stronger fibers of Sensir
vera constitute the African or Bowstring Hemp.

LXV1II. THE STAR-GRASS.

Description. While the open woodlands glow with
the purple of the Wild Geranium, and the meadows are
touched with the rainbow tints of the Iris, the humble Star-
grass, low down in the drier mold at your feet, unfolds its
yellow stars and invites a passing glance.

Analysis. In securing specimens entire, care is needed,
for the solid bulb (the conn) lies deep and is anchored by
strong, fibrous roots.

The Stem is represented by this conn alone.

HYPOXIS.

259

FIG. LXVin. Hyp&xis erecta : 1, section of a flower ; 2, anther seen from within
(introrse) ; 3, anther, outer side ; 4, section of the ovary ; 5, an ovule inverted on its
stalk (anatropous) ; 6, a capsule partly open ; 7, cross-section of the same ; 8, a seed ;
9, seed dissected ; 10, the embryo removed from its albumen.

260 THE STAE-GEASS.

The Z/eaves, compared with Iris, are both like and
unlike. In venation, parallel-veined ; in vernation, equitant
and triquetrous (3-rowed) ; in outline, linear ; in position,
vertical. Several of the outer leaves are reduced to mere
sheaths involving all the others at the base. In surface
character, i. e. in quality, the leaf, and indeed the whole
plant, is clothed with soft, scattered hairs.

Inflorescence. Several scapes shorter than the leaves
(2-6', leaves 3-8') issue with them, and stand erect, although
as slender as a thread (filiform), each bearing an irregular
umbel of 2-5 flowers. The minute bracts, forming an in-
volucre, must not escape notice.

The Flower is perfect, regular, having the usual 4 sets
of organs, and closely analogous to both the Irids and the
Lilyworts. But from these two orders the Star-grass differs
severally by at least one important character. Here let the
student close the book, and determine these differences for
himself. The sepals and petals being similar form a perianth.^

The Irids have 3 stamens with extrorse anthers. How is
this in the Star-grass ?

The Lilyworts have the perianth free from the ovary.
How is this in the Star-grass ?

Compared with the Trilliads or the Orchids, the differ-
ences become many and more obvious. What are they ?

Are the sepals and petals quite similar in form and color ?
Both are imbricated and persistent, withering on the ad-
herent ripening ovary. The 6 anthers are sagittate, i. e.,
arrow-shaped. Only one style appears and one capitate
stigma ; but the fruit is a 3-celled capsule, containing many
roundish, black seeds.

The Name is Hypoxis erecta Hypoxis from two Greek
words signifying " sharp beneath," probably referring to the
form of the ovary, or flower-bud,

NARCISSUS.

261

H. filifblia, the thread-leaved Hypoxis, is another species,
prevalent in the Southern States, with filiform leaves as well
as scapes, only half a line wide.

LXIX. NARCISSUS.

Description. In Spain, the Jonquils, Daffodils, Poly-
anths and Narcissi "are wild native plants. In America, they
nourish only in gardens under
the florist's care, prized for
their elegance and sweetness.
They begin to bloom a week
or two earlier than Hypoxis,
with which plant the student
will do well to compare them.
Analysis. Narcissus agrees
with Hypoxis in the form,
adhesion and aestivation of
the perianth, number of sta-
mens, the style, capsule, and
other parts, which will be duly

FIG. LXIX. Narcissus poeticus : s, bracts forming the spathe ; 2, the flower
nearly life size ; 3, a flower of N. Pseudo-Narcissus.

recorded. But it differs in its coated bulb (the stem),
horizontal, not vertical, leaves, one-leaved, membranous

262 THE NARCISSUS.

spathe, and most conspicuously in its corona a cup-shaped
appendage crowning the open flower.

The Corona arises from the perianth just above the
throat, and includes the 6 unequal stamens and the 1 style.
In the plant before us known as the Poet's Narcissus, in
which the spathe is one-flowered, the corona is saucer-
shaped, much shorter than the white perianth, sulphur-
yellow, and edged with vermilion.

The Name. Narcissus, the generic name, comes from
the Greek, narkao, meaning to become numb ; for the sup-
posed effect of its fragrance. N. poeticus is the Poet's Nar-
cissus, or the species which Ovid intended in his fable of
the youth Narcissus, who pined away with love for his own
image reflected in the fountain, and at death was changed
into a flower. * Among the numerous species are

N. Pseudo- Narcissus (False Narcissus), the Daffodil,
having the large, yellow flower solitary like N. poeticus, but
the corona is large, bell-shaped, with a notched margin. It v
is often double. In this state the petals become numerous,
each- bearing a fragment of the broken corona ; but the 3
outer leaves the sepals are free.

N. Jonquitta, the Jonquil ; very narrow leaves, 2-5 small
yellow flowers on each scape, short corona, and very fragrant.
The name is a diminutive of Juncus, a Kush.

N. Tazetta, Polyanthus ; leaves linear, flowers 5-20 white
or yellow, crown yellow.

Classification. By Narcissus and Hypoxis the order of
the Amaryllids AMAKYLLIDACE^E is introduced, number-
ing 68 genera and 400 species, characterized as follows :

Bulbous herbs with scapes and linear leaves.
Flowers showy, perfect, not woolly nor scurfy.

* The ancients used the Poet's Narcissus as a funeral flower, and it was conse-
crated to the Furies who are fabled to stupefy their victims before punishing them.

HAKCISSTJS. 263

Perianth 6-parted, imbricated, adherent.

Stamens 6, anthers introrse.

Ovary 3 celled, with the styles united into one.

Fruit a berry or a capsule.

Seeds one-cotyledoned, albuminous.

The Amaryllids display their chief glories in S. Africa and Bra-
zil. In other countries, they are thinly dispersed as natives, but well
represented in gardens and conservatories.

Here belong the fair Snowdrop (Gcddnthus\ the graceful Snowflake
(Leucojum), the splendid Jacobaea (Sprekellia), Amaryllis, Pancratium,
Crmum, etc.

The Tuberose (Polyanthus tuberdsa, i. e., tuberous-rooted), so power-
fully aromatic, is a native of Ceylon.

Hcsmdnthus toxicdrius and other species have poisonous bulbs, used
by the Hottentots for poisoning their arrows. The flowers of the
Daffodil are said to be poisonous.

The American Aloe or Century Plant (Agave Americana) is a native
of Mexico, well known in cultivation. It is a gigantic herb, flower-
ing but once, after a growth of 50 to 100 years. But then its blossoms
are numbered by thousands, panicled on a scape 30 feet in height.*
The juice of its immense leaves is mildly acid. By fermentation it is
perverted into a vinous beverage resembling cider, except in its nau-
seous smell, and is much used by the Mexicans under the name of
"pulque." The fibers are manufactured into thread. The juice when
dried or vaporized becomes a useful soap. A variety in cultivation
has its leaves beautifully striped.

LXX. THE SEDGES. GALINGALE.

Description. The Sedges bear a general resemblance to
the Grasses, and are often, by the unlearned, mistaken for
them. Both grow in similar situations, but in low, wet
lands the Sedges usually prevail. They are generally known
by their solid (not hollow) stems and entire (not split)

* Herbs fruiting after a long term of years only once and then dying, are said to
be monocarpic. Such also is the Talipot Palm of Ceylon.

264

THE SEDGES.

sheaths.* Being, like the
Grasses, almost ubiquitous,
specimens may be culled
in great variety, during
Spring and Summer, in
the meadows, fields, open
woods, or even in the gar-
dens.

Analysis. GENERIC
CHARACTERS. Let us be-
gin with the Galingales
a genus of Sedges known
at sight by their terminal
umbels of flattened (2-edged) spikes. In
these specimens, fresh or dried, the culms
(so the peculiar, jointed stems of grass-
like plants are called) are triangular,
erect, leafy below, solid with pith. The v
Leaves are linear, parallel-veined, sup-
ported on sheaths which are closed
around the culm below, never split as
in the Grasses.

Inflorescence. The umbel is sub-
tended by an involucre composed of sev-
eral unequal leaves,
and its very unequal
rays (peduncles) are
each sheathed at the
base.
The lowers occupy the spikes, which

FIG. LXX. Cype'rus
di&ndrus : ./?, a flower; gl,
glume ; Ach., achenium.

* The student will not mistake for Sedges those
Rushes which have regular, 3-parted, green flowers with
3 sepals, 3 petals, 6 stamens, 3 stigmas, and several seeds
in the capsule, as seen much magnified in the cut.

5, a flower of a Rush
(Luzula).

CAEEX. 265

are composed of imbricated bractlets called scales or glumes
arranged alternately and in 2 rows. Each glume, except the
lowest, conceals in its axil one minute, naked flower consist-
ing of a 1-ovuled ovary with 3 (rarely 2) stigmas and 3
(rarely fewer) stamens.

The Fruit is an achenium 2 or 3-angled, its seed with a
minute embryo in the end of the mealy albumen.

SPECIFIC CH^HACTERS. Fig. LXX portrays a common
Sedge, called Brown Galingale. The root is annual and
fibrous. The culms rise 4^10', sheathed and leafy below,
naked above, bearing a simple umbel with several rays and
an involucre of 3 very unequal leaves. The spikes are clus-
tered on the rays, oblong, obtuse, flat, about 8-flowered, and
usually brown in color. The tiny flower beneath each glume
except the lowest one has only 2 stamens and 2 stigmas, and
finally an achenium 2-edged.

The Name. This pretty plant represents the genus
Cyperus a genus of immense extent, dedicated to the
Cyprian queen, Venus, the fabled goddess of beauty. * The
species is C. didndrus, or the Two-stamened Cyperus, so
named by the late Dr. Torrey,f on account of the rare spe-
cific character thus denoted.

Scientific Terms. Culm. Glume. Rays. Scale. Spike.

LXXI. THE SEDGES. CAREX.

Description. There is scarcely any kind of soil or
locality where a Carex may not grow. Look for them in
forest, field or meadow, on mountains or prairies, in lands

* Cyperus includes not less than 350 species, of which about 40 are natives of the
United States.

t John Torrey, M.D., professor of Chemistry at West Point and Princeton, and
of Botany in Columbia College, died 1873, set,??; among American botanists pre-emi-
nent, beloved and revered as an instructor, friend and Christian.

266

THE SEDGES.

shady or arid, loamy or rocky,
in sands or peat-bogs any-
where, and the search need
not be long. They are read-
ily known from other Sedges
by having their flowers all
imperfect, either $ or $ , and
the achenium inclosed in a
bottle-shaped sack.

Analysis. 1. GENERIC
CHARACTERS. Having in
hand a Carex, or any num-
ber of them, fresh or dried,
their features may be traced
as follows : A triangular
culm, or a cluster of culms,
beset with grass-like leaves,
bears one or several, often
many, greenish spikes. The v
spikes are terete, composed of
glumes (or scales) spirally
imbricated, and bearing in
the axil of each glume (ex-
cept the lower) a single
flower.

The Flowers are all im-
perfect, either staminate ( $ )
or pistillate ( $ ), and vari-
ously disposed. In some
species, the $ and $ together
occupy the same spike or
spikes (androgynous) ; in
other species they occupy separate spikes on the same plant

FIG. LXXI. Carex bullata : 2, a ster-
ile flower ; 3, a fertile flower dissected,
showing the glume, ovary and stigmas ;
4, section showing the solid culm and
equitant vernation.

CAEEX.

267

(monoecious) ; and in a few others, separate spikes on sepa-
rate plants (dioecious). The $ flowers consist of 3 stamens,
with anthers attached to the filament by the base, i. e., innate.

The ? is an ovary invested with
a sack (perigynium) composed of
2 united glumes. The 2 or three
stigmas project from the beak or
orifice of the perigynium which
finally incloses the achenium.

2. SPECIFIC CHARACTERS.
Among the multitudinous forms
of Carex, we select the two shown
in the cuts, common in our wet
meadows. The Jewelled Carex
(Fig. LXXI, 1), may be distin-
guished thus : A
smooth, light-
green Carex, 2
feet high, with
narrow leaves and
bracts, monoe-
cious, with the
sterile ( $ ) spikes
2 or 3, and the fer-
tile (?) 1 or 2,
oval or oblong, on
very short pedun-
cles ; the perigy-
nia turgid-ovoid,
reclining, taper-
ing into a long,
straight, rough beak, much longer than the lanceolate
glume ; stigmas 3, achenium 3-cornered.

5, Carex flava ; 6, a glume ; 7, a flower (perigynium)
with 3 stigmas issuing from the orifice ; 8, ? flower of Carex
rivularis ; g, the glume, p, the bottle-shaped perigynium
2-toothed at top, enveloping the ovary ; stigmas 3 ; 9, a
perfect flower of Scirpus lucustris, with 6 setae, 3 stamens,
3 stigmas.

268 THE SEDGES.

The Yellow Carex is thus distinguished :

Inflorescence monoecious, $ spike single, ? spikes 2.

Stigmas 3, and the achenium therefore 3-jcornered.

Peduncles ( ? ) scarcely exserted from the sheaths.

Perigynia smooth, crowded, inflated, longer than the glume, ovoid,
tapering into a slender recurved beak.

The whole plant is yellowish-green, 10-20' high. The $ spike is ter-
minal, cylindric, 10-12" long, the ? spikes roundish to oval, 4-7'' long.

The Name, Carex, is the old Latin name for these
plants,* from careo, I want ; as the upper flowers are con-
stantly without seed. C. bullata, the Jewelled Carex, is
named for its stud-like perigynia ; C. flava, the Yellow
Carex, alluding to the yellowish herbage. Carex is the
largest genus in the Flora of North America.!

Classification. These examples must suffice to repre-
sent the great order of the Sedges the CYPEKACE^E, known
by the following traits :

Culms solid with pith. ,

Leaves linear, channelled, with closed sheaths.
Flowers spicate, one in the axil of each glume-
Perianth none, or a few seta, or & perigynium.
Anthers generally 3, fixed by the base (innate),
Pistil 1-ovuled, with 2 or 3 stigmas.
Fruit an achenium 2-edged or 3 cornered.

The Order Of the Sedges includes 120 genera, and 2000 species.
They inhabit all climes and countries, but chiefly the meadows, marshes
and swamps of the temperate zones. They are of slight use as food,
or in the arts. They differ from the grasses in having little sugar or
starch, and so form a poor pasture.

The Nut-grass of the S. States, the pest of the Cotton-fields, is Cyperus
Hydra. It multiplies by creeping roots and tubers in spite of hoe and
plough. The tubers of C. esculentus, cultivated by the ancient Egyp-
tians, may be boiled for food, or roasted for Coffee. The roots of C.

* See Virg. Eel., Ill, 20. " Tu post carecta latebras." Ycni hid behind the Sedges.
The English term Sedge comes from the Saxon scecg, a sword.

t About 500 species have beeu described, of which 200 are natives of the United
States.

CAEEX.

269

rottindus contain an aromatic oil ; those of C. longus are tonic and
astringent.

The Mat-grasses, growing on sandy shores and dikes, securing them
against the incursions of the sea or the drifting winds, include some
species of Carex, as C. arendria, C. fcena, C. ripdria, etc. The roots
of C. arendria are used as a substitute for Sarsaparilla.

OKGAN.

Lite, 5abit, dumber, Place, Dehiscence, JHnd, Construc-
tion, ^orm. Size, Dualities, Appendages.

Plant, L.H.S.Q.

24 , grass-like, 20-30' high, light-green.

Root, L.Q.

24, numerous fibers from creeping rhizomes.

Culm, L.H.F.S.Q.

Herbaceous, erect, triang., solid, smoothish.

Leaves, L.P.C.F.Q.

Alternate, equitant at base, linear.

Sheaths, C.S.Q.

Clasping the culm with joined edges, smooth.

Inflorescence, P. K.F. A.

Spikes terminal, and in the upper axils, mostly on pedun-
cles, with bracts, and terete.

Involucre, N.K.S.

None.

Spikes, N.K.F.S Q.

t,2or3, terete, acute, 1' and less ; ? , 1 or 2 below
oval or oblong., short-pedunculate.

the i,

Flowers, N.K.C.

Many, ? and 6 , the sterile naked (no perianth).

Glumes, N.P.F.

One subtending each flower, ovate.

Perianth, N.P.K.S.Q.

Perigynium turgid, abruptly long-beaked.

Anthers, N.C.D.

3, innate, linear, %-celled longitudinally.

Stigmas, N.F.

3, issuing from the 2-toothed orifice.

Grain, K.F.A.

Achenium triangular-obovoid.

Seed, N.K.C.

One.

LOCALITY. River banks, Fordham, N. Y. (Date), June, 1878.
CLASSIFICATION. GLUMACEOUS EXOGENS
Order, CYPERACE.E, THE SEDGES.
NAME. Latin, Carex Itnillata.

English, The Jewelled Uarex.
REMARKS. The perigynium is twice longer than the glume.

270

THE SEDGES.

Bulrushes, used in making matting, chair-bottoms and baskets, are
the culms of Scirpus lacustns and other kinds.

The Tule, or Giant Rush, growing in inundated places, is Scirpus
vdlidus. In the valley of the Sacramento, Cal., it rises 12 feet high,
covering thousands of acres.

The Cotton Grass (Eriophornrri) is conspicuous in our wet northern
meadows for its airy cotton-like tufts waving in the wind. These tufts

6, Cyperus Papyrus. A
scene in ancient Thebes, on
the Kiver Nile.

are composed of the

long hairs, called setce,

growing in each of

the crowded flowers, in
the place of a perianth. Five species are described in our floras
(Botanist and Florist, p. 362), of which E. Virginicum, with reddish
cotton, displays the largest tufts.

The Rush or Bulrush of the Nile (Hebrew, Gome, Exodus ii., 3) is
Papprus antiquorum (Willd.), or as now called, Cyperus Papprus (Linn.).

POA. 271

It is a gigantic Sedge, 10-15 feet high, surmounted by a compound
umbel of numerous rays and bracts. Its spreading rhizomes have
helped to consolidate the mud of the Delta. Its tall, stout culms were
used in making boats, baskets, ropes, and fuel, as the name implies
(Gr. pao, to feed, pyr, fire). The earliest and rudest paper (hence the
name) was manufactured from its pith the cellular tissue which fills
its culms.* Its graceful form affords a favorite theme for artists.

Scientific Terms. Androgynous. Beak. Equitant. Glumes.
Innate anther. Monoecious. Orifice. Perigynium. Spikes.

LXXII. THE GRASSES.

Description. These modest and useful plants are every-
where at hand, mantling the hills, meadows, and val-
leys with their soft, uniform green, beginning to open
their colorless flowers early in June or sooner. A variety of
such specimens is before us to-day, unpromising indeed.
But we cannot fail to find the examination full of profit
and agreeable surprise. Our cuts represent three common
Grasses, with flowers simultaneous, and quite dissimilar.

Analysis (generic). The Itoot of all these is inaxial
(110 tap root), consisting of many strong fibers taking a firm
hold of the soil and helping to bind it into a matted turf.

The Stem is somewhat enlarged or bulbous at the base,
terete above, conspicuously jointed at intervals, hollow OTjls-
tular between the joints. Stems of this kind are called culms.

The Z/eaves are alternate, parallel-veined, constructed
in 3 parts. The lower part, from the joint upward, is the
sheafh, answering to petiole, enfolding the stem with edges
overlapping beyond not united. The blade is strictly
linear. At the junction of the sheath and the blade is a
short membrane called Ugule, answering to stipules.

* The mode of preparing this paper was very simple. The stem was peeled and
the pith cut lengthwise into thin slices. These were then laid side by side with their
edges touching, and sprinkled with the muddy water of the Nile. Another row of
pith-slices was then laid transversely upon the first, and by pressure the whole mass

nnitprl intn ft rnmnnrt: shApt.

272

THE GRASSES.

The Inflorescence is variously developed in these speci-
mens. Generally it appears as in Spear Grass (Fig. LXXII),
a branching pyramidal bouquet a panicle, differing from a

raceme inasmuch as the
branches are branched
again. It is well to ob-
serve whether the branches
are grouped in 5s, 2s, or
Is. In other specimens the
inflorescence is contracted
into a spike or a spike-like
panicle. The flowers are
collected into little clusters
called spikelets. Let us
here take up a spikelet of
Spear-grass (Fig. LXXII,!),
which we may study as a
type of all. It is scarcely 2"
in length, ovate-lanceolate v

FIG. LXXII. Poa prat6nsis (a depauperate specimen, for the branches are usually
in 5s) : 1, a spikelet with 2 glumes and 4 flowers ; 2, a single flower ; 3, ovary and
feathery stigmas ; 4, ripe kernel enclosed in the 2 pales ; 5, Poa d^bilis ; g, spikelet,
3-ttowered ; /, a flower ; 6, a spikelet of Phleum pratense : a, the 2 awned glumes ;
, the 2 pales and ovary.

in outline. At the base are 2 chaffy bractlets the glumes
(g). Within and above the glumes are 4 flowers (more or
less), alternate, imbricated when closed. Such is a spikelet.

POA.

273

OKGAN.

Life, Habit, dumber, Place, 7i'ind, Construction, Form,
Size, Ztehiscence, Dualities, Appendages.

Plant, L.H.S.Q.

2f , gross-like, 2-3 feet, dark green.

Root, L.K.

n , many branching fibers.

Culm, L.H.F.S.Q.

Herbaceous, erect, simple, terete, hollow, smooth.

Leaves, L.P.C.F.Q.

Alternate, flat, broad-linear, rough-edged.

Sheath, C.S.Q.

Loose, with edges free, smooth, striate.

Ligule, F.S.Q.

Very short or obsolete.

Inflorescence,P.K.F.A.

Panicle somewhat secund, slender, 9', the branches short.

Spikelet, N.K.F.S.Q.

Fewer, lanceolate, terete, acute, 7"-8".

Flowers, N.K.

6-9, perfect.

Glumes, N.P.F.S.Q,

2, upper one larger, 3-veined, scarious on the margin.

Pales, N.P.K.Q,

2, the lower one 5-veined, acute.

Awns, P.F.S.Q.

None.

Rudiments, K.F.Q.

None.

Anthers, N.P.C.D.

3, exserted, %-celled, versatile, longitudinal.

Stigmas, N.C.F.

2, plumous, shorter than pales.

Grain, K.F.

Caryopsis, oblong.

Seed, N.K.C.

One.

LOCALITY. Meadows, Chester, Penn. (Date), June, 1876.
CLASSIFICATION. GLUMACEOUS ENDOGENS.
Order, GKAMINEJE, TUB GKASSES.
NAME. Latin, Pestuca prateusis.

English, Meadow Fescue.
REMARKS. Spikelets somewhat racemed in the branches.

The Flower. A common lens will be helpful in view-
ing the blossom. Take it while it is open, or in bloom, as
many are every dewy morning. First, 2 chaffy bractlets,

274 THE OKCHAED GEASS.

the pales, are seen expanded, one a little above the other, as
in the glumes ; next, 3 stamens with gossamer filaments
and versatile anthers ; lastly, an ovary with 2 feathery
stigmas. In a few days the ovary is matured into a caryop-
sis a one-seeded fruit like a grain of wheat, whose shell or
pericarp is inseparable from the seed.

Fertilization. There are no bright colors in these
flowers to catch the eye of the insect tribes, nor honey to
attract them. Insect aid in fertilization does not here seem
necessary. The pollen is conveyed by the wind. To this
end, the Grasses grow together in dense crowds and the
pollen is superabundant, probably a thousandfold, filling
the breeze so that the plume of every stigma is sure to catch
at least one grain either from its own or other anthers.

The Name, Poa pratensis Poa, Gr. for hay or fodder ;
pratensis, of the meadow. This plant is generally known as
June Grass, as its grains are often ripe in June. We have
other species of Poa, flowering a month later, among which,
is the Blue Grass (P. compressa}, also the beautiful' red-
tinted Fowl-Meadow (P. serotina). P. dnnua is the low,
soft Lawn-grass, flowering in April. *

Scientific Terms. Caryopsis. Culm. Glumes. Inaxial root.
Ligule. Pales. Panicle. Sheath. Spikelets.

LXXIII. THE ORCHARD GRASS.

Description. This is a conspicuous and very common
herb in orchards and groves. It is tall and stout compared
with Spear-grass ; in color, glaucus or seagreen.

* The Annual Meadow Grass (P. dnnua) and Shepherd's Purse are, perhaps, the
most common plants in the world. On almost every waste spot where even a weed
can grow on the bank by the roadside, along the garden path, between the stones of
the city pavement, high up in the mountain as well as in the rich meadow at its foot
these modest plants display their cheerful verdure.

DACTYLIS.

Analysis. The student will analyze throughout as we
have done in Spear-grass, making special note of the points
of difference in the two plants, such as the following.

The Orchard-grass
is rough to the touch
s ca~brous. The
leaves and even the
sheaths are decided-
ly keeled (carinate,
or boat-shaped).

The ligule is ex-
cessively large, and
split or bifid.

The branches of
the panicle are sin-
gle.

The spikelets are
collected in dense,
one-sided (secund)
clusters. While
closed they are lance-
olate, 2-3" long,
about 4 - flowered,
with the flowers a
little separated on
the rachis. The 2
glumes and the lower
pale are rough-ciliate
(with a row of short

hairs) On the keels, FlG LXXIII.-Dactylis glomerata: 1, a spikelet

and narrowed to with 2 S lumes i 4 flowers and 1 rudiment ; 2, a flower.

an awn-like point. There are 3 stamens, 2 feathery stigmas,
and a lanceolate grain free from the pales.

276

SWEET VERNAL GRASS.

The Name. Ddctylis glomerata (Dactylis, fingers, glo-
merata, crowded), is the significant title.

Scientific Terms. Carinate. Ciliate. Secund. Scabrous.

LXXIV. SWEET VERNAL GRASS.

The Sweet Vernal
Grass begins to flower a
few days earlier than
Spear-grass, in the same
situations. The analy-
sis of its root, culm,
leaves and inflorescence
may be conducted as in
that plant, searching for
differences as well as
analogies.

Analysis.-The leaf-
blade and sheath are
very short, while the
internode is very long.
The ligule is conspicu-
ous. The panicle is con-
tracted to the form of a loose spike
or raceme.

The Spiketel is 3-4" long. It
consists, 1st, of 2 glumes, the lower
twice longer than the upper ; 2d,
of ciliated pales supposed to be 2
rudimentary flowers, each bearing
an awn on its back ; 3d, one per-
fect flower situated between the 2
rudiments, that is, terminal.

FIG. LXXIV. Anthoxantkum
odoratum.

ANTHOXANTHUM.

277

The Flower is diandrous, composed of 2 small, smooth
pales, 2 long stamens with versatile double anthers, and an
ovary with 2 styles bearing plumous stigmas as long as the
stamens.* Finally the grain or caryopsis resembles a wheat
kernel, but many times smaller.

The Name. To this fine Grass, which is widely dis-
persed over Europe as well as America,
Linnasus gave the, name of Anthoxdn-
thum odoratum, meaning either
"Sweet-smelling yellow flowers" or
" Sweet-smelling flower of flowers."
But its flowers are not sweet-smelling,
yet its herbage when cut imparts to
the drying hay much of its delicious
fragrance.

Thus we have analyzed three genera
of Grasses. In addition, let the stu-
dent study the Red-top, whose spike-
lets are simply 1-flowered ; Wheat,
Oats, and Corn. In the latter the
flowers of the tassel are all staminate ;
of the ear all pistillate.

Germination . In the Exogens, as we have often seen,
the embryo of the seed has two lobes or cotyledons, or as
botanists say, is dicotyledonous. In the Endogeiis, the em-
bryo is more simple, being generally an oblong body (Fig.
LXXVIII, 10), of which one end is a radicle and the other a
plumule wrapped up in a single cotyledon, only its end being
visible. The nourishment is partly in the cotyledon and
mostly the mealy albumen on one side of it. In germina-

2, Agr&stis vnlgaris, a, 1-
flowered spikelet ; ft, the
flower removed from its
glumes ; 3, Agrdstis scabra ;
c, the 2 glumes separated
from (d) the single flower.

* We cannot fail to observe the special adaptation of these flowers to wind-fertili-
zation. Their long exserted stamens and stigmas are lifted to the breeze like waving
banners. The anthers opening their whole length, swing nicely balanced and tremu-
lous, while the stigmas wave their plumes to catch the flying pollen grains.

278

SWEET VERNAL GRASS.

tion the cotyledon never arises above the ground but remains
with the seed.

Let a few kernels of corn be placed on a lock of cotton in
a glass of water. After a day or tAVO the albumen has soft-
ened, swelled, and become sweetish. In 3 days the radicle

(r) has pushed out and
turned downward, while
the cotyledon has extend-
ed itself backward a little,
and freed the end of the
plumule, but still holding
fast above to the albumen
whence yet comes its nour-
ishment. Another day, the
plumule pushes out from
the cotyledon, and begins
to ascend as the first leaf,
while the radicle grows'
and develops some side
rootlets. Another day we
see a second leaf push out
from the first, both still
rolled up (convolute), and
so on, one after another,
in the order of a spiral.

Classification. The order of the Grasses GRAMIKE^B
includes 300 genera and nearly 4000 species, and limited
as follows :

Plants endogenous, with fibrous roots.

Culms hollow between the solid joints.

Leaves alternate, on open or split sheaths, with a ligule.

Flowers in spikelets with alternate glumes and pales.

Stamens 3 (rarely 1-6), exserted, versatile.

Ovary with 2 plumous stigmas and one ovule.

Fruit a caryopsis, with flowery albumen.

4, Germination of Maize (or Indian Corn)
o, the kernel or albumen ; r, the radicle ; p
plumule.

279

The Order of the Grasses prevails wherever there
is a soil, in all countries and climes, varying in species and
habit with the climate. In cool, temperate regions, they are
dwarfed and crowded, forming a soft carpet of turf. In

6, creeping rhizome of Witch Grass (Triticum repens).

warm or torrid regions they form no turf, but grow apart,
enlarged, even arising into trees like the stately Bamboo.

The order is no less valuable to man than vast in extent.
It furnishes sweet herbage as fodder for animals, and farina-
ceous grains as food for man. No poisonous herb is found
among them except perhaps the Darnel.*

The Common Oat, Avena satwa, is said to be a native of the Island
of Juan Fernandez. Its grain is richly nutritious both for man and
beast. The grain is firmly inclosed in its husk the pales from which
it is first separated in the manufacture of oat-meal. The Wild Oat,
or Animated Oat, is Avena fdtua. Its long hygrometric awn is put in
motion by slight changes in the moisture of the air.

Barley is the grain of Hordeum dfatichum and H. vulgdre, the former
the Two-rowed, the latter the Four-rowed. Native country unknown.

Rye (Secdle ceretlle) is next to Wheat in value for bread-making. It
is chiefly cultivated in Russia and Germany.

* Said to be a narcotic poison ; but this has not been fully proved. It is the same
plant (Lolium ternulentum) alluded to in St. Matthew as Tares. Some Grasses with
creeping subterranean stems, as Quick Grass (Triticum repens) are troublesome weeds.
Others of similar habit, as Elymus arenariits, Psamma arenaria, bind the loose sand
of the sea-shore together, preventing incursions of the sea. Numerous floating islands
in the River Amazon are formed chiefly of Grasses. They are called Llhas cle Capim.
Some of these islands are acres in extent, and from 5 to 8 feet of their thickness is
under water. (See Harper's Magazine, February, 1879.)

280 SWEET VERNAL GEASS.

Wheat (Triticum sativum), as the food of civilized man, is the most
valuable of all grains. It has been so long and so extensively culti-
vated that it has sported into innumerable varieties, and its nativity is
unknown.

Rice (Oryza sativa) is said to be the food of a majority of the
human race, being the staple diet of China and the East Indies. It
is largely cultivated in S. Carolina, Georgia and Florida, in lands
inundated for this purpose.

Indian Rice, or Wild Rice, is the grain of Zizdnia aqudtica of river
marshes in Canada and the northern United States.

Indian Corn (Zea mays) is a native of America, unknown to Euro
peans until the discovery of the New World. The vast extent to which
it is now cultivated indicates its value. Among its many varieties are
Sweet Corn, Pop Corn, and Rice Corn.

Sugar Cane (Sacchdrum officindrum) is an important member of this
Order, cultivated in warm climates. It is the source of nearly all the
sugar consumed by civilized nations. The juice is expressed from the
stalks and evaporated until crystallized.

Various species of Sorghum have been cultivated for sugar with
poor success.

Broom Corn is Sorghum mcchardtum, a native of Arabia. Its use in
broom making is well understood.

Pampas Grass (Gynvrium argcntenm) is native of S. America, culti-
vated for its splendid plume-like panicles of silvery whiteness.

Bamboo (Barribma arundindcem), growing in all tropical lands,
attains a height of 50 to 80 feet, with a culm 10 inches thick trees of
exceeding beauty and grace. Bamboos are variously useful for "fish-
ing-rods, water-pipes, trellis- work, scaffolding, sails, umbrellas, hats,
shields, baskets, ropes, paper."

Hay is the dried herbage of many grasses cut when in or just past
flowering. Some of the best for this purpose are the following : Tim-
othy (Phleum pratense) ; Redtop (Agrostis vulgdris) ; Bluejoint (Gala-
magrostis Canadensis) ; Orchard Grass (Ddctylis glomezdtd) ; Spear or
June Grass (Poa pratensis) ; Fowl Meadow (Poa serotind) ; Fescue
(Festuca pratensis) ; Blue Grass (Poa compressd), Chess (Bromus secdle) ;
Salt Meadow Grass (Bryzopyrum spicdtum).

Scientific Terms. Awns. Rudimentary. Versatile anthers.

APPENDIX.

CLASSIFICATION.

In the foregoing lessons we have hastily traversed the
Vegetable World, pausing here and there, in such tribes and
families as offered special attractions, to gain information
more definite and minute. We have observed that while
there is found in every species some one fact or principle
peculiar to itself alone, yet each plant bears a resemblance,
greater or less, to every other plant, so that a bond of affinity
pervades the entire kingdom, combining all into one grand
system, which to interpret aright is the glory of Man.

Species and Genera. The individual plants consti-
tuting the Vegetable World, so vast and incomprehensible
in multitude, are, as we have seen, assorted by nature into
species. A species may be denned as a group endowed with
the power of perpetuating its own kind and no other, and
thus is maintained the same from age to age. Again, the
species themselves, by their mutual resemblances, are
grouped into genera. A genus is defined as a group of
closely related species, having more resemblances than
differences.

Orders. The third step in Classification is the formation
of orders. As species are grouped into genera, so the genera
are collected into orders. An order may be defined, an
assemblage of related genera. The orders differ greatly in
respect to their extent, some including few genera, or even

APPENDIX.

CLASSIFICATION. 283

but a single genus (as Platanaceae, the Plane-trees), while
others comprehend a hundred, or even a thousand, as
Umbelliferse, and CompositaB.

Cohorts, etc. Again, the orders, by some one or few
traits which they possess in common, are marshaled into
Cohorts ; the cohorts into Classes, and the classes into
Provinces.

Subkingdoms. Viewed as a whole, the Vegetable
Kingdom subsists in two grand divisions, called the Pheno-
gamia and Cryptogamia, as first shown by John Kay of
England, 1682. This division depends on the habitual pres-
ence or absence of visible flowers, and is confirmed by im-
portant differences of internal structure, and of seeds. (See
pp. 16, 27, 43.)

Provinces. Each subkingdom is again divided into two
provinces. 1st. The province Exogens includes all such
flowering plants as have seeds with 2 or more cotyledons in
the embryo, wood growing by external layers, leaves net-
veined, and their flowers never (or very rarely) 3-parted.
2d. The province Endogens includes all flowering plants
which have seeds with one cotyledon only, wood growing by
internal accretions, leaves parallel-veined, and flowers habit-
ually 3-parted. 3d. The province Acrogens includes all
flowerless plants with stems growing in length, or at the
point (akros) only ; as Ferns and Mosses. 4th. The prov-
ince Thallogens, is composed of plants of the lowest orders,
growing indefinitely in shapeless expansions with no distinct
axis ; as Lichen's.

Classes. The subdivisions of the provinces are called
Classes ; there are two of each. 1st. The Exogenous Angio-
sperms have flowers with stigmas, and seed-vessels inclosing
the seeds. 2d. The Exogenous Gymnosperms are naked-
seeded, having neither stigmas, nor pericarp ; as Pinus,

284 APPEKDIX.

3d. The Endogenous Petaliferse have petals in their flowers,
while (4th) the Endogenous Glumiferse have green glumes
and pales instead of petals and sepals ; as Grasses.

Cohorts are subdivisions of the Classes. Of these the
Flowering Plants include seven. A, the Polypetalous Exo-
gens, with corolla of distinct petals. B, the Gamopetalous
Exogens, with a corolla of united petals. C, the Apetalous
Exogens, without petals and often also without sepals. D,
the Conoids (the same as the Gymnosperms). seeds naked,
and borne in cones. E, the Spadiciflorse, Endogens with
the flowers on a spadix involved in a spathe (example, Calla).
F, the Florideae, Endogens with flowers in racemes, umbels,
etc., not on a spadix. G, the Graminoids or Grass-like
plants (same as the Glumiferae).

The mutual relations of all the above divisions will be seen
in the following table, which will also instantly indicate the
Cohort to which any plant in hand may belong :

NATURAL ORDERS.

OOOOOtOOOOC

285

O TH O 1C O O

rtH ^ o oo jo a

CO CO T-I O4

DC
LU
O

W
H

o
W
o
O

H gi
H
A%
& ^
O 3

fc o
p ^
^ 2

. <1

SS
H tf

O ^
K H
< S

^ H 2 ^ ^

iliiMlri

^i^lliil

SSSgg<i Ha
H pp <i > a ^ o

M ^ P3 ^ g PH W
p- S tf P- t3 P^ DQ

H !>H <H << p- <,j H
PQ J2J 02 PH U O

286

NATURAL ORDERS.

>> o> - J

i?an

gals|

PQ <j
S S o

PL, o Q P <1 Q

1C O OD O T-H
OJ W W CO (TO

NATURAL ORDERS.

287

05 10

CO J>

1C 1C

1C 00

o
O

i|g|h

o <i tf o'm 5

j O pq <j H cc

w >

J ^
O O

288

8 i g 8

M <M iO CO O5 CO

NATURAL ORDERS.

o o

d ^ o

g5illt! r*

lilllllll

05 ,5 o ^^ ^-

^scH

01k

<j <^ t ^ cu H

^ 2 fc ^H @ O

3 & 3 g 3 3

j ^ o o o pq

O W O PH O} h^
OJ O h^ <! <1 O

NATURAL ORDERS.

289

co o o

888i88

TH 1O TH T-l

CO <N OS

CO 1C

s~ o s:

5?^ ^ ^

liJJl

h^u^^

^ T? ^ -*

290

KATURAL ORDEKS.

,il
e

- 3
^^M

O rjl

NASTUKTIAN.

291

FIG. XXIII. Tropfeolum major ; the leaves peltate,
the flowers spurred ; 2, a ripe fruit, of 3 separable, one-
seeded nutlets ; 3, plan of the flower ; sepals and petals
imbricated ; stamens 8, carpels 3 ; 6, the spurred sepal.
See p. 95.

292

CICUTA.

FIG. XXXIV. 10, Cicuta maculata (Water Hemlock) : 11, a flower enlarged ; 12,
a cremocarp ; 13, cross-section of the same, showing the place of the 8 oil-tubes
(vittae). See p. 137.

CICUTA.

293

ORGAN.

Life, 7/abit, dumber, Place, Ztehiscence, /find, Construc-
tion, ^orm, Placentation, <Slze, (Dualities, Appendages.

Plant, L.H.S.Q.

U , herb erect, branching, 6 feet high, glabrous.

Eoot, L.K.

if , of fibers, some of them thick, fleshy, oblong.

Stem, L.H.K.F.

Herbaceous, terete, hollow, striate or spotted with brown.

Leaves, L.P.C.F.S.Q.

Catiline, comp., on sheathing petioles ; leaflets lanceolate.*

Inflorescence, P.K.A.

In terminal, compound umbels, involucre few-leaved.

Flower, N.C.

Numerous, complete, perfect, regular, 5-parted.

Calyx, F.Q.

Tube adherent to ovary, green, minute.

Sepals, L.N.P.F.

Minute teeth 5, epigynous, valvate in bud.

Corolla, F.Q.

Rotate, white.

Petals, L.N.P.F.

5, deciduous, epigynous, inflected at the point.

Stamens, N.P.C.

5, epigynous, diverging, complete.

Anther, D.C.F.

Opening lengthwise, introrse, oval.

Style, N.C.F.

2, short, distinct, slender.

Stigma, N.F.

2, club-shaped.

Ovary, C.F.Pn.

2-carpelled, 2-ovuled.

Fruit, N.D.K.F.Q.

A cremocarp, oval ; carpels with 5 ribs and U mttce.

Seed, N.C.F.Q.A.

1 in each carpel, suspended, albuminous.

LOCALITY. -Swamps, Worcester, Mass. (Date), July, 1870.
CLASSIFICATION.-POLYPETALOUS EXOGENS.
UMBELLIFER.E, THE UMBELWORTS.
NAME. Latin, Cicuta maculata.

English, Spotted Water-hemlock.

REMARKS. The veinlets terminate in the notches between the teeth. The
herbage is said to be poisonous.

294

ANTENNA RI A.

The Record. This plant, and the Order which it repre-
sents, offers so many peculiarities of inflorescence that a new
tablet becomes necessary. (See Plant Record, Asterwort.)

ORGAN.

Life, ZTabit, JVumber, Place, TTind, Construction, Form,
/Size, Dualities of color, etc., Appendages.

Plant, L.H.S.Q.

y. , herb, in dry pastures, 59', woolly -canescent.

Stem, L.H.K.F.

Herbaceous, erect, simple, with runners at base ofcaulis.

Leaves, L.P.C.F.S.Q.

Decid., alternate, entire, obovate, oval-spatulate, and linear-
oblong, jrinni-veined, petiolate, exstijmlate.

Petiole, F.S.Q.

Margined, 2'l'O f , upper leaves sessile.

Inflorescence, P.K.

Terminal, in heads ; heads clustered.

Head, K.F.S.

Dioecious, discoid, 3" diameter.

Involucre, K.F.

Imbricated, oval or hemispherical.

Scales, N.P.F.Q.

oo , appressed, ovate, scarious, white, $ obtuse, 9 acute.

Receptacle, F.Q.

Flattish, naked.

Pales, N.P.F.Q

None.

Ray flowers, N.K.F.Q.

None.

Disk flowers, N.K.F.Q

//, $ and 9 on different plants, tubular, 5-tootJied, white.

Pappus, L.N.C.F.Q.

Persistent, 30, simple, capillary, white.

Stigmas, N.P.C.F.Q.

2, exserted, recurved, $ united, yellow.

Achenium, F.Q.

Linear, teretish, brown.

Embryo, P.F.

Axial, straight.

LOCALITY. Dayton, 0. (Date), April 12.
CLASSIFICATION.-GAMOPETALOUS EXOGENS.
Order, COMPOSITE, or THE ASTERWORTS.
NAME. Latin, Antennaria plantaginifolia.

English, Mouse-ear Everlasting.
REMARKS.? 7 ^ pappus of the sterile florets consists of club-shaped knobby
bristles poorly adapted to flying.

MAPLE.

FIG LL-Flowers, leaf, and double samara of Acer saccharinum (Sugar Maple)
4, leaf and samara of Acer rubruin (Ked Maple). See p. 188.

OAK LEAVES.

FIG. LVL Quercus : 1, leaf of Q, virens, Live Oak ; 2, Q. Phellos, Willow Oak ;
3, Q. imbricaria, Shingle Oak ; 4, Q. aquatica. Water Oak ; 5, Q. nigra, Black Jack ;
6, Q. triloba, Downy-Black Jack ; 7, Q. ilicifplia, Bear Oak ; 8, Q. rubra, Red Oak ;
9, Q. palustris, Pin Oak ; 10, Q. coccinia, Scarlet Oak ; 11, Q. falcata, Spanish Oak ; 12,
Q. alba, White Oak ; 13, Q. obtusiloba, Iron Oak ; 14, Q. macrocarpa. Mossy-cup Oak ;
15, Q. bicolor, Swamp-White Oak ; 16, Q. Prinos, Swamp-Chestnut Oak,

QUESTIONS.

I. ADAPTED TO THE FLOWERLESS PLANTS.

1. Distinguish two regions.

2. What parts are distinguishable in each region ?

3. What is the form of the Root ?

4. What purposes does it serve ?

5. In which region is the Stem?

6. Describe its form, attitude, height or length.

7. Its habit as to branches. Its kind as to scales or leaves.

8. Where are the Leaves placed ? How arranged ?

9. Shall we call them fronds ? Why, or why not ?

10. Are they simple, or compound ?

11. What are their members? Have they veins?

12. Name their three kinds of veins.

13. What is the kind and mode of venation?

14. Define carefully the form of outline.

15. What is their quality of surface, or clothing?

16. What do you call their stalks, if any?

17. Where is the fruit produced?

18. What supports it? Describe the pedicel, if any.

19. Tell how the capsules open.

20. Point out the operculum, or the elastic ring.

21. Describe the peristome, if any.

22. What do the capsules contain ?

23. What becomes of the spores? What is their use?

24. What if no more spores were produced ?

25. Do you find any flowers? Of what size antl appearance?

26. In what subkingdom is this plant classed ?

298 APPENDIX.

27. In what sense is this a " Flowerless Plant " ?

28. What is its order? genus? species?*

29. What is its popular name ?

II. ON THE LEAF REGION OF A FLOWERING PLANT.

1. The Plant.

Life. Is it an annual, a biennial, or a perennial ?
Habit. Is it an herb, a shrub, vine, or tree ?

Describe its locality.

Size. What are its height, or length, and other dimensions? .
Qualities. In surface, is it smooth, or rough, or hairy?

What term defines its color or special hue ?

2. The Boot.

Life State its term of duration.

Form. Is it axial, or inaxial ? Of what special form?

3. The Stem.

Life. What is its duration and substance ?

Habit. In growth, is it exogenous, or endogenous?

What is its direction or posture?

What is its habit of branching ?
Kind. Is it scaly or leafy ? under or above ground ?

Is it a caulis, trunk, bulb, or rhizome, etc. ?
Form. Is it solid, or tubular, angular, or terete, etc. ?

4. The Leaves.

Life. Are the leaves deciduous, or evergreen ?
Place. How are they folded in vernation?

What is their position on the plant?

How are they arranged among themselves?
Construction. Describe their veins and venation.

Of what numbers are they constituted ?

Are they simple, or compound ?

Describe the mode of composition.
Form of blade. What term or terms define their outline?

* The scientific name of a plant, or its genus and species, if not communicated, may
be determined, after analysis, by the aid of a Descriptive Flora with analytical tables.

QUESTIONS. 299

What term defines the apex ? or base ?

The margin is it dentate ? serrate ? entire ? etc.
Size. State their measurements.
Quality. Describe their surface-quality, or clothing.

5. The Petiole.
Form, etc. State the form, size, and quality of the petiole.

. 6. The Stipules.

Life, etc. State their duration, kind, and form.

III. ON THE FLOWER REGION OF ANY FLOWERING PLANT

(EXCEPT THE COMPOSITES, SEDGES AND GRASSES).

1. Inflorescence.

Place. Define the position and posture of the flowers.

Kind. In general, is the inflorescence solitary, or centripetal ? etc.

In particular, is it a raceme ? spike ? spadix ?
Appendages. Name the flower-stalks, if any.

Describe the bracts, if any.

The involucre the involucels.

Point out the scales the pales.

Point out the rachis the torus.

2. The Flower.

Number. What is the radical number of the flower?

Construction. Name all its organs. How many are there of each ?

Is it complete? What is lacking?

Is it regular? How irregular?

Is it symmetrical ? How unsymmetrical ?

Why polypetalous, or gamopetalous ?

Distinguish the torus the disk.

3. The Calyx and Corolla, or Perianth.

Form. Is it polyphyllous ? Are its leaves united?

What term defines the special form ?
Quality. In surface, is it smooth? hairy? granular?

What term or terms define the color?

300 APPENDIX.

4. Sepals and Petals.

Life. How long is their duration? What term defines it?
Number. How many are there ?
Place. Define carefully their aestivation.
Form. Describe the pattern of their outline.
Nectary. Describe it, if conspicuous.
Lip. What is the special form of the lip, if any?
Corona. Describe its situation, parts, and form.

5. The Stamens.

Number. How many? definite, or indefinite?

Pface, as to the adjacent organs are they opposing ? alternating ? etc.

Are they exserted ? included ? connivent ?

Are they ascending ? declining ?

Why are they hypogynous ? Why epipetalous ? etc.

How connected Gynandrous? Syngenecious ?

Diadelphous ? Monadelphous ? etc.
Construction. Of what members are they composed?

What member is lacking when sessile ? sterile ?

Are they didynamous? tetradynamous?

6. Anther.

Place. How is it attached to the filament? Which way does it face?
Dehiscence. How does it open ? In what direction?
Construction. In how many cells is it divided ? What appendages
are there ?

Form. What term defines their shape?

7. Pollen, Pollinia.
Form. Describe the pollen, or pollinia, as to form and quality.

8. The Style.

Number, How many styles? Are they united or separate?
Place. How situated on the ovary ? In what posture?
Form. What term describes their form ?

9. The Stigma.

Number. How many stigmas?

Place. How attached to the style ? When is the stigma sessile?

Form. Of its many shapes, which is this?

QUESTIONS. 301

1O. Ovary.

Construction. Is it simple? How compounded?

How many cells ? Is it free or adherent ?
Form. What term or terms define its shape ?
Placentation. Is the placenta central, free-central, or parietal?

11. Ovules.

Place. What is their position in the cell ?
Construction. Are they anatropous ? orthotropous ?

12. Fruit.

Number. How many carpels, whether distinct or united?

How many cells has the fruit ? Same as the ovary?
Dehiscence. Is this a dehiscent, or indehiscent fruit?

What term describes its mode of dehiscence?
Kinds. Of the twenty-seven special kinds, which is this ?

Analyze its coverings, substance, cells, valves, carpophore, etc.
Form. What term or terms indicates its shape ?
Quality. Describe its color, texture, and clothing.

13. Seed.

Number. Are there few, or indefinite, or how many?

Construction, in regard to albumen, and cotyledons?

Form. What term defines their shape ?

Quality, as to color, surface, or clothing.

Appendages. Have they wings ? or a coma? or an aril ? j2tc.

IV. ON THE FLOWER REGION OF THE COMPOSITES.
1. Head.

Kind. Are the heads dioecious ? or monoecious ? etc.
Form. Are they discoid ? radiate ? radiant ?

2. Involucre.

Kind. Is the involucre simple ? imbricated ? calyculate ?
Form. What term defines the shape?

3. Scales and Pales.

Number. Few ? definite ? or indefinite ?

302 APPENDIX.

Place. Are they erect ? appressed ? loose ? etc.
Form. Define their outline, margin, apex.
Qualities. What texture ? surface ? color ?

4. Receptacle.

Form. Is the receptacle flat ? convex ? conical ?
Quality. Is it naked ? chaffy ? bristly ? alveolate ?

5. Rays, or Ray Flowers.

Number. How many ? in how many rows ?
Kind. Are they perfect ? $ ? $ ? sterile ? fertile ?
Form. Are they ligulate ? tubular ? linear ? oblong? etc.
Quality. What is their color ?

6. Disk Flowers.
Number. Can they be easily counted ?
Kind. Are they perfect ? $ ? $ ? fertile or sterile ?
/WTTC. Are they tubular ? 4-toothed ? 5-toothed ?
Quality. Of what color ?

7. Stigmas.

Place. Are they straight ? incurved ? recurved ?
Form. Are they flat ? terete ? pointed ? truncate ?
Quality. How is their surface clothed ?

8. Fruit ( achenia or cypsela).

Form. Describe its shape, whether linear, terete, compressed, etc.
Quality? What of its surface, and color ?

9. Pappus.

Life. Is the pappus deciduous or persistent on the fruit ?
Number. Of how many bristles or scales.
Construction. Is it stiped ? or simple ? or double?
Form. Is it capillary ? scaly ? plumous ? barbed ?
Quality. What is the color ?

V. ON THE FLOWER REGION OF THE SEDGES AND
GRASSES.

1. Inflorescence (general).

Place. Are the flowers axillary, or terminal, or both ?

QUESTIONS. m 303

Kind. Are they in panicles, or spikes ? compact or loose ?
Appendages. How are the branches of the panicle arranged ?

j Spikes (of the Sedges) or
| Spikelets (of the Grasses).

Number. Are there few, or many ? How many ?
Kind. Are their flowers $ , or $ , or perfect ( $ ) ?

Are they monoecious, or dioecious ?

Form. Describe their particular shape, as terete, ovoid, etc.
Size. How long, and large are they ?
Quality. Describe their color or surface character.

3. Flowers.

Number in the spike or spikelet how many?
Kind. Are they fertile ? or sterile ? or both ?

How many stamens have they i, 2, 3, or more?

How many stigmas i, or 2 ?

4. Glumes.

Number. Are there i, or 2, glumes, or none ?

Place. Are they arranged in 2 rows ? or 3 ? or imbricated all around ?
Form. What is their shape as lanceolate, carinate, bifid ?
Size. How long are they relatively ? intrinsically ?
Qualities. In texture, herbaceous ? scarious ? What in color ?

5. Pales, or Perianth.

Kinds. Are there setae? or petals? or pales? or a perigynium ?

Number. How many pieces in each flower ?

Place. What is their posture erect? recurved? free?

Form. What the special form of the perigynium ?

Size. What is its relative length ?

Quality. What of its surface ? its color?

6. Awns.
Place. Are they on the back or the tip of the glume or pale or

rudiment?

Form. Are they straight, or bent ? bristle-form, or gossamer ?
Size. What is its relative length ?
Quality. Are they scabrous, or smooth, or feathery?

304

APPENDIX.

8. Rudiments (abortive flowers).

Number. Are there i, or 2, or several ?

Kind. Are they staminate, or neutral ?

Form. Are they a pale ? a pedicel ? or an awn?

Quality, Are they ciliate ? scabrous ? hairy?

9. Anthers.

Place. How are they attached to the filament ?

10. Stigmas.

Form, etc. Are they plumous ? curved ? erect ?

11. Grain.

Kind. Is it an achenium, a cariopsis, or a utricle ?
Form. Is it triquitrous? lens-shaped? oblong? etc.
Appendages. Is it tipped' with a tubercle ?

. VI. ON THE ACTION, ETC., OF PLANTS,

1. Fertilization.

1. Does this plant produce any nectar?

2. Describe the place and form of the nectaries.

3. What seems to be the primary use of them ?

4. Is the plant wind-fertilized, or insect fertilized?

5. What arrangement, if any, prevents self fertilization?

6. Is the flower proterandrous ? Is it protogynous?

7. Is it dimorphous? How does this appear?

8. How does this favor crossing?

9. Do the stamens show irritability? How do they act ?

10. Is the pollen in grains, or in pollinia?

11. Describe the pollinia. How and by what extracted?

12. How are they brought to bear on the stigma?

13. W T hat arrangement to save the honey from the ants?

14. How is it secured against rain and dew ?

15. Are the flowers, any or all, cleistogene? Describe such.

16. How is the pollen thus economized ?

2. Sleep.

1. Is this plant sensitive to night and day? light and shade?

2. What are the indications of it?

QUESTIONS. 305

3. At what hour does it open its flowers?

4. How long do they remain open? When do they close?

5. Do they open and close more than once?

6. Do the leaves change position at night, or in shade ?

7. Describe the change.

8. How is the nectar affected by the flowers' closing?

3. Irritability.

1. Is this plant sensitive to touch? In which organ?

2. How is this indicated ?

4. Movements.

1. How is this vine furnished for climbing?

2. Has it any special organs ? What are they ?

3. Have you observed their movements ? Describe them.

4. What seems to be the purpose of this motion ?

5. After it has reached an object, how does the tendril act?

6. How does a vine without tendrils climb ?

7. Is it aided by its petioles ? Explain.

8. If it be a twining vine, which way does it turn ?

9. To find a support, what movement have you observed?
10. Is it aided by hairs, or prickles ? by rootlets ?

5. Classification.

1. Is this plant an Exogen, or an Endogen?

2. By what marks do you determine this?

3. Has it a stigma, and an end vessel ? Is it then a Gymnosperm ?

4. Have you determined its Order ? its Genus ? its Species ?

INDEX.

PRONOUNCING, GLOSSARIAL AND REFERENTIAL.

A (in composition) prefixed to a Greek
word, signifies without; as apetalcrus,
without petals.

Abies, 218.

Ab6rtive, not developed, imperfect.

Abortion, non-development of a part.

Abrupt at base, truncate.

Absinthe, 147.

Acacia, a-ka-shi-a, 124.

Acaulescent, apparently stemless, 54, 66,

Accessory, something superadded.
Accrescent, growing after flowering ; sc.

Accumbent, lying against the edge, 103.

See Cotyledons.
Acer, 192.

Acerous, needle-shaped, 214.
Achenium (a-ken-i-um), plu

achenia, 48, 147, 178.
Aconite, 64.
Acorns, 209, 210.
Aculeate, armed with prickles.
Acuminate, extended into a point
Acute, ending in a sharp angle.
Adam-and-Eve (Aplectrum), 236.
Adherent, growing to, 87. -A/W
Adherent Ovary. Current. Stffift

110, 233. \\m

Adiantum, 27. W

Adnate, growing fast -_ v

to, 74, 184. A^fc

Adnate stipules, ///

Rose. ///

Addnis, 64. &

Adventitious, out of the normal position,

129.

Aerial region, 20.
^Esculus, 194.
^Estivation, 42.

Affinity, resemblance in essential organs
African Hemp, 258.
Agapanthus, 258.
Agave, a-ga-ve, 263.
Aggregate, assembled close together.
AglumaceouR, without glumes.
Air plants, 239.
Ala, pi. Alae, wings, 118.

Albumen, 33, 42, 111.

Albuminous. 186.

Alburnum, the sap-wood (p. 107).

Alnllirea or Alfilaria, the " Pin Grass" of

the Pacific Coast (Erodiuni cicutarium),

87.

Algae, seaweeds, 27.
AlPium, 258.
Aloe, American, 263.
Aloes, 258.

Alpine Primrose, 168.
Alternate generation, 22.
Alternate leaves, 193.
Alternating stamens, 33.
Alveolate, with pits, as a honeycomb.
Alyssum, 103.
Amaryllis. 263.
Amaryllidaceae, 262.
Ament, a deciduous spike, 208. i

Am6rphous, without definite fo m.
Amplexicaul, stem-clasping,

98,251.

Amygdalus, 116.
Anagallis, 168. -sr\

Analysis, 13. Y/f )

Anatropous ovule, 56. vl I
Ancipital, two-edged, . \\y,

244 "^

Androgynous, staminate and pistillate

flowers together in a cluster, 266.
Anemdne, 61.
Angiosperms, 220.
Anise, 136.

Annual, living one year ; yearly, 68.
Annular cells, cells distended with rings,

225.

Antennaria, 139.
Anterior, facing outward.
Anthe"mis, 147.
Anthelmintic, expelling or killing

worms.

Anther, innate, attached by base.
Anther, adnato. attached by back.
Anther, versatile, attached ^

by middle. \\

Anther, valvate, dehiscing ff%

by valves. (| D

Anthdsis, the act of flowering.
Anthericlia, staminate organs of

Mosses, etc., 14.

INDEX.

307

Antirrhinum, 176.

Apetalous, without petals, 56.

Aphyllous, without leaves.

Apopysis, a swelling. See Fig. I, 7, a.

Apex, the summit or tip, 21.

Apple Tree, 107, 111.

Apple Moss, 17.

Appressed, closely applied, but not ad-
hering to ; the same as adpressed.

Apterous, without wings.

Aquatic, living in the water.

Araceae, 232.

Arb6reus, arborescent, tree-like.

Arbutus, trailing, 158.

Arcuate, arched or curved like a bow.

Arcto.xtaphylus, 158.

Aril, an extra seed-envelope, as
in Enonymus.

Arissema, 231.

Aristate, awned; bearing an awn.

Armed, bearing prickles, spines,
''etc. 4

Arnica, 147.

Aroids, 232.

Articulated, jointed.

Artemisia, 147.

Arum, 232.

Ascending, arising obliquely ; assurgent.

Ascidia, leaves holding water, 161.

Asclepiadaceae, 197.

Asclepias, 197, 199.

Ash 93.

Aspidium, 27.

Assafoetida, 137.

Assimilate, to digest as food.

Aster, China, 147.

Asterworts. 146.

Attar of Roses, 116.

ArctostaphyluH, 158.

Auricula, 168.

Auriculate, with ear-shaped lobes, 74.

Awn, the beard of Barley, and the
like, 276.

Axial root, 50.

Axil, the angle between the petiole and
branch, on the upper side, 90.

Axillary, growing out of the axils, 90.

Axis, the central body or column, 13.

Baccate, berry-like.

Balm.

Balsamine, 95.

Bamboo, 225, 280.

Banner same as vexillum, 118.

Bark, the outer layers of Ex-
ogenous stems, 107.

Barley, 279.

Bartramia, 18.

Bartram, John, 18.

Basilar style, attached to the base of
the ovary. Brunella, 180.

Bath Flower, 249.

Bdellium, 137.

Beaked, ending in an extended tip, 267

Bean, 125.

Bearberry. See Arctostaphylns.

Bearded, with awns, or tufted hairs.

Beech, 111. Beech Tree, 213.

Begonia, 120.

Bellworts, 251. [pulp.

Berry, a fruit with its seeds immersed m

Bi, Bis (in compound words), twice.

Biennial, of 2 years, 125.

Biennial-fruit, 210.

Bifid, cleft into 2 parts, 79.

Bifoliate, with two leaflets.

Big Trees of Calaveras, 221.

Bilabiate, two-lipped, 173.

Binate, two growing to-
gether. See Bifoliate.

Bindweeds, 187.

Blpinnate, twice pinnated.

Bipinnatifid, twice pin-
natifid, 24.

Bird Knotweed, 201.

Biternate, twice ternate, 58.

Bivalved, two-valved.

Blackberry, 116.

Blade, the main part of a leaf.

Blinding Tree, 207.

Blanched, whitened for want of light ; the
same as etiolated.

Bloodroot, 64.

Bloom, a fine white powder on some
plants.

Blueberry, 158.

Blue Curls, 179. Flag, 241. Grass, 274.
Violet, 77.

Blue-eyed Grass, 244.

Bouncing Bet, 83.

Boxberry, 147.

Boxwood, 207.

Brachiate, with opposite branches.

Bract, a reduced leaf near the flowers, 56.

Bracteoles, Bractlets, reduced bracts.

Brake, Common, 27.

Branches, the divisions of a stem.

Brassica. 103.

Brazil Wood, 125.

Bristles, stiff, sharp hairs.

Brunella, 180.

Bry61ogy, the science of Mosses.

Bud, The, a rudiment, 186.

Bud-scales, reduced leaves covering the
bud.

Bulb, an underground bud, 29, 35.

Bulblets, little Tbulbs formed in the leaf-
axils and falling off.

Bulbous Crowfoot, 50. ^f>

Bulb, a scaly, 35. W

Bulb, a coated, or truncated, 35. ~fK~

Bulrushes, 270 W

Burgundy Pitch, 223. "*w-

Butter-and-Eggs, 173.

Buttercup, 48.

Butterfly Weed, 199.

Bnxus, 207.

Cabbage, 103.

Cabbage Palmetto, 224.

Caducous, dropping off early, 66.

Caespitous, forming tufts, or a turf.

Caladium, 233.

Calamus Rudentum, 227.

Calceolaria, 176.

Calico Bush, 155.

308

INDEX.

California Poppy, 71.

Calla, 232.

Calop6gon, 235.

Calyculate, having an outer calyx, or

calyx-like involucre.
Calyptra, the cap of a Moss-capsule, 14.
Calyx, the outer floral envelope, 31.
Calyx free, not joined to other organs,

110.

Calyx inferior, the same as calyx free, 108.
Cambium, the new layer of wood, next

under the bark.
Ca-meT-li-a, 115.
Camomile, 147.

Campanulate, bell-shaped, 181.
Camwood, 125.
Canada Balaam, 223.
Candy Tuft, 103.

Canescent, whitish with minute hairs.
Capers, 97, 207.

Capillary, very fine, hair-like, 167.
Capitate, inflorescence head-shaped.
Capsella, 100.
Capsule, a dry, dehiscent fruit,

14, as.

Capsular, of or like a capsule.

Caraway, 136.

Cardamme (car-da-mi-ne), 102.

Carex, 265.

Carinate, boat-shaped, kseled, 118.

CariniE, the 2 lower petals of a papilliona-
ceous flower, 118.

Carnivorous Plants, 161.

Carob, 125.

Carpels, the divisions of a
fruit, 48, 220.

Carpels distinct. Thalictrum.

Carpinus, 214.

Carpophore, the fruit-bearer, 85, 133.

Carrion Flower, 199.

Carrot, 136.

Carthamus, 147, 246.

Carum, 134.

Caruncle, an appendage of a seed, 205.

Caryophyllacese, 82.

Caryophyllaceous flower, i. e.,
5 petals in a tubular calyx.

Cary6psis, a fruit like a Wheat-
kernel, with the seed insepa-
rable from its coat, 274.

Cascarilla, 207.

Cassava, 207.

Cassias, 123.

Castor oil, 206.

Catch Fly, 83.

Catechu, 125.

Catkin, the same as ament, 208.

Catmint, 178.

Caudex, the stem of a Palm, etc., 80, 224.

Caulescent, having a stem above-ground,

Cauline, of the stem.

Caulis, an herbaceous stem, 29.

Cedars, Giant, 221.

Cedars, Red, 223.

Celery, 136.

Cellular tissue, 17, 225.

Centrifugal inflorescence, 104, 140.

Centripetal inflorescence, 41, 126.

Century Plant, 263-

Cereal, relating to grains, corn, etc.

Cernuous, nodding (less than pendulous).

Chaff, the same as pales, 139, 273.

Chalaza, the place where the ovule joins
its stalk.

Chamaerops, 226.

Chartaceous, with texture like paper.

Checkerberry, 147.

Cheiranthus, 103.

Cheliddnium, 71.

Cherry, 116.

Cherry Laurel, 116.

Chervil, 136.

Chestnut, 210, 213,214.

Chickweed, 78.

Chick Wintergreen, 164.

Chickory, 147.

Chimaphila, 153, 154.

j China Aster, 147. [136.

I Chlorophyl, the green grains in leaf-cells,
' Chrysanthemum, 147.
! Cicely, 131.

Cichorium, 147.

Cicuta, 137

Cilia, plu. cilia?, hairs like the eyelash,
14, 18.

Ciliate, fringed with hairs, 132.

Cinereous, ash-colored, ash-gray.

Cinnamon Fern, 26.

CinquefoiL 112. -^

Circmate, rolled inward from the top, ofa
26. f

Circulation of the sap, 110. /

Cirrhous, furnished with a tendril, 117. *

Circumscissile, opening by a lid, all
around, 43 ; Fig. XLIII, 5.

Clarkia, 131.

Clavate, club-shaped.

Claw. Sec Unguiculate, 85, 110.

Claytonia, 43.

Clayton's Omunda, 24.

Cleistogene flowers, never opening, 74.

Clematis, 64.

Clianthus, 125.

Climbing Plants, 186.
j Climbing Fern. 27.

Clintonia, 256.

Clove Pink, 80.

Clover, 125.

Club Mosses, 27. ^

Cochleate, spiral like the snail- |Sa
shell. f&j*

Cdcoanut, 226. ^gjf

Cdcoanut Palm, 228.

Coherent, united as to similar parts.

Cohesion, union of similar parts.

Colocasia, 233.

Collateral, placed side by side.

C61umbine. 64.

Colored, of any color except green.

Column, combined stamens and
styles, Cypripedium. 235.

Coma, the long hairs of a seed,
as cotton, etc., 197.

Commissure, the joined faces
of the carpels of a cremocarp, 135.

Complete Flower, having the 4 kinds of
organs, 47,

INDEX.

309

Compound leaf, having several leaflets, 58.

Composite, 146.

Conduplicate, leaf folded, the two

halves face to face.
Cone, the scaly fruit of the Pines,

etc., 215. [ent.

Confluent, uniting ; same as coher-
Coniferse, 220.
Conium, 137.

C6n jugate, united by pairs.
Connate, growing together,

as leaves, etc.
Contorted, twisted ; petals

over-lapping all one way, 183.
Connectile, that part of the

filament which connects the

two anther cells, 180.
Connivent, converging toward

each other.
Convallaria, 256.

Converging petals, see Connivent, 151.
Convolute, see Contort-
ed. Also when the

leaves or petals are

rolled one within an-
other.

Convolvulacese, Convolvulus, 187.
Copaiva balsam, 123.
Cordate (leaf), heart-shaped, 66, 73.
Coreopsis, 147.
Coriaceous, leather-like, 54.
Coriander, 136. [258.

Corm, a solid bulb-like stem, 50. 2:31,
Corn Cockle, 83, Speedwell, 170.
Corolla, the inner floral envelope,

32.
Corona, a crown in the midst of

the flower, 198, 262.
Corymb, a level-topped cluster,

centripetal, 114, 155.
Corymbous, of or like a corymb.
Costate, with rib-like ridges,
Cotton, 104.
Cotton Grass, 270,
Cotyledon (seed-lobe),

42, 86, 110, 186.
Cotyledon accumbent,

102. [104.

Cotyledon incumbent,
Cotyledon conduplicate, Mustard.
Cowslip, 161, 168.
Cow Tree, 199.
Crab Tree, 117. .

Cranberry. 158.
Cranesbill, 83.
Creeper, a prostrate stem under or above

ground, [102.

Cremocarp, the fruit of the Umbelworts,
Crenate, with rounded teeth, 11, 177.
Crenulate, the rounded teeth small.
Cress, Toothroot, 101.
Crest, an elevated ridge.
Crinum, 263.

Cristate, having an elevated ridge.
Crocus, 246.
Croton Oil, 206.
Crowfoot, 46, 62.
Crown of the root, 54.
Crown Imperial, 238.

Cruciferse, 103. [100.

Cruciform corolla, cross-shaped.

Cryptogamia, 16.

Cryptogams, 27.

Cryp-tog-a-mous, 16, 27.
i Cucullate, hood-shaped, 73.

Cucumber, Indian, 249.

Cucumber, Squirting, 95.

Culm, the straw of the grasses, 264.

Cummin, 136.

Cuneate (leaf), cuneiform, wedge-
shaped.

Cupulifereae, 213.

Cuspidate, with a sharp, slender
point, [ing. /

Cuticle, the outer skin or cover- '

Cyclamen, 168.

Cydonia, 117. [104.

Cyme, a centrifugal cluster,

Cyperacese, 268.

Cyperus. 264, 268.

Cypripedium, 238.

Cypsela, the fruit of the
Composite, 142.

Daffodil, 251, 263.

Dahlia, 147.

Dalbergia, 125.

Damask Rose, 115.

Dandelion, 95, 143, 177.

Darlingtonia, 160.

Date Palm, 225, 228. [son, 33.

Deciduous, falling at the end of the sea-

Dehiscence, act or manner of opening.

Decompound, much compounded, 129.

Decurrent leaves, running down

the stem.
Decumbent, first erect, the

prostrate.

Definite, of a special number.
Defoliation, casting off

of leaves.
Deltoid, form of the Gr.

letter A. [form.

Dendroid, tree-like in
Dentaria, 102.

Dentate, with teeth turned outward.
Depauperate, less developed than usual.
Depressed, flattened from above.
Desmodium gyrans, 124.
Di (in Gr. compounds), two.
Diadelphous, stamens in two sets, 118.
Dwgnoscis, the distinctive character.
Diandrous, having two stamens.
Dianthus, 82, 83.

Dich&tomous, forked or 2-cleft, 17, 78.
Di-cot-y-led-o-nous, embryo 2-lobed, 66.
Didynamous, with 2 long and 2 short

stamens, 174.

Diffenbachia. 233. [ing.

Diffuse, much branched and spread-
Digitate. leaflets distinct,

palmately arranged, 194.
Digitalis, 176.

Digitalis,
Dill, 136.

Dimerous, flowers two-
parted. Circnea, 131.
Dimorphism, 162, 203.

310

INDEX.

Dioecious, staminate and pistillate flowers
on different plants, 137.

Dionaea, 160.

Dipterix, 125.

Dipterous, with two wings.

Dischidia, 199.

Discoid Head, 145.

Disk, a layer between the sta-
mens and ovary, AJchemilla.
184.

Dissected, cut into deep lobes, incised, m

Dis-ti-chous, arranged in two rows. W

Divaricate,wide-spread, straggling, 24. n

Divergent, spread g apart, more or less, y

Dock, 50, 203.

Do-de-cath-e-on, 162, 168, 177.

Dogtooth Violet, 29.

Dorsal, on the back.

Double Rose, 114.

Double Pink, 82.

Douglas Fir 221.

Downy, clothed with short, weak hairs.

Dracdna. 258.

Dragon's Blood, 258.

Dragon's Root, 231.

Drosera, 161.

Drupe, a stone-fruit, as Cherry, Hickory.

Dumb Cane, 233.

Duramen, heartwood, 107.

E, or Ex (in composition), without ; as

Ebracteate, without bracts.

Elecampane, 147.

Elliptical, form of an ellipse.

Elm, 36, 176.

E16ngated, lengthened, extended, /y

Emarginate, notched at the end, /J, 1

Embryo, straight ; convolute, 32,

Embryo coiled around \
albumen.

Enchanter's Night-
shade, 131.

Endogens, 33, 229.

Endogenous structure, 225.

Ensiform, sword-shaped, 241.

Entire Margin, even-edged, 31.

Ephemeral, enduring for one day.

Epi (in composition), upon, as

Epidermis, same as cuticle.

Epigea 158.

Epi^ynous, upon the ovary, 184.

Epilobium, 131.

Epipetalous, upon the corolla.

Epiphytes, Air Plants, 239.

Equisetacese, 27. [241.

Equitant. riding astride (aestivation),

Erica, 157.

Eri6phorum, 270.

Erose, eroded, as if gnawed.

Erythrdnium, 30, 48, -251, 257.

Eschsch61tzia, 71.

Etiolated, whitened for want of light.

Evanescent corolla, 170.

Evening Primrose, 125, 168, 173, 193.

Evergreen, 56.

Everlastings, 147.

Exalbuminous, without albumen, 186.
Excaecaria, 207. [193, 218.

Excurrent (stem), running to the top, 107,
Exoguns, 220, 229.
Ex6genous structure, 108, 225.
Exserted, projecting out of or beyond.
Exstipulate, without stipules.
Extrorse (anthers), turned outward.

agopyram, 203.

alcate, scythe-shaped, curved, 206.

ascicle, a bundle, 46, 214.

Fagopyram, 203.

Falcate,

Fascicle,

Fasciculate, in a bundle, 46.

Feather-veined, see Piuni-veined.

Ferruginous, color of iron-rust.

Ferns, 20.

Fertile (flowers), producing seed, 219.

Fertilization, see Pollenization, 185, 216.

Feverfue, 147.

Fibrils, the last division of roots, 20.

Field Speedwell, 170.

Figworts, 174.

Filament, the stalk of a stamen, 32.

Filbert, 213.

Filiform, slender like a thread, 14, 260.

Filices, 2(i.

Fimbriate, fringed, having the border

edged with slender processes, 97.
Fir, 218 Douglas Fir, 221.
Fistular, hollow, as Wheat straw.
Flabelliform. fan-shaped, 225.
Flax, Toad, 173.
Flax, New Zealand, 258.
Fleur-de-lis (Flur-de-ld), 241.
Floccous, with hairs in soft fleecy tufts.
Flora, (a) the spontaneous vegetation of

a country ; (o) a written description of

the same.

Floral envelopes, the sepals and petals.
Florets, 138, 141.
Florets of the disk, 141.
Florets of the ray, 141.
Flowerless Plants, 16.
Flowers not made for man, 174.
Flower Region, 29.
Flowers regular, 73.

Foliaceous, leaf -like in form or texture.
Follicle, a dry, simple fruit. 1-celled,

1-valved, several-seeded, 197.
Fool's Parsley 187.
Forked carpophore, 132.
Fork-veined. 22.
Fox Glove, 176.
Fragaria, 105.

Free, not adherent to other organs.
Free Central Placenta, 163.
Fringed ; see Fimbriate.
Fritillaria, 258. [21.

Frond, an organ serving as stem and leaf,
Frntcscent, shrubby.
Fruit. &3.
Fuchsia, 129.

Fugacious, soon vanishing, 18.
Fulvous, dull yellowish-brown.
Fungi, 27.

INDEX.

311

Funnel-form; see Inf undibiilif orm.
Funiculus, the seed-stem, 42, 56.
Furcate, forked.
Fusiform, spindle-shaped (root).

Galanthus, 263.

Galbanum, Gum, 137.

Galeate, the upper lip or petals arched.

Galingale, 263. [143.

Gamopetalous, same as Monopetalous,

Garlic, 258.

Gaulthdria, 149.

Gaylussacia, 158.

Geminate, twin, two together.

Generic characters, 179. .

Geniculate, bent as the knee (genu).

Genus, pi. Genera, a family group, 18.

Geraniacese, 97.

Geranium, 40, 83.

Gerardia, 176.

Germination, 186, 277.

Gibbous, obliquely tumid.

Glabrous, smooth, not hairy, 73, 134.

Gla-di-o-lus, 244.

Glandular, with glands, secreting organs.

Glans, a nut, as an acorn.

Glaucous, sea-green, bluish-green, usually
with a bloom, or whitish powder, 34.

Globous, rounded, globular, 151.

Glumes, chaffy envelopes, 265.

Glumiferae, the division (class) which in-
cludes the grass-like orders.

Golden Alexanders, 134.

Golden Chain, 125.

Goldenrod, 147.

Granular, composed of grains.

Grass Pink, 235.

Grasses, The, 271.

Green Dragon, 232.

Green Rose, 115.

Ground Ivy, 176.

Growth is downward, 110.

Gum Arabic, 125.

Gymnema, the Cow Tree, 199.

Gymnosperms, with naked seeds, 220.

Gynandrous, stamens and pis-
tils conjoined. See Column, 235.

Gynoecium, the pistils as a whole.

Habit, jhe general aspect of a plant, 117.
Habitat, the natural locality of a plant.
Haenmnthus, 263. *

Hairs, hairy, hirsute, 104. fl]

Hastate, with the base lobes abrupt- /f\
ly spreading, as in a halbert. ^jF^
Hawthorn, 117.
Hay Fever, 32.
Hazel, 213.
Hearts-ease, 75.
Heart-wood, the duramen, 107.
Heather, 157.
Heathwort, 157.
Hedge Mustard, 185.
lielianthus, 147.
Hellebore, 59, 64.
Hemlock, 218.

Hemp, African, 258.

Hepatica, 27, 55.

Herb, a plant with an annual stem, 29.

Herb Annual, 68.

Herb Perennial, 46.

Herb Robert, 86.

Herbaceous, green and cellular ,not woody.

Heronsbill, 87.

Herbarium, a collection of dried plants.

Hermaphrodite (flower), with both sta-
mens and pistils.

Heter6gamous, two sorts of flowers in the
same head.

Hexandrous, with 6 stamens.

Hilum, the eye or scar of a seed.

Hip, 114.

Hirsute, hairy with rather long hairs.

Hispid, bristly with stiff hairs, 132.

Hoarhound, 182.

Hoary, frost-colored, grayish.

Holy Spirit Plant, 239. "

Hom6gamous, head with all the flowers
alike, as to stamens and pistils.

Honey, 59.

Honeysuckle, 173.

Hood, any hood-shaped organ, 197.

Hooded, see Cucullate.

Hood-leaved Violet, 74.

Hop (Humulus), 187.

Horns, certain little projections in the
Asclepias, etc., 197.

Horse Chestnut, 192.

Horse-shoe Geranium, 86.

Horsetail Rushes, 27.

Hortus siccus (hort. sic.), an herbarium.

Huckleberry (Whortleberry), 158.

Hyacinth, 35, 238.

Hyaline, transparent, or nearly so.

Hybridization, 182.

Hybrid, a cross-breed between two species.

Hypo (in composition), un-
der ; as

Hyp6gynous, under the
ovary, or free (sc. sta-
mens), 48.

Hyp6xis, 259.

Hyssop, 182.

Imbricate, Imbricated, over-
lapping by both edges. Lily,

Immortelles, 147.

Inaxial root, 50.

Incised, divided deeply } as if cut.

Included, inclosed within, or shorter than.

Incumbent (embryo), 100.

Indefinite, not easily counted, 47.

Indehiscent, not opening.

Indian Cress, 95. -Cucumber, 249.

Soap, 195. Turnip, 231.
India Rubber, 207.
Indigenous, native of a country.
Indigo, 125.

Induplicate-valvate aestivation.
Indusium, the shield covering

the fruit-dot (sorus) of a Fern.
Inferior ovary, same as adherent ovary,

133,233.

312

INDEX.

Inflected (petal), with the point bent in-
ward, 133.

Inflorescence, flower-arrangement, 41.

Infundibuliform corolla, the
tube gradually enlarging
into the limb.

Innate (anther), joined by its
base to the filament, 74, 267.

Insects as pollen-bearers, 41, 48, 52, GO, 80,
82, 83, 91, 118, 128, 135, 145, 157, 163, 173,
180, 197, 201, 235, 236, 237, 240, 243. 254.

Inserted, refers to the point of junction,
or apparent origin.

Integument, a coat or covering.

Internodes, 80, 85.

Introrse (anther*), turned inward, 41.

Inula, 147.

Involucre, Involncel, 132.

Involute, rolled inward.

Irregular flowers, 73.

Ipomaea, 183.

Iridacere, Irids, 244.

Iris, 241.

Iron wood, 213.

Isatis, 103.

Itaka, 125.

Ivy Geranium, 97.

Ivy-leaved Flax, 174.

Jack-in-the-pulpit, 229.

Jacobsea, 263.

Jalap, 188.

Jatropha, 207.

Jewel Weed, 93.

Jointed, with joints?, articulated, 83.

Jonquil, 261.

Juniperus, 223.

Kalmia, 155.
Keeled. See Carinate.
Kino, gum, 125.
Knotweed, 2CO

Labiatae, Labiate Plants, 182.

Labiate (flowers), lip -shaped, mouth-
shaped, 172, 180, 182.

Laburnum, 125.

Lady's Delight, 128. Eardrops, 128.
Slipper, 175, 233, 240. Thumb, 203.

Laciniate. slashed, with deep incisions.

Lactescent, containing lac, or milk.

Lacustrine, growing in lakes.

Lambert Pine, 221.

Lamina, the blade of a leaf.

Lanceolate, lance-shaped, 14.

Lanuginous, woolly.

Lapsana, 91.

Larkspur, 59, 64.

Latex, the turbid or milky juice of
plants.

Lathyrus, 118.

Latin names of plants, 18.

Lactiica, 147.

Lateral, attached to the side (style
and ovary), 106.

Laurel, The American, 155.

Laurel, Cherry, 116.

Lavandula, Lavender, 182.

Leaf -stalk, petiole, 31, etc.

Leaf -arrangement, 193. Compound, 58.
Hues of, 190. Modified, 120, 186, 256.
Radical, 47. Shape depends on the
venation, 190. Use of acrid, 50.

Leaf Region, 29.

Leaf, the type of the plant, 256.

Leaflets, the pieces of a compound leaf, 53.

Leek, 253.

Legume, a simple, dry, 1-celled, 2-valved,
several-seeded fruit, 118.

Leguminosse, Leguminous Plants, 125.

Lenticular, shape of a convex lens.

Lentils, 125.

Leucojum, 263.

Lettuce, 147.

Liber, the inner bark.

Lichens, Scale-Mosses, 16.

Ligulate (corolla), strap-shaped, 142.

Lignle, the stipules of Grasses, 271.

Liliaceje, Lilyworts, 257.

Liliaceous flower or corolla,
i. e., a 6- parted perianth.

Lilies of the Field, 62.

Lily of France, 241.

Lily of the Valley, 255.

Lily, Water, Nymphuea, 91.

Limb, the border (sc. of the flower).

Linaria, 174.

Linear, long and narrow, 14.

Linear-lanceolate, 14.

Linear-subulate, 17.

Liquorice, 125.

Liver-leaf, 54.

Liverworts, He-
paticaB, 27.

Lobed palmate-

Lobedpinnately.

Loculicidal, opening

into a cell, 253.
Locust, 121.
Locusta, a spikelet of

the Grasses.
Logwood, 124.

Loment, a jointed legume, 123.
Loosestrife, 165. %-g

Lovage, 136. m

Lunaria, 103. jj)

Lunate, crescent-shaped. **

Lychnis, 83.
Lycopods, 27.
Lygodium, 27.
Lyrate, or Lyrate-pinnatifid, deenly

lobed in the midst (lyre-shaped?),
Lysimachia, 165. [77.

Maculate, spotted or blotched.

Maidenhair, 27.

Male flowers, staminate flowers.

Mallow, 83.

Maple, 35, 93, 188, 193.

Marescent. withering while persistent.

Marigold, 147, 246.

Mast, Mastworts, 213.

Mat-grasses, 270.

Maurandia, 176.

INDEX.

313

Mayflower, 158.

Meadow Rue, 61.

Medeola, 250.

Medlar, 117.

Medulla, pith ; Medullary rays, 107, 189.

Membranous, thin, like a membrane.

Mentha, 182.

Merocarp, one of the carpels of a Cremo-
carp, 133.

Metamorphosis, a transformation.

Midrib (obsolete) the same as midvein.

Mid vein, the central vein of a leaf, 21.

Milkweed, 195.

Mitriform, formed like a conical cap.

Mimosa, 124.

Modified Leaf, 120.

Moulds, 27.

Monos (in Greek compounds), one ; as

Monadelphous, stamens in one set,

Monandrous, with one stamen. [91.

Monkshood, 61.

Monocarpic herbs, 42.

Monocotylddonous, with one seed-
lobe, 267.

Monoecious, with 2 kinds of flowers to-
gether on the same plant, 214, 231.

Mon6gynous, with one pistil.

Monopetalous. See Garnopetalous.

Moosewood, 192.

Morning Glory, 91, 118, 182.

Mosses, 16.

Mountain Ash, 117.

Mouse-ear Everlasting, 137.

Moving Plant, 123.

Mucronate, ending with a sharp, ab-
rupt point (mucro), 244.

Muhlenburg, Henry, 50.

Mulberry, 116.

Mullein, 174, 177^3.

Multi (in composition), many ; as

Multifid, cut half-way into many seg-
ments.

Muricate, bearing short, hard points.

Muriforrn, like a wall of mason-work.

Muscology, a treatise on Mosses.

Mushroom, 27.

Mustard, 102.

Mustard, Hedge, 185.

Mycelium, the first, underground growth
(thallus) of the Fungi or Mushrooms.

Naked receptacle, without chaff, 139.

Naked seeds, 21(5.

Narcissus, 261.

Napiform (root), turnip-shaped. *.

Nasturtian, 95. <TJ

Natant, swimming ; underwater, ^jk

Naturalized and Foreign Plants, <r

143,176; 'V

Nectar, the sweet secretion of flowers.
Nectarine, 116. ^_^

Nectary, an appendage secreting ( )

nectar, 47. \\lljj

Nepeta, 177. \f

Nepenthes, 161.
Nettle, 104.
Net-veined, same as reticulate-veined, 55.

Neutral flower, one with neither stamens

nor pistils, as in Hydrangea.
New Zealand Flax, 258.
Nightshade, 131.
Nipplewort, 91.
Node, nodus, a joint, 78, 85.
Nodding (flower), inclined, like the Ery-

thromum.
Nomenclature, the rules for naming gen era

and species.

Normal, according to rule.
Norway Spruce, 218, 222.
Nucleus, the kernel (of ovule or seed).
Nut, same as glans.
Nutgalls, 213.
Nutgrass, 268.

Oak, 35, 207.

Oats, 279. Wild, 251.

Ob (in composition) denotes in-
vention as

Obcordate, inversely heart-
shaped.

Oblanceolate, inversely lance-shaped, 47.

Oblique, unequal-sided, as an Elm leaf.

Oblong, a broadly linear form.

Obovate, inversely ovate, 47.

Obsolete, past, or out of use ;
undeveloped, 133.

Obtuse, blunt or round at
apex, 35.

Obvolute, half equitant, each
leaf in the bud embracing
only one margin of the other.

Ochreae, sheathing stipules, 200.

Ochroleucous, cream-colored, pale
yellow.

Octo (in composition), eight ; as

Octandrous, with 8 stamens.

CEnothera, 125.

Officinal, for sale in the shops, 171.

Officinal Speedwell, 170, 176.

Offset, a short lateral shoot.

Onagraceae, 130.

Onion, 258.

Operculum, the lid of a Moss, 14.

Opium Poppy, 68, 70.

Opposing (petals), petals and
stamens opposite, 41, 167.

Opposite (leaves), two at a
node. 78.

Orbicular, circular, 152.

Orchard Grass, 274.

Orchidacese, 239.

Orchidaceous flower, 6-
parted, 1-lipped.

Orchis, 233.

Organized, with mutually-re-
lated organs, 13.

Orontium, 232.

Orris-root, 246.

Orth&tropous (ovule), erect, not
bent, 214.

Osmorhiza, 131.

Osmund Fern, 24.

Osseous, bony, like the Peach stone.

Ostrya, 214.

314

ItfDEX.

Oval, egg-shaped with equal ends. ^
vary, 32. /^g\

Ovary, adherent and coherent, 233. Kpl
Ovary inferior, adhering to the N^

calyx tube, 233.
Ovary superior, free from /.

the calyx, 110. /{A

Ovate, shape of an egg, 56. (^ }
Ovate-lanceolate, between ^&y

ovate and lanceolate, 35. V
Ovoid, egg-form, applied to solids, 29, 56.
Ovule erect in the cell ;
ascending. [cell.
Ovule suspended in the
Ovule, the young, im-
mature seed.
Oxalides, plural of Oxalis, 89, 92.

Oxycoccus, 158.
Oxlip, 168.

Paeony, 59, 64, 115.

Pales, or palae, the inner chaff of Grasses,

or of the Composites, 145, 274.
Palms, Palmaceae, 223, 226.
Palmetto, 222. Dwarf, 226.-Saw, 226.
Pal mi-veined, or Palmate- veined, 54.
Pampas Grass, 104, 280.
Pancratium, 263.

Panicle, a raceme compounded, 272.
Pannage, 212.
Pansy, 41, 75.
Papaver, 68.
Papaveracese, 67.

Papilionaceous, pa-piF-yo-nft'-shus, 118.
Pappus, the calyx of the Composites, 139.
Papyrus, 270.
Parallel-veined, 31.

Paraphyses, in the flowers of a Moss, 14.
Parenchyma, the cellular tissue, 225.
Paries, a wall ; Parietal, on the wall, (56.
Parsley, 136.
Parsnip, 136.
Parthenium, 147.
Partridge-berry, 146.
Pasque Flower, 62.
Paulinia, 195.
Pea, 117, 121.
Peach, 112, 116, 120.
Peanut, 125.

Pear, 112, 116. [natifld. t

Pectinate, like comb-teeth, finely pin- wz
Pedate, shaped like a bird's foot. gT
Pedicel, the divisions of a peduncle, \cT

14, 41. [30, 40. I

Peduncle, pe-dunk'-l. the flower-stalk,
Pelargonium, 87.
Peltate, shield-shaped, 97, 159.
Pendulous, hanging, 56.
Pennyroyal, 182.
Pentamerous, 5-parted, 173.
Pente (in composition), five ; as
Pentstemon, 174, 176.
Pentandrous, with 5 stamens.
Pepo, a fruit like a melon.
Peppergrass, 103.
Peppermint, 182.

Perennial, living several years, 24, 46.
Perfect flower : see Hermaphrodite, 47.

Perfbliate, through the leaf, 251.

Peri (in composition), around; as

Perianth, the floral envelope, 31.

Pericarp, the seed-vessel. [267.

Perigyniuni, the perianth of a Carex,

Perigynous, inserted around
the ovary, i. e. on the ca-
lyx, 106, 184, 268.

Peristome, 14.

Persian Insect Powder, 147.

Persica, The Peach, 201.

Persistent, remaining long in
place, 33.

Personate, masked : with lips
closed, 173.

Petal, the leaves of the corolla, 31.

Petaliferous, bearing petals.

Petaloid, resembling petals.

Petiolate, borne on a petiole, 54.

Petiole, the leaf-stalk, 31.

Peliolule, the stalk of the leaflets, 37.

Pharbitis, 187. [229.

j Phenogamia, the Flowering Plants, &3,
j Phoenix, 228.

Phormium, 258.

Phyllodia, leaves without a blade.
1 Phyllotaxy, leaf-arrangement, 193.

Pie Plant, 203.

Pigeon-wheat Moss, 13.
I Pigweed, 143.
i Pilous, with erect, thin haire.

Pine, Lambert, 221. Long-leaved, 218.
Norfolk Island, 223. Pitch, 217.
Prince's, 152. Red, 217. Weymouth,
217. White, 214.

Pinks, 80.

Pinkworts, 83. [ions of a frond, 21.

Pinna, pi. pinnae (wings), the divis-

Pinnate, with 4 or more lateral leaf-
lets. Odd pinnate. 114.

Pinnate, abruptly, with
no odd leaflet.

Pinnate, interruptedly,
leaflets alternately
smaller.

Pinnatifid, deeply lobed in a pinnate &~\

Pin Oak, 210. [manner, 21.

Pipsissewa, 152. [32. W

Pistil, the central organ of the flower, /

Pistilidia, in the flowers of a Moss, etc., 14.

Pistillate (flower), bearing pistils, 138.

Pisum, 118.

Pitch, Bergunda, etc., 223. Pine, 215.

Pitcher Plant, 158.

Pitted tissue, 221.

Placenta, pi. Placenta?, the cellular part
of the carpel which bears the ovules.

Placentae cen-
tral, 66.

Placentae free
central, 162.

Placentae parie-
tal, on the wall,

Plan of a flower, 32.

Plantain, 82, 143. 177.

Plants, Carnivorous,
1(51 -Flowering, 33.

Flowerless, 16. Food of, 107. Sleep
of, 29, 91. Tropical, 146.

INDEX.

315

Pleurisy Boot, 199.

Plicate, folded like a fan, 183.

Plumous, like a plume ; leathery,

Plumule (a little plume), 111.

Poa, 271.

Poet's Narcissus, 262.

Poinciana, 125.

Pollen, abundance of, 32.

Pollenization, curious facts in, 41, 60, 74,

77 80, 82, 85, 91, 118, 128, ia r >, 145, 157,

163, 173, 180, 197, 201, 207, 235,

236, 237, 240, 243.
Pollinia, masses of pollen, 197.
Poly (in composition), many ; as
Polyandrous, with many stamens,
Polyanthus 168,261,263. [47.
Polygonaceae, 203.
Polygonum, 200.
Polypetalous, with the petals free and

distinct, 142.
Polypod Fern, 20.
Polytrichum, 15.
Pome, a fruit like an apple, 108.
Poor-man's-weather-glass, 168.
Poppy, 68.
Poppy Bee, 70.
Poppy worts, 67, 70.
Portulaca, 43, 91.
Portulacaceae, 43.
Posterior, next to the axis.
Potato, Sweet, 187.
Potentilla, 112.

Precocious, flowering before leafing.
Premorse, ending abruptly, 246.
Prickles, distinguished from thorns, 114.
Pride-of-Ohio, 161.
Primrose, 125, 168.
Primulace;ie, Primworts, 161, 168.
Prince's Pine, 152.
Prismatic, shaped like a prism, 3, 4, or

many-sided.

Procumbent (stem), lying prostrate.
Produced, unusually extended.
Proterandrous, 82.
Proliferous, reproducing, as cymes from

the midst of a cyme, flowers from the

midst of a flower.
Prothallus, 22.
Provinces, 33, 43.
Prunus, 116.
Pteris, 27.

Pubescent, downy with short, soft hairs.
Puberulent, minutely downv.
Pnlsatilla, 62. [needle.

Punctate, dotted, as if punctured with a
Purple-fringed Orchis, 238.
Purslanes, 43.

Pyriform, of the form of a pear.
Pyrus, 112, 117. ^H

Pyrola, 150. J|hJ

Pyxis, a pericarp with a lid, 43, 169. ^~?

Quadrangular, four-angled.

Quality, the external traits, affecting the

senses, 260.
Quamash. 258.
Quercus, 208.

ince, 117.

inate, growing in fives,
incuncial aestivation, 42, 106,
uinque (in composition), five

Raceme, flowers arranged as hi Cur-
rant, 41, 201.

Rachis, the axis of an inflorescence,
etc., 24, 41.

Radiant Head, flowers all ligulate, 144.

Radiate head, the outer row of flowers
ligulate, 145.

Radical, springing from the root, 47, 54.

Radicle, the root end of the embryo.

Radicle accumbent, 103. See Accumbent.

Radicle incumbent, 100. See Incumbent.

Radish, 103.

Ramial, of a branch (ramus).

Ranunculacea?, 59, 62.

Ranunculus, 48.

Ran stead, 174.

Rape-seed oil, 103.

Rays (of the Composites), 142.

Rays of an Umbel, 132.

Receptacle, where the florets of a Com-
posite stand, 139.

Receptacle chaffy, 145.

Receptacle naked, 139.

Reclined, the leaf in bud bent over
forward.

Recurved, bent (not rolled) back-
ward, 31.

Red Maple, 192.

Red Oak, 210.

Reduplicate-valvate aestivation,
the valves with recurved edges.

Reflexed, bent back excessive-
ly, 52.

Regma, the fruit of the Geranium,

85.

i Regular, like parts similar,
73.

Reniform, kidney-shaped,
73, 177.

Repand toothed, 126.

Reproductive organs,
29.

Resupinate, reversed;
upside down, 72.

Reticulate, netted, 47.

Retuse, the apex broadly
indented.

Revolute, rolled backward.

Rheum, 203.

Rhizoma, Rhizome, 20. ^

Rhombic, of the shape of

a rhomb. ""^SaT

J Rhododendron, 158. C ^M&

\ Rhubarb, 203.

Ribs, ridges on the fruit of the Umbel-
worts, 135.

Richardia. 232.
! Ricinus, 206.
I Ringent (corolla), the throat open.

! Roblnia, 121.

Robin's Plantain, 140.

Rock Maple, 188.

316

ItfDEX.

Root, the base of the plant, 13, 107.
Root, axial and inaxial, 50.
Rootlets, divisions of the root, 13.
Root-stock, the rhizome.
Rosa, Rose, 112.
Rosaceae, Roseworts, 115.
Rostrate, beaked, with a beak.
Rosaceous corolla, rose-like,viz.,
with 5, regular, quiucuucial

Rotate (corolla), mon-
opetalous, wheel-
shaped, 171.

Rubus, 116.

Rudiment, the beginning of a thing.

Rugous, wrinkled, 206.

Rue Anemone, 60.

Rue, Meadow, 60.

Rumex, 203.

Runner, a prostrate branch, 104.

Runcinate, hooked backward, 143.

Rush, 264.

Russcllia, 176.

Rye, 279.

Sabal Palmetto, 223.

Safflower, 246.

Saffron, 147, 246.

Sage, 180.

Sagittate, arrow-shaped, 98, 260.

Sago Palm, Sagus, 228.

Safsify, 147.

Salver-shaped corolla, a flat
border with a slender tube,
like Phlox, [fruit, 191. A

Samara, a simple, winged ln\

Sanguinaria, 64. /Mfj

Sapindaceae, Sapindus, 195. W'

Saponaria, 83.

Sarracenia, 158.

Scabrous, rough, 142, 275.

Scales of the involucre, 138

Scale-mosses, 27.

Scammony, 188.

Scarious, dry and translucent, 138, 244.

Scape, a radical flower-stalk, 56.

Scape-like, stem with diminished leaves.

Scilla, 258.

Scientific Names, Use of, 18.

Scorpoid raceme, rolled inward,
and unrolling as it blossoms.

Scrophulariacese, 174.

Sea-weeds, 27.

Secund, turned to one side, 256.

Sections, cuttings, 184.

Sedges, 263.

Seed, importance of, 33.

Seed, Composition of, 186.

Seed, Life of, 185.

Self-heal, 179.

Semi (in composition), half ; as

Semicordate, half cordate.

Senegal Gum, 125.

Senna, 125.

Sensitiveness, 121.

Sensitive Plant, 123.

Sensivera, Hemp, 258.

SSpals, the leaves of the calyx, 31.

Septicidal, opening be-
tween the cells.

Septif'ragal, valves
breaking away from
the partitions, which
remain in place, 185.

Septum, a partition.

Sequoya, 221. i

Sericeous, silky. /l

I Serdtiuous, occurring late in the season. K?
j Serrate, saw-edged, 104. It

Serrulate, finely saw-toothed, 14, 171. r

Sessile (sitting), having no
petiole or foot-stalk, 37.

Seta, plu. setae (bristles),
perianth of the Sedges,

Shadberry, 116. [270.

Sheath, the petiole of the
Grasses, 271.

Sheathing petiole, 132.

Sheep Poison, 157.

Sheep Sorrel, 203. [274.

Shepherd's Purse, 98, 177,

Shooting Star, 161.

Showy Orchis, 234.

Shrub, a small (6-20 ft.), woody plant.

Silene, 83.

Silicic, Silique (sil-5ke),
100, 101.

Silk Grass, 195.

Silver grain, the medul-
lary rays, 107.

Simple, of one piece, not
compound, 13.

Sinuate, margin with round-
ed lobes and sinuses.

Siphonia, 207.

Sisymbrium, 185.

Silver-leaved Maple, 192.

Sleep of plants, 31, 91, 92. [128.

Slips, cuttings which grow when severed,

Snap Dragon, 173, 175.

Snow Drop, 263.

Snow Flake, 263.

Soapberry, 195.

Soap worts, 83, 195.

Social Flowers, 135.

Solidago, 147.

Solitary inflorescence, 31.

Solvent trunk or axis, 107.

Sorrelworts, 203.

Sorosis, fruit compounded of an inflores-
cence, as Pineapple.

Sorus, pi. sori, fruit-dots of Ferns, 22. .^r

Spadix, a spike with a fleshy rachis, (A\

Spanish Chestnut, 213. [231. \/

Spathe, the bract (colored) sheathing \f
a spadix, 231.

Spatulate, form of a surgeon's spatula, /n

Spearmint, 182. Iff

Species, 18. tt

Specific Characters, 179.

Speedwell, 170.

Spike, the flowers sessile on the ra- Jb
chis. %

Spikelets, the peculiar clusters in the H"
Grasses, 272. tf*

Spike, Oil of, 182. *

Spines, woody thorns, 121.

IKDEX.

317

Spiral arrangement of leaves, 193.

Spiral vessels or cells, 189, 225.

Spirea, 117.

Spores, the seed of the Cryptogams, 14, 22.

Sporangia, the vessels containing spores,

Spotted Chimaphila, 154. [22.

Sprekellia, 2G3.

Spring Beauty, 39.

Spruce, 218.

Spur, a floral appendage, or nec-
tary, 97, 235. Columbine.

Spurge, Spotted, 206.

Spurgeworts, 206.

Squills, 258.

Squirting Cucumber, 95.

Stamens, 32.

Staminate flower, 137.

Standard, or banner, 118.

Stapelia, 199.

Staphylea, 195.

Star Grass, 258.

Star of Bethlehem, 258.

Stellaria, 80.

Stem, the ascending axis.

Sterile flower, not fruitful, 137, 191.

Stigma discoid stellate.

Stigma plumous, as in
Grasses.

Stigma, 32.

Stigmatic, partaking of
the stigma.

Stings, hollow, poisonous hairs, 104.

Stipe, the stalk of the ovary, 21.

Stipels, the stipules of the leaflets, 117.

Stipitate, on a stipe. ~

Stipules, small leaves at base of the /A
petiole, always in pairs, 75. \j&)

Stolon, a runner. W_

Stoloniferous, producing stolons, 137.

Storksbill, 87.

Stoma, mouth (of a sporange), 14.

Stomata, mouths in the cuticle of leaves.

Strawberry, 104.

Strict, straight and erect.

Striped Maple, 192.

Strobile, fruit of the Pines ; a cone.

Struggle for existence, 146.

Style," the midrllc part of the pistil, 32.

Sub (in composition), under ; in a less
degree.

Subklngdoms, 22.

Subulate, awl-shaped, 17.

Succulent, very juicy and cellular.

Suffruticous, partly shrubby (frutex, a
shrub), 154.

Superior (ovary), ovary
free.

Superior (calyx), calyx
adherent.

Sugar Maple, 188.

Sundew, 104,161.

Sunflower, 145, 147.

Supe'rvolute estivation, 183.

Suppression, 194, 209.

Suspended ovule, growing
from the top of the cell.

Sntural (dehiscence), open-
ing at the sutures.

Suture (sute-yur), 66, 118.

[246.

Swamp Maple, 192. Milkweed, 195.

Sweet Alyssum, 103. Flag, 233. Pea, 117.
Vernal Grass, 276. Violet, 75. Wil-
liam, 83.

Symmetrical, of the same number.

Syn (in composition), together. c ^

Syngene'cious, stamens united by their >Mk
anthers, as in the Composites.

Synonym, 103. 9

Sysirinchium, 244.

Tagetes, 147.

Tamarind, 125.

Tannic acid, 223.

Tapioca, 207.

Tap root. See Axial root.

Taraxacum, 144.

Tawny, fulvous, dull yellowish brown.

Tea-berry, 147. [seed," 111.

Tegmen, " inner layer of the coating of a

Tendril, an appendage for climb-
Teratology, 82. [ing, 119.

Terete (stem), evenly rounded,
cylindric, 13.

Terminal, placed at the summit or
apex, 14.

Ternate (leaves, or leaflets), in threes, 47,

Testa, the outer coat of a seed, 3^

Tet-ra-dyn-a-mous, 4 stamens
longer than the other 2, 100.

Thalictrum, 59.

Thallus, the cellular body of a
Lichen, etc., bearing the fruc-
tification.

Thimble-berry, 116.

Thistle, 147.

Thorns. See Spines, 114, 121.

Throat, orifice of a monopetalous corolla.

Thyrse, a dense panicle, as in Lilac, Horse

Tigridia, 246. [Chestnut.

Toad Flax, 173.

Tolu gum, 15. [hairs, 110.

Tomeutous, with short, dense, woolly

Tonga Bean, 125.

Toothroot Cress, 101.

Top-shaped, inversely conical.

Torroy, Dr. John, 865.

Torus, the basis of a flower, 31.

Trag'acanth, 125.

Tragopdgon, 147.

Tree, 107.

Tri (in composition), three ; as

Triandrous, having 3 stamens.

Tricolor (three-colored), 75.

Trientalis, 165.

Trifid cut deeply in 3 parts.

Trif dliate, with 3 leaflets.

Trillium, 246.

Trilliacese, 251.

Tril-o-bate, having 3 lobes.

Trim-e-rous, 3-part-
ed.

Tripinnate, thrice
pinnate.

Triquetrous, three-
angled, equitant aestiva-
tion, 260.

Tri-ter-nate, thrice ternate, 58. '

318

INDEX.

Tri-t6nia, 246.

Tropaeolum, 97.

Tropical vegetation, Luxuri-
ance of, 146.

Trophyworts, 97.

Truncate, cut square off, 180.

Trunk, the stem of a tree,
107.

Tryma, a bony fruit, like the
Hickory nut.

Tuber, a thickened, under-
ground stem, as a potato.

Tuberculate, covered with
warts (tubercles).

Tuberose (Tu-ber-ose), 263.

Tabular corolla, 143.

Tule, 270.

Tulip, 35, 258.

Tumid, swellei or inflated.

Tunicated (bulb), with the layers entire,

Turnip, 103, [34.

Turpentine, 223.

Umbel. Umbellet, 59, 132.

Umbellate, bearing um-
bels.

Umbellifera, 136, 184.

Unarmed, without stings,
thorns, etc.

Undershrub, a low shrub.

Undulate, wavy.

Unguiculate (petal), having a claw (or
petiole), 97.

Uni (in composition), one; as

Uni-valved, with one valve. .o

Unsymmetrical, 100. 4y*J

Urceolate, urn-shaped, 149.

Utricle, a fruit wilh one seed \fb/tf
loose in the thiu shell "*^s

Uva-ursi, 158.

Uvularia, 252.

Vaccinium, 148, 158.
Vaginate (petiole), sheathing.
Valvate, opening by or like

valves, 43. r

Valvate aestivation, the pieces

,
meeting edge to edge.

Valves, the pieces of a capsule,
legume, etc.

Vanilla, 240.

Varieties, 36.

Vascular tissue, composed of vessels and
tubes rather than cells ; as the Flower-
ing Plants generally.

Vaulted, arched above, as the upper lip of
some Labiates.

Vegetative Organs, 29.

\ r ems, Veinlets, Veinulets, 21. [22.

Venation, the arrangement of the veins,

Ventral, in front, opposite the axis.

Venus's Fly Trap, 160.

Vernal, in or pertaining to the Spring.
Vernation, arrangement of the leaves

the bud, 24.
Veronica, 170.
Versatile (anther), 85, 128.
Vertical, parallel with the

axis, or up and clown.
Verticils, whorls, 179,

193.
Ver-tic'-il-late, arranged

in verticils, 154, 165.
Vespertine, appearing

in the evening.
Vexillary (aestivation), like that

of the Pea, 118.
Vexillum, the banner, 118.
Villous, with long, weak hairs,

102.
Vine, a weak, slender stem, usually

climbing.

Violacese, Violetworts, 76.
Violet, Viola, 72, 115.
Viscid, viscous, sticky.
Vitality of seeds, 185.
Vitta, pi. Vittse, the oil-tubes in the fruit

of the Umbelworts, 135.

Wake Robin, 249.

Wall Flower, 103.

Water Lily, 91.

Watsdnia, 246.

Wax Plant, 199.

Wedge-shaped, tapering to the base,

cuneiform.
Weymouth Pine, 217.
Whistle Wood, 192.
White Maple, 192.
White Oak. 207.
White Pine, 214.

Whorl, a circle of similar organs, 154.
Whorled, see Verticillate.
Whortleberry, 158.
Wild Oats, 251.
Willow, 104.
Willow Herb, 131.
Wind Fertilization, 207, 216.
Wing-margined, 174.
Wintergreeii, 147.
Wintergreen, Chick, 164.
Wistaria, 117, 125.
Wood, the structure of, 107.
Wood Anemone, 60.
Wood Sorrel, 89.
Wormwood, 147.

Yellow Dock, 50.
Yucca, 258.

Zauschneria, 131.
Zinnia, 147.

Y.
Z.

The National Series of Standard School-Books.

NATURAL SCIENCE- Continued.

CHEMISTRY.

Porter's First Book of Chemistry,
Porter's Principles of Chemistry,

% The above are widely known as the productions of one of the most eminent scien-
tific men of America. The extreme simplicity in the method of presenting the
science, while exhaustively treated, has excited universal commendation.

Darby's Text-Book of Chemistry,

Purely a Chemistry, divesting the subject of matters comparatively foreign to it
(such as heat, light, electricity, etc.), but usually allowed to engross too much atten-
tion in ordinary school-books.

Gregory's Chemistry, (Organic and Inorganic, each)

The science exhaustively treated. For colleges and medical students.

Steele's Fourteen Weeks Course,

A successful effort to reduce the study to the limits of a single term. (See page 34.)

Steele's Chemical Apparatus,

Adequate to the performance of all the important experiments.

BOTANY.

Thinker's First Lessons in Botany,

For children. The technical terms are largely dispensed with in favor of an easy
and familiar style adapted to the smallest learner.

Wood's Object^ Lessons in Botany,
Wood's American Botanist and Florist,
Wood's New Class-Book of Botany,

The standard text-books of the United States in this department. In style they
are simple, popular, and lively ; in arrangement, easy and natural ; in description,
graphic and strictly exact. The Tables for Analysis are reduced to a perfect system.
More are annually sold than of all others combined.

Wood's Plant Record,

A simple form of Blanks for recording observations in the field.

Wood's Botanical Apparatus,

A portable Trunk, containing Drying Press, Knife, Trowel, Microscope, and
Tweezers, and a copy of Wood's Plant Record composing a complete outfit for the
collector.

Willis's Flora of New Jersey,

" Catalogys Plantamm in Nov<&C<zsarea repertarum.' 1 ' 1 This remarkable flora
is of great interest to all botanists, and the Jersey Pines have been termed u the
Mecca to which every young botanist hopes some day to make a pilgrimage." This
woikis indispensable to those botanizing on the ground, and is the most useful
book of reference ever published for collectors in all parts of the country. It con-
tains also a Botanical Directory, with addresses of living American botanists.

Young's Familiar Lessons,

Combining simplicity of diction with some degree of technical and scientific
knowledge for intermediate classes. Specially adapted for Texas and the South-
west.

Darby's oouthern Botany,

Embracing general Structural and Physiological Botany, with vegetable products,
aM descriptions of Southern plants, and a complete Flora of the Southern States.

The Nationae Series of Standard School-Books.

NATURAL SCIENCE Continued.

WOOD'S BOTANIES.

from PROP. RICHARD OWEN, University of Indiana.

I am well pleased with the evidence of philosophical method exhibited in tlu
general arrangement, as well as with the clearness of the explanations, the ready
intelligibility of the analytical tables, and the illustrative aid furnished by the
numerous and excellent wood-cuts. I design using the work as a text-book with
my next class.

from PKIN. B. R. ANDERSON, Columbus Union ScJwol, Wisconsin.
I have examined several works with a view to recommending some good text-
book on Botany, but I lay them all aside for " Wood's Botanist and Florist." The
arrangement of the book is in my opinion excellent, its style fascinating and attrac-
tive, its treatment of the various departments of the science is thorough, and last,
but for from unimportant, I like the topical form of the questions to each chapter
It seems to embrace the entire science. In fact, I consider it a complete, attractive.
and exhaustive work.

From M. A. MARSHALL, New Haven High School Conn.

It has all the excellencies of the well-known Class-Book of Botany by the same
author in a smaller book. By a judicious system of condensation, the size of the
flora is reduced one-half, while no species are omitted, and many new ones are
added. The descriptions of species are very brief, yet sufficient to identify the
plant, and, when taken in connection with the generic description, form a complete
description of the plant. The book as a whole will suit the wants of classes better
than anything I have yet seen. The adoption of the Botanist and Florist would
not require the exclusion of the Class-Book of Botany, as they are so arranged that
both might be used by the same class.

From PROF. G. H. PERKINS. University of Vermont and State Agricultural Cotteqe
I Ciin truly say that the more I examine Wood's Class-Book, the better pleased I
am with it. In its illustrations, especially of particulars not easily observed by the
student, and the clearness and compactness of its statements, as well as in the ter-
ritory its flora embraces, it appears to me to surpass any other work I know of.
The whole science, so far as it can be taught in a college course, is well presented
and rendered unusually easy of comprehension. The mode of analysis is excellent,
avoiding as it does to a great extent those microscopic characters which puzzle the
beginner, and using those that are obvious as far as possible. I regard the work as
a most admirable one, and shall adopt it as a text-book another year.

AGRICULTURE.

Pendleton's Scientific Agriculture,

A text book for colleges and schools ; treats of the following topics : Anatomy
and Physiology of Plants: Agricultural Meteorology; Soils as related to Physics;
Chemistry of the Atmosphere ; of Plants ; of Soils ; Fertilizers and Natural Ma-
nures; Animal Nutrition, etc. By E. M. PENDLETON, M. D., Prof, of Agriculture in
the University of Georgia.

From President A. D. WHITE, Cornell University.

Dear Sir: I have examined your " Text-book of Agricultural Science," and it
seems to me excellent in view of the purpose it is intended to serve. Many of your
chapters interested me especially, and all parts of the vyork seem to combine scien-
tific instruction with practical information in proportions dictated by sound com-
mon sense.

From President ROBINSON, of Brown University.

It is scientific in method as well as in matter, comprehensive in plan, natural and
logical in order, compact and lucid in its statements, and must be useful both as a
text-Look in Agricultural colleges, and as a hand-book for intelligent planters and
farmers.

The National Series of Standard School-33ooks.

NATURAL SCIENCE.
"FOUKTEEN WEEKS" IN EACH BEANCH,

By J. DORMAN STEELE, A.M.

Steele's 14 Weeks Course in Chemistry (New Ed.)

Steele's 14 Weeks Course in Astronomy

Steele's 14 Weeks Course in Philosophy

Steele's 14 Weeks Course in Geology

Steele's 14 Weeks Course in Physiology

Steele's 14 Weeks Course in Zoology

Our Text-Books in these studies are, as a general thing, dull and uninteresting.
They contain from 400 to GOO pages of dry facts and unconnected details. They
abound in that which the student cannot learn, much less reraember. The papil
commences the study, i3 confused by the fine print and coarse print, and neither
knowing exactly what to learn nor what to hasten over, is crowded through the
single term generally assigned to each branch, and frequently comes to the close
without a definite and exact idea of a single scientific principle.

Steele's Fourteen Weeks Courses COD tain only that which every well-informed
person should know, while all that which concerns only the professional scientist
is omitted. The language is clear, simple, aud interesting, and the illustrations
bring the subject within the range of home life and daily experience. They give
such of the general principles and the prominent facts as a pupil can make famil-
iar as household words within a single term. The type is large and open ; there
is no fine print to annoy ; the cuts are copies of genuine experiments or natural
phenomena, and are of fine execution.

In fine, by a system of condensation peculiarly his own, the author reduces each
branch to the limits of a single term of study, while sacrificing nothing that is es-
sential, and nothing that is usually retained from the study of the larger manuals
in common use. Thus the student has rare opportunity to economize his time, or
rather to employ that which he has to the best advantage.

A notable feature ia the author's charming u style," fortified by an enthusiasm
over his subject in which the student will not fail to partake. Believing that
Natural Science is full of fascination, he has moulded it into a form that attracts
the attention and kindles the enthusiasm of the pupil.

The recent editions contain the author's "Practical Questions" on a plan never
before attempted in scientific text-books. These are questions as to the nature
and cause of common phenomena, an-J are not directly answered in the text, the
design being to test and promote an intelligent use of the student's knowledge of
the foregoing principles.

Steele's General Key to his Works-

This work is mainly composed of Answers to the Practical Questions and Solu
tio-ns of the Problems in the author's celebrated "Fourteen Weeks Courses " i:
the several sciences, with many hints to teachers, minor Tables, &c. Should I*
on every teacher's desk.

The National Series of Standard School-'JZoofcs.

CLEVELAND'S COMPENDIUMS.

From the New Englander.
This is the very best book of the kind we have ever examined.

From GEORGE B. EMERSON, Esq., Boston.

The Biographical Sketches are just and discriminating; the selections are admir-
able, and I have adopted the work as a text-book for my first class.

From PROF. MOSES COIT TYLER, of the Michigan University.
I have given your book a thorough examination, and am greatly delighted with
i ; and shall have great pleasure in directing the attention of my classes to a woris
which affords so admirable a bird's-eye view of recent "English Literature."

From the Saturday Review.

It acquaints the reader with the characteristic method, tone, and quality of all the
c*iief notabilities of the period, and will give the careful student a better idea of the
recent history of English Literature than nine educated Englishmen in ten possess.

From the Methodist Quarterly Revieiu, New York.

This work is a transcript of the best American mind; a vehicle of the noblest
American spirit. No parent who would introduce his child to a knowledge of our
country's literature, and at the same time indoctrinate his heart in the purest prin-
ciples, need fear to put this manual in the youthful hand.

From REV. C. PEIRCE, Principal, West Newton, Mass.

I do not believe the work is to be found from which, within the same limits, so
much interesting and valuable information in regard to English writers and English
literature of every age, can be obtained; and it deserves to find a place in all our
high schools and academies, as well as in every private library.

From the Independent.

The work of selection and compilation requiring a perfect familiarity with the
whole ran^e of English literature, a judgment clear and impartial, a taste at once
delicate and severe,"and a most sensitive regard to purity of thought or feeling has
been better accomplished in this than in any kindred volume with which we are
acquainted.

POLITICAL ECONOMY.

Champlin's Lessons on Political Economy,

An improvement on previous treatises, being shorter, yet containing everything
essential, with a view of recent questions in finance, etc., which is not elsewhere
found.

From J. L. BOTHWELL, Prin. Public School No. Ik* Albany, N. Y.

I have examined Champlin's Political Economy with much pleasure, and shall be
pleased to put it into the ha* ;ls of my pupils. In quantity and quality I think it
superior to anything that I iiuve examined.

From PRES. N. E. COBLEIGH, East Tennessee Wesleyan University.

An examination of Champlin's Political Economy has satisfied me that it is the
book I want. For brevity and compactness, division of the subject, and clear state-
ment, and for appropriateness of treatment, I consider it a better text-book than
any other in the market.

From the Evening Mail, New York.

A new interest has been imparted to the science of political economy since we
have been necessitated to raise such vast sums of money for the support, of the gov-
ernment. The time, therefore, is favorable for the introduction of \yorks like the
above. This little volume of two hundred pages is intended for beginners, for the
common school and academy. It is intended as a basis upon which to rear a more
elaborate superstructure. There is nothing in the principles of political economy
above the comprehension of average scholars, when they are learly set forth. This
seems to have been done by President Champlin in an easy and graceful in**uuer.

541759

UNIVERSITY OF CALIFORNIA LIBRARY