A

Ss

il

1 O24S54b57 y

IN

|
|

3 17b

Brea

EARS
oe

wc

e
by

fb4tgias
:

“vase

ys
a
at

yh

Min

OPE in teat}
at
asta t
at

Leys Mee

th

149s

apt

Wiha

Veheiae

Bor)
il

HI?

fay
iy
SUASE

Eran rar Me ‘ y Pete sans 2G
4 ‘ He AN As

siete Hin
Sct t

U
Vy,

VARY
u thins
nt ey
cha MW ene?
Pa Wa oN
Wee

a

EN Ki bs
phe
it

.
oes

parent
as nt ete

oo

ee
eneeoe

tae aoe «ti

ary Cav ayia it
yd rel

Hedile
sf +S

ies t,
F < :

“”
Bs

ite
ARSON
tte

oo

aha
; as
SE Sheva’

ier)
Lied

if
eke Asin § #

BO St
a oe
of

A AEMae titers
EERE ee Bsterearayy

o Lf swe «
naa
fete ay

eue

; "

a5 8! J a

Lee a be
iaree

Bethke
tats

Digitized by the Internet Archive
in 2007 with funding from
Microsoft Corporation

http://www.archive.org/details/familiartreestheOOmathuoft

| ann ‘
Sv Mua

a
iy

Maree hey Hae
i ; hy iis re i

Lal bn
ny ¢ hi oh i

ne fh 7 ioe inne * ei
Pane

Tha

LIQUIDAMBAR.

Leiperville, Delaware Co., Penn.

EDITION IN COLORS

Familiar Trees
and their Leaves

Described and Ilustrated by
F. Schuyler Mathews

Author of Familiar Flowers, Familiar Life in Field
and Forest, and Familiar Features of the Roadside

With Illustrations in Colors and over Two Hundred
Drawings by the Author, and an Introauction by
Prof. L. H. Bailey, of Cornell University

New York and London
D. Appleton and Company
IgII

CorrniauHT, 1896, 1901, 1911,
By D. APPLETON AND COMPANY.

Printed in the. United States of America

a

PREFACE TO THE EDITION IN COLORS.

One of the most interesting things in connection
with the study of nature and the pursuit of art is
the study of color. It would take a massive volume
profuse with illustrations to adequately describe and
portray those phases of color which are common at
any hour of the day in the field and woodland.

Trees have their moods as well as men, and these
are expressed in color which is influenced by, and
largely dependent upon, sunlight and atmospheric
conditions. To be sure, it is not quite possible to
perfectly represent these moods in a process repro-
duction of a water-color study; but a suggestion
of such character is far better than the complete
absence of it, and, it must be acknowledged, mod-
ern processes are wonderfully faithful to form and
the touch of the artist’s brush.

With the hope of more clearly expressing by
illustration the life and moods of some of our com-
mon trees, the publishers have added to this new
edition the likenesses, in color, of the birch, maple,

red spruce, liquidambar, and other familiar charac-
iii

‘y FAMILIAR TREES AND THEIR LEAVES.

ters of the field and forest. My sketches in water-
color were therefore intentionally impressionistic.
I avoided all those petty details which the camera
could have given with minute fidelity, and aimed
for color and effect, for mass and character.
Whether the effort was successful or not remains
for the reader to judge. At all events the repro-
ductions deserve to be kindly received, because
color invariably involves such a stupendous amount
of labor in the process of duplication (a fact which
few appreciate or understand), and mechanical results
are so extremely uncertain even in the hands of a
skilled workman. But there is one good point about
process : it does not superimpose another man’s hand
between the artist and his reproduced picture. It
does not distort his drawing, nor does it ignore his
technique; in fact, it has now proved itself a fair
means of attaining both color and form with some
degree of fidelity. A mere black-and-white photo-
graph fails to tell half the truth of nature. In June,
when the maple and the liquidambar are verdant
green, the lifeless photograph takes no account of
the fact. Nothing short of palette and brush in the
hands of an artist can tell the truth about the field
and forest on a rare day of June. The lilac shad-
ows, the purple tree trunk, the emerald foliage, the
cobalt sky, the warm pink tone of the atmosphere
on what is commonly called “an artist’s day ”’—these
are not to be photographed. The colored fire of

PREFACE TO THE EDITION IN COLORS. Vv

cloud and sky, the soft emerald of the meadow
broken by the lilac-blue shadow of the stately elm
—what can the camera tell of these ?

We have some little record of these colors in the
tree pictures; they tell how the oak differs from the
maple, and the tupelo from either. We must not
expect more; it is a simple chromatic demonstra-
tion, beyond the boundary of photography.

Regarding the scientific nomenclature which is
adopted for this book, one word of explanation is
necessary. The names are those of Dr. Asa Gray,
and his successors connected with the University of
Harvard; the addition of Dr. Sargent’s scientific
names I considered particularly necessary in defer-
ence to his magnificent work, The Silva of North
America, to which we must all of us go for a wider
knowledge of tree life. All other systems of no-
menclature, however popular they may seem to be,
seem to me both unnecessary and unreliable, as well
as conducive of much confusion, especially to the
younger generation. We certainly are in safe hands
if we depend upon the botanists of Harvard Univer-
sity. It is not necessary to say more than that.

F. Scuuyter MatTuews.
May 1, 1901.

PREFACE.

Posststy there are some of us who may not think
that a leaf is a thing of beauty. We are prone to

> as though

use the expression “‘ Nothing but leaves,’
leaves were the worthless, homely, and uninteresting
things of an otherwise beautiful creation. They cer-
tainly are common, but they are far from -common-
place. If we doubt this, let us try to draw or paint
a single leaf. Only a great artist can depict all of
some one of its manifold truths; one may draw ever
so carefully and well, yet he can not tell with the
pencil or the brush all the truth and beauty of one
leaf. Its color is too waxen and pure to be imitated
by earthy pigments; its outline is too subtile, its
teeth are too finely and vigorously formed, and its
veins are too infinitely complex for one to copy with
absolute, lifelike accuracy. No, it is not possible to
portray all the beauty of a leaf with the pencil. Yet

this work of Nature’s wonderful art is common: the

vii

ae PREFACE.

world is filled with untold billions of leaves, no two
of which are exactly alike.

This is a case in point where Nature distinctly
shows that infinity of character which sometimes
balks all attempts at a rigid classification. I am still
of the opinion that types and rules are valuable only
as guide-posts are on a strange path. The drawings
and descriptions set forth in this volume, which pro-
ceeded from original investigation with an attempt
to give a different point of view from that of the
professional botanist, remain as good to-day as they
were when the book first appeared. But meantime
the characteristic unrest of the scientific mind has
produced important changes in both nomenclature
and classification. The International Congress of
Botanists, held at Vienna, June, 1905, established
a code which now meets with universal acceptation
—leastwise among all generous and broad-minded
botanists.

These recent changes involve more than the super-
ficial naming of plants: they mean that a plant or a
tree is at last placed where it belongs relatively with
some other plant or tree. To be sure, botanical re-
search is ever going on, new species are constantly
turning up, and old ones are proving to have been

insufficiently studied. One is not disposed to com-

PREFACE, ix

plain, therefore, at the botanist’s redistribution of
scientific names; it means an advance, and some
slight confusion very naturally precedes reorganiza-
tion. Everything is not yet settled, and further
changes are bound to come; still, so far as the lim-
ited number of species are concerned which are con-
tained in this book, it seems likely that they will not
be disturbed hereafter.

It is gratifying to know that after the lapse of
quite a number of years Familiar Trees is a suffi-
ciently successful book to require a second revised
edition. This revision in a great measure relates to
its scientific nomenclature which follows the initia-
tive of the seventh edition of Gray’s Manual, revised
by Dr. B. L. Robinson and Prof. M. L. Fernald,
and under their supervision illustrated by me. It
has been my privilege, therefore, to acquire a clearer
insight into the reason and need for the nomencla-
torial changes through my association with those who
accomplished that excellent work. But I have con-
cluded that it would be wiser, on the whole, to retain
all the old names and place them just over the new
ones, thus giving the reader the opportunity of see-
ing precisely the extent of the revision. It is a
curious coincidence that a large number of Professor
Sargent’s names exactly accord with those of the

. PREFACE.

seventh edition of the Manual, so on that account it
has been quite unnecessary to change the index in
any respect. The supplement, being alphabetically
arranged, furnishes an index in itself, and, of course,
it contains all the nomenclatorial revisions.

The introduction in the supplement of a score of
hew species—that is, species new to the book—re-
sults from the fact that some new Birches, Ashes,
and Maples have been discovered in the past decade,
and also that a number of rather rare trees have
become somewhat common. In all cases I have drawn
or described these species from types in the Gray
Herbarium of Harvard University. One is disposed
to believe that the work of investigation connected
with the tribe Betula is not yet altogether complete,
for there are some very puzzling phases of the northern
Birches; but the reader will undoubtedly be glad to
know that both Professor Fernald’s and Mr. Blanch-
ard’s trees are not difficult to find in the localities
given in this book. That there is always the trouble-
some “ intergradient ” with which one must reckon
goes without saying; in that case it is better to sub-
mit the specimen to the botanist. But the guidance
which one may obtain from a careful drawing, it
must be acknowledged, is almost limitless. It was

John Ruskin who once said (it is one of his char-

PREFACE. xi

acteristic sweeping assertions which carries with it
a tiny grain of truth) that in time every plant and
tree would be drawn and there would be no further
need for botanies! As a matter of fact, the latest
approved scientific name of a tree is not an aid to
its identification, nor is the succinct technical phrase
constituting a botanical definition the last word that
may be said of a leaf. It often remains for the
photograph or the artist’s brush to discover by a
glance of the eye those subtle truths which no words

can accurately measure or describe.

F. Scuuyter Matuews.

Ex Fureipis, Buarr, Campton, N. H.,
August, 1910.

Jenetiagtte

es, woth fies iM >
‘crite athe eet

i he
moe VR

Tia! tae
dt
in it,

INTRODUCTION.

TREE growth is a constant source of wonder to
one who contemplates Nature. The rigid bole, the
bracing and far-searching roots, the outspreading top
with its myriad members and its infinite variety of
form and expression, all combine to make an organ-
ism in which strength, durability, gracefulness, and
tenderness are all at once the dominant characteristics.
In all the range of Nature there is no object which
so commonly inspires the tenderer and finer emotions,
and which would leave the earth so bare of loveliness
if it were to be removed. Itself devoid of person-
ality, it still lends itself to the expression of all the
feelings of the heart. It is gay or sad, warm or cold,
peaceful or restive, the reflection of the passing mood
of the observer. Every one loves the trees, though
he may not know it, and it often happens that those
love them best who know them least. I mean to say
that one who attempts to analyze the kinds and spe-

cies may wholly overlook the tree itself in his search
xiii

xiv FAMILIAR TREES AND THEIR LEAVES.

for details. The tree exists as an individuality wholly
aside from its name and classification -and botanical
technicalities. There are, then, two ways of know-
ing a tree. One is the way of human feeling and
sympathy, through which a tree becomes a part of
one’s self, as the sunshine does. It is identified with
every hallowed experience. The influence of its be-
nignant branches throws a savor into the commonest
nooks and corners of our lives. Another way to
know the tree is the botanical or analytical way.
This method sternly scrutinizes every detail. This is
essential to truth, but not to feeling. It is so likely
to restrict and dwarf the vision and the sympathies as
to make the tree but a laboratory filled with curiously
fashioned mechanisms. Some persons are slaves to
facts. There are botanists, no doubt, who know all
the kinds of trees, but who have never seen the
greenness and verdure and sublimeness of the woods.

Yet, despite the narrow vision which may come
from the analytical study of plants, there is no in-
herent reason why the person who traces the veins in
the leaf, counts the seeds in the pod, and unravels
the structure in the wood, may not also see the tree of
which all these charming details are but the various
parts. Fortunately, the greater number of persons
will always desire to know the tree as an entirety;
but they may enjoy it the more if at the same time

INTRODUCTION, XV

they have some knowledge of its kinships and its
names. The name is the index to all that has been
written about it,—a means of learning its range, its
habits, and its uses. Such persons approach the tree
in a different spirit than the botanist does. They
want an easy and personal method of apprehending
it. They have no desire to discover or record scien-
tific facts. They are not of the analytical turn of
mind. They simply want an introduction to the
trees whom they meet. Their desire is as legiti-
mate as the botanist’s, and it is more necessary that
it be satisfied. The botanist can make his own
helps, if need be. I am glad of every new book,
therefore, which invites people to see and to know
Nature. That method of treatment is best which in-
terests the greatest number of persons. If only the
statements are clear and accurate, the critic has no
right to condemn the book. If the book is made for
the people, time is the only judge of its merits. As
foliage is the most obvious feature of trees, aside
from form, it would seem that leaf-forms afford the
most useful basis of introduction to a common knowl-
edge of trees; and if, in addition, the artist draws
and describes the objects as he sees them, the result
must be beneficent.
| L. H. Barzey.

CorNnELL University, May, 1896,

A PLAN FOR LEAF IDENTIFICATION.

All leaves may be divided into five general classes, as follows:
I. Simple alternate-growing leaves.
II. Simple opposite-growing leaves.
Ill. Compound alternate-growing leaves.
1V. Compound opposite-growing leaves.
V. Evergreen leaves, of the Pine family.

The first four classes which comprise the deciduous leaves are sub-
divided into two classes, as follows:

1. Without teeth.
2. With teeth.

These two classes are again subdivided, as follows:

A. Edge not divided or cut into.
B. Edge divided or cut into.

Class V is subdivided as follows :

1. With long needles.
2. With short, flat, blunt needles, or with soft needles,
3. With short, sharp needles, or with scales.

Under this general classification the leaves are arranged in botanical
3uccession through the following chapters:

I. Simple alternate leaves:

; A. Edge not divided. Chap. II.
1. Without teeth. | Rdge divided. Chap. ine
: A. Edge not divided. Chaps. IV to 1X.
2 LE | B. Edge divided. Chaps. X to XIII.
II. Simple opposite leaves :
1. Without teeth. A. Edge not ee eee a
: A. Edge not divided. ap. :
2a WW 1h neath, | B. Edge divided. Chap. XVI.
III. Compound alternate leaves :
: Leaflets bordering main
1. Without teeth. | leaf stem. . Chap. XVII.
eT Leaflets bordering main
2. With teeth. | cate Chap. XVIII.

IV. Compound opposite leaves :
1. Without and Leaflets bordering main

with teeth. leaf stem. Chap. XIX.
2. With teeth. Leaflets radiating. Chap. XX.
VY. Evergreen leaves, of the Pine family:
1. With long needles. Chap. XXI.
2. With short, flat, blunt needles, or with
soft needles. Chap. XXII.

3. With short, sharp needles, or with scales. Chap. XXIII.

Xvi

COLORED PRINTS OF TREES.

FACING
PAGE

Liquidambar : a : f . : Frontispiece
Tupelo. : : 3 é : : : : : aoa

Sassafras. ‘ ; ‘ ‘ ‘ : : : edo
Paper, Canoe, or White Birch . ‘ j : Sou eoe:
Chestnut. : : 3 ‘ A : x 5 OG
White Oak . ‘ , , : : : 2 : . 146

Sugar Maple : : é : a : . : Les
Black Walnut. : : : 2 : : ; . 226

Hickory : ‘ 3 , s : ; F ‘ . 229

Fir Balsam . ; : és : 4 : : + 2218

Red Spruce . ‘ : ; : 5 : ; : . 282

Red Cedar . A 4 : : : - 2 ae98
xvii

ke
i 3

it
Ki

THE PAINTED BEECH.

FAMILIAR
TREES AND THEIR LEAVES.

CHABTER —L
THE LEAF AS A BUILDER.

Tue trees may be justly numbered among our
best friends, for the simple reason that our lives are
inseparably connected with and greatly benefited by
them. But we need to know our leafy friends ,
better. It is not enough to be able to distinguish
an ash from a hickory, or a fir from a spruce; it is
more important by far that we should become ac-
quainted with the form and character of the leaves,
the fruit, and the bark and thus acquire a fuller
knowledge of the way the tree lives.

To know a tree is to become familiar with the
purpose and condition of its life. This is revealed in
no small measure by the leaves. The needle of the
pine enables the tree to withstand a hurricane on a
mountain top, yet its slender figure is perfectly
adapted to the task of gathering light and air for the

1

9 FAMILIAR TREES AND THEIR LEAVES.

tree’s life. The broad-leaved buttonwood would fall
before the gale which the pine successfully weathers.

Se,

ries ute
eee

«iy ca WT
Ait i (Gt ' ae Be =

by alee 2S

it BRE =
= SS >

al \h:

‘“‘The rough and fuzzy leaf of the Slippery Elm,”

Se

THE LEAF AS A BUILDER. 3

Not less plainly does the diversity of character in
a leaf reveal the diversity of tree life itself. No
two leaves are exactly alike; no two
trees are exactly alike. There are spe-
cific as well as generic differ-

iA
\ \\ ZX
K \ ‘ a

° : fi i
rugged, wild, and struggling an Ss
a ; i \\ \\\ 2. =
life ; another an easy, luxurious

ences which are _ strongly
marked. One tree leads a

q
j ==

° \\ \ \) Ez
life. The rough and fuzzy leaf \ ) eee
of the slip- \\) i =

pery elm, the VS )
silky leaf of Yi
the beech, the
shiny leaf of
the gray birch,
these are all

widely differ-
ent; but there are also dis-
tinct differences between
the leaves of different kinds
of birches, elms, and maples.

Still, there are puzzling
similarities, and one is often
compelled to study minute
details in order to make sure

of a particular species. ‘The silky leaf of the Beech.”

4 FAMILIAR TREES AND THEIR LEAVES.

We find no more than just so many berries on a
stem, and this fact decides a species; the leaves grow
just so many in a cluster,
and this decides anoth-
er species; the bark is
marked thus and so, and
there is no further doubt
about yet another species.

It is plain, therefore,

that by comparative ex-

Nyssa biflora; amination we can decide

lease a beyond peradventure
what the tree is by its leaf, its fruit, or its bark.
But it is with the leaves that we have chiefly to do;

in almost all cases their assistance is
sufficient for the identification of the

tree. I have consequently arranged

them in the succeeding chapters
according to a progression from
simple to complex
forms.

Fig. A is the sim-

Nyssa uniflora ;
not more than one berry.

plest form of a leaf;
it is without divisions
and has an entire and unbroken edge. But this is
not all which we must look at; it is a most important
fact to know how the leaf grew. Did it spring

THE LEAF AS A BUILDER. 5

from the twig in alternate order with its neighbors,
or did it grow opposite a neighbor? Fig. B shows
how leaves grow alternate-
ly; but Fig. C also shows

how alternately - growing
leaves sometimes double up,
and, growing
thus in pairs,
appear to be
opposite. But

4 ijn Yo

Y i , wy 5
rf ve

it is the main branchlet to
which the term “ opposite”
applies, and Fig. D illustrates
the way opposite leaves seem
to spring out from either side
of the branchlet.

The next simple form of a

Fie. A.—Catalpa Leaf.

leaf is one which is divided or “cut into,” but is

FAMILIAR TREES AND THEIR LEAVES,

x
XN

ces
Aan\var

SW

NR)
ASS

‘
SAW /\ :
. It
we t
yea hy! v7 if

a xv

~ EUAN

=

Fie. B.—Yellow Birch.

THE LEAF AS A BUILDER. y |

Ny
=< :
Wy?
WAYGZAX
SS Y a, \
= \Z Aly
— 2 a, Kd a
SN Ae Ml 4
Ii WES
AN f ) LS,

SS

= Ay
ZEA \
AF Z \\
ABE \
ZI \x
ZZ ZINN
——
eS

8 FAMILIAR TREES AND THEIR LEAVES.

fl } i),
et i | = ;
Ae ti
SS: Nh

LZ
ee

li, TT \\\ ms

ats

Is Fic. D.—Striped Maple.

“THE LEAF AS A BUILDER. 9

still without a toothed
edge. The lobed leat of
the sassafras is a good
illustration of this type
(see Fig. E).

The toothed leaf of
the yellow birch (see Fig.
B) comes next among the

simpler forms; but even
this type is not quiteas / Fie. E.—Sassafras Leaf.
simple as that of the

beech leaf (see the second drawing in this chapter), for
the birch as well as the slippery-elm leaf is double-
toothed, while the beech leaf is the plain-

est, shallowest-toothed affair which Nature

has designed. Perhaps Viburnum
dentatum, which will be found

in a succeeding chapter, has , ‘ “NS ly
N WN AF WW
a leaf almost correspond- vi ee, ni Z
| NW g\, WEE JES
ingly simple, but the teeth SU ae
Nya ARN >
are cut deeper, and the SV id ;
= A yf Ls fe f--
veining is not nearly so Wf OWES:
s SEES npr
plain. LP <E—
. Ww SS
The silver-maple leaf LOSS,

comes next in order (see
Fig. F); this leaf is both
divided and toothed, but +i, r.—silver-Maple Leaf.

FAMILIAR TREES AND THEIR LEAVES,

10

‘yeo] poomuoyyng—"p ‘org

BEE \ae |
oe fe
# Rs Ae 3
s Sse > =e
fe OAS Oe ga
. \ /Ovige Zs =
aa > = WW. Ay v) Vn '
LA Z- sm = |? =
y AS Z = — Se x} wer NS SARS SS
AY Re) . “1 he) ze X NSS 4 \ . \ a ee 3 ! NY :
RO GUA. Qe) BNR
ee ss 4 wy \ ; ST oc a |
ae SL FU | a ON yh N
. Kw 4h i y yi ,\\ , Zlbly i o S Ys ; = -
DN HBL AN RE Norte yh WES
Via) WA AW Pt ew AW Hy) Sy IN SS y)
te iu wy % \ A hs ih) wy S Ss
| \ \ if é Mf AN— If "y 5 Y S \
E \ \ fy, WN Qh . ti)
“NY

i
e\ : ahh lig )

li Ly

Y

THE LEAF AS A BUILDER. 11

it is an extreme type. A less pronounced variety of
this sort of leaf is Fig. G; here there are hardly

Fie. H.—White Ash.

any teeth at all, and the few are large enough to be
called “ divisions,” or, better yet, subdivisions.

12

FAMILIAR TREES AND THEIR LEAVES

y' AG ll

we
(eZ

SS

Fic. I.—Pignut.

THE LEAF AS A BUILDER, 13

Next in order comes a compound leaf without
teeth, and following it one with teeth. (Figs. H and
I illustrate these two types perfectly.) Lastly comes
the horse-chestnut leaf, which has a radiating form
(see Fig. J), which is the extreme type of complexity
in a leaf.

These types comprise all the leaves of trees out-
side of the pine family; the needle leaves of the
latter are too simply formed to require explanations
beyond those given in the chapters devoted to the
evergreens. The possession of a simple method
whereby we may identify a tree by its leaf is a
stepping stone to a better knowledge of the tree
itself. It seems a strange fact that we do not fully
comprehend the great value of the billions and
billions of leaves that clothe the vast forests which,
as time progresses, are slowly disappearing before
the axe. The cubic feet of lumber which a tree
yields are not nearly as valuable to us as the leaves
which the living tree puts forth season after season.

The greatest sphere of usefulness which a tree
occupies is connected with its life. It is a great air-
purifier ; it absorbs from the atmosphere the carbonic-
acid gas which is poisonous to us; it holds and slowly
dispenses moisture which the parched air needs; it
gives out the ozone (or oxygen in an active electro-
negative condition) which is peculiarly conducive to

FAMILIAR TREES AND THEIR LEAVES.

14

5 Hh
ie

S—

Fia. J.—Horse-Chestnut Leaf.

THE LEAF AS A BUILDER. 15

our health ; and it modifies heat which would other-
wise be overpowering. Step into the thick woods
from an open space on a very hot day, and imme-
diate relief is experienced from the intense heat.
This is not wholly the result of shade furnished
by the trees; much of it proceeds from the modifi-
cation of the air through the breathing of the tree
leaves. These leaves not only absorb heat and sun-
light, but also carbonic-acid gas, and through tiny
channels transmit them to the growing wood fiber
of the tree.

The fact is, a tree is built up far more by the sun
and the atmosphere than it is by the soil from which
it grows. In the delicate structure of the leaf, which,
upon close examination, we will see is composed of a
complicated net work of nervelike “ veins,” carbonic-
acid gas is broken up into carbon, which is retained
by the tree to form its woody structure, and into
oxygen, which is liberated and passes into the atmos-
phere. Each leaf, therefore, is a builder and an air-
regulator of a nature which is beneficial to us. Its
capacity for heat and sunshine is something astonish-
ing. I have estimated that a certain sugar maple of
large proportions, which grows near my cottage, puts
forth in one season about four hundred and thirty-
two thousand leaves; these leaves combined present

a surface to sunlight of about twenty-one thousand
3

16 FAMILIAR TREES AND THEIR LEAVES.

six hundred square feet, or an area equal to pretty
nearly half an acre. Every inch of this expanse
breathes zn life for the tree, and owt health for
man, while it absorbs in the aggregate an enormous
amount of heat and sunlight. In time of rain it also
holds the moisture, and allows it to evaporate by
slow degrees when hot days return. The forests are
vast sponges, which, through the agency of leaves,
soak up the beneficent raindrops and compel them to
pass slowly through shaded channels to the parched
lands beyond. It is indeed quite impossible to over-
estimate the value of the billions and billions of
leaves which work and build for the benefit of hu-
manity. Only forty per cent of a tree is utilized by
the woodsman ; the pity of it is that the waste is so

fearfully out of proportion to the gain. I do not say
that a waste of leaves is a very serious loss, but I do

say that the wanton destruction of more than half
the tree, with its thousands of leaf-workers, is inex-
cusably careless.

A tree is most likely felled at an immature age ;*
how much larger it would grow if given an extra ten
years’ lease of life some of us would be astonished to
learn. In that time a sugar maple I call to mind, at

* Spruce and pine “sticks” (the trimmed logs) are floated
down the Merrimack River to the lowland mills by thousands, not
one of which measures more than nine or ten inches in diameter.

THE LEAF AS A BUILDER. 7

first but eight feet high, grew to measure fully thirty
feet, and expanded over a space three times as great
as that it originally occupied.’ An elm, now probably
thirty years old, in the same length of time added
fifteen feet to its stature, and spread ten feet in the
radius of a circle. This tree is before me as I write.
Another, which stood four feet high in 1870, and
twenty feet in 1885, now reaches over thirty-five feet
above the point it started from. A white pine, which
ten years ago had a stem as thick as a portiere pole,
and a height only a trifle superior to my own, I can
now walk under without stooping; its trunk meas-
ures twenty-three inches in circumference, and its
topmost bough is twenty feet above the ground.
Four firs, which ten years ago measured twelve feet,
now stand over twenty feet high. A silver maple,
which I planted when it was but four inches high, in
ten years grew nearly twenty feet. Two sugar ma-
ples, which looked like bean poles when they were set
out in 1875, are now symmetrically egg-shaped, and
reach far above the ridgepole of the neighboring
house ; in ten years’ time I estimate that these trees
expanded six feet in all directions, and their trunks
nearly doubled their diameter.

The imperceptible and irresistible force with
which a tree grows I have found curiously demon-
strated in a certain butternut, around which was built

18 FAMILIAR TREES AND THEIR LEAVES.

a rustic arbor some ten years ago. The roof was un-
wisely fastened close about the trunk, to exclude the
rain; now the rafters are forced asunder fully six
inches on either side of the tree, and an opening of
that width shows itself in the arbor roof. What is
most astonishing is the way three or four six-inch
iron spikes have retained their original position,
while the wood has been forced (regardless of the
nail-heads) entirely beyond them.

According to recent tests, it takes a pulling force
of six tons to dislodge a six-inch nail. Think, then,
of a tree growing with an irresistible pushing force
of thirty-six thousand pounds, and this merely the
trunk expansion! It is remarkable, also, to see how
a tree apparently growing out of a bowlder holds it
with an iron grasp, as its vigorous roots (much in the
way one’s fingers encircle a ball) pass over it on their
way down to the nourishing soil below. There are
several trees growing this way in the charming woods
opposite the Flume House, Franconia Mountains ;
one may see them beside the path leading to the
Pool.

The life of a tree is not only interesting, but it is
ot more value to us than we can easily estimate. The
loss of large areas of air-vivifying leaves is a menace
to our health. Forests prevent sudden changes of
temperature in all seasons of the year; they decrease

THE LEAF AS A BUILDER. 19

the frequency of destructive frosts in early autumn,
and they maintain an equable climate in winter; they
absorb and give out heat more slowly than the open
fields, and they act as a screen to land lying to the
leeward of blasting winter winds. When we interest
ourselves in tree life we begin to realize how great a
worker and builder the leaf is. It builds the tree,
and it works for our benefit. So intimately is it con-
nected with the tree life, that from it proceeds a tiny
channel, or nerve, so to speak, down the trunk to the
very root of the tree. John Ruskin, in Modern
Painters, vol. iv, speaks thus of the leaf-worker: “ It
leads a life of endurance, effort, and various success,
issuing in various beauty ; and it connects itself with
the whole previous edifice by one sustaining thread,
continuing its appointed piece of work all the way
from top to root.”

CHAPTER II.

i. Simple Alternate Leaves.
1. Without teeth. A. Edge undivided.

THE MAGNOLIAS, ETC.

Tue simplest possible leaf which grows on a tree
—I ought rather to say, which helps to build one—
we will find on the Southern magnolia. This tree,
which leads all others in botanical classification, puts
forth a leaf of the plainest design we can discover in
Nature—a leaf of an elliptical figure with pointed
ends, plain as the plainest New England farmhouse
without cornice, dormer, or column, and quite as re-
freshingly simple.

The magnolias are distinctly Southern trees, with
dark, shining, evergreen leaves, which are more or
less out of tune with a Northern environment. Just
as the sober olive has its perfect setting in the bril-
liant light and color of Italy and Syria, so the deep-
hued magnolia finds its most congenial surroundings
in the sunny South; and no doubt Nature is aware

of this fact, for she does not allow the trees to ex-
20

THE MAGNOLIAS, ETC. 21

pand to their normal size in the North. The mag-
nolia in New Orleans is quite a giant compared with
his fellow which has been exiled to bleak New Eng-
land. Away from the Southern swamps or the pictur-
esque streets and gardens of Mobile and New Or-
leans, separated from its natural associates, the pecan,
cypress, and fig tree, the magnolia can not be seen
in the prime of its strength and beauty.

The finest of the species is the great-

Great-flowered :
Magnolia, or flowered magnolia, or bull bay. In

Bull Bay. the South this

ae beautiful
grandiflora.

aN
oS — ‘AN Ah, \
ve a
ch lech
Ss

i)

\
ft i
tt : Uli
M

Magnolia grandiflora.

reaches a height of from 60 to 80 feet; its trunk,
which is not infrequently as much as four feet in
diameter, is of a harsh brown gray color, and is coy-
ered with scales about an inch in length. The deep-

92 FAMILIAR TREES AND THEIR LEAVES.

green leaf is from five to eight inches long, thick,
shiny above, and somewhat rusty beneath. The ma-
jestic and lilylike flowers measure seven or eight
inches across; they are cream-white, exceedingly fra-
grant, and bloom from April to June in the South,
but as late as early August in the North.

The finest growth of this tree, according to Prof.
Sargent, is in western Louisiana, where it forms a
conspicuous feature of the forest.* It grows wild in
river swamps and pine barrens as far north as the
Carolinas, and is a most familiar and _ beautiful

object in the streets and gardens of the
Southern cities. This great-flow-

ered magnolia, the only perfectly
ever-green species, is not hardy
in the North—a pity, for it is
certainly the most magnificent
flowering tree of our country.
Small Magnolia— The small

Sweet Bay. magnolia, or
Magnolia glauca. sh
Magnolia sweet bay, 1s

Virginiana. ~ frequently
reduced to the condition of
a shrub in the North, but
southward it attains a

* Vide Silva of North America, C. S. Sargent.

THE MAGNOLIAS, ETC. 23

height of 50 feet or more, and has a trunk two or
three feet in diameter if circumstances are favorable
to a perfect development. Its bark is light brown-
gray; the new twigs are decidedly green, and turn
a ruddy hue as they grow older. The leaves are
thick, oval-shaped, obtuse, and at most not over six
inches long; the middle rib is very prominent, the
stem slender, and the surface below very whitish. In
the South the old leaves remain on the tree until the
new ones appear; in the North they fall in Novem-
ber. The cream-white flowers are much the same
shape as the yellow pond lily, roundish, and bloom
from May to August; they are also fragrant. This
tree, frequently seen in gardens, in its wld state is
never found north of Gloucester, Mass., and is mere-
ly local there; it appears also beside the red maple
and andromeda bush in the deep swamps of New
Jersey; from there it extends southward near the
coast, and forms with the loblolly and red bay almost
impenetrable thickets in Florida, especially in the
interior swamps and pine barrens.*

Cucumber Tree, LHe cucumber tree in the South
Magnolia grows from 50 to 90 feet high, but
sundabeaoamar ve Sta only a moderate size in the
North. In beauty it is not to be compared with the

* Vide Silva of North America, C. S. Sargent.

94 FAMILIAR TREES AND THEIR LEAVES.

luxuriant, sweet-flowered magnolias. The somewhat
tulip-shaped flowers, which come late in spring, are
three inches wide, greenish ;

yellow-white, and fragrant.

Magnolia acuminata.

The leaves are rather thin, dark green above, lighter
green and slightly downy below, and they measure
from seven to ten inches in length. They are widely
distributed along the branch and not clustered at the
end. The orange-red seeds of the peculiar, curved
fruit-cone ripen in autumn;* when green, the cone
resembles a small cucumber; it is about two or three
inches long. The wood is soft, durable, and light ;
it has been extensively used for pump logs and water
troughs. This tree grows wild from western New
York southwestward to Arkansas, and southward
to southern Alabama; it is one of the largest of

* The seeds, on being released from the pods, hang suspended
by little white filaments, like those of the great and small mag-
nolias,

THE MAGNOLIAS, ETC. 25

the magnolias, and is a rapid grower, but its nar-
row-petaled flowers are rather poor-looking in com-
parison with the beautiful white ones of the two
foregoing species.
Yellow Cucumber Lhe yellow cucumber tree has really
Tree, beautiful lemon-yellow flowers, which
Sat cordata. form a very dainty color combina-
acuminata, tion with its rich foliage. This tree
var. cordaia. +. a native of Georgia and South
Carolina; it has been eul-
tivated in gardens for

nearly a century,

and its beauty is 4

deserving of close Sah
attention. It is

found to be quite
hardy as far north as
Boston, where it sur-
vives the cold of that

trying climate.* The

leaves are similar to

=
4 ea
. y \\\\\ u t S
those of the foregoing Ke We Wo

species, but they are
broadly oval, decidedly

Magnolia cordata.

woolly-white beneath, and less pointed at the ends.

* There are two specimens of this tree in the botanic garden
of Harvard University.

26 FAMILIAR TREES AND THEIR LEAVES.

Gray says they are seldom cordate * (heart-shaped at
the base). The yellow flowers are often slightly
streaked with red. The tree
grows from 20 to 50 teet high.
The great-leaved
Great-leaved r :

Magnolia, . Magnolia is a
Magnolia Southern tree, —

macrophylla. ,
“ee’”~ with huge, deep-

green leaves (sometimes not less

\Y

NN
: Ne

than thirty inches long) clus-

aK

tered at the summit of the branches ;
they are also woolly-white beneath,
and are narrowed down to two small
scallops at the base. The bell-shaped
flowers are truly Brobdingnagian, for

BZ
Ny aE,
©

they measure fully eight and even

twelve inches across. They are mildly
Magnolia

aceon: fragrant, and are cream-white, of a very

soft tone, with a dull pinkish spot at the
base of the petal. The tree grows from 30 to 50
feet high, and is found in its wild state from Ken-
tucky and North Carolina southward. It is culti-
vated as far north as Boston, where, in Jamaica
Plain, one of the suburbs, there are two beautiful

* The species name Magnolia cordata was given it by the
younger Michaux; but Prof. Sargent considers this magnolia a
variety of M. acuminata.

MAGNOLIA MACROPHYLLA.
From a photograph by Mr. A. R. Wilmarth, Jamaica Plain, Mass.

THE MAGNOLIAS, ETC. 27

specimens about 20 feet high, some of whose flow-
ers measure nine inches in diameter.

Umbrella Tree, Lhe umbrella tree gets its name from
Magnolia Umbrella. the resemblance which the leafy ends
Magnolia tripetal. & the branches bear to an umbrella,
the leaves being arranged in a circle, with veins and
stems radiating from a common center; the umbrella-
like appearance is readily per-
ceived by one who stands

below. It was first

— er /

Af pte

1,

Magnolia tripetala.

called parasol or umbrella tree by the early settlers
in the South. The leaves are from eighteen to
twenty inches long, deep green above and lighter
green beneath ; they are downy (on the under side)
when young, but soon grow smooth. The cream-
white flowers, six to eight inches across, with rather

98 FAMILIAR TREES AND THEIR LEAVES.

narrow petals, have a strong and somewhat dis-
agreeable odor; they bloom in May and June. The
height of the umbrella tree is from 30 to 40 feet;
its branches are usually contorted, and after sprawl-
ing out quite a distance from the trunk they turn up
and grow nearly parallel with it. The bark is light
gray, smooth, but sometimes blistered.

The tree is found in parks and gardens; it grows
wild from New York southward, along the Alleghany
Mountains, and attains its greatest
size in the valleys extending

from the western slopes LI
of the Great Smoky i QQ "L4
Mountains in Tennes- ff ET AR emits
see ; southward its limit Me ~ :
is central Alabama, and Ss

westward, southwest-

ern Arkansas. \

Ear-leaved The ear Ne

Umbrella Tree. i VN yy

Magnolia leaved \ AN \
\

i
v

Fraserit. tumbrel-

la tree grows from
30 to 40 feet high.
The flowers, six to
nine inches in diam-

eter, are cream- f

Magnolia Fraseri.

white, slightly sweet-

THE MAGNOLIAS, ETC. 29

scented, and bloom from May to June. The leaf,
searcely a foot long, is similar to that of the umbrel-
la tree, but is conspicuously heart-shaped at the base.

This tree is
found from south-
western Virginia

southward ; west-

\\

\\
\

ward it extends to
the valley of the
Pearl River, Mis-
sissippi ; and it is
seen in cultivation as far
north as New York city.
Papaw—Custard The papaw, or cus-
Apple. tard apple, has a
Soe a) ene veemilar’ in
shape to that of Magnolia Umbrel-
la, and is another Southern tree

Papaw.

which does not attain its nornral proportions in the
North. In rich soil and a warm climate the tree
will grow to a height of 35 feet or more. It is
sometimes cultivated, but grows wild from New
York southward, and westward to southern Mich-
igan and Texas. The best growth is found in the
valleys of streams which are tributary to the lower
Ohio River. Nearly all parts of the unfortunate
tree smell badly, including the flowers, which are

30 FAMILIAR TREES AND THEIR LEAVES.

prettily triple-formed and have a soft, purplish-red
hue. The leaves are eight to twelve inches long,
thin, rusty-downy beneath when young, but event-
ually smooth. The straight trunk, perhaps ten inches
in diameter, has smooth, shiny, silver-gray bark ; the
branches, marked lengthwise with little grooves, are
slender and spreading, with bark of a light reddish-
brown color. The fruit of this tree is rather shape-
less and bulky, three to five inches long, yellow and
soft inside, dark brown and wrinkled outside, and has
a fragrant, sweet taste greatly prized by the Southern
negro. It is ripe in September or early October.
In the unripe condition the greenish skin is smooth,
with a bloom, and the pulp is disagreeable to the
taste. It is said that the fruit has the most deli-
cate flavor after having been frozen. In the South,
where the trees are common, the fruit is brought into
market; but, at best, those
who like it must confess
to an acquired taste.
Red Bud—Judes lhe red
Tree. bud is a
Cercis Canadensis. very small

tree, 40 or 50, but com-

ha

monly not over 25 feet
high, famous for the
beauty of its dainty clusters of small pale crim-

THE MAGNOLIAS, ETC. 31

son-magenta flowers, the petals lighter, which ap-
pear from March till May before the leaves are out.
These leaves are four inches long, dark green, smooth
and glossy, and perfectly heart-shaped; they turn
yellow in the fall. The French Canadians use the
acid flowers in their salads and pickles. The name
‘Judas tree” is handed down to us by tradition ;
in olden times it was believed that this tree was the
one on which Judas hanged himself. The red bud is
common from New York southward and westward
to Alabama and Missouri, and is most abundant in
Indian Territory and eastern Texas; it is also fre-
quently seen in cultivation. There is a very pretty
but small specimen opposite the Public Library on
Millmont Street, Roxbury, Mass.

The tupelo or sour
Tupelo—Sour Gum.

Nyssa sylvatica. gum reaches
its finest
proportions in the
South, but it is j
more or less com-
mon from central '
New York south-
ward, and westward to Michigan. In the extreme

Northeast it may occasionally be found as far as

Tupelo (Nyssa sylvatica).

Vermont and southern Maine; but I have never

seen the tree in New Hampshire. It is medium
4

32 FAMILIAR TREES AND THEIR LEAVES.

in size (rarely it grows 45 feet high), and has hori-
zontal branches, a rough grayish trunk, and ellipti-
cal pointed leaves about two to five inches long,
dark shiny green above but lighter below. The
leaves turn a brilliant dark red in the autumn. The
wood is exceedingly close-grained, tough, and hard
to split; for this reason
it is employed in the
making of hubs, pul-
leys, and mauls. In
Virginia it is much used

by the ship-builders.
The leaf of the

water tupelo is

Water Tupelo.
Nyssa biflora.
ee ieee Nyssa seni Rs Ae nearly like

that of the
foregoing species, but it is smaller; we must rely,
therefore, on other means for the identification of the
tree. It grows from the pine barrens of New Jersey
southward. The blue fruit is smaller, and the stone
is decidedly flattened and strongly ridged ; this is not
the case in the other tupelo, which bears a larger fruit
with a rounder stone (ovoid) scarcely ridged at all.
Large Tupelo, Lhe large tupelo bears a leaf from
Nyssa uniflora. four to ten inches long, which is
Nyssa aquatica.

sometimes angularly toothed, and
often quite downy beneath; it is also apt to be a

SOUR GUM OR TUPELO.

Bucks Ce., Penn.

THE MAGNOLIAS, ETC. 33

trifle heart-shaped at the base. This tree bears soli-
tary flowers, and fruit about an inch long with a flat-
tened and ridged stone. It is

found in water or deep swamps,

from Virginia and Illinois
southward. These three tu-
pelos may easily be dis-
tinguished apart,
by reason of their
different fruit and
flowers; for in-

Large Tupelo.

stance, one can
not find Vyssa biflora with more than three flowers
on one stem, and in the greatest number of cases it
has only two. The single flower or fruit also unmis-
takably indicates VV. aquatica.
The persimmon, sometimes called

Persimmon. cane
date plum, is distinctively a Southern

Diospyros :

Virgiwana. tree, although it may be found as far
north as Long Island or southern Connecticut ;* but
only in the South will the tree be seen fully devel-
oped; here it grows, when unobstructed, 40 or 50
feet high, with widely spreading branches; in the
forests it attains a height of 100 feet or more. The

dark-green leaf is from two to five inches long, rather

* The specimen which I have sketched grows in Bucks County,
Pa., and is over 40 feet in height.

84 FAMILIAR TREES AND THEIR LEAVES.

thick, smooth and shining above, lighter colored and
a trifle downy below; the ribs are greatly curved and
irregular. The bark of the trunk is dark

reddish brown, deeply divided into

rather square-looking sections.

The short-stemmed, plumlike
fruit, which is about an inch or
a little more in diameter, rip-
ens in mid-summer south-
ward, but not until No-

vember northward.
It is pale orange
of a ruddy tone
when fully

ripe, and at
has a_pleas- At

ES “1A Ny Wi : es = Sts
p Ww Wily Sc = =.
ant, sweet wy hy, Fa S\
flavor after Ny a) “SS: =
4 ARS
ag Tha oe SS 4
\ 2 —
frost,* which Bove. wt, Ws SN

seems neces-
sary to render it edible. One rash bite of a per-
simmon before it has reached its fullest development

* This, however, is a matter of opinion. There are those who
insist that the fruit is best ripened defore frost, for, although the ©
latter removes the disagreeable astringency, it also destroys the
flavor, particularly if the fruit has not reached a certain stage of
maturity. Ina half-dried condition a persimmon has the shriv-
eled appearance of a raisin, and it tastes not unlike a date.

PERSIMMON TREE, BUCKS CO., PA.
From a photograph by Mr, N, Williams.

THE MAGNOLIAS, ETC. 35

sets every tooth “on edge”; this remarkable as-
tringency proceeds from the tannin it contains. The
wood of the persimmon is close-grained, hard, and
blackish in color; it is peculiarly adapted to carvy-
ing. The kaki, or Japanese persimmon (Diospyros
kakt), one of the principal fruit trees of Japan,
is now planted in the Southern States, where it seems
perfectly at home. It has a picturesque, con-
torted figure, large, leathery, shining leaves,
and luscious fruit, which sometimes
measures two inches in diameter.
Carolina Red Bay. Lhe Carolina red
Persea Carolinensis, bay, which grows,
fersea Bortonia. according to. cir-
cumstances, 15 or even 70 feet
high, is another Southern tree.
It is found in the low grounds
or swamps of Delaware and
the South. Its leaves, two to
five inches long, are downy
when young, but soon grow
smooth; they are evergreen.
The flowers, which appear in
summer, are inconspicuous, and
of a greenish-white color. The
berry, half an inch long, is dark blue with a red
stem ; it ripens in autumn.

Carolina Red Bay.

CHAPTER III.

I. Simple Alternate Leaves.
1, Without teeth. B. Edge divided.

THE TULIP TREE AND SASSAFRAS.

Tur tulip tree is also known as white-

Tulip Tree—
Whitewood. wood, but this name is commonly ap-
Liriodendron plied to the lumber. The wood,
Tulipifera.

however, is far from white; it is
rather dull greenish yellow, sparingly streaked here
and there with dark or blackish brown. This tree is
often a remarkable sight in May or June, with its
countless greenish-yellow “tulips,” touched inside
with orange, which measure four or more inches
across. ‘The whole effect of color is worth study.
It is as esthetic and lovely as it is curious amid the
plainer green of other trees.

The tulip tree attains a gigantic size in the South
and West; it measures not infrequently 140 feet
in height and eight feet in diameter; sometimes
specimens are found which are 160 to 190 feet in

height. The trunk often carries an almost uniform
36

THE TULIP TREE AND SASSAFRAS. ot

f NG , if -

N IY \ iy
WOgy QE a; ’ M
ar X ky; WA Qh NU,
SS Ze EN \i

We

\ G \ iy Y & >» \ , VW
‘ Ls l

SNS aN : XQ)

Ws R

RRR << \
Wav

SO

Tulip tree.

388 FAMILIAR TREES AND THEIR LEAVES.

diameter for forty feet upward, and when near the
summit divides itself into strong, regularly disposed
branches, which, with the far-reaching ones below,
give the tree massive proportions and a truly mag-
nificent appearance. As compared with the sugar
maple, the foliage is not nearly so rich and dense,
but superiority of size entitles it to the honor of
being called a tree-giant.

The leaf is so peculiarly cut off at the end that
one recognizes it at once; it is unique in shape, very
smooth, thin, and it generally turns a russet color in
the fall.* The seed pod expands (notice my sketch)
into a charmingly decorative figure, which greatly
adds to the beauty of the tree in autumn.

Whitewood is extensively used for interior finish,
especially for paneling and moldings; it is so free
from knots, and the grain is so straight, that carpen-
ters prefer it to the best of white pine. It is also
used in carriage building, as no other wood is quite so
well adapted to the curved paneling which this work
requires. The best growth of the tulip tree is found
in the lower Wabash River Valley and on the west-
ern slopes of the Alleghany Mountains, but much of
the lumber used in the Northeastern States is brought
from Michigan and Wisconsin. The tree does not

* Sometimes it turns bright buff-yellow,

THE TULIP TREE AND SASSAFRAS, 39

grow thickly anywhere, and it is seldom that one
finds more than a few good-sized specimens on an
acre of forest land.

There is, or used to be, a large tulip tree growing
on the slope of Mount Mitchell, in North Carolina,
not far from the spot where Prof. Mitchell lost his
life. The trunk of this tree in 1866 measured thirty-
three feet in circumference at three feet from the
ground. There is a notable group of six beautiful
trees, each one of which is over 50 feet high, near
the Eastern Railroad station at East Saugus, Mass.
On the eastern side of the town of Englewood, N. J.,
there is a small but most symmetrical specimen, which
at the period of bloom is a domelike mass of soft,
yellow-green flowers and leaves. I have never seen a
tulip tree which equaled this one in form and color.

fea iras: Sassafras may be identified at once
Sassafras oficinale, by its strongly aromatic taste; not
Sassafras sassafras. only the root, bark, and twigs, but
also the leaves, have a pungent flavor, reminding one
of a certain kind of old-fashioned sugar candy. A
decoction of the root and bark also contributes largely
to the making of root beer. The tree, according to
Gray, attains an altitude of 125 feet, and Prof. Ap-
gar records its height as 100 feet.* This is a sur-

* Vide Trees of the Northern United States, Austin C. Apgar;

40 FAMILIAR TREES AND THEIR LEAVES.

prise to many of us, who possibly have never seen a
specimen which exceeded 40 feet. I have frequent-

Kt ft y.

)

WW

\yy
Ss

NY

Sassafras.

ly found sassafras in the vicinity of Lake Mahopac,
Putnam County, N. Y., 10 or 15 feet high, and oc-
casionally in New Jersey, perhaps 25 feet high; in
the South, however, it commonly grows to a height

but in Silva of North America Prof. Sargent places the maximum
height at 90 feet.

SASSAFRAS.
Windy Bush, Bucks Co., Penn.

THE TULIP TREE AND SASSAFRAS. 41

of from 50 to 60 feet. Sassafras is found throughout
the North and West, from eastern Massachusetts to
Towa, Kansas, and Indian Territory ; southward it ex-
tends as far as central Florida, and from there to
Texas. |

The leaves have three distinct forms, each of
which I have sketched; the texture is smooth, and
rather thick. Although all parts of the tree are aro-
matie,* it will be found that
the bark of the roots is bit-
ingly strong, and from

Y-.

this the oil of sassafras

TY,
EY
7

tig
{

‘ paar ap CTURC KS -4
is distilled; it is most- 8g
ly made in Pennsylva- {S“ eA

as — Bie Ea
nia and Virginia. The eZ aaa oh
bark of a young treeis \ia (ZX

a warm, buffish gra \\ s> &
P £ y = a A A\D ‘Won .
RS

streaked with green;
the twigs are shiny yel- Sassafras Leaf.

lowish green. The fruit,

which is ripe in September, is small, oval, one-seeded,
bluish, and has a reddish, rather fleshy, club-shaped
stem. The flowers are inconspicuous, greenish yel-
low, and appear in early spring with the developing

leaves. I have never found the sassafras in the

* The leaves furnish the flavoring used in gumbo soup.

49 FAMILIAR TREES AND THEIR LEAVES.

White Mountains nor in any part of the country
immediately south of them. There are two beauti-
ful little trees, perhaps 12 feet high, in the Arnold
Arboretum, of quite symmetrical proportions. On
the 21st of October, 1895, I noticed that these trees
had scarcely shed a dozen leaves apiece; but three
days later (a heavy frost had intervened) not one
leaf was left on either tree.* In Milton, Mass., there
is a tree measuring over 40 feet in height, and in
Manchester, Mass., near the center of the town, is an-

other quite as high.

* The foliage of the sassafras, more than that of any other
tree except the horse-chestnut, is conventional to a fault. One is
impressed with the similarity between the leafage in an old print
of Bewick’s and that of the sassafras; both are regular and deco-
rative.

CHAPTER IV.

I. Simple Alternate Leaves.
2. With teeth. A, Edge not divided.

THE LINDENS, ETC.

American Linden, THE American linden, which some-
or Basswood. times grows under favorable circum-

Tilia Americana. tances 130 feet high, is best known
by the name of basswood. In the northern part of
New Hampshire it never seems to attain any con-
siderable size. Most of the basswood which may
be found in the White Mountains is half hidden
among the shrubbery; but if one comes across a
handsome, large, heart-shaped leaf with strongly
marked veins and sharply pointed, irregular teeth,
and with tiny tufts of rusty hairs on the back ex-
actly at the junction of the veins, he may be pretty
sure it belongs to this tree. If the irregularity
of the toothed edge is examined, it will be seen
that there is often a regular alternation of fine and
coarse points; it would seem as though Nature had
first edged the leaf with bold, sharp notches, and

43

44 FAMILIAR TREES AND THEIR LEAVES.

afterward, not content with her handiwork, had in-
terspersed the notches with a series of smaller and
more delicate ones. The leaf is also characteristic-
ally veined; on either side over the two-scalloped

c Ms
Hl

pe SE ee
C\WEeAZ-S iar
Wr = ZB ii \
W \4

TIEN
N whZ

a QQ

Y, Le Yr

QY*
~

Basswood, American Linden.

THE LINDENS, ETC. 45

(heart-shaped) base is a long vein, from which extend
four or five branching ones with a backward curve.
This peculiar veining will be more easily seen in my
drawing of the European linden’s leaf.

So far as the appearance of the leaves is con-
cerned, there is very little difference between the
American species and its foreign relative; but be-
tween the ¢rees the difference is at once apparent.

European Linden.

The European linden (Zilia Europea) is smaller, not
often over 35 or 40 feet high;* its twigs are nu-

* The tree in Europe shows a very different record; for in-
stance, the linden of Neustadt, on the Kocher in Wiirtemberg,
was large enough in 1550 to require stone columns to support its

46 FAMILIAR TREES AND THEIR LEAVES,

merous and slender, and its top usually tapers to quite
a point. The American linden has a rounder figure,
its small branches are heavier, its leaf is larger (four
to six inches long), and it frequently attains a height
of from 60 to 70 feet, with no branches below a
point some sixteen feet above the ground. But
these are superficial points of distinction; the botani-
cal difference is found in the flowers. In the Eu-
ropean variety there are no petal-like scales attached
to the stamens. Our basswood is distinguished by a
cream-colored, sweet-scented flower which has these
scales.

Basswood is frequently used in cabinet work, and
is a great favorite for the manufacture of wooden
ware, as it is easily worked, and its grain is firm, white,
and clear of knots.

The linden is common throughout the North, and
it extends among the mountains as far south as Ala-
bama. It is also found in Indian Territory and
eastern Texas. It flowers in late spring, and in Oc-
tober its tiny fruit, like elongated brown peas, hangs
suspended from a fine stem, half of which appears to
be merged in a leaflike brown wing called a bract.

enormous branches. In 1664 this tree had a trunk over thirty-
seven feet in circumference, and was computed to be from eight
hundred to one thousand years old.—Scientific Papers, 11, 39,
Asa Gray.

THE LINDENS, ETC. 47

Closely related to the tree just described is a small-
leaved basswood (Z%lia pubescens) not over forty feet
high. In this species
the leaves are usually

two or three inches
long; they are thin,
rather hairy be-
neath, and the
fruit “ bract ”

is ‘rounded at

American Linden Seed.

the base, not pointed or tapering as in Z%lca Amer-
icana; the fruit is also rounder than that of other
species. This tree is common from New York south
and southwest.

There is another native species of basswood, com-
mon in the mountains of Pennsylvania and in the
South and Southwest as far as Tennessee, called white
basswood (Zilia heterophylla). Its leaves are very
large, sometimes seven inches long, smooth, oblique,
deep, shiny green
above, and silvery
white and velvety
beneath, with pur-
plish veins. This

tree grows to a
height of from 50 to 60 feet. Although my draw-

ings do not show any especial lopsidedness to the
4)

48 FAMILIAR TREES AND THEIR LEAVES.

linden leaf, it will be found that in many cases this
irregularity is very pronounced ; in the last-mentioned
species it is particularly so.
American Holly, We have our own American holly,
Llex opaca. which is indeed a fine tree well wor-
thy of cultivation, although, through the frequent ab-
sence of the scarlet berries, it has not the brilliancy
of its English relative.
It is not quite hardy a
little north of 42° lati-
tude. This holly grows
from 15 to 50 feet
high, has light brown-

gray, smooth bark,

and white flowers
which appear in
May.

The evergreen
leaf is rather thick
and flat, has a wavy
margin with scat-

American Holly.

tered spiny teeth,
and lacks the luster of that of the English holly.
The tree will be found in moist woodlands near the
coast from Quincy, Mass., to New Jersey, and south-
ward to Florida; from southern Indiana it extends
southward to the Gulf. The wood is very white,

THE LINDENS, ETC. 49

close-grained, and hard. The leaves are commonly
used for decoration at Christmas time.
Dahoon Holly, Lhe Dahoon holly is a small tree
lex Dahoon. (frequently it appears in shrub form,
Ilex Cassine.

not over 10 feet high) which grows
in the pine barrens or swamps of Virginia,

and from there southward; rarely it at-
tains a height of 80 feet. The ever-
green leaf is two or three inches long,
with a curling margin toothed only

at the end; sometimes it has no \
teeth at all, and what there are

can not be called spiny. The Ge,
berries are a varied red—less

scarlet, perhaps, than those of J. Bay quae
opaca. The small branches and the veins on the
under side of the leaf are somewhat downy. <An-
other species of holly which often reaches the pro-
portions of a tree, particularly on the

slopes of the Alleghany Moun-
tains, is called Jlex mon-
ticola ; but this has light :
green deciduous leaves, and Tees Waniseclat

their shape is not hollylike ;

they are large, thin, smooth, and sharply toothed.
The large red berry is borne on a short stem. lex
monticola is common in the damp woods of the Ta-

50 FAMILIAR TREES AND THEIR LEAVES.

conic and Catskill Mountains, and in Cattaraugus
County, N. Y.; it also extends southward along the
Alleghany Mountains to northern Alabama.

The Carolina buckthorn, or Indian

Carolina f
Buckthorn, Cherry, is a thornless shrub or small
Rhamnus tree which grows from 12 to 35
Caroliniana.

feet high. The somewhat elliptical
leaves are from three to five inches long,

wavy, indistinctly toothed, strongly
veined, and nearly smooth, if one ex-

cepts the woolly stem. The glob-

ular, berrylike fruit, at first
crimson, is finally black when ripe
in September. The Indian cherry
is found in wet grounds from Long
Island, N. Y., and New Jersey to
Kentucky, eastern Nebraska, and eastern
Texas ; southward it extends to Florida.
In the Southern States it attains the
height and proportions of a tree. The
common buckthorn (hamnus cathartica)
is a native of Europe; but Gray says it has

Carolina
Buckthorn. yun wild in a few places here, and in this

condition is apt to form a small tree. The leaves
are minutely toothed, and sometimes they grow oppo-
site; the branchlets terminate in thorns, which fact
distinguishes it at once from its American relative.

THE LINDENS, ETC. 51

Wild or Canada The wild plum, sometimes called

Ram Canada plum, is a rather thorny tree

in its wild state, from 12 to 30 feet

Prunus Americana.

Prunus nigra.

high. There are

improved varieties
which are also com-
mon, and from one
of these thornless
ones my

sketch of
the leaves
is taken. The
white flow-
ers appear in
spring, direct-
ly before or with the
leaves, and the fruit,
ripe in August or ear-
ly September, is oval,
about one inch in di-
ameter ; its color is
dull orange, or even
orange - red,* almost

free from bloom ; it Canada Plum,

* The fruit from which my drawing was taken (from a tree in
cultivation), when fully ripe, has a peculiarly luminous, esthetic,
translucent red color, which I greatly admire.

59 FAMILIAR TREES AND THEIR LEAVES.

has a pleasant taste, although the skin is very tough
and acid. The leaves are large, double-toothed,
coarsely veined, and smooth without a gloss. The
tree is common in woodlands and on river banks
from west New England to Minnesota.*

Paes The Chickasaw plum
Prunus Chicasa. as a long, lance-
Prunus shaped, but broad

angustifolia. p
leaf, with very fine

teeth, a shining green surface, and a
red stem. The fruit is one half to two
thirds of an inch in diameter, globular,
thin-skinned, of a lustrous reddish color,
with a slight bloom, and is pleasantly fla-
vored ; it usually ripens in early summer.
The tree is small, its average height be-
per cad ing between 15 and 20 feet; rarely it
attains 25 feet. It grows wild in Dela-
ware, and extends westward and southward to Kan-
sas, Texas, and Florida. It is widely cultivated.
Wild Rea Cherry, The leaf of the wild red cherry, gen-
or Bird Cherry. erally called bird cherry, is similar in
Prunus shape to that of the Chickasaw plum,
Banyowes- 1+ ite distinct peculiarity is a certain
graceful, wavy outline, and a shining light green,

* The range of the Canada plum has been greatly extended
through cultivation.

THE LINDENS, ETC. 53

smooth surface; the margin is also finely and sharply
toothed ; sometimes it hangs from the

Gai Mae eZ
e ne SS
SSS

| di Mis

a x
EES . =~ Hee ss
iif, je
Sy. eM . a

Red Cherry.

branchlets much in the fashion of a peach leaf. The
flowers appear in early May. The tiny cherry, not

54 FAMILIAR TREES AND THEIR LEAVES.

larger than a pea, is translucent red, and sour, but the
birds seem to relish it.

This tree is common in rocky woods, where it
often reaches the height of from 20 to 40 feet;
but generally it will be found beside the high-
way often not much taller than the shrubbery among
which it grows. Its twigs are red, and the bark of
the trunk is dark chestnut-red, very smooth, rather
shiny, and is covered more or less with rust-colored
marks. Its tiny, white, long-stemmed flowers appear
in May, scattered loosely over the branches, and con-
tribute quite a graceful appearance to the otherwise
slim and scrawny tree. The wild red cherry is com-
mon everywhere in the

North, and extends
southward along

the mountains to
North Carolina, and
westward to Iowa.

Wild Black Cherry, One of
Prunus serotina. oyyr most
picturesque trees, which in
perfect figure is more likely
Bruit of Black Cherry. found on the confines of some
field or on the bank of a river, is the wild black
cherry. Here it is not hampered by the crowding
growth of the forest, and it spreads itself over the

THE LINDENS, ETC. 55

wide expanse of blue sky in bold and charmingly
rugged outlines.

The tree is not symmetrical, and its foliage is not
luxurious—on the contrary, it is rather thin; but in
spite of this, the wild black cherry with its unconven-
tional branches and its shining green leaves is a beau-
tiful tree such as an artist likes to draw. Where
other trees spread plumelike against the sky, a solid
mass of green, the black cherry’s topmost branches
are penciled in dainty silhouette. This is one of the
means by which I can identify the tree at a great dis-
tance. It is always in contrast with its surroundings.

Weare so often attracted by contrast in natural
landscape, that I am constrained to call attention to it
as an indispensable accessory of beauty; in a word,
without the thin foliage and unobstructed boughs of
some of our less luxuriant trees, a landscape, espe-
cially if wooded, is heavy and monotonous. But we
might look far before we would find the wild black
cherry listed as a beautiful tree in the nurserymen’s
catalogues. Why? Well, I may explain at once
that there are those whose sense of the beautiful is
narrowed down to the confines of a single fact; for
instance, a regularly proportioned tree with an or-
derly habit is considered beautiful ; that is as far as
some people allow imagination to go. That rugged-
ness, picturesqueness, contrastiveness, and boldness are

56 FAMILIAR TREES AND THEIR LEAVES.

also elements of beauty, never occurs to the many

who see the beauty of an American elm (who could

not ?), but who can not see the

beauty of a wild
black cherry.

But the tree is
not only attractive
in figure; both its
leaf and fruit de-
serve a share of our
attention. Notice
in my sketch the
vigorous way the

leaves seem to have
. grown on the branch
gui" ot Z\ of the younger tree;

Ley Ne pas there is a bluntness to
=~ their figure notwith-
standing the sharp tip,

and there is a certain
firmness of purpose in

the way each one spreads

itself out from the side

. of the branchlet to catch

Black Cherry (young). the sun and rain; the
very teeth are finely and

firmly cut, and they are set close, as if to make a

THE LINDENS, ETC, BY

bold stand against the elements. These leaves are
in sharp contrast with those of the older cherry,
and their whole aspect is indicative of youthful vigor.
It is a curious fact, however, that the broad, blunt
leaf (which is an exception to the general rule)

of this younger black cherry is almost identi-
cal in shape with that of the choke cherry,
Prunus Virginiana; this species is
properly considered a shrub, although
in a mild climate it sometimes attains
the proportions of a good-sized tree.
But this particular tree I describe
which, with several others like it,
grows in the valley of the Pemige-
wasset River, N. H., is unquestion-
ably Prunus serotina, as a taste of

the bitter almond - flavored bark Coe aaa
proves its identity beyond a doubt.*

The long type of leaf, such as I have drawn just
above, is most common in the wild black cherry.
The flowers, unlike those of the red cherry, grow
in clusters around a long, upright or pendulous

stem, and appear in May or June. The fruit is

* do not hesitate to introduce to the reader any leaf which
I may come across, whether it be typical or not. One of the
most interesting phases of the study of Nature is her essential
unconventionality.

58 FAMILIAR TREES AND THEIR LEAVES.

larger than a good-sized pea, and frequently has (if
I may be allowed the expression) a “ broad-shoul-
dered” look; the skin is purple-black, and the pulp
within is sweet, with a bitter, aromatic taste, ac-
counted for by the presence of hydrocyanie acid * in
the tree. One may notice the same taste in bitter
almonds and peach stones. The bark is also bitter
and aromatic, and is largely used as a tonic. ‘“ Cherry
brandy” is made from the fruit. The tree grows
from 50 to 100 feet high; its bark is a reddish
brown,t marked with horizontal lines and rough ex-
erescences. On old trees the bark is blackish brown,
and on very young ones it is purplish or even green-
ish brown. The fruit is ripe in September (in New
Hampshire), and the birds congregate on the boughs
in great numbers to enjoy the boundless feast.

The wood of this cherry tree is very valuable in
cabinet work ; it is of a brownish pink tint, which is
easily stained to the depth of color common in new
mahogany (not Santo Domingo mahogany), and it is
frequently used to imitate that wood. The wild
black cherry is distributed from Maine southward to
Florida, and westward to Minnesota, eastern Ne-
braska, and eastern Texas.

* More commonly called prussic acid,
+ But southward, in Florida or the Gulf States, the color is
light gray, vide Silva of North America.—C. S. Sargent.

THE LINDENS, ETC. 59

American Crab Lhe American crab apple is a tree

Apple. which I think is not fully appre-
Fyrus coronaria. ciated—J] mean, as a beautiful tree it
is not planted enough in our parks and private
grounds, and as a fruit tree it is too often displaced
by some large-fruited apple. In one respect it ought
not to be considered with the common apple at all.
Its fruit makes a delicious preserve or jelly not to be
mentioned in the same breath with plebeian “ apple-
sauce,” as it possesses a pronounced and delicate flavor
of its own.

The beautiful yellow-and-red fruit* in a good
season burdens the crab apple beyond the strength of
its supple boughs, and these must be braced up with
stanch poles if the owner would not see his tree
rent in sunder and its branches lying a mass of ruin
on the lawn. I call to mind a beautiful tree with
long, graceful branches extending clear to the ground,
which in May is a magnificent, gigantic bouquet of
large, fragrant pink blossoms, whose delicious per-
fume sometimes ladens the air fully three hundred
feet away. What a sight for a Japanese artist, and
what a treat for a Parisian perfumer! But they

*In the wild state the crab-apple fruit is greenish yellow.
Some trees I know of in cultivation bear fruit more or less cov-
ered with a bloom, so the yellow-and-red color bencath is not
brilliant until the plum-colored surface is rubbed off.

60 FAMILIAR TREES AND THEIR LEAVES.

would not be alone in the appreciation of this crab
apple. One morning I approached and stood beside
it, drawn by an unaccountable musical hum which I
had heard no less than seventy feet away. Wonder
of wonders! I saw ten thousand golden bees busily
engaged gathering honey from the countless blossoms,
and yet another ten thousand bewilderingly circling

over those at work, till the music of

their hum was like
the sub-
dued_ di-

apason
notes of

S
——>

RESSQY \

2 Af ff!
<=" 2 ih Mi z=
4 ie ji)! a
WN WE s
WA&sy : Ce = s
Pee \¥ SS
~"42. 7 SSX B -
Sa an ae
* eZ Zap oN oy
v/a
Crab Apple.

a grand organ. The bees at least do not overesti-
mate the value of this tree. The crab apple’s leaves
are larger than those of most apple trees, and are
not infrequently heart-shaped at the base. My
drawing was taken from a tree in cultivation, but

THE LINDENS, ETC. 61

the leaves in no wise differ from a type common to
the wild tree, although the latter often shows a leaf
with three notches on either side.* The fruit is
about an inch and a quarter in diameter; the pulp is
yellow, hard, and fit only for preserving. The tree
erows from 15 to 30 feet high, and in its wild state
extends from western New York westward to south-
ern Minnesota, Kansas, and Texas,

and along the mountains southward
to Alabama.
Shadbnis or The beautiful shad-

Juneberry. bush, which most
uncial otten 18 < found : in

Canadensis.

shrub form, frequent-

ly attains the proportions of a hand- ne
some tree 30 feet high. It is some-
times called Juneberry or service berry. The white
flowers, with petals twice as long at least as they
are wide, appear in advance of the leaves, and hang
in loose, graceful clusters. The fruit looks some-
thing like a large huckleberry, with the same star-
like indentation at the top, and a similar black-pur-
ple color.

The beauty of the berry lies in its diverse color-

ing. Sometimes we may find on one tree dull pink,

* For a somewhat similar leaf, see my drawing of the scarlet-
fruited thorn,

62 FAMILIAR TREES AND THEIR LEAVES.

crimson, magenta, and plum-purple as well as black-
purple berries, which are in various stages of ripe-
ness; but I may add that their appearance is as a
promise unfulfilled, for,

ripe or unripe, they are all
equally satisfactory — or
rather unsatisfactory; they
are quite
tasteless.
The leaf

Ua,

Uf A>
{Vy

“tg :
ae

V4
f i,
} f_E

Shadbush or Juneberry.

is interesting if not exceedingly beautiful; it fre-
quently varies from the pointed oval figure, which

THE LINDENS, ETC. 63

was characteristic of the specimen which I have
drawn, to an oblongish or square-shouldered shape.
Its texture is hard and smooth, reminding one of
leather; the teeth are extremely regular, sharp, fine,
and the veins are delicate and regularly arranged ;
there are few leaves, in fact, that can compare with
the perfection of form and structure which is ap-
parent at a glance in the shadbush leaf. Did I say
perfection? That was hardly the right word; no
leaf is really perfect. To demonstrate this fact to
our own. satisfaction, we may begin what will prove
a fruitless search for a specimen whose outline we
may trace with a pencil, and then, reversing the leaf,
find the drawing still in conformity with it. No,
Nature does not trouble herself about that kind of
perfection which may be measured with a foot rule.

The fruit of the shadbush is ripe in June and
July; its flower is in bloom about the time the shad
“run.” The bark of the tree is smooth, and laven-
der-brown ; less ruddy than that of black birch. I
call to mind a certain tree at least 20 feet high
growing wild on a river intervale among the White
Mountains, which would be an ornament of striking
beauty at its time of bloom in park or garden ; but it
remains a wild tree, which, like Thomas Gray’s wild
flower, was “born to blush unseen.”

It would be well worth our while to search for
:

64 FAMILIAR TREES AND THEIR LEAVES.

the shadbush in springtime and learn to love its
beauty for its own sake; it is common in all the
seaboard States, and extends westward to Minne-
sota and eastern Nebraska, and southwestward to
Louisiana.

Wild Red Plum. There is a wild plum from 10 to 35
Prunus Americana. feet high, more or less common on

the banks of streams and the borders of woods,
which may be found from Connecticut south, and
westward to Colorado. This bears nearly round,
dull yellow and red fruit about $ inch in diameter,
excellent for the purpose of preserving. ‘The
branches are thorny, and the rather long obovate
leaves are sharp-pointed and sharply double-toothed.
The white flowers with narrow obovate petals bloom
in early spring, during or just before the develop-
ment of the leaves. There is also a var. mollis with
the under side of the leaf permanently soft-hairy.
This is distributed from Iowa to Louisiana and
Texas.

CHAT PEI oV.

I. Simple Alternate Leaves.
2. With teeth. A. Edge not divided.

THE WITCH-HAZEL, SORREL TREE, ELMS,

JISHOL
Witch-Hazel, | HE weird-looking witch-hazel, whose
Hamamelis twigs are decorated in autumn with
Virginiana.

tiny tangled yellow blossoms, is a
shrub rather than a tree, reaching a height, how-
ever, of fully 30 feet if it happens to grow under
advantageous circumstances. In the woods of the
White Mountains it rarely grows more than 12
feet high, but in the township of Campton I know of
three handsome trees over 16 feet in height, each
of which possesses only two or three stems; their
appearance, in fact, is quite treelike.

The leaf of the witch-hazel, on an average two
and a half inches long and nearly as broad, is rather
roughly modeled; one side is larger than the other,

their irregular teeth are coarse and wavy pointed, the
65

66

FAMILIAR TREES AND THEIR LEAVES.

Witch-Hazel.

THE WITCH-HAZEL, SORREL TREE, ETC. 67

veins are straight and depressed, so that the leaf ap-
pears somewhat corrugated, and the surface is more or
less covered (when young) with down. The flowers
appear just as the leaves are turning from a dark green
to a golden yellow spotted with brown and olive. If
a single blossom is disentangled from the tousled but
pretty little cluster of yellow flowers on the brown
twigs, the figure with a little straightening out will
look like my sketch at A. On these twigs also appear
the twin seed-pods left from last year’s flowers; these
have a fashion of suddenly bursting when the seeds
(polished little flattened brown pellets) are ripe, and
ejecting their contents many yards away.* Thirty
feet is no exaggerated estimate of. the distance, al-
though in my own experience I do not remember
having seen a seed fly more than twelve feet. But
Mr. William Hamilton Gibson has put the matter to
a thorough test, so I quote what he says: “ My experi-
ments with the pods upon a long piazza and else-
where proved that the momentum of the seed would
commonly carry it to a distance of twenty feet, often
over thirty feet, and in one or two instances the
diminutive double-barreled howitzers succeeded in

* «<The seed is discharged by a contraction of the edges of
the valyes of bony endocarp” (inner lining of the seed-pod),
“which in opening suddenly frees it by pressure and causes it to
fly upward.”—Silva of North America, C. S. Sargent.

68 FAMILIAR TREES AND THEIR LEAVES.

propelling their missiles to the distance of forty-five
feet by actual measurement.”

The witch hazel is distributed from New England
southward to Florida and Louisiana, and westward to
eastern Minnesota.*

Sorrel Tree. Lhe sorrel tree is found from Penn-
Oxydendrum sylvania to Indiana and central Ten-
arboreum.

nessee, and southward to Florida,
mostly along the Alleghany Mountains, and
to Louisiana. It grows from 20 to 60

feet high, and may

Sorrel Tree, seed vessels, and flower at A.

easily be identified by its sour-tasting leaf, which in

* From the witch hazel an extract is manufactured possessing
peculiar healing powers; it is generally known as “ Pond’s Ex-
tract.” The discovery of the medicinal quality of the witch hazel

THE WITCH HAZEL, SORREL TREE, ETC. 69

outline resembles that of a peach tree. Its white
flowers appear in June or July; they are small, urn-
shaped,* and are borne in loose, long, one-sided clus-
ters. The leaves (five to seven inches long) are finely
toothed, shining, smooth, and have very slender stems ;
they turn to a variety of brilliant reds in the fall. The
sorrel tree is not a very distant relative of the kalmia
and rhododendron; they all belong to the Heath family.
Slippery, or Red Elm. The leaf of the slippery elm is

Vimus fulva. about as coarse and rough as it
could possibly be. This character does not show
itself as distinctly in my drawing as I could wish,
but the roughness is felt rather than seen; indeed,
I think I could identify a branch of the tree quite
easily with my eyes shut. Even the branchlets
are rough, and in spring the soft and downy buds
under a magnifying glass appear covered with in-
numerable rust-colored hairs. The upper side of the
leaf under the glass also appears hairy, and the under
side is a mass of soft down; the teeth are very coarse,
and double, and the ribs beneath are prominent, stiff,
and hairy at the angles. The leaf is much larger
than that of the common elm; it measures from five
to seven inches in length.

is attributed to an Oneida Indian.— Vide Shrubs of Northeastern
America, Charles S. Newhall.
* They somewhat resemble the wintergreen blossom.

70 FAMILIAR TREES AND THEIR LEAVES.

a TT igi

! «( iit. il il MH fos J

[far

(yp Mt ural is ar,
~— |W eh Ss
reef) nM f = ye SS
Sil cH {i i jel Sa 5S
. SS te S
NK ail \\ CS
c SN it ws
, ss
=—\ = s
ee

Slippery Elm.

The tree grows from 30 to 60 feet high, and
has an inner mucilaginous bark (whence it gets

TL SR gens

THE WITCH HAZEL, SORREL TREE, ETC. ‘1

the name “slippery elm”), which is possessed of
demulcent and medicinal qualities. One may easily
identify the tree by the gummy, aromatic taste of
the bark on the branchlets. The wood is reddish,
tough, and very durable; it is used by the farmers
for fence posts, as it lasts a long time half buried
in the ground. It is common from New England
to the Dakotas and eastern Nebraska, and south.
ward to Florida and Texas, but in the country im:
mediately south of the White Mountains I notice
that it rarely develops beyond the proportions of
a small tree, with a trunk of about eight inches diam-
eter.

The Scotch elm( /7mus montana), sometimes called
Wych elm, has similar but smaller and less rough
leaves than the slippery elm; the buds are not downy,
and the branches droop at their extremities. This
tree is extensively cultivated, and will be found in
many of our parks.

American, or The American elm is justly famous

White Elm. as one of the most beautiful of all
Uimus Americana. troos Tt frequently grows from 60
to 80, and occasionally 120 feet high. One of our
cities (New Haven), by reason of its beautiful elms,
has been called the “Elm City,’ and many New
England towns and villages—Greenfield, Deerfield,
Andover. Concord, and a host of others—boast of

2 FAMILIAR TREES AND THEIR LEAVES.

their elm-embowered streets, which are indeed beau-
tiful, and typical of a New England town.

The most characteristic mark of beauty in the elm
is the fringed appearance of its drooping branchlets,
which hang suspended from the heavy boughs and
trunk like so much lacework. The poet Whittier
noticed this beauty, and alluded to it in his verses
addressed to the Merrimac River :

Laugh in thy plunges from fall to fall;
Play with thy fringes of elms, and darken
Under the shade of the mountain wall.

The arching character of the boughs which leave
the trunk with an almost imperceptible curve out-
ward, distinguishes this elm from all others, and gives
it that singularly graceful figure which is best seen in
isolation on the meadow, or in succession beside the
road.

The leaf of the elm is rather harsh to the touch,
and distinguished by its veiny, lopsided character,
entirely different in every respect from a beech leaf ; *
the edge is most frequently, but not invariably, dou-
ble-toothed.

The meadow land of the Connecticut River Val-

*T make a comparison of these two opposite types of leaves
to draw particular attention to the difference in the character of
foliage between the beech and the elm; no two trees could pos-
sibly be more differently graceful,

THE WITCH HAZEL, SORREL TREE, ETC. 73

ley is famous for its grand elms; so is that adjoining
Plymouth, N. H., and in this beautiful mountain

hamlet is a magnificent specimen,

near the Pemigewasset House,

American White Elm.

whose trunk four persons can scarcely encircle with
outstretched arms and clasped hands. There are
several “ Washington” elms in various parts of the
land, the most notable one of which is that at Cam-
bridge, Mass.* The old elm which formerly stood on

* Under this tree, which to-day has a rather dilapidated ap-
pearance, Washington took command of the American army,
July 3, 1775.

74 FAMILIAR TREES AND THEIR LEAVES.

Boston Common was cut down several years ago on
account of its decayed condition. The wood of the
elm is white, exceedingly tough and durable, and
is used to make wheel-hubs, yokes, and saddle-trees ;
it is even beautiful when used in cabinet work, and
has a rich, light yellow-brown color far superior
to that of the birch. The tree is common

in all parts of the country. The English

elm (Ulmus campestris) has a leaf which
is smaller and darker than
that of our own elm, and it
is not infrequently rough ;
its shape is also more ab-
ruptly sharp-pointed. The
limbs of the English elm
grow out from the trunk at a
wide angle, and they are apt to give the
tree an irregular outline with a larger
upper and a smaller lower mass of
foliage. There are numbers of fine
old English elms on the Common
y,~%, in Boston; but few of them
awe ~~ yeach a height of over 50 feet.

Corky White Elm. Corky White Elm. The corky white
Ulmus racemosa. elm (80 to 100

feet high) resembles the white elm, with this very
pronounced difference: its branches are marked

THE WITCH HAZEL, SORREL TREE, ETC. 75

with large, corky ridges, and the twigs are some-
what downy. The leaves also have simpler and
straighter veins. The tree is
generally found on_ river
banks, and is. distributed

through northwestern New
Hampshire, southern Ver-
mont, and northern New
York to southeastern
Missouri, and the
southwest as far
as central Ten-
nessee. Anoth-
er elm closely

Wahoo or Winged Elm.

resembling the last
is a small tree (40 to 50 feet high) called Wahoo,
or winged elm (U/mus alata). This variety is dis-
tinguished by corky ridges on either side of the
branchlets, which are smooth, not downy. The leaf
is very small (perhaps not over two inches long),
downy beneath, thickish, and almost stemless. This
species extends from southern Virginia southward
to western Florida, and southwestward to Indian
Territory and Texas.
Planer Tree,or | Lhe water elm, or Planer tree, named
Water Elm. for J. J. Planer, a German botanist,

Panera aquatica. ust not be confused with the greater

76 FAMILIAR TREES AND THEIR LEAVES.

plane tree, frequently called buttonwood. This small
tree, confined to wet banks beside ponds and rivers,
is found in the valley of the
Cape Fear River, N. C.,
in Kentucky, and in the

South; westward it extends
to southern Missouri. It rare-
ly grows over 30 or 40 feet
high, and has a small, dark-
green leaf resembling that of
the white elm, smooth above, and
of a pale grayish-green color be-
neath; the teeth are sometimes
double. The fruit is a rough, leath-
ery-skinned nut about a quarter of an
inch in diameter, altogether different
Planer Tree. from the elm’s fruit, which is always
winged; it is ripe in September. The bark of the
tree is apt to scale off like that of the buttonwood.
Hackberry, or The hackberry, or sugarberry, usually
Sugarberry. is a small tree with the general ap-
Celtis occidentalis. oavance of an elm. It bears fruit
about as large as bird-cherries, sweet to the taste, first
yellowish and finally purplish red in color.* Its

* In midwinter the berries are dark mahogany-red. A hand-
some but small hackberry growing on a street in Cambridge,

THE WITCH HAZEL, SORREL TREE, ETC. {%7

deep-green leaves are variable in figure and texture ;
some of them are sparingly toothed, others are ex-
tremely oblique or lopsided, and a few

are heart-shaped (scalloped) at the
base; they are all conspicuously
taper - pointed, and the teeth,
extending over two thirds of
the edge from the tip down,
are sharp. The leaves are rare-
ly over three inches long, and
are generally rough to the
touch.

This tree is widely dis-
tributed ; it is common from
New England southward, and

Hackberry.

westward to Minnesota and even
to Washington, on river banks and in the woods;
it rarely reaches a height of over 20 feet, but in
the South, and especially in the lower Ohio basin,
it attains the proportions of a large tree, sometimes
130 feet high.
Red Mulberry, The red mulberry grows variously
Bee Strom) 19 ito) 10> feet. high, and bears
dark red, or, when finally ripe, black-purple ber-

Mass., not far from the Harvard Botanical Gardens, is a@owded
with thousands of berries as late as the end of January.

78 FAMILIAR TREES AND THEIR LEAVES.

ries, resembling in
shape and size long
wild blackberries.
The leaves, as one
may see from my
drawings, are ex-
tremely variable in
figure ; perhaps it
may occasion some

surprise when I say
that these leaves which
I have drawn all came

Y
NH
{ir

ff
\
1 9

off the same tree. This
particular tree grows in
the Pemigewasset Val-
ley (White Mountains),
just in front of an
ideal farmhouse, and
is not over 15 feet
high; but it is extraor-
dinarily beautiful both
in roundness of figure
and in brilliancy of fo-
liage.
Nothing is more
charming in color than

Red Mulberry.
the leaves of a young

THE WITCH HAZEL, SORREL TREE, ETC. 79

mulberry tree in early summer; they are usually of
a soft, warm, yellow-green hue, in agreeable con-
trast with the surrounding darker-leaved trees, and
they seem to hold the afterglow in some mysteri-

ous manner peculiar to themselves. This

rare and glowing yellow-green color is
identical with that which we have ad-
mired perhaps in the garments of the
Madonna in a picture called
The Virgin Enthroned, by
the American artist, Abbott
H. Thayer. The red mul-
berry is common east of
the Mississippi River, and
Cut-leaf of Red Mulberry. in that locality reaches a
height of 70 feet or more. It

extends throughout the country.

There is also a white mulberry (Morus alba) with
leaves similar to those of the red mulberry, except that
they are smooth and shiny. This tree was intro-
duced from China about 1830, and cultivated for the
sake of its leaves, upon which silkworms delight to
feed. The oval fruit is whitish, and at times pur-
plish; it is edible, but has a rather sickening sweet
taste. The tree is common throughout the North;
southward it extends to Florida and Texas. I recol-

lect a tall and handsome specimen at Palenville, N. Y.,
7

80 FAMILIAR TREES AND THEIR LEAVES.

near the Catskill Mountains. The wood of the mul-
berry is yellowish, and durable in contact with the
ground. The trees all have milky juice.

The black mulberry (AZorus nigra), another native
of Asia, has large, dull, dark-green leaves tapering
into a sharp point, rather rough above, usually not
lobed (divided), fine-toothed, and evenly balanced on
either side of the stem. The fruit is large and sweet,
purple-black in color, and double the size of the red
mulberry; it is much esteemed in Europe. The
tree, however, is rarely cultivated in this country,

and it is barely hardy above
42° north latitude. It
grows to a height of
from 20 to 30 feet.
The pa-

Paper 1
Mulberry. per mul-
Broussonetia berry is

rifera. :
ppyrfera. uitivated

from New York
southward as a shade tree; its leaves are very hairy

Paper Mulberry.

above, downy beneath, round-toothed, and in young
trees divided, but in old trees somewhat heart-shaped
and rarely divided. The club-shaped fruit, ripe in
August, is dark red, sweet, and insipid. The tree
grows 25 feet or so high, with branches which hang
low. It comes from Japan.

CHAPTER VI.

I. Simple Alternate Leaves.
2. With teeth. A. Edge not divided.

THE BIRCHES.

Black, Sweet, or Tue black, sweet, or cherry birch has
Cherry Birch. slender, dark reddish-brown twigs
Betula lenta. with a delightful aromatic taste, which
is a sufficient means for the unmistakable identifica-
tion of the tree; the bark of no other birch possesses
exactly this aromatic flavor, although there is a cer-
tain sweetness to the yellow birch’s twigs. It is from
the twigs of the black birch that the flavoring for
birch beer is obtained.

This tree has an evenly balanced, oval-pointed leaf,
with a regular double-toothed edge, which is an easy
means of distinguishing it from its neighbors. Com-
pare for an instant my leaf drawings of the black
birch and the American elm: it will be seen at once
that the leaves are somewhat similar in general out-

line, in double-toothed edge, and in prominent, almost
81

89 FAMILIAR TREES AND THEIR LEAVES.

We

ry
Ss

Ss
CGE BA”
| ‘ BZ -
3 \\t ( \K\ ih

VSS es /

WF

f'
Up Z
aw

Y
NG

iy
“ey

Ve

— =~

1)
VA

—

=
——
——

NW
s\h
=

~-
—

Jf

="

"

“SS WA SN \ ‘

=
=>

ZS N
BAAS \
BE e|!\. ;
fe \Y
BEA
Baz \\\
FE ee \ \
on Nt Black Birch.
CF

THE BIRCHES. 83

conventional veining. But here the resemblance ends:
the birch leaf is shiny, the elm leaf is not—on the
contrary, it is rough; it also has a much more lop-
sided figure. Furthermore, my drawing of the birch
shows that the leaves grow in pazrs alternately along
the stem; the elm leaves grow singly; then, the little
elongated dots on the tiny twigs of the birch, and the
downy, short leaf stem, both of which bespeak the
Betula tribe, are characteristics wholly’ unelmlike.
There is also another distinguishing mark of the black-
birch leaf: its base is unmistakably scalloped.* Now,
compare this shape with that of the hop-hornbean
leaf, and it will be seen that the scallop in the latter
is extremely slight. These are minor differences,
which, however, should not escape our notice.

I find the black birch in a shrublike condition in
Campton, N. H., much more frequently than in tree
form; but when it does reach the proportions of a
tree it grows from 20 to 70 feet high, and carries a
fairly straight trunk covered with a gray-brown bark
somewhat resembling the cultivated cherry, but with
those unmistakable horizontal marks which charac-
terize the birches.

With the sunshine distributed over its brilliant

* The botanical expression for this scalloped base is “ cordate”

or “heart-shaped”; but I refrain from using a term which might
mislead one to believe the entire leaf was shaped like a heart.

84 FAMILIAR TREES AND THEIR LEAVES.

green leaves this tree makes a fine show in an open
space where there is no interference with its vigorous
growth. Its wood is reddish brown, fine grained, and
is well adapted to cabinet work. As a matter of fact,
it is often stained to imitate mahogany, and so treated
one is completely deceived as to the true nature of
the wood. Its bark does not separate into thin layers,
like that of the paper birch.

Yellow Birch. ‘The yellow birch gets its name from

Betula lutea. its yellowish trunk; there is really
little yellow in it, but enough, perhaps, to justify the
name; more exactly, I should describe the color as
silvery yellow-gray: Again, those horizontal marks
which characterize the Betula family are sprinkled
over the delicate, silvery bark; notice, also, the way
this thin bark is curled and frizzled away from the
trunk ; it ornaments the latter with a thousand shin-
ing, edges, which catch and hold the scattered, flicker-
ing sunlight of the woods so that the tree is dis-
tinctly separated from its stalwart, dull-hued, rough-
seamed neighbors. Indeed, the yellow birch possesses
a certain unmistakable femininity of character which
is suggestive of some tattered and disheveled woodland
nymph. <A young sapling about three quarters of an
inch in diameter, whose silvery-yellow bark is in per-
fect condition, makes a beautiful cane when tastefully
mounted. There are few trees which, like the yellow

NI
LWW WN

AR SN
XY

My Wy
S = a

~~ AAAS

THE BIRCHES.

Yellow Birch,

85

86 FAMILIAR TREES AND THEIR LEAVES.

birch, may boast of bark with a texture like satin
and a sheen like silver.

This yellow birch is so closely allied to the black
birch that I must point out the differences which we
may observe in their leaves. The yellow-birch leaf
is rather coarser in texture and toothed edge; it is
not so conventional in figure as that of the black
birch; it is often quite contracted at the scalloped
base, which is not so decidedly formed ; its leaf stem
is exceedingly downy, also the back of the leaf, espe-
cially over the veins; and, lastly, it does not possess
the shiny, bright-green color which characterizes the
black birch. Besides these leaf differences there are
others: the catkin is less long and more egg-shaped,
and its scales are larger and thinner; but the fact
that the yellow birch has unmistakably yellow bark
prevents the possibility of confusion with any other
of the species. The tree attains a height of 80 or 90
feet if it is placed in advantageous circumstances; [
know of a specimen over 75 feet high near Livermore
Falls, Plymouth, N. H. The wood is white, and not
very useful except as fuel.

White or The common white birch, sometimes

Gray Birch. called gray birch, is ar. American tree
Betula popubfol'a. of which we may well be proud. I
think it possesses a feminine grace and charm which
are as yet unappreciated by those who seek after

THE BIRCHES. 87

ornamental trees with which to decorate parks and
private grounds. Its long, thin branches as they ex-
tend outward from the white trunk droop in many a
subtile curve; the ends are divided into an infinite
number of dark-brown, wiry branchlets from which
depend the beautifully formed leaves. These are
somewhat triangular in shape, taper to a sharp point,
and are bright, shiny green; in fact, no other tree
possesses so brilliant a leaf. In spring the tree is
bright yellow-green, and furnishes a striking contrast
with any evergreen which may happen to be in its
vicinity.

The extreme lightness and airiness which charac-
terize this birch are the qualifications which assist one
most in its identification. If, for instance, I see in
the distance a small tree with white trunk, thin, light
yellow-green foliage, and dark, wiry branches dis-
posed to droop (the topmost ones are decidedly
vertical), I know pretty well by experience that
no other native tree except the gray birch answers
to that description; in a park it might possibly be
confused with its foreign relations, but in the for-
est it is unique. Unfortunately, the beauty of the
gray birch never shows itself to advantage in its na-
tive environment; in the struggle for existence among
its crowded neighbors, much of its femininity and
daintiness is completely lost; its symmetry is im-

88

FAMILIAR TREES AND THEIR LEAVES.

‘uh
| Wiiiseecas

fe A
EE
afl Ve sz
f ay > RSSS <
\\ SS
KS
wey

bea Oa cas

he, See
WS -SS
KA \

White or Gray Birch,

THE BIRCHES. 89

paired, its outlines are scrawny, and its strength is
lost in the effort to elbow its way above encroaching
companions of a more vigorous growth. But place
the tree where it has a chance to do its best, and it
will develop into astonishingly graceful proportions.

This birch, is distinguished from its near relatives,
by several marked characteristics. Notice the bough
where it joins the white trunk ; this triangular brown
patch below the branch is always present in any tree
of any age. The leaf stem is slender, rather long,
and not downy; the leaf (often growing, as in my
sketch, in pairs) is very smooth and shiny on both
sides; also, the stem being slender the leaf shakes
with the slightest breeze, and its varnished surface,
reflecting the sunlight, breaks it into shifting, spark-
ling green fire. This is no exaggeration of the truth.
Watch some tree on the edge of a dark wood on a
clear day in early June, when Zephyr is at play
among its branches, and the flashes of green light
which come and go will fairly dazzle the eyes.

The white bark is not easily separable into layers,
and it lacks that freedom from knotty imperfections
which makes the canoe or paper birch so dazzlingly
white in broad sunlight. Often in very young trees
the bark runs through dark brown to tan color, and
only the thickest part of the trunk is sparingly white ;
but through all the branches and over the trunk are

00) FAMILIAR TREES AND THEIR LEAVES.

the same lines and dots which always mark the Betula
tribe. The tree is small, rarely reaching a height of
more than 30 feet. Its wood is white, soft, and is used
mostly for fuel; rarely it is made into spools such
as are common in the weaving mills of New England.
European For the sake of comparison, I in-

White Birch. troduce here a sketch of the Euro-
Beaulaaba ean white birch. This foreign rela-
tive of our Betula populifolia, which is indeed
closely allied to our tree, is certainly very beautiful,
and is becoming quite common in cultivation. The
specimen which I have sketched was taken from a
tree which was planted in front of a private residence
in Plymouth, N. H.* It is a cut-leaved variety of
the European birch, specitically named Betula alba,
var. lacumata. But when I admit its beauty (pos-
sibly some landscape gardener may lift his eyebrows
at the word admit), I must remind those who have
studiously observed our own gray birch that its Euro-
pean relative does not possess the power of flashing
that jewel-like green light to which I have drawn
attention. In a word, the foreign tree possesses a
beautifully shaped leaf, without the splendid lively
color of its American relative. These ornamentally

* This beautiful tree, some 30 feet in height, stands near the
gateway entering the grounds of Dr. Robert Burns. On these
grounds are also several rare trees of various foreign species.

THE BIRCHES. 91

ty pl European White Birch, cut-leaved.

slashed leaves (John Ruskin would call them rent)
are rather a dark green, and they are not very

99 FAMILIAR TREES AND THEIR LEAVES.

shiny—in fact, they are not constituted as sunlight
flashers.

This makes a vast difference with the appearance
of a tree, supposing, of course, we take into consid-
eration its effect under conditions of light and shade.
I could identify our gray birch at a great distance
in the focus of strong sunlight gathered from a
cloud-rent; such a thing would hardly be possible
with any other tree. The European birch under
similar conditions would appear at best commonplace,
if, indeed, it was recognizable at all. Then, also, in
early October, when our own birch is transformed
into pale, shining gold, there is hardly a suggestion
of gold in its European relative. I have seen both
trees together under the same climatic conditions, and
the change of color in the foreign tree was not com-
parable with that of its American relative. My draw-
ing is sufficient for the identification of this particular
European birch.

The different kinds of European birch (Betula
alba) are; var. pubescens, leaf covered with white
hairs; var. pendula, weeping; var. laciniata, cut-
leaved; var. fastigiata, pyramidal; and var. atro-
purpurea, purple-leaved. These are all to be met
with in parks and private grounds, but as yet I
think none of them have escaped from cultiva-
tion.

THE BIRCHES. 93

Paper, Canoe, or The splendid
White Birch. white-trunked

Betula papyrifera, AP
Betula alba, var. paper or canoe

papyrifera, birch called
by the less specific name of
white birch, is so well known
through its useful and beau-
tiful paperlike bark that the
identification of the tree is de- }

WN

pendent on no

other means. But
lest it should be
confused with its

Soy
a EN
near relative, the
gray or white birch
(L. populifolia), 1 will
draw attention to
certain differences.
Unlike the gray
birch, the extreme-
ly white bark is
scarcely marked with
a distinct triangular
brown patch, from the
top of which grows the
branch; indeed, there is
hardly any brown at all Paper or Canoe Birch.

94 FAMILIAR TREES AND THEIR LEAVES.

below the branch; in the gray birch it is never ab-
sent. The bark on a large tree will hold broad
spaces unfurrowed by knotty imperfections. The
paperlike layers of the bark are easily separated into
numerous thin sheets, varying from a buffish cream
color to a light tan, the lightest color belonging to
the outermost layers. The leaf is altogether unlike
that of the gray birch; its stem is short and often
very downy (notice in my drawing that the stems are
short, thick, and not sharp or clean looking); its out-
line is oval, with a moderate point, and the teeth are
coarsely irregular; in color it is dull green, smooth
above and hairy below, especially on the ribs and at
their angles; at the base it is oftenest rounded, but
now and then it is remotely heart-shaped.

The branches have no tendency to droop, as do
those of the gray birch, and the whole color effect of
the tree is darker. It is also a tall variety of the
Birch family, sometimes reaching a height of 75 feet.
The beauty of the white-trunked tree in the North-
ern forests can scarcely be overestimated ; it is one of
those woodland characters which does not seem to
lose anything by the overcrowding process. I have
seen great, handsome specimens in the dense woods
of the White Mountains, undespoiled of their virgin,
white bark by the hands of tourists, growing straight
up in the air and sending out widespreading branches

eee aa ace -
¥ - oO ET CR IE A = RC I

Campton, Grafton Co., N. H.

a
)
ce
faa}
on
tl
am
<t
Q
na
O
to)
&
a
B

THE BIRCHES. 95

as if there were no
forest in the way

and room was not gy Null) .
NW OM

searce, for their Ren 27
~ “4

WK 3

topmost boughs QS OW

quite overspread in
radius two other
comrades of lesser stature but
denser growth. Want of sun-
light and the perpetual gloom
of the primitive forest do not

seriously retard the growth
of the paper birch, other- i
wise we could not see its ;
vigorous stem stand like a
white giant in the dim
distance of the dark
woods as we look from
one mountain toward an-
other.

The wood of this
birch is buffish white
and close-grained ; it
makes a splendid hard floor,
and for interior finish has no equal among the
plainer kinds of ornamental wood. It makes an ex-

cellent fuel, although it is quickly consumed. In
8

Young sprout of Paper Birch.

96 FAMILIAR TREES AND THEIR LEAVES.

the woods it is subject to rapid decay, and frequent-
ly one may meet with an old fallen specimen, appar-
ently sound if one judges by the look of the bark,
but really rotten to the core. The bark is water-
proof, and is used by the Indians and the North-
western hunters for the construction of canoes, the
seams of which are neatly sewed together and made
water-tight by the use of pitch.

There are often great variations from the typical
forms of tree leaves. I have drawn one of these
variations, which may commonly be noticed in the
seedling paper birch. The specimen shows a strongly
double-toothed leaf, whose whole character—stem and
surface—was downy. ‘The back of the leaf was par-
ticularly hairy, as well as the twig, which was some-
thing of an old gold color, characterized by the usual
dots of the Betula family. The leaf was soft to the
touch, and on the under side the veins were white,
with rather rusty-looking hairs. My drawing was
taken from a young shoot.

Red or River Birch. The red birch, sometimes called river

Betula nigra. birch, is rather a Southern variety,
seen at its best south of Baltimore. The leaf at
the edge is very unevenly double-toothed, and its

aspect is alderlike. The outline is angularly egg--

shaped, and the stem is short (about half an inch
long) and downy. The whole leaf has a whitish-

tl

THE BIRCHES. 97

green look on the under side, caused by the soft,
downy growth over its surface; the upper side is a
medium green, not so bright as that of the gray
birch. The branches are dark brown, the smaller
ones often ochre or cinnamon color, and always downy
when young. The bark of the trunk is dark red-
brown, and often hangs in shreds of a lighter brown

fe 4 Uf —

ES
SS

Red Birch.

hue; but the trunk never has quite the disheveled
appearance common to the yellow birch, although the
thin bark often hangs and curls about the body of
the tree in the same charming, disorderly fashion.
Perhaps the best way to identify this birch is by the
peculiarly irregular leaf; its rude outline resembles
the alder, but at once the lines and dots on the trunk
and branches show the birch character. The red
birch is common in New Jersey and in Bucks County,
Pa. One need not look for the tree north of Massa-

98 FAMILIAR TREES AND THEIR LEAVES.

chusetts, as it belongs in its wild state southward, and
westward as far as Minnesota. It grows beside the
banks of streams, and attains a height of 30 to 50
feet. It is the only birch which can be found ina
warm climate. Unfortunately, the botanical name in-
dicates that it is black; really it should be called £B.
rubra, and there zs one authority for this name.*

I can not leave the birches without calling atten-
tion to an extreme species, a shrub rather than a tree,
which shows how far Nature sometimes

deviates from her commonest types. B.
glandulosa is a dwarf variety of the
birch, with miniature leaves and stunted

stems, which is found among
the high mountains of New
England. My sketch is taken
from a specimen found on the
Presidential Range of the White
Dwarf Birch. Mountains, between Mounts
Adams and Jefferson; it grew

close to the ground, hugging the rocky foundations,
and the smooth, brown branches were conspicuously
dotted with resinous, wartlike glands, to use Gray’s
own words. The bush grows from 1 to 4 feet high.
The leaf is scarcely over three quarters of an inch long.

* Michaux.

CHAPTER VII.

I. Simple Alternate Leaves.
2. With teeth. A. Edge not divided.

THE ALDER, ETC.

Speckled or Tue speckled or hoary alder, prop-
Hoary Alder. erly speaking, is a shrub; yet it often
Alnus meant. wows 20 feet high, and sometimes
has one substantial trunk. There is scarcely a brook
or streamlet passing through the White Mountain
region which is not shaded by the very dark olive-
green foliage of the speckled alder, and I call to
mind mile after mile of valley road edged by this
beautiful bushy tree; indeed, it might justly be
called the “roadside genius” of sylvan New Hamp-
shire. I think the “speckled beauty” of the woods,
although he does not seem to know it, owes this
alder an enormous debt of gratitude for hiding his
cool and pebbly retreat and entangling the angler’s

“fly.” Whoever has fished in a mountain stream has
99

100 FAMILIAR TREES AND THEIR LEAVES.

unwillingly formed more than a “scraping acquaint-
ance” with this tree—the brook trout’s best friend.

Its leaves

q are extremely

Fleet coarse, irregu-

A me ule = larly toothed,

fe yaa promuingedy

- vet ul brown - veined,

very downy be-

neath _— (especially

when young), and dull,
3 | dark olive above. The
3 Sue bark of the twigs is also olive-
se is ; green, and that of the
i: aes = trunk is shiny, ruddy

Ae green. The purple and

yellow catkin which
appears in spring is
extremely graceful,
and scatters clouds of
pollen dust if disturbed.
In the fall we will find the catkin buds and the
“cones” on the same bush, like my sketch. The

Speckled Alder.

cones resemble red-pine cones in miniature.

The European alder (Alnus glutinosa), often
planted in our parks, is a handsome tree from 25 to
60 feet in height, with a leaf closely resembling that

THE ALDER, ETC. 101

of the speckled alder, abruptly pointed, and wavy at
the fine-toothed edge; there is a tuft of down at the
angles of the veins beneath. The younger branches
and the stems of the leaves are usually glutinous.
Several forms of the tree are cut-leaved.

Hop Hornbeam, The hop hornbeam, sometimes called

Ironwood. ironwood, is a slender tree with ex-

Ostrya Virginica. eeedingly hard wood, which is used
Osirya Virginiana , ¢ 3

in making cogs for mill-wheels, teeth
for wooden rakes, mallets, axe handles, cart pins, and
other farming implements which must possess extra
strength. Its leaf is beautifully formed, exquisitely
sharp-toothed, and has a somewhat dull, light-green
color; a stem scarcely a quarter of an inch long joins
it with the slender twig, from which it grows out
horizontally. A comparison of this leaf with that
of the black birch reveals a certain similarity; the
great difference, however, lies in the texture: the
hornbeam’s leaf has a rough finish, and the birch
leaf shines; furthermore, it has a stem fully three
quarters of an inch long.

The bark of the trunk is finely furrowed in per-
pendicular lengths of four inches, rarely more. The
young shoots are olive-green of a ruddy tone dotted
with dark brown. The fruit, as one may see by my
drawing, greatly resembles the hop; it appears in
August or September. The tree rarely grows over

102 FAMILIAR TREES AND THEIR LEAVES.

a
ENN SES SRE
GN »\ Oks
TBE S< Slt
ZS Z —

Ge

7d, Gy Ud tp Z

Hop Hornbeam,

THE ALDER, ETC. 103

35 feet high, and has light, slender branches; these,
when covered with thick foliage and the hoplike fruit,
are extremely graceful.
ee The hornbeam, which is also called
Water Beech, Dlue or water beech, is common on
Carpinus -———‘ the banks of streams from New Eng-
cel iaacroam res Minnesota and southward.
It may be distinguished from the hop hornbeam by
its little three-pointed leaflet or bract, which is placed
in pairs base to base with the small nuts;

these leaflets form an elongated cluster,

which remains hanging on the tree until
late in the autumn. The leaf stem
is about Aa/f an inch long, and the
leaf itself, fuzzy when young but
soon nearly smooth, resembles
that of the hop hornbeam, except
that it is rather unevenly toothed.
V/V; The bark of this tree is gray,
ie \ ® smooth, and not unlike that of
Hornbeam. — the beech, although it has in addi-
tion occasional ridges which mark
the trunk perpendicularly. The wood is very hard,
and whitish. The water beech is a slow grower,
and rarely attains a height of over 20 feet, except
in the South among the Alleghanies. In the moun-
tains of New Hampshire it is quite absent,

104 FAMILIAR TREES AND THEIR LEAVES.

Chestnut. The chestnut is so familiar to every
Castanea sativa. one who lives in or near one of our
Castanea dentata. ae ‘ pee: hes
great cities, in whose vicinity it is
pretty sure to be planted, that a description of the
tree seems wholly unnecessary for its identification.
Yet there are a few interesting facts about the
luxuriant chestnut which we would do well to re-

member.

It is certainly a most extraordinary, rapid-growing

tree, which in giving is only rivaled by the sugar
maple. At five years of age it will actually bear
fruit; in fifteen years’ time it is valuable as timber,
and if cut down then its shoots, which grow even
more rapidly than seedlings, de-
velop into fine trees within an-
other ten years. An orchard of
chestnuts will bring its owner
larger returns than many an ap-
ple orchard of the same size.
The fruit is brought into our

cities in autumn by thousands of
bushels, and sold at vetaz/ in the
stores and on the corners of busy streets at the rate
of about six dollars per bushel. Indeed, the Italian

Chestnut Fruit.

who sells his tiny measure of roasted chestnuts for
five cents brings the average nearer eight dollars
per bushel. In Iowa certain orchards planted eight-

a

THE ALDER, ETC. 105

Ye, fbx
Vif ff JF;
Wi Wf f We BEEZ
I! ‘uf ff WUVE SE
AM) RAN
< SZ ~ RAY SS :
ze ES WA \N \\ WS ASS en
SS SS \ Qs YS “

S YY
YS ~
>

Chestnut.

10g FAMILIAR TREES AND THEIR LEAVES.

een years ago are bringing in their owners better
returns than the same acreage in farm products.
The chestnut has a very

\

dark green leaf of a decid-

SN

ZS
—s
=)
Nw

Wee
AR

edly rugged character; its
teeth are like those of a
circular saw, and its ribs

2 J

give it a somewhat corru-
gated surface, which I have
tried to portray in my sketch.

WN X

Zi The tree grows from 50 to 80
We,

feet high, has very coarse
grayish bark, and its luxuriant
deep-green foliage, crowned with
the light rusty tinge of innumera-
ble developing burs in the month
of August, forms a color effect so
soft and beautiful that it com-
mands the admiration of the most
casual observer. In North Caro-
lina there are many specimens
whose trunks measure sixteen feet in cir-
cumference, so it is not always a fine leaf
which makes a beautiful tree. The wood
Chinquapin. is yseful and durable, rather soft, yellow-
ish, and has a coarse but handsome grain, which is at
once apparent in the gilding of many a picture frame.

sa TSS I ERTIES MSTA

— ee ee

ee

CHESTNUT.
Upper Solburg, Bucks Co., Penn.

aa

THE ALDER, ETC. 107

Ohinquapin. The chinquapin is a small variety of
Castanea pumila. the chestnut, common in the South,
which grows from 7 to 35 feet high. The bur, about
an inch wide, bears a single small nut rounder than a
chestnut. The leaf is like that of the chestnut, but
has a downy or woolly appearance beneath, is usually
less distinctly toothed, and is seldom over five inches
long. The tree grows wild in southern New Jersey,
Pennsylvania, Ohio, and southward. Its foliage is
whitish olive-green.
Beech. The beech tree is common in all our
Fagus ferruginea, WOOdS North and South; it extends
Fagus grandifolia. westward to Missouri and south-
ward to Florida and Texas, and attains its finest
growth in the southern Mississippi River Valley.
In the middle of winter, when the forest is bare of
leaves, we ought to be able to recognize the beech
at a glance: no other tree has the same smooth, light
gray, spotty bark; no other the same smooth, round-
ish curves on long, low branches which extend hori-
zontally a good distance from the trunk. The bark
of trees may easily be grouped under three classes:
first, perpendicularly ridged; second, horizontally
striped; and, third, round spotted. To the first class
belong a great number of trees, including the elms;
to the second belongs the birch; and to the third
belongs the beech, almost alone. I think, then, there

108 FAMILIAR TREES AND THEIR LEAVES.

is no reason why one should not know a
beech even in midwinter.

We

|

The leaves of this tree are iA
most wonderfully delicate and rz
charmingly simple; indeed, I ‘ge
know of nothing in the leaf \) a =
world quite so silky and thin, \\ \\ Se

a . \\\ \V poe oe

yet firm. On the under side \\ ——
of abeech , Zz le Zz
leaf the del- Fe (Ws
icate, whit- ——

: : CS
ish, wiry :

veins run
straight from
the center rib to

the small sharp tooth at | j
the edge; between, the Wi f Lf Lone
surface is smooth and i WSS
: ff Ye S
aren, not the slightest / Cy
indication of texture ff \47%

Y

showing itself unless 5

slender twigs which bear \\
Beech and Fruit.

one uses a glass. The

the leaves spread out hori-
zontally, not droopingly like elm leaves, are also a
marvel of delicacy. The tiny three-cornered nut in-
cased in the miniature bur is familiar to every Amer-

THE ALDER, ETC. 109

ican boy, and needs no praise here. The tree often
grows toa height of 100 feet in the South; north-
ward it is commonly 50 feet high. In the early au-
tumn it is particularly beautiful; all its leaves turn
an even, clear, pale golden yellow, which seems on a
sunny day to diffuse a strange radiance in its imme-
diate vicinity. With my eyes closed I have been sen-
sible of the peculiar light reflected from the tree in
its yellow dress. There is no prettier combination of
color than that of the golden leaves and white-spotted
gray and greenish trunk. The wood is very hard,
close-grained, and is used for making chairs, loom
spools, shoe lasts, and milking stools. The tree is so
strikingly beautiful in its winter aspect that it has
become a favorite subject with several well-known
artists; Mr. W. L. Palmer, in particular, delights to
portray its picturesque and stolid gray trunk casting
blue shadows over the sunlit snow. It has been well
named “the painted beech,” for no other tree has a
trunk so attractively painted by Nature.

The European beech (/ugus sylvatica), occasion-
ally planted in our parks, is the tree, I believe, which
is indirectly responsible for the downfall of Mac-
beth. It was not the Birnam beeches* which cost

* The old forest, Birnam Wood, has long since disappeared,
and in its place is a meager young growth scarcely deserving the
name.

110 FAMILIAR TREES AND THEIR LEAVES.

him his life, but something very nearly related to
them—spears! The leaf of this tree resembles that
of its American relative, but it is broader, shorter,
and in many varieties it is wavy, without teeth;
in others it is deeply cut at the margin. The pur-
ple or copper beech (var. atropurpurea)* is a va-
riety with a rounded figure, very dark copper-colored
foliage, and somewhat curved leaves sparsely toothed.
There are several handsome specimens in the Public
Garden, Boston. The tree is very slow in unfolding
its leaves, and it is extremely loath to part with them ;
for that matter, the beeches often hold their faded,
ghostly, brown-white leaves throughout the winter.

* The latest name for the copper beech is Fagus sylvatica
foliis atrorubentibus.

S

CHAPTER VI

I. Simple Alternate Leaves.
2. With teeth. A. Edge not divided.

THE WILLOWS.

Goat Willow. Many of the willows, more especially

Salix Caprea. — those under cultivation, have become
so greatly mixed that it is not easy to discriminate
between them.* One of the most troublesome ones in
this respect—the goat willow—comes from Europe, but
it is very frequently seen in cultivation in this coun-
try. It furnishes the stock or the foundation, so to
speak, for that beautiful umbrella-shaped tree which is
known in our parks and gardens as the Kilmarnock
willow, of a “weeping” form. But this willow may
at once be distinguished by its rowndish leaf; it is
oval or long-oval in shape, thick, deep green above

* It is a singular fact that many willows must be grafted on
other species quite a distance above the root, otherwise they never
attain any considerable height—that is, if planted in the shape of
cuttings.

9 111

119 FAMILIAR TREES AND THEIR LEAVES.

al

and rather soft-downy below. The catkins, which are
bright yellow, appear
in early spring long .
before the leaves.
The goat willow
has brown or red-
dish-brown branches,

and grows not over
30 feet high. It is adapted
to dry situations.

Heart-leaved Willow. The heart-leaved wil-
Sala cordate. low may also be easi-
ly distinguished by its leaf, which is
usually inclined to a scalloped form at
the base. But Gray says this is a most
widely distributed and
variable species with an

inappropriate name, as
its leaves are seldom
heart-shaped at the base. However,
my drawing was made from a speci-
men obtained at the side of a road in
the valley of the Pemigewasset Riv-
pee A’ pet, New Hampshire, and having
compared it with another specimen
which grew in southern New York, I found the

differences wholly insignificant. A distinguishing

THE WILLOWS. 113

characteristic of the leaf of this tree is the conspic-
uous little leafy formation (called a stipule) at the
junction of the leaf stem with the branchlet; this is
always present. The leaf is green on either side,
scarcely paler but smooth beneath, and finely toothed.
The heart-leaved willow grows from 8 to 20 feet
high, and is very common in low and wet places.

The long-leaved
Long-leaved Willow,

willow is easil
Salix longifolia. aig

recognized — by
its extremely narrow, long leaf,
which tapers at each end and is
rather coarsely toothed. It is
often a shrub, but occasionally,
when favored by circumstances,
it attains a height of 20 feet.

This species is common west-
ward, but rare along the Atlantic
coast from Maine to the Potomac
River, Virginia.

Crack Willow. One of our larg-
Salix fragilis. — est willows—the

crack willow—came to us from Europe, and was

Long-leaved Willow.

planted at an early date in the vicinity of Boston, in
some of the older cities and towns of New Hampshire,
and elsewhere in the North. It has since become ex-
tensively naturalized. Its twigs are largely used in

114 FAMILIAR TREES AND THEIR LEAVES.

Crack Willow.

ee ee ee ee

THE WILLOWS. 115

the manufacture of baskets.* This willow grows 50
to 75 feet, and under favorable conditions 90 feet
high. I know of a very old and handsome
specimen in central New Hampshire, with
a spread of over fifty feet, and a remarkably
picturesque contour ; it is planted opposite an
old and interesting farmhouse, in combina-
tion with which it forms a very beautiful pic-
ture. The crack willow is not sufficiently ap-
preciated as an ornamental tree; it has been

too often displaced by the weeping willow, iaceen
whose conventional and sober aspect is a pee
poor substitute for the cheerfulness and willow.
vivacity of the other tree with its scintillant foliage.t
The crack willow may be identified by its shining leaf,
which has two tiny excrescences at the base just at
the junction with the leaf stem, and rather thick,
fine teeth ; these, when magnified, look like my
sketch at A. The under side of the leaf is whitish
and smooth. The twigs are yellow-green, polished,
and very brittle at the base; hence the name of the
tree.

* It was imported in the especial interest of basket manufac-
ture before the Revolutionary War.

+ The sparkling color of the crack willow’s foliage is caused by
the swaying of the firm leaves in the wind. The weeping willow
never shows this effect, but its drooping leaves have a listless
motion.

116 FAMILIAR TREES AND THEIR LEAVES.

White Willow. The white willow, also imported from
Saker anon Europe, is similar in many respects to
the foregoing species ; in fact, it has become so much
mixed with it that a recognition of either species by
means of the leaves is far from easy.
There are also several va-

vieties of the white wil- '

low. In its typical form
the twigs are olive, and the
leaves are somewhat silky on both
sides. In var. vitellina the twigs are
yellow ; in var. cwrulea they are olive, and

the leaves, smooth above, are a trifle bluish |...
green. In var. argentea the foliage is very Willow.
whitish—silvery gray ; but in each instance the leaves
in outline taper both ways, and have sharp, thick
teeth. The wood of the white willow is used in the
manufacture of charcoal for gunpowder. The tree
is very common throughout the country.

Weeping Willow. It is scarcely necessary to say that the
Salix Babylonica. weeping willow is also a species intro-
duced from Europe; but it is extensively cultivated
here, and is usually planted beside the water. Gray
says in many places it has spread along river banks
and lake shores through the drifting of detached
branches. The large, graceful tree with its long
pendulous branchlets is too familiar an object to

THE WILLOWS. £7

need description. There is a variety called annularis
(hoop willow), with leaves almost curved into rings.
Black Willow. The black willow has rather rough,
Salix nigra. — hlackish bark, and a woolly-stemmed,
variable leaf which is most often attenuated lance-
shaped.* There is, besides,
a little stipule (leafy termi-
nal) at the junction of the
leaf stem with the branchlet,

though this may not always be
present. The branches are very
brittle at the base. The leaf is
commonly small, not much over two
inches in length, and when mature is
smooth, except beneath, on the midrib, which
is woolly. This willow is common on the
banks of streams and lakes. In salixv nigra Black
var. falcata the leaves are extremely long, Woe
narrow, and frequently scythe-shaped ;, they are fur-
nished with stipules (leafy terminals to the leaf
stem) which do noé fall off when the leaves are
young; the edges are very finely and_ sharply
toothed. The black willow grows from 15 to 35
feet high.

_ * I mean, for instance, wider nearest the base of the leaf, then
gradually narrowing to the tip; but one must not rely too much
on this form. The leaves are very variable.

118 FAMILIAR TREES AND THEIR LEAVES.

Western Black The Western black willow is

Willow. found from central New York
\\, Sadia amygdaloides.

westward to Missouri. The
leaves are rather oval-lance-shaped, pale or
often hairy beneath, and have long, slen-
der stems; the little stipules (encircling
the stems like leaflets) fall off when the
leaves are yet young. This tree grows
from 15 to 40 feet high, and is common
on the banks of streams from Ohio to
Missouri.
Shining Willow. The shining willow may
Saiia lucida. he recognized at once by
0 een its bright leaf, which is shiny on both
sides, deep green above and lighter be-
low; the shape is elliptical, with an extremely
elongated, sharp point. The branchlets are
also shiny and olive-green. The shining
willow is rather a shrub than a tree, and
grows only 15 feet high at most. It
is extremely beautiful in bright sun-
shine by reason of its glossy leaf,
and it commonly grows on the
banks of streams from Maine to
Pennsylvania, westward and
northward. It is sometimes called
American bay willow,

THE WILLOWS. 119

Long-beaked Willow.

Long-beaked Willow. The long-beaked willow is a very
) Salix rostrata, gommon species, which rarely

420 FAMILIAR TREES AND THEIR LEAVES.

grows to the dignity of a tree; it is seldom over 15
feet high. The leaf is so pronounced in character
that I think few of us can fail to recognize it at a
glance; it is thin, leathery, large, deep olive-green
above, and whitish, blue-green below; when young
it is velvety on the under side, but this velvet tex-
ture is nearly lost as the leaf becomes older; on the
upper side there is also an inclination toward downi-
ness. My drawing shows the edge of the leat
scalloped rather than toothed, and the surface some-
what broken in lights and shadows. This willow is
common on roadsides and in moist or dry grounds
from Maine to Pennsylvania, westward and north-
ward. It may be found beside the streams which
wind through the valleys, and at an elevation of over
two thousand feet among the mountains of New
Hampshire.

CHAPTER IX.

I. Simple Alternate Leaves.

2. With teeth, A, Edge not divided.
THE POPLARS.

White Poplar, ALTHOUGH
Abele Tree. the white
Populus alba. poplar, or,
as it is frequently
called, abele tree,
is not American,
it has become so
familiar through
wide cultivation
in this country
that I must give
it especial notice.
It may be iden-
tified easily by
the extremely white,
P. Alba. cottony look of the
121

122 FAMILIAR TREES AND THEIR LEAVES,

under side of its leaf,

which is variously
shaped according to
the varieties which
I have drawn. The
branches of this tree
are also downy and
white when young, and
its roots are apt to produce
numerous suckers. Its typical
form is less grown here than
P. Alba, var. Nivea. aod UNE
The variety of the white
poplar which, according to Prof.
Bailey, is commonest in this
country, is called P.
alba, var. nivea.* Its
leaves have three or five
maplelike divisions, and
they are very cottony be-
neath. Another variety intro-
duced into Europe in 1875, from
Turkistan, is called P. alba, var.
Bolleana. This tree has a compact-
P. Alba, var. Bolleana. growing habit, something like the

* Vide The Cultivated Poplars, Bulletin 68, L. H. Bailey.

THE POPLARS. 123

Lombardy poplar; its leaves are rather more deeply
divided than those of the var. nivea. The white
poplars are rapid growers, and frequently attain a
height of from 50 to 80 feet.

American Aspen.

American Aspen, Loe American aspen is not com-
Poplar. monly known by this name; it is
Populus tremuloides. most frequently called by the coun-

try people “popple,” a corruption of poplar. It

124 FAMILIAR TREES AND THEIR LEAVES.

seems to me that a more significant and proper name
would be trembling aspen, for its leaves flutter
with the slightest zephyr. The tree may be easily
identified by the trembling of its leaves and the
whitish-green color of its trunk. It is never very
large, and although in northern Kentucky it may
attain a height of 45 feet, in other parts of the coun-
try it does not often exceed 25 feet. The flat, white-
veined, heart-shaped leaf, of a leathery texture and
dull, pale-green color, spreads out on a plane at right
angles with a singularly flattened long stem, so limber
that it allows the leaf to wiggle with the slightest. stir
of air. Ifa small spray or branch of the tree is held
in the hand before the mouth and one blows gently
on the leaves, it will be seen at once how and why
they tremble in every passing breeze; the swaying
motion is exactly like that of a bit of writing paper
allowed to fall through the air. The Lombardy
poplar leaf also has a long, flat stem, and it sways in
the same way. .

The aspen is sometimes mistaken for the gray or
white birch, because both trees have a whitish trunk,
spare horizontal lower and oblique upper limbs, and
both are similar in figure; but the leaves of these two
trees are entirely different: the birch has an exceed-
ingly brilliant light-green foliage, which reflects the
sunlight and quite often dazzles the eye, while the

THE POPLARS. 125

aspen has a whitish foliage without a suspicion of
shininess. Along the banks of the Pemigewasset
River, and in the adjacent woodlands, this tree, with
its ever-trembling leaves, is a very familiar object.
Its smooth, greenish trunk is cut by the lumbermen
into short, round logs, which are sent to neighbor-
ing mills and ground by powerful machinery, with
the aid of water, into a soft pulp; this is pressed
into paste-boardlike layers, in which preparatory
condition it is sent to various factories for the man-
ufacture not only of paper but of an infinite variety
of useful objects, such as pails, stove-mats, wash-
tubs, boxes, trays, etc.

The large-toothed aspen has a larger

Large-toothed
Aspen. and coarser leaf than that of the
Populus variety just described, and its outline
grandidentata, ,

is roundish and irregularly wavy.
There are, perhaps, only seventeen coarse teeth to
each leaf, and these are very dull-pointed. The leaf
stems are also flat and long; in fact, the large-toothed
aspen has leaves of nearly the same character as those
of its more beautiful relative, but lacking the pretty
heart-shape. The leaf is large, however, from three
to five inches long, smooth on both sides when old, but
covered with down when quite young. The tree is
common in the North, but rare southward, except in
the Alleghanies. It grows from 40 to 80 feet high,

126 FAMILIAR TREES AND THEIR LEAVES,

Hl Hae

SS ee

— \ re VE, a
SS de i eed
= | iy Wy ore
— - ily WAN) y =e “a —

H

2 it

hy
Matt
Ne

whl

Large-toothed Aspen.

has greenish-gray, smooth bark, and soft, white wood,
which is also ground into pulp and used extensively
in the manufacture of paper, etc.

THE POPLARS. 127

Downy Poplar, Lhe downy poplar is distinguished
Populus by its leaves, which, downy when
heterophy’™ Young and becoming smooth on both
sides when older, still retain the down on the veins
beneath. The leaf
is also quite
blunt at the end,
never tapering to a

point, and the teeth
are obtuse, with an in-
ward curve. The tree
grows from 40 to 80 feet
high, and is rather rare. It
will be found on the borders of swamps
from Connecticut to southern Illinois
Downy Poplar.
and southward.

Cottonwood. The cottonwood, or Carolina poplar,
Carolina Poplar. . a t iacead rane ete
Populus monilifera. Fe er ee ae ee
Populus deltoides. varying from 60 to 150 feet in height.
In the Mississippi Valley and immediately west it
borders every stream. It can also be found, but not in
great plenty, from western New England to Florida.
The leaf is similar in character to those of the poplars
already described, except that it is quite smooth, glossy,
nearly as wide as it is long, and sometimes has in-
curved, slightly hairy teeth; this last is hardly a very

common characteristic, but it is observable in many
10

498 FAMILIAR TREES AND THEIR LEAVES.

instances. The rapidly growing young twigs bear
leaves which sometimes measure eight inches in
length. However, it
must not be forgotten
that the seedlings and
young shoots of all
trees frequently pro-
duce leaves of ,an
abnormal size, if we
take the leaf of an old
tree as a standard.
Ralgaee reales The leaf of the balsam
Tacamahac, poplar, or tacamahac, is a

tuple great remove from its
balsamifera. : ,

trembling relative. It

hardly resembles it in any particular, if

I except the white back. Above, the

color is a somewhat yellowish green; be-

Cottonwood.

low, it is whitish, like that of all other poplar leaves.
The outline is distinctly egg-shaped, but pointed,
and is finely but obtusely toothed. Prof. Bailey
speaks of this tree as the most variable of all the
poplars cultivated in this country. He says it is rep-
resented by three marked varieties, “differmg from
the species and from each other in the habit of growth,
shape and color of leaves, and character of twigs.” The
tree grows from 40 to 70 feet high, has a pyramidal

THE POPLARS, 129

figure, and is found in the woods and beside the
streams in the Northern States. Its leaf is thick, firm,
and borne erect on the twigs; and the large, brown-
yellow leaf buds are covered in spring with

a fragrant resinous coating. I have.

drawn for comparison the leaves of
the three varieties which
are—var. intermedia, var.
viminalis (P. laurifolia,
Sarg.), and var. latifolia.

Balm of Gilead. Balm of

Populus Gilead may
balsamifera, :
var. candicans. be recognized

Populus candicans. by its fragrant
resinous leaf buds; these are
especially odorous in spring.
It is purely a matter of taste “ Populus balsamifera.

if one considers the buds fragrant; but de gus-
tibus non est disputandum. In my own opinion,
the smell is unpleasantly suggestive of the “ great
unclean,” or rather the madly unclean, who use per-
fumery, resulting in a mixture which can not de-
ceive! Guessing at an analysis of the perfume in a
leaf bud, I should define it thus: equal parts of sandal-
wood, patchouli, and barber shop to one part of es-
sence of boiled onions. The bit of balm of Gilead I
had in my hands last September smelled just that way.

130 FAMILIAR TREES AND THEIR LEAVES.

The leaves are large and beautiful, perfectly heart.
shaped, green, of a light-olive tone above and whitish
(sometimes rusty) beneath; their stems are an inch

ZZ

Z

ZZ
[ZZ

has

Ye y
AM r0

ty J

A
N
X FR

\

‘NAS

P. Balsamifera, var. P. Balsamifera, var. P. Balsamifera,
Intermedia. Viminalis. var. latifolia.

and a quarter long, a trifle hairy, and a little bit
flattened; sometimes they are touched with red.
The bark of the twigs is raw-umber brown in color;
that of the trunk is about the same, with darker
patches. The tree is exceedingly rare in a wild state,
but is very common in cultivation. It was planted on
the borders of the lagoon at the World’s Fair, where
its rich, broad foliage showed in handsome, irregularly
rounded masses. The tree in this respect is quite dif-
ferent from the other poplars, which exhibit rather
pyramidal figures. |

Perhaps the most beautiful of these taller and

THE POPLARS. [St

slenderer trees is the Lombardy poplar (Populus
nigra, var. Italica ; also Populus dilatata), which

Balm of Gilead.

ascends like a church spire some 100 feet or more to
the sky. It has a pretty, triangularly shaped leaf,
with a flattish stem, often red, and a smooth, thin,
leathery texture; the teeth are not sharp; the color

132 FAMILIAR TREES AND: THEIR LEAVHS. ~

Ae yi

Ny

SS
J SMwi4il

—

Ks = Wh
6 SS =

G =
a

7]

THE POPLARS. 133

above is a deep, clear green; that beneath is a little
lighter. The trunk of this tree is almost completely
covered from the ground upward with suckerlike
straight branches; these have a lightish gray-green
bark. The Lombardy poplar, one of the most pic-
turesque of objects in a hilly landscape, is unfortu-
nately ill adapted to the severity of our Northern
climate. In the Pemigewasset Valley I know of
three fine specimens which are gradually losing their
tall figures through the bitter cold of the New Hamp-
shire winters; the tops are slowly taking on the ap-
pearance of so much perpendicular brushwood bare
of every leaf.

CHAPTER X.

I. Simple Alternate Leaves.
2. With teeth. B. Edge divided.

THE HAWTHORNS.

Tue hawthorns, or white thorns, as they are some-
times cailed, are commonest in the South; but many
varieties may be found in the North, where they
can always be distinguished from other trees, at all
seasons of the year, by their thorns.

Washington Thorn. The Wash-

Crategus cordata.
Crategus pheno-
pyrum.

ington thorn
tree, which
grows not over
30 feet in
height, is much
/ esteemed for its
Washington Thorn. beautiful flowers and
bright-red berries. The

leaf is a deep, lustrous green in summer, and turns
late in the fall a rich orange-red. The flowers ap-

pear about the last of May; they are white, and
134

THE HAWTHORNS. 135

clustered like cherry blossoms, but in miniature.
The berries are not much larger than peas; they
are bright red, and ripen in Sep-
tember; many of them cling to the
boughs throughout the winter, but
eventually become brown and sere.
The Washington thorn is hardly
common, but is found generally scat-
tered through the South from the
valley of the Potomac River to

English Hawthorn.

northern Georgia and Alabama, and from Tennessee
and Kentucky to the valley of the lower Wabash
River in I[llinois.* It is hardy northward to south-
ern New England, where it flowers later than any
of the other thorns. It is a favorite among gar-
deners for hedges, and it has long since found its
way into European gardens. It does not quite equal
the English hawthorn (Crategus oxyacantha),t how-
ever, for this species has a most charming pink (some-
times white) flower, which has been sung by all the
English poets.

There is a narrow-leaved thorn (Crataegus spathu-
lata), closely related to the Washington thorn, which

* It has also found its way into Bucks County, Pa.

+ There are several large, handsome English hawthorns in the
Public Garden, Boston, some of which are doubdle-flowered. This
species is occasionally found in Bucks County, Pa., running wild,

136 FAMILIAR TREES AND THEIR LEAVES.

has a similar fruit, and a singularly long, dark-green
leaf, thick, and almost evergreen. This tree or shrub
grows sometimes 20 feet high, and is found (it is not
very common) from Virginia southward.
It flowers in May.

Tall Hawthorn,” Lhe tall hawthorn is a

Crategus viridis, Southern tree, 20 to 35
Cratege Marshall. feet high, whose; leat
is most frequently undivided, and rather
pointed at each end. Its bright-red fruit
is ovoid, and not over a quarter of an inch
broad. The branches bear a few large
thorns or none. This variety is rare in

the extreme Southeastern States, but is

Tall Hawthorn. AA eR De

common west of the Mississippi, from

St. Louis southward to the Colorado River, Texas.
It grows beside streams or in low, rich soil.

Parsley-leaved The parsley-leaved thorn has a beau-

Thorn. tiful, deeply cut leaf,

Crateequs aprisolla. somewhat similar to

that of the English hawthorn; the

divisions are irregularly toothed and

crowded together. The flowers ap-

pear in late May; they are white, Parsley-leaved }
about half an inch in diameter, and ase
there are many in a cluster. The fruit is rather

long ovoid in shape and less than half an inch in

THE HAWTHORNS. 137

length ; it is coral-red, and ripens in September. The
tree grows from 10 to 20 feet high, and has long
spreading branches. It may be found in moist woods
or in rich ground from southern Virginia southward
to Florida, and westward to Arkansas and Texas.
waite. ae The white

Soarlet-fruited thorn, some-
Thorn.

Crataegus :
coccinea, Scarlet-fruit-

ed thorn, is
a small tree

times called

White Thorn.

(often a shrub), scarcely over 25 feet high, which may
be found in woods or on the borders of fields through-
out the North; it is rather rare southward, although

138 FAMILIAR TREES AND THEIR LEAVES.

it extends to Florida. The fruit is dull orange-red,
and resembles a very diminutive crab apple; it is
ripe in September. The flowers grow in clusters
similar to those of the English hawthorn, and meas-
ure about two thirds of an inch across; they are
white, and very often pink-tinged. The leaf is ex-
tremely ornamental—conventionally regular in char-
acter as well as appearance with its deep - green,
smooth, and shiny surface. The branchlets are more
or less covered with thorns about an inch long. The
white thorn is well worthy of cultivation, as early
and late, in flower or fruit, it is both beautiful and
decorative.
Scarlet Haw. The scarlet haw, which formerly was
Crategus mollis. eonfused with the preceding variety,
is marked with pronounced differences. The fruit is
much larger (an inch to an inch and a quarter in diam-
eter); it is sweet and edible, and falls in September.
The leaf divisions are less sharply pointed, and the
leaf itself is lighter green and much larger. This
thorn also flowers early—when the leaves are half
grown, in the middle or end of May. The mature
leaf measures from three to five inches in length, and
is often densely cottony below.
The scarlet haw grows on the margins of swamps
and along streams, in rich soil, from Massachusetts
Bay to Michigan and Missouri, and from the middle

THE HAWTHORNS. 139

of Tennessee to Texas. In New England it looks
more treelike, and attains a larger size than the other
American thorns.*

Blackthorn. The blackthorn has smaller fruit
Crategus tomentosa. (half an inch long), ovoid in shape
and dull-red in color. The leaves have a very doubt-
fully divided outline—that is, some of
them are so slightly incised that they

can hardly be called divided. They
are light olive-green, and turn dull
orange-red in the autumn. The
flowers are very ill-scented, and

appear two or three weeks later
than those of the foregoing va- |

riety. This thorn grows from 10 eae
to 20 feet high, and is distributed from eastern New
York westward to Michigan and Missouri, and south-
westward to Georgia, Tennessee, and eastern Texas.
It is not very common.
Dotted-fruited The dotted-fruited thorn has a small
Thorn. Jeaf (perhaps an inch and three quar-
Crataegus punciata. tor. Jong) which is not divided, but
is irregularly toothed; it is pale, dull green. The
fruit is an inch in diameter, round, more or less white
dotted, and generally red, but often deep yellow. This

(a es

* Vide Silva of North America, C. S. Sargent.

140 FAMILIAR TREES AND THEIR LEAVES.

tree grows less than 30 feet high, and is common
throughout the North; it extends southward to
Georgia. Its branches are always _hori-

zontal.

Cockspur Thorn. The cockspur
Crategus thorn is a
Os Crus-galli. Saviety most
Dotted-truited lis Nia frequently favored by culti-
Ss vation ; it is very common-
ly used for hedges. The
thorns measure two or three inches in length. The
leaves are not divided, and are toothed only above
the middle; they are dark green and shiny above, but
pale below; in autumn they turn a dull
orange-red. The flowers, which bloom
as late as the middle of June, are
white, and somewhat fragrant. The
fruit is similar to that of the scarlet-
fruited thorn, but rather more pear-

shaped (very slightly so); it also

ripens about the same time, and

Cockspur

ThGeh. remains on the tree all winter.

The cockspur thorn is found on the
margins of swamps, or in rich soil, throughout the
North; it extends southward to Florida and west-
ward to Missouri and Texas; it is most abundant and
reaches its largest size in Arkansas and Louisiana.

THE HAWTHORNS. 141

Yellow or Summer Lhe yellow or summer haw is a
Haw. Southern variety of the thorn which
Cratagus #44 owows not over 20 feet high, and is
esteemed for its fruit, which is edible and
pleasant flavored ; it is yellow, tinged with
red, generally pear-shaped, but frequently
round. The leaf is somewhat wedge-

shaped, but variable. This thorn extends
through the South from Virginia to Mis-
sour.
Southern Summer Lhe Southern summer yeltoworSum-
Haw. haw is a Southern thorn ™* ™*™

Crataegus estivalis.

which grows not higher than 30

Summer Southern Haw. Summer Southern Haw, with larger fruit.

feet, and bears fragrant, edible fruit, bright red,
somewhat dotted, and about two thirds of an inch in

149 FAMILIAR TREES AND THEIR LEAVES.

diameter. This is gathered in quantities where the
tree is common, and sold in the markets of the towns
in southwestern Louisiana. It is made into preserves
and jelly. The leaf is somewhat wedge-shaped, leath-
ery, and toothed above the middle. The summer
haw grows from the valley of the Savannah River,
South Carolina, to northern Florida; it extends
westward to Texas. This tree bears the largest
flowers and the best-flavored fruit of all the thorns.

CHAPTER XI.

I. Simple Alternate Leaves.
2. With teeth (some without). B. Edge divided.

THE OAKS WITH ACORNS WHICH RIPEN
IN ONE YEAR.

THERE are so many oaks, and there is such an in-
finite variety to the shape of their leaves, that it is
best for us to learn the exact location * of each spe-
cies, and carefully note the differences which exist
between their acorns, bark, wood, ete. I have there-
fore placed the oaks in regular botanical order. First
come the white oaks, chestnut oaks, and the ever-
green-leaved live oak, all of which bear acorns which
ripen within the year; next the black and red oaks,
whose acorns take two years in which to mature ; and
finally, the leather-leaved oaks, some of which are
almost or quite evergreen in the South; these also
take two years in which to ripen their acorns. It

* Tam indebted to Prof. C. S. Sargent in many instances for
the precise localities of certain species.
11 143

144 FAMILIAR TREES AND THEIR LEAVES,

will certainly be quite an easy task to identify a tree
Dy its leaf, acorn, and bark, as they are described or
drawn here, without the aid of a method of arrange-
ment different from that which will be found in
Gray’s Field, Forest, and Garden Botany. Of course,
the acorn is a “telltale” of the oak; but in case it
should not be conveniently present, or we should fail
in recognizing it, there are other equally reliable
means which [ have pointed out of identifying a tree.
But we must bear in mind that the certain recogni-
tion of a particular species by means of its leaf’ is
rendered somewhat difficult at times by vareations.
Little seedlings are especially troublesome in this re-
spect, so one’s attention should be turned to the larger
trees.

White Oak. The white oak grows from 70 to 100

Quercus alba. feet, and in the forest 150 feet high,
if it is crowded away from the sunlight; but in the
open, where it reaches its fullest development, it sends
out great, wide-spreading branches, and attains a very
moderate height, with rather a domelike figure. The
leaves are round-lobed, narrow at the base, smooth,
deep bright green above and pale green below ; when
very young they are woolly and red ; in the fall they
turn a rich dark red, and many of them remain on
the branches through the winter. The rough-cupped
(not scaly-cupped) acorn is generally borne in pairs,

145

THE OAKS WITH ACORNS,

Se

<a SS

WA Regi

a

ASA

Sal

5 Wi p

HS

y)/

|
I)

ea SSN

y

Nuys os

tA
Thi.

White Oak.

someti

mes ona short but wswally ona long stem. The

brown nut is sweet and edible.

inged with

t

The bark of the trunk is usually gray,

146 FAMILIAR TREES AND THEIR LEAVES.

brown ; it is not very rough, and in old trees it is apt
to become detached in large, thin scales.

The white oak is equally beautiful in spring, sum-
mer, and autumn; it begins and ends with rich red
foliage, and in midsummer it is clothed in luxuriant
green. Its hard, tough wood is largely exported to
Europe, and it is used in the manufacture of carriages,
a variety of useful articles, and for the interior finish
of buildings. The tree grows from Maine to Minne-
sota and southward; it reaches its highest develop-
ment on the west slopes of the Alleghany Mountains,
in Tennessee and the Carolinas, and in the bottom
lands of the lower Ohio basin. It is rarely found in
northern New England, but farther south it is quite
plentiful. At Middle-

ton, Mass., there is a
fine tree over 80 feet
high, and a certain
aged specimen in the
village of South See-
konk, Mass., is_be-
lieved to be six hun-
dred years old.
The post or

Post or Iron Oak. .
Post Oak. iron oak
Quercus stellata.

grows from
50 to 60 feet and rarely 100 feet high in the for-

WHITE OAK.

Waverly, Middlesex Co., Mass.

THE OAKS WITH ACORNS. 147

ests. The bark of the trunk resembles that of the
white oak; it is a trifle darker. The dark-green
leaves are roughened above and below with little
hairs; their under side is a trifle grayish; in autumn
they turn a dull yellow or light brown. The lobes
of the leaves are rounded and sprawling, their bases
frequently wedge-shaped. The acorn is small, and
has a short stem, on which it usually grows in pairs
(sometimes in threes); the cup-shaped cup incases at
least one third of the nut.

The post oak is found from the eastern extremity
of Cape Cod, along the southern coast of Massachu-
setts, Rhode Island, and Long Island, N. Y., to
northern Florida; it is also common in the dry soil
of Martha’s Vineyard, where its growth is shrublike,
with crooked stems. It extends southwestward to
Texas, and has its best growth in the dry uplands of
the Mississippi basin. Its hard, durable wood is used
in making carriages, and other useful articles which
require strength of construction. In the distance it
is easy to recognize the post oak because of its ex-
tremely dark-green foliage.

Bee en Otani The burr or over-cup oak has an ex-

Oak. tremely long, deeply lobed (near the
(Quercus middle) leaf, smooth above and pale
Ba als 3 green and downy below. This is one
of the largest of the oaks on the eastern side of the

148 FAMILIAR TREES AND THEIR LEAVES,

Mississippi River. It grows under favorable cireum-
stances from 150 to 170 feet high ; its average height,

however, is not much over 75 feet.

In the open it develops a
broad, round head and
wide -spreading branches.
The bark of the trunk is
deeply furrowed, and fre-
quently broken into plate-

like, light-brown scales; that
of the young branches is
dark brown, marked with
corky ridges or wings. The
new leaves are a tender
Burr or Over-cup Oak. yellow green, and the
thicker mature ones deep
green and shiny; beneath, the color is lighter; in
autumn they turn dull yellow or yellow brown. A
mature leaf will measure from six to twelve inches
in length. The acorn of this oak is distinguished by
the heavy fringing around the nut at the edge of
the cup; the cup itself is extremely rough. The
acorns usually grow solitary, and vary in size and
shape.

The burr oak is found in the Penobscot River
Valley, Me., along the shore of Lake Champlain, Vt.,
and in the valley of the Ware River, Mass. ; it is also

THE OAKS WITH ACORNS. 149

in Bucks and Lancaster Counties, Pa.,and extends west-
ward to Montana and Indian Territory. The exten-
sive “oak openings ” in the prairies are mostly formed
of the burr oak; and Dr. P. R. Hoy, of the Phila-
delphia Academy of Natural Sciences, speaks of it as
a Western oak, which can not be excelled in graceful
beauty when it is not crowded in growth, but left free
to follow the law of its development. The changing
colors of the long leaf as it is agitated

by the wind give the tree a sin-
gularly beautiful appearance
in summer; in winter it
may readily be identified by
its curiously winged
branchlets. The tree

is most abundant and

Sy You)

fu

j
aa

reaches its finest develop-
ment in the Mississippi basin
and Indiana and Illinois. Its wood
is superior in strength to that of the
other oaks.
Southern Over-cup Oak, Lhe Southern over-
Quercus lyrata. cup oak is a large
tree growing 70 to 80 and sometimes
100 feet high, which inhabits the river Southern Over-cup
swamps of North Carolina and south- io
ern Indiana, and extends along the coast from south-

150 FAMILIAR TREES AND THEIR LEAVES.

ern Maryland to western Florida, through the Gulf
States to Texas, and westward to Missouri and Ar-
kansas. According to Prof. Sargent, it is rare in all
the States, but reaches its commonest and largest
growth in the Red River Valley, La., and the adja-
cent country of Arkansas and Texas. The leaves
are of a reddish-copper color when young, and deep
green when mature, with a silvery downiness be-
neath; they are crowded at the ends of the branch-
lets; few of them are over seven inches in length;
they turn dull orange-red in the fall. The leaf lobes
are somewhat acute. The acorn has a roundish cup
with very rough scales, which nearly covers the glob-
ular nut. The four species just described complete
the list of common white oaks.

The swamp white oak belongs to the
Swamp White Oak.

Re group of chestnut oaks,* the other
uercus Ovcolor.

three members of which immediately
follow. Its leaf has a wavy edge which is not deep-
ly cut; it is shiny green above, and silvery-white,
downy below. In autumn it finally turns a yellow
brownish-buff color. The acorn usually grows on a
long stem (frequently in pairs), and has a rough,
rounded cup, with a bristling if not a fringed edge.
The nut is sweet and edible.

* The leaves closely resemble those of the chestnut,

THE OAKS WITH ACORNS 151

This oak is commonly found on the borders of
streams and swamps; it rarely attains a height of over

ay! G

ee \\,

XA

ye
y Swamp White Oak.

In western New York and northern Ohio it
It is distributed over

40 feet.
reaches its finest development.

152 FAMILIAR TREES AND THEIR LEAVES.

the country from southern Maine to Iowa and Mis-
souri, and along the Alleghany Mountains to Georgia.
The young, flaky bark, and small, crooked branchlets
which are apt to hang from the heavy limbs of the
swamp white oak, make the identification of the tree
easy at all seasons.

There is a small but symmetrical swamp white
oak near one of the little ponds in the Arnold Ar-
boretum, which is somewhat isolated and _pictur-
esquely defined in the landscape over against the
north. One of the largest specimens of which a
record has been preserved grew on the Wadsworth
estate, one mile from the village of Geneseo, in the
western part of New York. The “ Wadsworth oak,”
as this tree was called, met with destruction several
years ago by the washing away of the bank of the
Genesee River. In 1851 the short trunk had an
average circumference of twenty-seven feet.* There
is also a very beautiful tree, 65 feet high, on the edge
of the water south of a kame, in Waverly, Mass.
Basket or Cow Oak. The basket or cow oak, another of
Quercus Michauxit. the chestnut oaks, gets its name from
the fact that its wood, which is easily split into thin
strips, is largely used for making baskets. It is a tree
which not infrequently attains a height of 100 feet.

* Some Large Trees in Western New York, Buckley, American
Journal of Science, vol. xiii, p. 397,

THE OAKS WITH ACORNS. 153

The leaf is similar in shape and character to that
of the foregoing species, but it is extremely woolly

beneath. It is also blunt (not wedge-shaped)
at the base. In autumn it turns a rich

dark-red color. The acorn grows
solitary or in pairs, and has a

Vf
Ne) j' very rough, shallow cup, and
Nn ~Gry a sweet, edible nut.
| This tree is one of the
SS as .
So NG most valuable and _ beautiful
\ fi Ofiy :
tn VA of the chestnut oaks. It is
th SSG ses ae :
ff." fe easily identified by its flak
SSVoA) y Ys
Sy silvery - gray bark, and _ its
Sey ys J
> wy SM YY tall, massive trunk. It
2 =\/<4 grows in swamps and beside

streams, from Wilmington,
Del., southward to north-
ern Florida, and
extends from In-

diana and Missouri

Huskich Gale. S southward to Texas

and the Gulf.
Chestnut Oak. The chestnut oak grows from 60 to
Quercus Prinus. %) and occasionally 100 feet high,
and has leaves which somewhat resemble those of the
chestnut tree. They are orange-green when young,
and decidedly yellow-green when mature. In the

154 FAMILIAR TREES AND THEIR LEAVES.

autumn they turn a lovely warm bufi-yellow, with
occasional touches of pale scarlet. They are mi-
nutely downy beneath, but very smooth above.

aa)
ae :
PAY 4 (l e i uf Fa
i ‘hed a ils
i, ‘= a | i Sei
a i | ue “7
NG Yo Me i@ ;
a
EY YU Vi
abe sae
£ _ eS”
spite WAY PRA

Chestnut Oak.

The chestnut oak is generally found on hillsides
and on high banks of streams. It is very common
along the lower banks of the Hudson River and in
the vicinity of New York city. It extends generally
from the southern coast of Maine to Delaware and

THE OAKS WITH ACORNS. 155

the District of Columbia, and follows the Alleghany
Mountains as far south as Alabama. It attains its
finest development in the mountains of North Caro-
lina and Tennessee. In the North it may also be
found on the west shore of Lake Champlain, in the
valley of the Genesee River, N. Y., and on the
shores of Lake Erie; from here it extends south-
ward to Tennessee.

I do not find the chestnut oak at all common in
New Hampshire. In the valley of the Pemigewasset
River it is entirely absent; but in the village of Bed-
ford, in the southern part of the State, there is a large
specimen near the house of Mr. 8. Manning which is
remarkably beautiful.

A large and famous tree is now standing at
Presqwile, near Fishkill-on-the-Hudson, under which,
it is said, Washington in 1783 used to mount his horse
when he went from his headquarters on the west bank
of the river to the army encampment at Fishkill. The
diameter of its trunk is fully seven feet, and a hun-
dred years ago it was famous for its age.*

The bark of the chestnut oak is particularly rich
in tannin, and is much used in the tanning of leather.
The tree is one of the most beautiful of all the oaks.
Its rich, warm, green foliage marks the landscape

* Garden and Forest, vol. i, p. 511.

156 FAMILIAR TREES AND THEIR LEAVES.

with agreeable luminous color, especially in the mid-
dle distance.
The yellow chestnut oak has a pe-
Yellow Chestnut Oak. i
Sey een culiarly narrow leaf scarcely two
inches in width, which more near-
ly resembles the chestnut leaf than that of any other
chestnut oak. The
tree grows from 80 to
100, and sometimes 160
feet high, but it rarely
exceeds an altitude of
50 feet when growing
in the open. The bark
of the trunk is dull, sil-
very gray, with a more
or less scaly surface. The
leaves, which are a_ beautiful

yellow green above and silvery
gray below, are crowded at the
ends of the branches, and hang so that
the under surfaces show with every
passing breeze. This imparts a novel
Z and delightful flickering color to the
EN Chestnut tree which reminds one of the trem-
hack bling aspen; but the oak’s shift of
light is slower, and its coloring is far richer. In
autumn the leaves turn an orange-bronze hue.

THE OAKS WITH ACORNS. 157

The yellow chestnut oak grows on rich lands over
the same extent of country (but in lower regions) as
the chestnut oak. It extends no farther northeast
than Massachusetts, but in the West it is found as far
as Nebraska and eastern Kansas. It also extends
through the South to Texas. It attains its fullest
proportions in the valley of the lower Wabash River
and its vicinity.

The acorn has a rounded, thin
cup with close scales, which most fre-
quently covers one third of the nut.

These four species conclude the
list of chestnut oaks.

Live Oak. The live oak has an

Quercus virens. essentially different
Be ee? lege. froma 7 those
which I have already described. It
is evergreen, thick and leathery, has
no lobes or divisions, and is rarely,
if ever, toothed. . It measures from
two to five inches in length, and is
smooth, dark green above, but hoary
beneath. The acorns are rich dark

brown in color, and have a rather Live Oak.
pointed nut with a sweet kernel.

The leaves remain green well on into the winter,
and then turn yellowish brown, falling only when

158 FAMILIAR TREES AND THEIR LEAVES.

the new leaves appear in the spring. The wood has
a yellowish color and is extremely heavy, a cubic
foot weighing a trifle over fifty-nine pounds. It has
a beautiful grain and is susceptible of a fine polish,
but it is extremely hard to work, and takes the edge
off every tool. Years ago it was highly esteemed
for shipbuilding, and in 1799 the Government spent
two hundred thousand dollars in the purchase of
Southern lands on which live-oak timber was grow-
ing suitable for the navy. The use of iron in mod-
ern shipbuilding, however, having greatly diminished
the need of oak timber, the Government, by the con-
summation of an act finally approved by Congress in
February, 1895, opened for entry and occupation by
the public large tracts of wooded land which it had
held for many years in the interest of the navy.*

Live oak grows from Virginia southward near the
coast to Florida, where it abounds. It extends along
the Gulf States to Texas, where it reaches its limit in
the valley of the Red River and the extreme western
borders of the State. It varies in size from a mere
shrub to a tree 40 or 50 feet high.

* Vede Silva of North America, C. S. Sargent.

CHAPTER XII.

I. Simple Alternate Leaves.
2. With teeth (some without). B. Edge divided (some undivided).

THE OAKS WITH ACORNS WHICH RIPEN
IN TWO YEARS.

Red Oak. Tue red oak grows from 70 to 80
Quercus rubra. feet high, and is the most northern
species of the country. I find it very common in the
White Mountain region of New Hampshire. A hand-
some though not large specimen growing on the slope
of Sunset Hill, Campton, measures 45 feet in height,
and has a trunk with a circumference of over nine
feet. The red oak extends from Maine to Tennessee,
and follows the Alleghany Mountains to northern
Georgia; westward it extends to Minnesota and cen-
tral Kansas. In the summer its bristle-tipped leaf is
bright green, and in the autumn it turns a rich, deep
red or a dull orange. The acorn requires two years
in which to mature; its cup is saucer-shaped, and the

nut is large. The tree attains its greatest size in the
12 159

160 FAMILIAR TREES AND THEIR LEAVES.

States north of the Ohio River, but at its southern
limit it is very small.

The red oak, near the northern borders of the

yy WN" \\\ Y

SM AW
AWN .

= Any \
a . \\ Ty
= 2s A wi
EF © AQ al

an\ de
Za Lip \ at ¢
y WH

a
Le 7A

Red Oak.
United States, often bears leaves with fewer divisions,

and smaller acorns; but such forms are so intermixed

and inconstant that they can not be considered varie-

THE OAKS WITH ACORNS. 161

ties.* My larger drawing was taken from a young
tree in Campton, N. H., and that of the single leaf
was taken from a tree in New Jersey.

The bark of the trunk is dark gray-brown,
with a surface of scaly plates. » The :
tree grows rapidly and is

peculiarly adapted for the
ornamentation of
parks and road-
sides in the most
northern States,
although it is
by no means as
beautiful as the
following spe-
cies.

Soarlet Oak. The

Quercus coccined. gear.

———$——

let oak deserves its 4
name, as the leaves )

turn a most. bril-
liant red, all but % ple

scarlet.t This statement may seem a trifle anoma-

* Vide Silva of North America, C. S. Sargent.
+ Scarlet is a red thoroughly saturated with yellow: vermilion

is typical of such a color, and it is commonly seen in the Madame
Crozy canna.

162 FAMILIAR TREES AND THEIR LEAVES.

lous, but the name is not inapplicable, for “scarlet”
is a word commonly accepted as synonymous with

bright red, and the foliage of this species turns a more

Scarlet Oak.

brilliant color than that of any of the other oaks. The
leaf is bright red when it is born, lustrous green when
it reaches maturity, and burning red when it dies. It

THE OAKS WITH ACORNS. 163

vo

is also, as Ruskin would say, ‘deeply rent,” for the
lobes are cut very deeply, and impart a very ragged
appearance to the foliage.

The acorn has a thick, top-shaped cup, which
covers the third of the nut. The kernel is bitter and
whitish. The bark of the trunk is thick, brownish,
and roughly seamed. The tree grows from 70 to 80
feet high, and is one of our most charmingly orna-
mental sylvan characters, particularly suited to the
landscape garden because of its beautiful autumn
coloring, and its vivacious leafage which fairly
sparkles in the sunlight.

The scarlet oak grows beside the Androscoggin
River in Maine, and extends thinly through south-
ern New Hampshire to Vermont and central New
York. It also extends from Massachusetts Bay to
the District of Columbia and along the Alleghany
Mountains to North Carolina; westward it is found
from Michigan and Illinois to Nebraska and Min-
nesota.

Black Oak. § The leaves of the black oak are not

Quercus coccinea,
var. tinctoria. ‘ :
Quercus velutina. let oak, and its trunk is much darker

so deeply incised as those of the scar-

in color; in fact, its branches often appear blackish.
The tree grows 70 to 80 and rarely 150 feet high. It
has a wide range, which extends from New York to
the Gulf States. Its limit eastward is in southern New

1¢4 FAMILIAR TREES AND THEIR LEAVES.

England, and westward in Kansas and Texas. The
finest growth is in the valley of the lower Ohio River.

K a {
\e Xi 4 y,
QW LZ
& . x
on i \ pi 1
l 4

oN
rw:
Nw WA

: aN
ZN Mn yp,
2M

te

Black Oak.

The leaf is somewhat thin, dark green when mature,
with a yellower under surface, and in autumn it turns
a dull, rich, leather-red color. It falls during the
winter. The acorn is small, and has a deep cup with
rather a jagged rim and rough surface. I have no-

THE OAKS WITH ACORNS. 165

ticed that many of the smooth nuts are striped, but a
much more reliable

characteristic is
connected with
the kernel; this
is very yellow
and bitter. The
inner bark of
this oak is
orange in col-
or and sat-
urated with
tannin, which
makes it valua-
ble to the tanner
and dyer. It is
commercially known
as quercitron.
Pin or Swamp The leaf of
Spanish Oak. the pin oak
Quercus palustris. has broa d,
rounded, deep incisions and
sharp, bristle - tipped “divis-
ions; it is bright green above
and a trifle paler below in summer, and in autumn
it changes to a rich bronze red. The acorn has a
saucer-shaped cup with thin scales, and a round-

Pin Oak.

166 FAMILIAR TREES AND THEIR LEAVES,

ish nut barely half an inch in length. This oak is
common on the borders of swamps and in low lands
from Connecticut westward to Missouri, and south-
ward to the Potomac River, Virginia; it also extends
from central Kentucky to the eastern parts of Indian
Territory. It is rare and small in New England, and
reaches its finest development in the valley of the
lower Ohio River. It grows 70 or 80 and in thick
forests occasionally 120 feet high. The bark is light
gray-brown, smoothish, and has small scales. The
wood is reddish and coarse-grained. The pin oak gets
its name from the pinlike appearance of the tiny
branchlets which are set in the limbs and trunk. I
know of no beautiful specimens of this tree in New
England, excepting two comparatively youthful ones
in the Arnold Arboretum, near the residence of Mr.
Jackson Dawson; but in Flushing, L. 1, in Fair-
mount Park, Philadelphia,* and in Prospect Park,
Brooklyn,t there are quite a number of handsome
and symmetrical large trees, which can not fail to
attract attention.

* In this park there is an avenue of beautiful pin oaks which,
although they were planted as late as 1881, have already attained
symmetrical proportions and an average height of 30 feet. The
trunks are about a foot in diameter now, but when the trees were
planted they measured about an inch and a half.

+ Prospect Park is particularly fortunate in the possession of

many splendid large trees. In this respect it excels Central Park,
New York,

THE OAKS WITH ACORNS. 167

Spanish Oak. 4 The Spanish oak is distinguished by

Quercus falcata. jts broad-ended, three- to five-divi-
sioned leaf, which is always downy underneath and
of a somewhat dull- green color above.
The acorn has a saucer-shaped cup with
a top-shaped base, and a round-
ish nut with a bitter kernel ;
it is nearly stemless. The tree
grows from 40 to 70 feet high,
and is found in dry or sandy
soil from Long Island through
New Jersey to Florida; * west-
ward it extends from southern
Indiana and Illinois to Mis-
souri and Texas. The bark is ee ay
blackish brown and is deeply furrowed. It contains
a large amount of tannin, and is therefore valued by
the tanner.

The Spanish oak and the four species preceding it
complete the list of black and red oaks which are
common. Their acorns require two years in which
to ripen.

The water oak, as its name implies, is
Water Oak.

Beene found in wet situations. It grows

from 30 to 40 and occasionally 80

* It is also reported from Bucks County, Pa,

168 FAMILIAR TREES AND THEIR LEAVES.

feet high. In summer the leaf is a glossy, rich bottle-
green, and in autumn it changes to a duller green,
and remains that color well on into the
winter. It is, in fact, partially ever-
green. The acorn has a saucer-
shaped cup, and a globular, downy
nut with a very bitter kernel.
The water oak is distributed
from southern Delaware to

Tampa Bay, Florida, and
thence through the Gulf
States to Texas. It also ex-
tends from the centers of
Kentucky and Tennessee Lens
to Missouri and Arkansas. The bark is comparative-
ly smooth, and light brown,
with close scales.
The leaves are
variable, but I have
drawn the common-
est types.
Black Jack or Lhe — black
Barren Oak. Jack or bar-

Quercus nigra.
Quercus
Marilandica. a singularly

ren oak has

{ wedge-shaped, broad-ended leaf,
Black Jack Oak. thick, dark shining green above, and

THE OAKS WITH ACORNS. 169

yellowish and rusty colored below. In autumn it
turns brown or brown-yellow. The acorn has a
coarse-scaled, top-shaped cup which half covers the
nut. It is nearly but not quite stemless.

The black Jack oak is common in sandy barrens,
and extends from Long Island southward to Tampa
Bay, Florida, and westward to southeastern Nebraska
and Texas, including portions of the intermediate
country. It isa small tree, 20 to
30 or rarely 50 feet high.

Laurel or Shingle Oak. The laurel or
Quercus imbricaria. shingle oak
grows from 30 to 60, and in low,
rich grounds occasionally 100 feet
high. Its leaf is similar to that
of the laurel; thick, stiff, dark
green, smooth, and lustrous above,
and pale green and downy below.
In autumn it turns a rich, leather-
red color. The acorn has a globu-

lar nut and a thin cup with close- |
pressed scales. The kernel is bitter. Teall Gals.
The bark is light brown, and has

close, ruddy scales. The wood from an early date
has been used in the making of shingles—hence the
name “shingle oak.” This species is commonly
found in rich woodlands from Lehigh County, Pa.,

170 FAMILIAR TREES AND THEIR LEAVES,

to Wisconsin, Missouri, and northeastern Kansas. It
extends southward along the Alleghany Mountains
to Georgia and Alabama, and also from Tennessee
to northern Arkansas. Its largest growth is

in the valley of the lower Ohio

River.

Willow Oak. The willow oak
neers eae (G0) oun oO ee hee
high), so named because its leaves
resemble those of the willow, is a
beautiful tree which frequently
shades the streets of Southern
towns. The leaf is a brilliant light

Willow Oak. green above, and dull, pale green

below. The tiny acorn has a sau-

cer-shaped cup and a small globular nut. The ker-

nel is orange-yellow and bitter. The stem is exceed-
ingly short.

This oak is found on the borders of swamps or in
sandy, low woods, from Tottenville, Staten Island,
N. Y., to northeastern Florida. It is also distributed
along the Gulf States to Texas, and extends from
southern Kentucky through Tennessee to Arkansas
and southeastern Missouri.

The bark is reddish brown, and has close scales ; it
th Comparatively smooth. The willow oak is a beauti-
ful shade tree, whose remarkable foliage lights up

THE OAKS WITH ACORNS. 171

prettily in the sunny South. Its small, leathery leaf
remains green long after those of other trees are
brown and sere. The tree has also the advantage of
being a rapid grower. One of its most distinguished
relatives, the English oak (Quercus Pobur), is hardly
more interesting or beautiful. Certainly the contrast
between these two trees of the same family could
not be greater. There is hardly a point of resem-
blance between them. The great aged oaks of Eng-
land * are nursed and guarded with something like
reverential awe. Their historical associations are
cherished records. But the American willow oak is a
tree without a history. Nevertheless, it is certainly a
modern sylvan beauty, refreshingly novel, and decid-
edly unconventional.

The willow oak and the three species which pre-
cede it complete the list of common leather-leaved
oaks, some of which are nearly or quite evergreen in
the South.

* Some of these English oaks were planted about the time of
the Norman conquest, 1066. Cowthrop oak, Cowthrop, Yorkshire,
is seventy-eight feet in circuit at the ground, and is at least eight-
een hundred years old. The Cowthrop oak is on the estate of
Lord Petre; it has a girth of sixty feet, and previous to the de-
struction of its largest branch by a storm in 1718, it spread over
half an acre. There is one in Dorsetshire said to be its equal in
age, and one near Fountain Abbey, Ripon, in Yorkshire, is cer-
tainly over twelve hundred years old.

CHAPTER XIII.

I. Simple Alternate Leaves.
2. With teeth. B. Edge divided.

BUTTONWOOD AND LIQUIDAMBER.

Tue buttonwood, which is also com-
Buttonwood or ; y
Sycamore, Monly but quite improperly called
Platanus sycamore, is a tall, ruggedly hand-
occidentalis. 5 i 2
some tree, which sometimes attains a
height of 150 feet. Gray calls it our largest tree,
and Whittier has made it celebrated in his poem
entitled The Sycamores. The Occidental plane trees
—Hugh Tallant’s syeamores, sung by the poet—
were planted by the Irish pioneer in 1738, over a
century and a half ago, beside the Merrimac River,
where now stands the city of Haverhill, Mass.* Be-
neath their shade, tradition says, Washington passed

in his triumphal journey through the:North in 1789,

* Only two or three of these trees now remain standing; they
measure about six feet in trunk circumference. Formerly a long
row of them adorned what is known as the Saltonstall estate.

172

BUTTONWOOD AND LIQUIDAMBER. 173

the year of his election to the presidency of the new
nation; and to this day,

Still green and tall and stately,
On the river’s winding shores,

surrounded by city sights and sounds, stand the old
buttonwood trees.*

Kentucky is the favorite home of the buttonwood,
and in its rich soil the tree thrives far better than it
does in the less fertile regions of the North. Beside
the grave of Daniel Boone, in the cemetery at Frank-
fort, stand several handsome trees which, although
they are not very tall, possess ample and graceful
proportions.

I found in the village of Plymouth, N. H., two
grand old specimens, which I have sketched; these
must be quite one hundred years old. Among the
leaves which had fallen from the trees in October
last were several handsome russet-colored specimens
which measured ten inches in width. The leaves are
boldly if not beautifully modeled, and have a fine
leathery texture; the few teeth which they possess
are so large that the leaf really appears to have an
undisturbed, entire edge. I remember, as a child,

* It is said that under these trees, which form a green archway
over the river road, Whittier conceived the plan of his poem,
Skipper Ireson’s Ride.

FAMILIAR TREES AND THEIR LEAVES.

174

‘y8a'T poomnoyng

SON Ne .

‘ Mant Z
ee au \h re | i es
Be 7 \ Yao. \"\ a ee pi ay \ SW — > = S Wie

F nde = Ay aS A. J) Ww 2ZfZA SX
-\ Sh Vo. ee Se Si 2 LAN Nin \ WHO NYS me ES SSW

Ny N
\\ Se Sy,
V Rt \ Mh i. Gs
a Sy. SS

An \\ N\ Ww S
OW WONT WH ae

Zoo Sl \ WwW : DN PN
YAN Sei Fi4h mj ry ay) 3 se \ “

7 ar, 4 te \ SS eS
No *Y ah I). L. yy \ : zs oy Tee hy : Av I) ISS =) ~
OF Vi iy Wy NK ast” as “nt i) \ ia S
e ‘ aN INS SS

7 Shy YY) Dry fr Ming NY
Sil Vows’ Tae mS i

Mi

a) yes ;
y ly jin i WIN \
., f Ady jh I) aah ) If ip SSN
ie Li ly <i ys MS
Wy ia M) yh ~~

NY

BUTTONWOOD AND LIQUIDAMBER. 175

several large sycamores on Washington Square in
New York, the hollow trunk of one of which was
the haunt of a gray squirrel, the pet of the police-
man in charge of the park and of the children in
the neighborhood ; but that particular tree has long
since disappeared, and within a few feet of the
spot where it stood is now the beautiful white
marble Washington Arch. The bark of the button-
wood has a peculiar way of peeling off each year in
broad, thin, brittle scales; this gives the trunk a re-
markable patched effect in light buff and brown-gray
color, quite sufficient for the complete identification
of the tree. The fruit is a pretty little, round, but-
tonlike ball, which hangs by its long, wiry stem
swinging in the wind through the greater part of
the winter.

The buttonwood attains its greatest proportions
in the valleys of the Ohio and Mississippi Rivers,
where it is commonly seen over 80 feet high. Its
wood is brownish, coarse-grained, and apt to crack ; it
also decays rapidly if exposed to the weather; never-
theless, the grain of the wood is exceedingly beauti-
ful, and shows itself to great advantage in the in-
terior trimmings of a house. It is also used in the
manufacture of cigar boxes.

The Oriental plane tree (Platanus orientalis),

sometimes planted in our parks, is very similar to
13

176 FAMILIAR TREES AND THEIR LEAVES.

the American variety, but its leaf is not as large

and is more deeply cut; its shape is very nearly

like that of the sugar maple. This tree is not as

hardy as the native variety.

Liquidambar, The liquidambar, sometimes called
Sweet Gum, or sweet gum, is one of the most mag-

Bilsted. . ‘
nificent of our American trees. In

Liquidambar

styraciflua. the South it not infrequently reaches
a height of 100 or even 140 feet. Its name is derived
from liquidus (fluid) and the Arabic ambar (amber),
in description of the yellow juice which exudes from ~
the tree; this has a fragrant, balsamic odor, which
evidently accounts for the name sweet gum. The
gum is used for medicinal purposes.

The leaf of this tree is very regular and beautiful
in shape as well as coloring; in the fall of the year
it assumes a golden-yellow tint, clouded over irregu-
larly with a rich red; in summer its green is deep,
smooth, and shining; it does not vary much from
these hues. I might liken its shape to that of a star-
fish, but with broad points and a one-sided radiation.
The teeth are very fine and even, and the divisions
vary from three to seven; five is the commonest
number. The base of the leaf is, of course, heart-
shaped, but sometimes it is flatter in effect than my
sketch indicates. There is a little woolly tuft on the
back of the leaf just where the ribs meet.

BUTTONWOOD AND LIQUIDAMBAR. 17

ah

N's

1 WN

Liquidambar,

= > MW"? Mf
Lx PG} hi
ee a

178 FAMILIAR TREES AND THEIR LEAVES.

The bark is brown-gray, and is seamed vertically ;
the branches push out at almost right angles below
(not so very far from the ground), and if these are
examined it will be found that they are covered with
strange, corky-looking ridges, reminding one of a fun-
gous growth. In a warm climate the sweet-smelling

gum is frequently noticeable on the bark,

and by bruising the leaf the same spicy
odor may be obtained. One is enabled
to recognize the tree without difficul-
ty by means of the leaf and the aro-
matic sap. But this is not enough ;
the liquidambar is deserving of our
closest attention. From the con-
Tignidariar ventional and decorative seed-
Seve ball, filled with a lot of abortive seed
(there are few good ones) fine as sawdust, to the wide
expanse of the charmingly proportioned tree itself, it
is beautiful in every way; as a shade tree it has
few rivals, and as an ornament for a park or private
grounds it has no equal, unless it be the sugar maple.
Both trees frequently assume a perfect egg-shaped
outline, but in its leafy details I consider the liquid-
ambar decoratively superior to the maple. The tree
reaches its finest growth in the Mississippi Valley ;
it can rarely be found north of Connecticut, and it is
commonest south of Baltimore and St. Louis. COuri-

BUTTONWOOD AND LIQUIDAMBER. 179

ously enough, although the liquidambar bears no re-
semblance to the witch-hazel (Hamamelis Virgini-
and), it belongs, with only two other members, to the
Witch-Hazel family.

CHAPTER XIV.

II. Simple Opposite Leaves.
1. Without teeth. A. Edge not divided.
FLOWERING DOGWOOD, ETC.

Flowering Dogwood. THE flowering dogwood is distin-
Cornus florida. guished by apparent, large, dull-
white flowers with four notched petals; but these
are really bracts (leaflets) set around
the cluster of true flowers in the

center, which are greenish yel-
low.* The leaves are from

three to five inches

long, and have in-
dented whitish ribs
nearly following the
general curve of the

Flowering Dogwood.

edges; they turn a rich
red in autumn. The bunches of ovoid, bright-

* They bloom in Massachusetts in late May, and in Texas in
March.
180 5

FLOWERING DOGWOOD, ETC. 181

red berries are ripe in early autumn, when with the
changing foliage they produce a very decorative
effect on the tree. The flowering dogwood grows
from 15 to 40 feet high, and is common in dry
woods from southern New England to Florida,
fexas, and southern Missouri. There are several
beautiful though not large specimens in the Arnold
Arboretum, where, with many other foreign species,
they combine in making the roadsides gorgeous in
October.
Alternate-leaved lhe very name of the alternate-
Dogwood. leaved dogwood seems to imply that
Cornus alternifolia. it ig out of place here in my leaf
classification. But this particular species is an ex-
ception to the rule, and ought not to be separated
from its relatives, as its general appearance also
rather inclines one to think it opposite-leaved—look
at my sketch! The leaves really seem opposite, but
they are not; one stem grows independently just
below the other, and not conjointly with it.* For
the reverse of this arrangement look at the red maple,
which very likely will be found growing beside the
dogwood, convenient for comparison. The alternate-
leaved dogwood has very beautiful, slender, coral-like

* It occasionally happens, though, that the leaves do grow
opposite.

182 FAMILIAR TREES AND THEIR LEAVES.

red stems bearing pretty, dark, gray-blue berries,
which are ripe in early October. The tree is com-

WV :
Lf,
ZA,

Alternate-leaved Dogwood.

mon beside the roads and on the banks of streams in
the mountain regions of New Hampshire; in fact, it
is a familiar object in all the Northern States; it also
extends southward through the Alleghany Mountains
as far as northern Georgia and Alabama. It is often-
est found in shrub form, but frequently it grows to a
height of 25 or even 30 feet,

FLOWERING DOGWOOD, ETC. 183

For the sake of comparison with the alternate-
leaved variety, 1 draw a spray of red osier (Cornus

"tn py 2
Gilly Mt
TAZ.

Red Osier Dogwood.

stolonifera), which is opposite-leaved. This charm-
ing species is frequently a prominent object on the
border of a snow-clad meadow in midwinter, when
its bright-red twigs may be distinguished a mile
away. It is merely a shrub, which grows only 6

184 FAMILIAR TREES AND THEIR LEAVES.

feet high. Its foreign relative, the Siberian red-
stemmed cornel (Cornus alba), is another shrub or
tree handsomely colored ; this variety is often found
in parks and gardens; it has a white berry.
Tartasion The Tartarian honeysuckle, although
Honeysuckle. it does not belong to our country, has
Lomicera, Tariorite: Deeome pretty firmly rooted) In) our
parks and gardens. It often grows to the height of
nearly 20 feet, and is occasional-
ly trimmed into a treelike figure.
There is just such a well-trained
tree in the Public Garden, Bos-
ton, which is very beautiful in its

spring dress. The leaves are

smooth and somewhat _heart-

Tartarian

Honeysuckle. shaped. The flowers grow in

pairs, and are of a soft, magenta-
pink color; they bloom in May in great profusion.
This honeysuckle comes from Asia.
Fringe Tree, /he fringe tree has a smooth, thick
Chionanthus leaf, three to six inches long, which
rirginiea. vesembles that of the magnolia. It
gets its name from yy, snow, and avOos, flower, in
allusion to the snow-white flower clusters ; these hang
in beautiful, loose, drooping tassels, which in early
June give the tree a very ornamental appearance.
The petals of the flower are narrow, and about an

FLOWERING DOGWOOD, ETC. 185

inch in length. The oval fruit is half an inch long,
and purple covered with a bloom. The fringe tree
grows from 8 to 30 feet
high, and is commonly
cultivated ; it is found
wild along the river
banks of New Jersey,
south Pennsylvania, and
the Southern States.

The ca-
talpa, or In-

Catalpa.
Indian Bean.
Catalpa bignonoides. dian bean,

has a large,
light - green, heart - shaped ee
leaf, smooth above and downy
below, especially on the ribs; the stems are also
woolly. The tree grows from 20 to 40 feet high,
and has wide-spreading, coarse, stiff branches, with
bark of a light buff-gray color. The trunk has
dull, silver-gray bark slightly seamed up and down.
The delicate, sweet-scented flowers are white, plen-
tifully spotted with yellow and purple; they appear
in thick clusters in early summer.*
The catalpa is common from New York city
southward, and is cultivated as far north as Albany

* It is said that honey collected from these flowers has poison-
ous properties.

186 FAMILIAR TREES AND THEIR LEAVES.

and Boston; in fact, I know of several flourishing,
good-sized specimens beside a hotel in the White
Mountain region of New
Hampshire. The first tree
of this species planted in
New England stands on

Washington
Street, Hart-
ford ; itis over

ninety years
old.* The ca-

Me

talpa bean, I remember, long
years ago was surreptitiously
smoked by small boys; wheth-
er it is to-day or not I do not
know, but the somewhat aro-

Catalpa Leaf.

matic smell of a smoldering

* Vide Trees and Tree Planting, by General J. S. Brisbin.

FLOWERING DOGWOOD, ETC. 187

pod haunts one’s memory, and it was vividly recalled
to mine, bringing with it a long chain of old ascoci-
ations, by a recent visit to an Italian cathedral in
which incense had been burned. The pod is ten
inches long, of a dull, light-brown color; its seeds
are winged and fringed (see the drawing at A). The
tree is a rapid grower.
Western Catalpa. The Western catalpa is a much larger
Catalpa speciosa. gpnecies; it frequently attains a height
of from 40 to 70 feet. Its leaf is similar to that of
the other catalpa, but the two-inch-long nearly white
flowers are pale-spotted, and the pod is coarse and
thick. This tree is found growing wild in rich wood-
lands in southern Indiana and immediately south and
west. Gray says the catalpa is sometimes called
Cigar Tree, from the alleged use of the ripe pods
as cigars. The wood is grayish-white and suscep-
tible of a high polish, but it is not in common use °
by cabinetmakers.

CHAPTER XV,

II. Simple Opposite Leaves.
2. With teeth. A. Edge not divided.
BURNING BUSH, ETC.

Tue burning bush, sometimes called

Burning Bush, rt ‘
Wahoo, wahoo and spindle tree, is most fre-
Evonymus* quently found in the form of a tall
atropurpureus.

shrub; but it is very often cultivated
and trimmed so as to appear treelike. It sometimes
attains an altitude of nearly 25 feet when

circumstances are advantageous. The mi-
nutely toothed leaves are about the
color of those of the holly, but have
a waxy finish; they are from two to
five inches long; in autumn they turn

pale yellow. The flowers, which ap-
pear in June, have a four-parted ap-

Burning Bush : P
range pearance ; the rounded petals are deep

* Also spelled Huonymus: from ei, good, and évoya, name,
because it has the bad reputation of poisoning cattle.—Gray.
188

BURNING BUSH, ETC. 189

purple. The fruit, which ripens in October, is also
four-parted, and hangs on long, slender stems; it is
half an inch broad, light magenta-purple in color,
and imparts to the tree a very ornamental appear-
ance in autumn. The burning bush grows wild
from western New York to Wisconsin, Nebraska,
Indian Territory, and southward to northern Florida.
There is also a European burning bush (Hvonymus
Europeus), which is commonly seen in parks and
gardens; the fruit is similarly four-divided, but these
divisions are somewhat flattened and angular; its
color is a soft, wnvarnished crimson, with a singular
touch of ruddy orange—certainly a very odd com-
bination of color. This shrub also expands to large
proportions under favorable conditions. There is a
very pretty specimen, perhaps 15 feet high, in the
Public Garden, Boston. The burning bush is easily
identified by its singular four-sided crimson or ma-
genta berries scarcely half an inch in diameter. It
is rare, too, that one finds a red berry of a ervmson
hue and without a glossy surface. In this respect,
therefore, the fruit of the burning bush is quite
unique. I know of two beautiful but small speci-
mens which grow beside an arbor in front of a hotel
in the White Mountains, New Hampshire, where
they are exposed to rigorous winter weather with
the mercury frequently falling to 25° below zero.

190 FAMILIAR TREES AND THEIR LEAVES.

Sweet Viburnum, Lhe sweet viburnum has a smooth,

Sheepberry. bright-green leaf about three or
Viburnum Lentayo. foyy inches long, closely and sharp-
ly toothed and sharp tipped; the rather long stem

has a crinkly edge either side. Its ovate

berry, blue-black in color with a bloom,
ripens in autumn and is sweet and edi-
ble; it is about half an inch long, and
is borne in red-stemmed clusters.
The fine white flowers bloom in flat,
broad clusters in May or June. The
sweet viburnum is a small tree (it
grows from 15 to 30 feet high), common

6

Pree in swamps, along streams, and in the
Viburnum. *
woods, through a wide north-
ern range extending all the way from
Hudson Bay to northern Georgia and
from the Atlantic States to south-
western Missouri and eastern Nebras-
ka.

Black Haw. The black haw is a
Viburnum species of viburnum,

prunifolium. with obtuse - pointed,

dark - green leaves from one to two

Black Haw.

inches long; the stems are not crinkly on the edges.
The flowers and fruit are similar to those of the
foregoing variety. The fruit is also edible. The

BURNING BUSH, ETC. 131:

black haw is a very small tree, from 15 to 30 feet
high; in the North it is oftenest a thickly branched
shrub. It is common in
dry soil or beside streams,
and extends from south-
western Connecticut
westward to Missouri
and Indian Territory,
and southward to Florida
and Texas.

Arrow-wood, Thearrow-
Viburnum dentatum. wood gets
its name from the fact that spew rood:
its stems were used by the Indians to make arrows.
The leaves are altogether different from those of
the two preceding varieties; they are broadly ovate,
sometimes slightly heart-shaped, light green, strongly
straight-veined, and the very prominent, sharp teeth
resemble those of a small circular saw. Its fruit, a
quarter of an inch long, is rich purple-blue in color.
The arrow-wood is a small tree, or oftenest a shrub,
which grows from 5 to 15 feet high; it is common
in wet places from Maine to Minnesota, and extends
as far south as northern Georgia.

14

CHAPTER XVI.

II. Simple Opposite Leaves.
2. With teeth. B. Edge divided.
THE MAPLES.

THE maples are without doubt our handsomest
trees in the largest sense of the word; no others
can compare with them in the splendid coloring of
their autumnal dress. What surprises our English
cousins, on beholding for the first time a New Eng-
land landscape in autumn, is the brilliancy of the
foliage. More credit is due to the sugar and silver
maples for this brilliant color than to all the rest
of the trees put together. Scarlet in its purest
tones, yellow in its clearest tints, golden orange with
hardly a touch of rust—these are hues which the
maples almost exclusively possess, and colors which
are rarely seen in Old England.

Exclusive of its noble proportions, symmetry,
abundant foliage, and broad shadows, the autumnal

coloring of the sugar maple entitles it to the first
192

THE MAPLES. 193

Mountain Maple.

194 FAMILIAR TREES AND THEIR LEAVES.

place in our estimation as a strikingly handsome
American tree. But some of its near relatives are
almost as beautiful; not the least among these is the
Mountain Maple, mountain maple, which oftener takes
Acer sprcatum. the form of a tall shrub than it does
that of a small tree. Its leaves are downy beneath ;
they are divided into three parts (rarely five), and
the teeth are rather coarse ; in autumn they turn a
bright, deep, ruddy orange or red. Its spikelike
clusters of greenish-yellow flowers appear in June.
The seeds, with narrow wings diverging at an obtuse
angle, are often a lovely tone of pale terra-cotta pink ;
finally they turn red. The mountain maple is com-
mon in the rich woods of the North, and among the
mountains as far south as northern Georgia. It is
most frequently found by shady roadsides or the
banks of streamlets; its brown branches rarely rise
over fifteen feet high, and as they have a common
habit of growing in clumps, this maple is properly
classed as a shrub; sometimes, however, it reaches
a height of from 25 to 30 feet.
The mountain maple may be distinguished from
a young red maple by the erect flower clusters, and
the undeveloped condition of the leaves, if the time is
June; later, by the three or five-divisioned leaves
of soft texture and reflex curves, and also by the ab-
sence of the red color which characterizes the twigs

THE MAPLES. 195

of the red maple, and in the fall by the seeds whose
brownish wings diverge at fully a right angle.

The striped maple can be distin-
Striped Maple.

Lae a guished at once (especially in win-
cer Lennsylvanicum.

ter) by its vertically striped bark,
and large, three-pointed, goose-foot-shaped leaves,
which measure five or six inches in length.

The bark is smooth, greenish, and is striped
with a sort of rust color sometimes quite
dark. The leaves are very finely and
sharply double-toothed. Its flow-
ers are greenish, and appear in
May or June. The seeds have
large, divergent, pale-green wings,
and depend in long, graceful clus-
ters.

The tree is small and slender, nev- 4)
er reaching a height of over 35 or Y
Mountain Maple.
40 feet ; it is common throughout the
North, but is merely a shrub 15 feet high, beside
the shaded roads which pass through the White
Mountain district of New Hampshire ; it reaches
its greatest height in the Big Smoky Mountains in
Tennessee, and extends no farther south than north-
ern Georgia. I might call attention to this maple
as having a leaf distinctly wnlike those of its rela-
tives; it is so large, thin, and delicately if not softly

196 FAMILIAR TREES AND THEIR LEAVES,

WN & 4a, }
Sean {) tay
a

a ZS

aces

Striped Maple.

THE MAPLES. 197

modeled, that one is impressed by its sharp contrast
with the rugged leaf of the sugar maple, when
the two are placed side by side. A comparison of

Wf

"

S\in\
yy, S

| \
VD:

WY) AZ

\

Sugar Maple.

my drawings will show how widely the leaves differ
in character,

198 FAMILIAR TREES AND THEIR LEAVES.

dupa of Rock Maple The sugar or rock maple is the

Acer saccharinum. grandest member of the family. It
Acer saccharum. sometimes reaches a height of from
100 to 120 feet. Its leaf is bold, and lacking in fine

modeling, but that in no wise detracts

from the symmetrical beauty of the

dignified tree. The leaves generally

have five divisions, the notches be-
tween which are very rounded ; the teeth
—if they can be called such, so very
few and coarse are they—have blunt
points. Compared with its “striped”

relative, the sugar maple is a tree
Bicas tapi sec with foliage of a decidedly rugged
character.

The greenish-yellow flowers of this maple droop
from very slender, hairy stems; they come in April
or May, while the leaves are expanding. The wings
of the seeds are about an inch long, and diverge
something less than at a right angle; they are usu-
ally of a beautiful, pale yellow-green; the seed is
ripe in September. The trunk is most frequently
divided eight or ten feet from the ground into three
or four stout, perpendicular branches. The leaf is
smooth, dark green, and has an eggshell gloss; in
the autumn it regularly turns a clear straw yellow
on some trees, and a variety of toned light reds on

SUGAR MAPLE.
Campton, Grafton Co., N. H.

THE MAPLES. 199

others; not infrequently it assumes a golden or an
orange tint.* The bark of a young tree is smooth
and gray, but on very old specimens it becomes deep-
ly furrowed, scaly, and assumes a dark, gray-brown
hue. The wood is yellowish white, and is exten-
sively used in cabinet work ; it is very hard.t

There is no more interesting tree in the woods
in March than our much-prized sugar maple. At
this season the farmer taps the tree (with a three-
quarter-inch auger) for the sweet sap which the
warm sunshine draws upward from its roots; and
while the snow is yet lying on the ground, the evi-
dences of a spring awakening are shown by the tree
in the ceaseless drip of its watery blood into a tin
pail suspended at its side. When the sap runs well,
usually when the sun has warmed the tree in the
middle of the day, about seventy drops fall in the
pail every minute; it is a slow proceeding, but it
continues relentlessly, until after three weeks or so
the tree has yielded up its life blood to the extent

* The turning of maple leaves to unvarying hues each autumn
is quite remarkable. For years, two trees I know of have re-
sumed exactly the same colors: one, russet orange above and
dull scarlet below, and the other yellowish rust color; even
an individual branch will resume its own particular hue each
fall.

+ The so-called bird’s-eye maple and curled maple are rare
conditions of the wood, caused by undulations or deflections of
its fiber.

900 FAMILIAR TREES AND THEIR LEAVES.

of twenty-five gallons.* A large orchard in Ver-
mont or New Hampshire will yield, in a good season,
one thousand pounds of sugar, besides one hundred
gallons of sirup, without injury to the trees.t In a
small maple grove, which is near my summer home
in the White Mountains, it has been my privilege to
watch the effect of “tapping” on scores of trees
for a period of twenty-five years—in fact, ever since
childhood—and I can not say to-day that they seem
to have lost any of their vigor; yet many a farmer
has told me that the process eventually kills the
tree. This, I find by experience, is entirely depend-
ent upon the treatment it receives. There is a
sensitive if not a human quality in a maple which
responds to kindness, and rewards the care-taker
with an abundance of sugar without injury to its
own life. There are, however, careless and igno-
rant farmers who bore their trees in several places
at once, or out of season, and as a consequence the
exhausted trees die sooner or later, according to the
measure of the abuse. To tap a tree in threatening

ea bee se eine ee

* One gallon of sap yields about three ounces of sugar. Few
trees yield more than thirty gallons of sap, if the tapping is properly
done, so the average production of sugar from a single tree is about
five and a half pounds; but in many instances the average, I
find, does not rise over four and a quarter pounds.

+On a large estate near Stamford, N. Y., the output of sugar
in a season is five thousand pounds.

THE MAPLES. 901

or stormy weather, or before the temperate genial
warmth which is usually brought by the south wind,
is considered by some sugar-makers an ill-advised pro-
ceeding ; the weather must be neither too hot nor too
cold to obtain the best flow of sap.

The methods employed to-day in the making of
sugar are quite scientific compared with those in
practice twenty years ago. A patent evaporator,
with an infinite length of trough through which the
sap flows,* now takes the place of the long pan over
the bricked-in log fire. Also, in place of the wooden
tap or spout for the tree, a new galvanized iron one
(which does not clog up the pores) is in common use.
The sap is evaporated to a certain point in the pro-
duction of sirup, and it passes through a process of
still greater evaporation in the making of sugar.t
In my own judgment, the sugar made by the old-
fashioned, boiling-down method possesses the high.

* The passage of sap through the trough to the necessary point
of evaporation is about two hours. There is also a partitioned
pan now in use, the principle of which is similar to that of the
evaporator.

+ One hundred eight-quart bucketfuls of sap are boiled about
sixteen hours in the production of sirup, and about twenty hours
in the production of sugar. The test is made by stirring and cool-
ing some of the boiled sap in a saucer: if it granulates and adheres
to the spoon and saucer the process is completed; also, some of
the sap is dropped on snow or ice, and if this becomes “‘ like glass,”
. the proper point is reached.

909 FAMILIAR TREES AND THEIR LEAVES.

est and best flavor; but in the market the super-
refined, lighter-colored sugar made by the patent
evaporators is of course considered much finer, and
brings a higher price. The best sugar brings the
New Hampshire farmer rarely more than eight cents
per pound, and the sirup about sixty cents per gal-
lon. The retail prices even in country towns is
frequently over fifty per cent in advance of these
figures.

Black Sugar Maple, The black sugar maple is a variety

Acer saccharinum, of the common sugar maple, with
var. nigrum.
Acer saccharum,

var. nigrum. excepting that the leaf is often fine-

no great distinguishing differences

ly covered with down un-

derneath ; it usually has
three lobes (leaf divi-
sions) which are wider,
shorter, and freer of
teeth, and the
sides of the
es A K\ A\ clefts at
Sea 4 Z ZA Wi ! the base
: of the leaf often
overlap. The bark
of the tree has also a blackish color, and the seed

Black Sugar Maple.

wings, set wide apart, only slightly diverge.

THE MAPLES. 203

Silver or White Maple. The silver or white maple has

Acer dasycarpum.
Acer saccharinum.

an extremely ornamental leaf,
prettily divided Tr

and toothed, — Rey
which could not
possibly be con-
fused with the Ps
leaves of the
maples already de-
scribed. It is distinct-

ly silver - white be-

neath and downy when
young; its five divisions
are separated by deeply
eut, sharp notches, and its
teeth are very variable in
size. This tree should not
be confused with the red
maple; the latter
has a leaf which
is characteris-
tically three-
lobed — that. is,
it impresses one Zi
with its triple i
aspect, even }
though we often : Silver Maple.

904 FAMILIAR TREES AND THEIR LEAVES,

find a specimen with five lobes. Compare my draw-
ings, and this difference of type will at once become
apparent. The flowers, which precede the leaves, are
light yellowish-lavender ; the seeds follow some time
in July; their wings are large, and set at right an-
gles.

This maple I consider remarkable for its beau-
tiful details; its branches are long, spread-
ing, and frequently droop enough to de-
serve the term “ weeping ”—in fact, i
certain cut-leaved and weeping
varieties are sold by the nurs-
erymen. The silver maple
is most common along river
banks, and is found from

Maine to western Florida; MES
westward it extends to the US
Dakotas and Indian Territo-

ry. Its seeds, taking root in

sandy river margins, quickly _ Cutt cat untae
sprout, and before the sum-
mer is done the budding leaves contribute a deli-
cate ruddy tint to the monotonous buff of the sand.
It is a curious fact that dying leaves are often stained
with the same ruddy hues in which they appeared at
birth.

The silver maple grows to a height of from 90 to

THE MAPLES. 205

120 feet, but commonly it does not exceed 50 feet.
Its wood is soft, white, and of little value.
Red or Swamp Maple. The red or swamp maple, a tree
ee common in swamps and wet woods,
rarely attains a height of over 50
feet in the North, but sometimes
measures 80 to 120 feet in the
South. It may be distinguished
by its reddish branches; the twigs
of very young trees are bright,
dark red.* The leaf, as I have al-
ready said, is characterized by three

divisions, although one may fre-
quently find specimens with the five | a he
points distinctly defined. The com-

monest type of leaf will be seen in the drawing
marked Type A.

I conclude also to give another common type
which may frequently be seen in very young trees;
this attenuated outline is confusingly near that of the
mountain maple’s leaf; but in presenting this type I
do so to call attention to the fact that Nature does
not follow cast-iron rules, however we mistake the
botanist’s descriptions as such. What we choose to

* The branchlets of the maples are apt to change color at dif-
ferent seasons: the red maple is brightest red during the winter;
in summer the twigs become brown red.

206 FAMILIAR TREES AND THEIR LEAVES.

call Nature’s rules are really general principles char-
acterized by a remarkable quality of elasticity. I
have not yet found a botanist, to whom I had occa-
sion to defer some difficult specimen, who did not
preface his opinion with some reference to this elas-
ticity. Now, in distinguishing the red from the
mountain maple I should never rely wholly on
a particular leaf. The flowers of
the red maple much precede
the leaves in early spring;

the twigs are red, not

brown, as in the

mountain maple;
the wings of the
: seeds only slightly
Attenuated Leaf of Red Maple. diverge, and the
leaf is whitish underneath, free from the down which
characterizes the other maple (except, perhaps, at the
junction of the veins), and it turns bright, deep red
or orange in autumn.

The drawing of the long, narrow leaf was taken
from a young tree which grows in the White Moun-
tains; that of the typical leaf was taken from an
older tree in the Arnold Arboretum; and that of
the three-lobed leaf represents a specimen belong-
ing to a large tree at Plymouth, N. H.

The red maple is common throughout the North,

THE MAPLES. 207

and extends southward to Florida and westward to the
Dakotas and Texas; it is one of the very earliest
trees to blossom in the spring, when
it assumes a ruddy hue by reason

of the red flowers; in autumn
its rich red foliage again dem-
onstrates the right of
the tree to its name;
even the hard wood has

4s
a reddish tinge at times, \ Q S
Weis os
‘ & ” * VAN? i, WS
and with a “curled” grain XX syv

it is considered peculiarly
handsome in cabinet work.

I have drawn a leaf of
the beautiful Norway maple (Acer
platanoides) so that we may com-
pare it with that of our own su-
gar maple; the shapes are very
similar. Notice the extremely
divergent seed wings which are
characteristic of this tree. It is pea maple.
a handsome maple, very round T°? bed leaf.
in outline, and is easily distinguished by the milky
juice which is best seen at the base of the young
leaf. It is becoming very common in our Eastern
cities. My drawing was taken from a tree which

grows in Roxbury, Mass. Acer palmatum is a beau-
15

908 FAMILIAR TREES AND THEIR LEAVES.

tiful dwarf variety of the maple which comes from
Japan; it is not infrequently seen in our city parks.
The leaves of some of these Japanese maples are so
slashed and rent that they

hang like a fringe from

‘

AKA lie the twigs. Acer ma-
NUTS i VAN

crophyllum is a Cali-

WN LAA I YAZ
TN I ly ‘e CAA fornian species, with
SS | t ae i a huge leaf
aN ed eight to twelve
= ~>NX i ’ Za ane i 8
SSS YF inches broad,

Ss and yellow, fra-
grant flowers
f NOS which bloom after the
4 WA leaves have expanded.

The tree is very large,

sometimes reaching a
height of 100 feet. It
— is not hardy
north of 40°
north latitude.
For ash-
leaved maple (Acer negundo) see Chapter XIX.

SS =

Norway Maple.

ee ee

CHAPTER XVII.

III. Compound Alternate Leaves.
1. Without teeth. Leaflets bordering main leaf stem.

THE AILANTUS AND LOCUSTS.

‘Ailavitus: The ailantus,* familiar to us all
Ailanthus glandulosus. through its greenish flower clus-
Sistas Oka ha aba ters, which have such an offensive
odor in the balmy days of June, comes from China,
and is called there “The Tree of Heaven”! For-
tunately, not a// the trees are disagreeable, as some
do not bear the ill-smelling, sterile (staminate) flowers.

The ailantus was first brought into the United
States by Mr. William Hamilton in 1784, and a
sucker from the original tree, planted in 1809, de-
veloped to large proportions, now stands in the Bar-
tram Botanic Garden. In 1820 Mr. William Prince,
of Flushing, L. I., imported the ailantus from
Europe, and from this stock most of the trees

* «© Commonly, but improperly, spelled ac/anthus.”— Webster.
But I do not interfere with the spelling of the established botan-
ical names.

209

Gull
yx
Z VAG

Dy

Z

THE AILANTUS AND LOCUSTS. O11

around New York have originated. In Washing-
ton Square and its vicinity during the “sixties”
there were innumerable trees, which eventually
became so offensive because of their odor and lia-
bility to be attacked by the abominable brown
“inch- worm” * that most of them were cut
down.

But the tree in appearance is very graceful; its
compound leaves have stems frequently measuring
three feet in length; the base of the stem where it
joins the branch is swollen so that it resembles in
shape a miniature horse’s hoof. The leaflet is sharp-
pointed, and has two or more singular dull teeth at
the base. The winged seed clusters, which somewhat
remind one of seaweed, are often beautifully pink-
tinged, but generally pale green. The tree is in-
clined to spread from seed, and in rubbish heaps
and the cracks and crannies of areas around old
city houses we may frequently see its youthful,
fuzzy, light-brown stem and a cluster of graceful
leaflets. The tree is distinguished in the absence
of its leafage by its coarse, blunt twigs; these do
not possess the delicacy which characterizes those of
most other trees.

* I believe the advent into this country of the English sparrow
put an end to the “inch-worm” years ago. |

912 FAMILIAR TREES AND THEIR LEAVES,

Yellowwood, Lhe yellowwood is rather a rare tree,
Cladrastis tinctoria, reaching a height of about 40 feet,
Cladrastis lutea. ith yellowish wood, smooth bark
resembling that of the beech, long, beautiful, light-
green leaflets, and

delicately fragrant,

cream-white flowers
which bloom in
June; these hang in
graceful clusters a
foot or more in length.
The pods, which are
two inches long,
are ripe in the
latter part of Au-
gust. The tree
is found wild in Kentucky
and Tennessee, but is a
much more familiar object
in parks and gardens. Its re-
semblance to the locust bespeaks

Yellowwood.

a close relationship with the lat-
ter tree. There is a beautiful specimen of this tree
at Dosoris, L. I., andanother in the Phenix Nurs-
ery, Bloomington, Ill.

One of the most beautiful and symmetrical yellow-
wood trees I have ever seen is on the grounds of the

eer

THE AILANTUS AND LOCUSTS. 913

late Andrew S. Fuller, at Ridgewood, N. J.; it was
his favorite tree, and is 45 feet high.

Locust. The common locust has a pretty leaf
Foobinta Peeudacacia. syray of from nine to twenty-three
Robinia ' p

Pseudo- Acacia. parts which are devoid of teeth. Its
twigs are not sticky—that is the most impor-

tant thing to remember about it. Its fra-

grant white flowers, shaped like pea-blos-
soms, hang in loose clusters from the
sides of the branchlets in late spring
or early summer. The flat pods,
about two or three inches long,
are smooth, of a purplish-brown
color, and are ripe in September.
The tree is slender in figure, and

: Locust.
reaches a height of from 35 to 80 Robinia Pseudacacia.

feet, according to its situation and
circumstances. Its exceedingly hard and durable
wood has a yellowish color and smooth grain; it is
used for posts and exterior construction intended to
withstand dampness. The tree is common through-
out the eastern United States.
Clammy Locust, The clammy locust differs from the
Robinia viscosa. ¢ommon locust in the following par-
ticulars: the tree is never over 40 feet high, its dark-
brown twigs are very sticky, and its rather upright
flower cluster is a trifle pinkish, and nearly if not

914 FAMILIAR TREES AND THEIR LEAVES.

=N II
tn! “LZ Lae)
We Wy SSS

Y,

) f
SS) EA
SS,

SN WH
Sma os
Se => Tk 4

Clammy Locust.

quite without perfume. The tree is found in the
mountains from Virginia to Georgia, and in the
North, where it is common in cultivation, it has

THE AILANTUS AND LOCUSTS. 215

frequently escaped to roadsides and the borders of
fields. I find it quite common in Campton, N. H.,
on either side of a road which passes a large ceme-
tery, where there are several handsome trees over 35
feet in height.

Kentucky Coffee-tree. The Kentucky coffee-tree is tall,
yn naie, ©H4 has coarse bark extending over

anadensis.

Gymnocladus dioicus. the limbs, stout branchlets like the
ailantus, and leaves which are unequally twice-com-
pound ; the leaflets are
rather broad and
sharp-pointed. This
doubling up of the
compound character
of the leaves is the
sure means by which
we may recognize
the tree. My sketch,
somewhat convention-
al in arrangement,

reveals the leaf sys- Y
temata glance, The prton of dovble compound Ia
whole spray is from

two to three feet long; the leaflets are without teeth,
and are dull, dark green. The brown, curved pods
are two inches broad, and from six to ten inches long ;

they contain hard, gray seeds half an inch in diame-

916 FAMILIAR TREES AND THEIR LEAVES.

ter, which are ripe in October. The tree grows from
45 to 80 and occasionally 110 feet high, and has few
branches. In the South its seeds were at one time
used as a substitute for coffee. In the Public Garden,
Boston, not far from the path leading to Newbury
Street, there is a very handsomely proportioned but
rather small specimen perhaps 40 feet tall. The
Kentucky coffee-tree is a native of rich woods, and
is common from western New York to Minnesota
and Arkansas.
Honey Locust, Lhe honey locust is a tree which
Gleditschia boys do not care to climb, for an
triacanthos. obvious reason; its murderous-look-
ing thorns, which grow on the trunk in formidable
bunches, are altogether too threatening for the average
juvenile climber. The leaves are sometimes twice
compound, but not very often; they suggest a sort
of toothed edge, but so indistinctly that the fact
would escape notice unless the leaflet was subjected
to close scrutiny. The inconspicuous and greenish-
colored flowers appear in short spikes in early sum-
mer; the long, red-brown, straplike, twisted pods
ripen in late autumn, and contain most remarkably
hard, shiny brown, flattened seeds; the pod is filled
between the seeds with a greenish-yellow, sweet pulp
much relished by the “small boy,” who respects the
tree’s defenses, and waits for the fruit to drop.

THE AILANTUS AND LOCUSTS. 217

Ane \
— *

—s

SS \
= \y

ae VN
ey

Mal
My

=|
es

~~

r

Honey Locust.

918 FAMILIAR TREES AND THEIR LEAVES.

The tree is very large, and with its graceful, fine
foliage presents a handsome appearance in midsum-
mer. Along the river banks of Illinois it frequently
attains an altitude of from 80 to 90 feet.* It is a
quite rapid grower, and a seedling will reach a height
of 18 or more feet in ten years. In the North the
leaves unfold about the middle of May.

The honey locust grows wild from Pennsylvania
southward to northern Alabama and Texas and west-
ward to eastern Nebraska. There are two varieties
frequently found in parks and gardens: var. énermis,
without thorns, and var. Bujoti: pendula, with ex-
ceedingly graceful, drooping foliage.

Water Locust, | Lhe water locust is a much smaller
Gleditschia aquatica. tree than the honey locust, but its
general character is the same; it usually attains a
height of 30 feet, and rarely 50 or 60 feet. Com-
pared with the other locusts its leaflets are smaller,
its thorns are less branched and more slender, and
the pod is very short (two inches long), rounded, and
contains rarely more than one seed, and no sweet
pulp. It is found in the swamps of southern Illinois
and Indiana and southward, but is frequently planted
in the North for ornament.

* Prof. Sargent records its maximum height at 140 feet.

CHAPTER XVIII.

ItI. Compound Alternate Leaves.
2. With teeth. Leaflets bordering main leaf stem.

THE SUMACH, WALNUTS, HICKORIES, ETC.

Stag-horn Sumach, The stag-horn sumach is a rugged-

Rhus typhina. looking shrub or tree from 10 to 30
and occasionally 40 feet high, with milky juice and
remarkably ruddy, velvety twigs and branches, by
means of which it may readily be identified. Notice
how the beautiful compound leaves (composed of
from eleven to thirty-one leaflets, very pale beneath)
are gracefully set around the smaller branches so that
each is out of its neighbor’s way and does not ob-
struct sunlight ; they change from a lively light green
in August to a most beautiful scarlet red in Septem-
ber. The pyramidal fruit cluster reveals a curious,
red-haired character under the magnifying glass, and
its effective red-maroon patch of color gives the tree
a most picturesque appearance in later summer. The

graceful, drooping effect of the leaflets, and the bold,
219

920 FAMILIAR TREES AND THEIR LEAVES.

tortuous ramifications of the upper branches place the
tree in sharp contrast with its surroundings; it grows
beside almost every road in the
Northern States, and extends south-
ward along the Alle-

ghany Mountains to Al-
abama. In autumn I
know of no other tree
which clothes itself
in a color so near-
ly approaching
pure scarlet, and
there is no wood
of any other tree
which seems to
me quite 680
f , : green - yellow.
es! Sy” Gray calls it or-
ange-colored, but
it is rather that
peculiar citron hue
which may be pro-
duced by mixing or-
ange and green; a
daub of this color from
{e; my paint brush exactly
Stag-horn Sumach. Matches the wood, but anoth-

THE SUMACH, WALNUTS, HICKORIES, ETC. 991

er of orange cadmium is in strong contrast with it.
In the Catskill Mountains sumach wood is used by
the turners in making walking sticks, boxes, and a
variety of ornamental knickknacks. It is a pity the
tree does not grow sutticiently large to furnish wood
available for cabinet work.

The stag-horn sumach, common throughout the
North (its southern limit is northern Georgia), is too
familiar an object on our byways and hillsides to
need any leaf description here, and I would rather
call attention to it as one of our most beautiful,
picturesque, but unappreciated roadside characters,
whose brilliant coloring in autumn is unexcelled
even by the maple. We must not confuse it with
the vicious poison sumach (/2hus venenata),* whose
leaflet is without teeth, and whose fruit is a greenish-
white berry about the size of a pea.

The smoke tree (/¢ius cotinoides) + is a small tree
from 25 to 40 feet high, which is a near relative of
the sumach, but which is quite out of place here in
this division of my leaf classification, for it has a
simple, plain-edged leaf, oval, thin, and smooth, or
nearly so; it measures from three to six inches in
length. Usually most of the flowers are abortive,

* Also called Rhus verniz.—C. S. Sargent.
t Also called Cotinus Americana.—C. S. Sargent.

999 FAMILIAR TREES AND THEIR LEAVES.

ee S
SAY RSS SS

Mountain Ash.

THE SUMACH, WALNUTS, HICKORIES, ETC. 993

while their stems lengthen, branch, and bear long,
plumy hairs, making large, light, and feathery or
cloudlike bunches, either greenish gray or ruddy
tinged.* The smoke tree grows wild from Missouri
and Tennessee southward. It is rarely cultivated.
Mountain Ash, The beautiful mountain ash t—which
Pyrus Americana. ig, of course, no ash at all, but a
charming relative of the apple and pear—has a con-
ventional, compound leaf, which would lead one to
suppose (if superficial appearances counted for any-
thing) that it was related to the sumach. This is not
the case, however, and a comparison of the charac-
ters of the two plants shows wide differences. The
sharply toothed leaflets, thirteen to seventeen on a
stem, are nearly if not perfectly smooth, as well as
the stem itself and the branchlets. The berries are
bright red, about the size of peas, and they appear
in their richest coloring, great flat clusters of them,
in the latter part of September. They remain on
the branches into the winter. The grooved leaf stem
in the early autumn often assumes a bright-red hue,
and the trunk bark is a dull, raw umber brown;
when it is cut or bruised it smells like that of
the wild black cherry—not so surprising, in view

* Vide Field, Forest, and Garden Botany, Gray.
¢ Sometimes called the rowan tree.
16

994 FAMILIAR TREES AND THEIR LEAVES.

of the fact that the latter tree is a family rela-
tion.
This slender and graceful tree, which grows from
15 to 30 feet high, is common. in swamps and cold
mountain woods throughout the Northern States from
Maine to Minnesota; southward it follows the Alle-
ghany Mountains to North Carolina. It is very
frequently seen in the vicinity of Lake George, and
on the higher peaks of the White Mountains, and
I found it at every step beside the steep path
which ascends Mount Cannon, in the Franconia
Notch. In the struggle for existence at an alti-
tude of three thousand five hundred feet it did
not attain a height of over 4 feet. The elder-
leaved mountain ash (Pyrus sambucifolia), found
also in the higher mountains of the northern part
of New England and westward to Lake Superior,
has more obtuse and abruptly sharp-pointed leaves,
usually double-toothed. The berries are larger but the
clusters are smaller than those of the other variety.
Butternut. The butternut, sometimes called oil
Juglans cinerea. ut, is very common in New Eng-
land and the extreme Northern States; it extends
westward to the eastern Dakotas, eastern Nebraska, and
northeastern Arkansas, and southward to Delaware
and through the Alleghany Mountains to Georgia.
I can hardly call it a beautiful tree, as its foliage is

THE SUMACH, WALNUTS, HICKORIES, ETC. 995

sparse, its rough, gray limbs are scraggy, and its
figure lacks symmetry. It grows from 30 to 50 and
occasionally 100 feet high. In
the pasture lands among the
hills of New Hampshire it fre-
quently attains a tall, broad,
and imposing figure, which is

often unfortunately
marred by gaunt, dead
branches.

The compound
leaves are composed of from
nine to seventeen leaflets,
which are rather un-
evenly toothed and
fuzzy - stemmed ; _ the
base of the stem is
conspicuously _ horse-
hoof-shaped. In the early
part of the season the
branchlets are very fuzzy
and sticky. The fruit,
two to three inches
long, is at first
downy, green, and Butternut.
sticky; on being
bruised it stains the fingers a deep yellow. The nut

996 FAMILIAR TREES AND THEIR LEAVES.

is ripe in October, when the husk is black brown; it
is sharply rough, and the kernel, greatly relished by
the squirrels, is sweet but very oily.

The butternut is one of the first trees to lose its
leaves in the fall. After a heavy night frost in early
October, on the following
morning one will see the
leaves, stem and all, silently

drop one after another, until
bs SCA a in the course of the day the
branches are almost completely stripped of their fo-
liage. The leaves turn a bright yellow not long be-
fore they fall. In summer the general effect of the
tree is yellowish green, and in spring the late-arriv-
ing, green-yellow, budding leaves combine with the
gray bark of the branches in forming a most pe-
culiar but beautiful combination of color.* The
hard, strong-grained, beautiful, light yellow-brown
wood makes a handsome interior finish, and is highly
esteemed by the cabinetmaker.
Black Walnut. The black walnut is esteemed so
Juglans nigra. highly for its rich, dark-brown wood,
that in recent years woodcutters have made it very
searce. It is claimed that one hundred years are re-

* In March the tree is often tapped with the sugar maple, but
1 know nothing of the quality of the sugar which is made. I am
told that it has some medicinal properties.

he FES ICP

ee

gts,

BLACK WALNUT.
The Hedges, Bucks Co., Penn.

THE SUMACH, WALNUTS, HICKORIES, ETC. 997

quired for this tree (in the forest) to attain a sufti-
cient size to make it valuable for timber; yet in
twenty-five years’ time its destruction has steadily
proceeded until it has been almost exterminated in
the Mississippi basin, and vast tracts of forest land
have been bereft of.
nearly every speci-
men considered val-
uable for its tim-
ber. I am told by
a gentleman who is

SOW \\\

y \
A, ;

connected with the
lumber interest of

this country that in-
dividual valuable trees
are bought “on the
stump” by the lum-
ber companies in all
accessible forest re-
gions.

The black walnut
is found from western Massachusetts to central Ne-

Black Walnut, portion of leaves.

braska and eastern Kansas, and it extends southward
to western Florida and Texas. It was once very
plentiful in the forest regions west of the Alleghany
Mountains, where it attained its largest growth.
There are a few large specimens in Massachusetts,

998 FAMILIAR TREES AND THEIR LEAVES.

one of which, at West Medford, has a trunk cir-
cumference of about fourteen feet at five feet above
the ground ; another, at Saugus (Centre Village),
measures 60 feet in height.

The compound leaf is composed of from fifteen to
twenty-three sharp-toothed leaflets on a stem (with-
out the horse-hoof base) which measures one to two
feet in length. The leaf* is thin, bright yellow
green above and somewhat downy beneath; it turns
yellow in autumn. ‘The splendid, large fruit is
rough, dull green, and generally round; it has a
pleasant, aromatic odor. The nut, after the ripened
blackish husk is removed, reveals a dark-brown,
sharply cut, rough, hard shell; the kernel has a
delicate but decided flavor.

The English walnut (/uglans regia) is sparingly
cultivated in this country, but it is barely hardy in
the North. It has from five to nine ovate, pointed,
unevenly toothed leaflets which crowd the stem, and
a thin-shelled nut which the husk, becoming brittle
and open, soon sheds. The nut is the common Ma-
deira nut of commerce. The tree grows from 35 to
60 feet high.

*T am told that in Bucks County, Pa., the leaves are often
stripped from the tree by caterpillars; in the White Mountains
the trees are remarkably free from them; probably a winter

temperature of 30° below zero is a trifle too strong for some
worms.

HICKORY OR SHAGBARK.
Near Boston, Mass.

THE SUMACH, WALNUTS, HICKORIES, ETC. 299

Hickory or Shagbark. Lhe hickory, sometimes called
Carya alba. shagbark or shellbark, is a tall,
al aba ats spreading tree 70 to 90 and occa-

sionally, in the forest, 120 feet high. It usually has a
straight trunk with gray bark loosely attached, which
hangs in strips nearly a foot long and six inches wide;
the ends of these strips frequently curve away from
the trunk, and give it the rugged appearance which
accounts for the name “shagbark.” The younger
branches are smooth and light gray. As a rule,
there are but five sharp-toothed leaflets on a stem
(sometimes there are seven), and these are from four
to eight inches long; they are rather thin, and dark
yellowish green; the leaf stem is rough, and some-
what enlarged at the base. The fruit, which is ripe
in October, has a thick, hard husk, which splits into
four separate sections; the whitish nut, slightly flat-
tened at the sides, has a thin wall, and a large, sweet
kernel which I consider superior in flavor to any
other American nut.

This hickory is the commonest of the species in
the North; it extends from Maine to central Minne-
sota and southeastern Nebraska; southward it fol-
lows along the Alleghany Mountains (on their west-
ern slopes, and in the Ohio basin it attains its largest
size), and reaches its limit in western Florida and
Texas,

930 FAMILIAR TREES AND THEIR LEAVES.

<=Ss
VSS
KY
S

"

a>
spp
Ld

i
SS

Ih

—<—~

garg

—
AS i" a

h “i

hy y

Mi

Shagbark Hickory.

THE SUMACH, WALNUTS, HICKORIES, ETC. 931

The brownish-white wood is exceedingly tough
and hard, and is much used in the manufacture of
carriages, agricultural implements, axe handles, and
farm wagons. The handsome, clear green foliage
and the symmetrical proportions of the shagbark
hickory make it an impressive tree of exceptional
beauty. There is a most stately and picturesque
tree, over 50 feet high, on the land of Mr. Augustus
Fowler, at Danvers, Mass.

Big Shellbark, Lhe big shellbark differs from the

Carya sulcata, foregoing species in the fol-

Carya laciniosa. lowing particulars :
There are usually seven leaflets
(sometimes there are nine) which
are more downy and of a bronze-
green hue beneath ; above, they
seem to me to be a deeper green.
The young branchlets are somewhat
orange-colored. The nut is much
larger (from an inch and a quarter
to nearly two. inches long), and it
is usually pointed at both ends.
The strips of bark are narrower.
This hickory is rather rare and lo-

Big Shellbark, a leaflet:
cal, and extends from Bucks Coun- ut showing sharp

point at the base.

ty, Pa., and central New York
westward to Missouri and Indian Territory.

932 FAMILIAR TREES AND THEIR LEAVES.

a The mockernut is a tall, slender tree
ockernut. y
Carya tomentosa. from 70 to 100 feet high, with light
Cares aes: gray, close bark which does not scale
of. There are from seven to nine blunt-toothed
leaflets on a stem, which are deep yellow green
above and somewhat paler and rough
downy below; they are very fragrant

when bruised. The large, thick-

=
ES

So

M8GES*-

shelled, brownish nut has a thick

SS

husk which splits nearly to the base

SS

when it is ripe; the kernel is small

and indifferently flavored. Probably

the tree gets its name from the out-
ward promise of the nut, which the
small kernel fails to fulfill.

The mockernut is found on ridges
and hillsides from New England south-
a ec. ward to Florida and Texas ; westward

it extends to eastern Kansas and In-

dian Territory ; it is common in the South, but
rather local and rare in the North.

Bignut, The pignut, sometimes called broom

Carya poreina. hickory,* is a gracefully proportioned

Carya glabra. tree from 60 to 90 and occasionally

* It is said that the early settlers used the wood split into thin,
narrow strips for brooms.

THE SUMACH, WALNUTS, HICKORIES, ETC. 933

RA
=
89
Cia

CAN

AW y i \
AN N

AY . eX \

aie
\\

Pignut.

934 FAMILIAR TREES AND THEIR LEAVES.

120 feet high. Its sharp-toothed leaflets grow from
five to nine on a stem (usually seven, and rarely
nine); they are smooth above and below, but some-
times tufts of pale hairs will be discovered at the
angles of the ribs; the leaf color is a rich, deep, yel-
low green. The fruit has a very thin husk, and is
somewhat pear-shaped or else oval; the husk often
splits open only at the apex, and falls with the nut to
the ground. The kernel is at first sweet, then after-
ward bitter. The fruit from which my drawing was
made measured scarcely one inch in length; not in-
frequently, however, larger specimens are found.*
The pignut is distributed from Maine to south-
eastern Nebraska, southward to Florida, and along
the Gulf States to Kansas and Texas. It is very
common on hillsides and dry ridges in all the North-
ern States.
perecit The small-fruit hickory bears a small
Hickory, nut with a thin husk which splits
Carya microcarpa. open nearly to the base; the smooth-
shelled nut is roundish and free from angles; in
some instances it is hardly more than half an inch
deep. The kernel is very sweet.
There are usually five (often seven) leaflets on a

* In the Silva of North America, Prof. Sargent says Hicoria
glabra varies more in the size and shape of its fruit than any other
of the hickories.

THE SUMACH, WALNUTS, HICKORIES, ETC. 935

stem; they are fine-toothed, and very smooth above
and below, except that the angles of the ribs are
apt to be a trifle fuzzy. This hickory (considered
by Prof. Sargent a variety of the foregoing species)
grows from 60 to 90 feet high, and is found from
eastern Massachusetts to Delaware, and from New

York westward to central Michigan, southern I[h-

nois, and Missouri. The bark is somewhat shaggy

but separates in narrow, thin plates.

Sy anaes The bitternut, or swamp hickory, is
Swamp Hickory. 2 large tree with spreading limbs,
Carya amara. . which is found in low, wet woods

Carya cordiformis. 2

and swamps; it grows from 50 to

75 and occasionally 100 feet

high. There are from seven

to eleven narrow leaflets on

a slender stem; these are

smooth on both sides, or very

slightly downy beneath, es-
pecially when young. The
fruit is roundish, and the rath-
er soft, thin husk separates
down to about the middle; the
thin-shelled, whitish nut is de-
pressed at the top, and has an

Bitternut, portion of leaf.

extremely bitter kernel, which was at first sweet.
The husk and nutshell are thinner than those of the

936 FAMILIAR TREES AND THEIR LEAVES,

other species, and they may be broken with a very
slight blow.

The swamp hickory is distributed from Maine to
Minnesota and southeastern Nebraska; southward it
extends to Florida and eastern Texas. The bark of
the trunk is rather smooth and close.

Dis ae The pecan nut is a Southern species
Carya oliveformis, Of hickory, which grows from 80 to

Carya IWinansis. 1()() and occasionally 170 feet high.
There are from nine to fifteen leaflets on a stem;
these are finely toothed and slender-pointed,
and of a warm, deep yellow-green color.

The fruit, about an inch and a half long,
has a thin, yellow-haired husk which
splits in four sections nearly to the base,

and, discharging the nut, not infre-

quently remains on the branch through
the winter. The smooth, thin-shelled
nut has a very sweet kernel, and is
considered by many the best flavored
Pecan Leafet. Of all nuts, native or foreign.

The tree is a rapid grower, and it
will produce a small amount of fruit at the end of
its eighth or tenth year. It is the largest of the
hickory trees, and grows in rich soil in the neigh-
borhood of streams from Iowa, southern [llinois and
Indiana to Louisiana and Texas; it also extends into

THE SUMACH, WALNUTS, HICKORIES, ETC. 937

central Mississippi and Alabama. Most
of the nuts in the market come from

Texas, but of late years orchards of se-
lected varieties of the pecan nut have |
been planted in many of the Southern
States.* It is one of the most impos-

: Pecan nut in
ing and beautiful trees of the South. husk.

* Vide Silva of North America, C. S. Sargent.

CHAPTER XIX.

Compound Opposite Leaves.
With or without teeth. Leaflets bordering main leaf stem.

THE ASH-LEAVED MAPLE AND THE ASHES.

Ture are odd trees as well as odd people in the
world, whose characters are problems somewhat dif-
ficult of solution. A man can tell who he is, but a
tree only reveals its individuality by certain /itéle dif-
ferences which distinguish it from others of its kind.
When these differences assume a contradictory aspect,
we are put to some confusion. “ From your speech,”
said one traveler to another, guessing at the latter’s
nationality, “I judge you are an Englishman ; from
your carriage and quickness of perception, I imagine
you are an American; but your physiognomy be-
speaks a German nationality.” “Not right,” said
the other; “for my mother was Dutch, I was born
in Paris, reared and educated in Boston, and the last
three years of my life have been spent in London.”
One of the maples is quite as problematic in its out-

side appearance.
238

THE ASH-LEAVED MAPLE AND THE ASHES. 939

Where or how the ash-leaved maple

Ash-leaved Maple
or Box Elder, spent the first years of its existence
Negundo aceroides. nobody knows. The tree can not
Ee account for itself, but that it has
puzzled more than one botanist its various names
assuredly testify. Some one has thought it looked
sufficiently like the elder to name it box elder.*
Another has seen the strong resemblance of its foli-
age to that of the ash, and named it ash-leaved maple ;
and, finally, Prof. Sargent (following Michaux’s initia-
tive) has sifted the qualifying aceroides down to plain
Acer +—a common-sensible conclusion, it seems to
me, if one will look at the perfectly plain family
signature, the double-winged seed.t{ “ By their fruits
ye shall know them.” This really ought to be the
text of one who is in search of the real character of a
tree; we can tell a great deal about that by the
leaves, but when there is a shadow of doubt we must
turn to the fruit. The leaf of the ash-leaved maple
has three or five slightly rough, strong-ribbed leaflets,
the outer edges of which are irregularly and coarsely

* Michaux says this name was commonly used in the Carolinas,
so he adopted it also, although it was without any particular sig-
nificance.

+ Which is the name given by the younger Michaux.

t+ My expressed opinion is, perhaps, presumptuous; it is sim-
ply a case of ipse diait! Many of the botanists believe that
Negundo acerovdes is essentially different from the genus Acer.

if

940 FAMILIAR TREES AND THEIR LEAVES.

toothed. The fruit ripens in early summer, and hangs

in graceful yellowish-green clusters from six to eight

inches long. The newer twigs are

a beautiful pea
green.

‘Cu This tree is

=)

j ZA found from
\\

Gz gf ’ the Winooski
( yA ZS, River, Vt,
a= 2 and the Ver-
mont shore of
Lake Champlain to
Cayuga Lake, N.Y.
Southward it extends

through eastern Penn-
sylvania to Florida,
and westward to the
Rocky Mountains in
Montana, the Wah-
Reripaved Maple! satch Mountains in

Utah, and western Texas.

The ash-leaved maple is a handsome, rapidly grow-
ing tree with wide-spreading branches, which some-
times reaches a height of 70 feet; usually it is:
from 30 to 50 feet high. The foliage is deep green
and very ornamental. It is said to be not long-
lived, as it arrives at maturity in fifteen or twenty

THE ASH-LEAVED MAPLE AND THE ASHES. 241

years.* There are specimens of this tree on the
Schuylkill River and in the vicinity of Philadelphia
which measure 50 feet in height, and have a trunk
circumference of four feet.

White Ash. The white ash is one of the no-
Fraxinus Americana, hlest of our forest trees, and one
which is second only to the oak in value for its
timber. This stately tree measures 60 or 70 and
sometimes 100 or 120 feet in height. In the forest
its rather slim upright branches usually reach far
above those of its neighbors. Its compound leaf
(eight to twelve inches long) is composed of from
five to nine (usually seven) leaflets; these are deep
green, smooth above, and pale, silvery green below,
with a trifle of down on the ribs; the teeth are
very indistinct, or else the leaf edge is quite unbro-
ken. The leaf stem is smooth and grooved, and
the leaflet stems are quite a quarter of an inch
long. The tall, heavy trunk on large specimens is
gray, with deep intersecting furrows which cut the
bark into short ridges.

The ash is one of the latest trees to unfold its
leaves in the spring, and in autumn, after the first
severe frost, they blacken and fall to the ground;

* Vide Trees and Tree-Planting, J. S. Brisbin. But I am in-
clined to doubt this. A box elder I know of over twenty years
old, still shows signs of development,

942 FAMILIAR TREES AND THEIR LEAVES,

this, however, is after they have turned a soft yellow
somewhat modified by spots of persistent green.

—
< MANY Y
\

SS

SSS

\ ATS :
SX “LY

White Ash.

The winged seeds are dainty, narrow, wedge-shaped
little things about an inch and a half long. They

THE ASH-LEAVED MAPLE AND THE ASHES. 943

hang in loose clusters, and frequently remain on the
bare branches until the middle of winter.

The ash is a rapid-growing tree, which in thirty
years from the time of planting will attain a height
of 40 feet and a trunk diameter of sixteen inches.
It is distinctively an inhabitant of the forest, and it
likes rich, moist, cool soil. It is found from New
England to northern Minnesota; southward it ex-
tends to northern Florida, and from there westward
to Indian Territory, Kansas, and central
Texas. The hard, tough wood has a
handsome grain, and it is extensively
used for the interior finish of houses,

for furniture, carriages, agricultural
implements, and oars.

Red Ash. The red ash is @
Fravinus smaller species, which

Pennsyaies. wows from 40
to 60 feet high, and is dis-
tinguished by the velvety
hairiness of its leaf
stems and branchlets.
From seven to nine
leaflets grow on the eee
slightly grooved stem; they are indistinctly toothed,
light green above and pale green below, covered with

downy hairs. The seed is rather blunt-tipped.

944 FAMILIAR TREES AND THEIR LEAVES.

Probably the red ash owes its name to the ruddy
color on the inner surface of the rough outer bark on
the branches; but I have also noticed that the very
young shoots have a decidedly ruddy or rusty colored
downy surface.

The red ash is found in low, rich, moist soil from
Maine to eastern Nebraska and the Black Hills of the
Dakotas; southward it extends to northern Florida
and central Alabama. West of the Alleghany Moun-
tains the tree is less common and smaller
than it is in the East.

Green Ash. The green ash is consid-
Fraxinus viridis. ered by Prof. C. S. Sar-
Fraxinus

Pennsyluanica, Gent a variety of the
war-danceolata. . ' forenoine/ species. .. he
branchlets, leaves, and stems are quite
smooth, without any downiness except a
very slight amount sometimes found in the
angles of the ribs on the under side of the
leaflets; there are five to nine of these,
bot tee end they are distinctly toothed and some-

what narrowed at the base; the color is

bright green above and a very slightly paler green
below.

The green ash is distributed from the eastern

shore of Lake Champlain through the Appalachian

region to northern Florida, and throughout the

THE ASH-LEAVED MAPLE AND THE ASHES. 945

West.* It rarely attains a height of more than 30 or
35 feet. Its beautiful deep-green leaves, nearly the
same color on either side, make it a handsome and
ornamental tree deserving more extensive cultivation,
partic-

ularly
as it is a rap-
id grower. In
the Western cit-
ies It is common in
streets and parks.

Blue Ash, The blue
Fraxinus ash is distin-
quadrangulata.

guished by its
rather square branchlets, at
least on young and vigorous a
shoots, so says Gray; but [ Blue Ash, with seed twisted
one quarter of the way
do not find that the average around.
blue ash trec has this marked
characteristic ; of course, this is due to the fact that
the older branchlets have become round. The blue
ash is a large Western species which grows from 60
to 70 feet, and sometimes 100 or even 120 feet high.

* Kast of the Mississippi River the red and green ashes grow
side by side, and retain their individual character; but in the
West they are connected by intermediate forms which can be re-
ferred to one as well as the other.— Silva of North America, C.S.
Sargent,

946 FAMILIAR TREES AND THEIR LEAVES.

The bark of the trunk is light gray, and it cracks in
thin scales.

The leaves (eight to twelve inches long) are com-
posed of from five to nine (usually seven) yellow-
green leaflets, which are slightly paler below, and
tipped along the rib with downy hairs; the edges
are sharply toothed, and the leaflet stem is barely an
eighth of an inch long. In autumn the foliage turns
a pale, dull yellow. The seeds are rather blunt and
somewhat notched at the end of the wing.

The blue ash is not a very common tree, and it is
found mostly in moist woods or on rich limestone
hills in the West, from southern Michigan to central
Minnesota ; southward it extends to northern Alabama
and northeastern Arkansas. The wood is hard and
close-grained. In color it is brownish yellow, and it
is used extensively for the interior finish of houses.
A blue dye is extracted from the inner bark by
steeping it in water, and to this fact it undoubtedly
owes its name.

Wate Ash. The water ash is a tree from 25 to

Fraxinus platycarpa. 40 feet high, which inhabits the
Hraxinus Carolintana. 1 ost inaccessible river swamps of
the South, where it is found in the shade of the
bald cypress. Its leaves (seven to twelve inches
long) have from five to seven ovate leaflets, which are
deep green above and pale green below, with per-

THE ASH-LEAVED MAPLE AND THE ASHES. 947

haps a slight downiness along the ribs. This tree
may be easily distinguished from the other ashes by
its broad, roundish, slightly toothed leaflets,

and the elliptical (not wedge-shaped) seeds.
The water ash extends from southern
Virginia to central Florida; westward
it reaches its limit in the valley of
the Sabine River, Tex., and in south-

Black Ash. eastern Arkansas.
Fravinus = === The black ash is a
sambucifolia.
Fraxinus nigra. tall, slender tree

which grows from 40 to 70 feet, and
occasionally, in the forest, 90 feet
high; it has a dark-gray trunk. Its
leaves (twelve to sixteen inches long) are
composed of from seven to eleven leaflets,
which are joined to the main stem without

a sign of a stemlet; they are distinctly Boater

but irregularly toothed, and the stem is grooved;
in color they are a deeper green than those of the
white ash, and pale below, with rusty hairs scattered
over the whitish ribs. In the White Mountain re-
gion they do not appear until the latter part of May,
and they turn brownish and drop after the first heavy
frost in early October. In fact, I have noticed that
the black ash sheds its leaves almost if not quite as
soon as the butternut. The winged seed is blunt at

248 FAMILIAR TREES AND THEIR LEAVES.

4,

Black Ash.

both ends, and the wing forms a margin all around
the seed.
The black ash is found in swamps and moist wood-

THE ASH-LEAVED MAPLE AND THE ASHES, 949

lands, and is distributed from Maine to northern
Minnesota ; southward it extends to the mountains of
Virginia, and southwestward to central Missouri and
northwestern Arkansas. The light, brownish wood is
soft and has a handsome grain. It is used for the
interior finish of houses, and for cabinet-work and
barrel hoops. The pliable and tough wood of young
saplings I have found very useful for ribs in the con-
struction of a river canoe. Soaked in hot water, it is
quite surprising to see-how much bending and twist-
ing a strip of young black ash will bear before it
breaks.

The European ash (Fraxinus excelsior), which is
sometimes found in parks and gardens, has from
eleven to thirteen leaflets (a lesser number in some
varieties), which are deep green, broad, lance-shaped,
and toothed. The seed, like that of the black ash, is
also winged all around. The weeping ash (var. pen-
dula) is one of the most beautiful forms of this
species.

CHAPTER XxX.

IV. Compound Opposite Leaves.
2. With teeth. Leaflets radiating.

THE HORSE-CHESTNUTS OR BUCKEYES.

Tue beautiful native buckeyes and the foreign
horse-chestnuts, with broad, rounded figures and
hand-shaped, radiating leaves, are conventional char-
acters which concede little in the direction of the
picturesque. Even the symmetrical sugar maple is
not without a certain freedom in detail as well as out-
line; but the horse-chestnuts are the embodiment of
rule and order, both in figure and foliage. <A full-
leaved branch is so conventional in its leaf arrange-
ment that a careful drawing appears like a decorative
design—I mean if the branch is copied, looking at it
square in the face. The most beautiful of these radi-
ating-leaved trees is the common

Horse-Chestnut.

Aisculus horse-chestnut,* which comes from

Mm t ¢ 1 i i
ippocastanum. HW. pe. It isa medium-sized, round-

* “Tt was introduced into this country about the middle of
250

THE HORSE-CHESTNUTS OR BUCKEYES. 951

figured tree, on the average not more than 40 feet
high. The leaf * is composed of about seven leaflets
(sometimes there are but five), which are abruptly
pointed, strongly veined, and toothed on a somewhat
scalloped edge. The large, pyramidal clusters of
cream-white flowers, spotted with dull yellow anil
ruddy purple, bloom in May or June, and impart a
very ornamental appearance to the tree. The fruit
has a thickish husk with strong prickles and a large
chestnut-colored nut, of a peculiar, strong, but aro-
matic odor. It is not edible; some say that it is
poisonous.

The red horse-chestnut (4seulus rubicunda) is
thought to be a hybrid between the common horse-
chestnut and Asculus pavia, one of the buckeyes.
It is a great favorite, and is frequently found in parks
and gardens. Its flowers are of a warm, pinkish-red
color, and its leaf is composed of from five to seven
rather rough leaflets, sometimes dotted here and there
with red. The combined pink and green colors of
this tree when it is in bloom are most charming and
soft. The tone is pitched in a low key, and merits

the last century; the first tree is said to be still standing on the
estate of Mr. Lemuel Wells, of Yonkers, N. Y.” Prof. Sargent,
in Silva of North America, says it is indigenous in the mountains
of northern Greece.

* The leaves are rarely or never eaten by the larve of insects,

FAMILIAR TREES AND THEIR LEAVES.

252

Horse-Chestnut.

THE HORSE-CHESTNUTS OR BUCKEYES. 953

the attention of those who delight in “esthetic”

color.
Ohio or Fetid The Ohio or fetid buckeye is a small
Buckeye. tree from 20 to 35 (rarely it is 70)

Haculus glabra. Foot high, whose gray bark has a dis-

agreeable, rank odor. Its leaf is composed of five,
sometimes seven, long, ovate leaflets,

which are not broad and abruptly
pointed like those of the horse-chest-
nut. Their edges are rather un-
equally fine-toothed. The flowers
are small, not showy, and light yel-
low green. The fruit, which is
about an inch and a quarter or
two inches in diameter, has
prickles on the husk (which in-
closes two nuts) when it is
young; otherwise it has a warty
appearance. The nut is smooth,
and an inch or more broad.

The Ohio buckeye * grows on
river banks and low ground from
western Pennsylvania to southern

one leaflet,
Owers and nut.

ritory ; southward it extends west of 4

* The extensive growth of this species in Ohio, the “ Buckeye
State,” occasioned that name,

954 FAMILIAR TREES AND THEIR LEAVES.

the Alleghany Mountains to northern Alabama. The
wood is light and tough.
The yellow or sweet buckeye is a
Yellow or Sweet 2
Buckeye. large tree from 30 to 90 feet high
lsculus flava. (southwestward it is only a shrub 6
utisculus octandra. A 4 : :
feet high), which grows in rich woods
from Allegheny County, Pa., southward along the

Alleghany Mountains to the vicinity of Augusta,

Ga., and northern Alabama, and westward
to southern Iowa and Texas. It owes
its name to the fact that the
tree does not possess the
disagreeable odor
common to
other mem-
bers of the
family.
The leaves
are composed of
from five to seven Sweet Buckeye ; one leaflet, flowers and nut.
elliptical —_ leaflets

from four to six inches long. They are sharply and
rather evenly toothed, and often a trifle downy along
the ribs beneath. They are sometimes shed quite
early in September. The flowers are dull yellow.*

*T have drawn the flower because it is distinctly different
from that of the Ohio buckeye; the calyx is elongated and

THE HORSE-CHESTNUTS OR BUCKEYES. 955

The fruit, about two inches or more in diameter, has
an uneven but not a prickly surface. The nut, one
or two in a husk, is about an inch or more broad.
The wood is light and strong, and is sometimes used
for making kitchen utensils.

The purple sweet buckeye, Z'sculus octandra, var.
hybrida (also called Asculus flava, var. purpuras-
cens) has ruddy-colored or dull-purplish flowers, and
leaflets which are very downy beneath. Its bark is
lighter colored.

The red buckeye (#sculus Pavia) is little more
than a shrub, but it occasionally grows to a height of
25 feet.* It has large clusters of bright-red flowers
(which bloom in May), and generally smooth leaves.
This tree grows wild in the fertile valleys of Virginia
and southward. It extends westward to Missouri.t+

the lateral petals are long, narrow, and roundish at the
ends.

* The largest tree of this species in this country is in the gar-
den of Mr. Landreth, of Philadelphia; it is 25 feet high, and has
a trunk circumference of three feet and three quarters.—7'rees
and Tree-Planting, J. S. Brisbin.

+ In the Carolinas its saponiferous roots are used as a substi-
tute for soap, and its bruised branches and bark are used to
stupefy fish in small ponds.—7Zrees and Tree-Planting, J. S.
Brisbin.

18

CHAPTER XXI.

V. Evergreen Leaves.
1. With long needles.

THE PINE.

THE evergreens are pre-eminently trees of winter.
At no other season of the year is the greenness of
foliage quite so restful and grateful to the eyes. But
this demulcent effect on one’s eyesight, at the time
of dazzling snows, is nothing in comparison with the
marvelous ameliorating influence which these winter
trees exert on our rigorous Northern cold. They rob
the winter winds of their severity, and produce for
the invalid an equable and temperate climate possess-
ing remarkable health-giving qualities. There is no
exaggeration of truth in saying that the temperature
in a pine belt differs radically from that in the open
country fifteen miles away, although it would be dif-
ficult to demonstrate the fact by means of the ther-
mometer. The mercury might record but a slight

variation in the temperature of the two places, but
256

THE PINE. 257

one’s feelings would be sure to indicate an immeasur-
able change.

The fact remains, however, that the winter climate
of the “pines” in New Jersey is very similar to that
of Florida. One is not so much surprised at this
after a walk through the pine forest, for all below is
mild and quiet, while above, the sighing, singing
winds relentlessly toss the rugged branches to and
fro. In the White Mountains I have also noticed
that, however bitterly cold it was on the open road,
the sheltered depths of the forest permitted me to
use my pencil with unprotected fingers for quite a
length of time. One must experience the tonic of
the winter air laden with balsamic odors in order to
properly appreciate it. There is as much scientific
truth as there is poetry in what Whittier had writ-
ten long before the Northern winter sanitarium
became popular :

There’s iron in our Northern winds;
Our pines are trees of healing.

But there are few of us who see much of the
pines in winter, and in summer their beauty is
eclipsed by the prodigal luxuriance of the deciduous
trees. However, the pine grove is not unappreciated
even in August, and if we will bend our steps thither
we will enter a region far more accessible and inter-

958 FAMILIAR TREES AND THEIR LEAVES.

esting than the overcrowded one where grow the oak
and maple.
White Pine. | The fine-needled white pine is the
Pinus Strobus. most valuable timber tree of our
country. It grows with a straight trunk from

White Pine, leaf at A.

70 to 180 feet high, and has yellowish-white, soft
wood with a straight grain nearly free from resin,

THE PINE. 259

But, alas for the white pine! it has been so extensive-
ly used for building purposes, and many regions that
were supposed to contain inex-
haustible supplies have been so
completely stripped of all valu-
able timber, that the day is ap-

proaching when the pine forest
will be no more. The beautiful
grove known as the Cathedral
Woods, in North Conway, N. H.., is rap-
idly falling a victim to the axe. The life white pine
of a tree is considered of less value than ™*

its timber; and our State Legislatures seem unable
to exert their power of eminent domain in behalf of
the tree, although no end of it has been expended in
obtaining highways for the locomotive.

The white pine has the softest and most delicate
needle of all the species. It grows in a little bunch
of five, and varies in length from three to four
inches. Its color is a clear, lightish green, with
a trifle of whitish bloom. The cone, from four to
six inches long, is narrow and slightly curved ; it
has no prickle at the tip of the rather thin
scales.

This pine is common from Maine westward to
Minnesota and eastern Iowa; southward it extends .
along the Alleghany Mountains to Georgia. On

960 FAMILIAR TREES AND THEIR LEAVES.

older specimens the gray-brown trunk is rough, but
on the younger ones it is quite smooth.
Southern Yellow Lhe Southern yellow pine has very

Pine, resinous yellow wood, and extreme-
Pinus palustris.

ly flexible needles from ten to fif-
teen inches in length,
bright olive-green,
and grouped in
bunches of three;
they grow in thick
clusters at the
ends of the branch-
es. The beautiful
cylindrical cones are

from six to ten inches

long, light brown, and have
rather thick scales with tiny
prickles at the tips. The
needles and cones are very
ornamental, and they can be
used most effectively in deco-
ration. Indeed, for this pur-
pose I like the branches of
a Southern yellow pine better

Southern Yellow Pine than I do palm leaves.
(Georgia Pine).
One scale of cone at A. This pine furnishes the

most valuable and ornamental wood of all the ever-

THE PINE. 261

green trees; it is generally called Georgia pine, and
its color is a rich, transparent ruddy, gold-ocher ; it
is also extremely hard and durable, and is largely
used for the decks of ships. The tree grows about
70 or 80 feet high, has rather thin-scaled bark, and
is found in sandy soil from southern Virginia to
Florida and Texas. |

Toblolly or The loblolly or old-field pine

Old-field Pine. jg a large-sized
Pinus Teda.

tree, growing
from 50 to 150 feet high (only
in the forests does it attain
the greater height), which also
has long needles, measuring at
most perhaps ten inches; they
are rather rigid in character, deep
olive-green, slender, and grow
three (rarely two) in a bunch.
The cones are not pendant,
but are placed laterally on
the branchlets. They are
three or four inches long,
conical, and the scales have
short, straight, or some-
times slightly incurved prickles.

The loblolly pine is found from Delaware to
Florida, near the coast, and thence it extends to

962 FAMILIAR TREES AND THEIR LEAVES.

Texas and Arkansas. Its wood has no especial

value.

Northern Pitch Lhe Northern pitch pine is a medi-

Pine. um-sized, rugged-looking tree which
Pinus rigila. grows from 30 to 80 feet high, with

curved needles about three or four inches long, grow-

Ve,

y— VV \
a

awe

Northern Pitch Pine.

ing in bunches of three; they are coarse, rigid, and
somewhat flattened. The cones are from one and a
half to three and a half inches long, ovate, and the
scales are furnished with a short recurved prickle.
Sometimes the cones grow in clusters.

The tree has a very rough appearance, with

THE PINE. 263

scragged branches and coarse-scaled, dark, brown-
gray bark. Its wood is hard, pitchy, and of no value
except for fuel. My
drawing of the magnified
needle will show some-
thing of the rough char-
acter which marks every
detail of the tree. The
edge of the needle is
toothed like a saw, but

the surface is daintily Totem Mito, Poe Rents a
marked by rows of fine __ nified needle at C.

white dots. Sometimes Nature’s roughness under

ROR DES
ESB imee
B

the microscope resolves itself into extreme delicacy.
The Northern pitch pine grows from Maine to
northern Georgia, western New York, and eastern
Kentucky. It is common in sandy barrens, and is
sometimes found in swamps.
Scotch Pine. The Scotch pine, also called (but
Pinus sylvestris. wyongly) Scotch fir, is the common
pine of northern Europe. It has been introduced
into this country so extensively that few parks or
private grounds are without at least one specimen.
The color of this pine is a study for an artist. In
many specimens it is a most beautiful light sage-
green, and in others it is bluish sage-green. Consid-
ering the interest attached to tree colors, and the con-

964 FAMILIAR TREES AND THEIR LEAVES.

clusions I have arrived at regarding them, it is some-
what disturbing to find, in the half dozen botanical

books before me, the leaf color given,
but no further hint of the general
color effect of the trees.* So,

when I say that the foliage of
the Scotch pine is “sage-
green,” I find myself with-
out support from the bot-
anists. However, botan-
ical writers rarely assist

us in the recognition of
those broad effects of
color and form in Nature
which are sometimes pro-
foundly impressive, + and
their indifference to truths,
which are not categorically bo-
tanical is therefore excusable ;
but for me it would be inexcusa-
bly negligent not to say that the
pomen ee Scotch fir possesses a most pe-

* The color of the leaf by no means decides the color of the
tree. The latter is generally complex, through a variety of causes
chief among which is atmospheric influence.

+I must not omit to say, however, that Prof. Sargent, in his
Silva of North America, has given most graphic and truthful

THE PINE. 965

culiarly sesthetic light green entirely unlike the color
of any other pine tree.

The grayish, blue-green needle is from two to two
and a half inches long, curved, twisted, and grows in
pairs. The very odd-looking cones are from two to
three inches long, tapering, angular-scaled, and they
require two years in which to ripen; the scales are
tipped with a recurved prickle. The trunk of the
Scotch pine is a warm, ruddy buff color. The little
twigs are yellowish, and the needles grow thickly at
the ends of the branchlets. This

* tree furnishes the wood called deal,

so commonly used in Europe.
Table Mountain Lhe ‘Table
Pine. Mountain or
Pinus pungens. — yvickly pine
is an inhabitant of the Mags
‘Alleghany Mountains,
and is found from
Pennsylvania to South
Carolina. Its stout

needles are about two

Table Mountain Pine.

inches long, flat, and
dark, bluish green; they grow in bunches of two and
sometimes three. The cone is about three inches or

descriptions of the autumnal coloring of many trees and their
leaves. |

966 FAMILIAR TREES AND THEIR LEAVES.

more long, ovate, and its scales are armed with a
strong, hooked prickle about a quarter of an inch
long. The general appearance of the Table Moun-
tain pine is similar, excepting its color, to that of the
Scotch pine; but its height is only from 20 to 60
feet. The wood is not useful for timber.
Jersey Scrub Pine, One might think, from its low, strag-
Pinus inops. gling character, that the Jersey scrub
Pinus Viryan® 06 was without beauty or interest.
I am not of that opinion, however, for the bold foli-
age and long branches are uncommonly picturesque
when seen in relief against the sky, and certainly ne
artist could wish for a wilderness more beautiful than
that called the “Pines” in New Jersey, where the
tree may be seen in its prime, clothed in a soft, warm
green in striking relief with the marvelously white,
sandy floor beneath. There is a certain rugged beauty
to the tree, notwithstanding an unconventional ap-
pearance. Its long, outstretched limbs with irregular
dotted outlines, its bristling warm green needles, and
its strongly accented, blackish trunk—these are at-
tractive qualities which not all the other pines possess
even in part.

The needles, one and a half to barely three inches
long, grow two in a bunch; they are flat, a trifle
twisted and curved, one sixteenth of an inch wide,
and of a lively, deep yellow green. The outer surfaces

THE PINE. 267

are a little deeper in color. The bark of the trunk is
grayish brown, and the thin scales, perpendicularly
arranged, are often sharply and _ hori-

zontally cracked across. The

Jersey Scrub Pine.

young twigs have a purplish-brown hue, with a plum-
like bloom.

The Jersey scrub pine grows from 15 to 40 feet
high, and is found on barren and sandy ground, from
Long Island, N. Y., to South Carolina near the coast,
and westward through Kentucky to southern Indiana.
The cone is about two inches long, and is furnished
with thornlike prickles on the tips of the scales.

Yellow Pine, Lhe yellow pine is a straight, sym-
Pinus mitis. metrical, often cone-shaped tree, 50
Pinus echinata. +. 100) feet high, which is valuable
for its lumber. Indeed, yellow pine is next in value
to Georgia pine, and is largely used as an ornamental
wood for interior trimmings, flooring, ceiling, ship-

968 FAMILIAR TREES AND THEIR LEAVES.

building, ete. The grain of the wood is very beauti-
ful, and shows long streaks of deep, gold-ocher color,

Yellow Pine.

rather more delicate and less ruddy than that of
Georgia pine. The tree has a handsome figure, with
regular branches, and soft, slender needles which
grow thickly at the ends of the branchlets. It is
one of the most ornamental members of the pine
family.

The needles, two and a half to five inches long,
grow two and occasionally three in a bunch; they
are roundish, slender, and dark green. The trunk
bark is gray brown, and the cones (the smallest ones
of the American pines), barely two inches long, have
rather small, weak prickles at the tips of the scales.

The yellow pine is common in dry or sandy soil
from Staten Island, N. Y., southward to Florida, and
southwestward from southern Indiana to southeastern
Kansas and Texas.

ss

ee ee eee

q

eee 2 se re en

Ee Sa

THE PINE, 269

Gray or Northen The gray pine, sometimes called

Scrub Pine. = Northern scrub pine, is the least
Pinus Banksiana. + tevesting of the species. Its needle
is so short that in general effect the tree reminds one
of some scraggy coarse spruce. It is often a mere

shrub, and very rarely attains a height of 30 feet.

Gray or Northern Scrub Pine.

The needles are the shortest in the pine family ;
they are scarcely over an inch long, flat, and about a
sixteenth of an inch wide. They usually grow in
pairs, and have an even bright yellow-green color,
which varies but a trifle in different specimens.
Notice also that the two needles do not hold closely
together, as in the case of the white pine, but diverge
at a wide angle. The newer whitish buff cones, about
two inches long (sometimes less), are often curved at
the end, and point in the same direction as the branch.
The old, dark-brown cones have reflex scales with no
prickles. The young twigs are reddish. This pine is

270 FAMILIAR TREES AND THEIR LEAVES.

found in the barren or sandy soils of southern Maine,
northern Vermont, and westward to Minnesota. I
have never found it in the sandy valleys of the White
Mountain district.
Red or Norway he red pine, which is usually called
Pine. Norway pine in New Hampshire, is
Anus resinosa. one of the handsomest members of its
family, especially when young. My
drawings of the branches, taken
from a young and an

old tree, show how
greatly these

Young Red or Norway Pine.

differ. The needles of a young specimen are thick-
ly clustered along the stout and extremely ornamen-
tal branch which is terminated by a still thicker
cluster of long, dark-green needles. ‘These branches

THE PINE. 271

I have found very useful for decorative purposes.
Their bold, vigorous outlines can scarcely be excelled
by the palm leaf.

The needles, five to seven inches long, grow in
pairs. They are roundish, straight, and dark green.
The cones are two or two and a half inches

long, and their scales are not furnished with
prickles. They usually grow in clusters.
The bark of the trunk is very ruddy, and
even the branchlets are smooth and red. So
the tree may easily be identified without
the aid of the needles. |
The Norway pine grows to
a height of from 50 to 90 feet ;
it is very common, particular-
ly on the worn-out pasture
lands, in the southern districts

of the White Mountains, and
Norway Pine cone and needle,

it is found from Massachu-
setts westward to Minnesota. The wood is hard,
durable, not very resinous, and is well adapted to
construction requiring unusual strength. It makes a
fine flooring, although it has not the beautiful grain
of the yellow pine. As an ornamental tree the young
red pine has few equals; but I must not say too much
about this, lest, by provoking comparisons, some in-

justice will be done another equally beautifu! piue.
19

979 FAMILIAR TREES AND THEIR LEAVES.

We must not forget that the beauty of Nature
confines itself to no rule of limitation; even as “one
star differeth from another star in glory,” so beauty is
made perfect by differences in type—and in Nature

Old Norway Pine.

these are manifold. The pity of it is that so few of
us are willing to believe in more than one or two
types. I will not say, then, that Pznus resinosa is
more ornamental than Pinus Strobus, but that the
beauty of the former can never be appreciated until
the beauty of the latter emphasizes it by contrast.

CHAPTER XXII.

Vv. Evergreen Leaves.
2. With short, flat, blunt needles, or with soft needles.
THE HEMLOCK, FIR, AND LARCH.

Hemlock. THERE is no more graceful and orna-

Tsuga Canadensis. mental evergreen tree than the hem-

lock when it grows in the
open, where it receives
the full benefit of unob-
structed sunlight. The

boughs of this tree are x Ani eS
plumelike, drooping, and Si N\| Nae
spread out laterally with ~ N vier le

an appearance of feathery N72 a Ni ye.
lightness. Its blunt, flat Ni Ns

— \ / ——
needles, about \ Lh g Wa
half an inch @NN.-Z2G

Jong, are the

most lustrous

Hemlock.

dark green imag-
inable, with a delicate whitish tint beneath ; in late
273

974. FAMILIAR TREES AND THEIR LEAVES.

spring the newer ones are light yellow green. There
is no phase of tree life more beautiful than that pre-
sented by the hem-
lock clothed in its
springtime garb ;
the tips of the
dark - green sprays

Hevilsek Ganea: are painted in yel-

low - green, with a

fairylike daintiness, the effect of which could only
be conveyed to the mind by a careful study in color.

But a young, full-foliaged hemlock on the edge
of the pasture is a very different character from the
dark and gloomy tree in the forest shades; here, its
straight stem, with few or no lower branches, rises to
a height of from 50 to 80 feet.

The tiny cones are oval, thin-scaled, and, when
young, tan-color. They are scarcely over half an
inch long, and depend from the lower side of the
branchlet ; the tiny winged seed will be seen en-
larged in my drawing at A. This tree abounds in
the rocky woods of the North; it extends from
Maine to Delaware, and follows the Alleghany
Mountains southward to Alabama; westward it finds
its limit in Minnesota.

The bark of the hemlock is largely used for tan-
ning leather, and I am sorry to say that in the White

{HE HEMLOCK, FIR, AND LARCH. O45

Mountains many of the trees are destroyed solely for
their bark, although the timber is very valuable for
house-framing and for rough boarding; much of it,
though, is subject to a flaw called “wind shake,” a
perpendicular splitting of the wood caused by winter
storms which bend and “shake” the stems. The
wood is rather white, and faintly tinged with buff
or pink; its grain is coarse, twisted, and unfit for
interior finish.
The mountain hemlock (Zsuga Carolniana) is
a species so similar to the foregoing that it is not
an easy matter to discriminate between them. It
is rather rare, anyway, growing wild only in the
higher Alleghany Mountains. A small specimen in
the Arnold Arboretum, the only one I have seen,
differs from the common hemlock in its larger needle
more thickly distributed over the branchlet, and its
larger cone with more spreading scales. This tree
rarely grows over 30 feet high.
Balsam Fir. | The balsam fir is the much-esteemed
Abies balsamea. ¢ Ohristmas tree,” whose aromatic
perfume is a sufficient means for its identification.
This is the tree, in fact, which furnishes the needles
for “pine pillows.” It can not be reasonably con-
fused with the spruce for several reasons. Its needle
is about three quarters of an inch long (rarely it
measures a full inch), dark blue-green above and

976 FAMILIAR TREES AND THEIR LEAVES.

silvery blue-white below; it is very flat, straight,
not curved, and has a very blunt end. There is a

ri os)
LAW)
Hts Y /
Z oF Y /
ly og 7 ij S
WAYS E
IY LY be

WZ
S SS = SE
Wy =
> SY ==
~~ —— NG ft
ar — LI ff
aa

"e
<U)

WEY

Balsam Fir.

groove in the center of the needle above, and a cor-
responding raised rib below. The branchlets are
flat, and the needles do not project from them in all
directions as they do on the spruce; the little branch-
lets are also conventionally arranged at an angle of
45° with the larger ones.

THE HEMLOCK, FIR, AND LARCH. OT

The bark of the fir is gray, and what little mark-
ing there is on the trunk is horizontal or has a blister-
like appearance ; it is from these tiny excrescences
that the well-known Canada balsam is obtained, which
is remarkable for its healing properties.*

The cone of the fir is from two
to four inches long, one inch broad,
and has a peculiar purplish color when
young ; it holds a somewhat erect
position on the edge of the branchlet,
and the scales are deciduous, flat,
rounded, thin, and accompanied by a

leaflet (bract) which is tipped by an
abrupt slender point. eo oe
The balsam fir is found in damp woods and

mountain swamps from Maine to Minnesota, and

* The atmosphere which is laden with the odors of the balsam
fir is also remarkable for certain qualities which are beneficial to
invalids. Asheville, N. C., is situated on a high plateau sur-
rounded by the Balsam Range of the Alleghany Mountains. In
this town the pure, dry air sifted through the balsam firs has a
wonderful power of healing for many lung diseases. There is a
sanitarium there which is a popular and famous resort for con-
sumptives.

The late Dr. A. L. Loomis, of New York, in a paper read some
years ago before the State Medical Society, testified to the fact that
the pines and firs which abounded in the Adirondack region ladened
the atmosphere heavily with ozone, and that the resinous odors
of the evergreens were the most beneficial of all tonics for the
patient suffering with pulmonary phthisis,

978 FAMILIAR TREES AND THEIR LEAVES.

southward from Pennsylvania along the Alleghany
Mountains to North Carolina. I call to mind a
most beautiful group of these spirelike trees which
flanks what is known as the “ Bog Road” in Camp-
ton, N. H. I can conceive of nothing more solemn
and impressive than the fir tree in moonlight; al-
though it never attains an altitude of more than 45
feet (so far as my knowledge extends), it certainly
reveals, in the light of the moon, a figure of vague

and stately proportions. My sketch

——
S

: was taken from a specimen 42
iY feet high, which grows in a
YY A) maple orchard at Blair, N. H.

f
AB
fine
~

YZ g LP

f
EZ
= SS SS
Ss

Ze

Wp
WZ
Wi, i WV Fraser’s Balsam Fir. Fraser’s bal-
i] ,, \ ' V y WE BS, vi = .
i | if Tes Abies Fraseri. sam fir is a
js rare, small tree which does

not exceed 40 feet in height, and
which grows in the higher Alle-
ghany Mountains from North Caro-
lina southward. The very blunt nee-
dle is from one half to three quar-
ters of an inch long, and bluish white
on the back, with a distinct line of
green down the middle; the little
Fraser's Fir. | branchlets are thickly beset with

needles on the upper side, and on the
lower side the color is extremely whitish. While the

BALSAM FIR.
Bog Road, Campton, Grafton Co., N. H.

THE HEMLOCK, FIR, AND LARCH. 279

foreshortened branchlets of the common fir generally
appear flattened, Fraser’s fir shows a considerable
thickness of

needles on NZ SZ
the upper Bi aes: ¢.

side ; and, on :
A, Spruce ; B, Fraser’s Balsam Fir ; C, Balsam Fir.

the contrary,

the spruces show the greater thickness on the under

side. My little diagrams will make my meaning

plain.

The cone is oblong, and from one to two inches
long, the leaflets (bracts) having a_short-pointed
upper termination conspicuously projecting and re-
flexed. The general color of a young Fraser’s fir
is deep olive-green with dashes of bluish sage-white.

Larch or The larch, sometimes called hackma-
Hackmatack,

Larix Americana.

Larix laricina. 100 feet high, with extremely thin,

tack or tamarack, is a tall tree 50 to

delicate pale-green foliage. The leaves are decidu-
ous, soft, and they grow in bunches along the branch-
lets like thick threads about an inch or less long.
The cone is from one half to three quarters of an
inch long, reddish brown, and has very few scales.
The dainty, cool green coloring of the larch in
spring, and its extraordinary thin, tall figure, which is
delicately penciled against the blue sky on a clear day,
make it an exceedingly ornamental tree, The larch

980 FAMILIAR TREES AND THEIR LEAVES.

inhabits cold swamps and shady hillsides throughout
the North; its southern limits are Pennsylvania,
northern Indiana and Illinois, and central Minnesota.

The European larch (Larex Huropea) is a fast-
growing tree considered even more ornamental than
its American relative, with leaves about an inch long
(a trifle longer on the average than those of the other
species), and of a deeper light green. The branch-
lets of this tree are somewhat pendulous. The cones
are sometimes more than an inch long, and they have
numerous scales. There is also a weeping form of
the European larch.

t—— = 5 PG ZY, Wy

NISRSS

gE

——

le ee ee

a ee ee

ee ee ee

CHAPTER XXIII.

V. Evergreen Leaves.
3. With short, sharp needles, or with scales.

THE SPRUCE, ETC.

Tue distinguishing difference between the fir and
the spruce needle is the sharp tip of the latter, and
the blunt, almost squarish tip of the former. A
comparison of my drawings of branchlets taken
from these two trees will also show a great differ-
ence in details which I need not mention here.
The little twigs of the spruce are always sur-
rounded by a body guard of needles; the fir tree
is content to guard the upper side of the stem, and
allow the under side to meet the winter winds un-
protected ; hence both stem and back of leaf con-
tribute a pleasing variety of color to the tree.

But the spruce (at least the Eastern spruce) has a
uniform dark, somber green,* which only varies with

* The slight bloom which is occasionally present on the under
side of the needle does not seem to affect the general green of the

tree.
281

989 FAMILIAR TREES AND THEIR LEAVES.

the species. There are three species common in the
northeastern section of the country—the red, black,
and white. The most interesting one of these is the

Red Spruce. red spruce.* This tree is familiar

Picea rubra. tg those who may have climbed the
granite hills of New Hampshire; nowhere else has
the spruce seemed to me quite so impressive, for in

| WZ
w/) Wee :
WW Viz
WZ Y=

My

AZ = =
DLE G I E= an e
Wee: = We
GYei in pw ee Za
CSS SZ ——
SSS SS

* Botanists differ in opinion about the red spruce; some con-
sider it a variety of the black spruce. In the Manual, Gray fol-
lows Englemann’s name, Picea nigra, var. rubra.

RED SPRUCE.
Slope of Mt. Washington, Coos Co., N. H.

THE SPRUCE, ETC. 283

this section of the country it holds almost exclusive
possession of the wildernesses and the great summits
which rise from 4,000 to 4,500 feet above sea level.
In traveling through the valleys of the Gale, Am-
monoosuec, Pemigewasset, Ellis, and Saco Rivers, one
may trace on the mountain walls the line where the
maples and birches stop and the dark spruces be-
gin; their somber black-green color clothes the
greater hills with something like majestic solemnity
—an aspect which the poet Whittier must have had
in mind (although he does not allude to the spruce
tree) when he wrote this:
By maple orchards, belts of pine,
And larches climbing darkly

The mountain slopes, and, over all,
The great peaks rising starkly.

These lines, however, perfectly express the impres-
sion which the spruce-clad mountain wall produces
on the mind of one who passes through the valleys
of the White Mountains.

In the Sandwich country, the scene of Whittier’s
Among the Hills, the somber coloring covers the
northern hills from Sandwich Dome to Mount Cho-
corua, a distance of fifteen miles.

The red spruce in mountain fastnesses is the most
picturesque tree imaginable; it rivals the cypress of
the Southern swamps. In the dense forests which

984 FAMILIAR TREES AND THEIR LEAVES.

flank the Presidential Range it rises far above its
neighbors from a bed of damp moss and _ pale-tinted
ferns, with tall, sheer trunk, and scragged limbs
draped with hoary moss, the acknowledged king of
the wilderness. It bears all the marks of a hard
fight for life amid opposing elements, but winter’s
storms and biting arctic winds avail nothing, for,
in spite of them, the tree climbs to the very borders
of the Alpine region.

As Gray hardly does more than mention the red
spruce in the Manual, and in the Field, Forest, and
Garden Botany he does not allude to it at all, it will
be best for me to point out those differences which
have been explained to me by several botanists, and
add the results of my own observations.

The general appearance of the red species in
the White Mountains, and the black species in the
Arnold Arboretum, do not correspond at all; the
trees are entirely different in color. The red spruce
is a dark, yellow-olive green; the black spruce is in-
clined to a purplish black olive or an intense olive-
green. Of course, the color of the red species re-
solves itself to an intensely dark, black green, as it is
seen among the deciduous trees in summertime on
the flanks of the great mountains; it is not possible,
therefore, to judge of a tree color when it is a mile
or so away; but as seen together, the two species a

THE SPRUCE, ETC. 285

hundred feet from the observer have no resem-
blanee to each other in point of color. I might de-
scribe the black spruce as having a blacker tone with
a misty effect.

The cone of the red spruce is comparatively red-
der than that of the black spruce, and it is usually a
trifle larger; as a rule, the edges of the scales are not
so jagged as those of the black spruce cone, and if
my drawings are compared it will be seen that the
last-mentioned cone has a decidedly square-pointed
scale.* Gray describes the black spruce cone as hay-
ing a thin denticulate edge. This is a marvelously
good point of distinction, for, if one will snap the
edge of a red spruce cone scale with the finger nail,
it will respond with a somewhat musical note; on the
contrary, a black spruce specimen is either so thin
that it will not snap at all, or else it will produce a
note pitched so high that there is hardly any music
left in it. The same experiment with the papery
cone of the white spruce elicits a very low note with
hardly any musical quality. Of course, only old or
very well dried cones will serve for this test.

Another point of distinction between the red and
black spruces is observable in the tiny bare twigs: in
the red these are tan-red, in the black they are con-

* This is not invariably the rule; sometimes the scales are
rounder, but still jagged-edged.

986 FAMILIAR TREES AND THEIR LEAVES.

siderably browner and duller—in a word, they lack
color. It is easier to make this test after the branch-
lets have been kept long enough for the needles to
drop off. By comparing the three species it will
then be seen that the tiny twigs of the white spruce
are very light and perfectly smooth, while the black
and red spruce twigs are covered with tiny hairs
(see my drawings marked A, of magnified black
and white spruce twigs), and are much darker in
color.

The bark of the trunk is brown and sealy, not
smooth and gray like that of the fir. In March,
spruce gum is gathered from the seams in the trunk.

The red spruce is distributed over the country
from Maine to Pennsylvania and Minnesota; it ex-
tends southward along the Alleghany Mountains to
Georgia. There are immense tracts of it in the
mountain regions of New Hampshire and Maine,
and I know of one forest region comprising no less
than one hundred square miles which is almost ex-
clusively occupied by red spruce of the largest pro-
portions. This land lies in the heart of the White
Mountains, with Mounts Guyot and Bond on the
north, Willey, Nancy, and Tremont on the east, Kan-
kamagus, Osceola, Tecumseh, and Scar Ridge on the
south, and the Lafayette range on the west. But
already the woodsman’s axe has penetrated deeply

THE SPRUCE, ETC. 287

into the forest, and a work of destruction has be-
gun which before many years will occasion ever-
lasting regret among those whose interests are closely
connected with this part of the country.

ae The young black spruce is often
Picea Mariana. Whitish purple-green or uniform
deep olive-green (not bluish), with no effect of
bloom. The needle is sharp, four-sided, slenderer

than that of the red spruce, straight or curved, as

=e

4_—LZ==__Z=™

ii a

Ziyi) if

NV

Black Spruce.

the case may be, and often grows close to the tan-
colored stem; the older stems, half an inch or so in
diameter, are light brown gray. The cone, about an
inch and a quarter long, is a beautiful light tan color
when young, although in the beginning it is madder
purple. The old cone is apt to cling tenaciously to

the branchlet, and assumes a dull gray-brown hue;
20

988 FAMILIAR TREES AND THEIR LEAVES.

the scales are very thin at the tip, somewhat square-
pointed, and often eroded at the edge. The lower
branches of tall trees which grow in the open droop
very gracefully.

The black spruce is found in cold and damp
woods from New England to Pennsylvania, central
Michigan, and Minnesota; southward it follows the
Alleghany Mountains to North Carolina. The wood -
is yellowish white, tough, and clear of all but small
and rather ornamental-looking knots; it is largely
used in construction and interior finish.

White Spruce. The white spruce differs from the

Picea alba. - .

Picea Canadensis. black in these particulars: The needle
is slenderer and is sometimes longer,
the little twigs are lighter colored (de-
cidedly buff), and the cone is slender,
longer, light green when very young,
and light tan color when older. The
cones of this spruce are often two inches
long, and papery-soft under pressure of
the fingers; they drop off at the end
of the year. My drawing shows the
cone in three stages of its development:
notice that the edges of the scales are
clean cut, not jagged. The needles are

usually a trifle curved, and on being
White Spruce. ruised emit a rather disagreeable, pun-

THE SPRUCE, ETC. 289

gent odor,* which is a sufficient and certain means
for the identification of the tree.

The general color of the white spruce is light
olive-green (that is, in young trees) with a sugges-
tion of surface bloom. The tree

is exceedingly ornamen-
tal, and assumes
a perfect cone
shape when its -
growth is unim-
peded. It attains a
height of from 20
to 100 feet, and is
common in the ex- White Spruce Cones.
treme Northern States
from Maine to Minnesota. The wood is beautifully
clear and white, and is extensively used for interior
finish. The best and clearest quality of white spruce
I can only compare with satinwood.
Colorado Blue Spruce. Lhe Colorado spruce, sometimes
Picea pungens. called silver spruce, is a Rocky
Mountain species frequently cultivated in our East-
ern parks and gardens; there are several beautiful
but small specimens in the Arnold Arboretum near
Boston. There is also a charming larger specimen

* It is unpleasantly suggestive of the feline tribe.

990 FAMILIAR TREES AND THEIR LEAVES.

on the lawn of Messrs. Ellwanger and Barry’s nurs-
eries at Rochester, N. Y. This tree may be iden-
tified at once by its long, sharp needle, which is gen-
erally sage-green in color, but which imparts to the
tree a peculiar, light bluish tint. Not all specimens
are alike in this respect, as some are greener than
others, and a few have a somewhat rusty tinge.

The needle is three quarters of an
inch or an inch in length, curved, ex-

} tremely sharp pointed, and it emits

—

—s
SS

a disagreeable, pungent odor when
bruised.* The little twigs bristle
all around with needles, and when

=
SS

SS
SS

young they are a beautiful tan-

titty Sip
SS

~~ eg

—

Y) f, color. The general effect of some
of the handsomest Colorado

SN

SZ;
=

spruces is light sage-green of a

Yj very bluish tone; the tree is one of
the lightest colored of the ever
greens, and has a perfectly conical
(Ay figure which is strikingly ornamental,
\) i? especially when it is crowned by clus-
SS ters of long, red, tan-colored cones ;
these are usually four inches or less in

Colorado Blue
Spruce.

length.

* The Colorado blue spruce has the same strong odor as the
white spruce.

THE SPRUCE, ETC. 291

ey Bieabe: The Norway spruce is another hand-

Paka oaealad: some species, which is generally seen
oe ee in private grounds. This tree grows
from 50 to 120 feet high, according to circumstances ;
in the forests of Norway its long, drooping

branches and tall figure form a conspicu-

ous feature of the landscape. A num-
ber of varieties assume extraordinary
if not grotesque shapes; a
certain weeping form, which
may be seen in the Ar-
nold Arboretum, is a
most peculiar, bare-
branched, snaky-look-
ing character, which
can not fail to attract Maxeny: Secs

notice.

The needle of the Norway spruce is slightly
curved, about seven eighths of an inch long, and
olive-green. The cone is four and a half or five
inches long, and is pendant; its color is light red-
dish brown, and the rigid scales are square-pointed.

Baia gy The bald cypress is a funereal-look-
Southern Cypress. ing tree of the Southern swamps,
Taxodium distichum. whose picturesque, spirelike contour
and grim stateliness are qualities not without a cer-
taincharm. It is found in swampy lands from Mary-

999 FAMILIAR TREES AND THEIR LEAVES.

land westward to Missouri and throughout the
South.* The tree is often completely surrounded by
water, from which it rises
straight as an arrow. In the
water and growing up from

the roots are frequently seen
strange, lumpy, conical growths
which are called “ knees” ; in a
cypress swamp these conspic-
uous formations invariably at-
tract attention.f
The leaves of the cypress are
deciduous, flat, light olive - green,
and from seven sixteenths to three
Bald Cypress. quarters of an inch long; they are
sometimes (on the smaller and flow-
ering branchlets) awl-shaped and overlapping. The
general color of the tree is a dull, deep green. The
roundish cones are an inch or so long, with closed,
thickish, irregular scales.

* At Chapultepec, Mexico, there is an American cypress which,
when the Spaniards entered the country in 1520, was called “ The
Cypress of Montezuma,” being then of immense size, over forty
feet in girth and 120 feet in height.

+ At every “knee” a downward, strong root deeply penetrates
the ground ; these “ knee” roots are the anchors by which the bald
cypress is held firmly in its soft and boggy bed.

There is a fine specimen of the bald cypress, 40 feet high, and
with a symmetrical figure, at Dosoris, Long Island.

THE SPRUCE, ETC. 293

The bald cypress grows from 60 to 125 feet
high, and furnishes valuable, clear lumber for in-
terior trimmings. Its grain is exceedingly beauti-
ful, and in the vicinity of the roots its darker rich
brown color and striking convolutions are not equaled
by many of the handsomest hard woods. For panel-
ing and doors not the best of French walnut seems to
me quite as effective as cypress.

Two trees which I must mention in passing, be-
cause they are representatively American, are the
great trees of California—Sequoia gigantea, and the
redwood, Sequoia sempervirens. The former is the
largest tree known.*

Some of these great trees measure 300 feet in
height, and through the tunneled stem of one par-
ticular specimen a coach and four horses has been
driven, with room enough and to spare. The needles

* Dr. Bigelow gives the following description of one, which I
copy from General James S. Brisbin’s Trees and Tree Planting:
“ Highteen feet from the stump it was fourteen and a half feet in
diameter. As the diminution of the annual growth from the heart
or center to the outer circumference or sapwood appeared in regu-
lar succession, I placed my hand midway, measuring six inches,
and carefully counting the rings on that space, which were one
hundred and thirty, making the age of the tree, by this computa-
tion, one thousand eight hundred and eighty-five years... . It
required thirty-one paces, three feet each, to measure its circum-
ference, making ninety-three feet: and to fell it, it took five men
twenty-two days, and the mere cutting down cost over five hun-
dred dollars.”

994 FAMILIAR TREES AND THEIR LEAVES.

are awl-shaped, or flat and sharp pointed, and they
are scattered around the branchlets; in color they are
light olive-green. Occasionally the tree is planted in
the East, but with little success, as it lives but a few
years.* The other Seguoza, called redwood, is not so
large, but the average diameter of the older trees is
not far from eight feet. The needles are from half
an inch to a full inch in length, smooth, sharp
pointed, and deep, shiny olive-green above, but
covered with a whitish bloom below. The cones
are roundish and scarcely an inch in diameter. The
ruddy-colored wood is not unlike that of the red
cedar, and it is extensively used for interior finish.
Unfortunately, it is rather soft. The redwood is not
hardy in the Eastern States.

Arbor vite. The arbor vite is a familiar hedge
Thuja occidentalis. evergreen, which needs no description
for its identification. But we should know how to
distinguish it from the common white cedar (Chame-
cyparis sphewroidea). Arbor vite has a bright-green
leaf spray with overlapping scales which are closely
pressed together on the extremely flat branchlets ;
these have a very aromatic odor when bruised. The

* There is a remarkably beautiful, conical, but small specimen
at Dosoris, Long Island, which still thrives. Prof, Meehan says
that the Seguota is destroyed by a parasitic fungus which was
discovered by Mr. J. B. Ellis, of Newfield, N. J.

THE SPRUCE, ETC. 295

tiny cone, less than half an inch long, has from six
to ten pointless scales, grows in an inverted position
on the branchlet, is of a light yellow-brown color, and
opens to the very base when ripe. The bark of the
tree is fibrous, dull gray-brown, and on some speci-

Arbor Vitea.

mens it grows in a somewhat spiral fashion about the
trunk.

Arbor vite is found in swamps and cool, moist
woods, from New York southward along the Alle-
ghany Mountains to North Carolina; westward it ex-
tends to Minnesota. It grows from 20 to 50 feet

996 FAMILIAR TREES AND THEIR LEAVES.

high, and has light, soft, but very durable wood
especially adapted to withstand extremes of heat
and moisture when in contact with the ground.

White Cedar, Lhe white cedar is similar in some

Chamecyparis respects to the foregoing species, but
sphwroidea.

Chamecyparis
thyoides. enough to prevent a confusion of the

certain differences are well marked,

two trees. The white cedar grows in a
symmetrical conelike figure, with a gen-

eral color effect of warm, light brown-
ish green; arbor vitee is usually much
wt ote A greener. The leaf spray of this tree
NN |} Ws is less broad and flat than that of

Ran! the foregoing species ; perhaps I
might also call it less heavy and
coarse. The tiny cone is scarcely
one third of an inch in diameter,
= 4S and has about six scales, which do
not open to the base of the cone

White Cedar.

but at a wide angle with its axis;
the scales are thick and pointed or bossed in the
middle.

The white cedar is found from southern Maine
through the Atlantic States to Florida, also along
the Gulf to Mississippi, and generally inhabits cold
swamps. It grows from 30 to 90 feet high; its
durable though soft white wood is used in boat-

THE SPRUCE, ETC. 297

building, and for shingles, railroad ties, the founda-
tions of buildings, and fence posts. It is capable of
withstanding the disintegrating effect of alternating
heat and moisture. The bark is very fibrous.

Common Juniper. he common juniper must be con-
Juniperus communis. sidered more as a shrub than a tree,
as it rarely grows tall enough to look treelike. In
habit, however, it is sometimes
erect; but more frequently it
has low - spreading branches,
which grow so close to the
ground that they are apt to
be trodden upon. Its sharp-
pointed needle, green below
and a trifle whitish above, is
very prickly, grows in threes
around the slender stem, and

does not often exceed half an fe).

inch in length. The pretty cadet- Common Juniper.
blue berries, about the size of a pea, are black purple
beneath the bloom ; they have an agreeable, aromatic
odor when bruised, and are largely used in the
flavoring of gin. Juniper is common throughout
the North on dry and sterile ground, and grows
hardly more than one or two feet high. I have
found it plentiful on the eastern shores of Lake

George, but never in the White Mountains.

998 FAMILIAR TREES AND THEIR LEAVES,

Red Cedar. Red cedar is a dark-hued tree of
Juniperus Virginiana. eompact habit, popularly consid-
ered less beautiful than useful. It is certainly pic-
turesque in some of its rugged and varied forms,
but as it advances in age a certain raggedness of
figure unfits it for the ornamentation of a neat and
prim park, the orderly gardener of which prides him-
self on his success in excluding what I might call the
wild and picturesque romanticism of Nature. But
in Bucks County, Pa. I am told that many hill-
sides are ornamented with its Gothic figure (indeed,
its contour is strikingly suggestive of the
pointed arch), and that the landscape is

greatly enriched by its somber
and refreshing dull green. To
my mind, there are few trees
whose sober coloring is invested
with so great a charm. I call
to remembrance certain speci-
mens growing in Virginia
whose green is beautifully

Red Cedar.

tinged with rusty red, and
others elsewhere with a green pervaded by warm
orange. In Roxbury, Mass., there are also many rusty
colored trees. Not the least interesting effect of the
coloring in the red cedar is the cadet blue-gray of
the berries which plentifully besprinkle the branchlets

RED GEDAR.
Near Chatham, Morris Co., N. J.

a 4
ay, por:
rPat si nf
ecco ron
af *,
a Sai) -
ay
‘ a

THE SPRUCE, ETC. 299

of the fertile trees* in the autumn. The leaves are
very tiny, and scalelike on the older branches, but
awl-shaped or needlelike, sharp, and spreading on
the newer ones; under close scrutiny the foreshort-
ened little branchlet is square, and the color, where
it is not rusty, is shiny olive-green. The berries,
black-purple beneath the bloom, are about as large
as small peas.t The bark is brown and fibrous, and
sometimes comes off in long shreds, leaving the bare
trunk smooth. The wood has an exceedingly spicy
odor, and a wonderfully fine, straight grain which is
peculiarly adapted to the needs of a lead pencil; its
color is pale brownish-lake red. The red cedar is
sparingly distributed, excepting in a few localities
throughout the United States. It commonly grows
to a height of 20 or 30 feet in the North, but south-
ward it attains a height of from 50 to 90 feet. It
is not to be found in the White Mountains.

A near relative of our red cedar, a tree which also
possesses picturesque qualities, is the European yew

* The trees bearing staminate (unfertile) flowers, I am told,
are the ones which are most generally tinged with a brown-red
or tawny color.

+I am told that in Bucks County these berries furnish the
birds with a plentiful amount of food in midwinter, and that on
hot July days the oil is distilled in the hot sun so that the whole
region about the trees is filled with the aromatic perfume. Many
of the trees are of such dense growth that little or no sunlight
penetrates to the ground beneath.

300 FAMILIAR TREES AND THEIR LEAVES.

(Tawus baccata). This tree is planted in our coun-
try, but with indifferent success; it rarely amounts
to anything north of Philadelphia. The evergreen
leaves are sharp pointed, curved, flat, and they grow
in ranks of two. In general effect the tree has dark-
green, somber, but beautiful foliage. A remarkably
symmetrical conelike variety of this species is called
the Irish yew (7axus baccata, var. fastigiata). There
is a charmingly compact and beautifully formed tree
of this variety at Dosoris, the home of Mr. Richard
Starr Dana, on Long Island; but Mr. William Fal-
coner says that the Irish yew does not thrive in this
country—a pity, I think, because there are few trees
which offer so great an inducement and promise to
the gardener in search of a conventionally modeled
tree.

The only yew native to this country is a mere
shrub with straggling branches which spread widely
over the ground; it is called Zarus Canadensis
(Taxus Minor, Sarg.), and improperly ground hem-
lock. So superficial a resemblance to the true hem-
lock should not mislead one; the distinguishing char-
acteristic of the ground hemlock a sharp observer
would not fail to detect. Look at my drawing
marked A; the needle at the end abruptly finishes
in a sharp point. This is not the case with the needle
of the true hemlock. I must also draw attention to

THE SPRUCE, ETC. 301

a charming quality of color in the ground hemlock
needle which is rarely the possession of any leaf:

Yew.

the reverse side is precisely the softest, warmest, and
most beautiful, rich yellow-green which we can find
in Nature. I have already alluded to this particular
green in a description of the mulberry leaf. If
there are those of us who think the color nothing
extraordinary, let them attempt the almost impossi-
ble task of matching it exactly. The beautiful trans-
lucent red berry of the ground hemlock, with the
black spot in the center of the depression, is hardly
less interesting than the warm, green foliage ; its deli-
cacy is only comparable to that of the pearly berry of
the mistletoe.

The ground hemlock is common on shady hills
and banks throughout the Northern States from

802 FAMILIAR TREES AND THEIR LEAVES.

Maine to Minnesota; its southern limit is New
Jersey. It is the last but not the least woodland
character which I have thought sufficiently interest-
ing and beautiful to include in my group of ever-
green trees. Its lustrous, dark-green needle is as
rich in color as that of the young and vigorous fir,
and on the underneath concave surface is hidden that
unique green which is its exclusive possession among
the evergreens. What the ground hemlock lacks in
stature it more than compensates for in color.

It will not do always to walk with head uplifted
and eyes only for the tops of trees; if we do, some-
thing of beauty at our feet will be lost. Often the
daintiest bit of tree life is heedlessly crushed by some
ruthless foot. I was strongly impressed with this fact
one time when, scrambling through the shrubbery on
a hillside in an effort to reach a mountain ash, I trod
upon some dainty waxen berries of the ground hem-
lock. The fruit of the mountain ash is heavy and
coarse when compared with that of the ground hem-
lock. Place some of each together, and allow them
to give their own testimony.

It is a blessed privilege to know the trees, the
flowers, and the leaves by direct contact and close
sympathy with them. It is not enough to behold a
tree with our eyes and never touch it with our hands.
Some of us are imperfectly aware of the personality

THE SPRUCE, ETC. 3803

in a tree or flower, and we think Nature reveals her-
self to a select few. What a foolish error of judg-
ment! It is ourselves who accomplish the revelation,
whatever that may be; it is our own fault if we do
not succeed. We do not admit Nature to an inti-
macy which it is the privilege of some cherished
friend to enjoy, and we charge her with being un-
fathomably mysterious and enigmatical.

Thank God, one sweet-spirited man could testify
to the contrary! Many of us who are city bred
would be glad to possess at least some small portion
of his understanding of her. I believe we may pos-
sess not only a share but a fullness of this understand-
ing, if we will only spend less time in the drawing
room and more in the woods; then, perhaps, in the
presence of the everlasting, forest-clad hills, we can
confidently say, with Whittier :

Transfused through you, O mountain friends!
With mine your solemn spirit blends,
And life no more hath separate ends.

I read each misty mountain sign,
I know the voice of wave and pine,
And I am yours, and ye are mine.

Life’s burdens fall, its discords cease,
I lapse into the glad release
Of Nature’s own exceeding peace.

21

SUPPLEMENT.

Notes and additions of new species, together with the
scientific names of trees, in accordance with the sys-
tem adopted at the International Botanical Congress,
held at Vienna, June, 1905, which is that of the sev-
enth edition of Gray’s Manual, revised by Dr. B. L.
Robinson and Prof. M. L. Fernald, 1908.

Acer Negundo, p. 239.

Acer saccharinum, p. 203.

Acer saccharum, p. 198.

Acer saccharum, var. nigrum, p. 202.
Ailanthus glandulosa, p. 209.

Ash, Biltmore. Frazxinus biltmoreana. Leaves with
%-9 lance-shaped, sharp-pointed leaflets, deep green
above, and paler and slightly fine-hairy beneath; leaf
stems and smaller branches also considerably fine-hairy.
Winged seeds linear-oblong, somewhat blunt and
rounded or scolloped at the tip, the seed end thickish.
Banks of rivers through the foothills of Pennsylvania,
Georgia, Alabama, and central Tennessee. It is the
common Ash about Biltmore, N. C.

Ash, Pumpkin. Frazinus profunda. Leaves with
7-9 (usually 7) lance-shaped or ovate lance-shaped leaf-
lets, nearly or quite toothless, with velvety-hairy long
stems; branchlets likewise hairy. Winged seed about
24 inches long, linear-oblong, rounded or slightly scol-

3805

306 FAMILIAR TREES AND THEIR LEAVES.

loped at the tip. Wet river-land, etc. Locally, from
western New York to southeastern Missouri and south.

Beech, Carolina. Fagus grandifolia, var. caroliniana.
Bears darker green leaves, ovate to obovate in shape,
and rounded or slightly scolloped at the base, the mar-
gins often finer toothed. The prickles of the more
ruddy fruit are short and awl-shaped. On the plains
near the coast from New Jersey south to Florida and
Mississippi, also from Ohio to Texas.

Betula alba, var. papyrifera, p. 98.

Birch, Dwarf. Betula glandulosa, var. rotundifolia,
p- 98. It is the varietal form that is described on this
page. The typical species, Betula glandulosa, is com-
monly found in the Arctic regions, on the alpine sum-
mits of New England, and on the shores of Lake
Superior, Minn. Its leaves are much larger than those
of the varietal form, ovate and decidedly wedge-shaped
at the base, smooth on both sides, and olive-green in
tone, the green less strong on the under side. The var.
rotundifolia has very tiny leaves—usually half an inch
long, roundish, or sometimes nearly kidney-shaped,
smooth and green on both sides, and the wedge-shape
at the base is scarcely distinguishable except in the
larger leaves. The species or its variety, and fre-
quently both together, may be found on Mt. Wash-
ington and the neighboring peaks, also on Mts. Lafay-
ette and Moosilauke, and on the “chin” of Mt.
Mansfield, Vt.

Birch, White or Blue. Betula pendula. A northern
species, the New England phase of which has lately
been identified and described by Mr. W. H. Blanchard,
of Vermont, and called by him Blue Birch. Betula
cerulea. It is a small tree (larger than the Gray

Gg rae a F

FSFE ELA OEE IS TAT

RAL ie

& ¢€

fi

OES ie} Satelit,

Sa aa Ss

AOE ieee
“yp fy" < = .
SLU puyylhly

3
y , a
Y is)
SO) ee aah Ve Wp) i =e £4
bof fe BR Se
Wy be ‘ oO ey t, J
Yfllltt,, on LO a4 lh

var rotund

Vs RAO \\'
\ Soa Y SILL < \)' «
Wg N \\

SSC § Mo
Sey
WSs SSSI ASSS \\

y CM rue ee)
g us ow Y)

LA ia,
i buy Li y}
I,

=

; /

LZ “Uy J My)

SUPPLEMENT. 309

Birch), the blue-green foliage of which is easily dis-
tinguished from that of other birches, especially at a
distance. The leaves are thin, attenuated, generally
broad-ovate, lopsided or else quite regular in outline,
wedge-shaped at the base or often slightly scolloped,
and smooth on both sides, the stems long and slender.
Fertile catkins pendent. Branchlets and leaves always
perfectly smooth, the larger branches slender and sup-
ple, more or less drooping. Bark lustrous, from buff-
white to a pale copper tone deepening into bronze.
Rocky uplands and mountain-sides throughout the far
northwest to Alaska, and locally common south to
Maine, New Hampshire, Vermont, Illinois, etc.

Birch, Canoe, White, or Paper. Betula alba. All the
branchlets in this typical species and its varieties are
covered with fine hairs, so also are the under sides of
the young leaves (except in the shrub var. minor).
Branches and branchlets uprising, never drooping ;
leaves ovate, rounded, or wedge-shaped at the base,
scarcely two and a half inches long at maturity, olive
green and smooth above, much paler, glandular-dotted,
and with a few hairs on the veins beneath, and cleanly
but unevenly double-toothed. A modest-sized tree com-
mon in the north, and extending south into New Eng-
land and the region of the Great Lakes. In progressive
gradations it passes into the far more common var.
papyrifera described on p. 93, a larger tree with larger
leaves and whiter bark. Its southern limit is Pennsyl-
vania, north Iowa, Nebraska, Wyoming, and Washing-
ton. The rather rare or at least local var. cordifolia is
characterized by broad ovate leaves distinctly heart-
shaped at the base, and fine-hairy or woolly on the veins
beneath. A northern variety found only in upland

3810 FAMILIAR TREES AND THEIR LEAVES.

woods or on mountain slopes. Its southern limit is
north New England, Iowa, Lake Superior, and west-
ward. Determined by Prof. M. L. Fernald.

Carya alba, p. 232.

Carya cordiformis, p. 235.

Carya glabra, p. 232.

Carya laciniosa, p. 231.

Carya ovata, p. 229.

Castanea dentata, p. 104.

Chamecyparis thyoides, p. 296.

Cherry, Mazzard or Sweet. Prunus avium, p. 64. A
species introduced from southern Europe, often a tall,
spreading tree 70 feet high, with reddish-brown bark;
red-black or yellow fruit about $ inch in diameter,
nearly or quite round, and sweet. Leaves dull green,
ovate or obovate, abruptly pointed at the tip, and gen-
erally wedge-shaped toward the base where the irregular
teeth disappear. The white flowers, about an inch
broad, expand with the leaves. Frequently found in
woods and thickets, escaped from cultivation. Connec-
ticut to Virginia.

Cherry, Perfumed or Mahaleb. Prunus Mahaleb. A
small tree (often a shrub), not over 24 feet high, with
fragrant flowers and leaves. The latter very round-
ovate, abruptly pointed at the tip, rounded or very
slightly heart-shaped at the base, bright green, smooth
on both sides, and finely scollop-toothed. The fruit
very small—scarcely 4 inch in diameter, nearly round,
dark red or almost black, and quite sour. Escaped
from cultivation along roadsides, waste places, river-
banks, ete. Connecticut to Pennsylvania and Delaware,
westward,

SUPPLEMENT. oll

Cladrastis lutea, p. 212.
Crategus Marshalit, p. 136.
Crategus phenopyrum, p. 134.

Crategus roanensis, p. 13%. Its distribution is re-
stricted to the region from New Hampshire to Wis-
consin, and south through the mountains to North
Carolina and Tennessee.

Cypress, Mexican. Tazrodiwm mucronatum. Foot-
note on p. 292.

The so-called Cypress of Montezuma, is undoubtedly the ©
Mexican species, Taxodiwm mucronatum. In Garden and Forest,
March 26, 1890, p. 150, the tree is described as the American
Cypress, Taxodiwm distichum, an unquestionable error, as there
is no authority for its distribution so far south as Mexico. In the
Silva of North America, Conifer, Vol. 10, p. 150, Sargent, the
tree also goes under the name of Taxodiwm mucronulatum, but
the authority to which Sargent refers, Annales des Sciences Na-
turelles, 1853, Vol. 19, p. 352, gives the name Taxodiwm mucro-
natum. This famous tree stands within the park at Chapultepec
Castle, near the Bath of Montezuma, an ancient spring from which
the water-supply of the Aztec capital was obtained. The tree is,
according to latest authorities, 170 feet high, and 40-50 feet in cir-
cumference; its age is 700 years. Quite recently I have had sent
to me by Mr. Edgar R. Skelly, of Palmhurst, Riverside, Cal., an
illustration of the famous large Mexican Cypress which grows
within the grounds of the village church, Santa Maria, in the
center of the little town of Tule, on the road from Oaxaca to
Guatemala by way of Tehuantepec. This tree is 150 feet high,
the spread of its branches is 141 feet, and its circumference six feet
from the ground is 154 feet. Its age is estimated to be 2,000
years.

Fagus grandifolia, p. 107.

Frazinus caroliniana, p. 246.

Fraxinus nigra, p. 24%.

Frazinus pennsylvanica, var. lanceolata, p. 244.
Glymnocladus dioica, p. 215,

319 FAMILIAR TREES AND THEIR LEAVES.

Haw, Small-fruited. Crategus spathulata, p. 135.
Leaves dark shiny green above, lighter and dull be-
neath, leathery in texture, and variable in pattern, very
small—scarcely ever more than 14 inches long, and com-
monly spoon-shaped, but with the wider part nearer the
tip. Found in thickets and on wet ground from Vir-
ginia to Florida, Texas, south Arkansas, and southeast
Oklahoma.

Haw, Scarlet. Crataegus mollis, p. 138. Leaves large,
from 2 to 5 inches long, broad-ovate, heart-shaped or
square at the base, densely fine-hairy beneath, and with
narrow acute lobes; flowers with about 20 stamens.
Fruit nearly round and scarlet. A common species
from south Ontario to eastern South Dakota, east Kan-
sas, and Kentucky.

Haw, Pear or Blackthorn. Crataegus tomentosa, p.
139. This species flowers in May and fruits in October.
The leaves are obovate to narrow-wedge-shaped at the
base, the largest scarcely exceeding 14 inches in length;
the fruit is nearly round, and is oftenest yellow-green
in color. Common in sandy soil from south New York
to Florida, and westward to Kentucky, Missouri, and
central Texas.

Ilex Cassine, p. 49.

Larix decidua, p. 280, replaces the older name Larix
Europea.

Larix laricina, p. 279.

Magnolia acuminata, var. cordata, p. 25.

Magnolia, Great-leaved. Magnolia macrophylla, p.
26. The long-ovoid fruit is rose-pink at maturity. Mr.
F. A. Chase reports to me that near Grand View, fifty-
five miles north of Chattanooga, Tenn., this Magnolia
bears leaves 42 inches long and 23 inches wide.

Acer rubrum fi\var.drummonditi Acer rubArum var. tridens

} ANA if!

MG yf
‘ / Wf My Py
‘Hi, © 4 yf &z.§
sO ae Z
fo é

4 4 LARS
4 é
'y Af

q
w
’

A Quercus WW
\ “prinoides

SUPPLEMENT. 315

Magnolia, Small. Magnolia virginiana, p. 22. In
the North, Cumberland Co., Pa., is its western limit.

Magnolia tripetala, p. 27.

Magnolia virginiana, p. 22.

Maple, Drummond’s. Acer rubrum, var. Drummon-
du. A southern variety of the Red Maple found in the
river-swamps, from southern Georgia to Florida, Mis-
souri, and Texas. It is a large tree with larger, thicker
leaves than those of the typical Red Maple, and they
are permanently white-fine-hairy beneath—at least along
the veins; the twigs and the leaf-stems are also fine-
hairy. The large-winged seed-vessels are smooth, with
the wings at a more or less narrow angle; they turn a
bright red, and are ripe in March or April.

Maple, Trident-leaved. Acer rubrum, var. tridens.
Leaves small, from 2 to 34 inches in length, with three
short lobes, the middle one broadly triangular; there
are few, if any, teeth below the lobes. This variety is
found locally from Massachusetts south, and westward
to Missouri and Texas.

Nyssa aquatica, p. 32.

Nyssa sylvatica, var. biflora, p. 32.

Oak, Bear or Scrub. Quercus ilicifolia. Often a
straggling shrub, or rarely a tree about 20 feet high.
The leaves are usually small, 2-4 inches long, the aver-
age length being about 24 inches, mostly obovate with
3—7 lobes (commonly with 5), olive-green and smooth
above, grayish-white and fine-woolly beneath, the stems
short and the lobes somewhat triangulate and bristle-
tipped. Acorn scarcely 4 inch long, the cup deep saucer-
shaped. Bark brownish gray and nearly smooth. This
species is common in sandy barrens and rocky soil on or
near the coast from Maine to Delaware, west to Ohio,

316 FAMILIAR TREES AND THEIR LEAVES.

and in the mountains of Virginia and Kentucky. It is
a familiar object on'the sandy wastes of Martha’s Vine-
yard, Mass,

Oak, Scrub Chestnut. Quercus prinoides. Usually a
shrub, but sometimes a tree 12 feet high, with thin
brown-gray, silvery bark, and resembling (Quercus
Muhlenbergit. Leaves smaller than those of the species
just named, shining green above, gray fine-woolly be-
neath, 24 to 5 inches long, and undulating. Acorn
with deeper cup. In dry sandy soil from New Hamp-
shire to Minnesota and southward.

Ostrya virginica, p. 101.

Persea Borboma, p. 35.

Picea Abies, p. 291.

Picea canadensis, p. 288.

Picea mariana, p. 287.

Pine, Pond or Marsh. Pinus serotina. A similar
species to Pinus rigida, but having much longer needles ;
these are from 6 to 9 inches long, with sheaths in pro-
portion; needles in bundles of three. The prickles of
the cones are very short and are deciduous. This more
southern pine is found in the swamps near the coast
from Virginia to Florida.

Pinus echinata, p. 267.

Pinus virginiana, p. 266.

Pinus serotina, p. 272.

Populus candicans, p. 129.

Populus deltoides, p. 127.

Prunus americana, p. 64.

Prunus angustifolia, p. 52.

Prunus nigra, p. 51.

SUPPLEMENT. 317

Pyrus sitchensis, p. 224; replaces Pyrus sambucifolia.

Quercus marilandica, p. 168.

Quercus nigra, p. 167.

Quercus velutina, p. 163.

Quercus virginiana, p. 157%.

Red-bud, or Judas Tree. Cercis Canadensis, p. 30.
The Red-bud is distributed from south Ontario, New
York, and New Jersey, south to Florida, and west to
Minnesota, east Nebraska, and Texas. It is abundant on
the banks of streams in Maryland and West Virginia.

Robinia Pseudo-Acacia, p. 213.

Sassafras vartifolium, p. 39.

Tilia Michauau, p. 47; replaces the older name Tilia
pubescens.

Tupelo, or Sour Gum, p. 31. It is found sparingly
distributed along the lake shores of central and south-
ern New Hampshire.

Willow, Glaucous. Salix discolor. A shrub or small
tree with a maximum height of 25 feet. Leaves smooth
at maturity, lance-shaped or narrow elliptical, pointed
at either end, irregularly toothed or toothless, or the
teeth dwindling toward the leaf-tip, smooth and green-
white beneath, from 3 to 5 inches long. Catkins devel-
oping long before the leaves. On river banks and in
meadow copses or moist situations, from Maine to Vir-
ginia, and westward.

Willow, Osier. Salix viminalis. A cultivated species
introduced from Europe for the manufacture of wicker-
ware, and not infrequently established on wet ground
in the Eastern and Middle States. A small tree or
shrub with green or light-brown twigs and attenuated
lance-shaped, taper-pointed, uneven-margined deep green

818 FAMILIAR TREES AND THEIR LEAVES.

leaves, smooth above, persistently fine silky-hairy be-
neath, and from 3 to 5 inches long.

Willow, Peach-leaved or Western Black. Salix amyg-
daloides, p. 118. 'This willow is found on lake shores
and river banks from central New York to Texas and
the Pacific slope.

Willow, Purple. Salix purpurea. A slender tree or
shrub with supple purple-brown twigs; catkins densely
flowered, the sterile flowers with small bracts at the
base; scales small, round, and dark purple. The leaves
are oblanceolate, or widest near the tip, very slightly
toothed, smooth, green above and paler beneath. This
species was imported from Europe, and was cultivated for
the manufacture of willow baskets. It has established
itself on generally low ground in the Atlantic States.

Willow, Ward’s. Salix Wardu. A southern species
common along river banks and the shores of lakes, in
stony or gravelly situations; it is distributed from
Maryland south to Florida, and west to Kentucky and
Missouri. Leaves lance-shaped or oblong-lance-shaped,
sharp-pointed, rounded or narrowed at the base, bright
green above, and gray-white and smooth beneath. Cat-
kins long and slender, not crowded with flowers. A
moderate-sized tree similar in many respects to the
Black Willow.

Willow, White. Salix alba, p. 116. The leaves of
the typical tree are light green, caused by a fine silky
hairiness on both sides, which is more or less perma-
nent; the twigs are greenish and break easily at the
base. An unusually tall tree, frequently reaching a
height of eighty or more feet, sometimes escaping from
cultivation and establishing itself along the banks of
streams or in other wet situations.

A SYSTEMATICAL INDEX

OF THE NAMES OF TREES OF THE EASTERN
UNITED STATES,
INCLUDING THE BOTANICAL NAMES ACCORDING TO
PROF. ASA GRAY AND PROF. C. S. SARGENT

The letter on the right of each botanical name is the initial
of the common name. The botanical name according to Prof,
C. S. Sargent is referred to that according to Prof. Asa Gray.
The revised names according to the system adopted at the Inter-
national Botanical Congress, Vienna, June, 1905, are in the Alpha-
betical Supplement.

All specific geographical names such as Americana, Canaden-
sis, Caroliniana, Marylandica, Pennsylvanica, and Virginiana, are
now, in accordance with the Vienna Code, written americana,
canadensis, caroliniana, etc. This is an important technical
change, but it is not one which carries weight in any other
direction, consequently on many of the preceding pages the capi-
tals remain unaltered.

22

320 FAMILIAR TREES AND THEIR LEAVES.

SPECIES AND VARIETIES. Botanical name. Family. Pages.
Abele Tree (see Poplar,

White).
PAGER DOLSOINEG IE avcies ohare tied. Site weimete are wows Renal ck cenicenee 275
FAGLCS MN ASCTI. Mei a). kee uta lheremed eile tee ma sete coe ROEM eR ee nee 278
Acer barbatum (see A. sac-

charinum).
Acer barbatum, var. nigrum

(see A. saccharinum, var.

nigrum).
ACETAASYCATDUM Wise nes ail eienie nee ciees aisictaiavateieiatavaiavarel[ loikvaravel tc siete ones 203
Acermacropnylliims) Mews \ae\\|n scene oieldeiciels ficcdoepannnc||lAdonesasrooobs 208
Acer negundo (see Negundo

aceroides).
A CET POLTUAUULI ME vac co aietall afaistaye te eieiwjelei ties ee ah wis eraetol ie ocelot ee 207
Acer Pennsylvanicum, M ... 195
ACETIPLALANOVGEB IND. err oa||lnctag Gletae vem = Sate anis eenieeel| aon ao eaee ae 207
A COT TALI TALE MIME earns esvcreiayou tas foil ave: epekate hacia lel sieteosis oleisyatere evel | Pelee emetateieiee 205
A CET ISACCRATUTUUIMN MLS a5 chaste o-lleatoiea les: sleisale o/a sialsteisinee eallicc ss Gare ae eine es 198
ACER SOCCRATIIVLNY. VAT IVE-| co nc lenin cnttsiccioihe se eee lememer ene 202

grum.
Acer saccharinum, Sarg. (see

A. dasycarpum).
PACER SDTCOLUMTSE Urs Ne ves aresarell ae erslate siisteyele caer aloe ete ecateloreete icleleere 194
ZH SCULUSIOCLONATAs B Ast. calles coee ure Fels hon esa cle Meals aeeesieee nee 254
AUSCULUS NAVA, VEL. (DUTPU-| 50 so chine ee aaes selon cies visce|eneaueeie ees 255

rascens, B.
EES CLULIUS QULOT OLNEY ia peyaistisye clas aig SNS aes a olla ae are ee te stereos eee 253
A SCULUS LLLP DOCUSTOIUUTU EL: Ln. he ais cet ee cae ne cece eee nee 250
4zisculus octandra (see AL.

octandra).
Aisculus octandra, var. hy-

brida (see Af. flava, var.

purpurascens).
PASCULUS EQUI HB eh asic teeta oe cee oe me ee (nies Pnea RU SF 251, 255
LES CULM SEPUDICUIAC AL. cio coisas cinacann ns coco eumel (oe Gee eeeneee 251
Ailanthus glandulosa (see

A. glandulosus).
AMLAN TVS QLONAULOSUS TALIS nce eee ccs ce cectc ne dsalecsne ne enee 209
Ailanthus (see Ailantus).
AGIAN GASES. oe sa aati oeis cetis's Ailanthus glandulosus.| Quassia 209
Alder Huropean:..2.. 0.65.5 Alnus glutinosa....... Oak. 100
Alder, Hoary (see Alder,

Speckled).
Alder, Speckled-..... ....... Alnus incana.......... Oak. 97, 99
Ales OLIUELTVOSO WAN 3c cht el ee ae eo ea ae ee nasactb! WED
VALUE AN COMG WAL pee. )s) he i cane da dete aoe Ue Cen See ee 99
Ancanahier CONAMEN SESS ORR Years a a foe ee eee 61
Apple, American Crab...... Pyrus coronaria....... Rose 59
AT DOT Vallee ere elon ce blanisiiws Thuja occidentalis..... Pine. 294
ATTOW=WOOQ's)! Geccewe ssanien Viburnum dentatum..| Honey- 191

3 suckle
ASH BIAG Kies access aioe Fraxinus nigra........ Oak. 247
ASHBNIG EY cmmticnea nec erin teens quadrangu- Oak. 245
ata.
Ash, European Fraxinus excelsior .... Oak. 249
Ash, Green »..| Hraxinus viridis....... Oak. 244
Ash, Red’:....... Fraxinus Pennsylva- Oak. 243
nica.

ASBY WAtOP is cieiatces vate as cele crs Fraxinus platycarpa.. Oak. 246

A SYSTEMATICAL INDEX.

321

SPECIES AND VARIETIES. | Botanical name. Family Pages.
PRPC LEE fare 5 ohn inrel siete (sitet | losoieici <2 ctvtereie’a crate <1 otaseicicle elf iniatoiersievelsinisterateye 249
AT Te VULPES ee anes BAA eres Fraxinus Americana.. Oak. 241
Asimina triloba, P. C.....-.)----eeeeceee cece sans cerelevcecsssecsees 29
Aspen, American. ...\..--.-<-0 Populus tremuloides... Willow. 123
Aspen, Large-toothed....... Populusgrandidentata| Willow. 125
Balm of Gilead.............. Populus balsamifera, Willow. 129

var. candicans.
Basswood (see Linden, Amer-

ican).

Basswood, Small-leaved..... Tilia pubescens........ Linden. 47
Basswood, White............ Tilia heterophylla ..... Linden, 47
BEBE yrs ESUIEL SS 2 veistatatarere is orate «= ...| Magnolia grandijlora.| Magnolia. 21
Bay, Carolina Red........... Persea Carolinensis ... Laurel. 35°
Bay, Sweet (see Magnolia,

Small).

Beech, American............ Fagus ferruginea...... Oak. 3, 9, 107

Bech: Coppers .2<.ses.ce5 ces Fagus sylvatica, var. Oak. 110

atropurpurea.

Beech, European............ Fagus sylvatica ....... Oak. 109

PES OL NEAAECLEUME SES ates Miata lorata as ato |) Sousa ne are chs tatty siciat Sr oceney! | atave'e ble ajalstayeaiet 90

BERT pCO VARS CET OPUT-| 5 orc;.-ataietcisrecicittarvic oe /sle/ajereie| (ss e's ess sleese|a\s « 92

purea.

BELA OALOM, VAL. 1) MLSLEGUALC, | ..22ynie sjursiape ece.nle c's ofa sje ¢.siece||eleieleis's a/e'we elniele 92

REPL VAL LACTTACAL OS i's 5 cic noraisicr ae ae eietlan & oe Hale has/aissisie5isleets 90, 92

CEILI OU VALS DEM ULE 25 2] sini oat Stile peices nis cls elon s Aa siele die ere dterelele ove 92

ECU aCLLD GL AVL PPE ESCO IVE cin) sia are ote neve oie win jatorerasa ky o:cllleieiele sie Seis'e wee 92

EE ALLEL ATUL SOLS ESM oe a\a ai) crate cre s/sate Weve s wala nretnacsh eine [Oates Sainte 98

UT HEIRPOIDECL Aare aocrch Tato te yee le he eto ee eid otal ele eevnoy| aeeabata Sialeereeaete 81

PRE MIE DOLILILE CEU MES Gore pofee Siete cree fine she sis ala ea dcaanelafeic slo a alana dane domearsiols 84

PEPER ATID EERAE DE Mn cs caratekn (ears stash Sie eicid eseewl sla aaa ores ok ae la il oe ete me 96

ERE LER OMTEL RD E NEU 5 PIM o/s as) Wiocst conn abel ere © > ois Saracars wesellle Malaapiewene ee 93

EEE LEL RIO TFLEL US OLICD EW. He scics tie [leanne cay eso Sac fcc ke clon Ta lemiels avfave nate 86, 93

Bilsted (see Liquidamber).

LST INT) 1 SIC) Sea ae ee Berle lentasscseen see Oak. 81, 86,
101

Birch, Canoe (see Birch,

Paper).

Birch, Cherry (see Birch,

Black).

Ente ne RRM EC tas 212 caves ce'e'| areYora ieiehaleCaiinns bi ot ele Foie's oa | oie ache atoete eels 90, 92
5 SSC 6) Di Bene ee Betula glandulosa..... Oak. 98
Birch, European White...... BEtULEOLDE. oka ete Oak. 90
BSC GREELY creo. oles aare,avojs(e0s Betula populifolia..... Oak. yas
124
ERs E I OR WEN ates fais 701 sects oiste isis da aislateit wie cali catetsiee Mebicas 92
Binehy PApers: 6 «cere <1.c.cscve-sene Betula papyrifera..... Oak. 84, be
ate BENT MSAUVOULE sit 5 eis siete resales nacolos aids oka lane nn soos 92
Birch, = onidal aT Ss arse emits prereasinted a cane mcleiete Sere [late aa eee 92
eC Re Be rts crisis siete ees a. 6 Betula nigra........... Oak. 96
Birch, River (see Birch, Red).
Birch. Sweet (see Birch,

Black).

Birel WECDING a a. sislese.s «| sins Bie clea ein icloin'e sitigta sikalaisiaedicie rales eee 92

Birch. White (see Birch,
Canoe).

329 FAMILIAR TREES AND THEIR LEAVES.

SPECIES AND VARIETIES. Botanical name. Family.
Birch, White (see Birch,

Gray).
Birehs Yollows oe -7:.cescisiecise ee Betulaiittea n-ne eer Oak.
Bisbernut oct 0 on cies coe Caryaamarda.......... Walnut.
Blackthormesceniucaieancueee Crategus tomentosa .. Rose.
Box Elder (see Maple, Ash-

leaved).
BIOUSSON CLEMO DYTUS ETO Me | ein siais = as: cisles v's els s slerara sisi] ot <eiviaiaetleeteere
Buckeye, Fetid (see Buck-

eye, Ohio).
Buckeye Onion. cece): sen AEsculus glabra........ Soapberry.
Buckeye, Purple Sweet...... Aisculus flava, var.| Soapberry.

purpurascens.

Buckeye; (REG ra crises. 05-10/-% Atsculus Pavia........ Soapberry.
Buckeye, Sweet....... ...... Afsculus octandra..... Soapberry.
Buckeye, Yellow (see Buck-

eye, Sweet).
Buckthorn, Carolina......... Rhamnus Caroliniana.) Buckthorn.
Buckthorn, Common....... Rhamnus cathartica ..| Buckthorn.
Burning Bush. cis .5<sss08 son Evonymus atropurpu- Holly.

reus.

Burning Bush, European....| Evonymus Europeus.. Holly.
Butternuts 2 5 2528s esas nerie oc Juglans cinerea ....... Walnut.
STLCCOMWIOOG iarecle's aleia'c ot eens <i Platanus occidentalis.| Plane Tree.
Carpinus Caroliniana, H...|......-. Ryaleinleriace niaisicle ele ate | ioe tesere rete eteraeiets
COR YCIOLDAS FINS ro oe cals eiete | ahd bie oe ogi cisinie sid gueiete soe el] nieteeipieverssierouniate
CaPYO GMAT, Bins eosin

Carya microcarpa, H .
Carya oliveformis, P..
Carya porcina, P.......-. 0.»

COT ONSULCU A src rels isolator | ele sine cieiersimtele eiciors oi alefole telat i=i] a aiataeaiste

COTY OLOTLETILOSO SMG clon ys o)sisis|flalerslers(oistelaievejals;siolecisie’e)s)sereatl nicieisle aie olceimerate

Castanea dentata (see C.
sativa).

COStANeR PUMA, Cr Kctaccitl| eiscleleiapetelevos olsicieisio cia inti AS\| oclafelas oo ctaerat
CASTANEMSOTU A Oo co tacie bell bieleeisecle Veweniins Coie miele lsisek crete ini

Catalpaiir ee soe a ecnces-ane Catalpa bignonoides ..

Catalparbignonoides. (Ce soac|tee een oes meeniae aieeoalllera aiceieine tolerate

Catalpa Catalpa (see Catal-
pa bignonoides).

CatalpayspeciOsa. (Cs. cir’ si) syste sos aie one elelets 2/2 9 sioieis| Noe eee

Catalpa, Western............ Catalpa speciosa ......

CedarvRedey cf jot toate ees Juniperus Virginiana.

Cedar o White: 75.5. 9. 352 cies: Chameecyparis sphe-
roidea.

CeltisvOCcidentalis Tl. h circa Roethke pone eeanien ees lee cere eee eee
Ceres CONAAENSIS TR AD aac 0) ecslaw ae ean Seis Soe tink o> Hal eieielnialnneiee sare
ChaMeCyparis: SPRETOGed, | ins ines eee eanalieeeieenl||s RA Sen. we

Cherry, Bird (see Cherry,

Wild Red).
Cherry, ‘Chokes. «s'()- 5: s6sc08 Prunus Virginiana....
Cherry, Wild Black.......... Prunus serotina.......
Cherry, Wild Red.. ...| Prunus Pennsylvanica
Chestnut.......... ..| Castanea sativa..... ac
CHMQUADIN i. cleceimceicnece cies Castanea pumila......

A SYSTEMATICAL INDEX.

SPECIES AND VARIETIES. Botanical name, Family.

toria).
CRATES TESIPCTOCLOTUGS Ni a.fe coe elec acne iin Soe Soo ee
Cornel, Red-stemmed . .
Comuus alba, C)...< 060.05
Cornus alternifolia, D
COPS ONIAG. DP os ao cn eco caenienente
COMMS SLOLONAT EFT. «Oe nota Rowers een sone etree lee ee
Cotinus Americana

Rhus cotinoides).
Cothonwood ys jcc ec ancns
ORAL POMS CESLIDAAS EV on eer abi denial ie ae selee/s cig leith ae ieee
GT ALOE OUR ODIO LE VTi es era tal opts seit ee ook oo aa Eee ee
ORL OUSICOCCIMEM Ady Sit ne oe ME aa poeta ee ee ee
OLAUEGUSICOTAALO ML pase ies a|lest niet cece ceteris an coed llsien den w an ae
Oe 18 aE LENO TICE (21 A ORR WR Napa] (RU hee We ea a PD a ana St
OR LEP OU ILC UGS Clery svete at Wickes aoc ee on te ooh

CRATE GUAOLY COMUNE. MEL tein] - cava atest lala sere ania oie
OEM OUBIIUNELODGn ia ce es ee cee 5 anak a eernee aes oodcck eee.
CVAEPOUSENAUIUIGLT. 5523 (. 22 Nas os oa SAA a oot eo awe ene lind omens Lotek

Wugumber Treg... scsecce Magnolia acuminata..| Magnolia.
Cucumber Tree, Yellow..... Magnolia cordata..... Magnolia.
Custard, Apple (see Papaw).
eyppesss Baldey x. ccc ee cc are Taxodium distichum.. Pine.
Cypress, Southern (see Cy-

press, Bald).

Date Plum (see Persimmon).

DEEP SIT/E OSPR gE (otorrs. (6.2.5 jell rsa \ars c/a /areiave, s'sj5'0 6 s/sc0.02:ciesai] e Sam eises ofeeiele’e
PROMI ARULGONG EIUL TRL Ere UN es a acccvesis cine a eiseatenntalllone cence te te
Dogwood, Alternate-leaved..| Cornus alternifolia....| Dogwood.
Dogwood, Flowering........ Cornus florida......... Dogwood.
Elm, American.............. Ulmus Americana..... Nettle.
Elm, Corky White........... Ulmus racemosa....... Nettle.
LDU 8 B11) 11 Ve re Ulmus campestris ..... Nettle.
Elm, Red (see Elm, Slippery).

lia SCObCH ne eciera coc se s bocce Ulmus montana....... Nettle.
Milma SHpPeryie. «26s «siz acini Clmus fulug,. 0... .c.. Nettle.
AAW I OO he raie icing as oa cinveize Olmus'alata. ... 00.0. Nettle.

Elm, Water (see Planer Tree).

Elm, White (see Elm, Ameri-
can).

Elm, Winged (see Elm, Wa-
hoo).

Elm, Wych (see Elm, Scotch).

Euonymus (see Evonymus).

Evonymus atropurpureus, B.|..... 008

Evonymus Europeus, B.....|......2..00+ AAOCOSONCT peace. toma

- Fagus Americana (see F.
Serruginea).

188
189

324

FAMILIAR TREES AND THEIR LEAVES.

SPECIES AND VARIETIES,

Botanical name.

Fagus ferruginea, B
Fagus sylvatica, B
Fagus sylvatica foliis atro-
rubentibus (see F. sylvati-
ca, var. atropurpurea).
Fagus sylvatica, var. atro-
purpurea, B
BT BeaISQm oy cijorcce = aiereteteis vie ets
Fir, Fraser’s balsam.........
Fir Scotch (see Pine, Scotch).
Fraxinus Americana, A....
Fraxinus Caroliniana (see
Fraxinus platycarpa).
Fraxinus excelsior, A
Frazinus excelsior, var. pen-
dula.
Fraxinus sambucifolia, A...
Fraxinus quadrangulata, A
Fraxinus Pennsylvanica, A.

Fraxinus Pennsylvanica,
var. lanceolata (see F.
viridis).

Fraxinus platycarpa, A.....

FY ACINUS UUTUAIS) Jon e320 ce

WTIN LC RDLee erate ter cecelnns

Gleditschia aquatica, L.....

Gleditschia triacanthos, L ..

Gleditschia triacanthos, var.
Bujotii pendula.

Gleditschia triacanthos, var.
inermis.

Great Tree of California.....

Ground Hemlock (see Yew,
American).

Gymnocladus Canadensis, K

Gymnocladus dioicus (see G.
Canadensis).

Hackberry
Hackmatack (see Larch).

Hamamelis Virginiana, W .
a WARBIB CR: pale icte eisie srcisicie svar

Haw, Scarlet
Haw, Southern Summet.....
Haw, Summer (see Haw, Yel-
low).
Pia eVellowee sete << Gemecs
Hawthorn, English..........
Hawthorn Tal 2.0 oes coe.
GMO CK Frcs bone see
Hemlock, Mountain
RICK ORY ese tte oe cc einesen
Hickory, Small-fruit.........
Hickory, Swamp (see Bitter-
but),

eee eee cece ete eer a ccec seen

ee ee ee

Abies balsamea........
Abies Hraserto.s. concen

i i ie i es

i re a a

Viburnum prunifolium

Crategus mollis
Crategus estivalis....

Crateegus flava........
Crategus oxycantha ..
Crateegus viridis
Tsuga Canadensis.....
Tsuga Caroliniana....
Caryaaibar wn snte eee
Carya microcarpa,....

141

141
135, 138
136

273
275
229
234

A SYSTEMATICAL INDEX. 320

SPECIES AND VARIETIES. Botanical name. Family. Pages.

Hicoria alba (see Carya to-
mentosa).
Hicoria glabra (see Carya
orcina).
icoria glabra, var. odorata
(see Carya microcarpa).
Hicoria laciniosa (see Carya

sulcata).
Hicoria minima (see Carya

amara).
Hicoria ovata (see Carya

alba).
Hicoria pecan (see Carya

oliveeformis).
Holly, American ..........-. LE OMCs ae aici Holly. 48
Holly: Dahoon. ...035 caec secs Ilex Dahoon . Sek Holly. 49
lai ite TE e saa pricc etn Je nanenOnOcE ncben ater camer || lop sracacoo cere 48
Honeysuckle, Tartarian..... Lonicera Tartarica.... Hency- 184

suckle.
Hop Hornbeam.............. Ostrya Virginica...... Oak. 83, 101
FLGINDEAM soe ccisnye cc ecaiee wie Carpinus Caroliniana. Oak. 103
Horse-chestnut.............. Afsculus Hippocasta-| Soapberry. | 13, 250
num.

Horse-chestnut, Red-flower-| 4isculus rubicunda ...| Soapberry. 251

ing.
Tlea Cassine (see I. Dahoon).
LEP BUNLOOII Me Na sce) 2) av aJorete info) lsielo vais aia! slorarateiele’ she's’ sieys 202 oll eae eialiaraetereres oe 49
Tlex monticola (NO COMMON)........ 22.0000. essences Holly. 49

name). “
LECT ONTURCERAD EL Finn BfesR EN aah lie cara oioi om iatave orotevoverelsieiaro.ciate all cis wreraierastae eae 48
Indian Bean (see Catalpa).
Indian Cherry (see Buck-

thorn, Carolina).
Ironwood (see Hop Horn-

beam).
Judas Tree (see Red Bud).
UL URIESTCLIBET.CL 9) EBs ocs0is nis «/s|\e 0.014 «55's oeleicecnce alle 224
SUVS MAGNA, IW) ios Sinise acters ois'seecve'e 5 Alp 226
PUG UTIZSETE SMV Rain cvc. ns oa] sete eee ica sean Hiehichicite | ee ccmaeeacnene 228
Juneberry (see Shadbush).
RUIATAN OTS eaeveltein\«/retataie i= (cine a Juniperus communis . . ine. 297
SUNUDETUSICOMIMUNIS. Ji... Pods tcc tiuies valle we vic vce cs 297
DUNGDETUS VATGINTANG, (Oooo f che eee oeces aces coe 298
Kentucky Coffee-Tree....... Gymnocladus Cana- Pulse. 215

densis.

PM at PAINE TIAL Ye arise sore Al vic occa Seco? shy ko eb ndeea| ete 279
RES EPL IONIC DMs ee eed | GSS vial? al indore sini s Sir oar Se Dae eee ee 280
Larch, American............ Larix Americana..... Pine. 279
Larch, European............ Larix Europea........ Pine. 280
Linden, American........... Tilia Americana...... Linden. 43
Linden, European........... Tilia Europea........ Linden. 45
Pimwidambara co. os ceeses is Liquidambar styraci- Witch- 176

ua. Hazel.

26

D)
(3)

FAMILIAR TREES AND THEIR LEAVES.

PS

SPECIES AND VARIETIES.

Liquidambar styracifiua, L.
S. B
Liriodendron tulipifera, T.

Locust, Clammy
Locust, Honey...........----
Locust, Water...-......:...-
Lonicera Tartarica, H

ee

eee eee

Madeira Nut (see Walnut,
English). :
Magnolia acuminata, C
Magnolia acuminata, var.
cordata (see M. cordata).
Magnolia cordata, C.......
Magnolia fetida (see M.
grandiflora).

Botanical name,

ecco ree tee esr resepeserce

Robinia Pseudacacia..
Robinia viscosa........
Gleditschiatriacanthos
Gleditschia aquatica ..

Family.

ry

BYateveilicicicrs sieve ale ie biste/6/h.s)=(ei@/6(6\=iui~iu[iajels,e(ois (a8 Males is ie

Magnolia Fraseri, U......-.|..-. 2.00 .cs ener eee e ene ebense nese eenees

Magnolia glauca, M.........
Magnolia grandiflora, M....
Magnolia, Great-flowered ...
Magnolia, Great-leaved
Magnolia macrophylla, M...
Magnolia, Small.............
Magnolia tripetala (see M.
umbrella).
Magnolia umbrella, U.......
Maple, Ash-leaved
Maple, Black Sugar.........

Maple, California............
Maple, Cut-leaved Silver.....
Maple, Goose-foot (see Maple,
Striped).
Maple, Japan...........--.--
Maple, Mountain
Maple, Norway
Maple, Red
Maple, Rock (see Maple,
Sugar).
Maple, Silver

Maple, Striped...............
Maple, Sugar

ee ee
eee eee re eeeene

Maple, Swamp (see Maple,
Red y

ed).
Maple, White (see Maple,
Silver).
Mockernuts..2 052.062 52).0500-
Morus alba, Me... 6... 2...6--
Morus nigra, M..............
Morus rubra, M.........----
Mountain Ash, American....
Mountain Ash, Elder-leaved.
Mulberry, Black.............
Mulberry, Paper.............

“Magnolia grandiflora.
Magnolia macrophylla

Negundo aceroides....

Acer saccharinum, var.
nigrune.

Acer macrophyllum. ..

Acer palmatum......--
Acer spicatum........-
Acer platanoides ......
ACen TUDTUNT.. «2-\« 0 .sisiele

Acer dasycarpum .....
Acer Pennsylvanicum.
Acer saccharinum.....

Pyrus Americana

Pyrus sambucifolia ...

Morus nigra..........-

Broussonetia papyri-
Sera.

Magnolia.
Magnolia.

‘Soapberry.
Soapberry.

Soapberry.

Soapberry.
Soapberry.
Soapberry.
Soapberry.

Soapberry.

Soapberry.
Soapberry.

ee wee eee re eeee

er rr

Nettle,

9, 17,
192, 203
195
15,17,38,
104, 178,
192, 198

A SYSTEMATICAL INDEX.

SPECIES AND VARIETIES.

Botanical name,

Mutherry Reds ccc.<0.6 sie
Mulberry, White.............

Negundo aceroides, B. M..

Nyssa aquatica (see N. uni-
Jlora).

Nyssa biflora, T

Nyssa sylvatica, T.S

Nyssa sylvatica, var. biflora
(see NV. biflora).

INDE) Cor ering tonancicdorioas pace hbsoc coc coo cudeacodo| Soncaacuncadad

Oak, Barren (see Oak, Black-
Jack).

Oaks Basketoes 81. o36ecst ee

Oak, Black

Oak. Black-Jack.......2..:.:
Oak, Burr
Oak, Chestnut...............
Oak, Cow (see Oak, Basket).
Oak, English
Oak, Iron (see Oak, Post).
Oak, Laurel
Oak, DVRs crite etfs 8c aa tet
Oak, Over-cup (see Oak,

Oak, Shingle
Laurel).
Oak, Somber Over-cup.....
Oak, Spanish
Oak, werip Spanish (see
Oak, Pin).
Oak, Swamp White: ci si.cs:
OBE IWAUOT ier Siys.cciss. wae aed
ARAB WURCG on ica cedars sles en

Oak, Yellow Chestnut.......

Oil Nut (see Butternut).

OSIOTR AHEM Mae cic cer doce sone

Ostrya Virginiana (see O.
Virginica).

Ostrya Virginica, H,1......

(see

Morus rubra. ........0.
Morus alba

wercus Michauxrii....
Juercus coccinea, var.
tinctoria.
Sacra NAGKO 6 so ai
Juercus macrocarpa ..
Quercus Prinus........

Quercus Robur.........

zercus imbricaria....
WercUus Virens

Yuercus palustris......
wercus stellata
mwercus TUDTA.........
Jwercus coccined......

one TyratWien eee
uercus falcata

Quercus bicolor........
mercus aquatica......
wercus alba
mercus Phellos........
ae Muhlenbergii .

Cornus stolonifera ....

ee i ray

Family.

Nettle.
Nettle.

EL IELCTEANTETIE AY DOTEUM 55 -ilie ociaie's iala/e)s sie’ @\o/o\sye/e viavojerete | etaltiate\aia'eterahelovor

IBGGRI NG sa2 2552 ois sass 0
Persea Borbonia (see P. Ca-
rolinensis.)

Asimina triloba.......

Carya oliveformis ....

Apple.

SEE REAL OMY ONUILETUBES OES =o a= le | esc veia ia fais Starele) oleic) Acts. </sieiele'n ojp)|{(e elena aialsfetstereiate

i CUSINIIE OH eretsetries ais eta
Persimmon, Japanese..... ne

Diospyros Virginiana.
Diospyros Kaki........

328 FAMILIAR TREES AND THEIR LEAVES.

SPECIES AND VARIETIES. Botanical name. Family. Pages.
VENA CHITOS IS) & agaaGaobnoeeec
IPIGEG CLCELSCIS renin arcane
PICCOMNIGTOS Sees teeoleee
Picea pungens, S.........-.-
PUCEA TRUONG USS anes canes
Pinu te ee ie k ekioneee B
Pine rGeoreia-n camera teas j
Pine AGraykajenicc eercs eho 5 269
Piney Jersey. SCruD), «cs clena EUILUSIENODS won fever: Pine. 266
Pine soblolliyie sca. seen IPUUUS LOCO Ae eee Pine. 261
Pine, Northern Pitch........ EUS TIGlLAG. ee eee : Pine. 262
Pine, Northern Scrub (see

Pine, Gray).
Pine, Norway (see Pine, Red).
Pine, Old-field (see Pine, Lob-

lolly).
PING GREGG sac ae enino sles te Pinus resinosa......... Pine. 270
PinesScotehn ase eae aa. Pinus sylvestris........ Pine. 263
Pine, Southern Yellow ...... Pinus palustris........ Pine. 260
Pine, Table Mountain........ Pinus pungens......... Pine. 265
BING sOWVNICOS ies clon oes Pinus Strobus......... Pine. 17, 38,

258

Pines Wellowercec-cicresss << PUTS MILISs ce soe Pine. 267
PUCUS VB CMGSLAMNO Es .ralere's oieyei|(s aeaiiaseli sisivisicaaienle halen eee 269
Pinus echinata (see Pinus

mitis).
BUES UNO DS NPN aa eae ee fe) ara)- (Sie atetara aye Netatlet nea el Tone lee cee te enters
UNAS ey tase Pearce ayers cictom | aiaeee sels sonnet ee 5
Pinus palustris, P
Pinus pungens, P
Pinus resinosa, P
ECNUUSYNE UA SEM setts ar aera |e el narctngete stolen etere hans ee
LECTUS SEO OUB WED reenact aca oe stalled oeiieh eile:
UNAS YSYLUCSENIS Exner that ioten | acne ece.ce clsaieee cere ere
LEH MIES 10 Ho ta Wd tone Mette ca ye rate | Pe ie My BRURO Ree
Pinus Virginiana (see Pinus

inops). ~
EN CIVET OHA GUCTLCH, WP OH siete ion aya e cert ces ate ee tase ee Eee (6)
Plane Tree, Oriental......... Platanus orientalis....| Plane Tree. 175
Planer Tree: 40 sotawace ue Planera aquatica ..... Nettle. 7
RiAhOnUsiOCcientalisn Bumealacnenhn encase ese Reece 172
RIGCONUS OFLETLAIS; Si Pe eae eo ai tae snr ae | ole a ree 175
Plume Canadas sesbe. scecon Prunus Americana.... Rose. 51
Plum, Chickasaw............ Prunus Chicasa....... Rose. 52
Plum, Wild (see Plum, Can-

ada).
Poplar (see American As-

pen).
RoplarsBalsami 2 seen. Populus balsamifera..| Willow. 128
Poplar, Carolina (see Cotton-

wood).
Poplar sDowmynns..sesneteee Populus heterophylla... Willow. 127
Poplar, Lombardy........... Populus dilatata...... Willow. 123, 131
Poplar: pWHIGe es ieee Populus alos. -ae eee Willow. 121
RO DULIS LO GAES 2 ae ac kee ee eon epee ecciae| wbloctaenee 121
RODULUSIOLOG ANAT BOMEOMLGI a enten eee ean cette nn 122
Populus alba, var. nivea....|... asia wim etelaichs ale eis lata tatolarsteralltaareter ee ee 122
EODUEDULSGMafend: Eaton e eee eee sinoaeter ere 128
Populus balsamifera, var.|............... sfafereleionste stelle sinyersloteresiete 129

candicans,

A SYSTEMATICAL INDEX.

SPECIES AND VARIETIES.

Populus balsamifera,
intermedia.

Populus balsamifera,
latifolia.

Populus balsamifera,
viminalis.

Populus dilatata, P.........[evcscveeccccsscseeeceecccleneessenenceee

Populus grandidentata, A

Populus heterophylla, P.....).--seceeceesseseesceseece|seeeeeenceeres

Populus laurifolia (see P.
balsamifera, var. vimina-
lis).

Fopulus monilifera, C......).....ceceeseenees spgdosén|leerode ASO CC!

Populus nigra, var. Italica .|....

Populus suaveolens (see P.
balsamifera).

Populus swaveolens, var. in-
termedia (see P. balsami-
fera, var. intermedia).

Populus suaveolens,var. lati-
folia (see P. balsamifera,
var. latifolia).

seeee

eee eee eee eee ee Cee)

OVUURESIELENUILLOLACR LNG hoi all (15 -Jare'ccle as Hisieie esi aisle viene) eiejeisieis sleie's.clsie'e

Prunus Americana, P
Prunus angustifolia (see P.
Chicasa).

RTA IO NTCOSOA IE. <n.sac.e. oss) 26 6 220 earns otaislonatayercleiac tell te clete.s.s.eareleineles

Prunus nigra (see P. Ameri-
cana).

PENSE CTUEULDELIUECEE «| Co o:e)| xa) als) s'a) x55 6 aa wales a lame eens

LS SCTOVETUD AC a o:)5. tie sie'e oa sie a slaeisac.ceic ;

EM PLITROS UAL OUILECOUE sO a's ai2)sie\|'elaa'e Saeislersinec naeice ee uccec [amen
EMIT ILSEAILEN ECAR ILLS WL =.=: gro oia'n| -)s/o.cieie's afe/o/e, <e/sicisioisiaie sieievore | alase

PETALS COTOTUNTAL. AS 315,55 sbec02) alls scisse'sie/io'e ye esi
PHFUS SAMDUCLLOUG, Mo ..2..|-2..0008 Hobe es Bia arertas OEE ei ence

Quercitron (see Oak, Black).
Quercus acuminata (see Q.
Muhlenbergii).

ercus alba, O...... choco eal beac

wercus coccined, O.........|.......006 SR ake ee

uercus coccinea, var. tinc-
toria, O.

CTEUMI OCLC ON obs oo aie loess Bs deloare stance tore ie

uercus imbricaria, O......

ercus lyrata, O........00.|.20. 5

ercus macrocarpa, O.....
ercus Marilandica (see Q.
nigra).

Lala APC TROUT ON OD 5.51515) 2.2)||siajcisie/alosaisie eaasie o(eielssacolatel saree

sercus minor (see Q. stel-
lata).

uercus nigra, O

2 ae1S 8) Bia) e i 47 wivtel et 6) 8 @) aie/\eis er sie B16) a) elena’ e\ee-f/alaic, vale) alaletarelale 6,

wee e cece cere ceclecccsesenccces

COT POCO OC OOOO ert noma con cnnond

oe weer ence

sn 6s nig) 0) a ele (eta a8) e) ae 6 © 90/06 s\ 61016 6 a\eaiuleie/e |s)é ma/ale'p ele e's else

Quieres SM TOREEIE DES UIs Os sis ic\lle.o:s/a.aieie ei(s'via « eraletn nae ie facil eeidcs oan eee

ercus nigra, Sarg. (see Q.
aquatica).

Quercus palustris, O........ :

Pe eee ee ee

330 FAMILIAR TREES AND THEIR LEAVES,

SPECIES AND VARIETIES. Botanical name. Family. Pages.
Quercus Phellos, O.....:.:5.} 00.2.0. ite isioleieiasiee heal aoe atsheaaeeers 170
Quercus platanoides (see Q.

bicolor).
Quercus Prinus, O .....-. celrcsececccenereeecesecreeleneeeeeeeccees 153
Quercus Robur, O....2- 2.2 lee cece cece eee eee e cece ee lee eer eee eee wel DEL
Quercus rubra, O........60.-}esescccseeeee Sunder copsaolsdasocedces-c' 159
Quercus stellata, O...... cee levcceeee crete ee eeeeeeenee|s ce eeee eee eee 146

Quercus velutina (see Q. coc-
cinea, var. tinctoria).

Quercus virens, O...........|+0++ iveleiele/efelsiele elsl=/ejejatalere/atelfisie!sieletet= -tetelelelore 157

Quercus Virginiana (see Q.
virens).

ReduBudieccaeneoe vos aeirierel- Cercis Canadensis..... Pulse. 30
Redwoods cic. ceric s te acccic Sequoia sempervirens . Pine. 293
eon Ream DWH ae) Sonal adeno SUpC Coon aS DC Onated jsncoboocosacoo 50
RAMUS COTRAT AGG.) Bete cia) cite aiai-te solo oletei nial lose leh tetelet etal (ate p= isle ofeinin 50
ERATE COUIMOUL CSS eeie aoe aie ee | ere crereie oles olelere ian eisielateleloforetat|(=ser=lotelefatoseintet=t== 221
1A PUES NOU LOD AS WAOnD Epes Ab O05] Ede OOREl GD DOAONOUO UNC OC [ZAC son 5000 o~ 219
FRAWS VERCTIALE SS 6 5 oviscs socio |e 0 50 cone olnvie sve s o,¢.0 els e10fi-v-~ ie nj=lo elm -/nlein 221
Rhus Vernix (see R. vene-
nata).

Robinia Pseudacacia, Li....}....cececcecceeeen ccs ceneleeeeeteeeerces 218
EG QUUNAG WUSCOSHS Wai votote!- <i escjell\o’o nisiete a|elolnjercieleyevaraleralalale(ateielfi=:atstlovetetararsi= mics 213
Salix alba, W . .-..ce.e eee [reece eee eee eeeneeesenecedecesenccccecce 116
Salix alba, var. argented ...|..--+esceeeeee cece ees eeeelerereeereeeees 116
Salix alba, var. coeruled ....|..-.- sree cere eee c een eee] s cere eee c anes 116
Salix alba, var. vitellind....|.....---- eee e cece cece ee elen tees eeeceeee 116
Salix amygdaloides.......0.Jeccesree eee s cece eeeeneeeeleeeees Sponroee 118
Salix Babylonica, W......--|eccesesereee cesses ee ennneleceeeees sjnietaleis 116
Salix Babylonica, Var. ANNU-|....--- 2-2 sees ee eer eee el eres cess angocs 117

laris.
Salix Bebbiana (see S. ros-
trata).

Salix Caprea, W lil
Salix cordata, W 112
Salix flwiatilis (see S. longi-
folia).
Salix fragilis, W ......02---e)ereeeeeerecees Majer sreee elle eie eter ener 113
Salix longifolia, W......----|--++ tofereta Sota es aieiotelalarete 2A -| leo eivvelete lm etetete 113
SGU 59t TUCTRG. Wo vince eo. <2 20 14 ollie 0 ste)» ntoreinfe'o/eiore o.0in io viene ol|(2\s=: ejnlecleieicinin 118
Salix nigra, W........---2--[occecen ens cee csc eecenecelecescnsceccece 117
Salix nigra, var. falcata, W.)..6.---- 12sec erect ecco t esses seen 117
Salix rostrata, W ....0..ececfenee nce ceeeceseeccrcccccealaccsssceeesees 119
Sassafrasty yi. kcicjeieceine arewiete Sassafras officinale... Laurel 9, 39
Sassafras officinale, S.......|eceeese eee eee e eee cence efeen scree eeeces 39
Sassafras sassafras (see 8S.
officinale).

Sequoia gigantea, G.........|ecreceececccececccecacess|ecsssececceces 293
Sequoia sempervirens, R....|.---++2seeeeceeeeeene cefereeeeeeeecces 293
Service Berry (see Shadbush).

Shadliamsherccr ca emisecitsetrs Amelanchier Canaden- Rose. 61

sis.

Shagbark (see Hickory).

Shellbark (see Hickory).

Shellbanke Bio cecilia Carya sulcata .......-- Walnut. 231
Smoke Tree, American...... Rhus cotinoides........ Cashew. 221

A SYSTEMATICAL INDEX,

331

SPECIES AND VARIETIES.

Botanical name,

Family.

PSE REGO nivel cies tersiel= oils since
Sour Gum (see Tupelo).
Spruce; Black ...2... 5.5.00.
Spruce, Colorado Blue.......
Spruce, Norway...........-.
DSPLNCOP ROG sn cisions 5% nannies
Sprice; White}. 6s. .60.--- 5 <2
Sugarberry (see Hackberry).
SMACK. FOISON .......2% 5.0.7.
Sumach, Stag-horn..........
Sweet Gum (see Liquidam-
ber).
Sycamore (see Buttonwood).
Sycamore, European (see
Plane Tree, Oriental).

Tacamahac (see Poplar, Bal-
sam).
Tamarack (see Larch).
Taxodium distichum, C.....
Taxus OACcata, Vi .cis02 «<=.
Taxus baccata, var. fastigi-
ata, Y.
Taxus Canadensis, Y.......
Taxus Minor (see Taxus
Canadensis).
Thorn, Cockspur ..........-.
Thorn, Dotted-fruited .......
Thorn, Parsley-leaved.......
Thorn, Scarlet-fruited (see
Thorn, White).
Thorn, Washington
Thorn, White

Oxydendrum arboreunr

PCE MAQTO = ta alalalsiale'«
Picea pungens.........
PLCC CLCEISA. cbremiecuen
PCO TUONO are «bien sinless
PRCCQiGhBG 5.50555 50'= 0122

Rhus venenata ........
Rhus typhina..........

sete eet eee

ee i Ps ee

Crategus Crus-gallt...
Crategus punctata....
Crategus apiifolia....

Crategus cordata.....
Cratcegus coccinea ....

Heath.

Pine.
Pine.
Pine.
Pine.
Pine.

Cashew.
Cashew.

Rose.
Rose.
Rose.

Rose.
Rose.

Thuja occidentalis, A.......|----ccceccccsncccscccscce|sccescsesccees
Tea PANTIE TACH ALG Blip ye eia:ec0)| (oe = 5 l0(oieravs [oye s/e oslo wlalsiele\e;ers vifiereiaia sie = siniataia)sie
Tilia MuUropeed, Li... 2200.0) -0-- 60+. 20 ecscccncccenccelersccccenccces
Tilia heterophylla, B........|-.-.0-.cccescecccec ence cs feecsccceeeeees
Tila pubescens, B... 2.2...) oc ce econ sce scnecscsernecs(ecverccesccsce

Tsuga Canadensis, H

PSU CAO AVOLNTAN GE anise 62\||o1sei0 01-2 orm = wie a's 0/0]0] 0 (01+ sie\e 0 \ell\e e\o\ecs ele, olejsiejn ele

ee ee er i

Ce ee ee eee

Ulmus alata, E........0005--
Ulmus Americana, E........
Ulmus campestris, E........

DURES FAMINE Bic nice c's p06 cists «\|\o01s :0 sicie osiale,0 vials « snieiae = sll/soiwininie
Ulmus montana, E..........|...0-+6 be pate chats craretepecetaral| aeneictetere

Ulmus racemosa, E.........
Wmbrella Tree’... .60-.-5..
Umbrella Tree, Ear-leaved..

Viburnum dentatum, A.....

Viburnum Lentago, V ......|.

Liriodendron tulipi-
Sera.

Nyssa sylvatica........

Nyssa uniflora.........

Nyssa biflora..........

Pere ee ee

Magnolia Umbrella....
Magnolia Fraseri......

Magnolia.

Dogwood.
Dogwood.
Dogwood.

Magnolia.
Magnolia.

er

Pages.

68

285, 287
289
291
282

285, 288

221
219

332 FAMILIAR TREES AND THEIR LEAVES.
SPECIES AND VARIETIES. Botanical name. Family.
ADU TALTTUAIN LITE OUT UUTIUg EN ore lfotaleletela iste toieseieteretaletermtare sje =re)| sie inetatetototeietaat=
Viburnum, Sweet............ Viburnum Lentago.... Honey-
suckle.
Wahoo (see Burning Bush).
Walnut; Bla@eks ees. cc sces's Juglans nigra......... Walnut.
Walnut, English............. Juglans regid.......... Walnut.
Water Beech (see Horn-
beam).
Whitewood (see Tulip Tree).
Willow BlaGlke . Pos ieaaees SQlT NOTA. de eheee oe: Willow
WANLOWAIOTACK 25 .o5ce ce ciatver SQUD FTAgUts'. ecto 2 Willow
Willow NiGoatien uo Sys. Sse oe Salix Caprea ... 5.0006. Willow
Willow, Heart-leaved........ Salix cordata.........: Willow
Willow vHOOps.sssee ses sece Salix Babylonica, var.| Willow.
annularis.
Wallowa na rnoGkaseasoe ico niclcnin: siete cistopreisicatemrateie oil leleteienals sieieiaisje'9\s
Willow, Long-beaked........ Salix rostrata ......... Willow.
Willow, Long-leaved ........ Salix longifolia ....... Willow.
Willow, Scythe-leaved....... Salix nigra, var. fal-| Willow.
cata.
Willow, Shining yjc..0-504 Salix lucida ........... Willow.
Willow, Weeping............ Salix Babylonica...... Willow.
Willow, Western Black...... Salix amygdaloides ...| Willow.
Wiallowsiwihiterses cee sis.ise SGN GUGM eric een Willow.
Witch=Hazelin. ase os see Hamamelis Virgini- Witch-
ana. Hazel.
Wellow wood): .nuac heen ces Cladrastis tinctoria... Pulse.
Yew, American.............. Taxus Canadensis..... Pine.
Yew, European.............. Taxus baccata......... Pine.
WOwririghs. poem sre cour aout Taxus baccata, var. Pine.

Sastigiata.

INDEX.

Albany, N. Y., 185.

Alleghany Mountains, 28, 49, 50, 68,
146, 152, 155, 159, 170, 182, 220, 224,
244, 254, 259, 265, 274, 275, 278, 286,
288, 295.

Ammonoosuc River, 283.

Andover, Mass., 71.

Androscoggin River, Me., 163.

Arnold Arboretum, 42, 152, 166, 181,
206, 275, 284, 289, 291.

Baltimore, Md., 96, 178.

Bartram Botanic Garden, 209.
Bedford, N. H., 155.

Big Smoky Mountains, Tenn., 195.
Blair, N. H., 278.

Boston, Mass., 25, 26.

Boston Common, 74.

Cambridge, Mass., 73.

Campton, N. H., 65, 83, 159, 161, 215,
278.

Cape Cod, Mass., 147.

Cape Fear River, N. C., 76.

Catskill Mountains, 50, 221.

Cayuga Lake, N. Y., 240.

Concord, Mass., 71.

Danvers, Mass., 231.

Deerfield, Mass., 71.

District of Columbia, 155, 163.
Dosoris, Long Island, N. Y., 212, 300.

Ellis River, 283.
Englewood, N. J., 39.

Fairmount Park, Philadelphia, Pa.,
166.

Fishkill-on-the-Hudson, 155.

Flume House, Franconia Mountains
Nie, 18;

Flushing, L. I., 166, 209.

Frankfort, Ky., 173.

Gale River, 283.

Geneseo, N. Y., 152.
Gloucester, Mass., 23.

Great Smoky Mountains, 28.
Greenfield, Mass., 71.

Hartford, 186.
Haveraill, Mass., 172.
Hudson River, 154.

Jamaica Plain, 26.

Lake Champlain, 148, 155, 240, 244.
Lake George, 224, 297.

Lake Mahopac, N. Y., 40.
Livermore Falls, N. H., 86.

Manchester, Mass., 42.

Martha’s Vineyard, 147.

Medford, West, Mass., 228.

Merrimac River, 72, 172.

Middleton, Mass., 146.

Milton, Mass., 42.

Mobile, Ala., 21.

Mount Cannon, Franconia Notch,
N. H., 224.

Mount Mitchell, N. C., 39.

333

334 FAMILIAR TREES AND THEIR LEAVES.

New Haven, Conn., 71.
New Orleans, 21.

New York, N. Y., 154, 185.
North Conway, 259.

Palenville, N. Y., 79.

Pemigewasset River Valley, N. H.,
78, 112, 125, 133, 155, 283.

Penobscot River Valley, 148.

Phoenix Nursery, Bloomington, IIl.,
212.

Plymouth, N. H., 73, 90, 173, 206.

Potomac River, Va., 166.

Presidential Range, White Moun-
tains, 284.

Prospect Park, Brooklyn, 166.

Public Garden, Boston, 110, 184, 189,
216.

Quincy, Mass., 48.

Red River Valley, La., 150.
Ridgewood, N. J., 213.
Rochester, N. Y., 290.

Rocky Mountains, 289.
Roxbury, Mass., 31, 207, 298.

Sabine River, Tex., 247,

Saco River, 283.

Sandwich, N. H., 283.

Saugus, Centre Village, Mass., 228.
Saugus, East, Mass., 39.

| Schuylkill River, 241.

South Seekonk, Mass., 146.
Staten Island, N. Y., 268.
St. Louis, Mo., 178.

Tottenville, Staten Island, N. Y., 170.

Ware River, Mass., 148.

Washington Square, New York, 178,
211.

Waverly, Mass., 152.

White Mountains, 42, 48, 63, 65, 71,
94, 99, 186, 189, 195, 200, 206, 224.
247, 257, 271, 274, 283, 286.

Wilmington, Del., 153.

Winooski River, Vt., 240.

World’s Fair, Chicago, Ill., 130.

(12)

THE END.

DEC 1 / 1986
OCT - 8 1987

Mathews, Ferdinand Schuyler
Familiar trees and their
leaves

A 014280003

-. SRS +37

<

Ay it
;
Bees

£
i
;

ote:

boy
ata
¢; Bt
AGN

Charan
ae

f

sale x