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FOURTH ANNUAL REPORT
OF THE
eg EN Eng EE Ne, ks
oF THE
STATE =POMOLOGICAL SOCIETY
OF
MICHIGAN.
L \ BRA rN
NEW Ye «
ROTA Ni
SAR SES é
i QUAF RIS Peni NSU AM —
MOENAM CIRCUMS P 10 Fagg
BY AUTHORITY.
LANSING:
W. 8S. GEORGE & CO., STATE PRINTERS AND BINDERS.
1875.
REPORT OF THE SECRETARY
OP THE
MICHIGAN STATE POMOLOGICAL SOCIETY.
CascapDE, Kent Co., December 31, 1874.
To the Secretary of Stale:
S1r,—Section six of an act to provide for the incorporation of societies for
the promotion of pomology, horticulture, and the kindred sciences and arts, in
the State of Michigan, approved April 15, 1871, provides that “it shall be the
duty of the Secretary of said State society to make and transmit to the Secre-
tary of State a report of the transactions of said society, including copies of
papers read at its meetings, reports of exhibitions held, and of facts collected
by correspondence or otherwise, at the end of the month of December of each
year, said report to be printed in similar form and number of copies as the
reports and transactions of the State Board of Agriculture and State Agricult-
ural Society, under the direction of- the Secretary of State.”
In compliance with the above legal requisition, I respectfully submit for
publication the accompanying Report for i874, with supplementary papers.
J.P: THOMPSON:
Secretary of the Michigan Siate Pomological Society.
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CONSTITUTION AND BY-LAWS
OF
THE MICHIGAN STATE POMOLOGICAL SOCIETY.
A CONSTITUTION:
The constitution was adopted at the city of Grand Rapids, July 5, 1871.
At’a meeting of the society, held May 7, 1872, at Grand Rapids, two amend-
ments were adopted.
The first amendment struck out the article locating the office of the society
in the city of Grand Rapids, Kent county.
The second amendment provided for a Vice President in each county, so far
as may be deemed necessary or practical.
The following is a copy of the constitution as it stands, March 1, 1875:
* ARTICLE I.—OBJECT.
The object of the Society is to develop facts and promulgate information as
to the best varieties of fruit for cultivation in the State of Michigan, and the
best methods of cultivation.
{ ARTICLE II.—OFFICERS.
The officers of the Society shall consist of a President, a Vice President in
each county so far as may be deemed necessary or practical; a Secretary, and
as many local Secretaries as may be deemed necessary ; a treasurer, and an
Executive Committee of six members, exclusive of the President, Secretary,
and Treasurer, who shall be members ez officio. Of this committee four shall
constitute a quorum for the transaction of business at any meeting of said
committee: Provided, Hach member shall haye been notified in the usual
manner of such meeting. All the above officers to be elected annually by bal-
*NotTE To ARTICLE I.—It will be noticed that Article I. of the Constitution defines the object of the
Society to be ‘‘ to develop facts and promulgate information as to the best varieties of fruit for cultivation
in the State of Michigan, and the best methods of cultivation.”” This means Pomology, which is the art or
science of fruits, or of raising fruits. Various attempts have been made to extend or widen the name of the
Society, meaning thereby to extend its object and aim.
By general consest it has come to be understood that the Society also embraces :
1st, Horticulture, or the art of cultivating gardens.
2d, Floriculture, or the art of cultivating flowering plants.
8d, Arboriculture, or the art of cultivating trees and shrubs, especially for ornamental purposes, as well as
for timber, All these kindred arts and sciences are embraced in the annual premium list of the Society, and
receive attention at all the meetings, £0 that instead of calling the Society ‘‘The Michigan State Pomolog-
ical, Horticultural, Floricultural, and Arboricultural Society,” it is simply called, for the sake of brevity and
convenience, ‘‘ The Michigan State Pomological Society.”
+ Nore To ARTICLE II[.—It has happened that the Society has elected for Vice Presidents gentlemen who
were not members of the Society. By general consent such elections are held to be aull and void, and that
it is not competent to elect a non-member to an office of the Society.
6 ! STATE POMOLOGICAL SOCIETY.
Jot, except the Executive Committee, whose terms of office shall be so arranged
that two vacancies shall occur annually.
ARTICLE IlI.—ANNUAL MEETING.
The annual meeting for the election of officers shall be on the first Tuesday
in December in each year; the officers elecied at such meeting to commence
service on the first of January following.
ARTICLE IV.—EXPIRATION OF TERM OF OFFICE.
The officers shall remain and perform their respective duties until their suc-
cessors are elected and have accepted, but the regular term of office shall
expire on the 31st of December in each year.
ARTICLE V.—TIME OF HOLDING MEETINGS.
The Society may hold a meeting on the first Tuesday of each month, at such
place as the Executive Committee shull designate.
ARTICLE VI.—MEMBERSHIP FEE.
Every person who subscribes, or who may subscribe to these articles, and pay
to the Treasurer the sum of one dollar per annum in advance, shali be entilled
to membership, unless otherwise voted at a regular meeting of the Society.
ARTICLE VII.—DISBURSEMENTS.
No money shall be disbursed except on an order signed by the President and
countersigned by the Secretary by direction of the Executive Committee.
ARTICLE VIII —AMENDMENTS.
These articles may be amended at any regular meeting of the Society, by a
majority vote of such meeting, provided one month’s notice shall have been
given of such amendment.
ARTICLE IX.—AMOUNT OF PROPERTY.
The Society may hold personal and real estate to the amount of twenty
thousand dollars.
ARTICLE X.—BY-LAWS.
By-Laws may be passed at any regular meeting, but a month’s notice may
be required.
ARTICLE XI.—TREASURER’S BONDS.
The Executive Committee shall require of the Treasurer such security as
they may deem necessary for the safe keeping and proper disbursement of the
funds of the Socicty in his hands.
BY - LAWS.
SECTION I —THE PRESIDENT.
1. The President shall be the executive officer of the Society and of the
Executive Board.
2. He shall see that the rules and regulations of the Executive Board are
duly observed and enforced, and in the absence of established rules touching
BY-LAWS. 7
particnlar cases and when beyond the reach of the Executive Board, he shall
have power to institute rules, by and with the consent of the Secretary, pro-
vided such rules be not in conflict with any established by the Board, sub-
ject, however, to the action of the Executive Board at its subsequent meeting.
3. In conjunction with the Secretary, the President shall prepare regularly
an order of business for the meetings of the Society.
4. The President shall have the best interests of the Society at heart, and
shall lead in forwarding any enterprise that shail add to the use or popularity
of the Association, but shall not have power to act npon any important matter
connected with the Society without first consulting the Executive Board.
SECTION IJ.—VICE PRESIDENTS.
Any one of the Vice Presidents shall, in the absence of the President, at
any meeting, preside and perform the duties of said office.
SECTION III.—SECRETARY.
1. The Secretary shall be the recording, corresponding, financial, auditing,
and accounting officer of this Society.
2. He shall attend all meetings of this Society and Executive Board, and
shall keep an accurate and faithful record of the proceedings. He shall sign
all certificates of membership, all awarded diplomas, and have charge of the
Society’s books and papers, and any other property given into his care by the
Society, and shall be responsible for the same.
3. He shall also be custodian of the seal of the Society, and affix the same
to all important documents.
4. He shall seek by every praiseworthy means to have the meetings of the
Society announced in a public manner throughout the State, and shall use
every endeavor to have the important proceedings of the Society, as well as the
prominent papers, read before the meetings, published, and thus placed in the
hands of all the interested inhabitants of the State.
5. It shall be his duty each year to prepare for publication the annual re-
port, the same to contain an exact proceedings of the Society, and such other
matter as shall be deemed proper by the Secretary, in conjunction with an
advisory committee from the Executive Board.
SECTION IV.—TREASURER.
With the Treasurer shall be deposited all of the funds of the Society, and it
shall be his duty to keep an accurate account of the income and disbursements
of the Society, and shall be prepared to report the condition of the Society’s
finances, when called upon to do so by the Society or Executive Board.
SECTION V.—EXECUTIVE BOARD.
1. The Executive Board shall be the judicial body of the Society, and shall
enact all laws, rules, and regulations for the government of the association,
shall have full charge of the annual exposition, and shall fix the salaries of the
officers.
2. The Board shall have power to displace any officer for neglected duty or
abuse of position, and shall fill all vacancies by appointment. This Board
shall have four regular meetings during the year, the times and piaces for the
same to be settled by themselves. Ocher meetings may be called by the Presi-
dent, or a majority of the members of the Board.
8 STATE POMOLOGICAL SOCIETY.
3. This body shall consider it their duty to look after the general welfare of
the Society ; devise new methods of improvement; keep the Society upon a
sound financial basis, and provide for every necessity as it shall arise.
4, All measures of importance shall be submitted to this Board, but may be
referred back to the Society for final decision.
5. The Executive Board shall make out a report through the Secretary for
each meeting of the Society following the regular or special meetings of the
Board.
6. The election of the Executive Board shall be arranged as follows: Two
members shall be elected for one year, two members for two years, and two
members for three years, at the next annual election ; after which two mem-
bers shall be elected annually, the term of office being three years.
SECTION VI.—MEETINGS.
The Society shall have four regular meetings in the year, to be denominated
quarterly sessions, the times and places to be decided upon by the Executive
Board, they being guided by invitations sent in from different portions of the
State.
SECTION VIL—AMENDMENTS, ADDITIONS, BTC.
Any addition or revision of these laws may be made by a two-thirds vote of
the members present at any regular meeting of the Society, one month’s notice
haying been given.
SECTION VIII.
This Society, in its regular or special meetings, shall be governed by ordi-
nary parliamentary usages.
WEE PAST, PRESENT, AND KOULURE: OF
MICHIGAN POMOLOGY.
INAUGURAL ADDRESS OF GEORGE PARMELEE, PRESIDENT OF THE
MICHIGAN STATE POMOLOGICAL SOCIETY.
GENTLEMEN :—There are hidden springs impelling the action of societies as
well as of individuals.
The inspiration which dictated to the lamented A. J. Downing the first lines
of his preface to “ Fruits and Fruit Trees of America,” is one of the elements
which sustains the life of this Pomological Society. He thought he could “be
pardoned for talking about fruit trees,” because his hours spent in orchards
and gardens took an additional charm from the presence of the noble Hudson,
though it is begirt with barren mountains, giving to the voyager upon it the
impression of “patches” to the little tillable spots which are the sites of its
beautiful towns and scattering farms.
Here and there a little fruit amid barren mountain wastes had its effect upon
him. The love of it, more than a money consideration, led him to initiate the
great work which his brother has so well completed.
Is it strange, then, that Michigan, with near or quite a thousand miles of
water front on its lower peninsula, with nearly continuous arable lands, form-
ing almost a continent suitable for fruit production,—is it strange, I say, that
this great State should contain a body of men who will undertake the work
this Society is doing without a money compensation,—for the love of it?
All great unpaid labors have their compensation. Ours is in the practical
knowledge which we borrow from each other, and the satisfaction of seeing
the interests of Pomology advance as do all the great industries of the day.
I propose now to hold a check on the natural tendencies of the occasion to
talk of the beautiful and the lovely in our theme, and to confine myself to the
business side of the subject.
It is well to look over the field and see where our work lies; to see the
needs of the present, and to appreciate our difficulties and our helps.
If nearly every acre of this great peninsula is suited to the production of
some one or more of the valuable fruits of the temperate zone, we haye a grand
field to contemplate in taking our survey.
We cannot take time to particularize in the consideration of our long list of
Michigan fruits and our thousand townships in which the business we try to
10 STATE POMOLOGICAL SOCIETY.
foster may become more or less practical; but there are general principles of
great importance to which I invite your attention.
CLIMATE INFLUENCES PRODUCTION.
All wide differences of climate resalt in an equally wide difference of pro-
cuctions.
The valleys of the Amazon and of the Mississippi differ widely in climate,
and the productions of the one are entirely strange to the other. To the den-
izens of the first, the trees, the shrubs, the flowers of the Jatter are new.
From the Hudson to the St. Johns of Florida the change is complete.
Measuring these differences by the vegetable growths, we may say that every
tree, shrub, and flower bas its climatic home. With some the breadth of that
home is great, but with every product there is a place of highest perfection.
Every fruit and vegetable, as well as every tree, has its true home, and from
this point all shade off with more and more imperfections as we approach the
limits of their existence. Thus, the apple is not to be found growing with the
orange, nor the orange with the apple. ‘The palm cannot flourish with the
birch, nor the birch with the palm. The potato and the plantam will not
thrive together. Some trees and fruits bear a wider range of climate than
others, but all are at home somewhere, und all are alien to some clime.
THE POWER OF CLIMATE.
It is, mainly, the power of climate and not of soil that holds each produc-
tion to its own region. We cannot ship a vessel-load of orchard soil from the
banks of the Hudson to Cuba and raise the Swaur apple or the Esopus Spitz-
enberg. We must be content to leave each production to its proper place.
And we will do well to remember that all great staples. in their home, are
king. We know that cotton is king in the South. wheat is king in Minnegota,
sugar in Cuba, oranges in Sicily. grapes in Portugal, and teain China. People
in all countries learn to mike, by the aid of commerce, their own staple prod-
ucts their main sources of wealth. So, as the agriculture varies, the sources
of wealth differ; there are regions for sugur, fur cotton, for coffee, for rice, for
wheat, corn, tob.ceco, potatoes > for apples. pears, plums, and grapes: for
oranges, figs, and bananas; and in the natural home of each staple product it
builds up the wealth of the country ; and in regions where such products gain
& prominence, there you find the most intelligence bearing upon their culti-
vation und marketing. It you wished to learn the art of cane-growing and
sugar- making, you would go to Cuba or Louisiana; you would study orange
culture in Sicily or Florida, rice-culture in the Caroliuas or China. To post
yourself on the production of coffee you would visit the countries which pro-
duce it successfully. So of the various spices, tropical fruits, and the fruits of
temperate climes.
MINOR MODIFICATIONS OF CLIMATE.
Wherever the important products of the world bave a climatic home, there
they naturally and properly become specialties.
I have referred to che greater variations of climate and production.
There are lesser differences which sometimes have a great bearing on the
value of productions: and some modifications by soil are. also, important. As
the results of some of these minor modifications of climate we have the Sea.
“Island cotton, the superior coffte of Arabia, and the better and higher-priced
hops of England and California.
PAST, PRESENT, AND FUTURE OF MICHIGAN POMOLOGY. 1k
The exceedingly valuable wines of some vineyards of Europe afford a good
illustration of the enhanced value of a product when a slight modification of
climate is seconded by favorable condition of soil. Among the soils of the
most celebrated vineyards in various parts of Europe there is no identity of
mineral composition; but, in that respect, a striking dissimilarity ; their iden-
tity is in their uniform poverty. Their climatic advantage is due to airiness
of their elevated situations. While these poverty-stricken hills grow a wine
worth ten dollars per gallon, the rich valleys in sight grow a wine which sells.
for ten to twenty cents the gallon.
These are only a few ot the products of which minor climatic differences.
greatly affect the value. Small variations of winter extremes determine the
success or failure of many tree fruits; and, on the other hand, excessive sum-
mer heats stand in the way of the production of some fruits in regions where
the character of the winters is not adverse. In none of the great continents
are the central parts productive of the valuable fruits. The fruit regions of
the world have their climates favorably modified by the influence of bodies of
water. The exceptions to this rule are quite insignificant, and are generally
owing to altitude.
SPECIALTIES.
Is there any reasonable objection to specialties in countries where favorable
peculiarities fit them for the most profitable production? Is there any reason-
able objection to the State of Michigan making the most out of what nature
has dove for her? If there is, it will be hard jor her farmers to see it while
the money profit stands prominently before their eyes. ‘There is no such ob-
jection. With our unequaled water influences, with our location in the midst
of the populeus and wealthy Northern States, and with profitable markets.
open to us on all sides, we shall drift m re and more into fruit production.
OUR FRUIT INTEREST
has already advanced to considerable proportions. Starting from the old Dous-
man apple orchard on Mackinaw Island, and the old French apple and pear
trees on Detroit river, all seedlings, we have gone to net results of many
millions. Within the memory of some of us here our present great interest
has grown from nothing. We have passed the day of wild speculation in fruit
lands, the “ Belt” proving to be too wide a matter for monopoly, as. from cen-
ter to circumference, various valuable fruits can be grown profitably. Our
constantly increasing and cheapening transportation facilities are opening to
us a great number of good markets.
Our best keeping apples can go to Europe in good condition, and to Lounisi-
anaor Texas, while the nearer Kastern and Western markets are ever ready to
take the bulk of the crop.
Our peaches. pears, sweet cherries, and grapes do not have to go far for good
markets, and the increasing demand will admit of a very great increase of pro-
duction.
OUR ENEMIES.
We have gone far enough in fruit prodaction to find an insect war upon our
hands. ‘This must be fought out. Fruit men and farmers generally are com-
ing to the conclusion that injurious insects have had things to» much their
own way. To fight our enemies we must know themthorougbly. Here is our
weak point. Hvyery cultivator who has paid much attention to this great draw-
12 STATE POMOLOGICAL SOCIETY.
back finds it difficult to give the time necessary to post himself thoroughly,
and he does not find the full knowledge, in books, which he desires. He feels
that there should be, somewhere, a work initiated that shall improve our
knowledge and facilitate our work of keeping down these enemies. Can such
a work be done so effectually, so speedily, so cheaply, as by strengthening the
entomological branch of the Agricultural College so as to allow the professor
to give the main part of his time to investigations relating to economic entom-
ology? Ina matter of such vast importance if would seem that the State
should undertake to do what individuals haye, so far, mainly neglected.
Every interest of the farm, orchard, and garden cries out for something to be
done in this direction.
, OUR FAILURES, AND WHAT IS WANTED.
We have made some progress in fruit production, but there is need of much
more, not alone in acreage, but in methods, in quality, and in varieties.
Good orchards in the State are paying more clear profit than any other
branch of husbandry; but we have multitudes of trees and many orchards
that are of no special value, and such are being planted every day.
One man said, “I would give five thousand dollars to-day if I couid change
my varieties.’ Another man says, “My orchard would be worth twenty
thousand dollars more if it was of the best varieties.’ In another man’s
orchard one-fifth pays more than the other four-fifths.
Besides worthless varieties there are great numbers of trees that are nearly
worthless by foolish pruning, rendering them incapable of carrying a heavy
crop without splitting down.
Quite commonly good orchards are found in which most of the fruit is
worthless from insect depredators.
These evils can be remedied.
Our Society does not expect to work miracles. We expect to labor patiently,
and slowly and surely to benefit the Pomology of the State. Weexpect to add
to our individual stock of practical knowledge, and hope to keep others from
making again the mistakes which we have made.
And we hope to see, and believe we shall see, our fruit culture very largely
and profitably extended.
We hope to see none of our farm products diminished, but we do expect to
see our lumber production decrease. We believe that as the oak and the pine
disappear they should be succeeded, to a great extent, by theapple, pear, plum,
peach, or cherry tree.
As the heavy lumber trains disappear by forest exhaustion, products of the
farm must freight those cars; and, as that result is reached, we expect to see
long trains of the fruits in their season.
We expect to see fruit production a specialty. The outcry against special-
ties, where nature has made an adaptation, belongs to the past,—to the days
when the commerce of the world was carried on in the insignificant galleys of
the Mediterranean, and the land transportation was by pack horses or camels.
If the cheap transportation by sail and steam vessels and the railroads, of
to-day enables you to produce and lay down your own product in other States
cheaper than they can produce it, then that product, to you, may be a
specialty.
The cheapening of transportation inevitably tends to specialties, and those
i]
PAST, PRESENT, AND FUTURE OF MICHIGAN POMOLOGY. 13:
specialties result in wealth, the world over. We believe that in this industry
there is a broad foundation for future wealth.
THE ADVANTAGES OF THE STATE.
Surely no State east of the Rocky Mountains has such an extended area
suited to the production of first-class apples. And, with our nearness to non-
producing regions, giving us the best of markets, and with our adaptation to
the production of the other staple fruits of the temperate clime, we are not
behind. We are surely favored beyond the adjoining States.
OUR PRIENDS.
Our Society needs the co-operation of all the intelligent fruit-growers in the
State; we are steadily drawing them to our aid.
In some of the counties, the people have not had a convenient opportunity
to meet with us, but wherever we have met we have gained valuable friends..
We must keep what friends we have, and we want more.
We want friends and we want help, because we are reaching for grand
results.
We work to see the aggregate acreage of fruit multiplied by a large figure;
to see valuable sorts instead of worthless or indifferent ones; to see good
management, such as shall result in heavy crops of the fairest fruit; to see
trees pruned so as to be able to bear their burdens; to redeem from insects the
millions of dollars that are now destroyed; to place the whole business of
packing and shipping on an honest basis; to freight the long trains with
Michigan fruit; and to see it one of the great money resources of the State.
We must not be afraid of new ideas: they are the foundation of all
progress.
Pomological literature has its errors. We must try every theory by the test
of practical results, and by that comparison it must stand or fall. This will
make the teachings of our Society a valuable guide to the cultivators within
our own borders.
The State itself suitably acknowledges the value of our work by publishing
our report.
The State Agricultural Society takes a sensible view vf the matter, and
stands by us generously.
The State Agricultural College helps us cordially and well, as it has oppor-
tunity.
A large number of the best farmers and orchardists are heartily with us.
OUR PROSPECT
for another year’s successful work seems to be good.
If love of the work is our mainspring of action, we very properly have an
auxiliary to it in the pride we feel in the advancement of the State in wealth
and its attendant blessings.
POPULAR AND VALUABLE VARIETIES
OF FPAUIisS:
COMPILED FROM THE BEST AUTHORITIES, FOR THE USE OF THE MICHI_
GAN POMOLOGICAL SOCILTY.
We have no desire, and it is not our purpose or intention to encourage the
planting and cultivation of a too extensive list of fruits. There are, already,
too many varieties in use in this as well as in other States.
The list of Apples could profitably be reduced three-fourths, and then
enovgh would be left for all useful purposes.
But there are many young beginners who are calling for catalogues of fruits
and {fruit trees, and they ask us to give them a list for referencein this Annual
Report. We beg most earnestly co warn all new beginners in fruit culture to
be cautious and not be misled by catalogues or lisis. These, unintentionally,
are often decept:ve. The best way is first to consult the oldest and most ex-
perienced fruit growers in the immediate locality or neighborhood of your
labors. The experience of such men is the best, because they know the soil
and climatic influences with which you have to deal. ‘The varieties that have
succeeded with them are likely to succeed with you.
By all means beware of planting too large a number of summer and autumn
varieties of apples. The State of Michigan is already overloaded with such,
and if the hard winter of 1875 has thinned them out it will prove a good
thing, for useful and profitable varieties can be put in their unprofitable space.
The profit of Apple Culture is in the best long-keeping winter varieties, and
to the WINTER APPLE we advise the apple culturist to turn his attention.
Concentrate on a few leading valuable varicties, and there are but few of these,
and they can be counted on your fingers. Consult the great standard works
of Downing, Thomas, Barry, and Warder, and, especially. Co not fail to con-
sider carelully the list of fruits recommended by the Michigan State Pum-
ological Society.
APPLES.
The eleven Summer Apples recommended by the Society are as follows:
Market—Karly Harvest, Red Astrachan, Duchess of Oldenburgh (second
quality), Muiden’s Blush.
POPULAR AND VALUABLE VARIETIES OF FRUIT. 15
Family—Early Harvest, Red Astrachan, Primate, Large Yellow Bough,
Maiden’s Blush.
Amateuwr—Early Harvest, Carolina June (for the southwest), Sine Qua Non,
Early Strawberry, Early Jue, Large Yellow Bough, Summer Rose (in certain
localities).
The fifreen Autumn Apples recommended by the Society are as follows:
Marke!—Lowell. Porter, Keswick Codlin. Twenty Ounce.
Lamily—Lowell. Chenango Strawberry, Porter, Hiwley. Dyer. Jersey Sweet,
Blenheim P.ppin, Twemry Ounce, Fall Pippin, Ohio Nonpareil, Haskell Sweet.
Amateur—Garden Royal, American Summer Pearmain, Chenango Straw-
berry, Autumn Swaar, Jersey Sweet, Hawley, Dyer, Haskell Sweet, Full Pip-
pin. Ohio Nonpareil.
The Winter Apples recommended by the Society are as follows:
Market—Jonaihan. Peck’s Pleasant, Rhode Island Greening, Baldwin, Red
Canada. Golden Russet, Roxbury Russet (variably successfut), Wagener,
Northern Spy (for special localities).
Family—Bvlmont, Fameuse. Bailey Sweet, Westfield Seek-No-Further,
Hubbardston Nonsuch, Peck’s Pleasant, Northern Spy, Rhode Island Green-
ing, King of ‘tompkins County (for special localities), Yellow Bellflower,
Wagener, Baldwin, Talman Sweet, Red Canada, Ladies’ Sweet, Golden Kusset,
Roxbury Russet (v/riably suecessful).
Amateur—Shiawassee Beauty, Bailey Sweet, Melon, Jonathan, Peck’s
Pleasant, Northern Spy. King of Tompkins County, Belmont, Hubbardston
Nonsuch, Yellow Bellflower, Wagener, Rhode Island Greening, Grimes’
Golden, Swaar, Esopus Spitzenberg, Red Canada, Ladies’ Sweet, Gulden
Russet.
CLASS I.—SUMMER APPLES.
Astrachan Red—Large, roundish ; nearly covered with deep crimson, over-
spread with a thick bloom; juicy, rich, acid, beautiful. The tree is a vigorous
grower, with large foliage, and a good bearer. August.
Benoni--Medium gs ze, round:sh, oblong; red; flesh tender, juicy, rich.
Tree vigorous and erect; productive. Angust.
Bough, Large Sweet (Large Yellow Bough)—Large; pale yellow; sweet,
tender, and juicy. Tree a moderate, compact grower, and abuadant bearer.
August.
Duchess of Oldenburg—A large, beautiful Russian apple; roundish ;
streaked red and yellow; tender, juicy, and pleasant. A kitchen apple ef best
quality, and esteeined by many for the desserr. Tree a vigorous, tine grower,
and a young and abundant bearer. September. Succeeds well in the North-
west where most varieties fail. We place this variety on the list of summer
apples. though many rate it an antumn sort.
Early Harvest (Yellow Hurvest)—Medium to large size: pale yellow; ten-
der, with a mild, fine flavor. Tiee a moderate, erect grower, and a good
bearer; a beautiiul and exceilent variety for both orchard and garden. Mid-
dle to end of August.
Larly Strawlerry (Red Strawberry)—Medinum size; mostly covered with
deep red; tender, ulmost melting, with a mld, fine flavor. Tree a moderate,
erect grower, and a good bearer; a beautiful and excellent variety for both
orchard and garden. Middle to end of August.
Larly Joe—A beautiful and delicious, small-sized, deep-red apple. Tree
16 STATE POMOLOGICAL SOCIETY.
rather a slow, but upright grower, and a most profuse bearer; originated in
Ontario county, N. Y. Last of August.
Early Pennock—Large ; striped red and white. Tree hardy and produc-
tive; popular in the West. August and September.
Golden Sweeting—Large; yellow; a very fair, fine sweet apple. Tree a
strong grower, spreading and irregular; a good bearer.
Maiden’s Blush—Uarge; beautiful pale waxen yellow, blushed with brilliant
crimson; acid, aromatic; an early, regular bearer, very productive. Tree vig-
orous and hardy; very popular. August to October.
Primate (Rough and Ready)—Medium size; pale yellow, with a blush on
the sunny side; resembles Summer Rose; tender, mild, and good. ‘Tree vig-
orous, and a good bearer. August and September.
Red June or Carolina Red—Small or medium; deep red; good; produc-
sive, hardy. Popular at the South and West. August.
Sine-qua-Non—A native of Long Island, named by the iate Wm. Prince.
Fruit roundish conical, about medium size, smooth, pale greenish yellow.
Stalk slender. Flesh white, very tender, juicy, and of a delicate and very
sprightly flavor. Good. The young trees are rather slow and crooked in
growth. August.—Downing.
Spice Sweet—Large, fine waxen yellow color; sweet, with a peculiar spicy
flavor. August and September.
Summer Bellflower—A large, handsome, and excellent variety, from Dutch-
ess county, N. Y.; resembles the Winter Yellow Bellflower; a good grower and
bearer. August and September.
Summer Rose—Medium size, roundish; pale yellow, with a red cheek; ten-
der and delicious; has a beautiful waxen appearance. Tree rather a slow
grower, but a good bearer. Middle to end of August.
Sweet June (Hightop Sweet)—Medium size; yellow and red. ‘Tree very
hardy and productive. An Eastern variety, but popular in the West and
South. Last of July.
Summer Queen—Large, conical; striped and clouded with red; rich and
fine flavored. Tree grows rapidly, with a large, spreading, irregular head.
August.
Sops of Wine—Medium size, oblong ; dark crimson ; flesh stained with red ;
juicy, sub-acid. ‘Tree a fine grower, distinct, and quite productive. August
and September.
Tetofsky—A very handsome Russian apple. ‘Tree very vigorous and pro-
ductive. July and August.
Wiliams’ Favorite—Large, oblong; red, rich, and excellent; a moderate
grower and good bearer; very highly esteemed in Massachusetts, especially
around Boston, where it originated. August.
CLASS II.—AUTUMN APPLES.
American Summer Pearmain—Medium size, oblong; skin smooth, covered
with streaks and dots of red; tender, juicy, and rich. Tree a slow but erect
grower; bears early and abundantly. September; in use for several weeks.
Alexander—A yery large and beautiful deep red or crimson apple, of
medium quality. Tree vigorous and moderately productive. October and
November.
Autumn Strawberry—Medium size, streaked light and dark red; tender,
juicy, and fine. Tree vigorous, rather spreading, productive ; one of the best
of its season. September and October.
POPULAR AND VALUABLE VARIETIES OF FRUIT. uly;
Autumn Bough—A large, beautiful, and excellent apple, resembling the
Sweet Bough, but a month or six weeks later.
Blenheim Pippin—An old variety, originated at Woodstock, in Oxfordshire,
England. Tree a strong and vigorous grower, a regular and abundant bearer.
Fruit large, roundish oblate, conical, yellowish, becoming deep orange, stained
on the sunny side with dull and dark red stripes. Stalk short and stout, in a
deep cavity. Calyx large, open, in a deep, broad basin. Flesh yellow, break-
ing, very sweet, pleasant. Good. October, December. Valued mainly for
cooking.
Cogswell—A large, beautiful striped apple, from Connecticut; of good
quality, and productive. October and November.
Colvert—Large; greenish yellow, striped and shaded with dull red; tender,
brisk sub-acid. Tree a strong grower and an enormous bearer. October and
November.
Fall Pippin—Very large, roundish, oblong; yellow; flesh tender, rich, and
delicious. Tree vigorous, spreading, and a fine bearer; esteemed generally.
October to December.
Fall Jenneting—ULarge, oblate; pale greenish yellow, with a slight blush ;
flesh tender, juicy, and sub-acid. November.
Gravenstein—A very large, striped, roundish apple, of the first quality.
Tree remarkably rapid, vigorous, and erect in growth, and very productive.
September and October.
Haskell Sweet—Origin, farm of Deacon Haskell, Ipswich, Mass. Tree vig-
orous, upright, spreading, and productive. Young wood light grayish brown.
Fruit medium or above, oblate. Color greenish yellow, sometimes with a
blush. Stalk short, inserted im a rather broad, deep cavity. Calyx closed.
Basin broad and large, of medium depth. Flesh yellowish, tender, juicy, very
sweet, rich, aromatic. Very good to best. September, October.
Hawley—Large ; waxy yellow, rarely blushed ; very pleasant, mild, sub-acid,
rich. August to September.
Hawthornden—A beautiful Scotch apple, medium to large size, pale yellow
and red. Trees haye strong shoots, with low, spreading heads; constant and
abundant bearer; excellent for cooking. Resembles Maiden’s Blush. Sep-
tember and October.
Jefferis—From Pennsylvania, medium to large, striped, mostly red; fine
quality, productive. September and October.
Jersey Sweet—Medium size, striped red and green, tender, juicy, and sweet ;
a strong, fine grower, and good bearer; very popular, both for table and cook-
ing. September and October.
Keswick Codlin—Large, oblong, pale yellow, acid. Excellent for cooking.
July to October.
Lowell—Large; bright, waxen yellow, oily; flavor brisk, rich, sub-acid. Tree
hardy and vigorous. September and October.
Munson’s Sweet—Medium to large, pale yellow with a red cheek, tender,
juicy, and good. Tree a very fine grower, and good bearer. October and
Noyember.
Ohio Nonpareil—Large to very large, smooth, yellow, covered with bright
red, very handsome; flesh tender, juicy, fine grained, sub-acid, rieh. First
quality. September.
Porter—Medium size to large, oblong, yellow; flesh tender and of excellent
flavor. ‘Tree a moderate grower; very popular in Massachusetts. September.
3)
2
18 STATE POMOLOGICAL SOCIETY.
Pomme Royal (Dyer)—Uarge, roundish, yellowish white, with a brown tinge
next the sun; crisp, juicy, and high flavored. Tree a fair grower and abun-
dant bearer. September and October.
Pumpkin Sweet (Pumpkin Russet)—A very large, round, yellowish russet
apple, very sweet and rich. ‘Tree a strong, rapid grower, with a large, spread-
ing head; valuable. October and November.
St. Lawrence—lLarge, round, streaked red and greenish yellow; a very
beautiful, productive, and popular market apple from Canada. October.
Chenango Strawberry—tLarge, oblong, red and yellow; handsome. ‘Tree a
fine grower, and very productive. September.
Twenty Ounce (Cayuga Red Streak)—Very large; greenish yellow, boldly
splashed and marbled with stripes of purplish red; brisk sub-acid. A hand-
some, showy fruit. October and January.
Garden Royal—Fruit medium or below. Form roundish oblate, very
slightly conic. Color greenish yellow, shaded, striped, and splashed with rich
red, a little dull or grayish toward the stalk. Sprinkled with light and gray
dots. Stalk medium, slender. Cavity deep, acute. Calyx open or partially
closed. Segments sometimes a little re-curved. Basin shallow, slightly un-
even. Flesh yellow, very tender, juicy, rich, mild, sub-acid, aromatic. Best.
Core smal]. Last of August, September.
CLASS ITIL—WINTER APPLES.
Baldwin—ULarge, bright red, crisp, juicy, and rich. ‘Tree very vigorous, up-
right, and productive ; considered in Massachusetts the dest winter apple; ten-
der in some parts of Michigan. December to March.
Bailey Sweet—Very large, deep red; flesh tender, rich, and sweet; a superb
and excellent sweet apple; originated in Wyoming county, N. Y. The tree is
a vigorous, upright grower. November to January.
Bellflower (Bellefleur) Vellow—Large yellow, with a tinge of red on the
sunny side; flesh crisp, juicy, with a sprightly aromatic flavor; a beautiful
and excellent fruit. This desirable fruit is unfortunately an unreliable bearer.
November to April.
Ben Davis (New York Pippin, Kentucky Streak, etc.)—A large, handsome,
striped apple, of good quality. Tree very hardy, vigorous, and productive; a
late keeper; highly esteemed in the West and Southwest.
Belmont (Gate)—Large, pale yellow, with a red cheek and distinct carmine
dots; tender, mild, and fine flavored. Tree a fair grower, and very produc-
tive; succeeds very well in N. Ohio and W. New York. November to Febru-
ary.
Cooper’s Market (Cooper’s Redling)—Medium size, conical, red, handsome ;
qualitv good; a late keeper. Tree hardy and productive. December to May.
Dominie (Wells of Ohio)—A large, fine striped apple, resembling the
Rambo; a fine grower and profuse bearer ; succeeds very well in nearly all the
Western States; attains a great size in Illinois and Iowa. December to April.
Fallawater (Faldenwalder, Tulpehocken, Pound, etc.)—A very large and
handsome well marked apple, from Pennsylvania, quality good. Tree vigor-
ous, bears young and abundant. November to March.
Fameuse (Snow)—Medium size, deep crimson, flesh snowy white, tender
and delicious. Tree vigorous, with dark wood; a beautiful and fine fruit:
succeeds particularly well in the North. November to January.
Green Sweeting—Medium size, greenish, tender, sweet, and spicy ; one of
POPULAR AND VALUABLE VARIETIES OF FRUIT. 19
the very best long keeping sweet apples. ‘Tree a moderate and erect grower.
November to May.
Grimes’ Golden (Grimes’ Golden Pippin)—An apple of the highest quality,
equal to the best Newtown Pippin; medium to large size, yellow. Tree hardy,
vigorous, productive; originally from Virginia; grown in Southern Ohio.
January to April.
Hubbardston Nonsuch—lLarge, striped yellow and red, tender, juicy, and
fine; strong grower and great bearer. Native of Massachusetts. November
to January.
Jonathan—Medium size, striped red and yellow; flesh tender, juicy, and
rich, with much of the Spitzenburg character, shoots light colored, slender,
and spreading; very productive; a native of Kingston, N. Y. November to
April.
Ring (of Tompkins County)—A superb red apple, of the largest size and
finest quality. Tree a good grower and bearer; hardy. November to March.
Lyman’s Pumpkin Sweet (Pound Sweet)—A very large, round, greenish
apple, excellent for baking. ‘Tree one of the most vigorous and productive.
October to December.
Lady Apple (Pomme d’Api)—A beautiful little dessert fruit; flat, pale yel-
low, with a brilliant red cheek; flesh crisp, juicy, and pleasant. The tree
forms a dense, erect head, and bears large crops of fruit in clusters; the fruit
sells for the highest price in New York, London, and Paris. November to
May. There are four or five varieties of these described by authors, but this
is the best.
Ladies’ Sweet—ULarge, roundish, green and red, nearly quite red in the sun ;
sweet, sprightly, and perfumed; shoots slender but erect; a good bearer.
Originated in Newburgh, N. Y. One of the best winter sweet apples. No-
vember to May.
Melon—Origin, East Bloomfield, N. Y. ‘Tree of rather slow growth while
young, a good bearer. Young shoots dull grayish reddish brown. One of the
best and most valuable sorts for the dessert; a little too tender for shipping
long distances.
Monmouth Pippin (Red Cheek Pippin)—Large, greenish yellow, with a fine
red cheek; juicy, tender and good. Tree erect, vigorous, and productive.
Keeps well till March or April.
Mother—Large, red, flesh very tender, rich, and aromatic. Tree a good
bearer, succeeds well in the North ; supposed to have originated in Worcester
county, Mass. November to January.
Northern Spy—tUarge, striped, and quite covered on the sunny side with
dark crimson, and delicately coated with bloom. Flesh juicy, rich, highly
aromatic, retaining its freshness of flavor and appearance till July. The tree
is a remarkably rapid, erect grower, and a great bearer; like all trees of the
the same habit, it requires good culture and an occasional thinning out of the
branches, to admit the sun and air fully to the fruit. Both leaf and blossom
buds open a week later than most other varieties —From Barry & Ellwanger’s
Catalogue.
Newtown Pippin—One of the most celebrated of American apples, on ac-
count of its long-keeping and excellent qualities, and the high price it com-
mands abroad; but its success is confined to certain districts and soils. It
attains its greatest perfection on Long Island and on the Hudson. In Western
New York and New England it rarely succeeds well. It requires rich and
20 STATE POMOLOGICAL SOCIETY.
high culture. Tree a slow, feeble grower, with rough bark. November to
June.
Oriley (White Detroit, White Bellflower, Warren Pippin, Jersey Greening,
Woolman’s Long, etc.)—A large, oblong apple, of the first quality; succeeds
well in the West. ‘Tree erect, vigorous, and productive. December to March.
Peck’s Pleasant—ULarge, pale yellow, with a brown cheek ; very smooth and
fair; flesh firm and rich, approaching the flavor of a Newtown Pippin. Tree
erect and a good bearer. November to April.
Pomme Grise—Small, grayish russet; very rich and highly flavored. Tree
a moderate grower but good bearer; very valuable in the North ; is frequently
shipped from Canada to England. November to April.
Pawpaw (Western Baldwin, Rubicon, Ball Apple)—Origin, Pawpaw, Mich.
Tree hardy, a good and regular bearer. Young shoots dull grayish reddish
brown. A new apple, esteemed in its place of origin for its productiveness
and beauty of appearance. Fruit medium, roundish oblong, slightly oblique,
yellow, shaded, and mostly overspread with bright rich red, faintly splashed
and mottled, moderately sprinkled with areole dots. Stalk medium. Cavity
deep, narrow. Calyx partially open. Segments a little re-curved. Flesh yel-
lowish, juicy, firm, rich, brisk, subacid. Very good. December to June.*—
Downing.
Rawle’s Genet (Rawle’s Janet, Never Fail, etc.)—Medium to large size; yel-
low, striped with red; crisp, juicy, rich ; a prolific bearer. One of the most
popular winter apples in the South and Southwest.
Rambo—Medium size ; streaked and mottled yellow and red; tender, juicy,
mild flayored. Tree a good grower and bearer. A widely cultivated and es-
teemed old variety. Autumn in the South; October to December in the
North.
Reinette, Canada—Very large; flattened, ribbed; dull yellow; flesh firm,
juicy, and rich. Tree a strong grower, spreading, and good bearer. In France
it is considered the largest and best apple, and proves excellent here. Novem-
ber to March.
Red Canada (Old Nonsuch of Massachusetts)—Medium size; red with
white dots; flesh rich; subacid and delicious. ‘Tree a slender grower. One of
the best apples. November to May.
Rhode Island Greening—Every where well known and popular; tree spread-
ing and vigorous; always more or less crooked in the nursery; a great and
constant bearer in nearly all soils and situations; fruit rather acid, but excel-
lent for dessert and cooking. ‘Towards the South it ripens in the fall, but in
the North keeps well until “March or April.
Ribston Pippin—Large; striped yellow and red; crisp, juicy, sprightly.
Tree spreading and productive. October or November. tess Uae ce ce ees Washington Strawberry.
WihitesWater Sweet wes. ep eo oe ee ee Wells’ Sweet.
Additional Synonyms, January, 1875.
IBontord so 585. (-- sie oS ee syn. to Pryor’s Red.
Warlyi@onagress 4. See ah ee ce tiae ese Gravenstein.
HOxrAp ples: ANE BEUN e e t American Golden Russet.
MavesubmsseG (2 SNe A ee SHeRNE ete ads Hunt’s Russet.
Harmer s Prong sitee Mh ie Bo Dek ola cece Hubbardston Nonsuch.
Green Winter Pearmaimie - ccc ccc cote ceees Autumn Pearmain.
Golden Russet of Massachusetts........------- Hunt’s Russet.
PR OoveR. < USL RUE ee oe Fane tase French Pippin.
(lane! ee: ase PUN TANG ee teeter ence Summer Sweet Paradise.
Heikes Summer /Qucenvsivr. - cee oeeeces Early Pennock.
Jeerson, Pippin sess Wate. ee Se eee Rawle’s Genet.
iennebeci Seedling 1 ANH 24 0222 oo cee ep eee Winthrop Greening.
timber wig Russet oes oe ce eh re Golden Russet of New York.
iiocan’s Northern Pippin’... 2. no. Stk case Minkler.
North Carolina Vandevere.......----...----- Horn.
New England Russete2 332640 cee tee Hunt’s Russet.
New England Golden Russet..-........-.....- Hunt’s Russet.
Rotter siuarly, 92 Aon ut Me 2 ae eee eens Knowles’ Early.
Pounds.) Rly eo. oe ee ee Large Yellow Bough.
RCO GENAIVGSE (2 2 AGAMUITIND ay oa te ele Carolina Red June.
ussetpeearmainceh. SCR Uue ee leeeee ee eke Hunt’s Russet.
AE bay 25 a a re LEE ST 9 ee Early Ripe.
IWiwikemancwmne ae Pe Mahe ne oo a lees Baltimore.
Yellow Summerubenrmain: fe cwicence Porter
REPORT ON ENTOMOLOGY.
Hugh T. Brooks of Pearl Creek, Wyoming county, chairman of committee,
read the following report:
Your committee assure you that the bugs are having a good time generally.
Nobody about here disturbs them much. When we don’t like the taste of the
worm in the apple we spit him out, and don’t allow ourselves to swear, even
when we habitually practice that vulgarity. When cucumbers and melons
disappear we expected it, and meekly moralize on the transitory nature of
WESTERN NEW YORK HORTICULTURAL SOCIETY. 69
earthly things. Little given to resignation as a rule, we flare up terribly if
somebody carelessly spatters our clean clothes or kicks our worthless spaniel ;
but we see worms devour our currants and cabbage with a look of heavenly
resignation that beats all our Sunday attitudes.
Formerly, bugs seemed to respect the old Jewish arrangement, and took
about a tenth. This we did not seem to mind at all; chronic grumblers said
nothing, and horticultural societies didn’t even inaugurate entomological com-
mittees. Bugs, like some other folks, being progressive, are frequently allowed
to take the whole, and now, in their behalf, we feel authorized to extend to you
assurances of their very distinguished consideration.
But the question now arises, How long can you continue this? Insect dam-
ages are known to exceed, every year, in the United States, $1,000,000. There
are many damages that money cannot measure. Shrubbery, watched and
nourished with tender care, perhaps planted by loved ones departed, punctured
by a little worm and turned to dry wood: can you enter that upon your
ledger ?
Assuredly, we need concerted efforts to overcome our insect enemies. We
must all work together. If one man il/s worms and another breeds them,
the breeder will get on the faster. But where is the right to propagate nui-
sances? We might as well set up a pest-house as a worm factory; as well
send out our pigs and poultry to depredate upon our neighbors as our codling
moths.
We are informed that our Michigan friends have met the crises resolutely.
One of their pomological associations resolved that if any fruit-grower neg-
lected to bandage his fruit trees and destroy the codling worms, the society
would do it for him. Eyery man did his duty, and the past year the fruit was
greatly improved.
The Codling Moth—This insect is receiving much attention from entomol-
ogists and pomologists everywhere, for it threatens our most valuable fruit, the
apple, with utter extermination. Many orchards are rendered worthless by it.
Orlando Kelly of Wyoming county, living in as good an apple district as there
is in our State, says that nine out of ten of his apples had worms in them.
The same is true of numerous orchards all through the country. A pomol-
ogist residing in one of the best fruit districts of Michigan, speaks of the
apple crop as a total failure in consequence of the codling worm. Similar
lamentations come from every quarter.
It gives frightful interest to these insect depredations when we consider that
the repeated destruction and failure of the young fruit will lead to shy bearing
and sterility from the force of hadit. Animals that prematurely cast their
young from injury, soon do so from force of habit; and we may well infer that
trees which drop their immature fruit from the sting of insects, will soon
utterly fail to perfect their fruit, even if insects do not trouble them. With
trees, as with us all, good habits are quite indispensable to usefulness.
The codling moth came to us as one of the benefits of our foreign com-
merce. Our protectionists must have been asleep, or they would have sub-
jected him to a prohibitory tariff. It illustrates the importance of entomolog-
ical knowledge, when we consider how much we have lost by not knowing
these enemies, and suppressing them when they were very few. If we had
killed them all during the first two or three years of their sojourn, at an ex-
pense of a thousand dollars apiece, we should have made a good deal of money
by it.
70 STATE POMOLOGICAL SOCIETY.
On the approach of warm weather the moth leaves its cosy silken nest,
where it has spent the winter in the worm or larve state, finds its mate, and
flies from tree to tree in the night, putting its eggs, about fifty in number, into
the calyx of the apple and sometimes other fruits, and only one egg in a
place, which is a very damaging circumstance, as the rascal spoils as many
apples as it has eggs to bestow.
The eggs hatch in about a week, and in twenty or thirty days we haye a
pinkish worm which has eaten its way to the core of the apple; it now
comes out and finds some crevice or shelter, where it spins up and remains
from twelve to eighteen days in the chrysalis state, and then comes out to
enter upon its mischievous work. This is a beautiful little moth, very seldom
seen, ash-gray and brown, with a large tawny spot, streaked with bronze and
gold, on the inner angle of each front wing.
The second brood appear from the middle of July to about the middle of
August, and are by far the most numerous and destructive. We should kill
the first brood, and then we are rid of the second.
This codling nuisance, like certain devils in Scripture, don’t yield to mild
treatment. You can’t frighten them with scarecrows, nor coax them with
sweets, but you must fight them by any and all methods known in civilized
warfare.
1. Examine trees and pick all wormy fruit, which you will readily detect by
the rusty excrements that protrude from the orifice and by the color of the
calyx. Put this fruit in water or destroy it. Picking and thinning our fruit
cannot be commended too highly. We thus get size and quality. Large, fine
fruit measures well, and sells very high when brought to the right market.
2. Carefully remove all moss and rough bark in early spring, so that the
worm cannot find shelter on the tree.
3. As soon as the apple is formed, or about the middle of June, take strips
of cloth or strong paper, twelve or fourteen inches wide, and double into
three folds; put them round the body of the tree, and tie them fast with cot-
ton yarn, or fasten with a tack. Two or three bandages are better than one.
About the middle of July take off these bandages, and with your fingers mash
any worms that have taken lodgment there, and replace the bandages. Do
this every week, or at farthest every ten days, till the last of August. HExam-
ine again a month later.
4, Whenever practicable, let hogs or sheep, or both, occupy the orchards, as
some of the fruit falls to the ground before the worm leaves it, though gener-
ally he gets into a safe place before he falls., ;
It has been suggested that the instinct of the moth induces it to ayoid de-
positing its eggs in trees that are frequented by dangerous animals, and those
who have studied most into the inscrutable nature of animal instincts will
not dismiss the suggestion without consideration.
Mr. 8. B. Peck, a Michigan pomologist of much observation and experience,
believes that the same worm frequently enters and destroys several apples, for
you can always finda great many more bad apples than you can worms.
My friend, Mr. Oliver Chapin, has just put into my hands the following
from the report of a Western pomological meeting, and I ask you to observe
for yourselves and see how much there is in the suggestion :
“‘D,. B. Weir made a report on entomology, devoting most of his remarks to
the Turnished Plant-bug (Capsus oblineatus), which has done great damage to
growing vegetation. He attributes much of the sterility, so-called, of apple,
WESTERN NEW YORK HORTICULTURAL SOCIETY. om
pear, and other trees to this insect, which sucks the juice from the peduncle
or stem of the blossom. The scabby and irregular fruit, when grown, he also
says, is caused by the insect puncturing the growing fruit. The various acari
also do much damage to raspberries and blackberries by sucking the sap from
the leayes while in growth, thus depleting the plant of its vitality, and much
of the damage attributed to winter-killing is due to this minute insect.”
May we not hope that the above remedies will be vigorously applied? The
Colorado potato beetle is now a subject of great anxiety in our State. Nextin
importance to wheat the poéato demands our best endeavors for its protection
and preservation. So great has been the destruction of this household neces-
sity at the West by grasshoppers and drought that it is at present in many
sections the dearest article of food in the market. It has been a very profit-
able crop in this vicinity, and we cannot urge too strongly that growers heré
should make a concerted and determined effort for the destruction of its re-
lentless enemy.
We need scarcely inform any grower that ie potato bug may be rendered
harmless by dusting the vines with Paris green mixed with fifteen times its
bulk of flour, ashes, or plaster. Repeated applications of this is perfectly
effectual. It is probable that its stay with us will be short, as this and several
other insect pests haye a more congenial climate at the West, where they
originated, than here. From careful inquiry we learn that they have put in
appearance this year in every part of our State, doing some, but not serious,
damage; and those who kill the bugs will profit by the indifference and neglect
of those who do not.
Paris green may perhaps be used so freely as to poison the land, but the
amount required for the destruction of the insect will do no damage what-
ever. The beetle does not eat the vine, but when the little yellow eggs on the
lower side of the leaves hatch, the slug, or larva, commences the work of de-
struction ; then you must apply the remedy without delay. The Paris green
may be dusted on early in the morning by a large pepper box attached to a
handle two feet long, care being taken to keep to the windward, as it is a con-
centrated poison.
Perhaps a better way is to dilute a tablespoonful of the green in a pailful
of water, stir it well, and sprinkle the vines carefully with it, using a water-
pot with fine holes, so constructed as to concentrate the liquid more than is
usual,
We have two or three crops of worms in a season, and we earnestly recom-
mend picking the first ones off, as perhaps that might save the necessity of
future applications; but if this is not done, it may be necessary to dust and
sprinkle three or four times.
Your entomological committee, Mr. President, feel that they have very
graye responsibilities. A great many women need aid and comfort in their
domestic difficulties. We hate to mix ourselves up with private affairs, but we
can’t help it. Husbands expect and require good dinners from poor materi-
als. They are absurder and meaner than the old Egyptians who wanted
“brick without straw.” A good kitchen garden is one of the possibilities of
rural life. In its best state it isa perfect fountain of good things, but every
tin peddler knows that our country gardens are a fizzle and a fraud on the
women who coax them into a feeble existence, when they are allowed to “ go
to the bugs!”
Currant sprouts cost nothing, but being persistent growers, we had them
42 STATE POMOLOGICAL SOCIETY.
and they did great service. The worm spoiled the currants, and we meekly
gave them up.
Now, this is to bear witness that white hellebore dusted on the bushes when
the dew is on will save the currants, and any one who has lost his bushes
should forthwith replace them and take care of them.
One of two or three things that we expect to find in country gardens
besides weeds is cabbage. A green worm about an inch long acquired a taste
for them and quietly took them.
Sprinkle on soapsuds, or salt, or dust from the road, and the worm will be
disgusted. Shake into the cabbage cayenne pepper, or sprinkle on boiling hot
water, and you will soon be rid of him. A moderate application of hot water
will not injure the plant, as it has a thick, tough leaf.
Coop a hen among your squash vines with a brood of chickens, and the
chickens will take care of the squash, if you only plant plenty of seed.
Don’t fail to put boxes, twelve inches by fourteen, round your cucumbers,
and ten inches high. Do this when you plant, and then it will be done.
Neglected gardens don’t pay: well cultivated ones do pay.
We conclude by earnestly invoking your aid during the coming year in a
determined effort to rout all our insect enemies. We demand it asa duty you
owe to your country and your kind.
Allow us to ask that you will communicate with this committee in reference
to your success and disappointments: give us your experiments and experi-
ence.
Do all you can,—at least do something. The man who can lay his hand in
vours, and, looking you in the face, declare that he has killed, or very seriously
crippled, one codling worm, has not lived in vain, as we fear some people have.
Dr. E. Ware Sylvester, of Lyons, read the following report on the same sub-
ject:
Phylloxera Vastatrix—Since the last meeting of this Society, the reports in
reference to the success of the sulphuret of carbon seem to be in a measure
contradictory; at all events, it has as yet not been so successful as to command
the entire confidence of the grape-growers. In some portions of Europe the
Phylloxera extends rapidly, while in other sections the vines seem strong
enough to resist the attacks of the insect. A congress has been, or is about to
be, held in Paris, to discuss the subject: and there are eleven questions pro-
posed for consideration at this meeting, embracing the whole range of topics
connected with this disease.
Some carefully instituted experiments by the Department of Agriculture at
Washington seem to establish two facts, so far as one series of experiments can
do: That the Jeaf-gall louse (Pamphygus Vitifolia) is not identical with the
root-gall louse (Phylloxera Vastatrix); and second, that the root-gall louse
will transfer itself to neighboring vines, and is catching as small-pox is catch-
ing. Experiments in Kurope favor the last conclusion.
The main remedy appears to be: healthy vines, well cultivated. This has
made a demand in EKurope for cuttings and vines of our stronger American
vines (our own beloved Concord among the number), which are reported there
as having vigor of constitution sufficient to resist the attacks of the Phyllox-
era. :
In this country the disease does not seem to be spreading rapidly, and if our
vineyardists exercise their usual common sense, and do not give their vines the
gout by over-feeding, or the Phylloxera from under-feeding, there is in all
probability a successful future for the American grape growers.
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SALIX. (WILLOW.)
8. Babylonica. Babylonian or Weeping Willow. A native of Asia. Our common and
well known Weeping Willow.
8. purpurea pendula. American Weeping or Fountain Willow. A dwarf slender species
from Europe. Grafted five or six feet high, it makes one of the most ornamental of small
weeping trees, hardier than the Babylonica. ELLWANGER & BARRY,
Rochester, N. Y.
T4 STATE POMOLOGICAL SOCIETY.
Canker Worm or Army Worm.—Anisopteryx Pometaria.—These worms haye
nearly disappeared from the neighborhood of the writer, having been destroy-
ed by a late frost, parasite, or some other agency. Some attempts at destroy-
ing them were made with partial success, but the very general failure to put
in an appearance is due to some cause not human.
The Currant or Gooseberry Worm, which has so long deprived many of
currants, has mainly moved eastward, and was last season luxuriating in the
vicinity of New York city. A very small supply of white hellebore was suf-
ficient to destroy the few that remained in this vicinity, but we have a new
aspirant for attention. It feeds on the currant and gooseberry leaves, and is
named
Ellopia Ribearia—It is easily distinguished from ‘the other gooseberry
worms, from the fact that it is a measuring or span worm, about one inch long
when full grown, quite yellow in color, with white and black spots. It appears
in June, attains full growth in July, goes into chrysalis state, emerges a yel-
low miller with spots, and deposits its eggs, which do not hatch until the fol-
lowing summer,—a very fortunate circumstance, as it gives us but one brood
for aseason. When the worm is disturbed on the bushes, it spins down to the
ground like the canker worm. But the unfortunate thing about this visitor
is, he seems to relish white hellebore; perhaps he thinks it for an appetizer.
I shut up several in a ventilated box with an an abundance of hellebore, but
they were alive and in fair condition after a week. C. V. Riley (the accom-
plished entomologist, to whom the fruit-growers are under many obligations),
suggested that my hellebore was not good; but I used some from two differ-
ent stores, either of which were effective on other worms. Imade a strong de-
coction of tobacco, and placed them in it, but it had no more effect upon them
than an old pipe does upon an old smoker. I made a strong solution of Bu-
chan’s carbolic compound, but it would not destroy the Ellopia.
Mr. Riley suggested Paris green and water on bushes not bearing fruit, but
the Ellopia had all retired into the pupa state before his suggestion arrived.
As there is but one’crop of them in a season, we can hand-pick them. It is
recommended to all members of the Society who have stock in this new ar-
rival, to experiment next season, and find some easy method of extermination.
The Colorado Potato Beetle seems to be gradually moving eastward in irreg-
war columns, and is less destructive than at the West. It was in the midst of
us during the last summer, but did not seriously diminish the amount of the
potato crop. It is thought by those who have‘tried it, that if taken in season
they can be exterminated with Paris green, at an expense of about five dollars
per acre; and in some localities a parasite has come to our aid, so that these
beetles are by no means a source of so much anxiety as formerly.
Mr. A. C. Younglove said it is very difficult picking off the new currant
worm described by Dr. Sylvester, as they are very active, and hide among the
leaves.
REPORT OF THE COMMITTEE ON ORNAMENTAL TREES, ETC., BY GEO. ELLWANGER.
There having been fewer novelties introduced than usual in the way of
hardy ornamental trees and shrubs during the past year, it has occurred to us
that an enumeration of the various hardy Magnolias might prove acceptable
in place of our usual report of newly-introduced ornamental trees and shrubs.
Among the many materials offered to the landscape gardener for the adorn-
ment of the lawn, the park and the pleasure ground, the Magnolia, in its
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TILIA EUROPHA—VAR. ALBA PENDULA.
(WHITE-LEAVED WEEPING LINDEN.)
White-Leaved Weeping Linden. A very beautiful tree, with large foliage, and slender,
drooping shoots. ELLWANGER & BARRY,
Rochester, N. Y.
76 STATE POMOLOGICAL SOCIETY.
numerous species and varieties, claims his special attention as one of the most
desirable in the entire list of ornamental trees and shrubs. While there are
many other arboreal productions, each possessing its own valuable characteris-
tics, and which are indispensable in every well-arranged place, there is no tree
or shrub, in our opinion, whether deciduous or evergreen, that can compare
with the Magnolia in effectiveness, or take its place in all well laid out publie
or private grounds. Its superior stateliness of form and splendor of growth,
the size and richness of its foliage, and its lavish yield of fragrant flowers, all
tend to place it in the foremost rank among hardy ornamental trees and shrubs.
Its proper place is on the lawn, where it shows to fine advantage in contrast
with the green; or it may be planted effectively on the border of lawns, with
an evergreen in the background to heighten the contrast. Planted in groups,
it yields to no rival, and its effect in the early spring is grand beyond descrip-
tion, illuminating the whole landscape and loading the atmosphere with its
rich perfume.
The Magnolias are all either indigenous to America or Asia, and occupy very
similar parallels of latitude. The Chinese varieties possess the peculiarity of
coming into bloom before the appearance of the leaves. On their own roots
they are all of slow growth, growing at best into low, bushy trees, and on that
account are admirably adapted to be planted with the larger varieties of
shrubs, or to claim a place in small grounds where there is not room for any-
thing larger. Where the space is abundant, however, to give room for a finely
developed tree, they should be budded on the Magnolia acuminata, which adds
materially to their vigor, hardiness, shapeliness and size. The French inarch
them on the purpurea, a dwarf Chinese variety of less vigor than the others,
but more easy of propagation. The acuminata, however, is far preferable
with us.
The Magnolia, very erroneously, has long been considered by many a tender
tree. This idea has obtained prevalence, doubtless, from its extreme shyness
to being transplanted. No roots, to my knowledge, are so sensitive to the ex-
posure of the wind, or sun, as are those of the Magnolia; hence the poor suc-
cess in transplanting them.
It often occurs that after being moved they survive for a few months, main-
taining a sickly existence, and having made no roots, perish in the winter,
thereby, unfortunately, strengthening the impression that they are not a hardy
tree.
To ensure success in their transplanting, they should be moved in the spring,
never in the fall,—and the Chinese varieties at that period when they are
coming into bloom, and, consequently, before the leaves have made their ap-
pearance. Great care should be exercised in their removal, the fibrous roots
being preserved as nearly as possible, and carefully guarded from any exposure
to wind or sun. For this purpose a cloudy or rainy day is preferable. While
almost any good soil is sufficient to ensure their growth, they succeed best in a
soil which is warm, rich and dry.
The varieties embraced in the annexed list, with but one or two exceptions,
are all of sufficient hardiness to endure the rigors of even a New England
winter. On our own grounds we have a number of specimens over thirty
years old, as hardy and thrifty as our native oaks. In enumerating varieties I
shall call attention only to those which have for years come under my obser-
vation on our own grounds.
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MAGNOLIA SOULANGEANA.
(SOULANGB’S MAGNOLIA.)
M. c. Soulangeana. Soulange’s Magnolia. A hybrid raised from seed at Fromont, near
Paris. In habit it closely resembles M. conspicua. Shrubby and branching while young,
but becoming a fair sized tree. Flowers white and purple, cup-shaped, and 8 to 5 inches in
diameter. Foliage large, glossy and massive. It forms a handsome tree worked upon the
M. acuminata, One of the hardiest and finest of the foreign Magnolias.
ELLWANGER & BARRY,
Rochester, N. Y.
STATE POMOLOGICAL SOCIETY.
2
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AMERICAN VARIETIES.
The Magnolia acuminata, or Cucumber tree, as it is often called, from the
resemblance of the young cones to a cucumber, forms in its well developed
state one of our noblest and most finely proportioned trees, often growing in
our forests to a height of sixty or seventy feet, and attaining a diameter of sey-
eral feet. The leaves are large on young trees, and the flowers, which vary
from five to six inches in diameter, are yellowish white, tinted with bluish pur-
ple. In autumn the cones open, displaying the coral-colored, polished seeds,
and adding greatly to the charm of the tree. The Acuminata, as previously
mentioned, is invaluable as a stock upon which to work the Chinese and other
slow-growing varieties.
The Magnolia acuminata variegata is a variety of the preceding, with the
foliage and young wood striped with yellow. It is also of superior growth, and
is very distinct and fine. It originated on our grounds about fifteen years
since.
The Magnolia tripetela, one of our best known varieties, is of medium size
with immense leaves, growing in clusters, and large white flowers five to seven
inches in diameter. This variety isseldom seen witha singlestem. Its natural
habit is to throw offsets from the base of the trunk, which, when allowed to
grow, add to its attractiveness. Its period of flowering is June, and while not
nearly as fragrant as the Chinese varieties, its immense leaves at the end of the
branches and showy cones of seeds render it a highly ornamental tree.
The Magnolia Thompsoniana is one of the most unique and attractive of its
species. “Any one who has passed a tree in bloom, or even possessed one of its
wonderfully fragrant flowers becomes enamored of it atonce. The Thompson-
iana is a hybrid of the glauca and tripetela. It commences to flower about the
middle of June, continuing more or less during the summer. It is the rarest
as wellas the most fragrant of all the Magnolias. It is, however, difficult of
propagation. It continues growing until the latter part of September. The
young wood does not always ripen well on young plants, and should be pro-
tected with straw or mats during the winter, and planted where they will be
sheltered from the west and northwesterly winds.
The Magnolia glauca, or swamp laurel, is of low growth, with extremely fra-
grant flowers and laurel-like leaves. As its name indicates, it is a favorite of
moist soils, never succeeding on limestone soil, unless budded on the Acumi-
nata. Owing to its bushy growth and handsome, fragrant blossoms, it is ex-
tremely valauble as an ornamental shrub.
The Magnolia glauca longifolia is a variety of and similar to the foregoing,
but different from it in being more vigorous and in its finer foliage.
The Magnolia macrophylla, were it not for its sensitiveness to the cold, would
prove one of our most invaluable ornamental trees. It is a native of North
Carolina, where it grows very luxuriantly, the flowers and foliage both growing
to extreme size. The Macrophylla is among the rarest of the native Magno-
lias. It is not hardy as far north as New York in exposed situations. If
planted, however, with judgment, in warm soil and a protected situation, it
often does well. At any rate it is worthy of a careful trial. We have had it
flowering on our grounds for several years.
CHINESE VARIETIES AND THEIR HYBRIDS.
Magnolia conspicua (Chandelier or Yulan). In many respects this is the
finest of the Chinese varieties. We have always held it in the greatest esteem,
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THE MAGNOLIA.
MAGNOLIA ACUMINATA.
(CUCUMBER MAGNOLIA.)
A beautiful, pyramidal-growing tree, attaining from 60 to 90 feet in height. Leaves 6 to
9 inches long, and bluish-green ; flowers yellow, tinted with bluish purple ; fruit, when
green, resembling a cucumber; hence the name. See above cut.
eee Ta & BARRY,
Rochester, MW. Y.
80 STATE POMOLOGICAL SOCIETY.
owing to its being the earliest flowering of all the Magnolias, as also from the
matchless whiteness ofits flowers. If placed in contrast with evergreens or the
Forsythia viridissima, which begins blooming at nearly the same time, its
effect is almost startling. It has aptly been christened “ Chandelier,” for there
is nothing to compare with it in lighting up the landscape of early spring. Its
flowers are large, white, and extremely numerous, often numbering thousands
on a single tree.
Magnolia souiangeana. This fine variety is a hybrid of the conspicwa and the
purpurea. While in general habit it closely resembles the former, it lacks its
wonderful effectiveness, owing to the flower being tinged with purple. Coming
in blossom, however, a few days later, the flowers are not so liable to injury
_ from the late spring frosts in the Northern States. Perhaps the Soulangeana
has been more disseminated in this country than any other variety.
Magnolia Norbertiana. It is also a hybrid between the conspicua and the
purpurea. It differs from the varieties previously mentioned, in its flowers
being much darker, and, therefore, we regard it as superior to the Sowlangeana.
This variety is still scarce.
Magnolia Lenne. The Lenne seems to be closely related to the Norbertiana,
and is doubtless of similar parentage. In color it is darker, and in size some-
what larger. It is a decided acquisition.
Magnolia speciosa. In habit of growth this variety resembles the Soulange-
ana. The flowers are smaller and of a lighter color. They also come into
bloom a few days later, and continue some days longer than any of the other
sorts. It is a remarkably profuse bloomer. For florists itis the best for cut
flowers.
Magnolia purpurea (Chinese purple.) The Obovata is a charming dwarf
variety, hardly ever seen over five or six feet high. It has showy purple flow-
ers, and blooms in the latter part of May or in early June.
Magnolia rubra (Chinese red.) This is a variety of the preceding, of more
slender and erect habit, with larger flowers of a deep purple color.
TREE AND HERBACEOUS PONIES.
Mr. W. C. Barry, from the same committee, presented the following report:
Two artists there are—the writer and the painter—whose duty it is, each
from his own standpoint and after his own manner, to describe and picture
facts and objects so that they may be at once and unmistakably realized and
recognized by minds of all capacities. But all will acknowledge that the value
of their means for this work are not to becompared. ‘The painter has at hand
the inexhaustible resources of his palette, which enable him to represent colors
and forms the most diverse, while he at the same time addresses himself to the
most powerful organs which realize the slightest shades and appreciate the
differences between them. On the other hand, the writer has at his disposal
but a few technical terms insufficient to express his ideas—which ought to be
palpable, materialized, so to speak. These terms, of which the signification is
very limited, can not give expression to an unlimited number of things, the
harmony of which exists in the depth of striking contrasts, which the most
gifted of painters accomplish only with the greatest difficulty ; while the writer
sinks beneath his task, and is only prompted to do his best, trusting that the
fancies of his readers will add the finishing touches which the brain imagines,
but to which language can not give utterance.
Fully impressed with the difficult task of attempting a description of these
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SIBERIAN ARBOR VITA.
Siberian Arbor Vite. The best of all the genus, for this country; exceedingly hardy,
keeping color well in winter; growth compact and pyramidal. Makes an elegant lawn
tree; of great value fcr o:nament, screens and edges.
ELLWANGER & BARRY,
Ftochester, N. Y.
11
82 STATE POMOLOGICAL SOCIETY.
beautiful flowers, we trust our hearers, appreciating our position, will be indul-
gent, assured that their minds and fancies will amply compensate the insuffi-
ciency of our means. We think it is safe to assert that, at the present time, no
class of plants of equal value is receiving less attention in horticultural litera-
ture than the Peony. Is it because the Pzony is too well known, and there-
fore common? or because it is not deemed worthy of notice? Ifsuch be the
case, we cannot concur ia such opinions, and if we shall do something towards
awakening and reviving interest in this one of the most striking and valuable
floral productions of China and Europe, we shall be pleased.
Ponies are commonly divided into two classes, Tree and Herbaceous, the
latter again divided into sub-classes. The former is a native of China, and was
first noticed in the year 1656, on the return to Europe of the first embassy of
the Dutch East India company. ‘The attendants of this embassy having had
freer access to that country than had been granted to any previous embassies,
visited all the country from Canton to Pekin, even the gardens of the Em-
peror; and as the result of this visit, published a work describing, among other
things, the Pine Apple, the Tea Plant, as well as the magnificent flower of the
Moutan, or Tree Peony. This volume, however, received little attention, being
considered only as a collection of travelers’ tales. The description of the Peony
therein given was very full and complete, but the plant remained unknown in
Europe until the late Sir Joseph Banks gave instructions to several merchants
trading at Canton to inquire for the Moutan, and numerous plants were im-
ported in the year 1794.
It is said to have been cultivated in China for upwards of 1,400 years, and
some of the Chinese authors say was first discovered growing among the moun-
tains in northern China, whence it was brought into the southern provinces,
and there cultivated with the same mania as tulips have been in Europe, some
choice varieties of the Moutan having been sold in China for 100 ounces of
gold. he Tree Peony sold at high prices when it first came into the hands of
nurserymen at London, Monsieur Noisette,a nurseryman in Paris, receiving
for them more than $300 each. This Moutan is the parent of all the beautiful
varieties of tree Peonies now cultivated. Tree Peeonies fill up a blank between
deciduous flowering trees and flowering shrubs. In mixed borders they are
invaluable, as well when grown as single specimens on the lawn. ‘They are
quite hardy, but slight protection greatly improves them. They thrive in any
good garden soil, enriched with well-decayed manure. September and Oc-
tober are the months best suited for their planting. Good plants set at this
time produce quantities of flowers the second or third year after planting.
Each year the plants increase in size and beauty, and soon become the most
showy and attractive features of the garden. They are the first of any of the
varieties of ponies to flower, and put forth their blooms early in May.
Being naturally of what is termed slow growth, they are not propagated by
division to any great extent, but chiefly by grafting upon the roots of the
herbaceous varieties, which is done in August. The grafts are placed in
frames, where they unite, and are transplanted the succeeding year into
nursery rows.
To assist those who desire to form a collection, we name the following
choice sorts. Any description, however complete, would fail to do them jus-
tice, so we only give the distinguishing colors.
Alba Variegata—One of the most striking double varieties. The ontside
petals are pure white, and center purplish red.
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YOUNG’S WEEPING BIRCH.
Young’s Weeping Birch. Mr. Young, to whom we are indebted for this tree, says:
‘‘The ordinary Weeping Birch is generally and deservedly admired, as one of the most
graceful objects in our landscapes, so that beyond a brief description of its origin it is not
necessary to say more of this variety than that it is the most beautiful of all the Weeping
Birches. It was found in the neighborhood of Milford, England, some few years ago,
trailing on the ground, and it was with some difficulty grafted on stems, and now forms
pendulous heads, drooping to the ground in fine, thread-like shoots several feet in length.”
84 STATE POMOLOGICAL SOCIETY.
Arethusa.—Light rose, shaded with purple. This is a very large and fra-
grant variety, and a vigorous grower.
Banksii (Chinese Double Blush).—Pale rose-colored flowers, four to six
inches in diameter.
Gumpperti.—One of the finest kinds, producing bright rosy-pink flowers
of great size and perfection.
Incarnata Flore Pleno.—A fine white variety; fine, large, fragrant flowers.
Kochlerti.i—This is a choice dark rose-colored variety. Blooms large and
plant vigorous.
Le Fevreiana.--A very large and showy variety; bright pink flowers with
rosy center.
Pride of Hong Kong—A striking variety; flowers of great size, light
cherry-red with purple center.
Reine Elizabeth—Blooms of immense size; rosy-crimson in center, shading
off to a light rose toward the margin.
Rosea Odorata—Rose tinged with lilac; very large and flat.
Schultzii—A beautiful and fragrant kind; carmine-colored flowers deeply
shaded with rosy lilac.
Zenobia.—A large, fine, white variety.
Herbaceous Peonies are usually classified as Officinalis, Paradoxa, and Chi-
nese varieties,—the two first being European and the third Chinese sorts.
These flower in succession, the first being the Officinalis varieties, then the
Paradoxa, and the Chinese last. The Chinese varieties are particularly fine,
and we regret not being able to give such a description as would induce every
person who is the fortunate possessor of a garden to plant the entire collec-
tion. Herbaceous Ponies increase rapidly in size, and soon form a large
clump, and like all herbaceous plants, they should be divided occasionally, and
the thriftiness of the plants will thus be greatly promoted.
The most gorgeous floral exhibition we have ever seen was an acre of
Peonies in full flower. Will you review with me some notes made on the
ground ?
Ambroise Verschaffelt—This is one of the newest kinds, and up to the pres-
ent time one of the best dark varieties known. The flowers are purplish
crimson and full.
Carnea Striata—Flesh-color, striped with red; very fine.
Charles Verdier—Another new and superb variety, producing light rose
flowers, of great size and perfect form.
Delachii—A striking and beautiful dark variety. Flowers purplish-crim-
son.
Festiva.—This is a sort of which too much cannot be said in praise. Who-
ever possesses a plant of Festiva Peony has something which will procure
more pleasure and greater satisfaction than money can afford, applied in any
way you choose, or in the acquisition of any object whatsoever. Imagine a
plant three feet high, with beautiful dark green, glossy foliage, and peering
away above ten to fifteen large heads of bloom, each six to nine inches in
diameter, pure white, marked here and there with bright streaks of carmine,
just enough to show how pure the white is and how beautifully the carmine
contrasts with it. Match this with an Ambroise Verschaffelt or a Delachii,
and you have a picture, or a pair of them, fit for the great and mighty ones of
the earth to admire, but within the reach of the humblest citizen to possess.
Grandiflora Carnea Plena—A variety of extraordinary size. A nursery
o—
Vay ene
fins
WEEPING MOUNTAIN ASH.
American Mountain Ash. A tree of coarser growth and foliage than the European, and
producing larger and lighter-colored berries.
European Mountain Ash. A fine, hardy tree, head dense and regular; covered from
July till winter with great clusters of bright scarlet berries.
Weeping European Mountain Ash. A beautiful variety, of rapid growth and decidedly
pendulous and trailing habit. One of the most desirable lawn trees. (See above cut.)
ELLWANGER & BARRY,
Rochester, N. Y.
86 STATE POMOLOGICAL SOCIETY.
row of this, with its hundreds of enormous white blooms, edged with blush, is
something to gaze at and admire.
Alongside, in another row, we see Humet, with its large and showy purplish
rose flowers. Such a profusion of beauty: it seems too bad that it must fade
and pass away. Now we come to Jules Lebdon, with its brilliant and dis-
tinct carmine-red flowers.
Louis Van Houtte—Is one of the dark crimson sorts, which produce a
marked contrast among the fancy-colored varieties.
And another, the Louis Van Houtte (Calot’s introduction),—bright pur-
plish cherry color,—is a charming sort.
Here we see in quick succession Marechal Vaillant, a new kind, of a dazzling
purplish-violet color, Mad. Victor Verdier, crimson rose, with light violet, very
large and full.
Monsieur Boucharlat—A superb variety, of a bright rosy lilac color, large
and full; flowers imbricated like a rose.
Plenissima Rosea Superba.—vVery large, globular, and full; deep rose color,
slightly tinged with salmon, and what a relief to meet a dark sort again !—the
well-known Poéésii, dark purplish-crimson,—but now superseded by finer sorts
of similar color.
We have now reached the tallest grower and most showy variety in the col-
lection, called Purpurea Superba, producing very large purplish-crimson
flowers.
Queen Victoria—With its immense blooms, outside petals rose, inside flesh-
colored,—is another sort, which might be justly styled gem of the collection.
But we have seen enough. We must leave the examination of many other
varieties for another visit.
Mr. Crane of Lockport stated that the chairman of the committee on gar-
den vegetables was absent. He had, during the season, been paying more at-
tention to the cultivation of tomatoes. He had been pleased with the Hatha-
way variety, and was disappointed in Gen. Grant. On good soil it was rough
and poor.
Mr. Crane saw an experiment by a woman in treating the cabbage worm
with a strong solution of soft soap. It destroyed the worms without injuring
the cabbage.
REPORT ON ORNITHOLOGY.
George T’. Fish of Rochester, chairman of committee on ornithology, read
the following :
Your committee on ornithology have nothing that will be particularly new
to report at this time, but we regard the subject sufficiently important to de-
mand “ Line upon line and precept upon precept.” A report was prepared for
the last annual meeting, but none of the committee being present when reports
were read it was not submitted, but after some changes was published in one
of our daily papers. While it is pretty generally admitted that birds as a
class are benefactors, there are nevertheless those, and among them some intel-
ligent horticulturists, who wage war upon certain species because of their
fondness for fruit. It is thought by some that as the birds have not entirely
exterminated our insect enemies, their assistance is of little consequence. A
French naturalist ascertained by careful investigation that a single insect
might, in five generations, become the progenitor of five thousand millions of
descendants. With these appalling figures before us we are forced to the con-
a SA RNs
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DWARF AMERICAN ARBOR VITZ.—TOM THUMB.
Tom Thumb. A dwarf variety of the American Arbor Vite, which originated on our
grounds, It is remarkable for its slow growth and compact, symmetrical habit. We have
no hesitation in recommending it as an acquisition of much value in the class of small,
hardy, evergreens, for the decoration of gardens, lawns, or cemeteries, where large trees
may not be admissible. Will be found useful for small evergreen hedges.
ELLWANGER & BARRY,
Rochester, N.Y.
88 STATE POMOLOGICAL SOCIETY.
clusion that were the birds destroyed, a desolation would resuit, compared with
which the grasshopper plague of the West would sink into insignificance. The
vocal melody of birds would give place to constant buzzing, scraping, hissing
sound of insects, not long, however, to be endured, for the destruction of veg-
etation must inevitably be followed by the destruction of animal life. It is
evident God designed that the birds should hold theinsects in check. Can we
afford to dispense with even a part of their assistance because it costs us some-
thing in fruit? We are willing to pay money for fertilizers and for labor.
We even pay men for destroying insects, and regard it as a profitable invest-
ment. It is unreasonable to demand that the entire work of the birds shall be
gratuitous. ‘The tax which nature levies if not paid willingly may increase
with time, but can no more be avoided than that levied by the laws of man.
Men may sometimes be cheated —nature never. Who can doubt that the vol-
untary tax which is now being levied in the interests of humanity upon the
people of this country in behalf of the western sufferers, might have been to
a great extent avoided by planting forests as homes for the birds on our west-
ern plains? In view of the generous response to the calls of the needy, ought
not the following couplet to be changed ?
“Man’s inhumanity to man
Makes countless millions mourn.”’
That it may conform to the professions of modern civilization, and at the same
time be more classical, we suggest that it should read:
Man’s inhumanity to birds
Makes countless insects buzz.
The prosperous manufacturer annually recognizes the aid he receives from
those in his employ by a Thanksgiving dinner or a holiday gift—this in addi-
tion to the regular wages. ‘The birds work “without money and without
price,” and we begrudge them a holiday in our cherry trees; or, if after their
summer’s labors are concluded they assemble in the vineyard to partake of a
Thanksgiving dinner and to congratulate themselves on the millions of insects
destroyed, we meet them with a warm reception of cold lead.
It is said of the American savage that if he is slow to forget an injury, he
never forgets a kindness; but how different with the civilized American! By
him the birds are destroyed while in the act of guarding his property. We
seem to remember and cherish those traditions which call forth our combat-
iveness, rather than those which develop our better nature. “ He shall bruise
thy head, and thou shalt bruise his heel,” seems to be remembered rather than
the record in the same ancient book of a bird that bore across the wide waste
of waters the olive branch of joy and peace.
The bird’s power of flight through the air must be of peculiar interest to
man, until, in the march of improvement, those Utopian days shall come when
he shall, in imitation of the feathered race, navigate the air with the same con-
fidence that he now does the waters. What wonder that the Pantheist should
worship birds! No other class of animals combine such rare beauty, grace,
fleetness, endurance, sweetness of song, and skill in architecture. What a
marvellous provision of the Creator that creatures which live on the most
loathsome, noxious, and disgusting objects should notwithstanding be en-
dowed with more points of superiority than any other of the lower animals !
In view of their important mission, has not God endowed them with these
wonderful attributes that they might find favor and protection even at the
hands of the heedless and unthoughtful ?
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CAMPERDOWN WEEPING ELM.
Camperdown Weeping Elm. Grafted 6 to 8 feet high, this forms one of the most pic-
turesque drooping trees. It is of rank growth, the shoots often making a zigzag growth
outward and downward of several feet in a single season. The leaves are large, dark
green and glossy, and cover the tree with a luxuriant mass of verdure.
ELLWANGER & BARRY.
90 STATE POMOLOGICAL SOCIETY.
But our report has assumed more the form of an appeal in behalf of our
friends. In conclusion, then, we would recommend that the birds be protect-
ed. If an attack is made upon one species, the whole class accepts it as a gen-
eral declaration of a war of extermination. Rather than attack any, let us
plant hedges and groves to encourage the timid kinds which are fast disap-
pearing from the more thickly settled parts of the country. With all the
modern facilities, what more interesting study for the young than Ornitholo-
gy? Itis undoubtedly quite as good a discipline for the mind and far more
useful to the young horticulturist than the study of ancient languages. We
would recommend its study as an additional protection to birds and to our hor-
ticultural interests. While we should protect the birds as a class, we think ex-
perience has shown that the pugnacious character of the English sparrow ren-
ders him an undesirable settler. Our domestic birds, more peaceable in their
nature, incline to leave him the whole field, and we think his introduction to
this country no improvement on nature’s plan. It would seem to be better to
encourage by every means an increase of our native tribes.
GEORGE T. FISH, Chairman.
Mr. Maxwell asked if any one could explain why the robins went south last
fall before the Delaware grapes were ripe, contrary to their usual custom.
Mr. Hooker suggested they came to Rochester, Mr. Younglove thought they
all emigrated to Vine Valley, and Mr. Sylvester was sure a large delegation was
sent to Lyons.
Mr. Craine of Lockport said he thought the robin was a poor insect de-
stroyer. A few wrens and pheebe birds would destroy more insects than a
thousand robins, the latter waging war principally on angle worms and other
harmless varieties.
Mr. Thomas said that too much care could not be exercised in regard to the
recommending or commending any kind of bird or even insect. It was very
difficult to discriminate between those beneficial and prejudicial to fruit in-
teresis.
Dr. Sylvester—The report alluded to English sparrows. This bird has the
reputation of destroying fruit as well as insects: is there any person here who
knows that it destroys fruit ?
Mr. Fish—Robins destroy angle worms early in the spring, but afterwards
feed upon others. We know that birds destroy both predaceous and destruc-
tive insects.
Mr. Craine had watched robins and observed that they ate angle worms in
spring, and by the time it was too warm and dry for them, fruit began to
ripen, and they fed upon that the remainder of the season. The King Bird
destroys a great many insects, but it also destroys bees.
DISCUSSIONS.
The reports being all in, the discussion of the various topics presented was
taken up. ‘The first subject was as follows:
“ How can the fertility of large orchards be most economically maintained 2?”
Mr. Oliver Chapin of East Bloomfield has plowed in weeds of all kinds,
including thistles and quack, but has now seeded down. He plowed four inches
in depth; trees have made good growth, but have not generally borne well.
Trees from twelve to twenty years old, principally Baldwins. Soil gravelly
loam, with a stiffer subsoil.
Mr. H. E. Hooker of Rochester said the fertility of small orchards could
sap SIN
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UMILLER
SALISBURIA. (MAIDEN HAIR TREE OR GINKO.)
A remarkable tree from Japan, combining in its foliage characteristics of the conifer
and deciduous tree. The tree is of medium size, rapid growth, with beautiful, fern-like
foliage.
Rare and elegant, ELLWANGER & BARRY,
Rochester, N. Y.
92 STATE POMOLOGICAL SOCIETY.
easily be maintained by manuring and application of other stimulants. He
was not in fayor of plowing and thus breaking up the surface roots of the
trees. His best bearing trees were those whose surface roots had not been dis-
turbed in thirty years. ‘Top dressing might be beneficial.
Mr. Reynolds wished to hear from men who had tried various experiments
in their endeavor to maintain fertility.
Mr. Green of Rush said he had a young orchard approaching bearing age,
and wished to learn some facts in regard to the use of sown corn, clover, etc.
Mr. Moody of Niagara advocated plowing, guarding against the breaking of
tender roots. One great thing to be done in order to save our orchards was to
destroy the fungi which attacked them. He had planted a 100-acre orchard,
and was not intending to put upon it any stable manure. He thought the soil
strong enough to sustain the strain without any help save from minerals. He
looked for the greatest results from the use of salt and lime as fertilizers.
Mr. Root of Skaneateles found no difficulty in keeping up growth by plow-
ing if you took off but one crop. Plow a few years until the trees come in
bearing, and then seed down. Afterwards spade around the trunks and apply
ashes, also washing with soft soap. If soil is stirred, it will increase in fertility
if no crop is taken off.
Mr. Allis of Holley, recommended plowing. He thought the best plan was
to sow buckwheat and then keep fowls to run in the orchard and eat the buck-
wheat and destroy the insects. He had noticed wherever he was that orchards
bore the best apples where fowls were allowed to run at will in them.
Mr. Langworthy wished to inquire if any one present had tried girdling in
June. He had seen the best results from this method. He thought it was the
most beneficial in stimulating bearing.
Mr. Root had goed results from this practice.
Mr. Smith of Syracuse wished to hear the man who had displayed such
elegant fruit before the association. Therefore Mr. Avery of Michigan said that
he came from a county which eight years ago was entirely occupied by maple
growth. The land was quite new. They were not obliged to resort to plow-
ing. About the middle of July they sow buckwheat, and when apples are
ripe, walk into the orchard and pick them, paying no attention to the buck-
wheat, but just before winter plow it *, and it comes up the next season.
Mr. Barry said a large orchard must be treated exactly as a small one was.
Every man knew that after a few years’ bearing an orchard required feeding,
and some source of strength must be discovered. He recommended the grow-
ing of root crops to feed cattle and use the manure for orchards. Many nur-
sery men did this and found it profitable. In their own nursery they kept the
ground constantly plowed, and gave an occasional top-dressing. But they
found nothing so effective as stable manure. Apple orchards would not need
so frequent dressings of manure as pear. He strongly recommended the use of
salt, lime, ashes, manure, and various composts, etc., applied alternately.
Dr. Sylvester of Lyons planted his orchard twenty-eight years ago, and from
less than ten acres had 1,000 barrels this year. He does not keep stirring the
surface, because he believes it wastes the fertility. Does not believe in using
large quantities of stable manure in pear orchards, for it would cause blight.
If his trees make three inches of wood yearly, he is satisfied.
Mr. Chapin plows his trees and gets wood, but no fruit. What he is after is
fruit, not wood. He manures with a mixture of muck and barn-yard manure.
Another year will put on a light dressing of gas-lime, spread thinly over the
PESOS
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CLADASTRIS TINCTORIA.—Syn”. VIRGILEA LUTEA.
(YELLOW WOOD.)
One of the finest American trees, resembling the Robinias, with long racemes of white,
sweet-scented flowers in June, ELLWANGER & BARRY,
Rochester, N. Y.
HES STATE POMOLOGICAL SOCIETY.
surface in autumn or winter. A compost of muck and gas-lime is not expen-
sive. In answer to question, has used over 2,000 bushels of gas-lime, at the
rate of 120 bushels to the acre. Has put on four loads to the acre, fresh from
gas house, around the apple trees in winter without injury. He composts gas-
lime with muck, but not with barn-yard manure. Lime is not in itselfa
manure, but decomposes fertilizing substances locked up in the soil. The sul-
phur is separated from the lime by the frosts of winter so as to do no injury.
If he could obtain neither muck nor gas-lime, would apply plaster, ashes and
lime. Apples would probably go on bearing indefinitely if we removed no
fruit. His orchard that has not been plowed in eighteen years, received some-
thing every winter,—muck, ashes, lime, etc. Does not want to take off the
grass, but would mow it and let it rot.
Mr. Smith of Syracuse thought that the use of gas-lime was worse than
useless. He wouldn’t have it on his place. The use of just such fertilizers
was of no good whatever. Theory wouldn’t fertilize the soil. If the trees were
given the benefit of the products of the soil, whether grass or anything else,
they would be all right.
Dr. Sylvester—My neighbors say that I always have fruit, while they fail on
similar soil.
Mr. Root thought the case depended altogether on the nature of the soil.
A stiff clayey soil wanted stirring up, and a light sandy soil did not require it.
Mr. Lay said he found the best results arising by allowing hogs to run in
the orchard.
In response to a question, Mr. Barry said that coal ashes were very good for
clayey soil, and also recommended their use on other kinds of lands.
Mr. Crane has made experiments with coal ashes and manure, and had seen
double the results from their use.
EVENING SESSION.
Vice-President H. EK. Hooker in the chair.
The discussion of the first question was resumed. Hugh T. Brooks of
Wyoming said that fertilizing orchards isa pressing necessity. Most of our
orchards are half starved, and in consequence not half so productive as they
might be. People had better think twice before they plant large orchards,
unless they are sure of a large supply of manure. He would not speak of pear
trees, but apples require more manure than is generally supposed. He made a
hog-pen near an apple-tree forty years old, and in ten or fifteen years it had
doubled its size and productiveness. God makes a better soil than youcan. A
virgin soil is best, and should not be required to produce other crops if planted
to orchard. he tree and the fruit take from the soil a great variety of ele-
ments, among which are potash, lime, and the phosphates: these should be
supplied. About thirty per cent of the leaf of the apple-tree is lime, which
should be supplied. Lime is serviceable for the necessary material it furnishes,
and as a corrective of the noxious matter in the soil, and also to quicken and
render available inert material. Being available in unlimited quantities, and
cheap (which can not be said of most manures), we ought to use it very largely
on all soils that require it, and most soils do require it. Mulching trees with
weeds, coarse manure, muck, sawdust, shavings, coarse grass, and about every-
thing else, furnishes some good material to the tree, protects from drouth, and
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96 STATE POMOLOGICAL SOCIETY.
keeps the soil in a loose and desirable condition. Remember that you must
manure with everything that you carry off with the crops.
J. J. Thomas did not believe that the same rule would apply to two differ-
ent neighborhoods. He knew a nurseryman who raised fine trees with ashes,
but they failed with him.
Mr. Craine thought the next best thing to barnyard manure is to plow un-
der green crops. Why don’t they furnish all that we get from barnyard
manure ?
The second topic, “What variety or varieties of apples, according to the latest
experience, can be recommended for extensive market orchards in Western New
York ?” was then taken up.
Quite a number named Baldwin, Greening, and Russet. Brooks named
Twenty Ounce. Maxwell said it cost as much to grow two barrels of Green-
ings as three of Baldwins. Herendeen named Maiden’s Blush. Some one
named Northern Spy.
Mr. Babcock named Baldwin, Greening, Roxbury Russet, Twenty Ounce,
King, and said that the Mann apple is very promising with him at Lockport.
Of all the varieties mentioned, the one almost universally favored was the
Baldwin. Considerable discussion, however, for the first place was excited be-
tween the friends of the Baldwin and the Hubbardston Nonsuch. In some
respects it was admitted that the latter excelled the former in flavor, but was
not so good a keeper, nor was it by any means so good an apple for market
purposes.
Dr. Sylvester stated that years ago, when Horace Greeley offered a prize for
the best apple for the million, he was on the committee of award. The prize
was awarded the Baldwin, but the Hubbardston Nonsuch was the next in
favor.
Mr. Thomas spoke in regard to the different varieties most likely to be at-
tacked by worms, etc. He mentioned the Westfield Seek-no-Further as resist-
ing the attacks of the codling moth. He considered it one of the best apples
for family use.
Mr. Ely of Brighton considered the Northern Spy the poorest apple one
could raise for market purposes. Liable to spot and decay, they were disliked
by dealers, as they could not be kept.
Mr. Tuttle of Wisconsin said that in his State they could not grow Bald-
wins or Rhode Island Greenings. The Northern Spy was formerly regarded
by them as extra hardy, but of late it had degenerated and would not keep
well, whether raised there or brought into market from abroad. The Baldwin
and the Rhode Island Greening, therefore, were regarded as the best apples
they could find in the market.
Dr. Sylvester spoke in favor of the Tompkins County King, saying that
they had obtained a higher price for it than for any of the others. Members
from other parts of the State, however, stated a different case. Some objected
to the quality of the Baldwin, but the fact that it is such a great and uniform
bearer, good color and good keeper, commends it to the grower of apples for
profit.
Mr. Lazenby of Cornell Institute had seen the King in Ithaca in fine con-
dition in June, and it sold for $3.50 a barrel.
The third topic was then taken up, as follows:
“Will the experience in pear-culture thus far in Western New York justify
the Society in recommending the planting of large orchards for profit? Can
BETULA. (BIRCH.)
ALBA PENDULA ELEGANS.
At the Paris Universal Exposition in 1867, this tree attracted marked attention, being
exhibited there for the first time. The accompanying engraving gives a correct idea of its
habit of growth. The branches run directly towards the ground, parallel with the stem.
Its elegant pendulous habit, beautiful foliage and branches, entitle it to be regarded as one
of the greatest acquisitions of many years in this Class.
13
98 STATE POMOLOGICAL SOCIETY.
dwarf pear-trees or pear-trees on quince stock be recommended for profitable
culture? What varieties can be recommended to grow as standards, for profit,
and what as dwarf ?”
Mr. Willard answered: “Yes, on proper soils.” Some said: “ Yes, if of
proper varieties ;” and others answered in the affirmative, provided they re-
ceived proper culture.
Mr. Maxwell would answer the portion of the question relating to dwarfs in
the affirmative, if they received proper soils and culture, and were of proper
varieties.
Dr. Sylvester has an orchard of dwarf pears, in grass, which he manures
every year, and it has paid him over $500 per acre yearly. His Louise Bonne
have averaged $1,000 an acre. It don’t cost him more than $10 an acre for
manure, while farmers will put $20 worth of manure on an acre of corn.
Mr. Moody recommended the Beurre @’Anjou and Duchess for growth on
quince stocks.
Mr. Rathbone of Genesee did not think Beurre d’Anjou equal to the Duch-
ess, and in his experience it was by no means so fine a grower.
Dr. Sylvester said the Louise Bonne would grow double the quantity in the
same field that the Duchess would.
Mr. N. Bogue of Batavia read the following statement: Ten years ago last
October, Mr. John Taylor of Elba, Genesee county, planted three acres to
Dwarf Duchess. The cost of the trees was $500. Hstimated cost of prepar-
ing ground and setting trees, $200, making, as first cost on the orchard, $700.
For the first six years there was no fruit marketed from the orchard. The
first crop sold was twenty barrels of choice quality. Three barrels were filled
each with 150 pears. This crop brought $10 per barrel, making $200; eighth
year, 180 barrels at $6, $1,080; ninth year, 220 barrels at $5, $1,100; this year,
204 barrels at $5.50, $1,122. During this time potatoes have been grown in
the orchard of sufficient value to pay all expense of culture and rent of
ground. Cost of trees and setting, $700; interest on same, $490; total,
$1,190. Received from same, $3,502—less $1,190, leaves $2,402, or a profit of
$240.20 per year for three acres, or $86.06 for one acre. Now, this is not all,
for the orchard has just begun to bear, and the ratio of profit must be greater
as the trees continue to grow.
Mr. Sharp had two pear orchards, one a success and the other a failure.
The cause of the failure was that no cultivation was put upon it. His two
orchards taken together, however, were profitable, and more so than raising
wheat or any other grain.
Mr. W. C. Barry said that the trouble with manuring trees was that no judg-
ment was used. In their grounds no manure was used until the trees gave evi-
dence of requiring stimulus. This was then put on in the fall, and is not
used again until the trees again look unthrifty.
Considerable discussion then followed upon the question whether it was or
was not profitable to cultivate pear trees in this State. The greater part of
the members seemed to think pears would pay if proper judgment was used in
regard to soil, varieties and cultivation.
Mr. Barry said pear culture was a success, if only men knew how to choose
the proper mode of treatment. Probably there were but few men in the meet-
ing who knew even how to prune a pear tree properly.
Mr. La Rue thought there are more failures than success in pear culture
so many trees are destroyed by the blight. One or two gentlemen from Yates
Gee
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IMPERIAL CUT-LEAVED ALDER.
Imperial Cut-Leaved Alder. This charming variety is as yet very little known, owing,
no doubt, to the difficulty experienced in its propagation. It is a stately tree, of graceful,
slender growth, with large and deeply laciniated foliage; at the same time vigorous and
perfectly hardy. Unsurpassed as a lawn tree.
ELLWANGER & BARRY,
Rochester, .. ¥.
100 STATE POMOLOGICAL SOCIETY.
county, Mr. Ely of Rochester, and some others thought the numerous failures
from blight very discouraging to pear culture.
Mr. Willard declared that nothing had been offered to prove that pears on a
proper soil, with proper culture, and with proper varieties, are a failure.
THURSDAY’S SESSION.
The president, P. Barry, in the chair. The president announced the pres-
‘ence of Mr. J. J. Harrison of Painesville, Ohio, delegate from the Ohio Pomo-
logical Society.
The discussion of the third question was resumed.
Mr. Moody of Lockport said many failures arose from selecting poor ground.
They want good culture and dry ground; in such a case he thinks pears can
be grown as cheaply as apples, and with as good profit.
Mr. Chapin said his five acres on wet land were successful, yielding good
crops, while the balance of the thirty acres on good wheat land failed.
President Barry would not recommend pear culture in the way it is gener-
ally done, but it must be done in the right way. Farmers must cultivate their
crops properly to succeed, and so must pear culturists. Land must be dry.
Can be drained from $50 to $60 an acre. In 1865 they planted five acres of
select varieties, mostly late. They stood in nursery, surrounded by nursery
stock, and received no extra culture. About half of the trees were Lawrence ;
remainder Bosc, Anjou, Clairgeau, etc. They have borne for several years, and
bore last year a good crop of fair fruit. Clairgeau ahead in productiveness ;
Lawrence produced nearly half the fruit; is a moderate, uniform bearer. We
are remarkably well situated for fruit culture, being within ten or twelve
hours of Boston, New York, and Philadelphia, the best markets on the conti-
nent. How much better situated in this respect than California!
Fourth question—* Would it be advisible for societies or individuals inter-
ested in pear culture to combine in offering a large reward for the discovery
of the cause of the disease known as pear blight, and a practical remedy for
the same?”
Mr. Smith thought the blight was growing less. He proposed that a pre-
mium should be offered some scientific man to inyestigate the “ pear blight.”
Too high culture, he thought, would increase the blight.
Mr. Bronson said his experience confirmed Mr. Smith in his assertion that
high culture would increase the blight.
Mr. Barry said manure should be applied as a top dressing in the fall:
plowing in he considered dangerous.
Dr. Sylvester gave his experience of a remedy for the blight,—diluted car-
bolic acid,—which he had used for three years. He thought the infection was
carried by the saw from tree to tree. He therefore directed the saw to be
wiped off with carbolic acid. He thought we might find in this a remedy,
though we do not know the cause of the disease. Uses one ounce of crystals
to a gallon of water, applying with a swab to stump of limb.
Mr. Thomas said he had done nothing, and his trees had not been affected
by the blight.
Thomas Wright had a tree which blighted, all but a sprout, which he saved
by cutting off the rest. Since had done well.
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SALIX ROSMARINIFOLIA.
(ROSEMARY-LEAVED WILLOW.)
Rosemary-leaved Willow. When worked 5 to 7 feet high, a very striking and pretty
round-headed small tree. Branches feathery; foliage silvery.
ELLWANGER & BARRY,
Rochester, N. Y.
102 STATE POMOLOGICAL SOCIETY.
The question (No. 5) was then taken up. It is as follows:
“What is the best kind of package for shipment of pears to distant markets ?”
Dr. Sylvester said he had been compelled to change his style of package.
During the war he had shipped in crates, but since then so much inferior
Southern fruit had been shipped in that form that they had become unpopu-
lar. At present ships pears in half barrels, except very choice ones, which he
ships in bushel crates, every one wrapped in paper.
Mr. Babcock gave his experience in shipping early pears a long distance.
He found that open crates had done the best for him. In barrels they often
arrived at their destination over-ripe.
Mr. Maxwell and Mr. John Morse of Cayuga Bridge used half barrels
almost altogether.
Mr. Root inquired if pears would not lose their flavor in open crates.
Mr. Spence said New York men regarded half barrels as the best, but they
should be aired.
Mr. Sylvester said airing depended upon the season. arly in the season he
aired, but left barrels unaired late in the season.
Mr. Rathbone had found shipping in full barrels pay the best when the
prices were low.
Mr. Parce of Fairport had found half barrels the best.
Mr. Barry spoke in favor of open crates.
The sixth question, which is as follows, was then taken up:
“Can this Society so far influence coopers as to have fruit barrels made of
legal size?”
Mr. Sylvester thought this a serious matter, and recounted the efforts which
had been made to change the law, as it now is. He had found it impractica-
ble to get coopers to make their barrels the legal size. He told of his diffi-
culty in procuring uniform packages.
Mr. Moody said the Niagara fruit-growers had got up a bill to inflict a pen-
alty for making barrels smaller than the legal size, which passed the lower
House, but was thrown out by the Senate.
Mr. Babcock read the draft of the bill in question, which is in the form of
an amendment to the present law. He thought there would be no difficulty
in procuring its passage by the Legislature. The making of small barrels, he
said, often worked against the fruit-growers of Western New York. He
wanted uniformity.
Dr. Sylvester said dealers in cities largely opposed legislation in this respect.
He complained that barrels were not made uniform.
Mr. Chapin recounted the difficulty of making barrels exactly the same size.
He did not think barrels could be made uniform.
Mr. Babcock said what we wanted was a restriction against making barrels
smaller than the legal measure. He moved the appointment of a committee
of three to procure the passage of a proper amendment by the Legislature.
The motion was carried.
Question No. 7 was then taken up. It is as follows:
“Can any action be taken by this Society to induce railroad companies to
transport fruit on the same terms as other farm products ?”
Mr. Bogue of Batavia said there was a manifest injustice in shipping prices
of apples from Batavia to New York. Potatoes were shipped for about half
the sum that apples were.
NORWAY SPRUCE.
Abies Excelsa, Norway Spruce. From Europe. An elegant tree, extremely hardy and
of lofty, rapid growth. The branches assume a graceful, drooping habit when the tree
attains 15 or 20 feet in height. One of the most popular evergreens for planting, either as
single specimen trees or in masses for effect or shelter. It is one of the best evergreen
hedge plants. ELLWANGER & BARRY,
Rochester, N. Y.
104 STATE POMOLOGICAL SOCIETY.
Mr. Chapin said the charges on grapes from Victor were 92 cents, while
those on potatoes were only 25 cents.
My. Barry explained that it was on account of the more perishable nature of
the goods that extra charge was made.
Mr. Younglove said he never knew a case where the railroad company had
lost a dollar by goods perishing on the way.
Dr. Sylvester mentioned how the railroad company carried a larger weight
of vegetables farther than they would carry fruits for the same price.
Mr. Sharp said the railroad companies would carry cheaper if we had some
other means of sending them. ‘They would then carry them cheaper without
asking.
Mr. Willard said that railroad companies understood their business. He re-
garded the question as an impracticable one.
Dr. Sylvester moved a committee of three to confer with superintendents of
freight in regard to transportation of fruits.
Judge La Rue moved an amendment that the committee also confer with
express companies.
Dr. Sylvester accepted the amendment.
The motion was carried,
Question eight was then called up, which was as follows:
“ Can unity of action be secured among fruit-growers for the destruction of
the codling moth? What remedies for that and other insects injurious to apples
have been tried, and with what results?”
Mr. Lazenby of Cornell Institute said that during the last season he had
charge of a portion of the University farm. Studied with care the working of
insects. Found on some trees 200 to 300 codling worms, only one in an apple.
The orchard was mainly Kings and Greenings. Found most of the worms in
the Kings, and but few in Greenings. Thought it might be because the calyx
of the former was more open than that of the latter.
Mr. Green of Rush had tried Paris green on the potato beetle, and found
that a small quantity was more effectual than a large. Used it as a solution,
and found that when a small quantity, about a tablespoonful to three gallons
of water, was used, they would eat the leaves wet with it,and die, but too much
would repel them.
Mr. Craine endorsed Mr. Green’s statement; said he could find stain of green
on the leaves two weeks after,—stuck like paint.
Mr. Chapin recommended the destruction of the codling moth now, which
could be found under the hoops of barrels in the cellars and in the bins. The
seed for another years’ crop would thus be destroyed. He advised destroying
wormy apples and also inferior fruit. He thought the moth could be destroyed
by a little labor.
Dr. Sylvester cautioned growers against using Paris green too freely.
Mr. C. P. Avery of Grand Traverse, Michigan, said they have a parasite—
the lady bug—that is checking the potato beetle there. Some who used Paris
green lost more potatoes than those who did not, as it destroyed the parasite as
well as the beetle. He then proceeded to relate how they fought the codling
worm in his section. The Old Mission Farmers’ Club resolved that all the
apple-trees on the Grand Traverse Peninsula—a tract about twenty miles long
by one wide—should be bandaged last summer. If any individuals refused to
do it, the club would do it at its own expense. The result was all bearing trees
were bandaged. They used coarse brown paper, three thicknesses, folded fan-
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PINUS AUSTRIACA.
(AUSTRIAN, OR BLACK PINE.)
Austrian or Black Piae. A native of the mountains of Styria. Tree remarkably robust,
hardy and spreading ; leaves long, stiffand dark green; growth rapid, Valuable for this
country. ELLWANGER & BARRY,
Rochester, N. Y.
106 STATE POMOLOGICAL SOCIETY.
like, so that the worms climbing either up or down the tree could enter the
bandage and find a dark hiding-place in the middle. Bandages should be made
from four to six inches wide after folding, and may be tied on with twine, or
nailed on with tacks. They put them on about the time the Wilson straw-
berry begins to ripen, and ten days thereafter examine them, pinching the
worms, or may run the bands through a clothes-wringer. They examine once
a week through the season. The year before about one-third of his apples
were wormy; this year in 800 bushels there was scarcely a wormy apple. Tied
five bands on some trees, and found 200 worms on upper and lower, 60 on the
next, and only 13 on the middle one. Just before winter they plow under the
grass and weeds, and bury such worms as may cling to them.
Mr. C.M. Hooker said that Paris green will destroy the canker worm, if trees
are dusted with it as soon as they appear.
Question No. 9 was then taken up. It is as follows:
“ Can the Blackberry be recommended for extensive cultivation as a market
Fruit, and tf so, what variety ?”
Mr. Jones, Mr. Lay and Dr. Sylvester pronounced in favor of the Kittatinny.
The tenth question:
“ Has the introduction of new varieties of fruit within the past twenty
years been productive of any real advantage to the public?” was the next in
order.
Mr. Hooker thought we derived benefits from the introduction of new fruits,
though not in a direct manner; but the only sense in which we have really im-
proved is in developing new varieties, which are of advantage to us. We do
not improve actually on the original given us by the Creator. To get size in
fruit, we have to sacrifice something else for it.
Mr. Barry said that there was no doubt that many fruits of great value had
been introduced during the past twenty years. He gave instances on this
point. He also said that the introduction of new varieties stimulated progress
in fruit culture. He spoke of the great success of Mr. Ricketts, who had intro-
duced many magnificent varieties of grapes.
Mr. Brooks thought the society should thank all experimenters, whether they
succeed or not.
The following resolution was adopted:
Resolved, That the thanks of this Society be and are hereby tendered to the Michigan
State Pomological Society for its liberal donation of fifty copies of its valuable transactions
for the year 1873, and for its courtesy in sending delegates and collections of splendid fruits
to this meeting, and in giving publicity to our proceedings by printing them in the trans-
actions, Carried.
The eleventh question was then taken up. It is as follows:
“ What new varieties of fruit have given promise of superior merit in 1874
—apple, pear, peach, plum, cherry, grapes and small fruits?”
Mr. Lay spoke of Rogers’ Hybrids, Nos. 4, 15 and 39, as having done excel-
lently with him.
J. B. Jones spoke of the Ganargua Hybrid raspberry. It claims to be a hy-
brid between the common black and red raspberries. It is vigorous, produc:
tive, firm to ship, a little tart; thinks it will make a valuable fruit.
Mr. Babcock was opposed to commending the Worden grape. It is so like
the Concord that it is difficult to distinguish between them.
Mr. Smith of Syracuse, thought if Mr. Babcock could see them growing to-
gether, in the grounds of the originator, he would see the difference.
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FRAXINUS EXCELSIOR—VAR. PENDULA.
(EUROPEAN WEEPING ASH. )
The common, well-known sort; one of the finest lawn and arbor trees. Covers a great
space and grows rapidly. ELLWANGER & BARRY,
Rochester, N. Y.
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108 STATE POMOLOGICAL SOCIETY.
[The Secretary would here say that a mistake was made by the reporters of
the daily press, and followed by him, in reporting J. J. Thomas as saying, in
the discussion following “ Report on Native Fruits,” that the Worden grape is
worthy of the wtmost attention. Mr. Thomas denies using the word wtmost.|
Mr. Younglove spoke of several varieties of grapes Which promised well dur-
ing the past season, especially Rogers’ Nos. 4 and 43, as black grapes, which
are very much alike. In red grapes, he spoke of the No. 15, and the Salem,
which, at a certain stage, were not distinguishable. He said that the last year,
however, the Salem cracked badly.
Mr. Long of Buffalo said the Salem mildewed badly with them last season,
while twelve other varieties did well, and were fine. -They have fruited Salem
only one or two years, and know nothing of its profitableness.
Mr. Younglove said that the fruit of the Croton is the finest in quality of
any, but mildew destroys it. Vineyards five or six years old are not producing,
but going down hill.
Mr. Crane said that he found the Croton the reverse of what Mr. Younglove
had found it. His vines are five or six years old.
Mr. Younglove said the originator of the Croton had admitted that it was a
failure for vineyard purposes.
Mr. Babcock spoke of the keeping qualities of the Rogers’ Hybrid grapes,
which he thought were worthy of consideration.
Mr. Lay said the No. 15 kept even better than the Diana, and the flavor im-
proves.
: Mr. Quinby wanted something said about peaches. On his motion the
question of peach culture was taken up. He said it was well known that a
large trade was being done, and that it was very profitable. He gave statistics
on this point, and the names of men who had succeeded well in peach-culture.
-My. Barry said that the peach crop was, as a general thing, an uncertain
crop. There were some spots, however, where they had succeeded.
Mr. Younglove hadn’t seen a failure in his valley in ten years. He said they
could make more with grapes than peaches, which did well enough as a “ side
issue.” He pronounced grapes far more profitable than peaches.
Mr. Thomas spoke of the Early Beatrice peach as a very handsome fruit.
Mr. Langworthy spoke of the Buchan peach, which he thought would bean
acqtisition.
Mr. Hooker questioned the correctness of the name of the Champion grape.
Mr. Lay claimed that it was a Tallman seedling which was originated near
Syracuse. He said the Tallman seedling varied on different soils.
Mr. Donnelly said a friend bought one of the first Tallmans brought into
this city, and had since bought of him a Champion, and they were very wlike.
Mr. Barry considers it a promising grape.
The question whether plum-culture was profitable or not was then taken up
at the request of a member.
Mr. Thomas said he had seen considerable of plum cultivation, and thought it
was rather precarious. He said he had killed several trees by mistake in allow-
ing them to overbear.
Mr. Barry said that plum-culture was being extended in the eastern part of
the State and in the Western States. _
Mr. Moody said plums succeeded well in Niagara county.
Mr. Quinby spoke of French and German prunes as doing very well.
Mr. Brooks offered the following resolution :
ABIES ALBA.
(WHITE SPRUCE.)
White Spruce. A native tree, growing 40 to 50 feet high, of fine pyramidal form,
Foliage silver gray and bark light-colored, ELLWANGER & BARRY,
Rochester, N. Y.
110 STATE POMOLOGICAL SOCIETY.
Resolved, That this Association looks forward with great interest to the approaching
Centennial celebration at Philadelphia, and we promise to the gentlemen who have it in
charge our hearty sympathy and co-operation, and our determination to be represented by
a full delegation, and by the horticultural products for which our State is so widely cele-
brated.
REPORT OF COMMITTEE TO EXAMINE FRUIT ON EXHIBITION.
Your committee find the following articles on exhibition:
Messrs. Ellwanger & Barry of Rochester—50 varieties apples; 25 varieties
pears, in fine state of preservation, making a splendid display for this season
of the year.
Peninsular Farmer’s Club of Michigan—50 varieties of apples, which show
the superior quality and beauty of Michigan apples to great advantage.
Dr. Sylvester of Lyons—A seedling grape.
Messrs. Frost & Co. of Rochester—Beurre d’Anjou pears in fine condition.
M. B. Bateham, Esq., of Painesville, Ohio—Four varieties of new Western
apples.
H. EK. HOOKER, Chairman.
Mr. C. P. Avery handed the Secretary the following: The apples exhibited
by Mr. C. P. Avery of Old Mission, as delegate of the Michigan State Pomo-
logical Society, were mostly grown in the town of Peninsula, county of Grand
Traverse, by members of the Peninsula Farmers’ Club of Old Mission, and the
balance were grown at Ionia, Ionia county. This fruit was on exhibition at
the annual meeting of the State Pomological Society at lonia, December 1,
1874, and exposed one week to the handling of the people and the heat of a
crowded room; consequently I am not as well able to show the keeping quality
of our Grand Traverse apples by these samples as I should wish, owing to the
previous handling. But by actual experiment in the same cellar with apples
grown in the best apple sections of New York, I find the keeping qualities of
the Traverse apples to be equal, and in most cases some four weeks longer.
Being satisfied that much of the demand for cooking apples in the future is to
be supplied by the new process of drying (or evaporating), especially during
the latter part of winter and spring, we are now paying more attention to
high-colored, subacid, long-keeping eating-apples, such as the Wagener, Jona-
than, and Red Canada.
Adjourned sine die.
THE HOME, AND "ORNAMENTATION TOR
HOMES.
BY MRS. JEREMIAH BROWN OF BATTLE CREEK.
GENTLEMEN :—You have given me a subject, significant, far reaching, and
of deeper meaning than its simple title indicates. It is susceptible of endless
illustration, and would require a wiser head and more skillful pen than mine
to do it full justice. I trust that it will not be considered out of place here if
I quote the words of the Rev. E. H. Chapin, for I imagine all who haye ar-
rived at the idea of adorning their homes realize the responsibilities that abide
in that home, and will be strengthened in the desire to make it all it should
be by the words of so eminent a thinker, which, if not given precisely in the
line of our subject, yet seem to me very nearly connected with it. He says:
“Tf we make home only a place to eat and sleep in,—if we areemployed mere-
ly in making provision for it and securing temporal good; then the Divine
purpose is not fulfilled.” * * “In the soil of home grow filial love, frater-
nal affection, the sentiments of mutual dependence and mutual trust ; yes, even
the religious reverence which man carries into the higher postures of the soul,
and by which he is taught to conceive of the Heavenly Father.” The sub-
ject, then, of making homes attractive and educative, is fraught with vital im-
portance to every individual, every community, every country ; most especial-
ly to a Republican country.
Home! The sacredness of home is our bulwark of safety. From this cen-
ter radiates all that is known of honor, morality, patriotism and all the higher
principles which endow a free people with wisdom for self-government. Then
how imperative the duty to make a home such as will lead to the highest de-
velopment of the minds and souls of its members.
In view of the inimitable ornamentation in all the works of the Creator, we
are taught the lesson that this ornamentation is an essential teacher and in-
spirer to the souls that have been attuned to its appreciation, and every step
taken in our homes, in this direction, is an advancement toward the higher
and better.
In a large degree the home is what the mother makes it, what kind of an at-
mosphere her life and character breathes through it. Here again I must bor-
row the language of Dr. Chapin. “The most exaggerated conception of a
mother’s influence cannot furnish any reason for a father’s neglect, * * *
With all that she can do, the home that does not feel his sympathy is not a
112 STATE POMOLOGICAL SOCIETY.
home.” Fathers, I pray you remember this and profit by it, and so aid the wife
and mother to make a home such as will help to develop all the higher quali-
ties of the soul and mind of your children. “The child will grow, the child
will learn to think and feel. Whence shall come the breath of its very life,
and the incentives by which it shall unfold for good or evil ?”
But I am occupying too much space and time with abstractions. I must
hasten to the practical, and hint at possibilities within the reach of even the
unfavorably cireumstanced. It is of course presumed that comfort in the
home has been reached, before the idea of ornamentation has found admission.
HOW TO BEGIN ORNAMENTATION.
Do you ask where shall I begin? I answer, in your sleeping rooms. Let
your children’s eyes open each morning on a window shaded with a snowy cur- -
tain, if it be made only of ten-penny cotton, and in summer vines and creep-
ers, if possible, should hang their verdant wreathes around it, and the cheerful
morning-glory peep in to gladden the young eyes and hearts. Have some pic-
tures, if they are only prints cut from some periodical; many of them are
beautiful and artistically executed, and convey sweet and touching lessons of
benevolence, sympathy and affection. If you can not, or do not wish to af-
ford frames, lay them on a piece of stiff pasteboard, put a pane of window
glass over each, and bind them by pasting around them a strip of dark fancy
paper, which you can get at any stationer’s, and an old pasteboard box can al-
ways be found about the house. A bright chromo, too, is very desirable, such
as all our seedsmen and florists now send out, which 25 cents will procure, if
you do not patronize them in any other way. Remember, “ A thing of beauty
isa joy forever,” and the young eyes that have beauty to gaze upon have al-
ready in a degree learned to value it. Have your beds covered with white, no
matter how cheap the material, for it is important that all the appointments of
a sleeping room convey an idea of purity.
ORNAMENT THE KITCHEN.
The next most important portion of the home to be made attractive is the
kitchen. The Codling Moth at this time, or dur-
ing the winter, hibernates as a larva (see ¢
sees TH “eut), or in common parlance a worm;
w yet this larva is not at all unprovided to
”’ resist the winter’s cold, for ere it betook
itself to its long quiescence, it spun its
silken robes or cocoon (see 7 in cut), not
to assume the pupa state, for usually from
the time it spins its cocoon, which occurs
from the middle of August even to Decem-
ber, it remains a worm or larva usually
till the next spring. Nor has its won-
drous instincts left it all exposed to those
best friends of the husbandman, the in-
sectivorous birds, for this larva does not
don its winter robes till snugly ensconced
(a) Portion of apple eaten ; (8) Place of in some crevice, under some bark, beneath
entrance ; (¢) Larva leaving the apple; (@) some board, or forsooth within the foldsof
Pupa ; (f) Imago with wings folded ;
Same with wings expanded; (2) Head of Some suspended cloth or paper, it seems
larya magnified ; (/) Cocoon. hidden from clamorous bluejay or prying
sap-sucker.
PUPATION OF WINTER LARVA.
Thus these whitish larve, often tinged with pink, less than three-fourths of
an inch long, with black head, sparsely covered with hairs, and possessing six-
teen legs, remain till two or three weeks before the moth appears, when it as-
sumes the pupa condition (see din cut). ‘The pupa is brown, less than one-
half of an inch long, while along the back of each segment or ring (these
rings along the posterior of the chrysalis are plainly marked features of all
lepidopterous pupz), may be seen two transverse rows of minute spines. After
remaining in this condition for two weeks, more or less, they change to the
imago state (see f and g in cut).
WHEN DO THE SPRING MOTHS APPEAR ?
Dr. LeBaron, in his admirable discussion of this insect, contained in his third
annual report as Entomologist of Illinois, gives as the time of the appearance at
Chicago from May 12th to May 20th, which dates agree with my own experi-
ence for several successive years. Prof. Riley, State Entomologist of Missouri,
whose good work in scientific and economic entomology has carried his name
and fame even to Europe, saysin his fourth annual report that the spring moths
come with the apple blossoms. Now while these statements are generally cor-
rect, the past season has given a strange and wonderful variation, which may
teach us that we should glean very many and oft-repeated facts in natural his-
tory before generalization is safe, for true it is that these spring moths ap-
peared in our State as early as February. Noticing in a February number of
the South Haven Sentinel that L. H. Bailey of that place,—who, by the way, is
setting the youth of our State an example worthy of imitation by his earnest
work in natural history,—reported to the pomological society of that place the
appearance of codling moths, thinking that there must be some error, I sent
20
154 STATE POMOLOGICAL SOCIETY.
to Mr. Bailey and obtained some of these early visitants, which surely enough
were the veritable carpocapso pomonella. In April they commenced to appear
with us in Lansing, and thus on I saw moths flying till the very last week of
June.
DESCRIPTION OF MOTH.
Right here let me describe the imago (see f and g in cut), for true is it that
there is an astounding ignorance, even among our leading fruit men, as to the
appearance of this moth. Only last summer one of the most intelligent and
best informed pomologists of our State came to my house and reported the
codling moth in swarms about his apple trees. Upon inquiry I found this was
a daily occurrence; I told him this must be incorrect, as the codling moth
was nocturnal, not flying by day unless disturbed. I then asked the color, and
found that they were white. Surely the ignorance as to some of our most com-
mon insects is quite as extreme, and far more rea], than was that of the affected
Miss who, upon return from boarding-school, asked her brother if those hay
stacks were plows.
The moth with wings folded is three-eighths of an inch long, and expands
more than six-eighths of aninch. The head, thurax, and abdomen are slim,
—the two former gray, specked with brown, while the last is ringed alternately
with gray and brown. The primary or fore wings are beautifully mottled with
gray and brown, while towards the tip is a large brown spot, with the lustre of
copper; beyond this and tipping the wings is first a gray, then a brown band.
The secondary or back wings are a lustrous brown with a light fringe. Be-
neath, the primaries have a copper lustre, while the secondaries are more gray-
ish. The eyes are black, between which are situated the antennx, which are
about two-thirds as long as the body. The tongue, or sucking-tube, is not
obsolete, as might be supposed, but is about twice as long as the head.
HABITS OF THE MOTH.
These moths, I have found by repeated experiments, will not live in confine-
ment more than a week; that they are as short-lived when unconfined is
doubtful.
Many lepidopterous insects take no food when fully matured, or in the imago
state; yet I have found, as reported by Dr. LeBaron, that they will sip sweet-
ened water when in confinement. As Dr. LeBaron states, they doubtless sip
the liquid sweets of flowers, very like the apple blossoms.
These moths are nocturnal, remaining quiet and concealed by day, though
they will move if disturbed. They are seldom seen except they pupate in our
cellars or kitchens, and eoming forth usually in the night fly to the windows
in their desire to get where they may revel in the midst of perfume and bloom,
and are impaled on the window pane, where they remain often for two or three
days. Last fall (1873) we kept affected apples in our kitchen, and all through
the weeks of late spring and early summer my wife caught these moths upon
our windows, some of which I have brought along that you may examine them
and hereafter know the moth.
These moths soon pair, and then the female is ready to sow the seeds of
future destruction,—for which work she is well prepared, as by examining her
ovaries with a high power we may count as many as fifty eggs. Many of you
are familiar with the fact that in examining the ovaries of our fowls we find
groups of eggs of different sizes; these groups develop successively, from those
with largest eggs to those with smallest, at successive periods of ovulation or
THE CODLING MOTH. 155
egg laying. This is no truer of fowls than of all our higher animals, even to the
genus homo. Now, Dr. LeBaron claims to haye discovered such gradations of
size in the ova of the codling moth, and thus reasons that the moth, under
normal conditions, doubtless lives for quite a period that the lesser ova may
develop. I have been unable to find such gradations in the size of the ova,
even with a high power. If their longevity is greater than one week, it seems
strange that they die so soon in confinement, as moths and butterflies, if vir-
gins, will often, aye generally, outlive their sisters who are subject to the usual
conditions. I have myself confirmed the truth demonstrated by the renowned
Reamur, who kept a virgin butterfly for two years in his hot-house, by keeping
virgin moths alive for weeks, when in nature they would scarce have lived
so many days. Hence from analogy we would pronounce the moth as short-
lived. After all, Dr. LeBaron may be right. Positive experiment, not induc-
tion, settles points in natural history. We shall speak again as to these dif-
ferent sized eggs and their bearing on the longevity of moths in the sequel,
WHEN AND WHERE THE SPRING MOTHS LAY THEIR EGGS.
As we have seen, the spring moths are extant from the time the trees blos-
som till the very last of June. So we may say that egg-laying by these moths
commences as soon as the young fruit forms, and continues through June.
These eggs are, with scarce a single exception, placed on the calyx or blow
of the young fruit. During the last of May of the past season I found num-
bers of these tiny eggs thus placed, and showed them to my pupils. If farther
argument was needed on this point, we have it in the persistent path of entry
of the young larva, which is invariably by the withered blossom of the fruit to
the core.
Another question of much interest relates to the number of eggs deposited
in each apple. Here one can answer with positive certainty that only one egg
to an apple is the rule with the codling moth. Upon very thorough examina-
tion during the past season, I never found two eggs on the same fruit. Again,
very early in the season I never found two larve in the same apple; and when
later I did find two larve in a single fruit, one was invariably smaller, a point
which has been remarked by many entomologists. This smaller larve was
evidently from another mother. Why the moth thus scatters destruction so
broadly can but be conjectural. Professor LeBaron suggests that early the
apples are so small that two larve would find too great a struggle for life, hence
it may be that natural selection has developed this peculiar instinct. That
this same practice should adhere later, when the necessity has disappeared,
would argue that instinct, not reason, was the controlling power.
THE EARLY LARV 4.
After about a week, the time varying slightly with the season, the eggs hatch,
the young larva goes immediately to the heart of the apple, where it has a very
safe retreat in which to laugh and grow fat, being very successful at least in
the latter respect. After about four weeks of reveling in the rich apple pulp,
the mature larva leaves the apple, sometimes througi the old opening of in-
gress, though far more frequently the opening for egress is through the side of
the apple which has been made previous to the tithe of exit. While eating
the larva fills the space eaten out with its feces. These filthy droppings may
be seen in affected apples, forming a projection about the opening at the blos-
som, as also the opening where the larva is to escape. This exudation of fecal
156 STATE POMOLOGICAL SOCIETY.
matter, not unlike iron rust in appearance, enables us to determine affected
apples, even though they are in the very top of the tree.
After the mature larva leaves the apple, it at once seeks some secluded space
in which to pupate. Ifthe apple is still pendant from the tree, the larva either
crawls down the tree in quest of crevice or protecting bark, or perhaps rarely
drops by a thread spun from the mouth to the earth. If the apple has previ-
ously fallen to the ground, the larva comes forth, and in company with its kin-
dred, which possibly has swung down by a rope of its own manufacture, seeks
for a place of concealment. If there is no board, stump, or clod near by,—in
other words if clean culture is practiced, these lary also betake themselves to
tthe tree trunk, and go up as the others come down, and for the same purpose.
Having found the coveted seclusion, the larva soon commences to spin its co-
coon, and having completed this silken covering, and having rested for a brief
period, the larva transforms into a pupa.
THE PUPA STATE.
As a pupa or chrysalis, the insect is mostly quiet, only moving the posterior
rings when disturbed, and in common with all chrysalides, possesses no mouth,
and of course fasts during this period. After a brief fortnight of quiescence, the
anterior extremity of the pupa case bursts open, and the beautiful moth emerges.
Thus we conclude that of this first brood the moths appear from the middle
of May to the last of June, while the larve which come from their eggs will
be feeding from the Jast of May till the last of July, and a few even early in
August, and as the pupa state continues two weeks, the second brood of moths
wil) emerge from early in July (the earliest I have ever reared appeared July
12th), to near tke middle of August. Hence it will be seen that these two
broods overlap each other, the earliest of the second brood of moths coming
forth, doing their mischief and dying, ere the latest of the first brood even ap-
peared.
This second brood of moths conduct themselves very mudh as did the first,
though from choice, as also from necessity in part,seem to select the winter
fruit on which to depredate, and sometimes deposit the egg on other parts of
the apple than the blow—at least the hole where the later larve pierced the
fruit is not infrequently along the side, though in general this is as before.
The later moths, perhaps the late moths of the first brood, often deposit in an
‘nhabited apple,—though this is the exception,—hence the finding of two larva
in the same fruit.
The larvee of the second brood behave in all respects as did the first, bub
tardy ones remaining in the apple even till winter. The larve seem to know
that hurry is useless, taking things very leisurely ; and even though they desert
the apple in August, they only seek a corner to hide in and spin their cocoons.
And what a strange phenomenon we have here; the early larve changing to
pup almost immediately upon maturing, while these late ones, though the
weather may be as warm, though all influencing conditions, so far as we can
see, are the same,—remain as larve for weeks, aye, even months,—generally
even till the succeeding May. Why the numerous exceptions of last year, is a
problem not easily solved. Should we urge the warm season, which we might
do with some show of reason, especially as many other insects, as the tent-
caterpillar, either hatched or developed prematurely, we would doubtless be
answered that South, where the climate is much warmer, this insect’s habits
re the same as here. Thus we are left in the dark.
THE CODLING MOTH. 157
Having thus portrayed the natural history and habits of this incorrigible
pest, we are prepared to discuss the remedies. The great desideratum in the
Way of preventive is to capture the moth, thus nipping the whole evil in the
bud; but as yet we are unable to accomplish this. Yet, having full faith that
man’s wisdom and inventive faculties are entirely commensurate with his
needs, I most thoroughly believe that this discovery is to be made. And, Mr.
President, I would favor the offering of a prize of not less than $100 to the one
who should determine a practical Codling Moth exterminator. If, as Prof.
Riley says, this is impossible, no harm can result; if it brings success (I use
the indicative mood) it would be worth millions of dollars.
The common opinion that lights will attract these moths, and that they
may, in consequence, be destroyed by building fires, is, as stated in the report
of 1872, wholly erroneuus. The fact already noted, that these moths are some-
times seen on the window panes, though in the day-time, may have led to this
opinion, though it is far more likely that it originated in the fact that many
moths are thus attracted, and that even intelligent people are entirely ignorant
as to the special markings of this particular species.
Nor is there warrant for the remark that sweet liquids or adhesive syrups
will entrap them. I have spent considerable time and thought in experiments
of this kind, but as yet with no marked success. It is clear, then, that our ef-
forts must be directed against the larve and pupe.
THE HOG TRAP.
The policy of turning swine or sheep into the orchard has long been adyo-
cated, and of late has an enthusiastic champion in our secretary. Now there
is no doubt but that this method is excellent so far as it goes, and as every
aid in such a contest is worthy to be brought into requisition, so as our worthy
secretary cries “swine” I will add a hearty “amen.” Yet in our enthusiasm
in behalf of so cheap and available a trap, let us not forget that scarce more
than half of the larve ever reach the ground at all, as they leave the fruit be-
fore it falls, and hide about the trunk or limbs without ever leaving the tree ;
and as swine are very far removed from those beings which are said to possess
wings, they are all powerless in the destruction of about half of these insects.
Asa society we ought not to stop short of the very best remedies known in our
recommendations. While we may mention the less useful ones, we should
emphasize the most perfect.
That only about half of the larvae do come to the reach of either swine or
sheep may easily be determined by each of you. Examine affected apples
never so early in the season, which are still hanging on the trees, and that too
on trees which drop their apples the worst, and you will almost invariably find
that full half of the apples are empty of the larvee; and closer examination
will reyeal the culprits concealed about the branches and trunks. That these
did not swing to the ground and crawl upI proved by the following experi-
ment. I took a tree under which there was nothing that could secrete the
larve, and the bark of which was perfectly smooth ; around this tree I put five
bands. Six examinations of these bands gave five hundred and forty larve,
which were distributed as follows: The lowest band gave one hundred and
eighty, the second ninety-seven, the third thirteen, the fourth sixty-eight,
while the upper band gaye one hundred and eighty-two. We thus see that the
two topmost bands caught two hundred and fifty larve, the lowest two hun-
dred and seventy-seven, and the middle one only thirteen. The limited num-
158 STATE POMOLOGICAL SOCIETY
-ber under the middle bands is quite significant as showing that very few
passed three bands either from above or below.
Professor LeBaron, after some very admirable experiments with bands, con-
cluded that only one-half the larvee ever reach the ground.
Both Prof. Beal and Mr. Garfield have examined closely the past season, and
both gentlemen found that a majority of the apples were deserted before fall-
ing from the trees.
Thus we see that hogs, though good, especially where orchards are not free
from stumps, or are not kept clean, can never more than supplement the
better remedy. ‘Then, Mr. President, shall we as a society adopt a wise course
if we make swine our clarion note, while afar better remedy is in easy reach of
all? Or shall we not the rather give to the hogs the minor key, while bands
shall sound out clear from the major.
BANDS.
It is gratifying to me to find that all who have been wise and used the
bands, finally adopt what have from the first seemed best to me. The woolen
cloth bands, four or five inches wide, and passed once around the tree and
fastened with a long tack, which is not driven fully to the head.
WHEN AND HOW TO MANAGE THE BANDS.
The bands should be adjusted by the 20th of June, as very soon after this
the larvee will commence to leave the apples. The first examination should be
made the first week of July, which, very likely, in late seasons may be fruitless,
though so early an examination is safest. If such trees as the Early Harvest
are first examined, we may soon learn if we are too early. It is very evident
that the period between successive examinations should never exceed the
briefest period of pupation. And Prof. Beal’s experiments the past season of
excessive heat, prove that twelve days is too long. Bands cleared entirely of
cocoons, and then examined in twelve days again, revealed many empty pupa
skins, showing that the bird had flown. So we say examine every ten days.
As all the first brood have developed by the last week of August, and as the
second brood do not leave the cocoon till the next year, no examination need
be made after the last week of August till early winter, when a last thorough
examination should be made.
To recapitulate: adjust the bands June 20th, and examine the same July
Sth, 18th, 28th, August 7th, 17th, 27th, and December 1st.
HOW TO DESTROY THE LARV Z.
Upon thorough consideration of the subject, I think there is no way of des-
troying the larve equal to that of withdrawing the tack, carefully unwinding
the band, and crushing all larve and pupe with the fingers. Prof. Beal agrees
with me that for safety and speed there is no method equal to the above.
Of course all good pomologists will keep the rough bark all scraped off; this
may be done at any season of the year. Smooth trees are most benefited by
the washing with soap-suds, the first of June, which no one can afford to omit.
Of course without the removal of the rough bark the bands will not do their
full work. Clean culture, and the removal of all wood, boards, etc., beneath
the trees is very important; especially if we dispense with the hog-trap. Those
who have not yet used the bands should seek out and destroy the larve under
the rough bark of their trees during the winter, while all should destroy all of
the larvee which may have hidden in crevices about their apple bins and bar-
THE CODLING MOTH. 159
rels. The little silken cocoon will give quick indication of their presence or
wherealaouts. Yet these insects are no exception to the rule of insect secre-
tiveness, and we can not hope to destroy even a moiety of these cellar residents.
Why could we not arrange to have our apple-cellars moth-tight, and then by
the first of May shut them up, and thus effectually cage these miserable mis-
chief-makers ?
DR. LE BARON’S THEORY AGAIN.
We have seen that the first brood of moths are around as late as the last of
June, while their pupe all disappear the last of August. Now remembering
that the eggs exist one week before hatching, the larve four weeks eating, the
pup two weeks quiescent, where, then, is the time for the moths, that those
smaller ova may develop? Yet, supposing that the second brood of moths
have those smaller ova, which have to develop for some days, mayhaps weeks,
within the ovaries, and that the moths are sufficiently long lived for this, and
we may have the solution of the enigma which inhabited apples, even in De-
cember, present.
NATURAL ENEMIES.
Among the most important of these are tke birds, especially the robin, blue-
bird, and sap-sucker. Could I put before you an exact showing of the enor-
mous benefits from these feathered friends, I am sure you would be filled with
astonishment, admiration, and gratitude. This is why some of our fruit men
have erroneously supposed that a single “ worm” run riot, and instead of play-
ing havoc with a single apple or pear, destroyed dozens. Why, say they, the
“worms” are but a small fraction in numbers to the injured fruit. Yet they
neyer saw a full grown larva in an apple without seeing at the same time a
large excavation, showing that the devastator is no new comer. Could they
haye seen the thousands, aye, millions of larvee which haye been picked up by
their bird friends, a friendship too often one-sided, they would reason better.
Especially serviceable in this good work is the sap-sucker. Prof. Beal objects to
the paper bands, because they become so riddled with holes by these vigilant
benefactors in quest of these destructive larve and pupx. Nor do they tire
with the coming of those “ melancholy days, the saddest in the year,” for all
the long winter through they are still engaged in the same worthy labor.
How mean, then, to denounce them because they occasionally seek to gratify
their architectural taste by huney-combing some evergreen or fruit tree, that
they may rinse down their larval tidbits by lapping the oozing sap, even if
they do semi-occasionally, nay, quadri-occasionally, destroy a tree. Oh, that all
of us were as sure, when the books are opened, of as bright a record of noble
philanthropic work as these birds!
Last July I received a letter from Hon. Henry Chamberlain of Three Oaks,
Berrien county, in which he stated that Mr. R. B. Goit had discovered a worm
which preyed upon both the larve and pupe of the codling moth.
I afterward corresponded with Mr. Goit in regard to this “ worm,” receiving
from him specimens of the same, with a more full account of their good work.
These “ worms” are more properly grubs, or the larve of beetles. I did not
succeed in rearing any of them, but sent one to Prof. C. V. Riley, who pro-
nounced it the grub of a beetle of the family Clerid@, a family which contains
the grub or larve which, in Europe, destroys the young bees. Another of
this family also destroys hams, often doing ruinous work.
I think Prof. Riley is wrong, and that this larve rather belongs to the family
160 STATE POMOLOGICAL SOCIETY.
Trogositide, and if not the identical species, is nearly related to the grub de-
scribed by Dr. Le Baron, as found by Dr. Reed in Muscatine, Iowa, in his third
annual report, page 182.
These larve are whitish, depressed, tapering anteriorly, with a brown head,
and with two brown spots on each of the first three segments. The last seg-
ment terminates in a horny plate, extending backwards in two horny spines,
The specimens sent me ranged from Jess than a quarter to more than a half
inch in length. I presume the latter may have been nearly full grown, though
Mr. Goit stated that he had seen them one-third larger. I think these are of
the genus Trogostla, possibly 7. corticolis, Mel., which Dr. Le Baron has taken
under the bands, and which I have frequently taken at Lansing. I hope the
following season to remove all guesswork in the matter.
Mr. Goit, who, by the way, seems an excellent observer, saw these grubs de
your both larvee and pupex, but mostly pup, which were eaten in large num-
bers. Some pup enclosed with those sent to me, were used for a lunch while
en the journey.
Prof. Riley describes the larve of two more of our common beetles, Chanuli-
ognathus Pennsylvanicus, and Telephorons bilineatus, Say, both of which feed
on the larve of the Codling Moth.
These beetles, specimens of which I have before me, are soft-winged, belong to
the family Lampyride, which also includes our common fire-fly, or more
properly fire-beetle. ‘These beetles feed on the honeyed sweets of flowers, and
during the bright September days of last autumn, I caught a large number of
the former, which fairly swarmed on our Minnesota bee plant, which, from its
showy bloom and myriad insect visitors, was an attractive feature at our
apiary.
These grubs, as described by Prof. Riley (see his 1st and 4th reports), are of
a rich, velvety brown, with longitudinal rows of lateral black spots. The last
named has an interrupted dorsal stripe of white. These beetles are caught in
bottles of sweetened water suspended in the trees, which, as we thus see, are
not only valueless, but a positive evil.
Nothing need be said in reference to parasites further than what appeared in
the report of 1872.
I have thus risked taxing your patience by this detailed account of one of
our worst insect pests, believing that the importance of the subject would far
more than justify it. Not to weary you longer, I close with the following
amended summary from Prof. Riley’s third report:
“The Apple Worm or Codling Moth is an important insect. There are two
broods a year, and the second passes the winter within the cocoon in the larvae
state. Use sheep or hogs in the orchard whenever it is possible to do so. Put
no confidence in lights or bottles, but rely on the bandage system. Have the
bandages in place by the 20th of June, and destroy the cocoons, larve and
pup underneath them every ten days, commencing, when necessary, as early
as July 8th, continuing till August 30th, and again at the close of the season,
after the fruit is harvested. Destroy, as soon as the ground thaws in spring,
all insects within cocoons found around store-houses, or under bark, where
trees were not bandaged the previous year. Urge your neighbors to combine
with you in the work.
HOW. PLANTS . GROW.
AN ADDRESS BEFORE THE STATE POMOLOGICAL SOCIETY AT IONIA,
DECEMBER 2, 1874, BY PROF, W. J. BEAL, AGRICULTURAL
COLLEGE, LANSING,
SOURCE OF FOOD,—ELEMENTS NECHSSARY.
All substances, so far as known, are made of a little over sixty simple ele-
ments.
Chemists have proven that fourteen of these elements (bodies which have
never been decomposed) are essential to the growth and maturity of every
common flowering plant, and of animals too, since they feed upon plants.
One of the most common and characteristic elements of plants is
Carbon, (C.) which exists nearly in a pure state as charcoal, lamp-black,
black lead, and the diamond. It constitutes about 46 per cent of plants.
Oxygen, (O.) is a colorless, odorless, tasteless gas, constituting a large part
of the air we breathe. It combines with most other elements with great read-
iness. It constitutes more than one-half of the aggregate materials of the
globe, about 40 per cent of plants.
Hydrogen, (H.) is a gas without color, odor, or taste. It is the lightest sub-
stance known. It unites with oxygen to form water. United with carbon it
forms the chief ingredients of many compounds, as volatile oils, coal gas, ben-
zines, tallow, etc. About five and a half parts out of 100 in plants by weight
are compounds of hydrogen.
Nitrogen, (N.) is abundant in the air, as an inert gas, without color, taste,
or smell. It constitutes about two per cent of plants, existing in a greater
proportion in the seeds, and young stems and leaves which are edible.
Sulphur, (S8.) is well known as a yellow substance in the form of brimstone.
It exists in small quantities in all plants, perhaps 15 parts in 10,000.
Phosphorus, (P.) is never found free in nature. It consists of about four
parts in 100 of plants. It constitutes the chief value of bones as a manure.
The above are the six most important elements of plants.
Silicon is never found naturally in the free state. Combined with oxygen
it forms silica, an exceedingly abundant substance in sand and in most soils.
The other elements necessary to plants are chlorine, potassium, sodium, cal-
cium, magnesium, iron, manganese. Still others are sometimes found.
The above fourteen elements are chiefly obtained from oxygen of the air,
21
162 STATE POMOLOGICAL SOCIETY.
water, carbonic acid, oxide of iron, chlorides, silicates, magnesia, oxide of man-
anese.
: Water is the most abundant compound in plants. It constitutes 91 parts
out of 100 in fresh turnips, 90 of strawberries, 84 of apples, and 12 out of
100 of dry corn.
It holds in solution the solids, and gases to some extent, much of which are
used to build up the plant.
Plants have the power of decomposing these compounds and of making
new materials of them, or of re-arranging them.
Plants are made up of minute cells. Hach cell wall when alive and active
is composed of two coats, a thicker outer coat surrounding a delicate inner
coat. In wood and bark and some other parts which split or tear into strips
or strings, the cells are long, and usually tapering and overlapping at the ends.
In the pulp of apples, peaches, shells of walnuts, vegetable ivory, leaves of
mosses, all sea weeds and fungi and lichens, and many soft and delicate parts
of plants, the cells are not more than two or three times larger in one direction
than in the other. The outer cell wall, which alone remains in many mature
cells, is composed of cellulose, which is found nearly pure in cells of cotton
and fibers of hemp and flax.
TAgnin is found with cellulose in woody fibre and hard shells of nuts, ete.
Starch is free in the cells of wheat, corn, potatoes, and many other plants.
This is the form in which many plants lay up a store of nourishment for fu-
ture use.
Dextrine is starch in a soluble condition.
All bodies in the cellulose group contain twelve parts of carbon, and ten,
eleven, or twelve molecules of water.
Besides these there is a group of vegetable acids, as oxalic in sorrel, malic in
apples, tartaric in grapes, citric in lemons.
There are fats and oils, resins and wax, containing much less oxygen than
exists in the cellulose group. They are mostly composed of oxygen and hy-
drogen.
Lhe albuminoids or protein bodies differ from the above in containing five
elements instead of three. They contain fifteen to eighteen per cent of nitro-
gen, a little sulphur, and sometimes a small amount of phosphorus.
The albuminoids are abundant in seeds and all young growing plants. Al-
buminoids exist in the sap of all plants in small quantity. Such parts also
contain vegetable fibrin, gluten, caseine. The exact formule of all these is un-
certain. ‘They are easily decomposed. They are very important in food of
animals. Albumen is found nearly pure in the white of an egg.
Chlorophyll (leaf green) exists in small quantities in all parts which are
green. It isin the form of granules floating in the transparent cells. Prof.
Johnson thinks the quantity of chlorophyll no greater in plants than dye in
colored fabrics.
The above are the materials of which plants are made. ‘They are the bricks,
lumber, lime, nails, glass, and paint of the structure. Plants alone absorb in-
organic or mineral substances, which are re-arranged or assimilated. With this
assimilated material new cellsare formed. The plant grows.
The dreams of those who studied Liebig’s writings twenty-five years ago
haye not been realized. As I understand it, he. believed any one could ana-
lyze a handful of soil from a field, and then tell just the kind and quantity of
fertilizer needed to produce any kind of crops.
HOW PLANTS GROW. 163
An artificial soil may be made up in just the right proportions of just the
right materials for any crop, and yet be absolutely sterile, because the materi-
als are not in a condition to be absorbed by the plant.
The falsity of this notion need not seem strange to us after considering the
opening sentence in Johnson’s How Crops Feed, which reads: ‘A multitude
of observations has demonstrated that from 95 to 99 per cent of the entire
mass (weight) of agricultural plants is derived directly or indirectly from the
atmosphere.” ‘This does not, of course, mean that plants feed entirely upon
oxygen and nitrogen, the two chief ingredients of air, but that the air con-
tains nearly all, but not all, the other elements in sufficient quantity to sus-
tain plants. These are absorbed by rain and snow and dew, and brought
down to the plant. So much depends upon the degrees and variations of
moisture and heat and light, which are, at most, beyond our control; so little
is furnished by the soil, that it leayes a large element of uncertainty as to the
results after applying any particular fertilizer.
Different varieties of the same species behaye differently under the same treat-
ment.
So much depending upon the weather, we see the need of a good knowlege
of meteorology as well as of chemistry and vegetable physiology.
Time and space will allow me to merely quote a table in How Crops Feed,
page 98, giving the source of food to plants as taken from the atmosphere:
( Oxygen, by roots, flowers, ripening fruit, and by all growing parts.
Carbonic acid, by foliage and green parts, but only in light.
Ammonia, as carbonate, by foliage, probably at all times.
ee Water, as liquid, through the roots.
Plants. wiinous acid t United to ammonia, and dissolved in water through the roots.
Ozone inebetai
| Marsh gas 5 Uncertain.
+ Nitrogen
Not absorbed } Water in state of vapor.
Oxygen, ‘ :
Exhated | Ozone? By foliage and green parts, but only in light.
by Marsh gas, in traces by aquatic plants.
Plants. Water, as vapor, at all times.
Carbonic acid, from growing plants at all times.
Observe that buds, flowers, roots, ripening fruit, ete., give off and take in just
the reverse of green leaves in light.
Although the air contains only 6 parts in 10 000 of carbonic acid, the air of
the soil contains 10 to 390 times that proportion. The composition of plants
changes with their growth. There is the greatest activity while flowering.
They take up different proportions of certain kinds of food at different times
during their growth. They require a change of diet.
The seed of plants requires more of some kinds of nourishment than the
petals, stamens, or any other parts. For example: An analysis of the ash of
the oat-plant shows in the lower stem, of silica 14.1, middle 9.3, upper stem
20.4, lower leaves 34, upper leaves 41.8, ears 26.0, chaff 68, husk 74.1, kernel
1.8. In an analysis of eight parts of the plant (leaving out the seed) the lower
stem contains less silica. Seventy-five years ago, when silica was found in the
straw of wheat and oats, the conclusion was at once drawn that it serves to
stiffen the plant, and serve the purpose of bones in animals,
Johnson says: “Two circumstances, however, embarrass the unqualified
acceptance of this notion.” The proportion of silica is not greatest where most
164 STATE POMOLOGICAL SOCIETY.
ig needed to agree with the theory advanced. The upper stem contains four
times as much silica as the lower, and the chaff and husk about thirty-seven
times as much. ‘To make the theory have much weight, we ought to find the
greatest amount of silica where there is the greatest strain.
As before mentioned, all plants are composed of one or more cells. An ac-
tive, complete cell consists in a permanent cell wall lined with a delicate mem-
braue, and within these a semi-fluid called protoplasm, containing a vast
number of very small granules. In some parts of the cell may be seen a round
body called the nucleus, and upon this a nucleolus.
Every fiber of cotton is acell. These are sometimes two inches in length;
but in woody tissue cells are not often over one-fifteenth of an inch long.
Elder pith is made of large cells, but it would take 100 of them side by side to
reach an inch, and about 50 to reach an inch ifplacedend to end. In growing
plants these cells are multiplied with great rapidity, each one dividing into
two or four or more cells. Ina puff-ball sometimes three or four millions of
cells are formed in an hour.
In a very young plant of the highest classes the cells are much alike, but
as they grow older the cells become more diversified in form.
In some of the simplest plants, as the yeast plant, red snow, many other
fungi and minute sea weeds, each plant is a microscopic cell.
The plan of our higher plants is very simple, and consists of only root, stem,
and leaf in some form or other.
If we examine a young apple tree a year old, we shall find it made up of a
lot of internodes and nodes placed above each other, a node at the top of an
internode bearing a Jeaf, which produces a bud just above it. This bud becomes
a branch essentially like every other branch on the tree. The trunk, at last, is
composed of the enlarged young stem. ‘The Designer of all plants has vastly
added to our enjoyment by not making all leaves alike on every plant.
Leaves appear as dry scales on buds, as thick fleshy masses on the bulb of a
lily, as thick heavy leaves on century plants, as pitchers or fly traps, as spines,
as tendrils. They are simple, as in the apple, or compound, as in the rose, pea,
and honey locust. The parts of flowers are nothing but leaves.
Stems of plants exist in great variety. The runner of the strawberry, the
slender stem of the morning glory, the stout stem of the tree, the spine ofa
hawthorn, the underground stem of quack grass and June grass, popularly
called roots, the thickened tuber of a potato covered with buds, the stumpy
cacti of Mexico, and the giant redwood of California, are good examples.
ROOTS
vary too. They are fibrous in wheat or fleshy in the peony and turnip. They
are annual or they may last for years.
Roots elongate at the end only, or rather the one-sixteenth of an inch bark
of the end. In our trees they expand in size by annual layers the same as the
trunks and branches. The soil has much to do with the length and number
of roots. In light, poor soil I find roots of June grass four feet below the
surface.
People are apt to underestimate the length, amount and importance of the
roots of the finer grasses, wheat, oats, ete. Some roots of clover and Indian
corn are large enough to be seen by every one on slight examination. A young
wheat plant, when pulled up, only shows a small part of its roots. They go
down often four to six feet. It needs very careful examination to show that
HOW PLANTS GROW. 165:
clover and Indian corn have any more weight of roots than June grass. They
probably do not contain more.
The roots of a two-year old peach tree in light soil were found seven feet
four inches long. In dry light soil, this season, we pulled up one parsnip three
feet long, and another three and a half feet long. Small roots were even longer.
The noted buffalo grass on the dry western prairies is described in the agri-
cultural reports at Washington as having very short roots, but Mr. Felker, one
of our college students, found they went down seven feet.
The roots grow best where the best food is to be found. They grow in
greater or less quantity in every direction. If one finds good food, it flourishes
and sends out numerous branches. Many of the smaller roots of trees die
every autumn when the leaves die, and others grow in spring. Near a cherry
tree in my yard was a rustic basket without a bottom, filled with rich soil.
On removing the basket and earth, cherry roots were found in large numbers
near the top of the soil. They had grown full of small branches where the
soil was good. Roots in soil will grow up just as well as down.
Every wood-chopper knows that we can tell the age of trees in our climate
by counting the rings or layers of wood on the stump. ‘The cells which make
up the stem are larger early in the year than they are near the close of the
year or time of growth.
The stems of Indian corn and of palms do not have much wood in their
structure.. What they have is in the form of woody bundles or threads scat-
tered without order throughout the stem. We cannot tell the age of a palm
tree by its diameter, but can tell approximately by its height. The woody axis
of a tree is a series of cones placed one over the other, like a lot of funnels,
except that the last one is the longest and completely covers all the rest. We
may tell the age of a young apple tree or peach tree by counting the scars left
each spring where the hard bud-scales fall off. It was once thought that the
heart-wood was entirely dead and served no purpose to the tree except to give
it support, but later researches show that “living processes” go on to some ex-
tent in the heart wood. The growth of wood in our trees is confined entirely
to the cambium, or new layer, each year.
Most flower stalks grow up, but some hang down or bend down and push
themselves into the soil to ripen seeds, as do the peanut and scme polygalas and
wild beans.
Still, most, if not all, young stems grow up and the roots turn down. Vari-
ous attempts to explain this on mechanical principles have all failed. We can-
not tell why they grow as they do any more than we can tell why young ducks
take to the water.
LEAVES
when very young appear as a little projection of one piece,—as they advance
woody bundles or frame work are developed. Leaves have been called the
lungs of plants. In a certain way they are a temporary stomach as well as
lungs. Yet I have known a graduate in a Greek and Latin course to cut off
the leaves from his grape vines to let in the sun to ripen his grapes in Septem-
ber. Leaves are a chemical laboratory, a factory to assimilate raw materials
ready for plant fabric,—to build up all parts which grow.
Leaves put the plant in close proximity to the air and light of the sun. They
regulate to some extent the escape of water, which comes up from the roots.
166 STATE POMOLOGICAL SOCIETY.
THE CIRCULATION OF THE SAP
is commonly given in the text books as a very simple matter which every
school-boy is expected to know and understand. Late researches indicate to
me that no one yet is able to give good and satisfactory reasons for all the
movements of sap in plants.
At certain seasons of the year some plants are full of sap. If cut or bruised
some of it runs from the wound. A majority of plants, however, will never
run sap if they are tapped at any season.
The sap in a maple tree in spring acts very much as though the bark were a
tight cylinder filled with water to the top. The materials dissolyed in water,
and all taken in by the roots, are called the crude sap. This exists only in
theory, as it is at once more or less mixed with the assimilated sap.
Field and garden plants absorb most of their nourishment through their
roots in the soil.
Soil-water alone does not appear to contain all the materials necessary to
nourish plants, except in very rich soil. The leaves take in carbonic acid.
Some plants thrive in damp air attached to trees which may be living or
dead. They receive their food in the form of air, vapor, or perhaps occasionally
as a liquid.
Some of the higher plants which live in water may take their nourishment
through the leaves as well as through the roots. Some of the lower water
plants (sea weeds) absorb nourishment from the water by all their parts. ‘This
of course must be the case with all our one-celled plants, which are quite nu-
merous in variety and large in numbers.
. Johnson says agricultural plants take mostly hygroscopic water through their
roots. That is a water which is not perceptible to the senses.
Rice, willows, and many other plants take freely what is called bottom water,
or standing water. Some writers maintain that the passage of sap through
plants can be satisfactorily explained on mechanical principles alone, while
others as strongly maintain that it is still unexplained, and attribute the phe-
nomena to the vitality of the plant.
Osmose is one of the mechanical principles usually urged to account for the
rise of sap to the leaves. This may be briefly stated as follows: When two
liquids or solutions are of different density, or have a different attraction for a
porous membrane which separates them, the liquids will usually each pass
through the membrane and soon mix with one another. Endosmosis “ de-
pends upon the attraction of the membrane for the two liquids” (Dalton, p.
295).
If water be one of the liquids and albumen the other substance, the water
will pass through the membrane to the albumen, but no albumen will pass in-
to the water. Other and more complete explanations are given already in
Dalton’s Human Physiology. Capillary attraction is supposed to exert much
influence on the ascent of sap. This is an operation familiar to every one as
exhibited in the ascent of oil in the wick of a lamp.
Unless the air is saturated with moisture much vapor is constantly passing
off through the leaves. This must aid in causing water to enter the roots.
Mr. Herbert Spencer has shown that the motion of plants, swaying to and fro
by the wind, is a great aid in causing sap to ascend; yet, sap gets up easily
enough though, when plants grow in perfectly still places.
HOW PLANTS GROW. 167
DIFFUSION OF LIQUIDS
with each other is thought to assist in the movements of sap. Thomas Gra-
ham divided substances into erystalloids, such as salt, sugar, etc., and colloids
such as starch, gum, and gelatine. Crystalloids move freely through mem-~
branes to mix with colloids, but the reverse is not the case.
There is no fact better established in vegetable physiology than this: that
the sap of plants goes to the green leaves or surface of the plant and there
becomes changed or re-organized into material fit to nourish the plant.
Over 100 years ago, in trees the sap was thought to go up in the young wood
and descend in the cambium layer. Numerous facts seemed to prove this.
A thread or wire tied closely about the tree causes a bunch or ring to form
above it.
In conifere (pines, spruces, cedars, larches, etc.), the wood cells are all
nearly alike. There are no vessels or ducts. In such plants the sap ascends
in the wood cells, passing from cell to cell through vast numbers of partitions
in its course to the leaves. In all woody plants of our climate except the
conifer@, there are numerous ducts or vessels, long tubes much larger than
the wood cells. The older botanists believed (and some of the later) that sap
ascends in these vessels, while mos¢ recent botanists believe the sap ascends
through the woody tissue. The vessels are sometimes full of sap and some-
times full of air.
If a limb containing good leaves is cut off and placed in an alumed decoc-
tion of logwood or magenta, the dye will ascend more or less rapidly, accord-
ing to the evaporation of the leaves.
s
SH
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a
yy
BORECOLE, OR KALE.
The Borecoles, or as they are usually called, Kales, are not much grown in
America, though quite popular in many parts of Europe. They do not form
heads like the cabbage, but furnish abundance of curly leaves, those of some
: varieties being quite ornamental, their
general character being shown in the en-
graving. The Kales are more hardy than
the cabbage, and will endure considerable
frost without injury, so they are often al-
lowed to remain in the ground until spring,
except in very severe climates, and are thus
in use during the winter. When cut
frozen, they are immediately placed in cold
water. In northern countries, they are
taken up and stored in a cold pit or cellar,
+ and-those not needed for winter use are
re-planted in spring, aud make a new and
tender growth. The small variety, called
German Greens, is usually sown in the
autumn, and cut in spring and sold in the
market by measure, somewhat like spin-
ach. The culture is the same as for cabbage. While we do not anticipate the’
very general culture of Kale in America, as in many sections of Europe, we
think it well to call the attention of our readers to this somewhat noted mem-
ber of the cabbage tribe.
POPULAR VARIETIES OF GARDEN VEGETABLES. 203
BRUSSELS SPROUTS.
Brussels Sprouts is a very respectable member of the cabbage family, and
very nearly related to the Kales. It has a strong stem, sometimes not less
than four feet in height, though there is a dwarf variety that never reaches
more than half this height. A loose head of cabbage surmounts the stem, and
thus a circulation of sap is secured to the extremity, while
below, commencing a few inches from the ground line, are
numerous small heads like miniature cabbages, so thick as
almost to conceal the stem, and presenting the appearance
we have endeavored to show in the engraving. These heads
are very tender and of good flavor. The culture is the
same as forcabbage. If early plants are raised in a hot-bed,
they will perfect themselves in September, in the north, and
a later sowing should be made in the open ground, that
will be in perfection about the time winter commences.
These should be taken up and stored in a cool cellar, like
the cauliflower, with the roots in earth, where they will re-
main fit for use during the winter. Where the winters are
not very severe, they may remain in the ground to be cut as
needed, and in such places the Brussels Sprouts are of the
greatest value. In severe climates—climates of great ex-
femmes of heat and cold—the Brussels Sprouts, and some
other members of the cabbage family, will never be very successfully grown
nor become very popular; and. yet there are some in every section who will think
us over-cautious, and we would not be surprised to receive a package of “Sprouts”
from the most unlikely place in the world, just to prove that we are mistaken.
The ability and perseverance of some persons will conquer all difficulties, and
this is our response, in advance.
BEETS.
The Beet is a favorite vegetable,
and is exceedingly valuable, being
in use almost from the time the
seed-leaf appears above ground un-
til we are looking for its appear-
ance the next year. ‘The seeds
are in little groups or
clusters of calyxes, as
seen in the little en-
graving, so that each
rounded cluster which we call a
seed, really contains from two to
four true seeds. ‘The consequence
is that the plants come up much
thicker than necessary, and must be
thinned out. There is nothing in
the way of “ greens” as good as these
young Beets, and the thinnings of
the beds can be used as needed, trom
the time the young plants are two
or three inches in length until they
are large enough for ordinary use.
To preserve the roots in fine con-
204 STATE POMOLOGICAL SOCIETY.
dition during the winter, take them up carefully before hard frosts, and
pack them in a cool cellar and cover with earth. For spring use they
may be pitted in the ground. The seed germinate more surely and rap-
idly if put in warm water and allowed to soak for twenty-four hours. The
soil should be rich, mellow, and deep. Plant in drills about two inches
deep, and the rows about twelve or fifteen apart. Set the seeds in the
drills about two inches apart. An ounce of seed will sow about seventy-
five feet of drill, and five pounds are sufficient for an acre. The. va-
rieties of Beets are very numerous, and quite di-
versified in form and appearance, from the little
round, table, turnip-formed varieties, to the large,
coarse sorts, sometimes three feet in length, and fit
only for cattle. Figure 1 shows the Large Red
Mangel, one of the best for feeding to stock; fig. 2,
the ent Blood Turnip, a very smooth, pretty
variety ; fig.3, the Pine
Apple, a comparatively
new and good dark
variety ; fig.4, Bassano,
an old favorite, juicy
sort, tender and light
colored; fig. 5, Dew-
ing’s Turnip, a week
earlier than Blood Tur- |
nip, lighter fleshed, and
an excellent variety;
fig. 6, Carter’s Orange
Grove Mangel, thought
in England to be the
best round variety ; fig.
i‘) 7, the old and excellent
Long Blood Red. The res: Chard, of which we show the leaves, is a variety of
Beet. cultivated for the broad leaf-stalks, which are cooked and served like
Asparagus. Plants should stand a foot or more apart in the rows, and the
rows three feet, for field culture.
i 4
CABBAGE,
The cabbage requires a deep, rich soil and thorough working. If these re-
quirements are met and good seed obtained, there is no difficulty in obtaining
fine, solid heads. For early use, the plants should be started in a hot-bed or
cold-frame ; but seed for winter cabbage should be sown in a seed-bed, early
in the spring. Some gardeners prefer to grow plants for early spring cabbage
in a frame in the autumn, protecting them with boards or matting during the
winter, but without good care plants saved in this way often prove a loss. In
a mild climate, plants may not only be started in the autumn, but transplanted,
and will make considerable growth during the winter season. Some varieties
seem to do best if the seed is sown in the hills where they are to remain; and
this is particularly the case with the Marblehead varieties. Sow two or three
seeds where each plant is desired, and then pull up all but the strongest. The
large varieties require to be planted about three feet apart; the small, early
sorts, from a foot to eighteen inches. Always give cabbage a deep, rich soil,
and keep it mellow with plenty of manure. For early winter use, store a few
POPULAR VARIETIES OF GARDEN VEGETABLES. 205
in a cool cellar. The main crop will be better kept out of doors, set in a trench
closely, head down, and covered with straw and earth. There is almost an
endless variety of cabbage, and nearly all extensive growers have their favorite
sorts. Some kindsseem to succeed best in certain localities. The Winningstadt,
for instance, which we have shown in figure 2, seems peculiarly adapted to
the south. The Jersey Wakefield is now, no doubt, the most popular early
cabbage (see fig. 1). Early Schweinfurth (fig. 3), is a very large cabbage, and
matures early, but we have never been able to grow solid heads. Marble-
head Mammoth is a large solid cabbage, but requires a very rich soil, early
planting and good culture (fig. 4). Fig. 6 is the popular Premium Flat Dutch,
206 STATE POMOLOGICAL SOCIETY.
which is the old Flat Dutch somewhat improved, and of american growth.
Stone Mason Marblehead is represented eo
by fig. 7, and is an excellent winter
cabbage. Fig. 8 is the Drumhead Savoy,
a very tender, sweet cabbage, very hardy,
and improved by a little frost. Figs. 5 /
and 10 are the Filderkraut, one of the sol- | =~
idest and best
cabbages Wwe
are acquainted
with; always
heads, and as
solid as any
one can wish. :
We give two engravings of this fine variety, as the
/ tirst was drawn from a specimen taken from our
grounds when not fully matured. There are several
varieties of pickling cabbage, but the highest colored
and best is one we introduced several years since
from Europe, known as Chappell’s Red Pickling
fig 9).
Collards, or what are i known as Collards, are merely young cabbage
plants. ‘The usual plan is to sow the seed in drills about half an inch deep,
and a foot apart. When these plants are a few inches in height, they are
pulled. In the south, sowings can be made through the winter every few weeks.
A variety very popular at the south, and thought to be much better than any.
of the common cabbages, is called Creole Collards.
CAULIFLOWER.
The most delicate and delicious of all the cabbage family is the Cauliflower.
It is more delicate and tender than the cabbage, and therefore requires a more
generous treatment. It de-
lights in a rich soil and:
abundance of water, which ;
it would be well to apply
artificially in a dry season.
After seeing the splendid
cauliflower growing around 2
Erfurt,Prussia, and obsery-
that we fail in our hot, dry
climate. Cauliflower there
is grown in low, swampy
ground, which is thrown
up in wide ridges. The plants are set on the ridges, and between these are
ditches of water. Every dry day the water is bailed from these ditches upon
the growing plants, and the result is cauliflower of enormous size, compact, and
almost as white as snow. The engraving will give a pretty good idea of these
cauliflower gardens, and the process of watering. In the ditches water cress is
grown, both for cutting and seed. Still, we must say we have never seen or
POPULAR VARIETIES OF GARDEN VEGETABLES, 207
heard of finer cauliflower than is sometimes grown in the south and west. The
MT flow er buds form a solid mass of great
beanty and delicacy, called the “ curd,”
and its appearance is shown in the
engraving. This is rendered more
delicate by being protected from the
sun. Break off one or two of the
leaves, and place them upon the flower.
Gardeners sometimes sow seed in the
= autumn, for early cauliflower, and keep
=== the plants over in frames; but by
sowing the early varieties in the spring,
= : = ina hot bed or cold-frame, or even in
an open bowdés, they can be obtained in pretty good season. For late cauli-
flower, sow seed in a cool, moist place, on the north side of a building or tight
fence, in this latitude, about the first of May, and they will not be troubled
with the little black beetle, so destructive to everything of the cabbage tribe
when young. Do not allow the plants to become crowded in the seed-bed.
Transplant in moist weather, or shade the newly set plants. In the autumn,
plants which have not fully formed the “ flower,” or “curd,” may be taken up
and placed in a light cellar, with earth at the roots, and they will generally
form good beads; or they may be hung up by the stems, head down, in a cool
cellar, and will do well.
A favorite European vegetable, Brocoli, resembles the cauliflower ; indeed, it
is hardly possible to distinguish the two. The Brocoli, however, is the most
hardy, and in portions of Europe where the seasons are mild, remains in the
ground all the winter, furnishing good heads most of the cold season. Of
course, in many sections of our country Brocoli would not suffer in winter, but
it dislikes severe summer heat more than cold; and to succeed, it would be
necessary to grow late plants, and set them out after the extreme heat of sum-
mer is past.
CRESS.
The Cresses are excellent and healthful salad plants, of a warm, pungent
taste, and are much relished by almost every one, especially in the spring sea-
son. When young and tender the whole plants are
eaten, but when older, the leaves only. Cress is often
used with lettuce, and other salad plants, and the =
Curled is very good for garnishing. Sow the seed in *
a hot-bed or in a sheltered spot in the garden, quite
thick, in shallow drills. In a short inves it will be fit
for cutting. Sow a little every week. The water
cress isa great luxury to most people, and cheaply
obtained by those who live near fresh water. Scatter
a little seed in moist places on the edges of ponds or
brooks, and in the eddies of streams, and in a few years the shallow water will
be stocked with plants. The engraving with the large leaves shows a branch
of Water Cress, and with the small leaves a plant of Curled Cress.
CORN SALAD.
Corn Salad is a favorite salad plant in some portions of Kurope, and is much
cultivated in America by those who have become familiar with its use across
208 STATE POMOLOGICAL SOCIETY.
the sea. Its name is derived from the fact that it is found abundantly
growing in wheat fields’ Sown in Av-
gust, and protected by leaves or straw during
the winter, it can be used in the spring very
early. Sown in April or May, it is very soon fit
for use. The leaves are sometimes boiled and
served as spinach. It is very hardy. Sow as
for lettuce, in rows, covering seed only about a
quarter of an inch. Thin out the plants so
that they will be three or four inches apart.
CARROTS.
The Carrot should always be furnished with a good, deep, rich soil, and as
free from stones and lumps as possible; and if a rather light loam, it is better
than if compact and heavy, it is waste of time and labor to try to grow roots
of any kind on a poor or unprepared soil. Seed should be got in early, so as
to have the benefit of a portion of the spring rains. We knew a part of a field
to be sown, when a long rain interrupting the operator, it was not resumed until
after the soil had become pretty dry, and no showers coming very soon, the first
half sown produced an abundant crop, while the last was almost a failure. Sow
in drills about an inch deep, the drills about afoot apart; and at thinning, the
SS
\
SW
WG
WO
SSNS
WY
WY
plants should be left at from four to ten inches apart in the rows, according to
kind. The Short Horn may be allowed to grow very thickly, almost in clus-
ters. To keep roots for table use, place them in sand in the cellar; but for
feeding, they will keep well in a cellar, without covering, or buried in the
ground, and any desired for spring use may be pitted out of the way of frost.
An ounce of seed will sow about one hundred feet of drill, and two pounds is
the usual quantity per acre. For field culture, of course, the rows must be
sufficiently distant to admit of running the cultivator between them. The
carrot is mostly used in America for soups, and for this the smaller and finer
varieties are grown. The carrot is very nutritious and is relished by all ani-
mals. The engraving shows the comparative size and habit of growth of most
of the leading varieties. Figure 1, Long Orange; 2, Orange Belgian Green-
Top; 3, Early French Short-Horn; 4, White Belgian Green-Top; 5, Early
POPULAR VARIETIES OF GARDEN VEGETABLES. 209
Very Short Scarlet ; 6, Half-Long Scarlet Stump-Rooted; 7, Altringham; 8,
Half-Long Scarlet.
CHICORY.
Chicory is used in Europe as a salad plant. Seed is sown in the spring, in
drills half an inch deep, in a good, mellow soil; and the after-culture is the
same as for carrots. In the autumn, the plants will be ready
for blanching. This is generally done by placing a box over
them, or by tying the tops of the leaves loosely together, and
drawing the earth well up to the plant. The greatest value of
chicory is as a substitute for coffee. It has a root something
like a parsnip. ‘They are washed clean, cut into pieces that
will dry readily, kiln-dried, and then they are ready to roast
and grind for coffee. ‘The prepared root is brought from Eu- &\
rope for the adulteration of coffee. An ounce of seed will sow #4
about one hundred feet of drill, and from two to three pounds *¥
are required for an acre. The second season the chicory sends
up a flower stem three or four feet, bearing pretty, bright blue flowers,
which we have shown about half size in the engraving. It is so hardy there is
danger it may become a troublesome weed, as it flourishes on the road-sides and
in meadows in many places.
CELERY.
Celery is a luxury that few would like to dispense with, and fortunately
there is no necessity for such a sacrifice, as every one who has control of a few feet
vs of ground, with a little skill and industry, can grow a winter’s sup-
wy ply. To obtain good celery, it is necessary that the plants should be
y// strong and well grown. Sow the seeds
in a hot-bed or cold-frame. When
; LP the plants are about three inches in
“Wf height, transplant to a nicely-pre-
; pared bed in the border, setting them
about four or five inches apart. When
some eight inches high, and good
stocky plants, set them in the trenches
ie —about the middle of July is early
~\ enough. ‘loo many make trenches
by digging out the top soil, and only
putting a few inches of mold at the
bottom, and never obtain good celery.
The trenches should contain at least
eighteen inches of good soil and well
rotted manure, in about equal pro-
portions. Take off all suckers and
straggling leaves at the time of trans-
= } = planting. Earth up a little during
the summer, keeping the leat stalks close together, so that the soil cannot get
between them ; and during September and October earth up well for blanch-
ing. Those who grow celery for market extensively do not use trenches, but
make the soil deep and rich, and plant in rows, earthing up with the plow.
The time to take up celery is just before hard frost. Dig a trench about the
width of a spade and a few inches deeper than the height of the celery. The
place selected must be high ground, where no water will be at the bottom, and
a7
210 STATE POMOLOGICAL SOCIETY.
where surface water will not drain into the trench. Take up the celery with
any dirt that may happen to adhere to the roots. Set the stalks close together,
and close to the sides of the trench, but do not press them in. After the trench
is filled, place pieces of board or scantling across it at intervals of five or six
feet, one of these pieces being shown in the en-
graving. On these place boards, five or six feet
long, covering the entire trench. ‘Then cover the
boards with a good body of straw or leaves, with
boards or earth on top to keep it from blowing
away. ‘The work is then completed. When cel- <
ery is needed, take up a length of short boards, ¥
and remove enough /
celery to the cellar to
place it in the coolest
part, covered with
earth. Replace the
boards and covering as
before. The dwarf cel-
eries are generally the
most solid, sweetest,and
really the most profit- i , i\
able. The pink sorts IVA\\\
are very pretty as a '
table ornament, and as good as the white. The engravings show the general
appearance of a well grown celery stalk, also of a variety called Boston Market,
of a straggling habit. We also show the Turnip-rooted celery, the bulbous root
being prized for flavoring.
CORN.
We need not consume time or space in speaking of the value of good Sweet
Corn, nor of its culture. Every sensible person knows the former, and every
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POPULAR VARIETIES OF GARDEN VEGETABLES, ail
sane one the latter,—at least so it seems to us. A few remarks about varieties
is all that will be necessary. The earliest good sweet corn we are aequainted
with is the Minnesota (fig 1.); following in about ten or twelve days, is
Russell’s Prolific (fig. 2) ; Moore’s Early Concord (fig. 3) is in eating a week or
so after Russell’s, and Crosby’s Early (fig. 4) is in eating about the same time,
perhaps a day or two earlier. It is very thick, twelve or sixteen rowed. Stow-
ell’s Evergreen (fig 5) is a magnificent late variety, keeping in eating until
frost, almost. ‘here are many varieties of parching corn: one of them is
shown in fig. 6, called the White Parching.
CUCUMBERS.
The hardiest varieties—in fact, all the American or common sorts—will pro-
duce a medium and late crop, if the seed is sown in the open ground in well
prepared hills, as soon as the soil becomes suffi-
ciently warm. In this latitude it is useless to
plant in the open ground until nearly the first of
June. Make rich hills of well rotted manure,
\ two feet in diameter—a large shovelful of manure,
at least, to each hill—and plant a dozen or more
| | eq seeds, covering halfaninch deep. When all dan-
iM cer from insects is over, pull up all but three or_
four of the strongest plants. Themiddle of June
is early enough to plant for pickling. Make the
hills about six feet apart. For early cucumbers,
the hot-bed is necessary; but the simplest and
surest way to produce a tolerably early crop of the
ed best kinds is, where it is designed to place a hill,
dig a hole about eighteen inches deep and three feet across; into this put a
barrow of fresh manure, and cover with a small box-like frame, on the top
of which place a couple of lights of glass. When the plants grow, keep
the earth drawn to the stems. Water, and give air as needed; and if the
sun appears too strong, give the glass a coat of whitewash. By the time the
plants fill the frame, it will be warm enough to let them out, and the box can be
removed; but if it should continue cold, raise the
box by setting a block under each corner, and let
the plants run under. The Fourth of July is the
time we always remove the boxes or frames. Al-
ways pick the fruit as soon as large enough, as al-
lowing any to remain to ripen injures the fruiting } |
of the vine. One pound of seed is sufficient for |
an acre. There are not very many varieties of
hardy cucumbers. Fig. 1 is Improved Long
Green, the largest of American sorts, and one of
the best; fig. 2, Early Frame, a good variety for
table, and for pickling when small; fig. 3, Early
White Spine, an excellent sort for table, a great
favorite, and forces well; fig. 4, Early Russian, small, very productive, and the
earliest of all; fig. 5, Early Green Cluster, next in earliness to the Russian.
generally grows in pairs, quite productive and esteemed for pickles. There are
very many foreign varieties of very great size and beauty, and of excellent
quality, and their general appearance is shown in the annexed engraving.
They range in length from eighteen inches to more than two feet, and, when
a12 STATE POMOLOGICAL SOCIETY.
well grown, are as straight as an arrow. They are called frame varieties, be-
cause much cultivated in frames or under glass. Some of the hardiest do
well in America, if coaxed a little early in the season under boxes covered
with glass, as recommended for our hardy sorts. The Long Green Southgate
and the Stockwood we have feueay the best for the garden in this latitude, but in
the south we have no doubt all would succeed admirably. Some persons think
because these foreign sorts are large, that they are coarse and scarcely eatable.
This is a mistake. They are fine-grained and very solid, having very few seeds,
sometimes not more than half-a-dozen perfect seeds in a fruit. Seed, there
fore, is always scarce and dear.
EGG PLANT.
A tender plant, requiring starting in the hot-bed pretty early to mature its
fruit in the northern states. The seed
may be sown with tomato seed; but
more care is necessary at transplanting,
to prevent the plants being chilled by
the change, as they seldom iully recover.
Hand-glasses are
useful “for cover-
ing at the time
of transplanting.
Those who have
no hot-bed can
sow a few seeds in
boxes in the house.
There are yarious
modes of cooking, but the most common is to cut in
slices, boil in salt and water, and then fry in batter or
butter. There are several varieties, but the largest and
best of all is the Improved New York Purple, an engraving of ie we give.
The Early Long Purple is the earliest, and valuable on that account, and about
eight or nine inches in length. There is an early round variety called Round
Purple, and there are seyeral very pretty sorts more ornamental than useful.
KOHL RABI.
Intermediate between the cabbage and the turnip we
have this singular vegetable. The stem, just above the
4) surface of the ground, swells into a bulb something like
"a turnip, as shown in the engraving. Above this are the
leaves, somewhat resembling those of the Ruta Baga.
The bulbs are seryed like turnips, and are very delicate
and tender when young, possessing the flavor of both
_——— : = turnip and cabbage, to some extent. In Europe they
are Ser grown for stock, and are thought to keep better than the tur-
nip, and impart no unpleasant taste to milk. Seed sown for a general crop,
in the spring, like the turnip, in drills; or may be transplanted like cabbage.
For winter table use, sow middle of June. One advantage claimed for the
POPULAR VARIETIES OF GARDEN VEGETABLES. 213
Kohl Rabi is that it suffers less from severe drouth than the turnip, and there-
fore a crop is almost certain. This being so, it must be well adapted to cul-
ture in many sections of our country.
LETTUCE.
Lettuce is divided into two classes: the Cabbage, with round head and broad,
spreading leaves ; ; and the Cos, with long head and upright, narrow leaves.
: The Cabbage varieties are
the most tender and but-
tery, and the Cos the most
crisp and refreshing. In
Europe, the Cos varieties
are used very generally.
They are the most liked by
dealers, because they will
carry better and keep
longer in good condition
than the cabbage sorts.
There are several varieties
2, With loose, curled leaves,
Bm having the habit of the
4 cabbage, though not form-
ing solid heads, and are
very pretty for garnishing,
but otherwise not equal to
si the plain sorts. Seed
sown in the Ratan will come in quite early in the spring, but not early
enough to satisfy the universal relish for early salad. The hot- bed, therefore,
must be started quite early. Give but little heat, and plenty of air ‘and water
on fine days. Sowa couple of rows thick, in the front of the frame, to be used
when young,—say two inches in height. Let the plants in the rest of the bed
be about three inches apart, and, as they become thick, remove every alternate
one. Keep doing so, as required, and the last will be as large as cabbages.
Sow in the open ground as early as possible; or, if you have plants from fall
sowing, transplant them to a rich soil, giving plenty of room, and hoe well.
We give engravings showing the appearance of the Cabbage, Cos, and Curled
varieties.
MARTYNTA.
The Martynia is a hardy annual plant of robust growth, and some of the
varieties are somewhat grown as flowering plants. oe
M. proboscidea produces its curious seed-pods, J
shown in the engraving, quite abundantly, and f \
these, when tender, are prized bya good many for \ ~ GS
pickling. They should be gathered before getting fibrous or “ abrir A lit-
tle experience will soon make the matter of selecting easy.
MELON.
Those who have their homes a little further south than Rochester, in Mary-
land, Delaware, Virginia, and in most of our western and all southern States,
enjoy a luxury in the melon crop of which many northern people have but
little idea. We once very much astonished some kind friends in England
because we preferred well-ripened English gooseberries to some melons that had
214 STATE POMOLOGICAL SOCIETY.
been procured for our special benefit ; but which, though softer, were not much
richer than pumpkins. The melon, being a plant of tropical origin, reaches
perfection only in a warm temperature, though by a little care in securing a
warm, sandy soil, a sheltered, sunny position, and a little skill in starting
plants early, fair crops are grown in what would be considered unfavorable
localities. In this latitude we must give the melon every possible advantage to
secure earliness and thorough ripening. The same culture as recommended
for cucumbers will insure success. The striped bug is the great enemy of the
melon and other vines, and the best safeguard is gauze protectors of any simple
form that can be easily and cheaply made. There are two distinct species of
melon in cultivation, the Musk Melon and the Water Melon. Our engravings
show a few of the leading varieties. Musk Melon—Fig. 1, Nutmeg; 2,
White Japanese ; 3, Casaba; 4, Prolific Nutmeg. Water Melon—Fig. 5, Black
Spanish; 6, Mountain Sweet; 7, Citron, for preserves.
MUSTARD.
Young Mustard is used as a salad early in the spring, with cress, lettuce, and
other salad plants. It can be grown in hot-beds as early as desired, and in the
spring, being very hardy, can be sown as soon as the soil is
free from frost. Sow in shallow drills, and cut when a few
inches in height. It grows very rapidly ; but little will be
needed, and several sowings should be made at intervals.
; For a crop of seed sow in early spring, in rows, thin out the
- plants to six inches apart, making the rows about eighteen
inches apart for garden culture, and for field culture far enough for the culti-
vator. ‘he Chinese is the best for salad, and the Black-seeded is usually pre-
ferred for commerce, being stronger than the White; but the White is chosen
by many on account of its mildness, and is the kind recommended for medi-
cinal purposes.
*)
POPULAR VARIETIES OF GARDEN VEGETABLES. 215
ONIONS.
The Onion must havea clean and very rich soil, or it will not do well enough
to pay for the trouble. Use well rotted manure freely, and be sure to get the
seed in as early as possible in the spring, no matter if it is ever so cold and un-
pleasant, forif onions do not get a good growth before hot, dry weather, the
crop is sure to be a failure ; then thin out early, and keep the soil mellow and
2 clear of weeds, and if your seed is good,
you will have a large crop of onions. On
no other conditions can you hope for suc-
cess. The onion is very sensitive, and it
won’t do to slight it in the least. Sowin
shallow drills, not less than a foot apart.
When the young onions are three or four
inches high, thin so that they will stand
, : = about two inches or more apart, accord-
AMERICAN ONIONS. ing to kind. Disturb the roots of onions
as little as possible, either in thinning or hoeing, and never hoe earth toward
them to cover, or hill, as we do most other things. Four pounds of seed are
sufficient for an acre. American onions are quite different from those of Eu-
rope; they are generally smaller, with a finer neck, bulb much more freely,
are stronger, less sweet, and much better keepers. Our little engraving shows
the leading native sorts reduced to quite one-sixth natural size. Figure 1,
Wethersfield Red ; fig. 2, Early Red; 3, Danvers Yellow; 4, Large Yellow:
5, White Portugal, which is a foreign sort so hybridized or acclimated as to be-.
come a native.
As before intimated, while the European varieties of onions lack a great many
of the good qualities belonging to the “ native Americans,” they possess some
peculiar to themselves, and which certainly entitle them to favorable notice.
They are mild, sweet and large. It is no strange sight to see peasants eat for
their dinner, with brown bread alone, and with apparent relish, an onion that
would weigh apound. These foreign onions seem to succeed pretty wellin the
south. We thought it best to give engravings of a few of the leading sorts.
Fig. 6 represents the Large Strasburg; 7, Large Oval Madeira; 8, Large ‘Round
Madeira; 9, White Lisbon; 10, Silver-Skinned, the favorite sort ior pickles.
For several years®*past there has been a good deal of excitement among the
seedsmen and gardeners of Europe, respecting some new Italian onions of
monstrous size, and
very mild, superior
flavor. Being in
Europe when these
onions were attract-
ing considerable at-
tention,wesaw some
of them weighing as
much as 4 pounds,
and had the best of
evidence of their?
fine flavor. We ob-
tained seed and sent
it all over the country, particularly to the south, for trial. The reports were
FOREIGN ONIONS.
216 STATE POMOLOGICAL SOCIETY
generally favorable. ‘The larger kinds, and they are the best, are wonderful in
size, beautiful in appearance, “sweet, and of pleasant flavor, and excellent for
summer, autumn and early winter use. The engravings represent the princi-
pal kinds, very much reduced, but show the ee ae size and form. Fig.
11, New Giant Rocca of Naples, one of the best ; 12, Blood-Red Italian Tripoli ;
13, Large White Flat Italian Tripoli, one of the Be 14, Marzajola, very early,
but not as large or showy as the others.
To those in the north who would secure a good crop of these onions—and in
fact, to all who have difficulty in growing acrop from seed early,—we advise
‘ the following plan :
> Sow the seed thickly
-\ in rows in a hot-bed
’ early. When severe
weather is over and
the glass is wanted
for other purposes,
it will not be needed
for the onions, as
HIS they are pretty har-
NEW ITALIAN ONIONS. dy. Keep the weeds
down, and about the time for sowing onion seed, transplant these onions to the
open ground, giving them a rich soil and plenty of room. Every one will form
a large bulb, and very early. The hot-bed work and transplanting will be some
trouble, but the troublesome hoeing and hand-weeding and thinning of young
onions will be avoided, which all onion growers know is no small labor. We
hope many of our readers will try a few in this way, at least, as we have pur-
sued this course of culture for some years with the most gratifying results. It
is doubtless known to most of our readers that it has been considered difficult
to grow onions from seed at the south, because the warm weather checks their
growth before bulbs are formed. The hot-bed plan suggested we think will
remedy this evil, but the one usually pursued is to plant what is ealled Onion
Sets. These are small onions, about the size of large
peas. The seed is sown in the spring in broad rows,
in a poor soil, and very thick, where they have not
space to make a fair growth. About twenty-eight
pounds of seed are sown to the acre. The result is a
large quantity of stunted onions, that are taken up in
July and dried thoroughly on the ground. They are
then stored away to be sold for planting the following
spring. ‘These, when planted in the spring, produce Sys
good onions, and are used extensively in the south. It POTATO ONION.
is, of course, a good deal of labor to raise a bushel of these little onions, and
they generally sell at high prices, from $10 to $15 a bushel.
Another onion very largely grown by those who cannot succeed with seed,
or who want early green onions, is the English Potato Onion, which is the best
underground variety. A large onion produces, the first season, under ground,
a large cluster of onions, like that shown in the engraving, but the size is re-
duced. Many of them, with good culture, will be half the size of ordinary
onions. These are put out in the spring, and very early they are ready for use
as summer onions, and are a great favorite with market gardeners. It is this
POPULAR VARIETIES OF GARDEN VEGETABLES. 217%
sort that is usually sold in bunches in the markets. Those that are allowed to
remain in the ground during the summer make very large bulbs, to be sold or
replanted the next spring for small onions. They are rather poor keepers, and
the practice here is to spread them on the floor of a barn-loft and cover with
straw, where they will freeze and keep frozen all the winter. They will then be
in pretty good condition, but if kept in a warm place they must be turned
every day, or they will rot, as they will if subjected to frequent freezing and
thawing. If they were good keepers they would be very popular. The price is
always high, generally about $5 a bushel.
Another variety not so good or so popular as Potato
Onion, is the Top Onion. When large onions of this sort
are planted, each one sends upa strong stem, just like the
sced-stem of the common onion, but instead of bearing on
. its top a number of seeds it produces a cluster of small
By Onions, just as we show in the engraving. Next spring
these small onions are planted, and each one produces a
full-sized onion. They can be eaten during thesummer,
TOP ONIONS. and are often sold in bunches, or they can be kept for
winter use for spring planting. Each of these large onions, of course, pro-
duces a cluster of small ones afteraseason’s growth. Onion culture has become
such an important interest, throughout our country, and in fact, throughout
the civilized world, that we thought it important to give pretty thorough in-
formation on this subject.
OKRA.
This vegetable is a native of the West Indies, though now grown in almost
all warm countries. Its green seed-pods are
used in soups, to which they give a jelly-like
~4 consistency, as they abound in mucilage, like
JM \{ all of the Mallow family. Itis considered very
1) ¢~ \{ nutritious, and exceedingly grateful to stomachs
not over strong. The common name south is
Gumbo. It is of the easiest possible culture,
and bears well. North it would be best to sow
the seeds in hot-beds, and transplant, except in
favored localities. There are two varieties gen-
erally grown, known as dwarf and tall. The
Okra is a vigorous, large plant, requiring a good
deal of room, and the large kind should be
planted not less than three feet apart, and the
‘dwarf about eighteen inches. In mild climates it is only necessary to sow the
seed in the open ground, about two inches deep, and then merely keep the
ground clean and mellow, as for a hill of corn. We have grown good Okra
here by sowing in the open ground early in May, in a warm exposure and soil.
PARSLEY.
Parsley is a hardy biennial plant, and therefore is in use two seasons, but
about the middle of the second summer it goes to seed, so that sowings must
be made every second year. Parsley seed germinates very slowly: it should be
started in a hot-bed if possible. For out-door sowing always prepare the seed
by placing in quite hot water and allowing it to soak for twenty-four hours
in a warm place. When the plants are a few inches in height, set them in
28
218 STATE POMOLOGICAL SOCIETY,
rows, three or four inches apart.
Parsley makes a pretty edging for
the walks of the vegetable garden.
As but little generally is needed, if
sown in the garden in rows, it will
be only necessary to thin out and de- ~
stroy the surplus plants. Parsley is
a universal favorite for soups, and
for garnishing there is nothing so
good as some of the best kinds. In-
: A deed, it has been recommended and
used for bouquets; but one poor
gardener tried it only once, for he
was coolly informed by the lady that
she wished a bouquet for the parlor,
and not herbs for the kitchen.
PARSNIPS.
The Parsnip flourishes best, and gives the longest, largest, smoothest roots in
a very deep, rich soil,—one that has been made rich with manure the previous
year. Manure, especially if fresh, makes the roots somewhat ill-shaped. Sow
as early in the spring as the ground can be made ready, in drills, from twelve
to eighteen inches apart, and about an inch deep. Thin the plants to five
or six inches apart. An ounce of seed will sow ore hundred and fifty feet of
drill very thickly. Six pounds of seed is the usual quantity sown on an acre.
The part of the crop required for spring use can remain in the ground during
the winter. If a portion is covered heavily with leaves, they can be dug at
any time. A few can be stored in a pit or cellar. For feeding cattle no
root is superior to the Parsnip. In the island of Guernsey, a few years ago,—
and perhaps the same state of things still exists,—pigs and cattle were al-
most or entirely fattened on this root. We have always thought that
American farmers did not realize the value of this root. In field
culture it would be advisable to make the rows wider apart, so as to
admit the cultivator one way. Although from tie ease with which
corn is grown, particularly in the western states, it has been thought
that there is no great necessity for the culture of roots in this
country, we have no doubt that their more general growth would
be of material advantage in many ways, especially in the older sec-
tions of the country. Animals always thrive better, and are more
healthy, on a somewhat mixed diet in which roots form an impor-
tant part. This fact our best farmers are fast learning. As the
Parsnip is not injured by frost it seems well adapted to general
culture. Every one who visits any of the agricultural exhibitions
of Canada, must notice the great attention given to root culture in
that country, as shown by the quantity and quality of those exhib-
ited. ‘There are several varieties of Parsnips, but we have found
little difference, and the old Hollow Crown seems as good as any.
Roots that are allowed to remain in the ground during the winter are better
flavored than those dug in the fall. As the roots go very deep, and seem to
have an unusually firm hold of the soil, if they are carelessly dug more than
half will be broken, which is a great injury to the crop.
POPULAR VARIETIES OF GARDEN VEGETABLES. Paes,
PEPPERS.
There are perennial shrubby or woody peppers, and very beautiful plants
they are when seen growing in their tropical homes. What we cultivate is an
: annual species from India. The pod
» or fruit is in demand in every kitch-
en, and very large quantities are
grown to supply our large cities and
the manufacturers of pickles, and it
re 7/ se 4
— \) =— ul
RW | ae ; cee
Hh eee AN Ny = aq—Q is used somewhat freely in medicine.
Sow the seeds early, under glass, if
possible, and transplant only when
the weather has become steadily
mild. If no hot-bed is to be had,
prepare a seed-bed in a warm place
in the garden, and sow, in the middle
and northern states, in May, and
transplant when the plants are about
three inches in height. As usually
only a few plants are needed, it is
well to sow the eae Syne the plants are to remain, and thin them out to
about a foot apart. The fruit is often used green, but will be ripe in Septem-
ber. There are several varieties, ranging in height from one to three feet,
while the fruit varies from the Little Cayenne to the great French Monstrous,
six inches in length. Fig. 1 shows Long Red; 2, Cayenne; 3, Tomato-formed ;
4, Monstrous, or Grossum. The Large Bell, and several other large sorts, dif-
fer little from the Tomato-formed, but larger. The Sweet Mountain, or Mam-
moth, is very large, mild, with thick flesh, and is pickled stuffed like mangoes.
The engraving shows Cayenne of natural size; all others are very much
reduced.
PUMPKINS.
The Pumpkin is now but little used, except for coe uta pur the
squashes being so much sweeter and drier, and
finer grained. No good gardener, we think, would
tolerate a pumpkin in the garden, nor would any
sensible cook allow one in the kitchen. Those ~~
monster kinds that we see occasionally at our La
fairs are the worst of all. ‘The farmer, however, V4
tinds the pumpkin a very serviceable addition to otk
his fall feed, and probably as long as maize is
grown in America the golden pumpkin will gild
our corn fields in the beautiful Indian summer
days of autumn. After all, a eoee many will think what we say 7 of the pump-
kin all nonsense, and perhaps it is. We shall not certainly disagree about so
small a matter as a pumpkin, and some persons will always defend the good,
old-fashioned pumpkin pie against all innovations.
PEAS.
The pea is very hardy, and will endure a great amount of cold, either in or
above the ground; and as we all want “ green peas” as early as possible in the
season, they should be put in as early as the soil can be got ready,—the sooner
the better. Peas are divided by seedsmen and gardeners into three classes,
220 STATE POMOLOGICAL SOCIETY.
Larly, Second Karly, and Late. The earliest are mostly small, round, smooth,
and hardy, the tallest not growing more than from two to three feet in height.
Of late years some very fine dwarf, sweet, wrinkled sorts, like Little Gem, have
been added to this class, of very great merit. The Second Early contains a
list of excellent wrinkled varieties, like Eugenie. The Late are large, mostly
A , wrinkled, and formerly were nearly all tall,
I Ae like the Champion of England, but very
=), Many excellent dwarfs have been added to
‘ the list, like Yorkshire Hero. If the Zarliest
sorts are planted about the first of April, in
this latitude, they will be fit to gather in
June, often quite early in the month. The
Second will come in about the Fourth of
July. By sowing two or three varieties of
Harly, and the same of Second, and Late, as
soon as practicable in the spring, a supply
will be had from early in June to late in
July, with only one sowing. After this
\ Sweet Corn will bein demand. Sow in drills
|| not less than four inches deep, pretty thick-
\iM| ly,—about a pint to forty feet. The drills
li) Should not be nearer than two feet, except
Wial) for the lowest sorts. Those growing three
law feet high, or more, should not be nearer than
| Mitt; three or four feet. As they are early off the
iwi! ground, cabbage can be planted between the
rows, or the space can be used for celery
trenches. All varieties growing three feet or
more in height should have brush for their
support. ‘The large, fine-wrinkled varieties
are not as hardy as the small sorts, and if
planted very early should have a dry soil, or
they are liable to rot. Keep well hoed up
and stick early. When grown extensively
for market, Peas do well sown on ridges made
P by the plow, two rows on each ridge, and not
sticked, the pea vines drooping into the furrows. In response to the inquiry
so often made, why we can not sow Peas late, and thus have them in eating all
through the summer, and why Peas are “buggy,” we will say that the Pea
delights in a cool, moist climate, and suffers in warm, dry weather. Those
planted late will most likely be attacked with mildew, and never give half a
crop. The Pea, when grown in a tolerably mild climate, is troubled with a
weevil, the egg being laid in the pea when it is very small, through the pod.
The way to obtain sound Peas for seed, is to grow them where the weevil does
not exist.
i) With
RHUBARB.
The Rhubarb, or Pie-Plant, is usually grown from divisions of the roots,
for every portion which has an eye, will form a plant. Occasionally persons
prefer to grow from seeds. It will take two years to obtain a strong plant
from seed, but a package of seeds in two years will give enough plants to stock
POPULAR VARIETIES OF GARDEN VEGETABLES. 221
a neighborhood. Give a good, rich, deep, mellow soil, both to seeds and
plants. In the spring, two weeks be-
fore the frost is gone, cover two of the
finest roots with barrels. Then throw
E-\ over the roots and around the barrels
= leaves, straw or manure, and the earliest
and tenderest stalks will be the results
RA DISHES.
Radishes are divided into two classes, Spring and Winter, or as denominated
in some of the books, Summer and Autumn. The spring varieties are much
smaller than the winter, tender, ar-
rive at maturity in avery brief time,
and very soon become oyver-grown
and worthless. The winter sorts
mature more slowly, are large, very
solid, and with proper care keep a
long time.
The Spring Radish must make deqq fi/} —
rapid growth to be fit for use; it QMGiz
will then be crisp and tender, and 4
of mild flavor. If grown slowly, it!
will be hard, fibrous, and disagree-
ably pungent. For early use, “seed |
should be sown in the hot-bed, in
drills four or five inches apart and
half an inch deep. Thin out the
young plants so that they will stand
two inches apart in the rows. Give
plenty of light and air, or they will -*
become drawa—that is, slender and worthless. For out-door beds, select a
; warm, sunny location, with a sandy soil. A
little new earth from the woods, as a top-
dressing, before the seeds are sown, will be of
great service. A top-dressing of soot, or even
coal ashes, will be of much benefit, as we have
found by long experience. The great point is
to get the plants to grow rapidly after the seed-
leaf appears above ground, so as to be out of
the way of the black beetle that proves so
troublesome when they are young, puncturing
every leaf. Sow soot, ashes, or dust over them
frequently, as the beetle dislikes gritty food.
Our engraving shows a few of the leading va-
rieties, fig. 1 representing Red Turnip; 2, Rose
Olive-Shaped ; 3, Scarlet Olive-Shaped, with
¥ white tip; 4, Long White Naples, an excellent
variety for growing late in the season ; 5, Long
Scarlet Short-Top.
The Winter Radish should be sown in July
or hers about the tine of turnip sowing. They may be kept in a cool cellar
and covered with earth for winter use. Put them in cold water for an hour
iG
N
l\\ ag
SERTRT
222 STATE POMOLOGICAL SOCIETY.
before using. ‘The engraving represents the principal varieties of winter rad-
ishes—indeed, all worthy of culture. These radishes are every year becoming
more popular, and particularly so since the introduction of the newer Chinese
varieties; though for that matter we are indebted to China for all our radishes.
Fig. 6 is the California Mammoth White Winter, a splendid variety which we
saw in San Francisco, more than a foot in length, and as crisp and tender as
one could desire. It was brought to California by Chinese emigrants. Fig. 7,
Chinese White Winter; 8, Black Round Spanish ; 9, Chinese Rose Winter.
SALSIFY, OR OYSTER PLANT.
A delicious vegetable. Cut into small pieces, it makes a fine soup, like
that from oysters. It is also par boiled,
__ grated fine, made into small balls, dipped
into batter, and fried. Culture same as
for carrots and parsnips.
SQUASHES.
The Squashes are an interesting and useful class of vegetables, interesting
because presenting such a variety of forms. Of their usefulness we need not say
a word. The squashes
are of tropical origin,
and therefore it is use-
less to plant them until
the soil is quite warm,
and all danger of frost
or cold nights is over ;
and as they make a very
rapid growth there is
no necessity of haste in
getting the seed in the fim
ground. We usually @
divide the squashesinto
two classes, Summer
and Winter. The Sum-
mer squashes are eaten
when the rind and flesh
are tender, about mid-
summer. The best of
this class are the Crook- Z
Neck and Scollop, and these are vgs are called bush varieties, and do not run.
‘he Winter squashes are allowed to ripen thoroughly before gathering, and are
; a on then stored away
RAY AVR for winter use. A
good, cool cellar
will preserve these
Jo Winter squashes
until May, if well
ripened. The win-
== ter varieties are all
runners,Wwe believe.
The best winter cane is the Hubbard, a 1, and if pure and well ripened,
and decently cooked, it is almost as good as a sweet pata! Fig. 2 represents
the Marblehead, another excellent winter squash, but we think hardly equal to
POPULAR VARIETIES OF GARDEN VEGETABLES. 223
the Hubbard. Fig. 3, Scollop, or Pie-formed, a good sort, and liked by market
gardeners, because the rind is somewhat hard, and it bearsshipping well. Fig.
4 is the excellent summer Crook-Neck, one of the best, if not the best, of the
whole race of summer squashes. Squashes are good feeders, and like a rich
soil: it is best to manure in the hill. Sowa dozen seeds in each hill, and when
danger from “ bugs” is over, pull up all but three or four. A mellow, warm
soil is best. For bush sorts, make hills three or four feet apart, and for the
running kinds twice this distance.
SPINACH.
To grow Spinach in perfection, the soil must be rich. Sow in the autumn
for spring use, in good drained soil, in drills a foot apart.
As soon as the plants are well
up, thin them to about 3 inches __
apart in therows. Covering with @/y
a little straw or leaves before “
winter is useful, but not neces-
sary. For summer use, sow as early as possible in the spring. There are two
popular varieties, the principal distinction being that one has a round seed,
and the other with sharp points, and called prickly. These we have shown in
the engraving.
TOMATOES.
The Tomato is more generally used in America than in any country in the
world. The amount consumed seems wonderful, especially when we consider
how brief the time since its first introduction as an article of diet. Almost
every one likes it, and most persons regard it as a great luxury; but the To-
mato is so slow perfecting its fruit that it is quite after the middle of summer,
and at the end of most people’s patience, before the ripened fruit can be en-
joyed. ‘To obtain early varieties, therefore, is the great desire of all, and it is
no strange thing to have varieties advertised as two weeks earlier than any other
RRA STATE POMOLOGICAL SOCIETY.
kind, that are entirely worthless in all respects, not even having the merit of
earliness. We are satisfied that Hubbard’s Curled Leaf is the earliest Tomato
grown, and this is its only merit, for it is small and far from being smooth.
The plant is small and will bear close planting, the leaves curling as if wilted.
Gen. Grant is an excellent early Tomato, about ten or twelve days later than
the Curled Leaf, but Hathaway’s Excelsior is as early as Gen. Grant, and the
best Tomato we axe acquainted with. It received a certificate of merit from
the Royal Horticultural Society of England, is pronounced by the press of Eu-
rope the best variety produced, and is everywhere popular. It is smooth,
solid, of good flavor, excellent color, and productive. Pinching off a portion
of the side branches, and stopping others beyond where the fruit is formed,
hastens the ripening very much. ‘To obtain plants early, sow seed in the hot-
bed early in March. In about five weeks they should be transplanted to an-
other hot-bed, setting them four or five inches apart. Here they should re-
main, having all the air possible, and becoming hardened, until about the
middle of May, when they may be put out in the ground; that is, if there is no
danger of frost. Very good plants can be grown in boxes in the house, start-
ing them even in the kitchen. Those, of course, who live in a southern clime
will be spared a good deal of this care. The soil for early Tomatoes should
not be too rich, and a warm, sheltered location selected, if possible. The To-
mato may be made very pretty by training on a fence or trellis, like a grape-
vine. No plant will better bear trimming. We have tested hundreds of yva-
rieties of Tomatoes in our grounds during the past ten years. Every season
we put on trial every new kind we can obtain from any source, and feel quite
competent to speak on the subject. Still, we can judge well of the influence
of soil and climate only as we receive reports from our friends in different sec-
tions of the country.
The engraving, fig. 1, represents the Cherry Tomato, useful only for pick-
ling; 2, Persian Yellow; 3, Hathaway; 4, Gen. Grant; 5, Early Smooth Red ;
6, Curled Leaf. All are, of course, very much reduced in size, though very
well representing the form and characteristics of each.
TURNIPS.
There are two quite distinct species of turnips grown, one called the Hnglish
Turnip, and the other the
Swede or Ruta Baga Tur-
nip. As they require
somewhat different treat-
ment, serious mistakes
are sometimes made on
that point. In ordering
seeds, care should be
taken to state which kind
is desired. The English
Turnip, if designed for
early use, should be sown
as soon as the ground can
be prepared in the spring,
so as to have the benefit
of early showers, for the
Turnip will not grow in
ENGLISH TURNIPS. dry, hot weather. For
POPULAR VARIETIES OF GARDEN VEGETABLES. 225
the main crop, for fall and winter use, sow in August, and the plants will have
the benefit of the autumn rains. If the weather should prove dry, the crop
will be light. The soil for Turnips should be rich and mellow. Sow in drills,
from twelve to eighteen inches apart, and half an inch deep. When the plants
are a few inches in height, and strong enough to resist the attacks of insects,
thin them out to some five or six inches apart in the drills). Two pounds of
seed wee sufficient for an acre. Fig. 1 represents the Strap-Leaved Purple-
Top; 2, Orange Jelly; 3, Yellow Malta ; 5, Jersey Navet; 7, White Norfolk.
The Swede, or Ruta Baga erate are large, very solid, ee the most
solid vegetable that grows. “ y
- The flesh of nearly all the
yarieties is yellow. They do
not grow as rapidly as the
English Turnips, and should
be sown as early as the first §
ef June. The rows should
be about eighteen inches
apart, and the plants in the
rows not less than ten inches.
The engravings show, fig. 4,
Carter’s Imperial Purple-
Top ; fig. 6, Green-Top. We
do not suppose that a warm,
dry climate will ever be con-
sidered favorable to Turnip culture, and yet we never saw better crops in the
most favored districts of England than we have seen in America. It is only
in exceptionally dry seasons that our crop fails, with good culture. A soil rich
in phosphates is necessary for a large crop, hence all bone manures are exceed-
ingly valuable. With proper Turnip food and a moist season success is almost
certain. There is only one enemy to be conquered. The little black flea, or
Turnip Beetle, is very destructive when the plants are in the seed-leaf; but
with a fair season and a rich soil the plants are soon in the rough leaf, when
they are troubled no longer. Some good farmers sow twice the usual quantity
of seed, and in this way save plenty from the little enemy; and this, we have
no doubt, 1s the safest and most economical way, for it is better to feed them
on plants that we do not need than on those upon which the crop depends.
SWEET AND POT HERBS.
SWEDE TURNIPS.
A few fragrant, or, as they are sometimes called, Sweet or Pot Herbs, consti-
tute a little treasury upon which the house-keeper will find occasion to make
almost constant drafts, and these will be honored from early summer until
autumn. A good reserve can also be stored in some closet or store room for
winter use. Asa general rule it is best to cut herbs when in flower and dry in
the shade, and they dry more evenly and in better shape if tied up in small
bunches and hunginthe shade. For soups and dressing for poultry these herbs
are a necessity in the estimation of most persons, while as domestic medicines
several kinds are held in high repute. The Sage and its uses, of course, every
one is acquainted with. The Broad-leayed English is the best. Thyme, fig.
2, 1s of universal cultivation, as is also Summer Savory, fig. 3. Rosemary, fig.
4, is a very fragrant herb, and is everywhere popular. Borage, fig. 1, is a beau-
tiful plant, with azure-blue flowers, pretty enough for any flower garden. It
29
226 STATE POMOLOGICAL SOCIETY.
. WE
2 » 0
aN ar
~ AN
ml Sens
p SS. 5
is much used in Europe for flavoring claret and other wines. We give a list
of the herbs generally cultivated and prized, either by the cook or the nurse.
Anise, Cumin, Marjoram, Sweet, Savory, Winter,
Balm, Dill, Rosemary, Thyme, Broad-Leay’d
Basil, Sweet, Fennel, Large Sweet, | Rue, English,
Borage, Hoarhound, Saffron, Thyme, Summer,
Caraway, Hyssop, Sage, Thyme, Winter,
Coriander, Lavender, Savory, Summer, Wormwood.
A very small space in the garden will give all the herbs needed in any fam-
ily. The culture is very simple, and the best way is to make a little seed-bed
in the early spring, and set the plants out as soon as large enough in a bed.
The trouble, therefore, is trifling, while the expense is comparatively nothing,
as a paper of either can be obtained for five cents, and will contain more seeds
than any one will be likely to need. In a mild climate some kinds will live
over the winter, but they are so easily grown from seed that saving old plants
is not of much consequence.
INAUGURATION OF “THE MICHIGAN
PEACH BELT.”
BY AN OLD SETTLER OF BERRIEN COUNTY.
; ee.
The “ Peach Belt” was inaugurated in 1847, and this is the history of my
part in it:
At that time farmers here and there about St. Joseph, as in other of the
then setiled paris of the State, had a few peach trees of seedling sorts, generally
in fence-corner rows, rarely in orchard form. A Mr. Pike of Royalton, E.
Morton of Benton, and John Byers of Bainbridge had what other people
thought a very profuse supply, and were the first to sell anything like a wagon
load. The improved varieties of that day in that part of the State were
* Pike’s Seedlings,” afterwards called “ St. Joseph Yellow Rareripe,” and Byers’
“Red Rareripe,” also a seedling with him. L. L. Johnson, living near what is
called the Gap, also had a large supply of seedling peaches. A few years before,
Mr. B. C. Hoyt of St. Joseph started a nursery and had fruited apples, pears,
peaches, plums, and cherries. His stock of peach trees was quite limited, run-
ning heaviest on apple and pear. I know of no peach orchard set from that
nursery. About this time (1847), pits of the peach known as Hills Chili,
Stanley, and other names, were planted by Mr. McKeyes of Bainbridge.
At that time I owned an eighty-acre lot of rich soil in the same town. and
had planted on it that spring a small orchard of budded peach trees, which I
had bought of Col. Hodge’s “ Buffalo Nursery.” Becoming satisfied that my
place would prove too frosty for fruit purposes, 1 began to canvass for a better
place. From friends living west of Lake Michigan, and from occasional news-
paper reporis of the “cold snaps,” I became satisfied that peaches would not
be raised west of the lake. I knew Mr. Hoyt had kept a thermomeier for
several years, and so far as I knew, his was the only one in St. Joseph. To
him I went to learn what the winter extremes had been. He made the sweep-
ing assertion that it had never gone below zero. I could hardly believe it, but
he was positive. That supposed fact, for which the reason was very apparent
in the unfrozen waters of Lake Michigan, decided me, and before I had walked
home the nine miles I had decided to go on to the lake shore. The next day
saw written notices of my farm for sale, and in a few days a man appeared who
paid my price in gold. I immediately procured a chart from the Land Office
at Kalamazoo of all the lake shore from St. Joseph to the Indiana line, which
228 STATE POMOLOGICAL SOCIETY.
was then without a settler on the shore between New Buffalo and St. Joseph
(called twenty-eight miles). A part of the land still belonged to the Govern-
ment. Not liking to face such a solitude alone, and having but little to do
with except my hands, I proposed to my friend A. 8. Woodruff to start a peach
orchard on the lake shore in partnership, explaining to him, as well as I could,
the advantages of the water protection, and a market on the other side of the
lake. He thought enough of it to go with me on an exploring expedition. So,
with our chart, a spade, and some provisions, we set out. We reached New
Buffalo the second day, passing the night in a deserted shanty. We were
neither of us quite satisfied, placing great stress on the quality of land. We
found some good land, but before we could trace out at any one place directly
on the shore a good sized farm for each of us we ran into broken or poor land,
oak openings in those days not standing high in our estimation, unless they
were burr oak. Returning disappointed to St. Joseph, I thought as I strolled
out on the bluff where the Hoyt House now stands, “perhaps I have sold
myself out of home.” Looking across the one and a half miles of sand hills
north of the mouth of the river to the dark forest on the bluff beyond, indi-
cating timbered land, I reasoned to myself, “If there is any good land there
some day there will be a road to it;” for at that time there was not a settler’s
clearing on the shore from those sand hills to South Haven, thongh there
were several along the Paw Paw river and between the river and lake ; and to
reach that bluff by road it was eight miles travel, as we had to go up the river
a long way to a bridge and then take the road down the other side of the river.
My friend concluded to go with me, and we were put across the river in a skiff,
passed over the sand hills, and went on to the timbered biuff. Traveling near
the front of the bluff, keeping in sight of the lake, we found good land, but
too broken to suit our large ideas. If we could then and there have taken
a Rip Van Winkle sleep, to awake to-day and behold the Fruit Paradise of my
old neighbor Wm. J. Nott, we would have been led to rub our eyes and butt our
heads to dispel the illusion, for no tired dreamer ever fancied such a meta-
morphosis.
We passed along until we came to the top of the ridge at a point between
the house now owned by Mr. Morely and the bluff. From this point we looked
down into a tall forest of oak, ash, elm, bass, maple, and butternut. I for
one was ready to say Eureka! The surface was just right, and such sights of
rail timber! I don’t remember that I saw a bit of the hard work necessary to
clear it. Iwas a happy man. A little further on we came to a roll-way
where logs had been rolJed down the bluff. Taking the track which led away
from it, about half a mile from the shore we found a small clearing and a log
house. The place was for sale,and the owner was in Valparaiso, Indiana.
After tracing out the lines, the next day I started on foot to find the owner,
and the purchase was made. The tenant soon moved off, and on the first day
of November my family was domiciled in that log house. At this time there
lies in sight from the ridge where I first got sight of that tall timber, 163 acres
of land which I cleared with the work of my hands and the products of that
farm, and out of that rail timber I had at one time a mile of fence which was
too high for a deer to jump. This was necessary in the fall to keep the bucks
from rubbing and twisting my fruit trees with their horns, and from the same
point there is now in sight ninety-eight acres of orcharding of my setting.
Well, the next spring (1848) I had two and a half acres cleared, fenced, and
planted with trees. Apple two rods apart each way, with peaches and a few
THE MICHIGAN PEACH BELT. 229
pears and plums in rows both ways between, and also a few quinces. These
trees were purchased in part of “Buffalo Nursery” and part of McIntosh &
Co., of Cleveland. The Crawford peaches were then a new thing to both those
nurseries, and no trees could be had of those sorts, except in the dormant bud.
I bought in the bud two of each, of each of the two nurseries, and the fall of
the same season I was able to bud largely from those eight Crawford trees. I
think that was the beginning of Crawford peach culture in Western Michigan.
The next year Capt. Boughton set near St. Joseph village 130 trees, not as Mr.
Winslow in his “ History of St. Joseph” says, “more as an experiment than
the expectation of making much profit.” I believe every man, if decently
successful, likes to have the eredit of not blundering into his business. Mr.
Winslow forgot that those were days of small things.
In 1852 Mr. Boughton set out seven acres more. In 1849 I set a few more
trees near the old log house. Those were Morris’ Red Rareripe and Bellegarde.
In the spring of 1850 I set as I suppose the first Crawford orchard ever
planted in the Fruit Belt, raised from the eight trees set in the dormant bud
two years before, setting of different varieties about four acres. In 1851 I set
two and a half acres more. In 1850 (I think it was), Mr. E. Morton put ont
something of a peach orchard in addition to his fence corner trees, and shortly
after Dr. Talman Wheeler set what is known as the Teetzel orchard. At this
time nearly all the older farms had seedling trees bearing, and those men who
had a surplus above their own wanis began to sell at what they thought good
prices. It was not until after Mr. Boughton and I sold choice peaches from
our imported trees that there was much else than seedling trees planted or
budded trees from the better class of local seedlings. The St. Joseph Yellow
Rareripe, or Pike peach, was Mr. Morton’s favorite sort,so much so that for
several years it was usually called Morton’s Yellow Rareripe, and it was a
profitable peach with him. He and 1 both raised Hill’s Chili from pits from
the McKeyes trees.
The first great impetus to peach planting was given when I contracted my
first considerable peach crop for $1,500, to be delivered in St. Joseph. Money
Was scarce in those days, and for such a sum te be raised off a small farm was
avery great wonder. The report went over the country, and was magnified
ridiculously ; but it did its work, though my contractors failed in a way to
subject me to a serious loss. From those days advancement has been rapid,
and every town on the Jake shore now has its peach history.
SMALE FRUITS.
BY JEREMIAH BROWN, OF BATTLE CREEK.
RASPBERRIES.
After a trial of many varieties for a long time, I have abandoned the culti-
yation of any but the Philadelphia and Clark (both red), and the Doolittle,
and an accidental seedling discovered on my farm in 1865. These are both
blackcaps, and are perfectly hardy except in such fearful winters as that of
1874-75.
The Clark is a newer and much better variety than the Philadelphia. It
must, however, be placed among the half hardy, which is a serious objection.
My seedling is far superior to the Doolittle in quality and productiveness,
but is about two days later in ripening.
For field culture the stools should not be less than five feet apart each way,
but in the garden four feet will do.
The Raspberry luxuriates in a rich soil, and will not tolerate the company
of grass and weeds: clean cultivation throughout the summer is of the utmost
importance if you wish to secure an abundance of fine, large fruit.
In planting, cut the top off to withia two inches of the ground, and never
set the plants any deeper than they stood before taking up ; mulch with coarse
manure, but do not cover the plants; they will not require pruning the first
season ; the next spring cut the canes back to within two feet of the ground
and the laterals to within twelve to sixteen inches, according to size. From
three to four canes in a hill is better than more.
The second year the canes may be left from three to four feet long, and no
longer if you want fine, large berries.
A good mulch of straw or coarse manure is very desirable every spring. It
tends to enrich the soil and retain the moisture in dry summers. ce
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were also attached to the stumps of Jarge plants of Indian corn, tobaeco, and
the dahlia. The results were not specially different from what has been pre-
viously observed by Hofmeister and others. The flow continued but a very
few days, and the pressure varied from eight to twenty-five feet of water. The
pressure in all these cases seems to be caused by the activity of the absorbent
tissues of the root; and its cessation results, doubtless, from the stagnation of
the sap in the gorged cells and vessels, and the consequent decay of the root-
hairs and fibres.
The frequent displacement of flagging-stones, and the damage often done to
brick and concrete pavements and stone walls by the roots of shade trees, con-
sidered in connection with the wonderful expansive power exhibited by the
squash in harness, made it evident that growing roots of firm wood must be
capable of exerting, under suitable conditions, a tremendous mechanical force.
Upon searching the fields for examples of trees standing upon naked rocks, or
ridges covered with only a shallow suil, many interesting specimens were readily
discovered to demonstrate this fact.
LIFTING POWER OF ROOTS.
In South Hadley, Mass., a sugar maple was found which had grown upona
horizontal bed of red sandstone. The tree stood upon the naked rock, over
which its roots extended a few feet in three directions into the soil. One root
had pushed its way under a slab of rock which measured more than twenty-
four cubic feet, and must have weighed about two tons. In the course of
twenty years or more, this root had developed to such a size as to raise the
slab entirely from the bed-rock and from the earth, and so that it rested wholly
upon the wood. Upon examining the tree, it was evident that as it stood upon
the horizontal roots which rested on solid rock and had a diameter of nearly a
foot ; and as they had grown by the deposition cf an annual layer of wood en-
tirely around them; and as the heart, now several inches from the rock, must
once have rested on it; and as the rock could not have been depressed,—there-
fore, the tree had been lifted every year by the growing wood of the outside
layer.
ane tree of paper birch having been found growing in a similar manner,
one of the horizontal roots was sawed through, and the center of the heart was
seen to have been elevated seven inches since the tree was a seedling.
Mr. William F. Flint, a student in the Agricultural College of New Hamp-
shire, has rendered valuable assistance in finding specimens of trees which 11-
lustrate this principle in an admirable manner.
Now, it it is clearly dem onstrated that the power of vegetable growth can
lift a tree, and that it must do so, whenever the bed of the roots cannot be de-
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. 313
pressed. It is evident also that old trees on a clay hard-pan or any other un-
yielding subsoil must be thrown up by the process of growth. Every person is
familiar with the fact that large trees usually have the appearance of having
been thus raised, and their roots are often bare for a considerable distance
around the trunk.
This lifting of the tree from its bed would seem to be advantageous to it by
tightening the roots so as to hold it firmly in place, notwithstanding the possi-
ble elongation of their woody fibre by the tremendous strains to which they are
subjected during violent storms. This method of securing the tree in place
would be still further improved by the constant enlargement of the roots by
the annual deposition of a layer of wood, and the consequent filling of any
spaces formed in the soil by the movements Of the roots, caused by the sway-
ing of the tree in the wind.
This slight annual elevation of trees by the increase in diameter of their
horizontal roots furnishes an explanation for the differences of opinion in re-
gard to the question whether a given point on the trunk of a tree is raised in
the process of its growth. While it bas been demonstrated by Prof. Asa Gray
that two points in a vertical line on the trunk of a tree will not separate as it
enlarges, it seems equally clear that both of them may be quite perceptibly
elevated in the course of time.
It has been stated on good authority that, at Walton Hall, in England, a
mill-stone was to be seen, in 1863, in the center of which was growing a filbert
tree, which had completely filled the hole in the stone, and actually raised it
from the ground. The tree was said to have been produced from a nut, which
was known to have germinated in 1812. The above story has been declared
false, because, as asserted, the tree could not have exerted any lifting power
upon the stone. It is, however, not difficult to see that it may be true, and is
even probable. | |
Yet it should be remembered that the amount of elevation, in any case
where it occurs from the increase in the size of horizontal roots, must depend
upon the firmness of the material on which they rest, and can never exceed
one-half the diameter of the largest roots. When, therefore, a writer, as has
happened, asserts that, during a visit to Washington Irving at Sunnyside, he
carved his name upon the bark of a tree beneath which he was sitting in con-
versation with the illustrious author, and that many years after he went to the
place, and with much difficulty discovered the identical inscription, high up
among the branches, far above his reach, it is altogether probable that bis feel-
ings were teo many and too exalted for the ordinary use of his intellectual
faculties.
DR. PETTIGREW’S HYPOTHESES EXPLODED.
Since the publication of the paper on the® Circulation of the Sap in Plants,”
in the Jast volume of the Agriculture of Massachusetts, a course of lectures on
the “ Physiology of the Circulation in Plants, in the Lower Animals, and in
Man,” by Dr. J. Bell Pettigrew, has been published by Macmillan & Co., of
London. ‘The hypotheses udopted by this author are quite extraordinary, and
evidently announced without the slightest attempt at demonstration, although
he has invented a new method of accounting for the phenomena of the mo-
tions of the sap. ‘Thus he says, “In trees the sap flows steadily upward in
spring, and steadily downward in autumn.” Also, “ Much more sap is taken
up than is given off in spring, in order to administer to the growth of the
40
314 STATE POMOLOGICAL SOCIETY.
plant. In autumn, when the period of growth is over, this process is reversed,
more sap being given off by the roots than is taken up by them.” Now, this
is pure assumption, there being no proof that the sap of trees escapes from the
roots in autumn. In fact, it appears that the wood of trees contains as much
sap in winter, when at rest, as in the period of most active growth.
Again, Dr. Pettigrew remarks: “It is difficult to understand how excess of
moisture in the ground can be drawn up into the plant and exhaled by the
leaves at one period, and excess of moisture in the atmosphere seized by the
plant and discharged by the roots at another. ‘The explanation, however, is
obvious, if we call to our aid the forces of endosmose and exosmose. ‘The tree
is always full of tenacious, dense saps, and it is a matter of indifference whether
a thinner watery fluid be presented to its roots or its leaves; if the thinner
fluid be presented to its roots, then the endosmotic or principal current sets
rapidly in an upward direction; if, on the other hand, the thinner fluid be
presented to the leaves, the endosmotic or principal current sets rapidly in a
downward direetion.”
This explanation is not only false, but superfluous, since no such circulation
can be shown to exist, but is an excellent sample of the common mode of deal-
ing with this obscure subject. Instead of seeking to discover the exact facts
concerning the composition and movements of the sap in all parts of the
plant, a display of book-knowledge is made by quoting from numerous writers
of some repute, such statements as seem to corroborate the hypotheses of the
author. The assumed phenomena of the circulation are then accounted for
in an apparently scientific manner by ingenious allusions to osmose, capillarity,
and other physical forces, the surprising possibilities of which are duly re-
counted.
Dr. Pettigrew further observes, that “ Herbert Spencer believes that the
upward and downward circulation of crude and elaborated saps takes place in
a single system of vessels or vertical tubes.” To explain this extraordinary
assumption, Mr. Spencer states that “ the vessels of the branches terminate in
club-shaped expansions in the leaves, which expansions act as absorbent organs,
and may be compared to the spongioles of the root. If, therefore, the spongi-
oles of the root send up the crude sap, it is not difficult to understand how
these spongioles of the leaf send down the elaborated sap, one channel sufficing
for the transit of both.” This hypothesis concerning the circulation of sap is
accepted only by its inventor, and is directly opposed to most of the facts of
plant growth.
Finally, Mr. Pettigrew has conceived a system of syphons by the aid of which
he is able to account to his entire satisfaction for all he knows concerning the
circulation of sap. He says: “The vessels which convey the sap, as is well
known, are arranged in more or less parallel vertical lines. If the vessels are
united to each other by a capillary plexus, or, what is equivalent thereto, in
the leaves and roots, they are at once, as has been shown, converted into syphon
tubes, one set bending upon itself in the leaves, the other set bending upon
itself in the roots. As, however, a certain portion of the syphon tubes which
bend upon themselves in the roots are porous and virtually open towards the
leaves, while a certain portion of the syphon tubes which bend upon them-
selves in the leaves are porous and virtually open towards the roots,
it follows that the contents of the syphon tubes may be made to move by an
increase or decrease of moisture, heat, etc., either from above or from belowr
In spring the vessels may be said to consist of one set, because at this period
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. old
the leaves and the connecting plexuses which they contain do not exist. All
the vessels at this period may, therefore, be regarded as carrying sap in an up-
ward direction to form shoots, buds, and leaves, part of the sap escaping lat-
erally, because of the porosity of the vessels. In summer, when the leaves are
fully formed, the connecting links are supplied by the capillary vascular ex-
pansions formed in them,—the tubes are in fact converted into syphons. As
both extremities of the syphons are full of sap in spring and early summer, an
upward and downward current is immediately established. When the down-
ward current has nourished the plant and stored up its starched granules for
the ensuing spring, the leaves fall, the syphon structure and action is inter-
rupted, and all the tubes (they are a second time single tubes) convey moisture
from above downward, as happens in autumn. As the vascular expansions or
networks are found also in the stems of plants, it may be taken for granted
that certain of the tubes are united in spring, the upward rush of sap being
followed by a slight downward current, as happens in endosmose and exosmose.
As, moreover, the spongioles of the roots and the leaves are analogous struc-
tures, and certain tubes are united in the roots, the downward current in
autumn is accompanied by a slight upward current. This accounts for the
fact that at all periods of the year, the upward, downward and transverse cur-
rents exist ; the upward and downward currents being most vigorous in spring
and autumn, and scarcely perceptible in winter. Furthermore, as some of the
vascular expansions in the leaves are free to absorb moisture, etc., in the same
way that the spongioles are, it follows that the general circulation may receive
an impulse from the leaves or from the roots, or both together, the circulation
going on in a continuous current in certain vessels.”
This original effort of the learned lecturer on physiology, at Surgeons’ Hall,
in Edinburgh, published in 1874, to explain some of the most difficut problems
of vegetable life by a mere hypothesis, which assumes that sap flows in the
vessels; that there are spongioles in the leaves which absorb water; that the
sap descends to the roots and escapes from them in autumn; and that an
imaginary system of syphons does all these wonderful things, which have not
been proved to occur at all, and which well-informed physiologists are almost
unanimous in denying, reminds us of the adage that “a prophet is not without
honor save in his own country.” This is not the method of the Baconian
philosophy.
CIRCULATION OF SAP.
In the observations which follow, we hope to add some new facts to the
knowledge of the world concerning the phenomena of plant-growth ; but are
painfully conscious of the need of much more investigation before a complete
and correct theory of the circulation of sap can be stated. Exceptions have
been taken to the use of the expression “circulation of sap;” but since there
is an evident distinction between the crude and elaborated saps, both in their
composition and their location in the plant, at least in the higher forms of
vegetation, and since the circulation of blood is accepted as a proper term even
when applied to animals without a heart, we prefer to retain it in our vocab-
ulary.
OSMOSE.
In regard to the causes which induce the absorption of water and soluble
substances by the roots of living plants, it seems unfortunate that so much has
been claimed for osmose in this connection. Boussingault has recently shown
516 STATE POMOLOGICAL SOCIETY.
that roots containing sugar do not exude it when growing in water, while
leaves and fruits when immersed in this fluid, readily absorb it by an osmotic
process and part with their sugar. If the enormous absorption of water by the
roots of birch trees, in spring, were accompanied by any corresponding exuda-
tion, it would appear easy to find it; but no one has yet detected it. It is not
possible to account for the fact that when sap is rising most rapidly, none will
flow from a wound in the bark, even when it will run a stream from the outer
layer of wood, if the circulation in the trunk is caused by osmose. There is
fresh cellular tissue in the liber, and some soluble material, but the bark
remains comparatively dry till growth begins. After the cambium has become
abundant, why should not all the crude sap press toward it and draw the
elaborated material directly into the wood, instead of pushing its way against
the force of gravity to the leaves, if osmose is so powerful an agent in the cir-
culation? If this tendency to press into the bark were to exist, there would be
a much greater flow from places that are girdled than is now observed; and
probably the bark itself would be ruptured by the pressure exerted, which
would often be equal to more than thirty pounds to the square inch.
A SURPRISING FACT.
One of the mest surprising facts to be noticed in examining the wood of any
tree with well-developed foliage, is the entire absence of anything like free or
fluid water. A freshly-cut surface of the sap-wood is not even moist to the
touch; and if a tube be inserted into the trunk of such a tree, it will fre-
quently absorb water with great avidity. On the sixth of June last, a half-
inch tube six feet in length was attached to a stopcock inserted into the trunk
of an elm and the tube filled with water. The absorption was so rapid that
the fluid disappeared in thirty minutes, and this was repeated several times
the same day. Similar observations were made upon white oak, chestnut and
‘buttonwood trees.
IMBIBITION.
Now the absorption was not osmotic, since the rapidity of it was too great
and there was no outward flow, but apparently the result of imbibition, or the
affinity of the cellulose of the woody fibre for water. Is not this, then, the
proper name for the force which carries up the crude sap ?
PER CENT OF SAP.
The wood of growing trees when cut from near the surface, though appar-
ently dry, contains nearly fifty per cent of water; and in the young twigs, with
a living pith, the proportion is even greater. A number of analyses have been
made of specimens collected at different seasons during the past year, of which
a tabular statement is appended.
SAP IN THE BUDS.
There is good reason to believe that the sap in ordinary trees begins to move
‘first in the buds, and that the first supply of water exhaled in the spring is
derived from the sap-wood. Branches of aspen and red maple, two feet in
length, were cut on the twenty-sixth of March and placed in a warm room in
an empty vase. The flower-buds developed without any other water than what
they could abstract from the wood, so that on the filth day the staminate cat-
kins of the aspen were four inches long, and the pollen well developed. It is
-by no means uncommon to see large branches, which haye been removed from
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE, 317
apple trees early in the spring, covered with blossoms in a similar way while
lying on the ground.
It is a well established fact that the roots of most woody plants haye not
power at any season to force water to any considerable hight when separated
from their stems. Upon this point a large number of observations have been
made, which will be described in another place.
THE ROOTS
of all plants growing on ordinary soil develop most freely and absorb most
abundantly when the earth is well drained and aerated. Thus we find that
the crude sap imbibed by the root-hairs from the surface of the particles of the
soil seems to be taken up in a dry state, that is, it appears to be absorbed mole-
cule by molecule, no fluid water being visible, and carried in this form through
all the cellulose membranes between the earth and the leaf, by which it is to
be digested or exhaled. We do not say this is literally true, but it accords very
nearly with what is constantly to be seen in some species of plants. The cir-
culation of the sap in a poplar tree is very dry compared with that of the blood
of any animal. Not adropof moisture will ever flow from the wood of an aspen,
so far as we have observed. Nevertheless, it grows very freely and starts very
early in the season.
THAT LIVING CELLULOSE
has a peculiar and very powerful affinity for water is evident from the experi-
ments of De Vries, who discovered that when a shoot of an herbaceous plant
with large leaves is cut, and the fresh surface allowed to come for a short time
ito contact with the air, it loses much of its absorbing power and the leaves
wilt. If, however, the section be made under water, so that the living tissue
is not exposed to the air, its power of imbibition remains unimpaired, and the
leaves do not wilt.
SOLID SAP.
It appears, therefore, that much of the crude sap passes through the mem-
branes of the sap-wood or woody fibre or cellular tissue of plants in an appar-
ently solid form, combined with the cellulose, just as the water in dry slacked
lime or a plaster cast is in a solid form. In all these cases it may be obtained
as a liquid by distillation at a temperature of 212° Fahrenheit. The cause of
the motion seems to be the removal of the water from the tissue at some point
by exhalation, by chemical combination, or by assimilation. Whenever any
portion of the living cellulose has an insufficient amount of water to saturate
its affinity, it imbibes an additional quantity, and this process is continued
from cell to cell downward, or backward to the roots and the earth.
THE CONDUCTING POWER
of the cellulose of sap-wood is very remarkable, as is seen in the fact that when-
ever a limb of an apple or peach tree breaks down under its burden of fruit, it
very rarely wilts or fails to ripen its crop. Those who have compared the area
of a section of the trunk of a large tree with the area of a section of its branches
at any point above, must have noticed that the relative amount of sap-wood
rapidly increases as we ascend toward the top, the young twigs and branches
containing no other wood.
AN ELM IN AMHERST,
famous for the beautiful symmetry of its form, and known as the Ayres elm,
318 STATE POMOLOGICAL SOCIETY.
was carefully measured by Prof. Graves and the senior class. The area of the
sections of the branches twenty feet from the ground was more than twice as
great as the area of a section of the trunk four feet from the earth, and the
proportion of sap-wood was of course much greater.
AN INTERESTING EXPERIMENT
was undertaken in the Durfee Plant-house to determine how small a propor-
tion of sap-wood could conduct the necessary supply of sap to the foliage of a
growing tree,and also whether the bark alone could furnish the requisite water
to prevent the leaves from wilting. A specimen of Hibiscus splendens, stand-
ing in the ground and having three stems from the same root, was selected for
trial. The shrub was growing rapidly, and was prepared for the experiment
as follows: Two of the stems were tied firmly to stakes, and the third left un-
disturbed. 'The first specimen had all the bark removed from one inch of the
stem, and then the wood was cut away till there remained only a small
piece of the outside layer of sap-wood, which was one inch long and seven-
sixteenths of an inch in circumference. ‘This exposed surface was immediately
covered with grafting-wax to protect the tissues from the action of the air.
The amount of stem remaining was just one eighty-fourth of the original,
which was about four inches around. The healthy leaf-surface was fully
twenty-five hundred square inches, from both sides of which exhalation went
on to some extent, making five thousand square inches of exhaling surface.
The result was that the foliage remained perfectly fresh and vigorous for ten
days, until, on the tenth of November, the specimen was cut for the museum.
THE OTHER STEM
was used to determine whether by osmose, or in any other way, the crude sap
could ascend in the bark and supply the leaves with water. All the wood and
one-third of the bark were removed from a portion one-half inch in length,
the exposed tissues protected by wax, and the branches so pruned as to leave
only five hundred square inches of leaf-surface. The foliage all drooped in a
single hour and never recovered. This experiment showed that the bark was
altogether incompetent to furnish the requisite supply of crude sap to the
parts above it, although it was thick and succulent, and much greater in
quantity, when compared with the exhaling surface, than the piece of sap-
wood which showed such marvellous conducting power. If osmose were the
cause of the ascent of sap, it would seem that the abundant parenchyma
of the bark, intimately united as it is with the wood by the medullary rays,
must freely transmit the amount required in this case. But the leaves wilted
and perished as quickly as if the entire stem had been severed.
A COUNTER MOVEMENT.
Having thus demonstrated that crude sap ascends chiefly in the sap-wood of
exogenous trees, let us now consider a few facts which appear to prove that
there is a counter-moyement of elaborated sap which is for the most part con-
fined to the bark.
It is well known that if a narrow ring of bark be removed from the trunk
of a tree between the leaves and roots, then the deposition of wood ceases be-
low the girdled place, though above it the growth of the season ensuing will
be quite normal. This proves beyond dispute that the wood cannot convey
that portion of the elaborated sap which is essential to growth, and that it can
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. 319
be conducted only by the tissues of the bark, or the imperfectly-developed
tissues of the cambium between it and the perfectly formed wood. Neverthe-
less, there is free communication in a transverse direction for the crude sap
and for some of the elaborated substances between the wood and the bark,
probably by means of the medullary rays which connect the two. Thus only
can we account for the fact that the bark below a girdled place remains alive
long after the deposition of wood ceases, and also for the circumstance that
starch and sugar, which must originally come from the leaves, are found either
accumulated in the cells of certain stems and roots, or existing in the sap
which flows or is expressed from their tissues. If we shave off, little by little,
the bark of a maple when the sap is flowing freely, we shall observe no exu-
dation from any portion of the liber, even, but as soon as the whole of this is
removed, the sap issues from every part of the surface.
Again, those who work with mill-logs tell us that in the spring the bark
becomes soft and loose, precisely as if the tree was standing, at least in the case
of some species. Sometimes logs and poles, cut for fences, will sprout and
actually produce shoots with foliage, the sap of which must be derived wholly
from the timber. and must, therefore, pass from the wood to the bark.
Mr. Wm. F. Flint has sent us a piece of a red maple slab, which he found on
moist ground, under a pile of wood, and which had thrown out at the end
and sides a callous a quarter of an inch thick, precisely like an ordinary cutting
of a grape vine. Here we have au instance of growth without either roots,
buds, or leaves, all the material for which must have been derived from the
stick itself.
A CURIOUS CIRCUMSTANCE.
Similar to this in character is the curious circumstance, not very unfrequent,
of old potatoes resolving themselves into several smaller ones, within the skin
of the parent tuber, without any external appearance of vegetation. This is
reported to have occurred in a vast number of tubers, in a quantity of potatoes
on board a vessel in the Arctic ocean, where the low temperature probably
exerted some influence in causing this peculiar made of sprouting.
AN EXCELLENT DEMONSTRATION
of the transverse diffusion of sap was obtained in some experiments performed
to observe the result of protecting girdled places on trees from the effects of
exposure. Healthy young trees, or large branches, of elm, chestnut, apple,
grape, and white pine were drawn through glass tubes, two inches in diameter
and two feet long, upon either end of which were fastened short pieces of
rubber hose. ‘These tubes were placed over girdled spots, from which the bark
was removed on the thirtieth of May last, and the rubber securely fastened
with iron wire to the tree. From all of these specimens a considerable quan-
tity of sap escaped, apparently in the form of vapor, and was collected in the
tube. There was no layer of wood formed, but the foliage of all except the
pine was killed before autumn, apparently by the fermentation of the sap and
its re-absorption into the wood. In the case of an elm root, treated in a
similar manner, the bark was renewed, probably from the fact that the
cambium was in a more advanced state than in the other instances. The root
was dug up with care, twenty feet of it drawn through the tube, and then
covered again with earth.
320 STATE POMOLOGICAL SOCIETY.
THE FUNCTIONS OF THE BARK.
With the view of determining some facts concerning the functions of the
bark in connection with the circulation of sap and the growth of wood, many
experiments have been undertaken at the College during the past two years,
and some interesting results obtained.
In order to Jearn whether the annual layer of wood upon trees is developed
from the outside of the old wood or from the inside of the bark, the following
plan, suggested by the interesting experiments of Duhamel more than a century
ago, was tried. Vigorous young trees of elm, glaucous willow, and chestnut
were selected, which were from two to three inches in diameter. On the
thirtieth of May, before any deposition of recent organized tissue was visible,
but when the bark was easily separated from the wood, a horizontal incision
was made with a sharp knife around each stem, and immediately above this
four vertical incisions on the four quarters of the stem about three inches in
length. The four strips of bark were then carefully detached from the wood
at their lower ends, and a piece of tinned copper, ene inch wide, and long
enough to reach around the wood and overlap, was adjusted to the trunk.
The bark was then replaced and covered tightly with cloth which had been
dipped in melted grafting-wax. The trees grew through the season as usual,
and after the fall of the leaves the bandages were removed and the results ob-
served.
Tn all cases the new wood was found to have been deposited from the bark
and outside of the metallic band. Examination under the microscope showed
that a thin layer of parenchyma, corresponding to the pith of the first year’s
wood and such as probably unites all the layers of wood in exogenous stems,
was formed upon the metal, and outside of this the fibro-vascular tissue, while
the medullary rays were as numerous as in the other portions of the layer of
wood, and extended directly from the bark to the metal under it, whether
examined in a tranverse or a longitudinal section, thus proving that the
material did not flow down in an organized condition from above the band.
THIS QUITE SATISFACTORY RESULT
demonstrates that the elaborated material formed in the leaves descends
altogether outside of the wood, and that the inner bark is the most highly
vitalized part of the trunk of a tree and the source of the new layers of wood
and bark which are annually produced.
Much information has also been obtained in regard to the effects of ringing
or girdling the trunks and branches of trees by the removal of a band of bark
only, or of bark and sapwood from the entire circumference.
This has long been practiced in new countries to kill the timber which the
settler had not time to fell, but must destroy to obtain grain and other crops.
THE CHINESE
are said to produce curious dwarf fruit trees by ringing a fruit-bearing branch
and placing over the spot a flower-pot with earth in which roots are developed,
so that it may then be detached from the parent tree and cultivated indepen-
dently. The Italians propagate the fig tree ina similar manner, and this proc-
ess may be made very useful in securing the certain growth of a sporting
branch of any woody plant, or of the branches of species with spongy or pithy
wood which will not root from cuttings. It is a well known fact that the
ringing of a branch of a vine or tree will tend to increase the size of the fruit
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. D2]
the following season, because the branch is thereby gorged with elaborated
material for which there is no outlet, and some persons habitually adopt this
mode of improving their fruit.
A GIRDLED ORCHARD.
In the town of Southborough, Mass., is an apple orchard of healthy trees,
from twelve to sixteen inches in diameter, which were all girdled by the owner,
Mr. Trowbridge Brigham, in the spring of 1870, for the purpose of inducing
fruitfulness. The desired result is said to have been obtained, and the trees
seem to have suffered no material injury, owing to the imperfect manner in
which the operation was performed. At the time when the trees were in full
blossom, a narrow belt of bark, usually less than in inch in width, was removed
from the trunks, about two feet from the ground. This did not peel freely in
all cases, and there were many crevises where it was retained. By means of
these connecting links, the communication between the leaves and the root
was imperfectly preserved, and during the season new wood and bark were de-
veloped upon these places. In addition to this, in many cases, the new wood
from the upper side of the girdled spot was sufficiently abundant to reach
across and form a connection with the living bark below.
Upon one of these trees was found a branch some four inches in diameter,
which had been perfectly girdled in 1870, and, although no communication
had existed between the bark of the branch and that of the trunk, it had
grown eyery year till March, 1674, when it was cut. The buds upon it were
poorly developed, but alive, and the ends of the branches were dead. It appar-
ently could not have survived more than a year or two longer, and the reason
was obvious upon making a longitudinal section through the girdled part.
The limb was nearly horizontal, and the ring of bark removed was only a few
inches from the trunk. New layers had formed each year up to the denuded
place, but the enlargement was more above this than below it. The material
to form new wood and bark below came from the other parts of the tree, and
yet, owing apparently to the poor circulation, was deficient in quantity. The
crude sap with some materials from other portions of the tree ascended to the
buds and leaves, and so an unhealthy growth was continued. An examination
of the figure representing a section of this branch will explain the cause of its
final failure. The wood through which the sap must ascend was gradually
dying, and thus the channel of communication was constantly becoming more
and more obstructed. On the whole, this method of treating orchards cannot
be recommended for general use.
In regard to the length of time during which a perfectly girdled tree may
continue to live, we have obtained some facts worth recording.
IN INDIA,
it is necessary to girdle the teak trees the year before cutting them, in order
to have them die and lose a portion of their sap by evaporation, since other-
wise the logs will not float down the rivers to market. Removing a ring of
bark is not sufficient to accomplish this result, and it is necessary to cut
through all the sap-wood so as to prevent the ascent of water to the leaves.
EFFECTS OF GIRDLING.
Mr. W. F. Flint has communicated an interesting account of a beech tree
about eighteen inches in diameter, which grew in an open pasture in Rich-
mond, New Hampshire. It was girdled for the express purpose of killing it,
41
322 STATE POMOLOGICAL SOCIETY.
in 1866, by chopping a gash two or three inches wide and nearly as deep en-
tirely around the trunk near the ground. The next year it sent up sprouts
from below the girdle and formed a new layer over itsentire surface. ‘I'his was
repeated in 1867, but in 1868 the bark and sprouts of the lower part died, and
dead branches began to appear in the top. This process of decline continued,
and in 1873 but one of the large branches put forth its leaves; and, finally, on
the ninth year (1874) it died utterly. This remarkable tenacity of life is
doubtless due to the close, fine texture of the timber, and the fact that such
beeches in open land haye an unusual amount of sap-wood, and are hence
called white beeches.
A red maple, on the College Farm, which was girdled in April, 1873, by cut-
ting a channel in the sap-wood two inches wide and one inch deep, bled most
profusely, but grew as usual through the season. No wood, however, was
formed below the girdle, and the bark died and separated from the wood. The
roots, nevertheless, remained alive, and the tree has borne its usual amount of
foliage during the summer of 1874, and formed its buds for next year, and
produced a new layer of wood above the girdle. Specimens have been collected
for chemical and microscopic analyses of the roots and of the wood and bark
above and below the girdle, in the hope that some light may be thrown upon
the subject of sap circulation and the functions of the bark, whenever this
work can be done.
On the third of June last, branches of the apple, pear, peach, crab-apple and
grape were girdled by removing a ring of bark one inch long. They grew well
and bore an abundance of fine fruit, as was expected.
On the fourth of June, small trees of red maple, elm, aspen, willow, linden,
chestnut, white pine, black birch, butternut, and a large wild grape vine, were
girdled by removing a ring of bark two inches in length.
On the twelfth of June, trees of ash, bass, beech, black birch, yellow birch,
white birch, alder, black oak, chestnut, sugar maple, hornbeam, and ironwood,
were girdled in like manner; and on the twenty-third of June, specimens
of white oak, red oak, black birch, yellow birch, white birch, red maple, sugar
maple, ash, bass, aspen, witch-hazel, white pine, cornel, chestnut, hickory,
beech, ironwood. hornbeam, apple, and choke-cherry. July twenty-first, we
girdled specimens of wild grape, cornel, red maple, chestnut, black birch,
white birch, white pine, bitternut, white oak and black oak.
On the twenty-eighth of August, the bark of the following species was found
to adhere to the wood, viz.: Red maple, yellow birch, wild thorn, hornbeam,
beech, witch-hazel, bird-cherry, white oak, red oak, elder and elm; while the
bark of the following species was readily separated from the wood, viz.: Hem-
lock, white pine, alder, shadbush, white birch, black birch, chestnut, cornel,
ash, ironwood, apple and aspen.
All the trees thus girdled grew through the season as usual, but none of
them formed wood below the girdle, except the grape and the red maple. The
former, being a branch of a large vine, with foliage both above an4d below the
girdle, formed new wood on both sides of it, and finally, the two calluses were
united and communication restored across it.
The red maple, girdled June twenty-third, formed wood only on the upper
side; but the specimen girdled July twenty-first, formed a new layer of wood
and bark upon the denuded surface. This was doubtless owing to the fact that
& portion of the cambium was left on the wood sufficient to conduct the elab-
orated sap and form new tissues out of it. This tree, like the others, grew in
OBSERVATIONS UPON THE PHENOMENA OF PLANT-.LIFE. 323
the woods, where it was shaded from the dixect rays of the sun. The new
bark was of a reddish brown color and very smooth, and consisted of a thin
jayer of periderm or cork, with parenchyma and bast. A drawing of its micro-
scopic structure, together with one of the old bark on the same tree has been
prepared.
There isa popular notion that the bark of an apple tree, removed on the
longest day of the year, will be renewed, and it is well known that occasion-
ally such renewal of the bark of various species does occur. This may happen
whenever there is deposited upon the old wood enough of the new layer to
conduct downward the elaborated sap, and to develop from the living paren-
chyma of the forming medullary rays a protecting layer of periderm.
It is not uncommon for the bark of the half-hardy weeping-willow to be
started by freezing and thawing from the wood. When this is the case, there
sometimes forms a new layer of wood upon the detached bark, which is dis-
connected from the wood of the parent trunk. There is also sometimes formed
a new layer of wood and periderm on the old wood under the shelter of the
old bark, and roots often descend from the healthy portion of the trunk several
feet beneath the loose bark to the ground, and as soon as they penetrate it en-
large rapidly. All these phenomena are readily explained by supposing that
the liber, or inner bark of the tree, is torn asunder, a portion so:netimes re-
maining attached to the wood sufficient to conduct the elaborated sap, and so
form a new layer of wood with a layer of bark. The roots are developed from
the uninjured portion under the protection of the old bark, and in their nature
are precisely like roots from cuttings.
EFFECTS OF FROST.
The rupture of the medullary rays and the separation of the bark from the
wood by the combined action of frost and sunshine is not uncommon in the
apple and other cultivated trees. If a severe frost separates the water from
the wood as ice, and it then thaws and freezes again before it can be absorbed,
it will be likely to burst the bark or tissues in which it is accumulated. This
usually results in one or more cracks through the bark on the southerly side
of the tree, from which there is, in the case of the apple tree, commonly a
slight flow of crude sap in the following April or May. The outside of the
bark is blackened, and the detached portions die.
In the spring of 1874, a vertical crack three feet long was noticed in the
south side of a vigorous young Gravenstein apple tree in Amherst, the trunk
of which was about three inches in diameter. Upon examination, it was
found that the bark had not been separated from the thick layer of wood
formed the previous year, but that this outside layer was entirely detached
from the wood beneath. The bark, being supplied with sap ascending through
this layer, remained sound, and the crack having ‘been filled with wax, the
tree grew equally well with others in its vicinity which had sustained no in-
jury. The new growth on the sides of the crack being covered only with a
thin, soft periderm, will doubtless readily unite, and there will soon remain no
trace of the rupture. The separated layers of wood, however, will never be
reunited, though the inner ones may conduct sap, until converted into the
nearly impervious heartwood which occupies the central portion of every
trunk after it attains to any considerable size.
At what age, if ever, the inner wood of exogens loses all power of conveying
sap, and whether the sound heart of an old tree which has never been ex-
324 STATE POMOLOGICAL SOCIETY.
posed to the influences of the atmosphere still retains life, are questions which
have not been definitely answered. It is not easy to say wherein the vitality of any
perfectly formed tissue, whether of the wood or bark, consists, since their cells
have no power of enlargement or multiplication, though the thickening of the
cell walls by the deposition of substances within the cells and the striking
changes in color seem to indicate the presence of a feeble life. The functions
of the wood seem to be mainly such as may be performed by dead material.
The cellulose which has never been exposed to the air may retain its peculiar
affinity for water, which is evidently much greater before than after drying.
The cells may serve as reservoirs of starch and other substances which may
afterwards be imbibed by the living, growing or ripening tissues. The pith,
which is alive in young branches so long as leaves are borne upon their wood,
dies, apparently, with them. If growth is a characteristic feature of living
tissue, our trees may with some reason be considered’ annuals, since all their
growth proceeds normally from their winter buds and completely envelopes
every portion of the tissues of the roots, stems, and branches previously
formed, thus excluding them from the weather and preventing their decay,
while using them for a support and a magazine of supplies. However this
may be, it is certain that the vitality of trees is concentrated in a remarkable
manner upon the surface and the extremities of their roots and branches.
NATURAL GRAFTING.
Among the observations made during the past season, not the least inter-
esting were those relating to the natural grafting which is frequently to be
seen in the forest, and which is particularly noticeable among roots. ‘The al-
most incredible manner in which the living surface of the inner bark of
woody stems can transform the same elaborated sap into different species of
wood and bark, was alluded to last year, and the case mentioned of a possible
compound tree, containing a plum root and base, on which grew a stem of
apricot, surmounted by a stem of blood peach with red wood, and that
by a stem of white peach, and the whole by a stem and branches of almond.
Thus, each kind of wood and bark would be perfectly developed from the
same material, just as on the same cow’s milk may be fed a child, a calf, a colt,
a black pig, a white pig,and a lamb. The specific life of each, and not its
food, determines its form, size, and character.
A COMPOSITE TREE.
To show still more impressively the peculiar powers of the wood and bark
to conduct the crude and elaborated saps in either direction, and to act either
as roots or branches, as circumstances require, we will describe an experiment
performed by a French gardener, M. Carillet, at Vincennes, in 1866 and 1867.
He selected two dwarf pear trees, grafted on quince roots, which were from
four to five feet high. One of them was carefully dug up in April, 1866, and
fastened in an inverted position above the other. The leading shoots of the
two trees were now flattened on one side with a knife, and the two surfaces
firmly bound together in the usual manner of splice grafting. ‘The two shoots
grew together, and, in the course of the summer following, a few leaves
appeared on the main stem of the inverted pear tree, and also on the main
branches of the quince roots, which were entirely in the air, some eight or ten
feet from the ground. The next spring scions from four varieties of pears
were set upon the four main branches of the quince roots, two of which lived
and grew several inches. Meanwhile, the inverted pear tree bore two pears.
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. d29
Here, then, was a composite tree, consisting, first, of a root of quince, then a
pear tree, upon this an inverted pear tree which had branches consisting of
inverted quince roots, and these were surmounted by pear shoots of two unlike
kinds. Upon such a specimen it would be very difficult to comprehend the
working of the imaginary syphons of Dr. Pettigrew, already described.
In order to illustrate the fact that the return of the elaborated sap was not
the result of the force of gravity, a pendant branch of weeping willow was
girdled last June. The enlargement was on the lower side of the girdled place,
showing that the flow of the material formed in the leaves was constantly
towards the roots.
To learn whether sap would flow from the bark on the upper side of a gir-
dled place, a stem of white willow, an inch in diameter and ten feet high,
was selected, and a ring of bark one inch long removed. The girdled place
was then wrapped in oiled paper, so as effectually to exclude the air and the
light. On the fifteenth of October, one month after girdling, the paper was
taken off, and the specimen examined. ‘The wood appeared dead and brown,
and was covered with a mucilaginous fluid which appeared to have come from
above. There was no sign of growth below the girdle, but above it the stem
was decidedly enlarged, and a callus had descended a quarter of an inch and
developed upon itself a bud, as if about to strike out for air and light. No
bleeding from the bark was observed in any case worthy of mention, the near-
est approach to it being in the flow of turpentine from the bark and sap-wood
of the white pine.
Among the specimens of natural grafting obtained during the past year,
perhaps the most remarkable was a fine bunch of mistletoe growing as a para-
site upon a branch of oak. This was kindly procured for the College museum
by Prof. J. W. Mallet, LL. D., of the University of Virginia. The shrub is an
evergreen, and its roots penetrate the bark and sap-wood of the tree on which
t feeds, appropriating the crude sap and forming a wood of a totally different
sort from that of its support, and having an ash peculiar to itself. In fact,
the several species on which it is produced seem to serve merely as so many
different soils on which it can thrive. As the oak branch was dead beyond
the mistletoe, it would seem to have been injured by the abstraction of its sap
and its exhalation from the foliage of the parasite.
A specimen of red maple was brought to the College by Mr. Austin East-
man, of Amherst, which exhibited a single trunk with one heart, formed by
the natural union of two shoots, which were nearly three feet apart, and were
united about six feet from the ground. The main trunk was eight inches in
diameter.
Another specimen, found in Pelham, shows two white pine trunks, joined
like the Siamese twins, at about four feet from the ground. This, when sawed
open vertically, showed how the union had been effected. A branch of one
had lodged in the angle made by a branch of the other with its parent trunk.
As the tree grew, they were fastened together, and, under the pressure thus
caused, the bark was flattened until it almost disappeared, and soon the new
wood formed over the scar and made the grafting complete.
BUT THE GRAFTING OF ROOTS
is still more common and curious. They seem to cohere without the least
difficulty, especially those of the white pine, which is doubtless owing to the
softness of the bark and young wood, and the fact that they grow so nearly
at the same level in the earth.
326 - STATE POMOLOGICAL SOCIETY.
GROWING STUMPS.
From the observations above made, it will be seen that there is no difficulty
in accounting for the curious fact which has long been regarded as a great
mystery, that the stumps of fir trees, which do not sprout, have been known
to continue forming new layers of wood and bark for a great number of
years. Dutrochet mentions the case of a stump of the silver fir which thus
grew from 1743 till 1836, when it was still alive, having formed since the tree
was felled, ninety-two thin layers of wood. ‘The roots of the living stump
were doubtless grafted to the roots of some healthy tree or trees in its vicinity,
and their elaborated sap was attracted into the sound bark and supplied the
necessary material for the development of new tissues under the influence of
its vital force. The outer layer of the roots of the stump was thus renewed
annually, and so they retained their power of absorption; but since the top
of the stump, becoming dry and having no foliage, could not exhale moisture,
the crude sap of its roots ascended into the neighboring tree or trees to which
they were united. Thus a sort of circulation was maintained sufficient to ex-
plain the phenomena observed.
ANOTHER PECULIARITY
often to be seen in the stems and branches of trees and shrubs, as in the pear,
the apple, the hemlock, and the lilac, is the spiral growth or twisting of the
wood and bark, which is sometimes visible during the life of such specimens,
and always when the bark is removed and the timber seasoned. Some have
endeavored to account for this phenomenon by referring it to the effect of the
wind, but it is frequently seen on trees which grow in sheltered situations.
The timber of Pinus longifolia, a valuable tree of Northern India, is often
rendered worthless by this habit of growth; and while such trees are more
numerous in some regions than in others, they are found irregularly scattered
among those which do not exhibit this abnormal structure.
THE SURPRISING PHENOMENA
of pressure and suction exerted upon mercurial gauges attached to the trunks
and roots of such trees as bleed or flow from wounds in the spring, which
were described in the paper presented to the board last year, gave abundant
encouragement for further investigation. Accordingly, numerous experi-
ments have been undertaken and some thousands of observations recorded,
which have been tabulated, and are appended in as compact a form as possi-
ble. To accomplish so much work as is here represented in a single season,
required the cordial co-operation of a considerable number of persons. It is
proper that the names of those officers and students of the college who have
faithfully and intelligently labored to accumulate these facts should be an-
nounced in connection with what they have done. If all who enjoy the
privileges of students in natural science would exhibit the same enthusiasm
for the acquisition of new truths, they would thereby not only improve them-
selves, but increase the common stock of knowledge with a rapidity alto-
gether unprecedented.
THE OBSERVERS.
Prof. Levi Stockbridge has made nearly all the observations on the flow of
sap in the sugar maple, and has faithfully kept the record of the variations
of pressure in the mercurial and water gauges on the sugar maple, the red
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE, B27
maple, and the butternut, which have been noted three or more times daily
for several months.
Prof. S. T. Maynard has devoted much time to the care of the squash whose
unparalleled performances in harness attest unmistakably its health and vigor.
He has also kindly assisted in the preparation of gauges, and in every way in
which his services were needed. The drawings for the cuts representing the
squash and the apparatus used in the experiments with it, as well as for those
relating to the specimens of elm, were furnished by him.
For the very convenient form of stopcocks used in the mercurial gauges we
are indebted to the ingenuity of Prof. 8. H. Peabody.
Much credit is due to Mr. D. P. Penhallow, a post-graduate student, for his
untiring devotion to the study of the squash vine, with which he spent many
days and nights, observing its mode of growth and making complete micro-
scopical drawings of all its structure. He also adjusted gauges to several her-
baceous plants, and reported upon the pressure of their saps. He assisted in
finding the per cent of water in various species of wood at different seasons of
the year, and his pencil prepared all the drawings, except those already men-
tioned.
Charles Wellington, B.S., assistant in the chemical laboratory, has under-
taken to determine the composition of various saps, and the effect on them of
the advancing season. This important investigation is not yet completed.
Mr. Walter H. Knapp, with great fidelity, furnished the material for the
table showing the amount of sap which flowed daily from each species.
Mr. Atherton Clark made the observations on the water gauges, except that
on the sugar maple, on the mercurial gauges in the case of white birch root,
the apple root, and the three on the grape vine, one of which was thirty feet
from the ground. He also did much of the work relating to the time when
each species begins to flow.
Mr. William P. Brooks began and carried out very thoroughly a series of
observations to learn precisely what species flowed, at what time in the season,
and how rapidly, visiting for this purpose about forty species daily for several
weeks. In some unaccountable manner, the memorandum book containing most
of his records has been lost, and so his report is incomplete.
Mr. Henry Hague recorded the variations on the mercurial gauges upon the
four birches, one of them thirty feet from the ground; and on the hornbeam,
three times daily for many weeks.
Mr. George R. Dodge attended to a series of experiments instituted to deter-
mine the circumstances which affect the flow of sap from the maples, and fur-
nished an excellent report.
AMOUNT OF SAP.
It has been said that all species of flowering plants will probably bleed from
some part, if wounded, at some time of their growth. This has not been
demonstrated, and some trees seem to have a wood so remarkably spongy and
retentive of moisture as to render it unlikely that they should ever flow. Much
eftcrt has been made to arrive at the truth on this subject concerning our com-
mon forest trees by methods detailed below.
About the middle of last March a large number of trees were selected and
prepared for observation, by boring one half-inch hole to the depth of two
inches into the wood and inserting a galvanized iron sap-spout, invented by Mr.
C.C. Post of Burlington, Vt., and wel! adapted for use in the sugar-bush. The
328 STATE POMOLOGICAL SOCIETY.
species thus tapped, and all others named in this paper, will be mentioned by
their common English names, which are familiar to most persons ; but in order
that these may be clearly understood, a list is appended containing both the
English and the Latin names. The following were tested, as above described,
for sap, viz.: Hemlock, black spruce, balsam fir, alder, European alder, striped
maple, red maple, sugar maple, shad-bush, white birch, black birch, yellow
birch, paper birch, hornbeam, chestnut, hickory, bitternut, cornel, thorn,
quince, ash, beech, butternut, black walnut, mulberry, ironwood, white pine,
yellow pine, buttonwood, aspen, English cherry, black cherry, mountain ash,
apple, pear, peach, white oak, red oak, glaucous willow, white willow, bass,
linden, elm, and grape. ‘hese trees were visited every day about noon for
several weeks, the holes being renewed as often as necessary, and whenever
they were found flowing the number of drops per minute was recorded, except
in the case of such trees as flowed somewhat abundantly and for a considerable
time. The whole amount of sap from those of the latter class was carefully
collected and weighed daily. It will be seen that the sugar maple flows at
any time when stripped of its foliage, provided the weather is favorable, the
principal condition being a temperature above freezing, directly after severe
frost. A comparison of the flow from this species with the pressure on the
mercurial gauges, and with the temperature as indicated in the meteorological
observations, kindly furnished by Prof. E. 8. Snell, LL. D., of Amherst College,
will convince tke inquirer that there is an intimate connection between these
three sets of facts.
THE QUANTITY OF SAP
from a sugar maple during the season is much greater than from any other
tree flowing from the same causes. Thus the entire flow from the butternut
was less than the product of the sugar maple for a single day. The ironwood
and the birches, however, surpass even the maple, both in the rapidity and
amount of their flowing, if we make allowance for the difference in the size of
the trees tested. A paper birch, fifteen inches in diameter, flowed in less than
two months one thousand four hundred and eighty-six pounds of sap; the
maximum flow, on the fifth of May, amounting to sixty-three pounds and
four ounces, which is probably three times the average yield of a sugar maple
of the same size. These latter species will not bleed during the winter, and
seem to do so in the spring from a cause entirely different from that which
affects the trees which bleed in fall and winter. The grape, which is often
thought to bleed more freely than any other species, though later in the sea-
son, really flows but little, the totalamount from a very large vine beingeleven
pounds and nine ounces.
Among the species subjected to trial, only those mentioned as bleeding ex-
hibited this phenomenon. The following flowed for a short time, or very irreg-
ularly, or very slowly. ‘The shad-bush was seen to flow, on the eighth of April,
one drop in fifty seconds. The hickory bled one drop per minute of very sweet
sap, on the fifteenth of April, and the cornel, ten drops on the same day. The
European alder flowed three drops per minute, April ninth, and the common
alder, four drops, on the twenty-first of March, and on the tenth of April, nine
drops from one spout and six drops from another, inserted six inches below the
former. The black walnut yielded a small amount of sap during several weeks,
and, March thirtieth, bled six drops per minute. The buttonwood flowed forty
drops per minute, March twenty-fifth, and one hundred on a very cold day,
the eighth of April. The total amount, however, was very small. The apple
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. 329
bled twenty-eight drops per minute, May thirteenth, and the beech, on the
tenth of May, flowed ten drops per minute, both yielding most sap in decidedly
warm weather, the mean temperature for the last date being above 70° F. The
latex of the mulberry exuded from the bark, on the ninth of April, as a trans-
parent fluid which soon became milky, and the white and yellow pines flowed
a small quantity of turpentine, apparently from both bark and wood.
A large red maple, which was thoroughly girdled in 1873, and whose bark
had died and peeled off below the girdled place, was tapped above and aiso be-
low it. The result was that it bled freely from both holes on many occasions.
The flow, on the eighth of April, was fifty drops per minute from the upper
one, and one drop from the lower one, while on the eleventh of the same
month, it was three drops from the upper and fourteen drops from the lower
one.
After the usual run of sap for the season has ceased, some species will bleed
from the stump, if cut down, just like many herbaceous plants. Thus, Mr.
Wm. F. Flint reports that large trees of the black, yellow, and paper birch,
when felled on the thirtieth of June last, did not bleed immediately, as in
April, but after an hour or two began to exude sap freely.
On August twenty-eigbth, twenty-four species of young trees were cut down,
about one foot from the ground, to see whether they would bleed. None did
so immediately, but fifteen hours afterward the black birch ran a few drops,
and the following were moist on the top of the stump, viz.: alder, yellow
birch, red maple, cornel, ironwood, apple, elder, elm, and white pine. August
thirty-first, the black birch bled a little, and the yellow birch, thorn, apple,
glaucous willow, elm, and white pine were moist. The rest, including hem-
lock, shad-bush, white birch, chestnut, hornbeam, beech, ash, witch-hazel, bird
cherry, white oak, red oak, and aspen, were perfectly dry, though all were shel-
tered from the sun.
THESE RESULTS
seem to include most of the important attainable facts in regard to the flow of
sap as exhibited by our common exogenous trees, and, while none of the obser-
yations can be exactly repeated from the nature of the phenomena, yet they
may safely be accepted as the substantial truth concerning the whole subject.
WATER GAUGES.
The interesting facts observed last year, in connection with the attachment
of mercurial gauges to the roots and trunks of trees which were known to
bleed from wounds, and the suggestions derived from them, were a powerful
stimulus to further investigations in this direction. Accordingly, a large
number of gauges were prepared in early spring, and, as soon as the weather
was suitable, attached to such trees and roots as gave promise of the most
valuable results.
There still remained the unaccountable fact that the larger number of trees
and shrubs did not show any tendency to bleed in spring, and therefore could
not be made to answer any inquiries put to them in regard to the circulation
of sap. It was thought best to adopt a cheaper and simpler form of gauge for
application to such species as gave small promise of useful results. or this
purpose, the following economical apparatus was devised and applied to the
roots of elm, ash, white oak, chestnut, apple, sugar maple, and hickory. A
straight glass tube, three feet in length, with a bore about one quarter of an
inch in diameter, was joined by a conical rubber connector with each of the
42
330 STATE POMOLOGICAL SOCIETY.
detached roots, and the roots again covered with the earth in which they grew.
The tubes were now fastened in a vertical position to stakes set near the ends
of the detached roots, which were one inch in diameter. They were then
filled with water to a certain point, which was carefully marked, and the
changes occurring noted every day. Sometimes the water in a tube would
sink away, showing an absorption of the fluid by the roots ; and, again, it would
rise and flow over the top of the tube, demonstrating the fact that the absorb-
ing power of the root was, sometimes at least, in excess of the affinity of the
cellulose of the wood for water. It was well established that the wood of the
roots of trees is in a condition in early spring to absorb with avidity the water
from the tubes, while later in the season many of them exude water freely, so
as to cause the tubes to overflow. The amount of absorption was recorded in
inches, the minus sign being prefixed to the numbers, while the exudation was
measured in a sin.ilar way, with the omission of the sign. Thirty-six inches
of water in one of these tubes weighed one ounce, and from these data it was
easy to learn the actual amount of water which was taken up or thrown off
daily by each species.
ONE OF THE MOST REMARKABLE DISCOVERIES
in this connection, is the entirely unexpected fact that the roots of the sugar
maple do not exude any sap from their wood when protected from frost, and
show less independent power of absorbing water from the soil than almost any
other species. Hence, there was no flow from the root into the tube at any
time, but a constant moderate absorption of water from it.
THE FLOW
from the root into the tube is similar to that observed in the tube of an ordi-
nary osmometer ; but this does not prove that osmose has any influence in this
matter, and the doubt about it is not diminished when we see the water moy-
ing, sometimes in one direction and sometimes in another. In the sugar
maple, the flow was always out of the tube into the wood of the root; in the
white oak, the absorption from the tube was, in some cases, as much as one
ounce in thirty minutes, but rarely the current was reversed and absorption
occurred from the ground; while, in the elm, the absorption from the tube was
at its maximum April fifteenth, and then gradually diminished until April
twenty-first, from which date the flow into the tube continued till June
thirtieth, when the observations were suspended.
eA SECTION
of a white oak root, eight inches long and one inch in diameter, which was:
freshly dug from the damp earth, April eleventh, and weighed, was then
placed with one end in water three-eighths of an inch in depth, and in ten
hours absorbed 3.19 per cent of its weight. This shows that the tissues were
far from saturated, and were in an excellent condition to facilitate ordinary
root absorption. A mercurial gauge attached to a root of white oak showed
on the twelfth of April a suction sufficient to sustain a column of water 10.20
feet in height, which was caused by the absorption of the water in the con-
necting tube between the gauge and the root.
THE MERCURIAL GAUGE,
which was used for determining the variations of the pressure exerted by the
sap of such species as are noted for the abundance of their flow, consisted of a
OBSERVATIONS UPON THE PHENOMENA OF PLANT-.-LIFE. ook
syphon-tube of thick glass, the two legs of which were eight feet long, and
about four inches apart. ‘This wasinverted and attached to a support of inch
board, on the center of which was fastened a scale divided to tenths of an inch.
To one leg of the tube at the top was adjusted a brass stopcock, by means of
small rubber hose, and to the stopcock was connected by a brass coupling a
piece of thick lead pipe of small bore and convenient length, which was joined
by another stopcock to the trunk, root, or branch which was to be tested. The
stopcocks were so made, with a tube on the top, that communication could be
opened between the free air and either the lead or the glass tubing at pleasure,
and, when closed from the air, the passage was open between the mercury in
the syphon-tube, the water in the lead pipe and the sap in the tree. The ob-
ject of this three-way cock was to facilitate filling the tubes with water and
mercury, and allowing the escape of any gas which might find its way into the
apparatus from the tree. A sufficient quantity of mercury was poured into the
inverted syphon to fill the two legs to the height of about forty inches, and
the remainder of the leg connected with the tree, as well as the lead pipe, was
carefully filled with water, all air being excluded. The other leg of the syphon-.
tube was left open to the atmosphere. When the sap exerted a pressure, it was
indicated by a depression of the mercury in the closed leg of the glass tube and
a rise in the open end, the difference between the two columns showing the
pressure in inches of mercury. Suction into the tree was marked by the rise
of the mercury in the closed leg and its depression in the open one, and in
making the record the minus sign was prefixed to the figures expressing the
number of inches of mercury.
One of the difficulties encountered in these experiments arose from the lia-
bility to leakage, either around the stopcock inserted into the tree, or from
accidental wounds to the bark or small branches. In cases where the pressure
was very great, it was sometimes necessary to solder a heavy sheet of lead to
the stopcock and nail it to the tree with a packing of white lead in oi]. Much
trouble was also experienced from the bursting of the lead pipes and the break-
ing of the glass tubes during severe cold weather by the formation of ice within
the gauges. To avoid this as much as possible, the gauges were enclosed in
wooden cases, and the more exposed portions wrapped in woolen blankets.
Mercurial gauges were attached to the following species, viz.: sugar maple,
red maple, black, yellow, white and paper birches, ironwood, apple and grape
and all the observations may be found in the appended tables. The general
results correspond with those of last year, but are much more complete, espe-
cially in regard to the two species which exhibic the most surprising phe--
nomena and in which the public feel the deepest interest, namely, the sugar
maple and the grape vine.
PRESSURE OF SAP.
As soon as the discovery was made, by means of the water gauge, that the
apple would flow from the root, a mercurial gauge was attached to a root an
inch in diameter. At first, on the fifteenth of May, there was a slight suction
amounting to -1.59 feet of water ; but the pressure soon began, and rose to its.
maximum, May thirty-first, when it equalled 15.07 feet of water. Thus, the
extreme variation was 16.66 feet.
The butternut had a range of only 13.03 feet, the minimum, --0.79 foot,
occurring on April tenth, and the maximum, 12.24 feet, on April fourteenth.
The red maple attained its minimum, —2.83 feet, April sixteenth, and its
332 STATE POMOLOGICAL SOCIETY.
maximum, 18.59 feet, April eighth, the total variation being 21.42 feet of
water.
The ironwood exerted its greatest suction on the nineteenth of May, which
equalled -24.60 feet, while the greatest pressure was 40.35 feet, and was ob-
served May thirteenth. The total variation was thus 64.95 feet of water.
The white birch began early in the season, April ninth; reached its mini-
mum, —19.26 feet, on the eleventh of May, and its maximum, 39.66 feet, April
twenty-third. The extreme variation was, therefore, 58.92 feet of water.
A gauge was attached to a root of white birch on the eighth of April; the
pressure began April twelfth, and steadily advanced to its highest point, 38.08
feet, May twelfth, and declined to zero, May twenty-third, and to its minimum,
—22.98 feet, August twenty-sixth, the extreme variation amounting to 61.06
feet of water. The root was dug up in October and found apparently alive
an@ healthy.
The black birch root last year exerted the astonishing pressure of 84.77 feet
of water, but was not observed through the season. ‘This year, on the eighth
of April, a gauge was adjusted to a root of the same tree, and, although the
pressure was not quite as great as last season, the extreme variation was 102.68
feet. The first pressure was, April twenty-third, and the highest, May tenth,
and equalled 77.06 feet, while the greatest suction was on September fourteenth,
and amounted to —25.62 feet of water.
The pressure is evidently caused in these roots, which are entirely detached
from the tree and lie in the earth just as they grew, by the activity of their
power of absorption, which seems to be greatest just as the buds are about
bursting. The suction is remarkably powerful, and must apparently result
from some chemical change occurring in the root, after the root-fibres have
lost their absorbing power. A critical examination by the chemist and the
microscopist would probably give an explanation for this phenomenon.
The paper birch tree reached its maximum, May sixth, when the pressure
was equal to sustaining a column of water 61.20 feet in height. The suction
on June fourteenth was -7.93 feet, and the extreme variation for the season
was 69.13 feet.
On the eighth of April, a gauge was attached to a yellow birch tree near the
ground, and, on the twenty-fourth, at noon, the pressure was 73.67 feet of
water. A hole was then bored into the tree at a height of thirty feet above
the lower one, for the purpose of putting up another gauge. The mercury in
the lower gauge fell at the rate of four inches per minute, till it stood at a point
representing 35.13 feet of water. 'The sap, at the same time, flowed freely from
the upper orifice. The usual difference between the gauges thus placed thirty
feet apart was from twenty-four to thirty-five feet of water, showing evidently
that the power furnishing the pressure was from below, that is, from the root.
The maximum of the lower gauge was 74.22 feet, April twenty-second, and the
minimum was —22.44 feet, May sixteenth, and, hence, the total variation was
96.66 feet. The upper gauge attained a pressure of 41.25 feet, on the ninth of
May, and sank to -11.11 feet on the thirteenth of May, the extreme variation
being 52.36 feet of water. After the development of the buds, the upper
gauge stood uniformly at from —1 to -4 feet of water, and the lower one was
mostly minus.
THE BLEEDING
of a broken grape vine, in 1720, induced the Rev. Stephen Hales, an ingenious
observer of nature, to attach mercurial manometers to the stumps of vine
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LI¥FE. 333
branches and stems, by means of which he obtained a maximum pressure of
forty-three feet of water. These experiments were made on vines of the species
Vitis vinifera, in the comparatively cool and moist climate of England. It is,
therefore, not surprising, that the more vigorous Vitis estivalis, in the more
fervid and sunny climate of Massachusetts, should exert a greatly superior
force. In order to determine as many facts as possible concerning the flow
and pressure of the sap of the wild summer grape, two of the largest vines on
the College estate were selected and prepared for observation. The smaller
one was about three inches in diameter at the ground, and spread oyer a young
elm, some forty feet in height, and standing in moist, open land. One of the
main roots of the vine was uncovered and followed from the stem toward its
extremities, a distance of four feet, where it was cut off. To the large end of
this detached root, the remainder of which was left undistzrbed in the soil as
it grew, was firmly fastened a stout piece of rubber hose, which was connected
by means of a stopcock to the lead pipe of a mercurial gauge. This was on
May-day. The tissues of the root, which had not yet awakened from its win-
ter sleep, at once began to absorb the water from the gauge, and the next day
there appeared a suction equal to -4.53 feet of water. This continued, though
gradually diminishing, till it reached zero, on the tenth of May. From this
time the pressure still increased until, on the twenty-ninth of the month, it
became sufficient to sustain a column of water 88.74 feet in height, which is
more than twice as great as the maximum observed by Hales, and the greatest
pressure ever produced by the sap of a plant so far as we know. Ié is an
interesting fact that this maximum occurred on the warmest day in May, the
mean temperature having been 71.7° F. It is also noteworthy that, on the
very day when the gauge first showed pressure, the vine which was tapped
began to flow, though it was half a mile distant. The pressure on the gauge
steadily dimished through the season, and, on the fourteenth of September,
amounted to 19.35 feet. The extreme variation was 93.27 feet of water, and,
therefore, 9.41 feet less than in the case of the black birch root, which exhib-
ited a much greater suction, though less pressure, than the grape root.
The other vine selected for trial was nearly four inches in diameter and
more than fifty feet high. To a large branch of this, near the ground, was
attached a gauge by means of a rubber hose, the branch being cut off for that
purpose. A second gauge was secured to another branch at the height of
thirty feet above the first, and observations made upon them once, twice, or
three times, daily, from May seventh to June thirtieth. After this, occasional
visits were made to the vine, though the variations were ‘very slight. The
pressure on the lower gauge began on the seventh of May, when it was 11.11
feet of water, and reached its maximum on the twenty-sixth day of the month,
equalling a column of water 83.87 feet in height. ‘The pressure declined quite
rapidly as soon as the buds began to develop, and fell to zero June thirteenth.
The greatest suction was exhibited on the twenty-ninth of June, and was
equal to sustaining a column of water 14.39 feet high. During the month of
July, when growth was most rapid, the suction was uniformly about -7.37
feet of water, and during August about -4 feet. The extreme variation on
this gauge amounted to 98.26 feet, though the pressure was somewhat less than
was shown by that on the detached root of the vine already mentioned.
The upper gauge was not reached by the sap rising from the root until some
days after pressure was manifest at the lower one. On the twelfth of May the
lower one stood at 34.11 feet of water, and the upper at 3.40 feet. The maxi-
334 STATE POMOLOGICAL SOCIETY.
mum pressure was attained May sixteenth, and was 39.66 feet, while the
greatest suction occurred June twentieth, and was —10.77 feet. The extreme
variation of the upper gauge was 50.43 feet. The difference between the two
gauges was usually from 20 to 30 feet of water; but when the pressure on the
lower one was greatest, the difference was 60.41 feet, in consequence of the
fact that the force was entirely from the root, and the wood of the vine was a
hindrance to the sudden upward thrust of the sap. After the foliage was de-
veloped the suction was limited to from —-6 to -12 feet of water, on account,
doubtless, of the porous character of the foliage and young branches, and
there was no great difference between the gauges.
THE FLOW OF SAP FROM THE SUGAR MAPLE,
so familiar to all, and yet so variable and peculiar, was the first object of in-
vestigation in the beginning of these experiments in 1873, but its mysterious
fluctuations were not fully known nor understood until the close of the year
1874. The extraordinary facts that the flow occurred in midwinter and early
spring, when the ground was covered with snow and there were no signs of
life; that the flow began only during mild days immediately following a severe
frost, and ceased usually after a few hours; that when a cavity was cut into
a sugar maple tree the sap flowed down from above, while in a birch it flowed
most freely from below; and especially the fact that when a gauge was at-
tached to a tree, it exhibited the most surprising variations from great press-
ure, during the day, to powerful suction at night,—these, and other unac-
countable things, seemed to demand special effort to discover all the phe-
nomena attending the flow of maple sap; and then, if possible, to invent some
rational explanation of them.
Accordingly, a large number of experiments were devised and carried ont,
with a very great amount of labor and no little expense. Among them were
the collection and weighing of all the sap which would flow from a healthy
tree, from November to the following May; with a careful observation of the
times when the flow began and ceased, in each case of good sap-weather ; the
collection, weighing and analysis of sap during different periods of the entire
season, both from the usual level and from the top of a tree thirty feet from
the ground ; the collection and examination of the gas which escapes with the
first flow of sap from the orfice first made in a tree in the spring; the effect of
increasing the number of holes upon the total flow of sap and the entire
product of sugar; the result of tapping trees at various elevations from the
earth, on different sides, and to different depths; and finally, a record for com-
parison and study of the fluctuations in the mercury of several gauges,
attached to various parts of the same tree, as observed three or more times
daily.
A SHOWER OF SAP.
Mr. Samuel F. Perley, of Naples, Maine, in an interesting communication
containing much valuable information derived from his large experience tn
the sugar-bush, relates the following incident: “Happening, on a bright, sunny
morning, to visit a sugar tree standing in open land, and having a large,
spreading top, I was surprised, on walking beneath the limbs, to find quite a
smart shower falling upon me. On looking up I could see no ciouds, yet the
drops were falling thick and fast in all the area covered by the branches of
the tree. An examination showed the drops to be drops of sap flowing from
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE, 335
innumerable broken twigs. I then remembered that a day or two before there
had been a storm of sleet and rain, which had encased the trees with a heavy
coating of ice, and following that a violent wind, which had twisted and broken
many of the smaller branches. From these was now flowing a brilliant shower ,
of sap, sparkling in the bright sunshine. I could not perceive that this whole-
sale tapping diminished at all the flow from the trunk, or in any manner in-
jured the tree.”
ICICLES
of frozen sap are not unfrequently seen depending from the branches of maple
and butternut trees during severe cold weather, when the temperature rises
only slightly above 32° F. at mid-day. On Thanksgiving Day, 1874, the ther-
mometer, in the shade, indicated 32° F. at 2 P. M. A sugar maple was tapped
at the ground, and fifty feet above it, and while there was no flow from the
lower orifice, the upper one bled four drops per minute.
EXPERIMENTS WITH THE SUGAR MAPLE.
On the twentieth of November last the weather was cold, and at 11 A. M.
there was arapid fall of soft snow, followed by arising temperature. At half-past
twelve P. M. the mercurial gauge in the top of a sugar maple indicated a
pressure of about nine feet of water, while a gauge at the ground showed neither
pressure nor suction.
In the case of a tree tapped in 1873, on the north and south sides, in order
to compare the flow from each, it was found that, for some reason, the north
spout yielded nearly twice as much sap as the south one, and flowed two weeks
longer. It appears probable that this was an exceptional instance, and possi-
bly to be accounted for by the fact that the roots of the south side ran under
a highway, while those of the north side luxuriated in a rich meadow.
In 1874 another tree about sixty feet in hight and four feet and ten inches
in girth was subjected to the same trial. The total flow from the south side
was eighty-six pounds and four ounces, while that from the north side was
sixty-eight pounds and five ounces. Near the close of the season only did the
flow from the latter exceed that from the former. There can be no doubt that
it ig much wiser to tap all sugar trees on the south side, because the sap will
flow earlier and more abundantly than from the shaded side, while the late sap
is of little value to the sugar-maker.
Another sugar maple, seventy feet high and four feet in circumference, was
tapped on the south side in five places, the holes being two feet apart on a
vertical line, so that spout number one was near the ground, number two di-
rectly above number one, number three two feet above number two, and soon.
During the month of April the sap from each spout was weighed daily, and
the results were as follows, viz.: The totul flow was one hundred and twenty
pounds and one ounce. From number one, near the ground, was collected
seventy-eight pounds and ten ounces; from number two, twelve pounds and
two ounces; from number three, five pounds and ten ounces; from number
four, eight pounds and seven ounces; and from number five, fifteen pounds
and four ounces. These facts are, in the main, what would be expected from
the other observations made concerning the flow of maple sap.
The effect of increasing the number of spouts inserted into a tree was tried
on two red maples, which flow much less than the sugar maple and for a shorter
time. Ten spouts in one tree, sixty feet high and four feet eight inches in
girth, were found to flow, during the first half of April, seventy-eight pounds
336 STATE POMOLOGICAL SOCIETY.
and eight ounces, while one spout in a similar tree flowed less than half as
much, or thirty-five pounds and two ounces. ‘There can be no doubt that the
quantity of sap obtained from a tree by the use of many sprouts is greater than
that from a limited number, but it is not likely to contain so large a per cent
of sugar. Still, if it be true, as seems probable, that the withdrawal of sap ex-
erts no deleterious influence upon the health and vigor of a tree, and the sap
is richest early in the season, it would seem best to insert more spouts, and so
extract the sugar inits purest condition as rapidly as possible. This, of course,
would necessitate a greater expenditure for buckets, which might possibly
counterbalance the advantages of the new method. Experiments might be
easily instituted to determine the facts in regard to this matter by any intelli-
gent sugar-maker. :
In regard to the origin of cane sugar in the sap of the maples, the butternut
and the black walnut, we must, for the present, admit that we have not yet
discovered it ; though the singular fact that the species which yield this sugar
belong to that class of trees which only flow freely after severe frost seems to
indicate that freezing and thawing may have some influence upon its produc-
tion.
COMPOSITION OF SAP.
It will be seen from an examination of the table relating to the composition
of saps, that the sap of the wild grape is almost pure water, and that it con-
tained, on the fifteenth of May last, no trace of either cane sugar, glucose or
starch. There is, however, in the wood of the roots and stems of the genus
Vitis, a great quantity of a colorless, translucent, almost tasteless mucilage,
which is abundantly exuded from the pores of a cross section made at any time
when the roots are dormant. Very little even of this seems to escape from a
bleeding vine, which may account for the fact that the flow of crude sap from
the grape does not perceptibly affect its subsequent growth or productiveness.
THE SAP OF THE SUGAR MAPLE
contains from two to three per cent of cane sugar, while that of the red maple
yields only about half as much. The sap of the latter is said by Mr. H. M.
Sessions, of Wilbraham, also to contain some ingredient which attacks iron,
forming a very dark-colored syrup when evaporated in pans of that metal. It
is, therefore, better to exclude it from the sap gathered for the manufacture of
sugar.
In order to obtain as much information as possible in regard to the sap of
the sugar maple, an analysis was made of the gas contained in the tree when
first tapped. ‘This was procured by inserting a stopcock into the sap-wood of
a tree twenty feet from the ground. To the stopcock was attached a glass tube
by means of a rubber connector, and the tube passed through a cork intoa
large bottle, reaching to the bottom. As soon as the bottle was filled with sap,
it was tightly closed and taken to the laboratory, where the gas was separated
by boiling. The analysis shows that the gas contains much less nitrogen and
more oxygen than atmospheric air, while the proportion of carbonic acid gas
is about one hundred and thirty-four times greater in the former than in the
latter.
As we do not know how cr when the cane sugar is formed in the maple, we
cannot account for the variations in the sweetness of its sap, which are, how-
_ ever, yery great. As the flow depends upon the freezing and thawing of the
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. 500
wood, and possibly upon the continuance of absorption by the roots to supply
the drain upon the tapped tree, it is evident that a large body of snow upon
the ground will favor it, since the earth will then be warmer and the night
temperature of the air much colder than under other circumstances. It does
not appear that there is any greater proportion of sap in the maple than in
many other trees, but only that for some unknown reason it is separated in
greater quantity by freezing, or else not reabsorbed after such separation so
quickly as in other species.
CAUSES OF FLOW.
For the purpose of learning whether root absorption is necessary to keep up
the flow of sap through the season, a large tree, sixty feet in height, and four
feet and one-half in girth, was cut early in December, 1874, and firmly lashed
in an upright position to neighboring trees. A fire was then kindled around
the lower end of the trunk in order to dry and close as far as possible the
pores of the wood. Next spring it ig proposed to apply mercurial gauges to
determine whether the sap moves, as in trees in a natural condition, and after-
wards to collect and analyze the sap.
While it is certain that the flow of the grape and the birch resuits from the
great activity of the absorbing rootlets when they first awake in spring from
their winter’s repose, it seems equally evident that root absorption has no direct
connection with the flow of maple sap. This discovery was made by means of
five mercurial gauges, which were attached with great care to a fine, vigorous
tree, about sixty feet in hight, on the twentieth of last March. The gauges
were so connected with all parts of the tree that every movement of the sap
would be indicated. Number one was joined to a stopcock inserted into the
sap-wood about two feet from the ground, the hole being about one inch in
diameter and two inches deep. Number two was connected by a stout rubber
hose to a root one inch in diameter, which was laid bare by the use of a force
pump so as to ayoid breaking any of its fibres. This root was cut open at the
distance of about two feet from the tree, and gauge number two united to the
stump, which was attached to the trunk. Number three was joined in the
same way to the large end of the detached root, which remained in the soil
just as it grew. Number four was fastened to a piece of gas-pipe one inch in
diameter, which was screwed into the tree to the depth of ten inches, a thread
having been cut for this purpose on the outside of it. No sap could enter this
gauge except at the very center of the heart-wood of the trunk. Number five
was attached to the sap-wood among the branches, at an elevation of twenty
feet above gauge number one. The gauges thus connected were then enclosed
in tight pine cases, and the metallic pipes and stopcocks wrapped in woolen
blankets to protect them from the cold. The observations were taken regu-
larly at six A. M., at noon, and at six P. M. for about ten weeks, until the
changes became unimportant. The table appended gives all the variations of
sap pressure in different parts of the tree, as recorded at the times specified.
A reference to figure 44 will convey a correct idea of the manner in which the
mercury fluctuates during every hour of the day and night.
The following are some of the most interesting results obtained from the
several gauges:
43
338 STATE POMOLOGICAL SOCIETY.
GAUGE. Minimum. Dope oF Maximum.| Pate of Maxi Extreme Variation.
Spinpe Mee fase ee -18.13] April 11__-_- 59.67) March 28__-_|57.80 feet of water.
Gaures= eee 2s —7.71| April 4______ 36.27| March 28____|43.98 feet of water.
Gauges: abe a2 -: —7.71| March 21_-_- 3.40| April 8______|11.11 feet of water.
Gauce4es 5 ab 5. —6.01} April 22_.__- 22.33|March 28____|28.34 feet of water.
Gauwe io. eases. -26.07) March 31_-__- 02,13) April 2 ---- 78.20 feet of water.
The wood of the detached root absorbed the water from the gauge, so as to
exert a suction, like the roots of most other species of trees in early spring, but
the pressure exhibited at any time was scarcely worthy of mention. So strange
did this appear, that on the fourth of April the gauge was removed to a healthy
root, detached from another tree, and to avoid any possibility of error, it was
afterward connected with a third root, but the results were always similar.
It is certain, therefore, from these observations, as well as those connected with
the water-gauge, described on a preceding page, that the rise and flow of maple
sap is not directly caused by the activity of absorbent rootlets.
Secondly, it is seen that the movements of the sap in the heart of a tree are
much less rapid and vigorous than those occurring in the sap-wood at the
same level. This is doubtless owing to the fact that the old wood is more
dense, and therefore less permeable to fluids than the outer layers of alburnum;
and also to the circumstance that the variations of temperature, at the depth
of ten inches from the bark, are necessarily slow and limited.
Finally, it remains to consider the extraordinary fact that the greatest suc-
tion, as well as the highest pressure, was exhibited by the gauge in the top of
the tree. On the eighteenth of April the lower gauge in the sap-wood indicated
a pressure equal to 10.77 feet of water, while, at the same time, the upper
gauge showed a pressure of 24.93 feet. On the thirty-first of March, the gauges
were all frozen, number one standing at 28.90 feet of water, while number five
indicated a suction equal to -26.07, a difference of 54.97 feet. In the case of
number one, attached to the trunk near the ground, it seemed that the gauge
froze before the body of the tree was much chilled, while, by the sudden treez-
ing of the branches, the sap was abstracted from the upper gauge before the
cold had penetrated the coverings sufficiently to freeze it.
On the nineteenth of April the upper gauge showed little or no pressure,
while the lower one still indicated a pressure of 17 feet. This was apparently
due to the absorption of the sap from the branches by the expanding buds.
In view of all the phenomena thus far observed, it appears that the flow of
sap from the maple and other species, which bleed only after being frozen, is
in no sense a vital process, but purely physical. The sap is separated from the
cellulose of the wood by the cold, and, under ordinary conditions, gradually
reabsorbed. If, however, the tree be tapped so that the liberated sap can es-
cape, then it will do so, flowing, as is readily seen to be the case with the
maple, most copiously from above. The bleeding is therefore a sort of leakage
from the vessels of the wood, but this is doubtless increased by the elastic
force of the gases in the tree, which are compressed by the liberated sap, and
this expansive power must be intensified by the increase of temperature which
always accompanies a flow.
OBSERVATIONS UPON THE PHENOMENA OF PLANT-LIFE. 339
CAUSE OF SUCTION.
This theory explains the fluctuation of the gauges, and accounts for the
singular fact that the upper one shows the most pressure and the greatest
variations, inasmuch as the branches and twigs would, of course, be most
quickly and powerfully affected by the heat of the sun and the temperature of
the atmosphere. The pressure of the expanded gases in a tree in a normal
condition would facilitate the re-absorption by the wood of the liberated sap.
Their contraction by cold would also cause the cessation of the flow from a
tree which was running, and produce the remarkable phenomenon of suction
exhibited by the gauges at night or during frosty weather.
An important and elegant demonstration of this theory was obtained by
cutting large branches, fifteen to twenty feet in length, when the thermometer
was below zero, from trees of the sugar maple, white birch, elm, hickory, but-
tonwood, chestnut, and willow, and suspending them in the warm air of the
Durfee plant-house. The maple soon began to bleed at the rate of twenty-
four drops per minute, while the buttonwood bled eleven drops, and the
hickory exuded a little very sweet sap, precisely as in spring. The birch, elm,
chestnut and willow did not flow at all, and were not even moist on the freshly-
cut surface.
A mercurial gauge, attached to the end of a frozen branch of sugar maple,
indicated pressure and suction when the temperature was raised and lowered,
precisely as it would have done upon a maple tree during the ordinary alter-
nations of day and night in the spring of the year when the sap is flowing.
In the warm regions of Asia, Africa, and America, are found about one
thousand species of palm trees, from many of which a sweet sap is obtained in
large quantities. This is simply allowed to ferment, and drank as palm-wine
or toddy, or distilled for the production of a sort of brandy, or it is evaporated
for the extraction of its sugar in the form of syrup, or of a more or less crys-
talline solid called jaggery. In the province of Bengal, in India, more than one
hundred million pounds of palm-sugar are manufactured annually, while the
total product of palm-wine in the world greatly exceeds that of wine from the
grape.
PALM WINE.
There are three principal methods adopted in different countries for obtain-
ing the sweet sap of palms. In Chili, trees fifty feet high are felled in such a
way that the top will lie higher than the butt of the trunk, and the single ter-
minal bud with the crown of leaves is cut off. The sap flows abundantly from
the higher end of this log, and if a fresh slice of wood be removed every day
the bleeding continues for several months. The yield is greatest during the
warmest days, and amounts in all to an average of ninety gallons, or about
seven hundred and twenty-five pounds from each tree. This sap is mostly
evaporated and utilized as a very agreeable syrup called palm-honey.
IN INDIA,
it is customary to make incision into the wood of trees near the top, from
which, during the cool months, the sap flows freely. From the common wild
date-palm the annual yield of sap is about two hundred pounds, containing
some eight pounds of sugar, or four times the average product of the sugar
maple. Much the larger proportion of palm sap is obtained, however, from
the lange branching flower-stalks of the inflorescence. These are produced in
340 STATE POMOLOGICAL SOCIETY.
the axils of the immense leaves or fronds, and before they burst the spathe in
which they are enveloped, they are carefully bound together with pieces of
palm-leaf. These buds are then beaten every morning with sticks and a thin
slice removed from the tip of the axis of inflorescence. From the freshly ex-
posed surface the sweet sap runs very abundantly for several months. Indeed,
some species continually send out new flower-stalks, which are constantly bled
until, after two or three years, the tree dies from exhaustion.
SAP OF THE CENTURY PLANT.
But the most remarkable flow of sap is that of the Agave Americana, or cen-
tury plant. This is the largest herbaceous plant known, the leaves of one in
the Durfee plant-house being eight feet long and of immense weight. In
Mexico, the sap of this species furnishes the favorite beverage of the people.
This is called pulque, and has a most detestable odor of carrion and a slightly
acid taste. ‘The Mexicans are very fond of it, and natives of other countries
soon learn to love it, and then prefer it to claret. The sap is procured by cut-
ting out the bud of the inflorescence which appears in the centre of the massive
crown of leaves, and, if undisturbed, develops into a flower-stalk from thirty
to forty feet high and covered with thousands of blossoms. The cavity made
by removing the bud is speedily filled with a sweet sap, and the total amount
from one plant is stated by Von Humboldt to be from twelve to sixteen hun-
dred pounds. The plant then dies from exhaustion.
It is impossible to give any satisfactory explanation for these extraordinary
phenomena. It is easy to state that these plants produce large quantities of
starch and sugar preparatory to flowering, but why should they continue to
flow so long after the trees are cut down or the flower buds removed ?
If it be true that the sap of plants flows to the points of consumption, it is
still dificult to explain why it should persistently tend upward to the top of a
prostrate trunk, or of a standing tree, for months after the bud, for the special
nourishment of which it is designed, has been destroyed, and after the process
of growth has been entirely suspended.
It is evident, in conclusion, that there yet remains ample room for investi-
gation concerning the phenomena connected with the development of plants
and the circulation of sap. Though we cannot hope to exhaust the subject, or
to discover precisely what the force is which we call life, and which imparts to
every species and individual of the vegetable world its peculiar form and char-
acteristics, it is none the less important and interesting to exercise our utmost
ingenuity in the effort to discover the times and modes of its operation, and
its relations to the other forces of Nature.
GRAPE PHYLLOXERA.
AN ADDRESS DELIVERED BY PROF, A. J. COOK, AT THE MEETING OF
THE SOCIETY HELD AT MONROE IN JUNE, 1875.
e
PHYLLOXERA VASTATRIX. Sub Order Hemiptera. Family Aphide.
Of course, at this first meeting of our society, after the terrible winter just
past, which was unprecedented in its extreme and long-continued cold, the
burden of every story will be, “ What changes does the new regime necessitate
as to our varieties, method of cultivation, and efforts for protection.” Yet in
this discussion the grape, one of the glories of this whole Monroe region, and
which makes a lasting impress on the minds of every one who is so fortunate
as to yisit this beautiful city in autumn, will receive little space, or attention.
For safely buried beneath the reach of harm or danger, it may laugh at the
rude blast, and need not shiver, either with cold or fear, even if the mercury
freeze. We have long talked of the apple as the chief pride of the Michigan
pomologist, the fruit ever reliable, and of quality the best. But in view of
the trying ordeal of the past winter, does not this mantle of reliability at least
seem likely to fall to the grape. Besides this luscious fruit, the grape has in
our State no codling moth, no borer, no curculio, which as yet cause the
pomologist to look anxious. ‘To talk then, of aught relating to the grape, in
this favored region, and under such happy auspices, is indeed very gratifying.
But is the grape free from all danger? The appointment of the Phylloxera
Commission in France, and the offer of the princely reward of $60,000 for an
effectual remedy of this modern curse of France, Germany, and Italy, would
quickly answer the question for those countries. Does the same danger
threaten the destruction of our own vineyards? It is the province of
entomology to give answer. Entomology stated years ago that the terrible
locust of the west could never devastate regions others than immediately
bordering the mountains of Colorado, thus quieting the anxieties of Illinois,
Indiana, and Eastern Iowa and Missouri. How truly has time verified those
predictions! Entomology stated years ago just as to the course of the Colorado
Potato Beetle, and the statements as to its course and the time when it should
reach the Atlantic, have proved so correct as to make men marvel at the
prophetic power of science. Let this same science then recount the history,
natural history, and habits of this latest comer of the insect scourges to the
pomologist, that we may learn what is in store for our vineyards, that if free
342 STATE POMOLOGICAL SOCIETY.
from danger, we may work on encouraged to better effort, or, if threatened
with dire calamity, we may early prepare to battle with the foe, and if possible
vanquish it.
HISTORY.
The first account we have of this insect, which of late has caused so much
excitement, was that given by Dr. Fitch in 1866,—a very brief and incomplete
description, which appeared in his first report, p. 168. In his third report
appeared quite a full description of one form of this insect, but very far from
its full life history. 'This louse is found in two very different conditions,—one
on the leaf, in galls, the other on the roots, causing the roots to become swol-
len and diseased, and finally to die. Dr. Fitch only described the insect as
seen in the leaf galls, not knowing that the same insect existed in a different
form and dress on the roots, there to work untold mischief. Several American
authors afterward added to Dr. Fitch’s description to the leaf form. In fact,
no one even thought that the insect existed in any other form, till the Phyl-
loxera—a name applying to the disease which the inse uses, as well as the
insect—broke out in France some eight or ten years ge After many erron-
eous theories had been offered as to the cause of this new blight affecting the
vineyards so disastrously, Professor J. E. Planchon of Montpellier, France,
stated the true cause: the sapping of the vitality of the vines by a minute
plant-louse, which attacked the roots. A few months later, Professor J. OQ.
Westwood, a very distinguished entomologist of England, announced that he
had examined several root and gall or leaf lice, and that they seemed indentical.
Very soon after, M. J. Lichtenstein, a fellow-townsman of Professor Planchon,
suggested that the root louse causing such hayoc in France was the same in-
sect as that described by Dr. Fitch a half score years before; only of different
habits and in a different dress. In 1870, Professor C. V. Riley, State entomol-
ogists of Missouri, fully proved this identity, and in the following year visited
France to the better prosecute his inquiries. For his skill and energy in these
investigations, Professor Riley has received very flattering testimonials from
France, and has truly merited the gratitude of his own countrymen. The
present article is only in small part the result of my own researches, as I have
had very little opportunity to make investigations on this all important sub-
ject, but is chiefly gleaned from the work-shops of other entomologists, chiefly
Professor Riley, whose admirable reports, so full and complete, leave little to
be desired.
Professor Planchon visited our country during the past summer (1874), and
after very full investigations, he fully sustains Professor Riley in that the
Phylloxera is an American insect; that the leaf louse and root louse are but
different forms of the same insect, and other facts which will appear in the
sequel.
The insect has spread so rapidly in Europe, and the evil has become so por-
tentous, that it is attracting the attention of the ablest scientists, and scarcely
a meeting is held, ora scientific paper published, that there is not more or less
time and space occupied by this all-important subject.
Of course this exciting interest of our brothers over the water in a gift which
we have bequeathed to them, has excited a lively interest among ourselves, and
we shall see further on with what show of practical importance.
GRAPE PHYLLOXERA. 343
NATURAL HISTORY.
The generic name of this little devastator (Phylloxera) comes from the
Greek, and means “leaf-withering.”. The genus is characterized by haying
three-jointed antenne, the terminal joint much the longest (see t, fig. 2), and
the wings overlapping flat on the back in repose (see g. fig. 4).
It belongs to the sub-order Hemiptera, or to the bugs; but these are Homop-
serous, the wings not being thickened at the base, giving the appearance of
half-wings, like the squash bug, butare homogeneous throughout. In common
with all bugs, these are provided with a strong sucking beak (see a, fig. 2).
This insect belongs to the family Aphide, or plant-louse family, with near
affinities to the Coccide, or bark-louse family. Yet its resemblance to this lower
family is confined mostly to the larval state, and this early resemblance to
lower forms is, as first shown by the great and lamented Agassiz, true of all
animals.
TWO FORMS.
As already intimated, there are two distinct forms of this insect, which dif-
fer much in their appearance, and totally in their habits. These we shall
denote from the place where they respectively work, as the leaf form and the
root form.
THE LEAF FORM.
In early summer, soon after the leaves appear, the wee yellow lice, with
quite fully developed legs, antennz and
beak, commence to puncture the leaves.
Thus irritated, the leaf commences
“low and covered with warts or tu-
bercles (seee,f,and g in fig.8) which
, serve very easily to distinguish
Fig. 3.—a, diseased roots ; b, larva louse; ec, an- these underground species from
tenna ; d, leg; e, f,and g, imago rout lice ; 4, gran- those which attack the leaves. That
etn rea Tcle. in this underground abode, im-
mured in total darkness, with very different food, these insects should develop
some unimportant differences, does not surprise the entomoiogist, who has
learned to expect such marvels, for still greater changes sometimes occur. As
is well known, the queen and worker bees start from eggs exactly similar, but
a more roomy palace and a copious supply of royal jelly induces such a devel-
opment in the queen as would serve to so mislead the uninitiated, that they
would readily mistake her for an entirely different species.
As is common with plant lice some of these root lice remain much like the
larve or young lice in form, though becoming a little more swollen, especially
in front (see f in fig. 3), never acquire wings, and spend their lives for the
most part in laying eggs, each insect laying to the number of two or three
hundred. Others remain oval, acquire wing stubs (see e and fin fig. 4), and
finally very ample wings (see g and h in fig. 4). These are of a brighter yellow
than the aplerows root-lice, and before moulting their last skins these winged
forms come up from the earth, an‘l then asif to show that the warts were marks
only appropriate in darkness and dirt, unfit for the light, the body is entirely
rid of its tubercles. These winged lice, though most abundant in late summer
and early autumn, may be seen from early July till growth of the vine ceases.
The large majority of these winged lice (see g and h in fig. 4) are of large size,
and are also agamic females, the eggs being easily discerned in the transparent
body. The eggs are few. The smaller seem the same except that they are
abortive. Something like worker bees. Their bodies are very short.
These winged individuals, small as they are, can by use of their ample wings
and the wind make extended journeys. No one who has collected small
insects, thus having occasion to study and observe their habits, can for a
moment doubt this ability. Prof. Riley has seen them dart forth with great
swiftness, upon being released from confinement, while in France they have
been frequently observed, entrapped in spider webs. The peculiar office then
of these winged forms, which always appear in the annual cycle of deyvelop-
346 STATE POMOLOGICAL SOCIETY.
ou
U,
Wi
In
f
(Accom ites
seve
Acidbise=
===
adel
AiWinaacd
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(n=
i |!
‘\{
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tT
Eg. 4.—a, healthy root; 4, root on which the lice are at work; c, deserted root where
decay has commenced ; d, lice on large roots; e and f, pupe; g and /, imagos with wings ;
z, antenna of same; j, wingless female on roots depositing ; %, section of root.
ment, would seem to be to scatter mischief. Without these the lice would
seldom spread to other vineyards; with them dispersion is easy and wide spread.
These winged agamic females deposit their eggs on the
vines, and from these eggs, which are of two sizes, come
the true sexual individuals, the females from the larger,
and the males (see jig. 5) from the smaller. After pairing
these true females lay a single egg and perish. Here the
cycle is complete. From this single egg hatches a very
prolific agamic female, which may remain on the leaves,
though more generally she betakes herself to the roots.
“We see that the individuals keep getting less and less
prolific from the first agamic female to the sexual forms
which lay but a single egg.
We see then that the species is continued through the
! winter either as eggs on the roots,—or possibly on the
Fig. 5.—Mate. vines,—or as young or larval lice, domiciled on the
GRAPE PHYLLOXERA. 347
roots, some from the single eggs laid by the true females, others from eggs
deposited by the apterous agamic root lice, while still others immigrated
from verdant homes among the leaves, seeking these underground abodes
that they may be free from the perils of winter’s storms. Speaking of
these young lice, and their habits in spring, Prof. Riley says: “ All, so far as
I have seen, become agamic mothers and assume the degraded form,”—
wingless root form already described-—“ one generation of the mother form fol-
lows another,—fertility increasing with the increasing heat and luxuriance of
the summer,—until at last the third and fourth has been reached, before the
winged lice make their appearance, in the latter part of June or early in July.”
These root forms seem no less discriminating than the leaf forms, as they at-
tack certain varieties of grapes, leaving other varieties almost entirely alone.
Those varieties which seem the most susceptible are the foreign grapes, varieties
which have sprung from the species Vitis vinifera. Those which seem exempt
from the leaf forms are unable to sustain the ravages of the root forms, and
utterly perish in two or three years after they are attacked. The first year only
the small roots are affected; these become covered late in the seasons with
nodosities or swellings. ‘The second year these die,and the main roots present
a similar appearance, consequent upon being punctured,—the leaves look yel-
Jow,—while the third year frequently witnesses decay of the main roots and
death of the vines. Of vines grown in our own State, the Catawba and Iona
seem most susceptible to attack from the root lice.
With the exception of the Iona, Diana, and Delaware, all the varieties recom-
mended by this society resist pretty well, as does the Norton’s Virginia, which
is considerably grown about this place.
It will be seen that these root forms are not like the leaf forms, compara-
tively harmless, but are exceeding harmful, and unless they can be checked,
either by nature or art, bid fair to exterminate one of the most important in-
dustries, or at least change it materially by effecting a wholesale change of
varieties in those regions where this industry assumes the greatest proportions
and highest importance.
It may be asked why it is, if the above statements are correct, that Europe
has so long been exempt from this terrible scourge. I answer, for the same
reason that the Rape butterfly, the currant slug, and the more noted Colorado
potato beetle, have not been injurious to our interests at an earlier date, or
this same grape pest detrimental to the grape interest of our own California,
where foreign grapes are grown with a success unsurpassed, simply because
they were an importation from our own country, and had not been earlier in-
troduced. Had entomological science been fostered instead of derided, the
full history of the Phylloxera might have been earlier discovered, and by the
caution which knowledge would have induced, one of the most serious plagues
the world has yet seen might have been held at bay, and property of untold
value saved to the world. It yet remains to be seen whether wisdom will pre-
vail, and our own golden shores of the west saved from a like calamity. To
any of us who have been so favored as to behold the magnificent vineyards of
Los Angelos, Santa Clara, and Sonoma, the above question comes with telling
force and significance.
It may have occurred to some of you to ask, why it is that this insect, which
ig so great a plague in Europe, has not worked similar injury to American
grape culture, having, as before stated, co-existed in our country with the
grape perhaps from the first. T’o answer with absolute correctness would be
impossible.
348 STATE POMOLOGICAL SOCIETY.
Several very probable reasons appear to offer quick solution to this seeming
enigma. All insects are held in check by natural enemies. Were this not the
case, their astounding fecundity would soon banish all other life from the
globe. Now, remove any insect to a new region, and for a time it will be com-
paratively free from molestation. It will take time,—often long years,—to
develop enemies that will seek it out, and seriously interfere with its prosper-
ity. The Hessian fly, long known, yet little dreaded in Europe, was introduced
into America at the time of the revolution, and I need not to tell you of the
fearful havoc wrought by this tiny insect during the first years after its intro-
duction among us. With the increase of its enemies, some of which were very
like also imported, it has become powerless to excite our fear, or even anxiety.
The Rape butterfly, introduced from England in 1859, worked immense dam-
age at first, but recent reports say that a parasite bids fair to cut short its
terrible work of destruction, so that in all probability it will soon be no more
dreaded here than in the land of its nativity.
So too of the Phylloxera, very likely it has enemies here, that lessens its
numbers and harm, whereas in France it works its destruction all undisturbed.
‘That time may develop its enemies abroad is probable, so that it would be safe
to predict that time would bring a diminutien of the evil to our transatlantic
friends.
Again Darwinism, or the doctrine of natural selection, would induce such
‘hardiness in our native varieties as would successfully resist the attack of such
constant foes. And in the struggle for life, only those varieties, or bitter
species would be preserved, which through some obnoxious flavor were free
from attack. Varieties too, which the skill of man had obtained from these
native species, would be more certain to resist the blighting effects of the root
form of the Phylloxera, and very likely this fact, together with man’s selection
from these variet.es, cultivating only the hardy ones, which probably owed this
desirable quality to some peculiarity which exempted them from these fatal
‘sappers, Is probably what has freed us from one of the worst of the modern
pests of the pomologist.
ABE WE IN DANGER?
In view of the fact that the Phylloxera is an old resident among us, and that
grape-growing has been unattended with any serious calamity all these years,
I think it safe to predict that the vine-dresser may possess his soul in peace,
and work on with the best of hope and courage, and all well seasoned with
gratitude that, partly through the aid of natural enemies of the Phylloxera
vastatriz, and partly because of hardy varieties, he is saved from a scourge that
seems to know no moderation in its withering work, which, if unchecked, bids
fair to ruin the vintage of the long famous “ vine-clad hills of Europe.” Should
the Iona, Catawba and Delaware prove unprofitable because of this pestiferous
louse, we can try what is now being extensively tried in Europe—graft them
on to such stocks as the Oporto, Concord and Clinton, which resist so well.
‘Though this prac*ice is regarded hopefully in Europe, and by many here, still
Mr. Addison Kelley, who has had some experience, has, he writes me, little
faith in its efficacy. I would earnestly urge such experiments on the islands,
and at Point aux Peaux. [Since writing the above, I have visited Kelley’s
Asland and witnessed the terrible havoc wrought by these lice to the Catawba,
Delaware and Iona grapes, yet see no reason to doubt the beneficial effects of
.gtafting these varieties on more hardy stocks.] Should this prove unsatisfac-
‘tory, either from failing to rid us of this pest or from producing grapes of
GRAPE PHYLLOXERA. 349’
undesirable flavor, we may discard these varieties entirely, and still be rich in
varieties, so long as we have the Concord, the Hartford Prolific, the Israella,
Rogers No. 4 (Wilder), No. 9 (Lindly), No. 22 (Salem), and No. 15 (Agawam),
all of which seem to resist the Phylloxera very well,and the attendant evils of
mildew and late ripening of fruit, with a bright prospect of obtaining still
other and more desirable varieties by skillful crossing and selecting from those
which have proved insect-proof. Yet it behooves us all to look into this mat-
ter of the Phylloxera, for very likely much of our ill success with certain varie-
ties has been owing to a cause of which we had no knowledge, or even suspi-
cion.
Yet in our sister State of the far west,—California,—of which we are all so
justly proud, where foreign grapes are so extensively and successfully grown,
the danger is obvious and threatening. Isolated as she is, and protected by
such lines of mighty earthworks as the Sierra Nevada and Rocky Mountuins,
and by 6,000 miles of unbroken ocean, whose untiring surges are ever speak-
ing to those golden shores of warmth and safety, she has heretofore been free
from not only the grape scourge, but scores of other insect ills which her less
fortunate sisters of the east have to endure. But unmixed good seldom comes
to us; and California, though she will reap great benefit by the breaking down
of those high walls of isolation through the skill of the engineer and the
energy of commercial enterprise, will the sooner become a prey to the vast
horde of insects which, from the Eastern States, Europe, and the Celestial
Empire, are eager to slip in and possess so fair an empire. Already there is
some evidence of the presence of the Phylloxera in those magnificent vine-
yards that reach far up the hill-slopes of the Sonoma and Napa valleys. What
State can so illy afford to neglect entomology? During a three years’ resi-
dence in that State I saw hardly the mark of.an insect in any of her many
and varied fruits,—a state of things which can only be perpetuated by calling
in the aid of entomology.
REMEDIES.
The only remedy which has so far proved effectual, despite the efforts of all
scientific Europe, impelled by the stupendous interests involved and the largest
prize ever offered for a like object, is that of flooding the land. It is found
that submersion for thirty or forty days after the season’s growth has subsided
is absolute extermination to the lice of the vineyard and no injury to the vines.
This will lessen the gloom for California, as her irrigating arrangements will
afford excellent facilities for submersion.
Bisulphide of carbon, so useful in protecting our zoological museums from
insect pests, has also been tried with some success as a destroyer of the grape
phylloxera. To use it, holes are punched into the earth, the fluid turned in,
and then the holes filled up with earth. The gaseous emanations from this
very volatile substance penetrating the earth destroys the lice and not the vines.
Yet this substance, which at first gave great hope to the sufferers, is not found
a practical remedy. It is too costly, too difficult of application, not sufficiently
effective, and unsafe as a general preventive from its exceedingly explosive
nature.
In the number for May 15 of that admirable English journal of horticulture,
The Garden, it isstated that Prof. Dumas has found sulphuric carbonate of pot-
ash (K S C 8’) an excellent remedy for this terrible pest. Itis just sprinkled
on the ground in form of powder, and the solution carried by means of rain
350 STATE POMOLOGICAL SOCIETY.
to the roots is said to effect the desired object. From the character of the
compound (all potash compounds seem valuable) it would appear that this
would be an aid in the wished-for extermination. I see by the late French
journals that such men as Milne-Kdwards, Duchartre, Blanchard, and Pasteur
have experimented with the above with complete success, yet it is to be feared
that inability to make any such applications sufficiently general, will ever pre-
clude their effectiveness as practical remedies. Yet judging from all past
human history, we must believe that a remedy wholly practical must one day
be found, for has not human ability ever proved commensurate with human
needs ?
We see, then, that the question is answered. That notwithstanding the ter-
rible Phylloxera, so ruinous in sunny France and genial Italy, is a native
among us, yet we may hope and expect to sit under our own vine and partake
of the richest treasures of the vintage, and though the storm king descend in
still more wrathful mood among us, we still may expect to possess one fruit,
and that, too, the peer of any in its healthfulness, varied uses, and delicious
flavor.
THE OLD PEAR TREES. AND APPEE
PREES OF MONROE:
A PAPER READ BEFORE THE STATE POMOLOGICAL SOCIETY AT MONROE,
JUNE 30TH, BY EDWIN WILLITS, ESQ.
GENTLEMEN AND Lapies: The committee assigned to me the subiect of
the old pear and apple trees of Monroe. There was no suggestion as to how
the subject should be treated, whether historically, botanically, or pomologi-
cally. If the latter alone, I assume they would haye selected some other per-
son more fitted for the task, as we do not lack those who could give the
requisite information in more scientific phrases, or with more appropriate
terms than myself. But as I have been more noted for the interest I have mani-
fested in the history of the good old time that, like distance, “lends enchant-
ment to the view,” I assume I was to have full scope, with liberty to range
where I would, and glean what I might think would be of interest, leaving the
botanical and pomological facts to take care of themselves. If there should be
any such worthy of record in the archives of the society, I will glean them
out, and furnish an abstract thereof for the secretary. As it is, I desire to say
what Ido in good faith, and not for the purpose of using this occasion for
the glorification of this goodly region that resounded to the revelry of a happy
people when the Genesee valley was a wilderness and the beautiful lake region
of New York the home of the savage and his prey. At least, on this subject,
I feel as did Roscommon when he said:
“T pity from my soul unhappy men,
Compelled by want to prostitute the pen,
Who must, like lawyers, either starve or plead,
And follow, right or wrong, where guineas lead.”’
THE ORIGIN OF THE OLD PEAR TREES.
Of course the first consideration to be regarded, is the origin and pedigree,
as it were, of these old trees. No person living saw them planted. Four gen-
erations have been partakers of their fruits, but no one can tell from his own
knowledge of their origin.
THREE SEEDS FROM FRANCE.
I addressed myself to the investigation of the subject, and the first person
to whom I addressed my inquiries, was the son of a man now living in his
352 STATE POMOLOGICAL SOCIETY.
104th year. He told me those pear trees were raised from the seed ; that three
seeds were brought from France in a French emiyre’s vest pocket. “Three
seeds,” I asked,—‘“ are you sure that was the number?” He replied that it was
so reported to him. I thought it plausible, that all these generations of pear
trees might have sprung from those three seeds; for, it will be recollected,
that in the genealogy of nearly every old family in America, three brothers
invariably came over the ocean together, and why not believe this of our pear
trees? At least there was nothing inconsistent with this theory, except, as
often happens to well digested theories, the facts in the case.
The truth is that the pioneer pear trees of Monroe came from the banks of
Detroit River.
FRANCIS NAVARRE.
About the year that Wolfe scaled the heights of Abrahain, and on the ram-
parts of Quebec gave his life for old England and her colonies in America,
and by such sacrifice redeemed the continent from the sway of France, about
the year 1759, was born on the banks of Detroit river one Francis Navarre.
He was the grandson of a Francis Navarre who had been a soldier in the
French army stationed at Quebec, where he served out his time, when that
place was a French fort, some forty years before Montcalm lost it. Old Fran-
cis Navarre, led by the spirit of adventure, and the companionship of many
comrades of like sentiments, coasted along the lakes in his dug-out canoe, till
he came to the straits, “ D’Ztrow,”’ as they called them; but we have so
anglicized the name that it has lost its original significance. There he found
a fur-trading station, a French military post, a missionary center anda few
settlers,—old soldiers who had taken up lands and turned their spears into
pruning hooks.
Francis Navarre was an educated man and at one time was the scrivener
for this little colony on the outposts of civilization. At the time he came to
the straits, a single pear tree, which in 1805 was said to be 100 years old,
stood within the pickets with which the town was surrounded, where now
commerce and capital thrive and the hum of a busy industry makes vocal the
impulse of teeming thousands; and there it stood till it fell before the
rapacious growth of the metropolis.
TWENTY YEARS ONWARD.
From this tree Francis Navarre, when he had selected his claim fronting the
straits, transplanted two sprouts in his yard; and when this grandson first saw
the light they had grown to be a foot in diameter.
Twenty years passed away, and with them had grown up a race of sturdy
young Frenchmen who in their turn were to found new homes. They had
much of the same spirit of their ancestors, the same vivacity, the same fond-
ness for the dance, and the same light-hearted, chivalric nature. “The Straits”
were occupied on both sides—what is now Canada and what is Michigan. The
farms with their whitewashed houses along the river, stretched in narrow
strips miles away into the wilderness, as may now be seen along the St. Law-
rence. ‘l'o be away from the river,—to have a home out of sight of its * glit-
tering sheen,” was not to be thought of. Still a new generation was to be pre-
vided for. Where was it to go?
THE FRENCH “VOYAGEURS.”
In the three-quarters of a century that had elapsed since the settlement of
Detroit, we can easily conceive that these French “ voyagewrs” who had coasted
THE OLD PEAR TREES, ETC., OF MONROE. 053
the St. Lawrence and Lake Ontario, had carried their canoes around the Niag-
ara, launched them in the waters of Lake Erie, and had followed its shores
until the delightful “straits” came to their gladdened sight,—we can well
imagine, I say, that these hardy “voyageurs” had not failed to explore every
nook and outlet of the vast waters their enterprise had made known to the
world.
THE RAISIN VALLEY.
From all accounts, in all their explorations no fairer spot was found than
the region we possess this day. They had explored the Raisin valley. In their
canoes they had left their homes on the straits, come down past Grosse Isle,
across the head of the lake to Pointe de Peaux (Point of Furs), thence around
Pointe de Roches (Stony Point) into a beautiful bay, thence across the bay to
the mouth of a river. Ascending the river amid the wild rice for two miles,
passing islands of the most luxuriant verdure, crowned with a mantle of grape
vine, they came to where the rich bottom land yielded to high and sloping
banks. As they rounded the bend near where the railroad bridge now stands,
I can well imagine the beautiful scene before them. For centuries the Indians
had made their camp fires on the banks of the river. At intervals the under-
growth had been destroyed and the grassy slopes beneath the groves of black
walnut, elm, and maple were as inviting as the most artistic park designed by
the landscape gardener. At intervals the wild, unbroken forest came to the
water’s edge, and cast the shade of giant trees into the river, and everywhere,
in the wild-wood, and in the glade, on the river’s edge, and as far away under
the overarching trees as the eye could see, was a wealth of grape vines. Every-
where hung clusters of rich purple fruit,—everywhere with a wild luxuriance
that far surpassed the stories their fathers had told of the vineyards of sunny
France. Within the present century, from a point near the foot of the street
on which this building stands to where the mill-dam has been placed, a man
now living walked and climbed the whole distance, over 80 rods, on grape vines,
climbing from tree to tree, without touching the ground. No wonder these
warm-hearted, enthusiastic “voyageurs,” as they paddled along up the river,
cried out “Le raisin !” “Le raisin !” (the grape, the grape), and that they then
named the beautiful river “La Riviere au Raisin.”
‘LA RIVIERE AU RAISIN.”
Below this spot and about where the largest pear trees stand, was a glade ol
perhaps 100 rods in extent. Across the river, between the two bridges, was
another. Lower down, on the north side, on the swell of ground which the
railroad bridge bisects, was another. In which of these glades the first party
made their camp, tradition has not informed us; but that the party carried
back to “ the straits” such an account of the beauties of La Riviere au Raisin
that other parties coveted the sight, I have no doubt. Even “ the straits,” in
the plenitude of their beauty, could scarcely rival this little nook where nature
had made a very “ Acadie.”
THE NAVARRE PURCHASE.
No wonder, then, when the young Navarre, at the age of twenty, began to
seek a place to build his home, looked with longing eyes to the Raisin, and
thought to possess one of the glades on its banks for his dwelling place. The
land was then in the possession of the Potawatamie Indians. From the time
when old Francis Navarre was scrivener at the picketed post at “the straits”
45
ao4 STATE POMOLOGICAL SOCIETY.
till his grandson began to put on the garb of manhood, the Navarre family had
great influence with the Indians. Negotiations were begun, by which young
Navarre was to have the title to all the south bank from the present position
of the mill dam down to a point below the Canada Southern railroad, and sub-
sequently he had a deed for the most of it, signed by five chiefs. His son,
Robert I’. Navarre, who, now eighty-four years of age, born under the pear
trees, is now living two miles nearly south of them, says his father has repeat-
edly shown him where the posts stood which marked the boundaries of this
Indian purchase.
THE SEVEN PIONEER PEAR TREES.
Here, then, Navarre came in 1780, and built his first cabin on the banks of
the stream. Here, then, he planted his pear trees in the same year. He
brought seven sprouts, the size of his finger, in his hands on horseback from
“ the straits.” These sprouts came from the two old trees on his father’s and
grandfather’s claim, which were, as I have stated before, sprouted from the old
pioneer pear tree, that stood within the pickets, and which may have grown
from one of the three seeds brought across the ocean in a Frenchman’s vest
pocket. From these seven pear trees have descended all or nearly all of the
French pear trees of the county. Others were obtained at Detroit, but their
quality not proving equal to Navarre’s, were considered of not much account,
and a ready market was found for these at three dollars each sprout.
THREE NOW LIVING.
Of the seven pear trees set out in 1780, three are now living. Since I set-
tled in Monroe, nineteen years ago, two have died. They died, as many a
strong man now dies, suddenly and without apparent cause. The season be-
fore their death, it was estimated one bore over forty bushels of pears. They
have always been prolific bearers, every year laden with their golden harvest.
THE LARGEST
now standing is twelve feet six inches in circumference six inches from the
ground,—ten feet seven inches, one foot from the ground; and at its smallest
part ten feet in circnmference. Four and one-half feet from the ground the
trunk separates into two branches, at which point it is eleven feet one inch
around. ‘The two limbs aggregate thirteen feet eight inches. Nine years age
I measured the same tree. At its smallest part it measured nine feet six
inches, and the limbs aggregated twelve feet six inches, showing a growth in
the nine years of six inches girth of the body, and one foot two inches of the
limbs.
The tallest tree now standing is sixty-seven feet, or, to be exact, sixty-six
feet ten inches in height.
THE SETTLEMENT OF 17st.
In 1784 a large colony from Detroit settled on the Raisin; and in time the
river for ten or twelve miles was settled, so that as the farms were narrow and
the houses built on its banks, it was a continuous village on both sides.
Around each house was a pear and apple orchard. It is interesting, in reading
over the evidence upon which the United States confirmed the titles to these
French settlers, to find the unanimity with which it is testified that a Navarre,
a LaSalle, a Jerome, or a Robert, settled and occupied their land and planted
an orchard before 1796, the date fixed by the act of Congress, from which
THE OLD PEAR TREES, ETC., OF MONROE. 355
possessory rights were to constitute title. As in the olden time, he that
builded a house must needs plant a vineyard, so here, no homestead was com-
plete without its orchard of apples and pears. Vineyards they need not plant,
as grapes were indigenous to the soil.
FOUR EPOCHS.
I find that there are four distinct and well marked epochs,—we will not call
them generations,—of these apple and pear trees. By a careful examination
and measurement of them we can almost place the trees in their appropriate
epochs. As in the old Knickerbocker times spoken of by Washington Irving,
the good nature and hospitality of the Dutch “ vrows” were somewhat com-
mensurate with the amplitude of their waists, and the acumen and profundity
of the men were somewhat in proportion to their corporeal magnitude; so the
importance and value of these old trees consist largely in what they may
measure.
The ayerage measure will nearly indicate the epoch in which they were
planted. ‘These epochs were as follows:
First, The year 1780, when the Navarre trees were planted ;
Second, The period from about 1798 to just before the war of 1812;
Third, 'The period from just after the war, 1816 to 1820;
Fourth, From 1830 to about 1840 ;
Fifth, From about 1844 down to the present time; but as the last are of the
modern, grafted kinds, they do not come within the scope of the present
article
THE FIRST EPOCH
Substantially, as I have stated before, the pioneers were the Navarre trees.
It is true, some had been brought from Detroit prior to 1800, and planted in
other orchards, but they had not succeeded. Among them were the trees on
the Labadie claim at “* La Plaisance,” brought from the Labadie farm adjoining
the Navarre homestead at “the straits,” but subsequently, as soon as it was
found that the Navarre fruit was preferable, sprouts from the latter were sub-
stituted. One singular circumstance is, that all these trees came from the
sprouts, not from seeds. Whether experience had demonstrated that seed
plants were a faiiure or not, I have not been able to determine. I have learned
from Robert I. Navarre that these trees, when young, sent out many sprouts
from the roots.
THE SECOND EPOCH.
Among the trees that may be classed in the second epoch, from 1798 to 1810,
are those planted in 1798 on the Jacques and Isidore Navarre farms. The pear
tree now standing in Mr. Swop’s yard, on the Isidore Navarre farm, set out in
1798, measures seven feet ten inches, and is partially dead, but bore eleven
bushels of pears year before Jast. Two trees standing on what was formerly
the Jacques Navarre farm, just at the Lake Shore Junction, were set out two
years before Jacques, a younger brother of Francis Navarre, erected his cabin.
In the chimney of the old house was a stone marked 1800, indicating the year
when it was built. This correctly places these trees in the second epoch.
They measure seven feet six inches and six feet four inches respectively.
On the Joseph Robert farm, just below the Canada Southern depot, stand
six pear trees and four apple trees, set out about 1802. The pear trees measure
from five feet six inches to seyen feet in circumference. The apple trees
measure six feet, seven feet, six feet seven inches, and nine feet two inches, re-
spectively.
2
006 STATE POMOLOGICAL SOCIETY.
The Labadie orchard has been substantially destroyed by the encroaching
waters of Lake Erie.
THE THIRD EPOCH.
Among the trees planted in the third epoch,—that is, after the war of 1812,
on the return of the fugitives to their old homes and the ingress of settlers,—
were those now standing in Judge Warner Wing’s garden and I. E. Ilgenfritz’s
lot, just opposite, planted in 1816 by Col. Anderson, who, about that time,
built his store, which is now standing just opposite Judge Wing’s residence.
These pear trees were brought from the Labadie farm, now submerged. It is
supposed the large pear tree in Judge 'T. EK. Wing’s yard was planted about the
same time, as that was Col. Anderson’s residence after the war; but it may have
been planted by him before the war, as he was a resident here at that time. In
the same epoch may be classed the large pear trees on the old Downing place.
So far as size is concerned, they would indicate an older life, as they measure
eight feet four inches and six feet eight inches; but as they were set out by
Stephen Downing, it must have been after the war. They have been constant
and full bearers. Some eighteen or twenty years ago they seemed to be dying,
but by a mere accident were saved, as it is supposed. Mr. Downing’s people
were in the habit of making ice cream frequently under them, and the salt used
in making it was thrown out on the ground; this salt seems to have renewed
their life, as they immediately became vigorous. On the Ives place are two
pear trees belonging to the same epoch, set out by Jacques LaSalle. They
measure six feet six inches and six feet four inches, respectively. Belonging
to the same epoch were the trees set out on the Caldwell farm, some four miles
up the river; also the tree in Mrs. Dr. Conant’s yard, and the two on the farm
of L. La Fountain, Esq.
THE FOURTH EPOCH.
Among those of the fourth epoch is the tree in the Macumb Street House
yard,—those in the yards of Victor Vincent, Gen. Spalding, and many others
in different parts of the city. The average size of them is about five and one-
half feet in circumference. They are vigorous and prolific bearers. One—set
out by Thomas Clark, Esq., in 1837,—needs particular mention, as being a
grafted tree. It was procured from Norris Wadsworth, who then owned the
Ives’ place. It was grafted from scions obtained in Connecticut. Lt bore the
next year after it was set out, and has borne every year since. It is called the
Early Catharine, and ripens in early August.
THE OLD APPLE TREES.
T have a few notes not yet disposed of in reference to the old apple trees.
On the farm of 8. M. Bartlett, Esq., some five miles south of this city, are
standing a few old apple trees, which, apparently, are of great age. One of
their companion trees was blown over by a gale June 9, 1835. It was sound
to the core. It was sawed off about the usual stump hight, where it was two
feet nine and a half inches in diameter. Mr. Bartlett counted 85 concentric
rings, indicating an age, at that time, of 85 years; hence, at the present time,
its companions must be 125 years old. To the question, whether the trees
seem to have been set out in orchard fashion, he replied: “No; at least no
more than the millers, which were two in a row, but never three.” ‘They were
manifestly of Indian planting.
EIGHTY YEARS OLD.
n the farm now owned by George Wakefield, some seven miles up the river,
THE OLD PEAR TREES, ETC., OF MONROE. 257
is a tree evidently set out some 80 years ago, as the evidence showed that there
was an orchard there prior to 1796. It is seven feet eight inches in circum fer-
ence, with an aggregate of limbs 19 feet 6 inches, and has an immense top,
being 50 feet in diameter. In 18735 this tree bore 35 bushels of apples. It is
52 feet high.
A REMARKABLE TREE.
In the orchard of B. Dansard, Esq., by the former residence of Gov. McClel-
land, is an apple tree which is well worth seeing, and whose history is of some
moment. It is ten feet in circumference six inches from the ground, and nine
feet six inches four feet from the ground. There are four branches, which
aggregate sixteen feet four inches in circumference. It was set out as early as
1781 or 1782, heace is over 90 years old. Robert F. Navarre well recollects as
among his earliest memories, that there were at that place four or five trees,
then some nine or ten inches in diameter, and apparently the same size of his
father’s, which were as old as the Navarre pear trees. This tree is as sound
and as full of life to-day, apparently, as it ever was, and bears from fifteen to
twenty-five bushels of fruitevery year. In 1841 Gov. McClelland had it grafted
by KE. H. Reynolds, Esq., of this place, to Rhode Island greenings. Mr. Rey-
nolds set some three hundred scions in it. All things considered, it is the
most remarkable tree on the Raisin, taking into account its age, vigor, and the
remarkable vitality which has enabled it to carry such an amount of grafts in
its hale old age. ‘Two years ago Mr. Dansard trimmed off some of the decayed
limbs; they cut up into more than a cord of wood.
SIXTY YEARS OLD.
In the yard of Thomas Clark is an old apple tree, set out by Jacques Lasalle
some sixty years ago. It is supposed that this and its companions were brought
from Montreal, but of this I have my doubts, as it is manifest “the straits”
had an abundant supply. A companion tree died a few years ago, but the
year before its death bore seventy bushels of apples.
A YOUNG AND OLD ORCHARD.
In Judge Warner Wing’s lot, as also in the lot of B. Dansard, stand several
trees, set out in 1804 by Dr. Joseph Dozette. They are in prime condition.
They range from five feet six inches to six feet eight inches in circumference.
Their vigor is all the more wonderful, if it be true, as seems to be well authen-
ticated, that the doctor, following a whim as astonishing to the old French
settlers as to our modern horticulturists, cut off the roots, made a hole in the
ground with a pointed stick, and drove the trees in, insisting that that was
the way to set out trees. At any rate he succeeded in making good trees, how-
ever he may have set them out. This orchard, including, as it did, the lots
now owned by Judge Wing and Messrs. Dansard and Iigenfritz, will now show
you what is a rare sight, namely: trees of all ages, from nearly 100 years old
down to 10 years’ growth, all in vigorous health and bearing. You will there
see to-day the trees of all the ages and epochsI have spoken of,—those of 1780,
of 1804, of 1816, of 1830, of 1840, and of the present generation. As one tree
died, another one has been substituted.
SOME REFLECTIONS AND CONSIDERATIONS.
This orchard may perhaps be made the basis of a remark I desire to make,
as a conclusion [ have come to, in my researches. This orchard seems to have
always belonged to parties who have taken care of their trees. If the same
care had been taken of the other old orchards as has been of this, ninety-year-
358 STATE POMOLOGICAL SOCIETY.
old trees in a healthy, productive condition would have been found now in ten-
fold numbers. Many of our old trees have for thirty or forty years been left
at commons, or allowed to grow as they might, in neglect, partly from the fact
that better fruit had been introduced, and that it would be cheaper to raise a
new tree than to graft an old one. It is my deliberate opinion that, with such
care as we now give to our orchards, these trees at 100 years of age would have
been as productive as at any time of their life. How much of this vitality is to
be ascribed to the soil and how much to the quality of the fruit, it is not in my
province to determine. But while it is doubtless true that their longevity is
not to be ascribed to the soil alone (though it is largely due to that, as I shall
suggest hereafter), much of it should be charged to constitutional vitality ;
and it may be that our modern improved kinds will not make such a good
record of life.
Our imported fruit may have a value more from the very name,—like that of
the leg of the Irish captain mentioned by General Sherman in his Memoirs.
The gallant captain had been so badly wounded that the surgeons talked seri-
ously of amputation. Against this the captain protested loudly, for the reason
that it would be a shame to cut off the leg; that it was a very valuable leg,
being an imported one. So our fruit in these days may have an tmported flavor,
but at the expense of a shattered constitution.
THE FORCING PROCESS.
A motto of the olden time was to plant an orchard for your children to
enjoy, not expecting to gather much yourself. In our times the generation of
our fruit tree rarely exceeds that of man. Is it true that the forcing process
of our times conflicts with the natural laws of life? Is fast growth in a tree,
like fast living in a man, the sure prelude to early decrepitude? Is it true
that the choicest flavor is acquired at the sacrifice of the life of the tree?
How is it, that often in an orchard you see, on the last decaying branch, an
apple, the last gift of expiring nature, that rivals the renowned golden apples
of the Hesperides, as beautiful and as fleeting as the hectic glow on the cheek
of dying beauty? As I have said before, is it not possible that we are getting
quality at the expense of constitution ? ButI leave that question to be settled
by those of you who are better fitted to discuss the subject than myself.
GOOD CONSTITUTIONS.
Of this, at least, I am assured; the old apple trees and pear trees of the
Raisin had good constitutions. Whether it was because they came from good,
long-lived, hardy stock, or because they have stood, grown, and drawn their
life from the rich, deep soil of the Raisin valley, I seek not to solve. I am
assured that their longevity and vigor is to be credited largely to the generous
fostering of a generous soil; and a few remarks as to its characteristics may
not come amiss.
CENTRAL MICHIGAN.
My home to manhood was in the central part of the State. I know full well,
as a farmer’s boy, what the soil of the geologic drift period is. I know full well
what can be produced by the gravel and boulders that came down from the north
in those huge glaciers, which rolled and pounded the rocks they had torn up
as they started on their southern mission, till they dropped them, all polished
and rounded, from their icy embrace. I have seen how their mighty waters
winnowed out the earthen harvest, leaving here the boulder, there the gravel,
and there the sand. I have seen where the turbid elements, charged with
THE OLD PEAR TREES, ETC., OF MONROE. 359
alumina, have left a mantle of clay wherever the waters stood, depositing a
rich inheritance for the tiller of the soil. I know and appreciate central Mich-
igan to its full extent.
THE BED ROCK OF AGES.
But as you approach the head of Lake Erie, you find that nature has pro-
vided a different soil. I was twenty years of age before I saw a quarry. Now
and then was to be seen a little pocket of limestone. But the conception that
there were places within fifty miles of where I lived, that you could go down to
the foundation of the universe and quarry the rocks that were lying here be-
fore the glaciers brought down their rich freight and left it as a winrow along
the center of our rich peninsula, never crossed my mind. That there was a
region fifteen miles wide by fifty miles long, within twenty-five miles of my
home, which the river Raisin nearly bisected, where there was hardly a boulder
or gravel pit, and which was productive soil from the surface of the ground to
the underlying rock,—soil that needed neither plaster nor artificial fertilizers
to give the diligent farmer a suitable response to his toil,—that there was such
a region was a surprise indeed, when I found it.
A MINERAL AND VEGETABLE SOIL.
This whole region is, manifestly, not the product of the drift period, or at
least only partially so. It is true the glaciers passed over it, as is manifest
from the striae on the rocks at Stoney Point and Pointe de Peaux. But their
heavy deposits seem to have been carried further to the southwest, leaving the
original rocks comparatively bare; and when the more quiet waters came,
there was deposited a soil from three to twenty-five feet deep, made up of clay,
sand, and particles of lime, and so generous in all the elements of vegetable
sustenance, ready for immediate absorption, that, from surface to rock, the
roots of the mightiest tree or the tiniest flower might grow to the fullness of
its nature. The soil is not like the prairie,—deep in vegetable mould,—which
has accumulated by centuries of growth and centuries of decay, but it is made
up of this vegetable mould, combined with all the mineral substances which
so largely enter into the product of vegetable life. You may dig a well to the
rock and throw up the earth from its bottom layer, and the next season raise
as fine a crop of corn as ever gladdened the eyes of the farmer.
THE RAISIN VALLEY.
Now this is the soil in which, and these the conditions under which the old
pear and apple trees were produced. Itis a conceit of the Raisin valley that
this soil, so rich and go strong, so permanent in its character and so inexhaust-
ible in its resources, is the best calculated for a hardy fruit tree; that it will
produce a cleaner grain, a hardier fiber and more actual vitality than lighter or
different soils. Atany rate, such is becoming the settled conviction of our
fruit growers.
So, as the old pear and apple trees seem to indicate by their thriftiness that
we have a soil that gives a hardy constitution to the tree, we have an abiding
assurance that to this constitution we shall, as time passes on, add quality, as
experience may suggest,and that, with intelligent culture, assisted by the mod-
ifying and mollifying breezes of Lake Erie, we shall eventually make the valley
of the Raisin the garden of Michigan.
POMOLOGY. AND, METEOROLOGY.
ADDRESS DELIVERED AT THE MONROE MEETING OF THE STATE POMO-
LOGICAL SOCIETY BY GEORGE PARMELEE, PRESIDENT OF THE
SOCIETY.
GENTLEMEN :—I have allowed this subject to be announced for me, not with
the intention of entering fully into a consideration of either branch of it
singly, but to show only enough of the facts relating to the connection of the
two to awaken, if I can, an interest among the members sufficient to lead to a
constant and careful observation of the phenomena which we meet in our
experience.
METEOROLOGICAL MYSTERIES.
There is no branch of physical science which is less explored or in which
more things remain a mystery than in the varying conditions of the atmos-
phere, and the relation of those changing conditions to the general economy
of nature.
Why one winter should be colder than another while the earth is making
similar revolutions around the supposed source of heat; why the storms of win-
ter begin a month earlier one year than they do some other year ; why we have
equally as great difference in the approach of different springs; why some sum-
mers are long and hot and others short and cool; why some are so rainy that
little but grass can grow, and again they are so dry that vegetation hardly sur-
vives; why the orange trees were all killed by cold weather in Florida in 1835,
while in the Northwest the winter was characterized by no such severity ; why
we have just passed the coldest on record, while Florida has been enjoying her
usual mildness; why Southern Italy has, in some winters, very unusual cold,
while Northern Europe has a comparatively mild winter; why some of our
winters are little else than a succession of cyclonic storms, and others are noted
for the even tenor of the winds; why some summers and autumnsare the de-
light of steamboat men for their freedom from sadden and high winds, and
others are the exact reverse, and accidents and losses characteriz2 the season;
why the air of a clear day is sometimes charged or saturated with moisture,
and on another apparently similar day the air is taking up moisture from
everything which can part with it: these are a few of the questions in which
science aids but little; we will only venture one thought in relation to them,
They are not the result of caprice in the forces of nature, but the outcome
of laws as orderly and wise as those which govern the motions of the planets,
POMOLOGY AND METEOROLOGY. 361
and are as necessary in the order of nature as is the motion of the earth or thé
light of the sun. The words of the poet are good philosophy to-day:
‘* All are but parts of one stupendous whole,
Whose body nature is, and God the soul.”’
THE MYSTERIES OF PLANT GROWTH.
The unexplained phenomena are by no means confined to the meteorological
side of the subject. The mysteries of Nature’s ways in the processes of rear-
ing up organic forms are no Jess numerous.
In pomology we are constantly met by problems which we cannot solve.
Our successes and our losses are connected more or less with causes which are
unexplained; a winter freeze, an untimely frost, a drought, a wind, have all
brougit us their losses. These accidents, as we call them, seem to be easily
traced to the cause, while other losses are not so easily traced. The derange-
ment in the structure and in the functions of the leaves, resulting in the fail-
ure to form blossom buds for the next season; the appearance and spread of
rot on the ripening cherries, grapes and peaches, and its sometimes sudden
arrest, the appearance of mildew and attacks of pear blight, are not so open to
an unhesitating conclusion as to their cause.
COINCIDENCES.
While we are surrounded by mysteries which we may not solve, we do, by
noting coincidences, get many practical facts of value to our calling. But
these coincidences often mislead us: thus, on a frosty morning we see, as the
sun comes out with power, some of our flowers or tender fruit germs perish ;
we say the frost did it because it is coincident with it, but in the occurrence of
frosts at same degree of freezing, but with different degrees of the succeeding
sunlight or heat, we find results to differ, and we next infer that it is warming,
and not freezing, which does the mischief.
We find, when an untimely freeze puts our tender plants in jeopardy, that
if followed by fog or by cloudiness, and the temperature is raised but slowly, our
tender plants may remain unhurt. Apples, in autumn, may freeze on the trees
so as to rattle like stones when struck together; but if the sky is cloudy and
the weather moderates very slowly, the keeping quality of those frozen apples
is not perceptibly hurt.
We need not despise the lessons from coincidences though we are still hedged
in by mysteries.
FUNGOID GROWTH.
It has been an easy way to explain the occurrence of grape, cherry, and
peach-rot, and of mildew of vines, and of pear blight, by charging all to attacks
of fungoid growths, without stopping to consider that the atmosphere is, ordi-
narily, full of their spores, and that all growth must go to swift destruction if
the attacks of spores do not require a previous morbid condition of the living
organism. If they do, that morbid condition is the disease, and the fungus
only the result. ‘To call the fungus the disease is just as reasonable as to call
the worms of the dust the cause of our demise.
We find fungus a coincident of rot, but that is not proof that it is the cause.
There are atmospheric coincidents of value in considering the drawbacks
which Pomologists encounter.
BAROMETRIC OBSERVATIONS.
About eighteen years ago I resorted to barometric observations to enable me
to forestall, if possible, the sometimes very rapidly ripening of peaches without
362 STATE POMOLOGICAL SOCIETY.
any apparent unusual conditions of temperature or moisture. These observa-
tions were continued through many years,and with a perfect uniformity of co-
incidence between the barometric pressure and certain observed phenomena.
When peaches were at the ripening stage, the occurrence of low atmospheric
pressure always accelerated the ripening process, while a rise of mercury as
uniformly retarded it. Asa practical use of the fact, I learned to secure extra
help when the mercury was running low; and the help was always needed.
On the other hand, when weather was fine and peaches showing by the color
that they were on the verge of ripeness, if mercury was high and steady, I was
slow to put on help. I had occasional attacks of peach-rot, and sometimes of
grape-rot, but they were always at times of decidediy low pressure, and the
spread of it as surely ceased, in every instance, when mercury went above ordi-
nary fair weather stage.
THESE COINCIDENCES
should lead to no positive conclusions, for rot did not always appear at all
times of low pressure ; other conditions seemed also to be necessary, as it did
not seem disposed to appear unless there was nearly the ordinary amount of
moisture in the soil; and.it was rarely seen in orchards but little cultivated.
At places much farther south, I understand that orchards standing in grass
do not seem to be saved from rot when it prevails.
THE DERANGEMENT OF THE FOLIAGE
of apple trees, which is sometimes seen in summer, seems to be a serious mat-
ter as affecting the setting of buds for the next year’s crop, and may, possibly,
be traced to an atmospheric origin. ‘This derangement is often unnoticed, but
is easily seen by turning the leaf up to strong light, thus showing the patches
of pale green or yellow.
I am unable to say whether the occurrence of this malady is sudden, and
have only given it attention during the last few summers. Yet I think I see
some coincidences which, though they may not be of great value, I mention to
excite interest in the matter, hoping we may have some more decisive observa-
tions ; for the unhealthy foliage is, of itself, a thing of importance.
In a season of its prevalence I found, in a pretty full canvass of the town in
which I live, that it seemed to be worst on good soils with what we call good
cultivation.
Altitude, apparently, had nothing to do with it, nor did shelter from prevail-
ing winds.
.The question arose in my mind whether we ought, on good soils in good
condition, to stir the ground at those times when it would result, to ordinary
crops, in the greatest amount of growth.
These coincidences, though leading us to many points where our knowledge
stops, as I said, must not be despised, for out of the knowledge of them much
practical good has arisen. The derangement in the leaves of grape vines which
show patches of discoloration may be akin to the unhealthy state of apple
leaves referred to, and it is quite clear that best results are not reached under
the influence of either malady.
VINEYARD PHENOMENA.
A fact of interest is shown in the coincidences of circumstances among the
very celebrated vineyards of Europe, though, in distance, they are widely sep-
arated. These coincidences are everywhere very poor soil,—though dissimilar
in composition,—and open, airy exposure. In treatment of vines there is
POMOLOGY AND METEOROLOGY. 363
another uniformity which is this: very slight or no manuring. On this sub-
ject I will quote a few passages from the report of our committee on the
culture and products of the vine, to the United States commission at the
Exposition of Paris, page 165 Report Department of Agriculture, 1867:
«The soil of Medoc, where stand the ‘Chateau Margeaux,’ ‘Chateau La
Fitte,’ and ‘Chateau La Tour,’ is a bed of coarse gravel, among whose pebbles
the eye can barely detect soil enough to support the lowest form of vegetable life.
In the vicinity of Beziers, on the other hand, the land is rich and strong enough
to yield any kind of a crop; yet Medoc grows wine that often sells for ten
dollars per gallon, while that of Beziers sometimes sells for the half of
ten cents per gallon. In Burgundy there is a long hill on whose dark
red, ferruginous limestone sides a wretchedly thin coating of earth lies,
like the coat of a beggar, revealing, not hiding the nakedness beneath.
Here stand little starveling vines, very slender and very low; yet here is the
celebrated ‘Clos Vangert,’ and this is the hill and these are the vines that
yield a wine rivalling in excellence and value that of Medoc, and, to the for-
tunate proprietor, the Cote d’or is what it signifies, ‘a hillside of gold’? At
its base spreads out a wide and very fertile plain, covered with luxuriant vines
whose juice sells at from ten to twenty cents per gallon.
“Tf you go further northward and examine the hills of Champagne, you will
find them to be merely hills of chalk; and these instances only illustrate the
rule derived, not from them alone, but from abundance of others, that for good
wine you must go to adry and meagre soil. Yet we would be sorry to have
to extend the rule and say the poorer the soil the better the wine, for there are
certainly very few patches of ground in America that can match in poverty the
mountains of Champagne, the hills of Burgundy or the slopes of Medoc; nor
would it do to conclude that manure should not be applied, for, although some
say it is hurtful to the wine in its quality, it is yet an open question whether
this is so or not. Meanwhile, the practice is to manure, though sparingly.”
In wine districts generally there is great difference in the quality of the
products of different seasons.
Between the apples of different years there is a difference in flavor and keep-
ing quality which may, probably, be traced to different conditions of, heat,
moisture, or prevailing winds.
THE QUESTION OF WIND-BREAKS
or open exposure needs to be settled by the test of experience. Are the suc-
cessful orchards open to the winds, or sheltered? If the exposed orchards are
most successful, and I think we must concede that they are, is it owing to the
exposure to wind? Coincidence of success and open exposure might say so, but
it may be found at fault. There are places where the prevailing winds are so
concentrated by the reflection of hill and forest as to generally prevent the
pollen from rendering the oyule fertile, though the blossoms appear to open
with all the organs perfect, and the tender leaves of fast-growing pear trees in
bleak places are often injured by a high wind.
In this State the more exposed orchards are on elevations with adjacent
lower levels; and where they are without surroundings to specially concentrate
the winds upon them, we will, I think, find them usually more productive.
If we can understand all of the coincidences it will be safe to form opinions ;
but the fact that we are constantly reaching new truths in nature teaches us
to look upon common things as probably hiding something which we ought
364 STATE POMOLOGICAL SOCIETY.
to know; and, while our practical work is connected with mysteries, if we be-
lieve in progress ‘we must let no fact escape us.
THE VALUE OF PROTECTION.
The general idea of the value of protection from prevailing winds may be
correct when considered by itself, but there are facts to be observed in connec-
tion with the airy locations which may have very much to do in accounting
for their productiveness.
VALLEYS
reach a higher temperature under a midday sun than adjacent hills, and, on
the contrary, at night they are found to be cooler, giving a wider alternation
between day and night temperature ; and, if evenness of temperature is an ad-
‘vantage, by promoting a more steady growth or in any other way, then the
hills have the advantage.
THE PRESENT YEAR, 1875,
‘abounds in useful lessons to us, and especially does it show us a difference be-
tween hill and valley as regards the occurrence of extreme cold and the effect
upon our trees. It has been a popular idea that, as mountain tops are cold,
hills, too, must be colder than the plains, and, in average temperature, they
\probably are; yet, as affecting the wintering of tender fruits, we find the hills
‘have the advantage. It is not the average cold but extreme cold which hurts
-our trees, and, at times of stillness, the air out of doors obeys the same law
that it does in a closed room.
THERMOMETRICAL EXPERIMENTS.
Many years ago I commenced a series of thermometrical experiments at two
(points on my farm, which were about sixty rods apart,—the one point a knoll,
ithe other a swale; the first being about thirty feet higher than the latter.
‘The experiments were at times of very little or no wind. The least
‘difference found was 3°, the greatest 11°. At one time of protracted and
apparently perfect stillness, a difference of 27° was found between a wide and
-deep valley and the hill tops on each side, as indicated by one thermometer on
-each hill and two in the valley. On one of the still nights of the past winter,
‘on taking two thermometers a short distance into a slight hollow, mercury
‘went down 9°, and on carrying them to the crown of a ridge which formed a
side of the same hollow, and only a stone’s throw distant, the mercury rose 8°,
while the altitude was only eleven feet more, making about a degree in tem-
perature for a foot and a half in height. The twstruments were then taken
into a deep hollow about eighty rods distant, when the mercury sunk 23°. In
the last instance, the difference in elevation was about one hundred and fifty
if :et.
THE EFFECTS
of the past very cold winter are seen to correspond somewhat with the ther-
mometric indications where rows of tender varieties extend from hills down
into hollows; and trees which were heavily pruned last season appear, in
many cases, to suffer as badly as those in hollows.
On the approach of spring. when injury to bark of apple trees was found, it
seemcd to be, as a rule, on the southerly side; and we have been in the habit
-Of calling such cases swn scald. But I have seen, in a number of pear orchards
POMOLOGY AND METEOROLOGY. 365.
a kind of injury similar in appearance, which was as uniformly on the north
side. Shall we call that sun scald, too? If so, will not whitewashing in the
fall, by reflecting more of the heat, help us out of such difficulties ?
We find, in the case of some tender varieties, a difference in the amount of
injury which is not traceable to difference in temperature,—where altitude,
configuration of the surface, and apparently the character of the soil were the
same; and this difference is equal to that between perfect health and death.
In these cases we find a difference in the cultivation on the previous year.
CONCLUDING REMARKS.
Each season brings its lessons, and as practical men we cannot afford to be
eareless of our opportunities. There is, perhaps, not a thing in our business
of which we do not need to know more. If we will note events carefully and
mags our experience, we may all be wiser.
OUR: FRIENDS—THE MOLE, ‘THE 25@AaD:
AND: THE ySPIDER.
A PAPER WRITTEN FOR THE SUMMER MEETING OF THE STATE POMO-
LOGICAL SOCIETY, BY EDWARD DORSCH, M. D., OF MONROE,
MICH., AND READ BY PROF. BOYD.
GENTLEMEN OF THE STATE PoMoLoGIcAL SooteTy:—If Mr. Bergh, at New
York, has the mission to protect our quadruped friends, the horse and the dog,
allow me to-day to speak to you a few words for the protection of some of our
friends in the animal kingdom which prejudice and superstition have consid-
ered a long time our enemies, viz., the mole, the shrew and the hedgehog, the
owl and the chicken-hawk, the toad and the spider.
THE MOLE.
Many of our farmers feel great satisfaction if their spade kills a harmless
mole, whose only crime is the little hill of earth he raises in our meadows
when he goes upon his underground hunting expeditions, and which can be
flattened again by the foot of the farmer before it hinders the motion of the
scythe or the mowing machine.
Nature has given us the mole as a never-tiring destroyer of all kinds of
grubs, worms, lary and other vermin which feed on the roots of our grass,
our grain-bearing plants and fruit trees, and at a place where we cannot fol-
low him. Nature has given him such a tremendous appetite that he dies if he
has nothing to eat for six hours, and his only food is meat, as far as worms
and insects furnish it. Hundreds of moles have been dissected and their
stomachs examined, but not the least vegetable fiber was ever found except it
was brought to it by the devoured insects. Experiments have shown that in
case of want the mole eats up his kind and own family rather than touch any
vegetable. I know very well that the eyes of the lady will fill with angry tears
if she finds during her morning walk a few of her pet plants almost dying, on
account of the burrowing of acriminal mole which selected her rosebeds as its
hunting grounds, and threw up his hill next to her best geranium or helio-
trope. Butif the fair lady would reason a little she would tender the gray
culprit a hearty forgiveness, and thank him for the extinction of the restless
enemies who feed upon the roots of her cherished plants, and she would press
down the earth again and water the injured flowers, which will afterwards
grow so much the better because the ground has been loosened.
OUR FRIENDS. 367
Prizes have been paid in former times by stupid communities in the old
country for every mole caught; men haye spent time and money in catching
this benefactor of mankind, only to find themselves punished for their igno-
rance by being overrun with bugs and beetles, crickets and caterpillars. Never-
theless our boys are allowed yet to torment and kill this inoffensive but
slandered vermin hunter. But the time will come when his virtues will be
recognized, as it has arrived already for
THE TOAD,
for which English gardeners pay now with pleasure four shillings apiece, to
set them as guards against snails and bugs in their salad beds, after having
found out the good services they do. What horrid tales has superstition not
told about this harmless Batrachian? Its bite is poisonous, has been said.
Who ever was bitten by a toad? Its jaws have no teeth, no sharp horny edges
like the turtle’s. “But,” says an old wiseacre, who has seen it in a school-
book of 1701, “if it can’t bite, its saliva (its urine ), the juice oozing out from
the warts on its back, are poisonous.” Natural science of to-day denies it.
The toad has as little saliva as the frog, hardly enough to keep its tongue
moistened, which always is sticky and clammy to glue on it the insects it
catches. Its urine is not more acrid than that of the turtle, and the slime
oozing out of the warts may cause perhaps a reddening of the skin, but will
poison nobody. When the cool evening draws the dark cloak of night over
the face of the earth, the toad emerges from his moist resting place and begins
to look for snails, flies and bugs. Slowly it creeps forward, and narrow is the
region of its hunting grounds, but it goes systematically and thoroughly,
knowing the “ nest-hiding ” places of spider and slug, as a worthy member of
the order of St. Hubertus.
THE SHREW.
The shrew—but not the shrew tamed by Shakspeare—is an animal of simi-
lar temperament as the mole, and does us the same services above ground
which the mole does below. The caterpillar, the larvee and chrysalis of the
butterfly, the worm and the centipede have no fiercer enemy than the shrew,
which sacrifices young mice by the dozen to the hungry Moloch of its stomach.
A kind of musky smell may have caused the bad stories which are told about
this little fellow. People say that its bite is injurious to man and beast; but
its teeth are not long enough to scratch the skin of a horse, and its touch is
harmless.
THE BAT.
What mole and shrew accomplish against the larve, the bat does against the
full-grown insect which roams through the air. Eyening and night are en-
livened by its flight, and there is no need of fear that it may bury itselfin the
fair locks of the ladies, if by accident it should fly into the parlor attracted by
the glaring lamp. Hair, free of insects, will not be invaded by the bat.
THE HEDGEHOG.
But particularly the hedgehog, or urchin, ought to be recommended to the
protection of our farmers. Having slept through the whole winter, the hedge-
hog takes the shady fence corners and cool groves for its abode, where he lies
in wait for the wily snake, all kinds of worms, and mainly field mice. If it
would not smell so disagreeably and would not make so much noise by his
clumsy hunting, it would be preferable to cats as a destroyer of mice. But in
368 STATE POMOLOGICAL SOCIETY,
the barns and stables it makes a formidable domestic animal of the greatest
utility. It seems to be poison-proof. Experiments have shown that the bites
of poisonous snakes do not affect it, and with impunity can it make a stout
meal of Spanish flies, which are detested by any other insectivorous animal.
THE CHICKEN-HAWK AND THE OWL.
Among the birds I will only select the chicken-bawk and the owl, which are
yet persecuted. That our singing birds are to be protected against Sunday
hunters and boys who destroy their nests, has been acknowledged at least
by the present generation, and our law-makers have tried to prevent their
destruction. But the chicken-hawk and the owl, particularly the little barn owl,
suffer yet from the envy of man, because they catch in time of need a young
rabbit or partridge, perhaps a pet chicken of the worthy housewife. Oh, do
not become excited about such a misdeed! Hunger is a fearful disease, and
makes man forget all the laws of civilization. Greater, athousand times greater
is the benefit man derives from the buzzard and owl by their catching of mice,
rats and larger insects. Yea, the turkey buzzard is a better scavenger and
health officer than the most of these highly paid officers in our southern cities.
Last summer one of them was carried to Monroe, probably by the scent of our
dirty alleys, and I am sorry to say that he fell a victim before the guns of our
hunting fraternity, who took him for a turkey, and “smelled the rat” only
after taking him up.
THE OWL.
‘The owl is hated by most of our population, because it flies at night, screams
in an abominable key, and has always been considered as a bird of bad omen
by the ancients. It is believed to be a messenger of death, because it frequently
calls at a lighted window, and the night-lamp burns only in the country in the
sick-room.
It is very probable that sometimes a person has died at whose window an
owl screeched the night before, and superstitions brought death and owl in
connection. But it is one of our benefactors. It catches the great night-fly-
ing beetles and sphinxes; and one pair of owls brought in one night eleven
mice to the nest for their young. Blessed, therefore, is the region where the
owls are many, because they are cats on wings, bent on destruction of the en-
emies of our grain and our victuals; but at present the cat is loved, is allowed
to sleep upon the softest rugs, and sometimes in the bed of its mistress,—and,
the cat on wings is killed whenever it shows its round face in daytime !
THE SPIDER.
At last let me speak a few words for one of the ugliest members of the animal
kingdom, the spider. In relation to character a worse individual could hardly
be pointed out. Our fiercest “ women-righters” do not hate the oppressing sex
to such a degree that they would eat up their lovers, for the largest portion are
“women-righters” because they did not find lovers to make them forget their
rights. But the female spider, a spiteful creature, cften eats up its lover for
various reasons. But, nevertheless, man and woman ought to spare the spider,
because it diminishes by net and hunting the pest of our homes during the
summer, the fly and the mosquito. House-cleaning means, above all, the de-
struction of the waving nets which this teacher of our weavers appends for the
careless fly, but half a day is sufficient to replace the fine fabric to the grief of
our cleanly ladies. Do not detest the spider too much! Its mission is to hold
OUR FRIENDS. 369
in check the multiplying of flies, whose mission in the great household of na-
ture is the absorption of all the offal and garbage, of all the rotting and decay-
ing animal and vegetable matter. Nature is not governed by love, as we see
everywhere, but by hate in so far as one eats up the other; and if we try by an-
tipathy to meddle with this rule, if we destroy some of the destroyers, we do
ourselves the greatest injury. By the loss of our harvests we were compelled to
learn wisdom, and if we have become wise at last, we conquer our antipathy to
certain creatures and teach our youth the great diplomatic axiom, “* Laissez
faire!”
47
SPRING LAKE--1874.
EXTRACTS FROM THE FRUIT REPORT FOR SPRING LAKE, READ BY
CHARLES E. SOULE, ESQ., AT THE OCTOBER MEETING OF THE
STATE POMOLOGICAL SOCIETY.
Mr. PRESIDENT AND GENTLEMEN :—The year 1874 has been by far the
most cheering and successful year the fruit growers of Spring Lake and vicin-
ity have known since attention has been largely drawn toward this branch of
husbandry.
PEACHES,
which constitute our principal crop here, yielded largely, have been the finest
in quality, and have sold at the most remunerative prices that growers have
known since the early days when the lack of supply made the demand such as
to obtain fancy prices to the grower.
THE DROUTH.
It is true indeed, that the drouth, which so completely ruined the berry
crop, shortened the yield and injured the quality of the Hale’s Early and Early
York in many cases, but I have in mind a neighbor’s crop of Hale’s Early
which I helped to harvest, that in yield, in size of fruit, and in the beauty of
bloom that distinguishes this popular but ephemeral variety, I have not seen
equalled since our lake has been the peach man’s home. But this peculiar ex-
cellence was owing to radical thinning, to good cultivation and judicial en-
richment, rather than peculiarity of soil or season.
OPPORTUNE RAIN
brought the Barnards and Early Crawfords along in their season, in the great-
est quantities and excellence we had ever known.
THE EARLY CRAWFORD.
The Early Crawford is probably the most ext ensively grown of any single
variety in this locality. My estimate is made from some careful computations
of crops raised by the large growers, and I judge that upwards of 25,000 baskets
of Early Crawfords were shipped from the town of Spring Lake during the
month of September. The Hale’s Early, the Barnard, the Old Mixon Free,
and Hill’s Chili, have been since 1869 and 1870 extensively planted, but they
po yet severally reach the yield of Early Crawford’s planted in 1866, 1867,
and 1868.
SPRING LAKE—1874. 371
This bountiful season all varieties have yielded largely,—the Hales, the Yorks,
the Barnards, the Crawfords, the Old Mixons, Hill’s Chili, and Smock. As a
general thing, I think the Early Crawford has been the finest peach, has given
the pomologist the most exquisite «esthetic delight in its mammoth propor-
tions, its gorgeous damask cheek, melting into the lovely yellow of its skin like
the purple cloud tinged with the radiance that beautifies a summer sunset,
while its flavor, coveted by the epicure, makes it the queen of the market.
But notwithstanding all this, the Karly Crawford is not now planted, I may
say, at all in this locality. It is not a regular annual bearer, it is not an early
bearer, it is not a large yielder, for which reason I predict that five years hence
the Early Crawford will be low in the list of peaches as to amount produced.
THE BARNARD.
I need not here say that I stand by my old hobby, the Early Barnard. It is
not all that the Crawford is, but it is all these things that the Crawford is not.
By careful thinning my Barnards sold in the same market, at the same time,
as well as my Crawfords, and yielded much higher to the tree.
WANTED.
We need other varieties when we can get the right ones. We want a reliable
and popular peach in place of the Yorks, and a good bearer and a hardy tree
in place of the Jacques Rareripe, these varieties filling the vacant market be-
tween the Hale’s Early and the Crawfords, and between the Crawfords and
Hill’s Chili.
THE SMOCK.
Perhaps the most profitable peach this year has been the Smock, but our
remarkable exemption from frost this season is the occasion, and they ripen
too late to recommend.
IMPORTANCE OF THINNING THE FRUIT.
I have not made any general inquiry, but my judgment is, from the sale of
my own and some of my neighbors’ crops, that peaches, when well cultivated on
good soil, and well thinned, brought about fifty cents a basket in the basket on
the farm, which is nearly $2 per bushel. Very many crops brought less, but
only in cases where the want of thrifty and good culture was manifested.
This season has demonstrated the necessity of thinning all varieties except the
Early Crawford. In most cases the heavy bearing varieties when not thinned
were worthless.
GRAPES.
Grapes, as usual, have been a heavy crop; how profitable I am unable to say.
The Concord still merits its sobriquet given by Horace Greeley,—“ the grape
for the million.” It seems absolutely hardy, free from disease and from ray-
ages of insects.
The Delaware, as in most other localities, is in rapid decadence here. Blight
and the ravages of the thrip, alittle fly which sucks the sap from the leaves,
have preyented, I dare say, one half of the Delawares from ripening, and their
value in the market has been destroyed. Young vines seem to bear good
fruit, but vineyards in years are nearly or quite ruined. We await a suggested
remedy.
372 STATE POMOLOGICAL SOCIETY.
EXPERIMENTS
T have not tried, except in a single case, which failed so ignominiously that I
shall not mention it here.
My neighbor, Mr. D. G. Alston, whose fine crop of Hale’s Early I have before
mentioned, applied half a pound of potash, procured from an ashery in Ionia
county, at a cost of eight cents per pound, to each tree upon a sandy ridge
where the sand had drifted badly, and harvested as fine peaches from the trees
as I have ever seen of the variety; whereas upon similar situations without the
potash I have this year seen Hale’s Early not worth the freight to ship them to
market. The potash was applied by dissolving in water, and applying to the
surface in the fall.
APPLES.
The codling moth has destroyed the apples in Spring Lake and in Ottawa
county, so far as my observation hasextended. A remedy must be discovered
and used, or our choice winter fruit will only be fit for feeding swine. A
perfect winter apple is the rare exception, while one honeycombed with worm-
holes is the rule.
We look anxiously for a remedy against this insect and the thrip that de-
stroys our hitherto unexcelled Delaware.
MARKET AND MARKETING.
Our systems of marketing haye been as various as the disposition of the men
engaged in our calling.
My own experience is that the most satisfactory results are obtained by put-
ting up good fruit in a neat and tasteful manner, and shipping steadily to the
same commission merchant, when those have been found to merit confidence.
Out of over 4,000 packages shipped by me, a single commission house in
Milwaukee has sold about 2,000; and these sales have been uniformly higher,
and much more satistactory than the new men we have occasionally tried,
DISCUSSIONS OF THE MANISTEE HOR-
CULTURAL. SOCIETY,
REPORTED BY APP. M. SMITH, SECRETARY, AND PUBLISHER OF THE
MANISTEE TIMES.
The Manistee Horticultural Society was organized on the 25th of January,
1875, but the permanent officers were not elected until March 22d. The fol-
lowing are the officers :
President—Dry. L. 8. Ellis.
Vice President—J. G. Ramsdell.
Secretary—App. M. Smith.
Treasurer—R. G. Peters.
Librarian—Edwin Russell.
Directors—T. J. Ramsdell, John W. Allen, Charles Hurd, O. A. Wheeler,
D. W. Mapes, and the President and Secretary, ex officio.
The object of the society is to promote the pomological and horticultural
interests of Manistee and adjoining counties, as will be seen by the following
CONSTITUTION,
ARTICLE 1, The terms of membership of this Society shall be, subscription to its consti-
tution and the payment of one dollar annually, the first payment to be made on admis-
gion, and subsequent payments at the annual meeting; and no person shall be entitled to
the privileges of membership while his annual tax remains unpaid. The payment of ten
dollars at one time shall constitute the person so paying a member for life.
Arr. 2. The officers of this society shall be a President, Vice President, Secretary, a
Treasurer, a Librarian, and five Directors, who shall be chosen annually by ballot on the
first Monday in January.
Arr. 3. The duty of the President shall be to preside at all meetings of the society ;
and he shall also be ez officio chairman of the executive committee.
Ant. 4. The duties of the Wice President shall be to preside at all meetings in the
absence of the President.
Art. 5. The duties of the Secretary shall be to keep a record of the proceedings of the
society, and of the executive committee, of which he shall be one, and do the correspond-
ence of the society.
Art. 6. The duties of the Treasurer shall be to keep the funds of the society, and make
disbursements according to the rules and orders of the society, and make a full report of
all the receipts and disbursements, at the annual meeting.
Art. 7. The duties of the Librarian shall be to procure all necessary and useful books,
that shall be ordered by the society, and to keep the same subject to the rules that may be
prescribed by the executive committee.
Arr. 8. The executive committee shall consist of the President, Secretary, and five
Directors. The committee shall determine for what articles premiums shall be offered, and
374 STATE POMOLOGICAL SOCIETY.
the amount of such premiums, and they shall appoint all the standing committees. They
shall also constitute the committee of Finance. They shall have power to call meetings of
the society at such time and place as they shall deem proper. They shall also prepare
such by-laws and regulations as they shall deem necessary, subject to the approval of the
society, and call a meeting of the society as often as once a month during the year.
Art. 9. The constitution may be altered or amended at any regular meeting of the
society by a two-thirds vote of the members present, notice having been given one month
previous.
DISCUSSIONS.
HOW DEEP TO PLANT TREES.
The Manistee Horticultural Society held a meeting at the office of Dr. Ellis,
over the post-office, last Monday evening.
Mr. Mapes exhibited a collection of sprigs which he had cut from the plum
trees in the Risdon orchard, which showed that the trees had borne the recent
severe winter without any injury whatever. This exhibition of the hardihood
of the plum, and its ability to flourish in this climate, gives renewed hope to
the members of the society.
The society then proceeded to discuss the planting of apples and plums.
Mr. Parmalteer’s theory of planting near the surface was referred to.
Mr. Mapes would plant from three to six inches deeper on sand than on
heavy soil, because the wind had a tendency to blow the sand away from the
roots and form an eddy at the foot of the tree.
Mr. J. G. Ramsdell said if he had to take either extreme in planting he
would plant shallow rather than deep, though the soil was so light the tree
would need propping.
Mr. Hurd held the same view. He thought it would be better, if the tree
would stand, to plant only two inches below ground. He thought the roots
flourished from the sunshine, and the gases absorbed from the air by the earth
around the trees. What was charcoal placed around trees for? For nothing
except its absorbing quality. It takes up the ammonia from the air and holds
it to the roots.
Mr. Mapes cited cases where he had the bark scalded and trees killed by
setting deep.
Mr. Russell cited the fact, also, that the soil in this vicinity was not as good
deep down as near the surface.
Mr. Ramsdell said he wouldn’t plant an inch deeper than the ground was
worked on heavy soil, because water collected around the roots.
Mr. Russell said he had had the same experience with shrubs.
Mr. Booth said he had discovered the same difficulty in setting below the
worked soil.
Mr. Ramsdell said he thought from three to four inches deeper than the
trees were in the nursery was deep enough for apples and plum trees on all
ordinary occasions.
Dr. Ellis asked if it made any difference which way the long root was set.
Mr. Russell said the northeast side of a tree in this vicinity was always the
heaviest owing to the direction of the wind, and he thought the long root
ought to be set in an opposite direction, say southwest.
THE MANISTEE HORTICULTURAL SOCIETY. Bis)
Mr. Hurd said some held that the root should be put on the heavy side as a
brace.
Mr. Ramsdell would set the long root on the southwest side. It would in-
duce more growth on that side.
Dr. Ellis thought he would always set a little to the southwest.
In regard to the work of setting, the society concluded that to wet the roots
and sprinkle earth on them was a better way than to pour water around them
just after they were set out, because it washed the dirt away from the roots
and left a hollow there.
Mr. Hurd thought that many trees had been killed by laying them down by
the hole and not setting immediately. He would dig the hole, bring the trees
out, and put right in.
In regard to distance, the society concluded that fifteen or sixteen feet apart
was right to set all kinds of apple and plum trees.
In regard to varieties for market the Lombard ranked first and the Canada
Egg next. Mr. Hurd said he had read a great deal about the Canada Ege and
was satisfied it was the coming plum.
Mr. Ramsdell said it was the best to market, and it had a thick skin and
was very large.
- Mr. Mapes, in giving his experience with plums, said he found a great many
who liked the German prune.
Messrs. Hurd and Ramsdell thought it was the poorest plum we have.
Mr. Mapes thought the Washington had a fine flavor.
Mr. Ramsdell said so far as that was concerned they would all have to knock
under to the little Green Gage.
The society then decided upon the following best varieties in the order in
which they are named: Lombard, Canada Ege, Imperial Gage, Duane’s Purple,
Yellow Gage, and Washington.
In planting 100 trees the society unanimously agreed that they would plant
one-half Lombard, a large proportion of the other half Canada Egg, and the
balance of most any other variety named above as among the best.
The society then resolved to continue the apple and plum question until
the next Monday night at the same place, after which they adjourned.
THE STRAWBERRY.
A very interesting meeting of the Manistee Horticultural Society was held
at the Times office, the principal part of the meeting being devoted to a dis-
cussion of the question, “ What are the four best varieties of strawberries for
market purposes ?”
Mr. D. W. Mapes named the Wilson as the best, and Jucunda as the next
best in his experience. He thought the Jucunda was not so prolific as the
Wilson, but it was large and handsome and came in after the Wilson and sold
higher. He had sold them for twenty-five cents per quart very readily, when
he only got from fifteen to eighteen cents for others. Of other varieties he did
not know so much from his own experience. He knew, however, of some good
points in the Agriculturist, the Kentucky, and the Green Prolific, but bis ex-
perience with them was not extensive enough to give him a definite idea of their
relative value for market purposes. The Agriculturist, as far as he had tested
it, did best in wet seasons. It grew to a very large size, was prolific, and a
good berry generally, but it wouldn’c stand the drought as the Wilson did.
Mr. Charles Hurd said the Wilson berry, besides being very prolific, was
376 STATE POMOLOGICAL SOCIETY.
adapted to any soil—it would grow anywhere. He hadn’t tried the Jucunda
sufficient to form an opinion as to its value. The Green Prolific, he claimed,
would grow well on either clay soil or sand. It was a very large, fine berry,
with a beautiful color, and kept a better flavor when taken to market. It was
much sweeter than the Wilson. He had them both, and generally thought
they sold well when mixed. When the Wilson began to get small, the Green
Prolific came in large and nice. He could pick the Green Prolific twice as
fast as the Wilson. They had a small stem which would snap off the bush
when picked and remain on the berry, which was, he thought, very essential in
berries that are picked for market. lis experience had been that the Green
Prolific would outgrow the Wilson year after year.
Mr. Edwin Russell conceded that the Wilson was best for general purposes,
but for eating it was sour and had a peculiar acid taste, which he didn’t like
as well as the taste of the Agriculturist ; but he was satisfied the Wilson was the
first berry for market purposes. His experience had taught him that it was
hardy and would stand more than any other berry.
Mr. Hurd said that he could eat almost every other kind until he was sick of
strawberries, and then turn back to the Wilson with relish.
Messrs. J. G. Ramsdell and D. W. Mapes both agreed with Mr. Hurd that
such had been their experience with the Wilson.
Mr. Hurd also mentioned the Triomph de Gand as a berry having some ex-
cellent qualities.
Mr. Mapes wanted to know how the Wilson would compare with Green Pro-
lific and others in standing hot weather.
Mr. Hurd thought it would stand hot weather very well.
Mr. Hurd said he intended to set outa lot of the Charles Downings and
Colonel Cheeneys and try them. He was also going to give the Triomph
de Gand a fair trial, and probably some Boyden’s No. 30.
Mr. Ramsdell asked what had been the average value of the Triomph de Gand
when compared with other berries. Mr. Hurd stated they did not bear s0
many, but they were very superior in size and flayor. He thought they would
bring more in Chicago. Mr. Mapes spoke of the Nicanor, and said he had heard
it was a very early berry. He was anxious to find a very early variety. Mr.
Hurd thought the Nicanor was not much (if any) earlier than the Wilson, and
was of no better flavor.
Mr. Mapes asked if the Metcalf was not an earlier berry.
Mr. Hurd thought it was hardly enough earlier to make any practical differ-
ence.
Mr. Ramsdell said he had set out quite a variety on his orchard to test them,
but a man whom he hired to plow plowed them all up. He had among them
the Nicanor, the Charles Downing, Green Prolific, Mammoth, and several
others. He had planted at his house the Wilson, Jucunda, and Michigan
Seedling, and all of them did wel]. The Wilson, however, beat all the rest.
The Michigan Seedling did well until last season. The Jucunda, on clay soil,
kept from running into matted rows, did most as well as the Wilson. He
thought it was peculiarly adapted to clay soil. Jf the runners were kept off,
and properly cared for, he was satisfied it was nearly as good as the Wilson. If
he were going to select four of the varieties that had proved best for market
purposes, in his experience, he would choose the Wilson, Jucunda, Green Pro-
lific, and Colonel Cheeney.
Mr. Hurd asked if the Jucunda did not ripen Jater than the Wilson.
THE MANISTEE HORTICULTURAL SOCIETY. By ad
Mr. Ramsdell replied that the Jucunda, Green Prolific and Colonel Cheeney
all come after the Wilson.
Mr. Mapes stated that the Jucunda and Wilson held on longer than the
Agriculturist with him.
Mr. Hurd said that the Charles Downing had come up wonderfully in the
last few seasons.
Mr. Ramsdell said it had the advantage of being adapted to a large variety
of soils.
Edwin Russell said that the Wilson was the most profitable with him asa
berry for general purposes. He had never tried many kinds. His experience
with Peak’s Emperor had been that it was not as productive nor as sure as the
Wilson. The berries were of a large size and fine flavor, but it was not sure.
The first year he planted it, it bore more than it did the second year. He
would be able to judge better of it after the next season.
A vote being taken, the meeting decided in favor of the Wilson, the Green
Prolific, the Jucunda, and the Colonel Cheeney varieties, as the best for mar-
ket purposes.
SETTING AND CULTIVATION OF GRAPES.
The Horticultural Society met at Dr. Ellis’ office for the purpose of discuss-
ing the currant borer and his characteristics, but the members not being fully
prepared on this subject, the subject of the setting and general cultivation of
grapes was taken up.
Mr. Hurd said he had had some experience in setting grapes on sand. He
aimed to have two eyes above the ground. He watered them with slops
from the house. He dug a hole twenty inches deep and filled it up within
four inches of the top, and placed the stake in the hole on one side be-
fore filling up. He mulched with good manure. Some grew from four to
eight feet last year. He mulched again in the fall with well-rotted manure.
He thinks they made all the growth he wanted. He has set this year
eighty-one vines one year old, from the cutting of his own raising, and
they are all well rooted. The varieties set were mostly Concords, and the
balance were Delawares, Hartfords, and EKumelans.
Mr. Mapes made inquiry as to how far apart the vines were set.
Mr. Hurd set his eight feet apart each way, but if he had more to set he
would put them 12 or 15 feet apart each way.
Mr. Ramsdell referred to the culture of grapes in New York State, and said
that the best growers had planted further apart each year until there were
many who planted as much as 20 feet apart each way, and Mr. A.C. Comstock,
a very noted grape culturist of that State, said he would plant 15 feet by 30.
Nearly all the growers in the Naples valley planted at least 12 feet apart each
way, and it was not until these men had had such remarkable success, and
taken so many prizes at the horticultural fairs, that their neighbors began to
see that they were correct in planting far apart. The speaker called attention
to the fact that he had seen one vine in New York State that was spread all
over a house, which yielded 44 bushels in one season. He did not see what
people wanted to keep the vine on a stake for. He believed the mildew was
more often seen on closely-trimmed vines. He would plant his vines 12 feet
apart and 20 feet in the row, and if he had plenty of Jand he would plant 24
feet in the row. He knows that close pruning has its advocates, such as Judge
Ramsdell, but after a few years’ trial he thought they would find it not best in
the long run.
378 STATE POMOLOGICAL SOCIETY.
Hr. Hurd spoke of grape culture on Kelly’s Island, and said they planted
about eight feet apart each way.
Mr. Ramsdell said it might not do so much damage there to plant close to-
gether, for the vines did not make as vigorous a growth in that soil as they do
here. On our soil they grow much faster, and require more space in which to
run.
The direction of planting them came up, and Mr. Hurd stated that he planted
east and west.
Ramsdcll said he had done the same.
Mapes had planted north and south, more for convenience than anything
else, and asked why the other gentlemen would plant east and west.
Ramsdell said the prevailing winds being in the west, they dried off the
vines quicker after a rain, which was very necessary. Planted in that way, the
winds could pass through the rows more easily.
Mapes asked if it had been a common practice to cut the vines back to two
buds. He had always followed that, and his vines did not do well. Mr, Mc-
Nabb had told him not to do it as they bled so as to injure them.
Ramsdell and Hurd asked him if he cut them in the spring.
He said he did.
Ramsdell and Hurd then very emphatically informed him that was the
trouble with his vines. He should not cut them in the spring at all.
Barnes said he got a man to trim his vines and he cut them terribly, so that
they bled enough to dampen the ground all around them. They made a very
rapid growth, but he had less than half a crop of grapes that season.
Hurd asked about cultivating where they run on the ground.
Ramsdell recommended the use of a potato hoe or fork, but thought that
thorough mulching was better and cheaper than cultivating on sandy soil.
The society then took a vote on the best distances apart to plant grape vines
in this section, and recommended that Concords be planted 15 feet apart with
20 feet in the row, and Delawares 10 feet apart with 15 feet in the row—these
two kinds representing the extremes.
After selecting the ‘Currant Borer” as a topic next week, the society ad-
journed.
GOOSEBERRIES—THEIR CULTURE AND PROFIT.
“Gooseberries” being the topic for discussion, the meeting invited Mr.
Ramsdell to open the subject.
He explained that the gooseberry was propagated from cuttings, in the same
manner as currants. The cuttings were put in a cellar in the fall, and kept
there until spring, when they were ready to set out. In his experience he
found that mulching did a great deal of good, and prevented mildew, and
made the bushes bear more plentifully. Since he came here he had experi-
mented with the English varieties, which have always mildewed, and he dis-
covered that they did not mildew here, even without mulching, thus
showing that this climate is almost perfectly adapted to the English va-
rieties. His experience here with them had been in heavy clay soil well
drained, and he had found that it was well adapted for them. He thought
thorough cultivation would pay well. He had never seen the time when
there could not be sold twenty-five times as many as there were in the
market. He was satisfied from what he had seen here that 500 bushels could
be raised on an acre. The English varieties, the Houghton and the Honghton
THE MANISTEE HORTICULTURAL SOCIETY. 379
Seedling he had always feund perfectly hardy in this climate. They were free
from ail diseases, and are never troubled by insects except the currant worm
and a little green louse, the latter, however, coming on after the crop, and
doing no damage. And, by the way, he explained that the louse never
troubled the English varieties. The former insect he said was easily killed
and was not regarded as a very formidable enemy. After the gooseberries are
four or five years old, they should have much of the old wood cut out.
In regard to the market Mr. Ramsdell said it never had been supplied. He
sold his last year at four dollars per bushel, and knew parties who would have
gladly paid five dollars per bushel if they could have got them.
Mr. Mapes said his experience had been on sandy soil. He had found the
Houghton Seedling the most prolific bearer. He could endorse everything
Ramsdell said in regard to propagation. He would cut in the fall so as to
give them time to callus over. He found that the gooseberry needed rich
soil. He had never given his manure or mulch, and hence what he did, was
under unfavorable circumstances. He thought Ramsdell’s estimate of 500 |
bushels to the acre was within bounds; 2,742 bushes could be put on an acre ;
and he had picked six quarts to the bush under really no cultivation. This
would make over 500 bushels without any cultivation, and bring, at ten cents
per quart, $1,639.20.
Mr. Booth referred to a man near St. Louis, who picked eight quarts to the
bush, and sold them at a shilling per quart.
Mr. Mapes said the gooseberry was almost as good to handle as the potato,
and he didn’t have to pick all of them at one time. He had studied the sub-
ject, and concluded that it was a perfectly safe thing to cultivate, and very
profitable.
INSECT ENEMIES OF SMALL FRUITS.—A UNION FAIR.
The subject for the meeting to discuss was changed from the “ Currant
Borer” to the “ Insect Enemies of the Currant and Gooseberry.”
Mr. Mapes opened the discussion by stating that he knew nothing of the per-
fect insect trom which the currant borer came. The only information he had
been able to gather was from the Fruit Recorder of 1872, the editor of which
explained that the moth that deposited the laryee that made the currant borer
was similar to the moth that deposited the larvee of the peach borer. It was
generally deposited at the base of the bud. He said the shoot which contained
the borer should be cut off and the enemy be destroyed by burning. Further
information, he said, could be had of Luther Tucker & Son, Albany, New York.
Mr. Ramsdell said he had generally noticed that their marks were on this
year’s or the previous year’s growth. He had not yet decided whether they
went up or down. He had found them going both ways, and had followed
them to the root, and found that hollow. He had never seen any signs of the
larve until after the first of June. He saw but very little of them last season
any way.
Mr. Mapes said he did not think he saw as many last year as usual.
Mr. Ramsdell suggested a remedy. He would make the ground rich, and
give a strong, rapid growth, leaving the shoots to grow, and cut out the old
wood. He would renew the bush as rapidly as possible.
On motion the Secretary was instructed to write to Prof. Cook, of the Agri-
cultural College, and find out if he knew anything of the borer.
The currant worm was then taken up. Mr. Mapes said he found several
remedies,—dry wood-ashes, ashes and soot mixed, white hellebore and carbonate
380 STATE POMOLOGICAL SOCIETY.
of lime had all been recommended. ‘To use these, apply on bushes when wet.
From one to three applications were recommended as sufficient. One of his
own plans had been to shake the bushes and mash the worms with his foot.
He had found that the most effectual remedy.
Mr. Booth said the currant worm had troubled his black currants very much,
but had not troubled his gooseberries.
Messrs. Mapes and Ramsdell had had the reverse exactly, and the black cur-
rants had been comparatively free, wnile the gooseberries and the red currants
were severely attacked. And yet, in both instances, the gooseberry bushes and
black currant bushes stood in the same row running east and west. This an-
omaly in the habits of the worm caused some surprise, and will no doubt stir
up more research on the part of those interested.
After a brief discussion it was decided to continue the discussion of the in-
sect enemies of small fruits next week.
The question of holding a Union Fair for the counties of Benzie, Muskegon,
Mason and Manistee next fall at Pentwater, came up. The Secretary stated
that he had had a talk with the Pentwater News editor, and that he had re-
cently received an article from him regarding the matter, and that it was pro-
posed to hold a convention at Ludington on the 9th of June, to form a Union
Fair organization. It had been suggested that three delegates go to that con-
yention from each county, but he thought that too small a number.
On motion the Secretary was instructed to write to the Pentwater folks and
suggest a larger number of delegates.
He was also authorized to publish a call for a meeting of the fruit men and
farmers to be held at the Times editorial office on Saturday, the 5th day of
June, for the purpose of electing delegates to the Union Fair meeting to be
held at Ludington on the 9th of June, 1875.
The mesting then adjourned.
BARLY HISTORY OF THE STATE AGHE
CULTURAL SOCIETY.
A PAPER PREPARED BY PROF, J. C. HOLMES, OF DETROIT, AND READ
BY HIM AT THE IONIA MEETING, WEDNESDAY, DEC. 2, 1874.
GENTLEMEN :—A very few days since I received a note from the secretary of
this association requesting me to prepare a paper upon the early history of the
Michigan State Agricultural Society. Had he made this request at a date
sufficiently early to allow me time to comply therewith, I would have done so
with pleasure. The very few days that have elapsed since I received the sec-
retary’s note have been so filled with a multiplicity of cares I have hardly had
time to devote a thought to the matter, but I will try to give a few items.
1830, WHEN A TERRITORY.
In the Northwest Journal of May 12, 1830, published at Detroit, I find the
following editorial, viz.:
“AGRICULTURAL SOCIETIES.— We have more than once urged the establishment of these
useful associations in the Territory. We advert to the subject now simply for the purpose
of asking if no measures of encouragement be within the competency of the Territorial
Legislature.”
In the same journal, under date of October 20, 1830, I find a notice of what
was probably the first agricultural society organized in Michigan. ‘This notice
Says:
““At an adjourned meeting of the farmers of the county of Oakland, held pursuant to an
adjournment, at the house of Solomon Close, in the village of Pontiac, on Monday, the 6th
of October, 1830, to take into consideration the expediency of forming an agricultural
society, Amos Mead, Esq., was chairman, and C. A. Chipman, secretary.’’*
On motion of J. P. Sheldon, it was decided by the meeting that it is expe-
dient to form a society for the promotion of agriculture.
*On the 11th of January, 1875, I wrote to Mr. C. A. Chipman, and received the following answer:
RocHESTER, January 13, 1875.
J.C. Holmes, Esq. :
DzarSix:—Your favor of the 11th inst. was received this morning. There was formed in 1830 an Agricul-
tural Society in Oakland county, of which I was secretary. A few of the farmers of the county met at
Solomon Close’s, and agreed to organize a society, to be called the Oakland Agricultural Society of Oakland
county. Amos Mead was chairman and I was its secretary. Mr. Mead and myself were appointed a com-
mittee to draught a constitution, which was adopted at an adjourned meeting of the society. As the county
was then quite new, very few farmers took any interest in the society. Amos Mead was chairman and [
made secretary at the adjourned meeting. I think this was the last meeting of the society. There had been
no premium list and no exhibition cf the society. It fell still-born upon the county.
, Very respectfally yours, etc.,
Cc. A. CHIPMAN.
382 STATE POMOLOGICAL SOCIETY.
The committee appointed at a former meeting to prepare a constitution, re-
ported one which was read and adopted. The meeting then proceeded to the
choice of officers, whereupon the Hon. Wm. Thompson was unanimously
elected President; Amos Mead, Hsq., and Stephen V. R. Trowbridge, Vice
Presidents; Calvin Hotchkiss, John W. Hunter, Joseph Morrison, Oliver Wil-
liams, Abner Davis, Ezra Rood, and Erastus Ingersol, Directors ; and Cyrus
A. Chipman, Secretary and Treasurer.
The constitution of the Agricultural Society of the county of Oakland,
adopted at this meeting, consists of fifteen articles, not one of which gives any
intimation of the objects of the society. I do not find any record of a subse-
quent meeting. I think Mr. Chipman, the secretary and treasurer, is still re-
siding in Oakland county, and if applied to could give a history of the pro-
ceedings of this, the first agricultural society organized in Michigan.
1833.
In the Detroit Courier of March 13th, 1833, I find this:
‘« At a meeting of citizens of the Territory of Michigan, convened at the house of Benja-
min Woodworth, Esq., in the city of Detroit, pursuant to public notice, for the promotion
of agriculture and domestic manufactures, His Excellency, George B. Porter, was called to
the chair, and Major J. Kearsley appointed secretary. A petition to the Legislative Coun-
cil was prepared, praying that an act of incorporation may be passed, which was signed by
the persons present. On motion
Resolved, That Jonathan Kearsley, Thomas Rowland, John J. Deming, John M. Wilson
and Henry P. Powers, be appointed a committee to adopt such measures as they may deem
expedient to carry into effect the object of this meeting, and especially to use their exer-
tions to procure an act of incorporation ; and to report to an adjourned meeting to be holden
at the same place on Thursday, the 21st instant, at 6 o’clock, P. M.
Resolved, That the proceedings of this meeting, signed by the chairman and secretary, be
published in all the newspapers of the Territory.
Adjourned to meet again on Thursday evening, March 21, 18338.
(Signed) GEORGE B. PORTER, Chairman,
J. KEARSLEY, Secretary.
An editorial in the Courier of April 10th, 1833, says :
AGRICULTURAL SocirETy.—The bill incorporating an Agricultural Society of Michigan
was taken up for a second reading yesterday. Mr. Sprague moved to strike out the section
authorizing an appropriation to be made from the territorial treasury for the encouragement
of said society, on the ground that we were not yet sufficiently advanced in wealth to war-
rant such an appropriation. There were more pressing objects to be provided for at present.
He was not opposed to encouraging agricultural societies in the Territory, but it was too
soon. The bill was laid on the table.
In the Courier of April 24th, 1835, is this item:
AGRICULTURAL Society or MicarGan.—The bill grantiog a charter of incorporation to
this society has passed the council.
On looking over the proceedings of the legislative council, I find that this
bill passed on the 20th of April, 1833.
1849.
I have no knowledge of what proceedings were had under this act; but six-
teen years afterward, in February, 1849, the first session of the Legislature after
the removal of the capital from Detroit to Lansing, the Hon. Titus Dart of
Dearborn was chairman of the committee on agriculture in the Senate. Being
well acquainted with him, and being desirous that a State agricultural society
should be organized in Michigan, | wrote to Mr. Dart that I thought it was
time we had a State agricultural society, and he being chairman of the com-
mittee on agriculture in the Senate was the one to give it a start, and as there
were at that time people at Lansing from all parts of the State, that was the
EARLY HISTORY OF STATE AGRICULTURAL SOCIETY. 583
place to start it. After some correspondence upon the subject, Mr. Dart men-
tioned it to some of the members of the Legislature, who immediately responded
in favor of the project. Thereupon a call was made on the 5th of March, 1849,
for a meeting to be held at the capital on the evening of the 10th of March, to
take into consideration the matter of forming a State agricultural society.
This call was signed by the executive officers of the State and members of
the Senate and House of Representatives.
THE FIRST MEETING UNDER THIS CALL.
HALL OF THE House oF REPRESENTATIVES,
Lansing, Mich., March 10th, 1849.
In pursuance of this call a meeting was held at 7 o’clock this evening, in the
hall of the House, and was called to order by Hon. Titus Dart of Wayne
county, on whose motion Governor Ransom was appointed president of the
meeting.
The president, in taking the chair, expressed his gratification at this mark
of distinction conferred by the meeting, and made an eloquent allusion to the
pride which he felt in being able to call himself a practical farmer. He then
invited gentlemen present to favor the assemblage with their views on the sub-
ject for which they had met.
On motion of Lieutenant-Governor Fenton, A. W. Hovey was appointed
secretary of the meeting.
Mr. Dart offered the following resolutions, which were unanimously adopted,
Viz. :
Resolved, That a committee of seven be appointed by the president, whose duty it shall
be to prepare and report, at a subsequent meeting, a plan for the organization of a State
Agricultural Society, and that they are requested to report such a constitution and by-laws
as they may deem most suitable to promote the legitimate purpose of such a society.
Resolved, That said committee be requested to inquire and report upon the expediency of
applying to the Legislature for pecuniary aid in the organization and conduct of such a
society ; and also for applying for an act of incorporation for the same.
Resolved, That when this meeting adjourn, it will adjourn to meet at this place on Satur-
day next, at 7 o’clock, Pp. M., and that the public generally be respectfully but earnestly
urged to attend.
The president appointed as the committee under the first resolution, Mr.
Dart, of Wayne; Mr. Deming, of Lenawee; Mr. Salyer, of Washtenaw; Mr.
Belding, of Oakland ; Mr. Loomis, of St. Clair; Mr. McKinney, of Van Buren ;
and Mr. Matthews, of St. Joseph. The meeting then adjourned.
THE SECOND MEETING,
HovuskE OF REPRESENTATIVES,
Saturday, 7 P. M., March 17th, 1849.
In pursuance of adjournment, the meeting for the purpose of organizing a
State Agricultural Society convened in the Capitol, and was called to order by
Gov. Ransom, the President.
Mr. Dart, from the committee appointed at the former meeting, reported
that the committee had performed the duty assigned them, and that Mr.
Loomis would read the report.
Mr. Loomis read two bills drawn up by the committee for presentation to the
Legislature, one of them incorporating the State Agricultural Society, and the
other making an appropriation, under certain restrictions, in aid of the ob-
jects of the society; and also reported a constitution, which report was accepted
and the committee discharged.
384 STATE POMOLOGICAL SOCIETY.
The constitution was taken up, read, considered, amended and adopted.
Mr. Levi Baxter oftered the following resolution, which was adopted :
Resolved, That the State officers and members and officers of the Legislature be consid-
ered members of the State Agricultural Society, for the purpose of organization, together
with such other personsas may comply with the requirements of the constitution. On mo-
tion of Mr. Loomis,
Resolved, That a committee of nine be appointed by the President as a committee of
nomination of officers of the Michigan State Agricultural Society, and that such committee
shall report at this place next Saturday evening, to which time and place this meeting will
adjourn.
The president appointed as such committee Mr. Loomis, of St. Clair; Mr.
MeNeil, of Genesee; Mr. Campbell, of Livingston; Mr. Baxter, of Hillsdale ;
Mr. Adam, of Lenawee; Mr. Stevens, of Wayne; Mr. Ferguson, of Calhoun ;
Mr. Comstock, of Allegan; and Mr. Burk, of Berrien. On motion of Mr.
Deming it was
Resowed, That Hon. Wm. M., Fenton be respectfully invited to deliver an address at the
meeting of next Saturday evening, at which it is proposed to complete the organization of
the Michigan State Agricultural Society.
On motion of Mr. Ferguson, Hon. John J. Adam was appointed treasurer
pro tem.to receive money from those wishing to become members of the
society.
The meeting adjourned till half-past six o’clock on Saturday evening.
THE THIRD MEETING AND ELECTION OF OFFICERS.
Lansing, March 23d, 1849.
At an adjourned meeting held in the hall of the House of Representatives,
for completing the organization of the Michigan State Agrjcultural Society,
his excellency, the governor, presided.
Mr. Chamberlain of Berrien county was elected secretary.
Hon. Charles A. Loomis, chairman of the committee appointed at a previous
meeting to report the names of officers for the ensuing year, made the follow-
ing report, which was accepted :
For President,—Epaphroditus Ransom of Kalamazoo.
For Recording Secretary,—J. C. Holmes of Wayne.
For Treasurer, —John J. Adam of Lenawee.
For Executive Committee,—Titus Dart, Wayne; Bela Hubbard, Wayne; Edward L.
Fuller, Washtenaw ; ‘Townsend E. Gidley, ‘Jackson ; Stephen Valentine, Calhoun; William
iH. Edgar, Kalamazoo ; Joseph Gibbons, Lenawee; John Thomas, Oakland ; George Red-
field, Cass ; Jeremiah Smith, Genesee.
Also a vice- -president and a corresponding secretary for each organized county.
On motion of Titus Dart, the society proceeded to the election of officers.
Hon. Messrs. Dart and Walbridge were appointed tellers. The tellers an-
nounced that the society had, by a unanimous yote, confirmed the nominations
made by the committee.
Governor Ransom, the president elect, tendered his thanks to the society for
the honor conferred, and spoke of the advantages attendant on the formation
of State agricultural societies.
An address was then delivered by Lieutenant-Governor W. M. ienton.
On motion of Mr. Ferguson of Calhoun, it was
Resolved, That the society ask the Legislature to appropriate the sum of one thousand
dollars for the use of the society, to aid in holding a State fair next fall,
The society then adjourned.
The Legislature passed an act to incorporate the Michigan State Agricul-
tural Society. This act was approved April 2d, 1849.
EARLY HISTORY OF STATE AGRICULTURAL SOCIETY. 385
The Legislature also passed an act in aid of the society, appropriating four
hundred dollars, to be paid upon the receipt of an affidavit of the treasurer
that the society had raised a like sum by subscriptions, or fees for membership.
This act was approved March 31st, 1849.
This is the history of the organization of the Michigan State Agricultural
Society.
THE FIRST MEETING OF THE EXECUTIVE COMMITTEE
was held in Detroit on the 22d of May, 1849, at 10 o’clock A. M., in a building
that stood where the city hall nowstands. After the transaction of some busi-
ness, the committee adjourned to meet at 7$ o’clock P. M.
In the evening there were present the president, Messrs. Dart, Gibbons,
Redfield, Thomas, Hubbard, and Holmes. A motion was made that a fair be
held in September. Upon this question there was a long discussion. The
trouble was that the society had not the means requisite for preparing suitable
grounds for the exhibition, or to pay premiums. The appropriation by the
Legislature was contingent upon raising a like sum by the society.
I told the executive committee that if they would decide to hold a fair, make
out a premium list, and appropriate one thousand dollars for the payment of
premiums, I would see that the money was raised. The committve then passed
the following resolutions:
Resolved, That the society’s first annual fair be held on Tuesday, Wednesday and Thurs-
day, the 25th, 26th, and 27th of September, 1849.
Resolved, That the committee appropriate the sum of one thousand dollars, to be awarded
at the fair to be held on the 25th, 26th, and 27th of September.
Resolved, That the society’s fair for 1849 be held in the city of Detroit, provided the com-
mittee receive sufficient assurance that the local expenses of said fair will be paid by the
citizens of Detroit. Ifnot, then at such place on the line of the Michigan Central Railroad
a3 will raise a sum sufficient to defray said expenses, not to exceed five hundred dollars.
The premium list was prepared and other arrangements made for a fair.
The committee then adjourned.
THE FIRST FAIR, SEPTEMBER, 1849.
This was a bold move,—this asking for $500 to fit up the show grounds, and
without having funds in the treasury appropriating $1,000 for premiums. It
was the first effort of the society to make a show, and we did not know how it
would be sustained. We went to work and raised from the people of Detroit
the sum of $523. We were then sure of the $400 appropriated by the
State. We thought this was a marvelous good beginning, and so it was,
for our new society and our young State. The fair was held on a small
piece of ground, measuring 370 feet on Woodward avenue and running back
800 feet. This answered our purpose, but it was well filled. It is now covered
with stores and dwellings. There was on the ground a small hexagonal build-
ing called “Floral Temple.” At the close of the fair the lumber was sold at
auction, and this “ Floral Temple” was bought by a gentleman in Detroit who
moved it to his garden, where it has stood from that time to the present.
The exhibition of stock was not large, but it was pretty good. Every exhibi-
tor thought he had the best on exhibition, if not the best that could be pro-
cured. Mr. Ira Phillips of Armada, Macomb county, exhibited the best Dur-
ham bull two years old and over, and was awarded the first premium of $10.00.
Mr. Phillips told me that when he bought this animal and paid what was then
considered an exorbitant price, his neighbors langhed at him, and some of
them thought he ought to have a guardian ; but this fair operated as an eye-
ol
386 STATE POMOLOGICAL SOCIETY.
opener to many of the farmers, and they immediately began to look around for
improved stock ; and I believe they have been improving ever since.
In every department the fair was a success. Financially it was a success.
After paying all the bills, expenses and premiums, we had about $1,260 in the
treasury.
The constitution of the society, Article IX., said, “ No officer of this society
shall receive any compensation for his services.” Of course we all worked for
the love of working in so good a cause.
WHAT A STATE AGRICULTURAL SOCIETY SHOULD BE.
My own idea of what a State agricultural society should be, and the idea
with which I started, has never been fully carried out. It was my wish in the
beginning that the society should have a
CENTRAL OFFICE,
where should be established an Agricultural Library, Museum, and Reading
Room, where could be found all the standard agricultural books, papers and
magazines, models and specimens of agricultural machinery, implements, etc.,
specimens of agricultural and horticultural products, and general information
upon subjects connected with agriculture and horticulture. This place,
wherever located, should be the headquarters of the society and the office of
the secretary. His salary should be sufficient for his support, so that he could
give his whole time to the work of the society. The care of and the business
connected with such a central office would occupy the time of one person cer-
tainly, and probably more.
Some of these last remarks will apply to the Michigan State Pomological
Society. If this society had permanent headquarters, located at a point that
would be the most accessible to fruit-growers of the State, where could be
found a collection of specimens of insects that are injurious, and insects bene-
ficial to vegetation, with a catalogue of their names, giving a full description
of the insects, their history and habits, methods of ridding our premises of the
destructive, and of protecting those that are beneficial; also a collection of
birds, with their history and habits; models of fruits; a horticultural library,
etc., the benefit to the people of this fruit-producing State would be incal-
culable.
I hope to see this Pomological association increase in numbers and in funds,
that it may increase in usefulness.
THE CHERRYwAND THE CHERRY TREE:
AN ESSAY READ AT THE SPRING LAKE MEETING OF THE STATE POMO-
LOGICAL SOCIETY, BY GEORGE PARMELEE, ESQ.,
OF OLD MISSION.
GENTLEMEN :—The present time for a discussion of the subject of cherry
cultivation is probably well chosen. Seeing as we do the beauties and excel-
lencies of this acceptable little fruit only retrospectively, our discussions may
be presumed to take the channels of sober second thought, rather than to take
on the appearance of extravaganza and sentimentality, which might happen
were this discussion at a time of the year when this charming fruit could be
present with all its attractions of beauty and excellence.
ITS SEASON,
following closely the strawberry, and extending to the heat of early summer,
with its many practical culinary uses, its delicious and refreshing flavor, and
perfect beauty, are so many reasons for its receiving, during its supremacy, our
unqualified admiration.
SOUR AND SWEET CHERRIES.
The class of cherries known as sour cherries, being generally hardy, are
raised more or less and are pretty well known to the mass of the people, while
those that we term sweet cherries, being more tender in the tree and subject
to more accidents, are much less cultivated. And it may be safe to say that not
more than one person in four in the whole country ever regaled himself with
a generous feast of the fine sorts. Good housewives understand the various
uses of the sour cherries, but perhaps some have yet to learn that the dark
English Morello, when dried, gives to fruit-cake a finer flavor than perhaps any
other foreign or domestic fruit.
THE VARIETIES
of sour cherries most in cultivation are so easily raised that little need be said
to a novice who may comtemplate planting them. They put up with fence
corners and neglect generally with as good grace as any other fruit tree, and
will usually fruit in what would be called, for tender fruits, unfavorable local-
ities.
388 STATE POMOLOGICAL SOCIETY.
THE USES
of the two classes of cherries seem to be mainly distinct, though they shade
into each other: the sour fur culinary, the sweet for dessert uses. Probably
no person familiar with the better sorts of sweet cherries would be willing to
accord them a second on the list of dessert fruits. We may say they are the
perfect thing in their season, because we know of nothing in its season that
we can place before them. Placing this high estimate upon them, it is reason-
able to infer that there are great drawbacks to their cultivation or people
would not be such strangers to them. I am not of those who believe that
sweet cherries can be raised at only a few points scattered over wide areas of
country; though the editor of the St. Joseph Herald made the astonishing dis-
covery that they could be raised only at Alton and St. Joseph. Perhaps he
could convince us that what we raise on Yellow Spanish cherry trees in [ati-
tude 45° are nectarines! *Lwould seem a logical conclusion, for they are full
of nectar! There are drawbacks to this cultivation, but they are not of such
an insurmountable nature as need keep the fruit from the tables of those who
believe it a part of righteousness to live on the good things of earth. I
will mention some of the drawbacks, and point briefly to some of the ways of
surmounting them. The tree is very tenacious of its climatic conditions; ex-
treme cold is fatal to the tree, and extreme heat to the fruit; it will not bear
much pruning or careless handling; like plums it is subject to attacks from
curculio, and also to destruction by birds.
While some parts of the State have climatic conditions more favorable to
the production of this fruit than others, there is probably hardly a county in
the settled portion of the State that cannot furnish sites where the conditions
of climate will admit of their successful cultivation. The difference in tem-
perature between hills readily sloping in several directions, and that of hollows
pent up on the sides of their natural outlets by bodies of timber, is very great, and
in the trying times of severe winter is enough to make the difference between
freedom from injury and destruction bycold. These differences I have proved
by a great number of thermometrical experiments, finding in one instance a
difference of 27°. This is an extreme difference, but in other cases, measuring
by results, I have seen the lower part of a peach orchard destitute of atmos-
pheric drainage, killed clean to the ground, while the higher parts had not
even the fruit buds injured.
ALTITUDE,
without the proper configuration, does not afford security; for elevated hol-
lows may be very frosty, while, on the other hand, a swell of land less elevated
than such hollows, but with free slope to a lower plain, will be comparatively
free from frost. Hollows are worst of all places for tender fruits, and next to
them are level plains. Those portions of the State not enjoying the influence
of a near body of water can make up the deficiency by planting on such hills as
we have indicated.
THE ROT.
We said great heat was a drawback, but it is probable that it is so from the
fact that, in connection with moisture and other conditions of growth, it
results in a too rapid process of ripening, causing the whole crop to rot at such
times. By planting in elevated and airy situations where no accumulation of
heat can take place, and where the soil is not rich, and without manuring, the
attacks of rot will seldom occur.
THE CHERRY AND THE CHERRY TREE. 089
HANDLING.
No tree is so sensitive to bruising or breaking as the cherry, and it requires
very little pruning. So that with common caution in handling at the trans-
planting, in the after care, and with the true science of pruning, which, with
all fruit trees is to cut as little as possible, and rarely to shorten in, this sensi-
tiveness of the tree ceases to be a great difficulty.
THE CURCULIO.
Many people have sweet cherry trees which annually set good crops of fruit
and as often disappoint the wishful owners by the attacks of the curculio.
Such persons are too negligent or haye too much to do to apply the necessary
remedies; for we can hardly conceive of any citizen of Michigan, who takes
enough interest in fruit to grow a cherry tree, who can be ignorant of the
known methods of destroying that insect.
THE DESTRUCTION
of this crop by birds can and should be remedied. The Cedar bird or Cherry
bird is the principal destroyer of this crop. Other birds work at them slowly,
usually devouring all of the cherry they attack, while the cherry bird takes
only a bite or two from a cherry, mutilating and thus destroying probably a
quart to make his little self a meal. And when such cherries are worth
twenty-five cents a quart we can estimate the cost of boarding those little
cormorants.
With the loss of the trees by the winter of 1872 and 1873, with the rot the
present season, with the attack of the curculio and the destruction by birds, it
is a fact that nearly the whole west, in town and country, has been without
sweet cherries the past season. In some cases where a single tree has stood
near a dwelling, the birds have been kept from the fruit by hanging a bell in
the tree with a string running from it into the house, where some person
could frequently give it a jerk and thus frighten the birds away. Such an
expedient, at best, can only save to the family a supply for themselves. If we
cannot relieve our cherry orchards of the depredations of this little pirate, we
may as well cut them down, and the lovers of cherries in town may give up
this pleasant source of enjoyment and health.
The legislators of this State have declared it a crime punishable by a fine of
$5 to killa cherry bird. We are ready to give them credit for good intentions
in the passage of the law; but they acted on partial information. It has been
claimed that these birds are insectivorous, more than compensating for their
little peccadilloes by destroying noxious insects. At different times during
the past season I have examined the stomachs of eleven of these birds, usually
with a magnifying glass, and have, every time, failed to find any insect food.
And I have found, by four different examinations of young birds in the nest,
that they, too, have no insect diet.
In all my experience I have found no exception to these statements. The
cherry bird is an unmitigated pest, and should be destroyed; else we must give
up one of the most beautiful and luscious of all the nice fruits.
The plea for the cherry bird is simply sentimentalism. He may be pretty,
but he is not good. A cherry is both.
This indiscriminate adulation of the feathered warblers is bringing its
fruits. The English sparrows which these bird-lunatics have brought over
from Europe, are proving to be the scourge that people who knew their habits
declared they would be. They are increasing rapidly, and wherever they spread
390 STATE POMOLOGICAL SOCIETY.
are destroying the really useful birds. As well go into ecstasies over the blos-
soms of the Canada thistle because it is beautiful, and import it to your farms,
as to bring the sparrow and the cherry bird to your orchards.
HARVESTING AND MARKETING.
A word about harvesting and marketing sweet cherries may interest some.
They should never be pulled from the tree, for tworeasons: pulling frequently
breaks off the spur containing the blossom buds for the next season, and it
frequently loosens the stem from the cherry, thus starting the juice, which
very soon causes the rotting of the cherry. An extra expense of one cent per
quart over the ordinary way of picking, will pay for cutting the stems near
the middle with a pair of scissors. When thus picked, and carefully packed in
quart boxes, they can be kept a long time or sent long distances. I am unable
to say how long they may be kept, but will say that we kept a box of Yellow
Spanish cherries, the past summer, ten days in an ordinary room, without any
indications of decay.
When I speak of quart boxes I mean a dry-measure quart, not the diminu-
tive thing that dishonest and short-sighted men are every year scrimping and
calling “a quart box.” People who buy fruit do not decide the question
whether they buy or not on the cost of a single package, but on the question
“ what does it cost to supply my family ?”
A pint box itself costs about as much as a quart, and pays nearly as much
freight, requiring a large part of the consumers’ money to pay for packages,
thus making the fruit supply for his family more costly, and often ruling it
out to the injury of the market for the grower.
Cherries shipped in quart boxes are not sufficiently massed to crush the pulp
or start the juice in ordinary handling, and can be sent long distances, and
will not injure the market by risk of rotting on dealers’ hands.
In selecting varieties to plant, the safest rule is to plant those varieties that
are proved most successful in our own vicinity, remembering that, in all fruits,
valuable additions to the list of well tried or standard varieties are not of fre-
quent occurrence. While a given list may be of some value where there is no
local experience to guide, it is best for a person planting to post himself as to
the success of the nearest cultivated varieties, and to use great caution against
planting varieties not generally known.
THE BLACKBERRIES AND RASPBERRIES
RECOMMENDED BY THE SOCIETY.
BY T. T. LYON, SOUTH HAVEN, MICH., AND PREPARED FOR THE SUM
MER MEETING HELD AT MONROE, 1875.
Mr. PRESIDENT AND GENTLEMEN: Having been requested by your Secre-
tary to prepare some account of the blackberries and raspberries recommended
by the society for cultivation in Michigan, I may be indulged in a few remarks
preliminary to the subject, before entering upon the discussion of the varieties
to be considered.
It is only within the last twenty years that the attention of fruit growers
has, to any considerable extent, been directed to the cultivation of either the
blackberry or the black-cap raspberry, with reference to the production of
improved varieties ; and even up to the present time, so far as we are informed,
such efforts have been directed only to the selection and propagation of such
chance sorts as have sprung up in a wild state.
Prior to the above named period, persons had, occasionally, indulged in the
gathering of wild plants into cultivated ground, with the hope that cultivation
would exert an ameliorating or improving influence upon the quality of the
fruit. This process, however, seems to have yielded no yery encouraging
results.
It is little more than fifteen years since the date of the earliest efforts for
the production of new and improved varieties of the American Black Cap;
although, as in the case of the blackberry, it had previously been the practice
of persons partial to this fruit, to collect plants from the field and hedge rows
and subject them to the ordeal of cultivation ; more perhaps, for the purpose
of having the fruit at hand when wanted, than with any especial reference to
the improvement of its quality.
THE BLACKBERRY
is common to both the eastern and western continents; but the variety or
rather species common in many parts of Europe and Asia, and known as
Rubus Fruticosus, seems to be a somewhat near approach to the raspberry, in
the form of its fruit, if not also in the characteristics of the wood growth.
We have also, in this country, two nearly allied species known as the Dewberry
(Rubus Hispidus), which seem to be quite generally disseminated in a wild
392 STATE POMOLOGICAL SOCIETY.
state, and more or less so, if we mistake not, in Europe also, as Rulus Cesus
and Rubus Canadensis. So far as we are informed, however, all our cultivated
varieties, of recognized value, are supposed to have sprung from the common
high-bush blackberry, Rubus Villosus.
One of the first attempts, within our knowledge, to introduce the black-
berry to cultivation, was that of the late Capt. Josiah Lovett, of Beverly,
Mass., who was the introducer of the Dorchester; a variety which, although
not recommended by this society, has been for many years, and still is,
esteemed in the markets of Boston.
The next variety to appear prominently before the public, and the first one
to which your attention is invited as having been recommended by this society
for cultivation in Michigan, is the
NEW ROCHELLE, OR LAWTON,
which was discovered, as a wild plant by the roadside, in the town of New
Rochelle, Westchester county, N. Y., by Lewis A. Seacor, about the year 1845
to 1847. The fruit was so distinct, and so superior to others, that he trans-
ferred it to his garden. In 1848 it attracted the notice of a Mr. Lawton, also
of New Rochelle, who procured plants and commenced its propagation. It
seems to have received, at his hands, its first prominent introduction to the
public by the presentation of a branch, laden with fruit, at a meeting of the
Amezican Institute Farmer’s Club, held in the city of New York in 1853. By
means, apparently, of a little rather questionable practice on the part of Mr.
Lawton, the club was induced to christen (or rather rechristen) the variety as
the Lawton,—a name that has adhered to it; although Mr. Downing, ‘in his
work on fruits, gives New Rochelle as the leading name. Mr. Lawton seems
to have made the most of this christening, by advertising and disseminating
it extensively, at high prices, no doubt greatly to his personal advantage.
A correspondent of the Horticulturist, in June, 1855, writing from Adrian,
Michigan, and who had been a visitor at New Rochelle about this time, gives a
very full history of the origin of this fruit, which he concludes with the follow-
ing remarks: “There have been many conjectures as to the origin of this
fruit. It is known that a relative of a former proprietor of the farm (on
which the original plants were discovered) brought shrubbery from England,
and some suppose this blackberry was then introduced; others think the
Huguenots, who originally settled New Rochelle, brought it with them from
France; but the prevalent belief appears to be that it is an accidental seedling.
For the facts embodied in this letter, I am indebted to a communication from
Frederick Prince, Esq., (the present owner of the farm where the fruit was
found) published in the Westchester News, and to the verbal statements of
Mr. Seacor and some others of his neighbors, and I have every reason to believe
all these statements to be substantially correct.”
In the same volume of the Horticulturist, at page 353, will be found a com-
munication from the late A. C. Hubbard, of Detroit, tending to confirm the
supposition of the English origin of this. We extract as follows: “We had
a large pot of these blackberries in the greenhouse this spring, which was
observed by a Scotch gardener whom we had just employed. ‘Ah!’ he says,
‘and here vou have the Scotch Bramble’ ‘No,’ I said, ‘it is a new variety of
blackberry, a seedling, a very superior kind’ ‘Ah, but it is the Bramble! I
know it. I have seen them filled, just filled with fruit as big as that (measur-
ing off two-thirds of his thumb). Ah! you would have to make two bites to
BLACKBERRIES AND RASPBERRIES. 393
every berry. He went on then describing how it branches out, and how it
was completely filled with fruit so that the branches would bend over to the
ground, and described the enormous quantity obtained from one branch, their
delicious flavor, ete., ete.”
These and other reports of the wonderful character of this new variety seem
to have induced Mr. Charles Downing to inquire carefully into the facts in the
case, and also to visit and examine the fruit upon several plantations. His
conclusions are embodied in an article which appears in the Horticulturist for
1855, at page 451, from which we quote as follows, alluding to the article of
Mr. Hubbard:
“ A species of bramble it certainly is; but that he ever saw this identical
blackberry is a matter of doubt. If it is an old fruit and so well known in
Kurope, how is it that it has not been introduced and propagated among the
nurserymen and amateurs here, along with their other importations of new
and good fruits? One thing is certain: it is a valuable fruit and deserves the
attention of amateurs and fruit growers, and every person who cultivates even
a small portion of ground would do well to procure a few plants. A dozen or so
in full bearing will give fruit sufficient for an ordinary family for some six
weeks.
The society only recommends this blackberry for market, with a caution as
to hardiness. Our impression is that it went upon the list in compliance with
the preferences of St. Joseph planters and with reference to the wants of plant-
ers along the Lake Shore, where its success was assumed to be more certain
than in the State at large, where, if not protected, it is frequently winter-killed
at the top on account of its habit of making late growths and hence going into
the winter with imperfectly ripened wood. Still there are not lacking cases in
which, with winter protection, it has proved highly profitable even in the in-
terior of the State.
One of its most serious drawbacks asa market fruit is its extreme delicacy
of texture; which, to some extent at least, unfits it for lengthened transporta-
tion by rail. To Lake Shore growers who can pick it over night, and have it
put down in Chicago or Milwaukee by steamer in the early morning, it wiil no
doubt be found profitable when carried safely through the winter, the chief
danger being that even a slight killing of the top is pretty certain to seriously
diminish the next crop. Owing largely perhaps to this difficulty some of the
more recent sorts seem to a great extent to be superseding it even there.
The fruit becomes fully colored some time before it acquires its full flavor.
Hence experience is requisite to properly determine the time of picking, and it
usually goes to market while yet partially unripe and sour. The most experi-
enced growers advise to leave the berry upon the plant till it will drop into the
hand upon the mere touch of the fingers. When picked in this manner and
the plants kept low and well branched by clipping or pinching in summer,
with protection in winter when requisite, we are persuaded that it will be found
satisfactory, and under such treatment we have little hesitation in commend-
ing it to even amateur planters for home use throughout the State, except
possibly at the extreme north.
KITTATINNY.
The first published notice of this blackberry that has come under our obser-
vation, occurs in the November number of the Magazine of Horticulture for
1864, at page 407, before it had been offered for sale by the introducer. It was
52
394 STATE POMOLOGICAL SOCIETY.
discovered by Mr. E. Williams of Montclair, New Jersey, at the foot of the
Kittatinny mountain, in the town of Hope, Warren county, in that State, and
was by him brought under cultivation, and also farther tested by sending
plants for trial to several persons in distant localities, one of whom was the
writer. It was first offered for sale, if we mistake not, in the year 1863, and
soon became widely disseminated. A figure of the fruit appeared in the Hor-
ticulturist for that year, at page 271, with the following description by the
editor: “ We find it to possess such good qualities that we give a portrait of
it. We selected for the purpose a medium-sized berry; the size, however, is
very uniform. The outline of the fruit, it will be seen, is somewhat like that
of the Dorchester, but not so regular. It might very well be described as a
berry between the Dorchester and New Rochelle. The berry is longer than
the latter, but more irregular than the former. ‘The pips are as large as in the
latter, with all the sweetness of the former. It has a delicious flayor. ‘The
pips seem to ripen very uniformly, and the seeds are very small. It is very
productive, if we may judge from the bearing shoots we saw. One the whole,
we regard it as a large, handsome, and high-flavored fruit.”
When in season in 1865, a party visited the locality in New Jersey, where it
originated and where it was yet principally grown, and the following account
of it was given by Mr. Downing, who was one of the party. He says: “We
visited several gardens where it was more or less grown—in one, I should
think, to the extent of half an acre; but only one with good cultivation. As to
vigor and productiveness, I did not perceive any difference,”—between this and
the New Rochelle, we suppose,—“ except that the leaves were a little more ser-
rated, size of berry being fully equal but rather longer, decidedly sweeter, and
an acquisition to this class of fruits. In one of the gardens the Kittatinny and
Lawton were growing side by side and apparently of the same age, so that we
had a fair opportunity to compare and examine them fully; and I consider the
Kittatinny the best blackberry I have yet seen.”
This berry is now extensively grown, and the above early impressions as to its
value in comparison with the New Rochelle seem to have won well-nigh uni-
versal approval and confirmation. In fact, so far as hardiness is concerned, it
is our impression that in most cases it will prove fully equal to our native wild
plants, which are known to be frequently killed in winter when standing un-
sheltered in the open ground.
Within the last few years a more recent candidate for the favor of the mar-
ket planter seems threatening to eclipse the Kittatinny, and usurp its place in
the public estimation, even as a market fruit, and possibly the time has already
arrived when it should be the duty of the society to add it to the list recom-
mended for that purpose. We refer to the
WILSON’S EARLY,
a variety also orginating in New Jersey, it having been first brought to the
notice of planters by John Wilson of Burlington, in that State, some time
prior to the year 1866; although, at that date, it had been little disseminated
outside of that State. In April of that year the Magazine of Horticulture
speaks of it as follows: “ This is a new variety which has been extensively
cultivated in New Jersey, and proved to possess considerable value. It has the
habit of ripening its crop mainly together, and is principally over in two weeks
and before the height of blackberries comes on. The price rules high, and it
does not come in competition with any other blackberry, but it is ahead of
BLACKBERRIES AND RASPBERRIES. 395
them all in the market, and brings more money. Its earliness is its principal
value. With this variety the blackberry season is lengthened two or three
weeks, making the period of supplying the market with this fruit nearly three
months.”
In the Horticulturist for September, 1867, in an article on “The Black-
berry,” by Andrew 8. Fuller of New York, he characterizes it as follows: “TI
confess to an agreeable surprise with this variety, for it has really proved to be
superior to the high encomiums which were bestowed upon it by those who
first disseminated the plants. The berries are enormously large, far excelling
the New Rochelle, being much longer, and nearly or quite equal to it in diam-
eter. * * * ‘The extreme earliness of this variety is greatly in its favor.
Following closely the raspberries, it fills a space in the season heretofore
almost unoccupied, and offers an opportunity to the grower of small fruits of
keeping his baskets and crates continuously in use. The berries all ripen in
about two weeks, and the entire crop may be disposed of before the later varie-
ties begin. The Wilson’s Karly will doubtless become one of the most popular
market varieties.”
In taking leave of this, the last of the varieties recommended by the society,
we only add the remark that it seems, at least in Western Michigan, to be
assuming a leading position among planters, both for domestic and market
purposes. True, it is by no means the equal of the Kittatinny in quality,
though it excels both that and the New Rochelle in size. This advantage,
however, for market purposes, seldom fails to carry the day as against quality
alone; and this fact, together with its superior earliness, and the economy of
gathering and marketing, on account of its habit of ripening together, affords
a very weighty and conclusive reason for its growing popularity.
Although there are and have been for some time more recent candidates for
the favor of planters of the blackberry, so far no one of these has been able to
establish itself prominently in their confidence. In fact, one of the leading if
not ¢he leading consideration urged in favor of the most of these is their alleged
superior hardiness; although some of them, as for instance Hoosac Thornless
and one or two others, present the additional recommendation of the increased
convenience of handling the plants and gathering the fruits.
Quite a number of them are recommended to the fanciful planter as amber,
red and white blackberries; but so far as proved, all these seem to be lacking
in such essential qualities as hardiness or productiveness.
BLACK CAPS.
As we have already found occasion to remark, the effort to produce improved
varieties of the native Black Cap is of but recent origin; and, as has been
found to be the case with the blackberry, such efforts have apparently been
confined to the selection and subjection to culture and artificial management
of such wild sorts as seemed most to manifest an improvement in quality. A
few varieties, like Purple Cane, Ellisdale, and more recently, and perhaps in a
more striking manner, Ganargua, give some indications of a possible origin,
by hybridization between the Black Cap ( Rubus Occidentalis), and the native
red raspberry (Rubus Strigosus), or possibly the European species (Rubus
Idaeus). If, however, such hybridization has actually taken place, it must
clearly have been accidental. Indeed, we have no account of any efforts for
the production of improved varieties of the Black Cap by any system of arti-
ficial reproduction from the seed.
396 STATE POMOLOGICAL SOCIETY.
The first, or at least one of the first selections of improved sorts from the
wild stock, was that of the
DOOLITTLE,
which the society has included in each of the three lists. This, according to
Downing, was introduced to the public by Leander Joslyn of Phelps, Ontario
county, New York. It soon began to attract attention as a market fruit, and
was commended by Barry, Bateham, and others, at the meeting of the Ameri-
can Pomological Society held at New York in September, 1858. At the next
meeting of that society, held in Philadelphia, in September, 1860, it was again
highly commended by a large aumber of pomologists, and after some discus-
sion it was christened the Doolittle raspberry.
This Black Cap was, for several years, almost the only one in the field, and
for that reason, doubtless, was the more extensively disseminated. Indeed, for
a time, it seriously threatened to nearly if not quite drive the more luscious
but less hardy red varieties from our plantations of market raspberries. It
was extensively propagated and disseminated by Mr. Doolittle, of the State of
New York, from whom its name seems to have been derived. For some years
past, however, other candidates of this class have been introduced to challenge
the popular favor; and some of them at least appear to be outstripping it in
the race for popularity.
THE MIAMI
only appears in the amateur list. It is said to have been originally found
growing wild in the Miami Valley, Ohio, whence its name. Mr. Downing
characterizes it as of less value than the McCormick (better known here as
Mammoth Chester), which is doubtless true, if estimated strictly with refer-
ence to its marketing qualities ; but, for domestic use at home, it has, in our
estimation, some decided advantages over any other Black Cap with which we
are acquainted. It is clear, purplish black in color, with more juice and less
seediness than any other of its class. It is not as high flavored as some others,
but when prepared with sugar, it is perhaps the nearest approach to the reds
of anything to be found among the Black Caps. It is a good bearer, and the
fruit of fully medium size.
DAVISON’S THORNLESS
appears only in the family and amateur lists. It is claimed to have originated
in the garden of Mrs. Davison of Erie county, New York. It can hardly be
called a vigorous grower, as compared with others of its class, and the plants
are nearly or quite without any spines, except upon the footstalks of the leaves.
They are, for that reason, very much more convenient to handle both for cul-
tivation and for the gathering of the fruit. The plant is of average produc-
tiveness,—the fruit rather small,—sweeter and earlier than any other of its
class. Coming as it does in advance of others, it fills a place otherwise vacant.
This circumstance constitutes its principal value.
MC CORMICK, OR MAMMOTH CLUSTER,
appears in each of the society’s lists. It is the largest, most vigorous and pro-
ductive of the Black Caps, and has already encountered the usual experience
of widely popular fruits,—that of acquiring various synonyms in different parts
of the country. Indeed, this fruit seems more than usually unfortunate in
this respect, for one so recently introduced, as Downing, in his work on fruits,
gives no less than six synonyms. We follow him in giving the McCormick as
BLACKBERRIES AND RASPBERRIES. 397
original or leading name, although the variety seems to be universally known,
in Michigan, as Mammoth Cluster. Mr. Downing says of it: “It has stronger
and more vigorous canes, haying fewer spines and more productive, and is the
largest and best Black Cap we have yet seen. Fruit similar in form to Amer-
ican Black Cap, but of much larger size, of deeper color, more bloom, juice,
and sweetness.” It is also slightly later than other Black Caps,—a circum-
stance no doubt favorable to its popularity.
This is still what may properly be called a new variety, and we know of no
new fruit, of any class, that has come to be so generally introduced, within so
limited a period, and that, too, with such general satisfaction to planters. Still
this is a comparatively new and untried field; and with the probable constant
accession of newer competitors for the popular favor, itis more than possible
that even this variety shall soon be thrust aside to make way for a newer and
more desirable, or at least more pretentious claimant.
THE ANTWERP, OR RED RASPBERRY (Rubus Ideus),
is reputed to be the parent of all our cultivated varieties of this class. This is
probably the fact, and indeed, may be assumed to be so beyond all question, so
far as the great mass of the older varieties is concerned ; but the distinction
between this and our native red raspberry (Rubus Strigosus) is so narrow and,
to our mind, based upon peculiarities so able by variation to run into each
other, that we are hardly able to assure ourselves that at least some of the later
varieties of American origin may not have sprung from the latter. In order that
our difficulty, in this respect, may be the more readily and perfectly compre-
hended, we quote from Darlington’s “ American Weeds and Useful Plants :”
“ Rubus Ideus, Linnzeus.—Stem suffruticose, erect, terete, not glaucous, hispid at base
and somewhat prickly above; leaves pinnately 3-5-foliate ; leaflets rhomboid-ovate ; flow-
ers in paniculate corymbs; petals entire ; carpels slightly rugose, finely pubescent, not
pitted in drying.
“Ida Rubus, Antwerp Raspberry, Garden Raspberry.—Root creeping ; stem 3-5 feet high,
branching, mostly hispid when young, especially towards the base, smoothish (or some-
times pubescent) and armed with slender recurved prickles above, the hispid bark, below,
exfoliating the second year. Lower leaves odd pinnate by fives, the upper ones by threes ;
common petioles 1-3 or 4 inches long; leaflets 2-4 inches long, acuminate, unequally in-
cised-serrate, smoothish and green above, clothed with a dense white, cottony tomentum
beneath. Petals white. Carpels incurved at apex, clothed with a very fine, short, dense
pubescence, whitish, amber-colored or purple, when mature.
‘‘Gardens: cultivated. Native of Europe. Fl. May; fr. July.
“Oxns.—This species is much cultivated for its favorite fruit. The plant presents some
varieties—particularly in the size and complexion of the fruit; and Iam not sure that the
following nearly allied native species, which is found on our ‘mountains, is not sometimes
seen and mistaken for it in the gardens. FS *
Rubus Strigosus, Michaux.—Stems slightly ¢ ad but ne stifl, Haine bristles eta
of them becoming beak-hooked prickles) ; leaflets becoming oblong ovate ; fruit light red.
* Strigose Rubus—Wild Red Raspberry. —Stem, 3-5 feet high, light brown. Lower leaves
odd-pinnate by fives, the upper ones ternate; leaflets about three inches long, hoary be-
neath, the terminal one often cordate at base, Corymbs 4-6 flowered, axillary ‘and termi-
nal, often aggregated and forming a leafy panicle at the top.
a Hillsides, especially i in cleared land, Fl. May; fr. July.
‘Ops.—This species is common northward, especially in mountainous regions. It often
appears in great profusion where timbered lands have been burned over. We have seen it
on the clearings in Maine, in the fruiting season, in such abundance as to give an uniform
red color to large tracts, and having a delicious flavor not equalled by the cultivated spe-
cies—if that be really distinct.”
Gray, in describing Rubus Strigesus, also says: “ Fruit ripening from June
to August, finely flavored, but more tender and watery than the Garden or
European Raspberry (Rubus Ideus), which it too closely resembles.”
398 STATE POMOLOGICAL SOCIETY.
Under all the circumstances we may be permitted to entertain the supposi-
tion that the separation of the two may possibly be attributed to the very pro-
found respect entertained by our later French-American botanist—M ichaux—
for the conclusions of the great father of botanical science, Linnzeus, who may
be supposed to have known little or nothing of this western species.
ORANGE,
more commonly designated as “ Brinckle’s Orange,” originated with the late
Dr. W. D. Brinckle of Philadelphia, long an earnest and successful experimenter
in the field of pomology, and widely and favorably known as the first president
of the American Pomological Society. Although confined to the narrow and
unfavorable limits of a small, paved city yard, he was, for a considerable
period, a decidedly successful originator of seedling strawberries and raspber-
ries, though confined chiefly to pots or boxes of earth in which to grow his
plants. The Orange raspberry was thus grown from the seed of ared Euro-
pean variety, known as Dyack’s Seedling, and first fruited in 1845, when two
years from the seed. Along with several others, originating at the same time,
and under the same apparently forbidding circumstances, it was introduced
to the notice of the public by being placed on exhibition at a meeting of the
Pennsylvania Horticultural Society, in the year 1850. It soon came into the
hands of numerous cultivators, and rapidly won a very high reputation for
beauty, high quality, vigor, and productiveness. In September, 1854, at its
session in Boston, the American Pomological Society placed it on its list of
varieties that promise well. At a meeting of the Western New York Fruit
Growers’ Society, held at Rochester in 1863, five lists of the best six raspber-
ries to be recommended for general cultivation were furnished: one each by
Barry, Downing, Lay, Hooker, and Frost, all of which included this raspberry.
Indeed, it has proved itself to be one of those very rare fruits that, in all locali-
ties and under all circumstances, maintains its high character unabated,
although it is, without doubt, most successful on somewhat strong soils. As will
be found true of all fruits, however, it will richly repay superior culture. Still, it
must be admitted that, with all these desirable qualities, it has serious and, for
some purposes, almost fatal defects. The plant is too tender to stand even the
winters of Hastern Pennsylvania and New Jersey unprotected, and nothing
short of laying down and covering will carry it safely through even the more
moderate of our western winters, if we except our favored “ Fruit Belt,” in
which it seems to have proved sufficiently hardy; and, possibly, in some other
exceptionally favored localities, or where it will, with certainty (as in North-
ern Michigan), be buried out of harm’s way during the entire winter, by the
accumulation of the snow.
The fruit also proves too tender for lengthened land transportation to
market, though we see no reason why it may not be found a desirable and
profitable sort for markets accessible by water, when once it comes to be
known and appreciated. Still, with color, excessive delicacy of texture, lack of
hardiness and only moderate productiveness against it, the society have doubt-
less acted wisely in limiting it, as they have done, to the amateur list.
PHILADELPHIA
appears in the lists of the society, with the recommendation to plant it for
market, family and amateur purposes.
One of the earliest notices we find of this variety we extract from the Maga-
zine of Horticulture for 1863, at page 460, as follows: “A native variety,
BLACKBERRIES AND RASPBERRIES. 399
found growing in a wood, within the limits of the city of Philadelphia. It is
perfectly hardy, requiring no protection during the winter, nor any extra care
or culture; will grow in any good corn soil, produces immense crops and sells
at high prices. ‘The fruit is large, of a purplish red, darker than the Antwerp,
rich and fine, bearing carriage well. Canes purple, very strong, with but few
spines, thick and stout, standing upright without stakes or railing.”
A very similar notice of this variety also appears in the Gardener’s Monthly
of the same season.
In 1864, a writer in this latter paper says: “If confined to two kinds they
would be the Doolittle Black and the Old Philadelphia, which has been about
twenty-six years working itself into public notice, and will become the princi-
pal variety grown in this vicinity unless some other of superior merit is yet
discovered.”
The above statement would fix the origin, or rather discovery of this variety,
at or about the year 1838; thus making it one of the oldest varieties found in
the society’s list of raspberries.
The Gardener’s Monthly, in giving a figure of this raspberry, in August,
1865, characterizes it in our estimation very justly as follows: “It is
extremely difficult,—perhaps impossible,—to get every good point we wish in
any one variety.
‘This is, perhaps, in its combination of properties, as near perfection as
anything we have. If it had a little larger size and was quite equal to some of
the English breed in flavor, there would be nothing more to be desired in the
raspberry.”
This last ren.ark in the Monthly, as also the description in Downing, would
perhaps warrant the inference that they consider this variety to be descended
from our native Red Raspberry (Rubus Strigosus), although we had supposed,
and we are yet of the opinion that they suppose it to have been a chance Euro-
pean seedling originated in American soil. The hardiness and productiveness
of this variety have given it a very decided popularity as a market fruit
throughout the State, and even at the lake shore the exemption from winter-
killing is a decided element of such popularity. Still, so far as our observation
extends, it seems to divide the preferences of planters pretty equally with the
CLARKE,
which appears on the market and amateur lists of the society recommended
for the lake shore region, and which began to attract public attention almost
simultaneously with the Philadelphia. It is understood to have originated
with E. E. Clarke, of New Haven, Connecticut. In August, 1862, the editor
of the Horticulturist, Peter B. Mead, or perhaps the assistant editor, George
E. Woodward, speaks of it as follows: “Last spring we received a seedling
raspberry from Mr. Clarke, of New Hayen. It has fruited and afforded us
much satisfaction. It is a stout grower and has borne abundantly. The
berry is large, sweet, and high-flavored: it is decidedly a good thing.” In
1866 the American Pomological Society was to have assembled at St. Louis,
Missouri, in September, but deferred its meeting for one year, on account of
the prevalence in that city, at the time, of contagious disease. At this deferred
meeting the originator exhibited branches of this raspberry with the ripe fruit
upon them. The society endorsed the variety as valuable, among the Antwerp
class. In the August number of the Horticulturist the editor speaks very
fully of this variety, giving some items of its history with his matured conclu-
400 STATE POMOLOGICAL SOCIETY.
sions as to its value, which so fully corresponds with its general reputation,
that we quote him entire as follows: “'This variety we have now known some
four years. It is a fine grower and a good fruit, the canes perfectly hardy.
Mr. Elliot, of Cleveland, writes us that the plants he has of it so much resem-
ble, in general appearance of the canes and fruits, those of the Kirtland, that
he would like to gather the history of the Clarke; perhaps Mr. Clarke, of New
Haven, will write it out for us. The Kirtland is supposed to be an old variety
not yet identified. It did not originate with Dr. Kirtland, but his name was
attached to it by H. B. Summ, Hsq., simply because the plants he obtained
came from the doctor’s grounds and were unknown by Mr.Summ. The variety
was on the doctor’s place, so he tells us, when he purchased the property, and
the old original bed is there yet. It is certainly one of the very best hardy old
sorts, of good flavor and productiveness, but not quite firm enough for market
transportation for long distances.”
The Clarke unquestionably possesses an unusual assemblage of valuable
qualities; its essential drawbacks being that it is not quite “iron clad,” and
that it lacks the firmness necessary for transporting long distances by land
conveyance. As compared with the Philadelphia, however, it is clearly supe-
rior in size, color and quality. Whether originating from the Huropean
(Ideus) or the American (Strigosus), judging from the phraseology employed
by writers in speaking of it, there seems to be the same uncertainty that has
arisen in the case of the Philadelphia.
PURPLE CANE,
although we place it last among the varieties to be considered, is by no means
arecent sort, or even one of recent introduction. We probably cannot better
give what is known of the origin, history and value of this old and partially
forgotten variety, than by quoting from the discussions of the American Po-
mological Society, at its session held at Philadelphia in September, 1860, which
we do as follows:
“ Warder—I ask for information in regard to the Purple Cane.
“Downing—The Purple Cane and the American Red Cane I think are
alike. I consider it the farmer’s raspberry. Thirty or forty years ago it was
extensively cultivated around New York.
“Sceott— The Purple Cane is the Rubus Occidentalis.
“ Satterthwait—It is the only raspberry I have found to stand the test. I
never found any other to pay as a market fruit but the Old Purple Cane. It
is uniformly an abundant bearer.
“ Reid—Its manner is to propagate by the points of the shoots. This berry
used to be cultivated extensively for the New York market.”
At the next session of this society, which occurred at Boston in September,
1862, this variety came again under consideration, and elicited the following
discussion :
“ Prince—I don’t see the Purple Cane on the list. The Black Cap, the
Yellow Cap and the Purple Cane are the only three raspberries in the world
that root from the ends of the branches. A gentleman of Vermont is raising
a new variety of the Purple Cane, which promises to be superior to any other
of this class.
“ President—The Catawissa is another that roots from the end of the shoots.
«“ Prince— Y es; \sir.
« Bergen—Do you know anything about the origin of the Purple Cane?
BLACKBERRIES AND RASPBERRIES. 401
“ Prince—It came from the Catskill Mountains. I found it growing wild
there thirty or forty years ago.
“ Bergen—Mr. Prince is entirely mistaken*in regard to the Purple Cane.
It was raised in my vicinity much earlier than thirty years ago.
Prince—The Purple Cane has been cultivated ever since my childhood, at
least. I was merely mentioning that I realized its origin when I visited
those mountains. I don’t mean to say it was originally found thirty years ago.
It grows wild all over the north.
“ Bergen—The Purple Cane requires no protection on Long Island.”
The fact of the tendency of this variety, and also of some more recent ones,
such as Ellisdale and Ganargua, to root (somewhat reluctantly) from the tips
of the branches, as well as their indisposition to increase by suckers, seem to:
afford good reasons for referring their parentage to the Black Cap (Rubus
Occidentalis), while the color of the fruit as well as some of the peculiarities of
the wood and foliage indicate a relationship with either Jdeus or Strigosus—
circumstances favoring the latter. Many botanists, heretofore, have shown
decided disinclination to admit the possibility of hybridization between species
apparently even less remote than these, as proof of which we may refer to the
wordy contest, so persistently waged over the question of the genuineness of
the Rogers, Allen and other alleged hybrids, between Vitis Vinifera and Vitis
Labrusca.
More recently, however, evidences tending to establish the fact of such
hybridization, not in the case of the grape only, but also among other classes
of plants, haye so accumulated that, if we mistake not, the occasional success
of such process, whether artificial or accidental, is pretty generally conceded.
The fact of the hybrid origin of even one of the varieties of raspberries above
named once admitted, we have opened to us a new, and to our apprehension a
very promising field of experiment in the production of new and improved
varieties of the raspberry, by combining the hardiness, vigor and productive-
ness of the one with the more delicate flavor, texture and coloring of the
other.
51
SIATE “HAIR, 13874.
THE POLICY OF HOLDING THE STATE FAIR IN THE SAGINAW VALLEY.
To hold a State fair in the Saginaw Valley, a hundred miles north of the
Michigan Central Railroad, north of Lansing, the capital, and north of even
the Detroit & Milwaukee Railway, was rather a bold undertaking. In the
estimation of many it was rash and hazardous, while others esteemed it a wise
and true policy, to bring forward the resources of a valley whose influence is
bound to be immense, though just beginning to be felt, upon the great agri-
cultural interests of the State.
A State Fair on the banks of the Saginaw River! That was an original,
fresh, venturesome enterprise! But the same policy that moved the State
Fair from the main Michigan Central line to the Grand River Valley, took it
also north to the Saginaw Valley, and we believe that this policy of develop-
ing and encouraging the agriculture of the newer counties and the northern
portions of the State, meets the cordial approval and co-operation of the
people of all sections of the State. Itis a policy of life, of development, of
progress, of success. Yes, SUCCESS!
And what is success? Letus think of thatamoment. It is not the mere dol-
lars received at the gates of a fair. Dollars may be the criterion of success for a
circus or a traveling hippodrome. If the receipts of a fair are to be the standard
of success, then the fairs held at Grand Rapids in 1873, and at East Saginaw in
1874, were marked successes, for the receipts of the two aggregated near
$70,000, enough for all purposes, enough to pay all bills, all expenses and al!
premiums, with a handsome surplus left. But we hold it is not the money
received that constitutes a successful fair, unless the thousands of men and
women who attend it have gone home wiser and better for attending it,
stimulated and encouraged to work out the task of life with increased energy,
skill, thought, and intelligence, then even the fair may have been a failure,
though its receipts were $100,000. What were the effects of this fair upon the
Saginaw Valley?
And what is the Saginaw Valley? One of the largest, the richest and best
watered valleys in the State of Michigan. He who for the first time explores
it finds himself greatly surprised at its length and breadth, its wealth, capital,
resources, industries, and general good prospects.
The Saginaw river is first a curiosity and then a wonder. But few rivers of
the same length on the continent can show the same amount of industrial
enterprises along its banks that the Saginaw river can show. This Saginaw
STATE FAIR, 1874. 403
country is an unknown and an undiscovered country to one half of the people
of Michigan, and it was one good result of the fair to introduce the valley to
the people of the State.
“The History of the Saginaws” is the title of a modest, well printed and
well written pamphlet, by W. R. Bates, Esq., of the Saginaw land office. We
advise eyery one to buy it or borrow it. It tells a romantic story in a truth-
ful and unpretentious way. Toit we are indebted for many facts about the
Saginaw river. This river, “formed by the junction of the Tittabawassee, the
Cass, the Flint and the Shiawassee rivers, is a large stream, navigable for all
steam and sailing vessels upon the lakes excepting only the very largest, and
extends nearly north from its head to its mouth at Saginaw bay, having a total
length of about eighteen miles. The streams which unite to form the Sagi-
naw, taken together, give over 1,500 miles of river navigation, valuable for the
floatage of logs, timber, and lumber, all joining to form the Saginaw. These
streams drain an area of over 6,000 square miles, an area greater than Connec-
ticut and Rhode Island, which territory contains a large quantity of excellent
pine, ash, elm, hemlock, oak and other valuable timbered lands, and as an
agricultural region, though but partially developed, is not excelled by any.
“There are upon the Saginaw river one hundred and twenty-eight mills for
lumber and shingles, which cut in 1873 over 600,000,000 feet of lumber, and
over 130,000,000 of shingles, besides lath, pickets, etc. The valley also pro-
duces a large quantity of round and square timber, staves, hoops, ete., up at
St. Louis. Salt was first manufactured in the Saginaw Valley at East Saginaw
in 1860, since which time the manufacture has extended up and down the
river, and has increased so that in 1873 the product of the valley was 823,340
barrels of salt of 280 lbs. each. The value of the production of the forest pro-
ducts of the valley in 1873, as shown by Headley’s carefully prepared annual
statement of the business, was $22,510,468.00, and of Saginaw and Bay coun-
ties alone in 1873, $14,374,000.00.
“ About fifteen miles above the mouth of the Saginaw river, upon the west
bank, is located the city of Saginaw, and upon the east bank the city of East
Saginaw. Hast Saginaw is the largest city in the valley, and is its commercial
center; and being located exactly opposite the city of Saginaw and village of
Florence, and connected with them by three bridges, besides a railroad bridge,
the interests, welfare and prosperity of the municipalities are considered as
substantially identical. Taken together as one city, they would make the sec-
ond city in the State, having a population, as shown by census of 1874, of
about 28,000 within a territory not to exceed four and one-half miles square.”
Let us go back a step. The State Agricultural Society was organized at
Lansing, March 17th, 1849. At that time Saginaw county embraced the fol-
lowing thirteen counties: Tuscola, Midland, Bay, Iosco, Alpena, Cheboygan,
Ogemaw, Roscommon, Gratiot, Isabella, Clare, Gladwin and Oscoda. In 1847
the above territory cast two hundred yotes. There was but one school house
in that territory, not a church, no ministers or lawyers, and but one physician.
There were three saw mills,—one at Saginaw City, one at East Saginaw, and
one at Portsmouth.
Let it be recollected that at this time,—1849-50, within the life and history
of the State Agricultural Society,—the land upon which East Saginaw is built
was a wilderness. That where the State fair was held in 1874, forest trees and
an unbroken morass was all that met the eye less than twenty-five years ago.
So that it was a pretty wild thing to hold a State fair on the banks of the Sag-
inaw river!
404 STATE POMOLOGICAL SOCIETY.
In this connection it is well to consider that the census of 1874 shows that
Saginaw county is ahead of all the old counties in population except Wayne
county—ahead of Oakland, or Washtenaw, or Jackson, or Lenawee; ahead of
all the new counties, except Kent, and is the third county in the State in pop-
lation. The population in 1874 of Saginaw county proves to be 48,409, in
1870, 39,098, showing an increase of 9,311 in four years.
We have already stated the fact that the salt interest of the Saginaw is
believed to be a successful, permanent, and established interest and resource.
There seems to be no exhaustion or failure in the supply. In 1860 the product
was 4,000 barrels; in 1870, ten years after, it was 646,516 barrels; in 1873, it was
810,495 barrels. No section of the State, in the Lower Peninsula, can show
any such resource. This is permanent, we say. We treat the lumber interest
as ephemeral, to exist, perhaps, from twenty-five to fifty years. There is
another interest that is just starting in the Saginaw Valley, that is bound to
be permanent: we refer to the agricultural interests, including, of course, the
horticultural. This is in its infancy, and to encourage it, to instruct it, to
quicken and stimulate it, were among the objects of holding the State Agri-
cultural Fair in this great Saginaw Valley.
A State fair should be something beside a show; it should be a school of
technology; an Agricultural College; a text-book of mechanics, manufactures,
and agriculture. It should teach by its models and by its examples. New
counties want these as well as the old. The old have them, the new want
them.
Respecting the agriculture of this Saginaw Valley, we are again indebted to
Mr. Bates for a few remarks, and they are as follows:
OUR FARMING INTERESTS.
“As late as 1860 the general impression in regard to the Saginaw Valley,
shared in by many prominent residents as well as by a large majority of those
outsiders, who happened to know from observation or experience anything
concerning this new region of country, was that while its timber was unques-
tionably valuable,—at that date this resource was not estimated at one-tenth
of its actual value,—by reason of its interminable swamps and marshes, the
sterility that ordinarily attaches to land in pine districts,—known at that time
to the casual observer as ‘ pine barrens,’—the liability to frosts, the lack of
drainage and the unusual obstacles to be met with in clearing the forests and
making the soil available for cultivation, it could by no possibility ever become
even a moderately productive farming district. There were grave doubts at
that time in the minds .of many fair-minded, excellent citizens, gentlemen
thoroughly identified with the interests of the valley, whether Gratiot county,
which has become already as it were a garden, and ‘Tuscola county, many por-
tions of which are to-day as rich and productive as the best agricultural dis-
tricts in the west, were not too frosty and unreliable as to climate to warrant
the broad extent of farming improvements that had already been vigorously
inaugurated in these counties, and concerning ‘the shore,’ the counties of
Bay, Midland, and Isabella, there was by no means ‘ faith like unto a grain of
mustard seed’ in this direction.
“This doubt, and the persistent misrepresentation in regard to Saginaw
Valley, as a land of swamps, frosts and sterility, made previous to 1860, has
seemed to keep the farming interest, never too prone to prosper in a lumber
country, far behind what it should be at this time, and the loss in accumula-
tions by reason of this delay may be counted by millions of dollars; but with
STATE FAIR, 1874. 405
all this slow progress, these facts have been fairly and firmly fixed. The last
four years have shown more actual business in the way of making farms, than
all the previous years from 1850 to 1870, and at the same ratio the value of
actual product of the valley, from all sources, by means of the addition from
this specialty, will be doubled within the next five years.
“The soil throughout all that range of counties drained by Saginaw river
and its tributaries, is as a rule excellent for farming purposes, and ameng some
of the pine tracts, as is the case on the Cass, the Flint, the Tittabawassee,
Chippewa and other streams, is found some of the most productive lands in the
district.
« As lands are cleared and opened to the light and heat of the sun, they im-
prove every year, and in the broader clearings untimely frosts are so marked
an exception to the general rule, that there is no further fear of that dread
bug-bear.
“The certainty of an eager market for all classes of products is an inducement
that encourages those already in the business to work all available territory,
and for farmers from abroad seeking a favorable point to commence business
in this line, to locate where no difficulties in the way of transportation or slack
demand are liable to prevent a regularly remunerative return with each recur-
ing year.
chs showing the rate of progress for ten years, we give the following com-
parative statement in regard to Saginaw county:
1860.
Mei ommIDLOVedlanG. oes. i SA ee eas oS ee 5 inte oe eee 18,048
WetMesONCEOPSe 522 5 422 5-22. San cise ess oe oases Sona eee ee ae $165,380
1870.
Pete MMUDrOVEdms 2 curt Eves. Suticin avec ee eee eae ne a Same oe 33,385
Wit OFOL CLODS sass eo te oe Sk a ce Ee ee $690,382
“The increase in acres of improved land, and in the value of crops since
1870, has been at least 100 per cent; and when we consider that the land rated
as improved in 1860 was in many instances only slashed, as the product shows,
the ratio is certainly sufficiently encouraging. The value of the dairy prod-
uct and increase in horses, cattle and other stock, is not given in this state-
ment. A fair estimate, therefore, of the entire prospective farm product of
Saginaw county for 1874, is not less than $2,000,000. We give further the
following statement in regard to the other valley counties, as shown by the
census of 1870, premising with the explanation that in 1860 there were no
farm improvements to speak of in Alpena, Alcona, Iosco or Cheboygan, and
but few in other counties save Gratiot and 'l'uscola, whereof we have no data:
Acres improved. Value product.
Bayesesess Eee | Sta cae et a 6 LSA epee eae AES 1,645 $181,406
PDE Tue aes cys Reet ele tom mai are roe a sicae 502 12,758
A CON Rae eas cteee een ORs ieimsyaraee a ear CE eter aE 319 7,245
RAO eens wee oes | Sk as jatar aris pete ae SCN Ya 46,879 782,911
GRECO See a yin tome era ean Cemmatnie okie Bea x 647 10,203
1M ECO EN 08 Roa a ie, Mier op ee et ny Nts Spee URI Le Be 5,252 123,205
Mevoy oan 4 oi 2h Sees e soe Sue sa eeaase ye tee 1,423 37.714
BER ES ON fe 2) 2d.) nye HER eee ye en Oe ee 48,400 833,920
ee ees als = SI Rta rar a poe eas Senet 15,077 265,050
406 STATE POMOLOGICAL SOCIETY,
“It requires little demonstration of this character to show that this is no ephemeral sec-
tion. Agriculture, the great and enduring interest of all, save the mining portions of our
State, is ours to be wrought out to the extent of a leading business, as soon as its impor-
tance shall be fully and rightly considered. Our saline deposits are a permanent resource,
incalculable and inexhaustible. Timber is the capital wherewith these will be developed,
and the accumulations of all secured ; but, as any thinking man seems now to understand,
the chief matter of care and solicitude, and that which is by common consent being pushed
most earnestly throughout the whole Valley, is the farming interest. ’’
It was to help push this “farming interest” that the State fair was
located on the Saginaw river. ‘The future will sustain this policy. The suc-
cess of this policy will depend mainly upon the good sense of the people of the
valley. If they appreciate the fact that this “ farming interest” is a good thing
to fall back upon, that wheat, corn, and potatoes, stock of all kinds, with fruits
and flowers, mix in well with salt and lumber, and that a Diversified Industry
is the true destiny of the Saginaw Valley, then will the policy of locating the
State fair for 1874 and 1875 in its midst, be most signally and triumphantly
vindicated.
REGISTER OF ENTRIES, POMOLOGICAL DEPARTMENT, STATE FAIR, 1874.
ORCHARDS AND VINEYARDS.
DATEOF : P. O. ADDRESB
Karey Diy. |Class.|No. ARTICLE. BY WHOM ENTERED. aND REmEKe:
July 28. | A 41)\el| General Nursery ses.osoneee sooo I. E. Ilgenfritz & Co.-....- Monroe.
28. 2 oApplesOrchard!ess=s.- nee INGA RRS rh les Ss ee ee lonia.
“98; ss 10} 3/Peach Orchard in bearing-....___- se Om eS Se A ee Pe “e
se) 98: es 21 4|Concord Vineyard --..........---. $f fet eee olen eeeee sf
ee: oe 22 5|Delaware Vineyard_-...--....-...| *é SOE Gay. Bee CI eet ee c¢
Se* 128: * 14} 6/Elton Cherry Orchard_-_.....2..2. George Parmelee___.__--.- Old Mission.
S698: a 3 7) Apple Orchard (5 ac. G’ld’n Rus’t) a ON BM SS ct aeee “S ~
OFS FOE “© |Spec’l 8| Pear Orchard (10 acres for gen. use) gs Se eweceeeene ne ©
LOE ss 1G 39) @aincerOrchards sss. ss 0 Csitnglete.e 2. aesnereos Paw Paw.
SOOO! £6 6l* 10)|'PeanOrchand?225 52 ts! sae eet se Shs See bee Skee AERP IEG as oe
Seay 99: re 8} 11)Peach Orchard, Early Crawford_._| ‘ Othe aoe ele See ED a fs oe
so 293 ss 9] 12 se ee Late Crawford....| ‘ SCind is Sere, 22a eae ee es sé
“cc 29. Ad 9 13 “ ee Hill’s Chili ake Oe “ec erat 1S Ears ae oe “cc
OO" 9 iy): st 8} 14 cs A heme mein ate Sa: a JB Sonle 2.4 S22 .oe Fruitport.
“ec 29. e 2 15 Apple CAE Abs Cet DED BS AE PADDY 4“ SED oa 2 oe PR Tee se
a 29. te 10 16 Peach ty av Sir ore = LE eae “ Bay ets a ete “e
Chie OiUe 3 84] 17|Grapery, foreign varieties__._.___- Artimus Sigler_...........- Adrian.
Aug, 11. 4s 4| 18|Apple Orchards.2. 265-6. wos” Joseph Gridley_.......-..- Kalamo.
“cc it, ae 3 19 “e SNe eS sae ee be ee eee sc Ci ln Sat tak. SES be
Cs ea tikes & 1 20 Wineyard oe 6 20a aS N. & CChilson. 2.2252 = Battle Creek.
abe fs 83] 21|/Suburban Residence_.-.......--.- S- On Kuappeescesee see eeae Jackson.
Comer ltt: ne 88] '22|/Collection Growing Shrubs_--.-.-. $8 abe eee eS s*
Ti. “s 39} 23]Private Plant House .........-.... se op 22h oe oa eee ss
Conon aie se OiFyo4) Peach Orchard sss ssss02.sunuoane Hunter Savidge............ Spring Lake.
hes a € re OT 325) $$ poy Was SEL So bce ranks Halles saci Pores es big
ce 1 ae 9} 26 ce Se) aes sa eee Ee Thomas) Petty2 es cc ss: sesee ve ss
UO Spear Hi Ye 9} 27 ee See oes els ates Theodore Curtis_....J..... ss sf
& 16 Me 9) 28 sf Pet enero a2 oe oe eee JNA bpatevoyet i) Saas = ee se se
$$" -15: ne 12} 29)Plum ot ol dy ae ee eee Peter, Collarzsses= = een ae Adrian.
“6 15. “ 2 380 Apple CE Iino Pte Nene Si teas “ce A eS a “e
ce) LD: ‘s 28| 81) Plat Red Raspberries ----- 2.2.2.2 George Parmalee....._.... Old Mission.
nog g LO, ss 14} 32)Cherry Orchard, Morello......__-- ss Se eee ss Ny
ras b$ $s Zieess Apple: Orcbardicct-— =e. oe ee eees Aw RR: Sherburne 2.22 ssceee Deerfield.
po iy BY OG Te Saeeuss SOAP in bea Doe 3 William Marshall_..._.....|Old Mission
oe a5: ‘a3 2 85 “ce SON ee. ue ta Pe eee “cc ee aes e ee oe ia Lad
seo MAD: rs StF BG \Gardente sec cose oes nen ee eee Dr. 8. J. Hutchinson --.--. Northport.
ms i LL ieupeapple Orchardaes 85) ssa neo seat Windsor Golden_._..---.-- Old Mission.
Heel ts ee DNF 88i) oes SOMOS Ri Se Aa eae Mri Savage... 3 2 se %
é 15. “ec 3 89 “cc Pe PES Se ee ““ 4b “ se
STATE FAIR, 1874. 407
REGISTER OF ENTRIES.—ConrTinvep.
DATE OF ae | pte P. O. ADDRESS
SS Diy. |Class.| No. ARTICLE. BY WHOM ENTERED. |, 35 RemaREs.
Aug, 15. es 4| 40) Apple: Orchard=...-......<22, Seedum-2.-=.5 02 oS Pe abe hs EE se Ss
ab se S063) Sin Plant.2 22 ooo osc actos eee ge SO eatinaden ss G
3; UG ease 5| 64!Concord Wine (sweet).---....-..- ms Sei AEE ace st sf
Cs ahh se 11; 65|/Catawba Wine (sweet).--....--.-- ge CoM actcowats Ee ss
oe able WG 12| 66| Wild Grape Wine (sweet)_-.......- ee Sit Je See” ds SF
abs ee 13} 67)Currant Wine (sweet)-_....-.....-. es CEP Pee Ss 6
Os ah E. 21} 68|Plate Hawley Apples -....-...---- Thomas Wilde. 25. 525-2..2- Berlin.
Co Te ge 88} 69| ‘* Wagener Apples-.-........... os ff sf
J bk F. 15} 70} ‘“ Flemish Beauty Pears...... ce ss se
CAR Es se 31} TL] ‘* Lonise Bonned’Jersey Pears ss “6 ss
0 sable 1G 5} 72] ‘* Seedling Peaches es sé sé
ATs abil 8. 1) 7B Collection of Verbenas cg ee ad
UF alle ce 2) - 41. ce 31] 109} Habrothaneus Elegars pas Seeks ee sg ie (aoe oe es
Cab Be 81} 110}Seedam, Seboldi variety... se Sorts eases Raspberry Wine... -20 2222. és cel ay MELO ce ec ss =
188]Sea Onion, specimen plant -.-..-. Mrs, Julia Bare...........- East Saginaw.
189] Cider Vinegar Oy eee aul ie Sa ee Mrs. A. W. Wright-........ Saginaw City.
190| Basket of Cut Flowers. .-........- sce Sh cheat vy ok
191| P’r Bo’q’ts, arranged in nat’! style/I. a scinan Sab ocle ol eetenes Fast Saginaw.
192| Blackberry Wine_-...:-.--.2-.-.-.|P. Allyn Traverse City.
198|}Red Raspberry Wine..--.-.....-- ge ie fe
194] Blackberry Vinegar. ....-.....---- ee ss se
195] Red Raspberry Vinegar. ....-....- “ sf ie
196/Black Raspberry Vinegar......--- ss ss Y
197| Black Raspberry Shrub_-.-.--.--- . $f ne
19S! Blackberry: Shrobtoss--cese ee eee oe 56 ef
199|Red Raspberry Shrub. ......--.--- ec ee se
200|Col. of Preserved Fruits and Jellies $6 Se ‘
201 SCPLELONSCIEIANt See ssre sel aee ee Mrs. Chas. F. Weber East Saginaw.
2u2 Sh NutivesGrapesso222 2 soe ee Pt.aux Peaux Grape W. Co.| Monroe, ;
203 Five bunches Martha Grapes .-.... fe €e se ad
204 ‘* BH’ if'd Prolific Grapes sé o e oe
410 STATE POMOLOGICAL SOCIETY.
REGISTER OF ENTRIES.—ConTINUED.
Dats OF TY 7 P. O. ADDRESS
eS Div. |Class.| No. ARTICLE. BY WHOM ENTERED. fan Ree
Sept. 14. Hi: 6} 205 Five bunches Delaware Grapes._..| Pt. aux Peaux Grape W. Co. Monroe.
eae Ee 7} 206 ‘© Tsraella Grapes---.--
soe 14) 6 8} 207) % «Concord Grapes-..-. “ ‘t ee ce
sem 4: oe 9} 208} 5 “ Icna Grapess...2-.:. sf .? ve Ke
se) “14: oe AO}209)} ase ‘* Ives Seedling Grapes ff ¥ ¥ fe
ae “6 11} 210) * cs) Diana Grapess------ % * ns ES
sca, ta: 6 19] 211|Plate of Grapes for Wine-.-------- “ .F es fs
“614. $b 20; 212 st “Catawba .Grapes=----..2.- s +5 Ke 2
oO ies B 4] 218|)County Col.of Grapes (Monroe Co.) * at o ee
OO ale Cc 4| 214|)T’nship Col. of Grapes (Frencht’n) es ss fs es
ave H 1} 215|Collection of Native Grapes----.-- J..0,, Sterling. --22-<.2----- ss
sald, of 3] 216 Five bunches Martha Grapes-.---- ee ns
4. te 4| 217 H’tf'd ProlificGrapes| ‘‘ os
ata: ee 6G} 218) * ‘¢ Delaware Grapes...-| ‘‘ sf
Of ae sé 8] 219) * ‘s ‘Concord Grapes. ...-. s eS
cee 4 ae S220)" < vo aT onayGrapess-ss: sneer og ss
ani: se LOW 297} °& ‘¢ Jves Seedling Grapes} ‘‘ rs
O14, ss UE 222)\9 7s ‘© Diana Grapes..-.... sf sf
Osa es 19, 223)Plate of Grapes for Wine---..-..-. sf ef
“14, 6 2U| 224 “ Catawba Grapes.-.--.--.- a Ee
Oe ake Cc 4| 225|Township Col. of Grapes (Monroe)| “ sf
en 4, H 1} 226|/Collection Native Grapes... ..--- W.C. Sterling
es ce 8| 227 Five bunches Martha Grapes.-.-.-. te of
GI ays ss 4) 228 Hud ProlificGrapes| ‘ ss
os 14. OS 6} 229) ** ‘© Delaware Grapes....| ‘‘ ss
Oy aes se 7) 230) * “ Tsraella Graper--_---- sé re
stl 4e re 8} 231] ‘ ‘* Concord Grapes----- oc se
Oy ae ss 10) 282) * ‘© Tves Seedling Grapes} ‘‘ ee
OS alee sf 11} 288) * ‘¢ - Diana:Grapes ~- 235 fe se
Sy TEE se 14) 234] * ‘« Creveling Grapes....| ‘‘ sf
“14, 6s 19) 285) Plate of Grapes for Wine--.-...-.- sf sy
Sela; ss 20) 23 6. (Catawba: Grapes---2 -nsn-=||2 ss
sce, Q. 15| 237|Spec. Pl’t, Bigronia tr’n’d to tr’lis|Mrs. Amos S$
De ae 8. ita) 288 hwo Dritomasi. scat. as-o6 s- se eaee ae
‘© 14, | R. |Spec’l} 289|Garden Vase, filled_....--..-..--- L fae cee es 5 ss ss
G6 12: M, 19)}(240 Currant Jelly, 2-2.) 222 -nis anes Mrs. J. B. White:.-=--5-.- Saginaw City.
“14. gs 25| 241|Spiced Currant Jelly--.----------- sé aps S82 eee gs ss
st 14. eS 12} 242| Preserved Currant, or Currant Jam se Sod fees oe se i
Oh at N. 17| 248] Boiled Cider, 8 years old-.-..-----. “é 6O os, Saeedeset Ss vi
“14. J. 17} 244| Plums, for name.-....-.-.---.-=-- IM’. C; Mowerl. 252222225522 East Saginaw
“ 14, ae 17 245 “ce 5 ee ee ee a ee re Lp el Pe a eee ad
oe 14, ec 17 246 “ec 6 NE ee ee eee a“ OS Red Lig Ree oe “ee
“ 614, se 8] 247 Five bunches Concord Grapes-..-.|Ernst Herpel-. Taymouth.
ss 4, “ 6] 248 ce Delaware Grapes..-| ‘‘ Bol ie fee es
“644, Oe 18] 249; * G: Elba Grapes.--.---- Es POR) ee sey appr ee ee
CORN asi 13] 250|/Specimen PI’t, Nein (oleander)|I. Dyckman._.._.....------ East Saginaw.
ce aa 1. 1| 251|Township Col. of Apples (Walker)|Wm. Rowe....------------ Walker.
are E. 1} 252)Col. of Apples, grown by exhibit’r|[. E. lgenfritz Gi COseasecs Monroe.
OBES ee 2) 253 Single variety Summer Apples---- pot ass ss
“ 14, “ 3 254 “c Autumn Apples.... “ee “ce De mae ce
ae 14, “ec 4 255 “ee “ Winter Apples Ee oe oe Cee y eae we
OG ak oe 13} 256 Plate Early Strawberry Apples.---| ‘‘ fe coo el stecs ve
Oaks ft 16) 257 Lowell (Greasy Pippin)----- rf ef Faeeeess ss
“44, “ 17| 258} ‘* ‘Porter Apples.....-.-..----- ‘ ss 5 1 see “
ci 4, sf 18} 259) ‘* Keswick Codlin.....----.=.-- 4g ss dg eee SS
(ha A. id 19| 260) ‘* 20-0z. (Cayuga Red-Streak).| ‘ ‘6 St hae ere sé
Leera yt oe QOe261 pa eieeMallieippinien = 2-22). = oo tae Ih ase st eee i?
Con 14s s¢ 26)..262) *& Ohio Nonpareil...-.---.---- sf if oN SER be
Sea. nS SL ZCS see SONatn aM ans oo eee on ae Se Se Do Sete ee LN)
cola, ef 321-264) “% ~Peck’s Pleasant_...--:.-.--- re ss Sieeeenee sf
en 14; a 83] 265} ‘* Rhode Island Greening ..--- ss AS Sioa eat sc
soa 14: she 84) 266] ‘© Baldwin Apples. ....-.-----. st re ae Bees WC
“4 14; me 85| 267| ‘* Red Canada Apples-....---- at ss Oe cero ee
Sound; sf 86] 268} ‘* Golden Russet Apples-.-..-.. oe s We ieee cS
ssa 14: ot 87| 269] ‘* Roxbury Russet Apples----. OS es fe egeaae ef
Sir aids s§ 88] 270} ‘ Wagener Apples--------.--- iy rs oe by Teer §
6 14, se 89] 271 ‘“* Northern Spy Apples es “ “ Cyn Fett ‘
ata wD 40} 272} ‘* Belmont Apples.....--.---.- ge cs ie eee a
carta; cs 41| 273| ‘* Fameuse (knownas Snow).-} ‘‘ 5 Se ieeanco sf
SOve AA; cs 48| 274| ‘* Westfield Seek-no-further...| ‘‘ es st ss
Dias U2 45| 275| ‘* King of Tompkins County..| ‘ ss ef ee
Oe os 46] 276] ‘* Yellow Bellflower. -.-.--.--- s * se ss
OG a! a ator. “S. \Talmanesweet....----ecasee 6 “ £6 ee
Oval! OS 5027s te Grimes! Golden. 2-22. eases sh : is ie
oa 14 st 52] 279) ‘* Esopus Spitzenberg_-....--- ss ae uf 4
“oe 14, “ec 54 280 ee SY ia ENS a Os ae “e ve COT. ae ee
peas F. 1} 281|Col. of Pears, grown by exhibitor.} ‘‘ ie a ES
eae ts ay 2| 282| Plate Summer Pears, one variety-| ‘“‘ rs Doh Beers =
seas ub 3| 283] Autumn Pears......-------- a % “ ‘
|
Date or
ENTRY,
Sept. 14,
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14,
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STATE FAIR, 1874.
REGISTER OF ENTRIES.—ConrTinveED.
-
AA
-
2 ZO
=
Sa Tala
-
Class. | No. ARTICLE. BY WHOM ENTERED.
4| 284 Plate Winter Pears_............-.|I. E. Ilgenfritz & Co
13] 285 BartlettPears. cc ccumacsoases\y a7 O: a
14) 286) 4es> BufamPearsize sco. << 3.2 sees Ly es us
15| 287; ‘© Flemish Beauty Pears ....-.| ‘‘ ss iy
171, 288|¢ ©" -Onondaga Pears’. <.:s2.2-2c. sf sé ae
18} 289} ‘* White Doyenne Pears...... sé se Cy epee
19] 290} ‘“* Beuprre d’Anjou.Pears.......} ‘‘ ‘s Sa cee eee
Ot 29T); <= Sheldon -Pearsu.-< .-- cscs. - uf of eases
23| 292} ‘* Fondante d’Automne_--..... ef - Soi ee
26) 293), ** Lawrence Pears......----=-. es on <2 (eee
27) 294]: “© Beurre Diel Pears.........-. $ ee ES oe
28} 295; ** Winter Nelis Pears_-........ S° ee ae ere Bs
29| 296] ‘* Beurre Clairgeau Pears__-__- ss st Shy eee le
30; 297], ** Doyenne d’Boussock Pears.| ‘“ ee ee
Sli 298 ees see RE ee eee 2 *F ss De bases
1} 299)Township Col. of Apples (Penin-
sular township, Gr.Traverse Co.)| Peninsular Farmers’ Club.
Spec’l| 300|Col. of Ornamental Moss Goods.-|Mrs. Barbara Kellerman...
8| 301) Bouq’t of Dried Grasses & Flowers dy ze ae
4) 302) Floral Desion’...2---...-lccnces ose 4 es ia
7) 303; Basket of Flowers for Table._..-- s s
8| 804| Transcendent Crab Apple_......--. iis Cs Lain colnicces: cae cece
15; 305|Canned Currants_..........--.---- ies ss
18} 306 “S, —Momatoésss.<-o=saqoeenes
11} 307 SS. Blaekiberries....2 oo =. escske
29} 308) Pickled Tomatoes _.........-.--..
4| 809|Preserved Peaches.-............-.-
9} 310 ss Blackberries-._......-.
15} 311 “‘ Crab Apples: .-..2..=<<
16) 312 ee Pomatoek:—.. 2 --.cse.
Spec’l] 313 So Ground Cherries- --.---
21} 814|Jelly, Crab Apple. ..-...---- cene0e
3] 315|Domestic Dried Fruit...---.-.....
22) 816|Dried Crab Apples.-....-----.-..-.
Spec’]| 817|Lemon, preserved in alcohol--.... - W,
9} 818|Collection of Abutilons.__-_._._-- Mrs. Alicia Forsyth_.......
12] 319) Wild: Grape Wine..-........-...--- Mrs, E. Dunston: 222. 2-28-2
T8290 Bolled’Ciders:* 52-2 -cn ose ceeee ss Site | ie eae eee
18) S321 |(Cider Vinegars == 66> ee ae * J he ee See es
18} 822|Collection of Jellies......_........ Mrs. James Bolton.--._---
8} 823|Preserved Red Raspberries.-..-_..- £6 SAA jemacses
10| 824|Canned Red Raspberries--...-..-. s ae Soc sOwee
14:})'325)|' Dried Currantsi. 222.2. - seo. 5 sé Sb sg Seeeconee
55] 826| Collection Siberian Crab Apples-- ef SP, Ree ees
14) $27| Blackberry Wine...--.-----------. ce SE a ee aoe
Bi SASNet se See eS a ee ee eens os Bae ties Sane
7T| 829|Five bunches Israella Grapes. .... John: C, Ziegler....-.-.....
18} 330/Collection Rogers, No. 16_--._---- ee DUT Ree ae eae
18] 831/Isabella Grapes........--. ....--.- ss SS ha Ra
18] 882]}Union Village Grapes-..... ecoacsy is SO erase ee ene
9| 833|)Five bunches Iona Grapes......_. By of OD) she ee ee
20] 884| Plate Catawba Grapes -._.---..... $¢ Peek ee
18)'835/ ClintoniGrapest 2-22. -.csne-o-ceees i pO Picton an eae
8/$36|'Concord: Grapes-o-- = 23-222 eee on Boo Ten. Sees Sees
18] 887|Muscadine Grapes...............- af 5S Ti see mi
51, 888|Concord. Wine. 2. 5. oc o-. ons t-—c5—5 rs sis Sesee:
4) 339 Clinton: Wine. ---..- <-_-.20-.--=- 3 BOr | Ree See se eSes
13} 840|)Black Currant Wine....-- ss a Netra eee
11} 841}Black Raspberry Wine se Seed a tae
8} 342 Plate of Maiden’s Blush Apples--- William Rowe Se eer er
82) 343 Pecks *Pleasant;Apples£2c2)h) y 4) 4 4 )cce) So8e Toes eae
84] 344) ‘* Baldwin Apples.._.......... ss WO Sen ae eee
85! 8451 ‘* Red Canada Apples---..---- ce See Sates ease aes
86] 346] ‘* Golden Russet Apples----... se Sse a Moeaaaae
83| 847| ‘* Wagener Apples...........- re Si ecc oak eee
39} 848] ‘* Northern Spy Apples. ---... sf BY eeebesaeeesic
41] 349} °* Fameuse (known as Snow)- Me So) toe Seo oeteee
43| 850] ‘‘ Seek-no-further.....-...-.-- & OE ia ort ee
44) 351] ‘* Hubbardston Nonsuch...--.. ‘ Eel eee ee
45) 352) ‘* Kingof Tompkins Co.Apples SF aa een ort ee
18} 353} ‘* Keswick Codlin Apples-.-.. sf (ih seteeeecenee
54] $54; “* Rambo Apples._........-.-- st Be Ber BS ceae
56| 355] ‘* S’glev’ty Siberi’n Cr’b A’pl’s a ae es ee
57| 356|Transcendent Crab Apples ..<+---- bad Mee eae Ree
59} 357| Montreal Beauty Apples.-....---- fs ESig tee es tee
13] 858] Plate Bartlett Pears. ._........--.. 5S Shy fess OES eta
15} 359) ‘* Flemish Beauty Pears-.--... ss Oe Rees bsaeeoae
16), $60); ** *"Seckel Pears: 22-2 - ec oosae ff SO Potac saat clic e
18} 361] ‘* White Doyenne Pears-.---.-. S a eet Seno
411
P. O. ADDREsg8
AND REMARKS
Old Mission,
New Buffalo.
“ce e
“ “
Greenville.
“ce
“cc
“c
“ee
oc
“cc
“oc
“ec
ee
ac
ve
Bay City.
Saginaw City.
Clarkston,
os
“cc
East Saginaw.
oc ““
“cc ae
“e “
oc oe
a “ee
“oe “
Saginaw City.
oe “
ac “
oe “e
oe ““
ae “ce
“oe be
“ec “cc
“ec “ec
ae “ee
“cc ae
ae
oe
412 STATE POMOLOGICAL SOCIETY.
REGISTER OF ENTRIES.—ConrTiInvueED.
DATE OF 4 P. O. ADDRESS
nary. Div. |Class.|No. ARTICLE. BY WHOM ENTERED. ny Rewkueal
Sept. 15. |] F. 81] 862|Plate Beurre Hardy Pears__.......- William Rowe-.-....------ Walker,
esaeeLD: ss $1] 863] ‘** Doyenne Gray Pears.-_.--.-
Soins os H. 6| 864|Five bunches Delaware Grapes--- ce ce
oS alls}, Wo 18} 865; ‘S ‘© Tsabella Grapes_-_-- On O:
Ja als} Ss. 1| 366 Collection of Verbenas-.---.--...- Mrs. Wm. Rowe a
ScNETLD: se 9| 867 Petuniase=- soe as sé ss
ScemmelOs se 15} 868 CG German Stocks.-.... ss se
5: se 1S; 869 ce ZANNIAS = eeoee sees ss ss
WG" GF ce 19} 870 ce Everlasting Flowers sf <6
te alyy es 21] 871 cs Coxcombs: =... -.-- se ee
abs cS 22) 872 ss Phlox Drummondii- es Seer eeee eee Sf
sé 45. OG 24] 873 GB Ornamental Grasses es Soi pen eee toe! We
Oy aby Ts 2| 3874 Arrang’ tof Frt & Fl’rs, table dec. Se Tbe 5 ae I ss
ts aby es §| 875|Bouq’t of Dried Grasses and Fl'rs ss id AD ae eri! se
Uy aibys M. 8| 876|Red Raspberry Jam--_......-..--- POAT yn iat cose ee eee ene Traverse City.
SCT ce 8| 877| Back Cap Raspberry Jam-.....--- CAR Aa Rin OCR ee SS
mci te ty es 9/378! Blackberty Jam-ss25.-/.--2--/- 12-22 CS iL Me SS Ee ees seeks ss ss
Ey ge 15/879 |Crab Appledam. 22-2. - s2Ss oce COP iL evakatuenseen sauces oe OG
Os Gly a 5/380) Blue Plam Jam=222 223-22 c soso Soh pea De Ete 2 sees s¢ OG
se 15. He 6} 881 Five bunches Delaware Grapes.... W. AE Pierce oe See as
st 15, sé 8} 382 eet) Concord Grapeseoe se eu me eerste noes Fi
£6015; 0 18} 888] *§ ‘© ~~ Rogers’ Grapes-_..-- eg Soy eee
Oy aly E. 1] 884|Col. of Apples, grown by exhibit’r ESP. Flanders ee
Sian] Os sf 2| 385 Single variety Summer Apples....| ‘‘
alas st 3| 886 Autumn Apples._..| ss
OG aby se 4| 887] ‘“ We Winter Apples.._-- 0 gs
OF aby gf 9} 888} <‘ ct Primate Apples -...| ‘“‘ o:
OG) © als sf 10} 889] ‘S * Large Yellow Bough| ‘* ee
Dalby ss 16} 390) + Lowell Apples. -.-.- bd S
6G lbs & 19} 891) ‘* ss Twenty-oz. Apples_| ‘ ss
Os SIby ss 25) 892] <* se Fall Pippin Apples.| ‘S we
Scelos 6 83] 3938] <‘‘ we R.{. Green’g Apples} ‘‘ a
OF) bs sé 88} 394) ‘S sé Wagener Apples_..} ‘‘ se
Ge Alby ie 89] 895] ‘S oy North’n Spy Apples} ‘‘ es
SO: ee 43); 396) ‘‘ ss Seek-no-Further_...| “ ss
KD: ss 45} 397] * ‘f K’g of Tompk’s Co.| * S
Salo Oe 46] 3898} * on Yellow Bellflower..| ‘* ss
Ce) aby ss 47] 899|Plate Talman Sweet Apples..--..- ie ee
GS | aka, sé 51 400)" © Swaar Apples: 22222. -.--=: Ss fs
ee LO: se 52] 401] ‘* Esopus Spitzenburg Apples.| ‘‘ fe
ccd: sé 581402] *§ Melon Apples 222-2... 222.25 ss ss
Ia es 40! 403] ‘* Belmont Apples ....-....... sé sf
we 15; iG 8] 404]. ** Maiden’s: Blush..----22..-.- ee s
Wr als elh) Or 1} 405 T’nship Col. of Apples (Ganges t’p) Lake Shore Pom. Society.- Ganges.
OG) aby ee 2| 406 Peachest:22ecason- es
“ac 15. oe 8 407 oe 6s Pears ee ea aero sé ee ce ee “ce
CDS N. 13] 408|Currant Wine, 10 years old_--.---- Mrs. P. H. Higbee (if mera -| Adrian,
Do abs ss 11| 409} Red Raspberry Win @ ee ces seca wen Ste cee ey age omc nae
als E. 21) 410 Plate Hawley, Apples? 2223 -22h.ees2 Roswell Sherman eotneeates Elk Rapids.
QE 716). ce 8} 411 Maiden’siblush Applesee sess so eee cones
sel Os as 86| 412] ** Golden Russet Apples-.... z $s Asoo sf se
Solos ss 54] 418] * Spice Sweet Apples-------.- se Sot Re eS ss ce
ce 5. Go 47} 414| ‘* Talman Sweet Apples-.-...-. & es Pes rer > UG
cD: ss 39! 415| ‘* Northern Spy Apples-----..- se sf eae eet | WR ss
SLO. St 40} 416] ‘* Belmont Apples -.....--...- 8 CE SSBeesce ae ) bis i. 1] 485]Town’p Col. of Apples, (Ovid) ....| ‘5 “ 2.-------------
ye eae 1} 436}Col of Apples grown by Exhibitor] ‘ SOU Pa eee s¢
“Sod: es 8! 487|Plate Maiden’s Blush. ---.--.----- ce COAT Se ee 28 Sy
SO 15) G Ol 4880 or Primate sesso soe eceseeeeee O See ester wena ee ie
se 1d: ee 10} 439] ‘** Large Yellow Bough......-- s ee meet ea ee os
Co alss s* 16] 440] ‘ Lowell Rs Fa lea hr eens ag Greasy P’p)| “ OSS sceadacesasee Ue
DaTE OF
Enrry. | Div:
a
Class. | No.
STATE FAIR, 1874.
REGISTER OF ENTRIES.—ConNTINUED.
413
BY WHOM ENTERED. |F: 0- ADDRESS
AND REMARKS.
ARTICLE.
441 Plate iRorter eee cescoenssacecsueece
442 Keswick Codlin_.c2c-<.2-2-
4434 " BelmontiApples-. 2.222 25--.
© ‘Fameuse Apples-.-2-2-..2.-
‘© Bailey Sweet Apples-.-.-..
“Westfield Seek-no-Further-.-
“ King of Tompkins County...
“Yellow Bellflower Apples---
** Talman Sweet Apples...--.-
«Esopus Spitzenburg---.--- --
cs" Melon resceceeccacansceeces
cc Bartlett Pearseecceucceass=
‘t> Bufamibearse.oooss-so soe
‘* Flemish Beauty Pears.-....
“) “Seck el’ Pearsa;2-ecccccsececs
QOnondago Peare....-...<2---
Collection Dried Fruit, one family
Dried Apples by any process.-.....
Collection Canned Fruit-.-.----.-
Bottled\'‘Cider Wine=2222.---s---2
Canned Plums, 10 years old.__...-
Pickled Cucumbers, 10 years old_-
Can’d Mayduke Cher’s 10 y rs old
Can’d Sw t P’d Peaches, 2 y’rs old
Pickled Currant Catsup..-..------
Single Variety Siberian: Crabs (Red)
aahibitor
Col. of Fruit grown by Ee ibitor-
Co. Col. of App’s Calh’n Co., 71 v’s
Holland Pippin and Pomme Grise
to show difference in size..-....
TOMAatOHITS= cece nescence cceseeens
Piccalily:S0urs sects -seescee sles
Sweet Pickled Tomatoes... ...----
Rioral Desionese22-- osassen2e5—-—5
Basket of Flowers for Table__.-..--
Cut Flowers from Seeds of Vick’s
Col'n nand Display of Verbenas----
** — Dahlias
af se “ ‘Apterso cee
eg oS sf Zinnias
ss iB ‘¢ Phlox Dram’di
Collection: of: Plums: 2. -s=--c--e
Rogers’ No: 1. Grapes=.---- 2.525
Five Bunches Concord Grapes..-.
RerkinssGrapesssc--eacesetieseeee
Five Bunches Creveling Grapes. --
Rogers’ No. 4 (Wilder) ...---------
Five Bunches Delaware Grapes. --
es or Hartf'd Pro’c Grapes
Rogers?-1d) Grapes! oo lulsosessee ue
Five Bunches Iona Grapes..-------
Bs Herbemont Grapes.
Ives’ Seedl’g Grapes
Norton’s Virginia Seedling Grapes
Campan'Grapes to 22S ee ccsn ons ee
Plate of Catawba Grapes--....----
Five Bunches Martha Grapes---.-
SalemiGrapesteseascss eocee me eeees
ae be
Aad
se
ae
3
be
“ce
oe
John C. Greening---
“ce
“ce
ae
“6
iT
Soeeee aesapeeee Shepardsville.
Monroe.
N. & C. Chilson.....--.--. | Battle Creek.
H. Bo Planders:< 2-25 --=--- Galesburg.
Dy bin fh oe esc Bay City.
oe ae oe
Chad ipn me pecan (Cy
Mrs. William Rowe. .-.-.-- Walker
‘ oe .
ifalles (uth Sa ae
John Ford & Son-...-.-..- Mich AY Det’
‘ wo
se ed TAA be “
we AG Me eT “ce
‘“ bara ten eae fas u:
GaWa Grantis.soccseccncees Pentwater.
John C. Greening ...-..---. Monroe.
vé < wo“
“oe “a ee
“ ee ae
ii é “ae
““ se “
2 e: ts
oe “ec “oe
be te ee
oe be ee
“cc eé ec
414 STATE POMOLOGICAL SOCIETY.
REGISTER OF ENTRIES.—ConrTINUED.
Ne ee
aC O56) «© Hall Pippin]-222-2222-2 at ce ss es oa ee
CG SDC ONAN AMeee ee ee esses == ‘ :
4) abs ie 83| 578} ‘* Rhode Island Greening----. es : aa
SD: he 851 519)|) scored Canada -—s- =o uae 6 ef sf Saas s¢
GF a Ibs ef 88 LHS0ilitese wWWarenene soo occ oe ee eee <5 U2 es bebe ee
se 15: sé 45| 581| ‘* King of Tompkins County-- SS st sees ag
Goa by ss 46| 582| ‘* Yellow Bellflower_.....----- a 6s rs Sead ‘s
WEN Alby B. 1| 583|Co. Col. of Apples (Monroe Co.).. se ss re weal we
FS 9 alley F. 8) 594) *° Pears (Monroe Co.)---- es Oe es i
ee alse H. 8] .585|\Concord Grapes.--222-5--0 55 <2. Hunter Savidge -| Spring Lake.
G3) ass sf 6| 586|Delaware Grapes..-.------..------ Hf we
OF | alb cs 4| 587|Hartford Prolific Grapes..-..-..-- By Me ss cS
OS) lbs, oe 10| 58S8|Ives’ Seedling Grapes-_---..------- se cs ss Be
€or 15: ss 9| 589] Ilona Grapes_....=-2-------.---..-- Os Ls oe ie
SSeLD: es 14] 590|Creveling Grapes - fe es 3 ¥
A sb) t 18} 591] Walter Grapes anes U7 “8 Zs zy
i “ec
+s 18) 592) Rogers’ No. 5.....-----2..--- es fs
oe 18} 593 Rogers’ INO: 88 Seaseaassecelaeeees * eS
es 18} 594 Telegraph Grapes=--2952- 2-22 se Fs
J. 33| 595|One-half peck Black Walnuts-..-- Emmons Buell
“ec ce
a iad
“| Kalamazoo.
DATE OF P. O. ADDBESS
earner: Div. |Class.| No. ARTICLE. BY WHOM ENTERED. |, ip ‘Remarks.
Sept. 15. Hi. 1} 518|Coll’n of Native Grapes grown by
Exhibitor, 30 varieties---------- G. W. Bruckner Monroe.
a Tbe é 8} 519 Five Bunches Martha Grapes----- “e =§ L
So: ss 4} 520 Hart’d Pro’c Grapes| “ ‘¢ £
3 aby OG 6| 521, ‘S a Delaware Grapes...| “ es s
es ea has 8, 522) * ef Concord Grapes.--.| ‘‘ eS S
WS aby cr 9) 523) ‘ Me Tona Grapes Unde iy es £
pclae OS ss 10) 524) ° sf Ives’ Seed’g Grapes} “ ss SS
Waly Uy 14) 525; ° ss Creveling Grapes...| * ss ey
Dalby sé 19] 526|/Plate of Grapes for Wine--------- ss Up ss
OF ash ee 20) 527; °° Catawba Grapes-_--.-.-..----- $s se ie
OS aby H. 20] 528] ‘** Catawba Grapes --....------ Reynolds, Lewis & Co...-- Ss
G3 iby Gs 18|)1529) <*> Rogers’ Grapess-2= 2-25 -=--2- se oo28 4
CF ibs 3 6| 530| ** Delaware Grapes ---..-------- s Ss OG aoe £5
OF tay Gs 19| 581} ‘* Grapes for wine--.---...--.--- = ie ss aan ro
ee OOF ce 11| 532 Five bunches Diana Grapes- ------ 4 oy es anos sf
OF aby ss 8) 633 ‘© Concord Grapes ---- i se ef =a oh
45, “ 18'1.584|Clinton:Grapes:_ 5-220 oseceueese 6 Se te esas Ss
SCD: F. 13| 535|Plate Bartlett Pears......---.--.--- Go Wiwbruckner.o..22\---<-5 a
fc 15: R 2| 536 Specimen Plant. Muchsia..-25--222 Mrs. Alicia Forsy thse Saginaw City
cee ls e 11} 537 ee Miyrtles:2 22s. SO LEE Mey eae coe ¢
ec" 18; ee 31) 539 ss sc) Acanthusit 2 e225 ee Cup ED Nees 2d ve ss
clo: sf 31} 540 is Ivy-leaved Geranium-.-- ed
ee ally
eo:
ca 16.
cn 16.
someel Os
Soi.
Soe eG.
se, 26:
cece 1G.
de ea kis
sf 216;
<2," 16.
ss 16:
ecmueat Os
sae 16.
) {o-oo ee ee ee eee 40
OC ieerrceman. lOnias< 2. 2~ = tl oe OS eS te Pee eee eee 14
GW onckinson, Grand) Rapids= 2.2.0.2 Ae ee eee 3
pTCOMMNICK G1] SODIS es aS Oe oe es ts eg aes | ae eee 3
ames Palo. ionia Co. 22 2 8 = se ee oe ee 3
Wm. Steere, ‘ a Pe ns EP arte wa el Bed a Meee es eB Pe 7
mow. Alverd: North: Plains; Tonia Coe 22-222 22s ee eee 9
Rev alley Son; Sonia: soeion + Pe, ee hohe Ts ie res 5 een ee 7
Geouw 7 Wepber ionis.- =.<-) 5025254 25 28 eee eS ee 1
Penmsilarsarmers, Club; Grand Craverse Oo.=-- 2 ee eee 35
i) oneatien. South Boston]. ess" —- sean2 2 = eee cee = eee aes Seon Se eee 2 00
Semaine NO) PAlGe BCCLetalYy sas -ne oe os Soo ce emia cate ates ek eee ane 80 00
‘¢ —"%. To life membership fund loaned on call at 10 per cent---.-..-----....--- 100 00
eel OM Ovex pressi One DOOKSS: aa accnctes2 se osetia nego se eee eee 35
mp sa 1G, POstare tor SeCreLALY nce) ac can ccatwaw se ctue eas aces owen nee 15 00
232 50
1874. RECEIPTS.
Dec ton by.4c annualimemberstat lonla_.- 2-29 222-4 2- feces ee ee een $42 00
ces bv lielife membersiateLonigess2..c5.ced-25eee ssa see eee se ees 110 00
eadls by lanntial member —h, Aw baw 2225-0. incssssoce eae oon ee 1 00
‘* 31. By balance due treasurer, charged in new account for 1875.............- 79 50
$232 50
It will be seen that there was due the treasurer $79.50 on the Ist of January, 1875.
ADDITIONAL LIFE MEMBERS,
Hampton Rich, Ionia, Ionia county.
W. P. Burham, ‘ ae
Frederick Hall, os us
Geo. W. Webber, “ OL
Geo. 8. Cooper, ue ns
E. P. Kelsey, oe
W. D. Arnold, st oe
Alonzo Sessions, ‘* s
J. H. Kidd, Ss ee
William Sessions, ‘ a
C. E. Rust, es x
B. Hathaway, Little Prairie Ronde.
H. P. Hanford, Bristol, Indiana.
Judge Munroe, South Haven, Van Buren county.
REMARKS BY TREASURER.
GENTLEMEN :—It will be seen from the above report that the life membership fund Jan-
uary Ist, 1875, amounted to $800,—$500 on bond and mortgage, and $300 on call, at 10 per
-cent interest. The citizens of Ionia and of Grand Traverse are especially to be remem-
bered for this increase. A number of premiums were also paid in life memberships, and
the money was thus diverted to this fund, and by good management this fund can an-
nually be increased in this way. The amount received for life memberships was $480.
570 STATE POMOLOGICAL SOCIETY.
The active, working and ready officer of this society is expected to be the secretary. It
will be noticed that Secretary Thompson has managed the expenditures of his office with
much economy. The extensive correspondence of the office, the preparation of the annual
report and premium list, the appointment and details of the meetings, including the annual
fair, all involve expenditure for postage, stationery, telegrams, etc. The attendance at the
meetings and at the fair involve traveling expenses, hotel bills, express and freight bills for
exchanges on books and the transmission of illustrations and copy for the annual report.
All of these expenditures, included in the above report, only amount to $95. There is prob-
ably no society in the State that gets its work accomplished, and so much of it, at so cheap
a rate.
It will also be noticed that the expenses of the Executive Committee have been but a
trifle, amounting to $30 50, the members of the committee choosing to pay their own bills,
thereby donating their time, services, and expenses to the Society. I paid in 1374 $42 16
for boxes for annual report of Secretary, and the work of boxing, at Lansing. As I
remarked in my report of 1878, this expense is one that could well be paid by the State.
The expenses of the Orchard Committee for 1874 have been heavier than for any previous
year, amounting to about $100. The work of the committee has been more extended than
any previous year, reaching all parts of the State. The useful and beneficial character and
influence of this committee justifies all the expense, which was only for necessary travel and
railroad bills.
It will be noticed that a small amount of old premiums for 1872 and 1873 have been paid.
Though these were barred, by the rule of the Society, it was deemed best to pay them, so
that it could be said that the Society paid all its premiums. It has ever been our aim to
pay every cent due exhibitors, though it will happen that occasionally one is overlooked in
adjusting premiums. In previous years exhibitors have in a few instances donated their
premiums; at the fair of 1874 not one cent of premiums was donated, which illustrates the
fact that fairs feel the financial stringency as well as any other business enterprise.
In closing this report I cannot refrain from saying a word respecting the policy of the
State Agricultural Society toward this Society. That policy is growing more liberal, and
the fruits of it are seen in the quickened activity that pervades horticultural] affairs through-
out the State. The State Agricultural Society can take a share of credit for the success of
our fairs, for the usefulness of our committees, and for the great interest manifested at our
meetings. That mother society is doing a great and good work in the aid which it gives
the younger and feebler Pomological Society. I sincerely hope that this aid and assistance
will be continued, and that the two societies will act in union and harmony together for
many prosperous years, to the great advancement of the best interests of Michigan Agri-
culture.
HENRY SEYMOUR, Treasurer.
Grand Rapids, January 1, 1875.
OFFICERS FOR 1875.
OFFICERS OF THE STATE POMOLOGICAL SOCIETY FOR 1875.
PRESIDENT—-GEORGE PARMELEE, Old Mission, Grand Traverse County.
TREASURER—HENRY SEYMOUR, Grand Rapids, Kent County.
SEcRETARY—J. P. THOMPSON, Cascade, Kent County.
VICE PRESIDENTS.
PERRY HANNAH, Grand Traverse County. D. W. WILEY, Allegan County.
HENRY HOLT, Kent County. A. C. PRUTZMAN, St. Joseph County.
JOHN GILBERT, Clinton County. C. W. GREENE, Oakland County.
J. C. HOLMES, Wayne County. C. ENGLE, Van Buren County.
J. P. BARNES, Shiawassee County. ARTIMUS SIGLER, Lenawee County.
W. J. BEAL, Ingham County. H. B. CHAPMAN, Hillsdale County.
E. J. SHIRTS, Oceana County. D. T. FOX, Kalamazoo County.
I. E. ILGENFRITZ, Monroe County. CHARLES MERRITT, Calhoun County.
G. W. TOLES, Berrien County. S. O. KNAPP, Jackson County.
B. G@. BUEL, Cass County. A. McPHERSON, Livingston County,
T. J. RAMSDELL, Manistee County. WM. H. C. LYON, Genesee County.
LYMAN HALL, Ottawa County. DAVID GEDDES, Saginaw County.
FREDERICK HALL, Ionia County. WILLIAM JOHNSON, Tuscola County.
J. WEBSTER CHILDS, Washtenaw County. RALPH ELY, Gratiot County.
G. W. PHILLIPS, Macomb County. Mr.* NOBLE (of the firm of Dexter & Noble),
S. B. PECK, Muskegon County. Antrim County.
JAMES SATTERLEE, Montcalm County.
EXECUTIVE COMMITTEE.
G. W. BRUCKNER, Monroe, 1 year. A. J. COOK, Lansing, 2 years.
S. O. KNAPP, Jackson, 1 year. WILLIAM L. WEBBER, East Saginaw, 8 years.
N. CHILSON, Battle Creek, 2 years. D. R. WATERS, Spring Lake, 3 years.
Ex Officio.
The President, GEORGE PARMELEE, elected annually.
The Treasurer, HENRY SEYMOUR, elected annually.
The Secretary, J. P. THOMPSON, elected annually.
EXECUTIVE SUPERINTENDENTS OF FAIR.
GENERAL SUPERINTENDENT—WM. L. WEBBER, East Saginaw.
ASSISTANT SUPERINTENDENT—G. W. BRUCKNER, Monroe.
SUPERINTENDENT OF APPLES—A. J. COOK, Lansing.
AgSISTANT SUPERINTENDENT OF AppLes—H. DALE ADAMS, Galesburg.
SUPERINTENDENT OF GRAPES AND OTHER FRuUITS—N. CHILSON, Battle Creek.
ASSISTANT SUPERINTENDENT OF GRAPES AND OTHER Fruits—J. C. STERLING, Monroe.
SUPERINTENDENT OF FLORAL DEPARTMENT—S. O. KNAPP, Jackson.
ASSISTANT SUPERINTENDENT OF FLORAL DEPARTMENT—D. R. WATERS, Spring Lake.
Norr.—The first meeting of the Society was held February 26, 1870, at Grand Rapids, when Articles of As-
sociation were adopted. A reorganization was perfected July 5, 1671, under the provisions of the act of the
Legislature approved April 15, 1871.
D72 STATE POMOLOGICAL SOCIETY.
OFFICERS OF THE MICHIGAN STATE AGRICULTURAL SOCIETY FOR 1875.
PRESIDENT—E. O. HUMPHREY, Kalamazoo.
SECRETARY—C,. F. KIMBALL, Pontiac.
TREASURER—A. J. DEAN, Adrian.
EXECUTIVE COMMITTEE.
Terms Expire December 31st, 1875. Terms Expire December 21st, 1876.
aD WEN PHELPS, Pontiac, Oakland County. GEORGE W. PHILLIPS, Romeo, Macomb Co.
J.Q. A BURRINGTON, Worth, Tuscola County. E. W. RISING, Davison Station, Genesee County.
F. M. MANNING, Paw Paw, Van Buren County. JOSEPH M. STERLING, Monroe, Monroe County.
J. P. ALLISON, East Saginaw, Saginaw County. C. W GREENE, Farmington, Oakland County.
E. VAN VALKENBURGH, Hillsdale, Hillsdale Co. WILLIAM M. FERRY, Grand Hayen, Ottawa Co.
ABEL ANGEL, Bradley, Allegan County. N.L. AVERY, Grand Rapids, Kent County.
De Wie HOWARD, Pentwater, ¢ Oceana County. A. O. HYDE, "Marshall, Calhoun County.
H. 0. HANFORD, Plymouth, Wayne County. C. L. WHITNEY, Muskegon, Muskegon County.
J. WEBSTER CHILDS, Ypsilanti, Washtenaw Co. J. M. FRENCH, Detroit, “Wayne County.
D._ A. BLODGETT, Hersey, Osceola County. J.G. RAMSDELL, Traverse City,Grand Traverse Co.
HONORARY MEMBERS OF COMMITTEE.
JAMES BAILEY, Ex-President, Birmingham, Oakland County.
H. G. WELLS, Ex- President, Kalamazoo, Kalamazoo County.
CHARLES DICKEY, Ex- President, Marshall, Calhoun County.
C. C. MONROE, Ex- ‘President, Jonesville, Hillsdale County.
M. SHOEMAKER, Ex- President, Jackson, Jackson County.
W. G. BECK WITH, Ex- President, Cassopolis, Cass County.
W. J. BAXTER, Ex-President, Jonesville, Hillsdale County.
GEO. W. GRIGGS, Ex-President, Grand Rapids, Kent County.
CHARLES KIPP, Ex-President, St. Johns, Clinton County.
STANDING COMMITTEES.
On Bustness—J. M. STERLING, A. O. HYDE, N. L. AVERY.
On Frinanee—G. W. PHILLIPS, A. O. HYDE, £. W. RISING.
On Printinc—E. 0. HUMPHREY, A. J. DEAN.
On Premium List—W. G. BECKWITH, J. Q. A. BURRINGTON, H. 0. HANFORD, N. L. AVERY,
EDWIN PHELPS, J. VAN VALKENBURGH.
ON TRANSPORTATION—W. J. BAXTER, J. M. STERLING.
EXECUTIVE SUPERINTENDENTS.
GENERAL SUPERINTENDENT—W. G. BECKWITH.
SUPERINTENDENT OF CATTLE—GEORGE W,. PHILLIPS.
SUPERINTENDENT OF Horses—A. O. HYDE, D. W. HOWARD.
SUPERINTENDENT OF SHEEP AND SWINE—EH. W. RISING, D. A. BLODGETT.
SUPERINTENDENT OF POULTRY AND MISCELLANEOUS—J. P. ALLISON.
SUPERINTENDENT OF FaRM IMPLEMENTS—H. O. HANFORD, ABEL ANGEL.
SUPERINTENDENT OF ART Hatt—J. W. CHILDS, J. G. RAMSDELL.
SUPERINTENDENT OF Music Hatt—C. L. WHITNEY.
SUPERINTENDENT OF MANUFACTURING HAaLtt—N. L. AVERY, J. n: Ese BURRINGTON.
SUPERINTENDENT OF MACHINERY HALL—WM. M. FERRY, C. KIP
SUPERINTENDENT OF AGRICULTURAL HALL—E. PHELPS.
SUPERINTENDENT OF CARRIAGE HaLut—G. W. GRIGGS.
SUPERINTENDENT OF Bootus—F. M. MANNING
SUPERINTENDENT OF POLICE AND Ba rat M. STERLING, A. J. DEAN.
CHIEF MarsHat—C. W. GREEN
SUPERINTENDENT OF ForAGE—E. Ey. RISING.
SUPERINTENDENT OF GRAND STAND—G. C. MONROE,
ue FR RTENNIAD, CoMMITTEE—W. J. BAXTER, 'J. G. RAMSDELL, J. W. CHILDS, WM. M. FERRY,
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Agricultural (State) Society, Early History of,
Officers et 1875,
Agricultural Wants of Michigan, address eae J. Webster r Childs,
American Institute,
Apples—
Popular varieties,
Red Canada,
How to gather,
Assorting,
Packing,
Amount per acre,
Marketing, -
In Western New York, :
Nomenclature and Synonyms, ‘
Varieties to be cultivated in Western New Y ork,
New varieties, : ; : = :
Old Trees at Monroe,
Winter,
Market,
Best flavored. ;
Best for Profit and for Dessert,
How to Handle,
Packing,
Blight,
Best varieties, : : : :
Picking, Packing, Keeping, and Marketing,
Pruning, : ; ; 2 .
Storing and Keeping, : . : :
Apricots, : : : ‘ : : F . :
Army Worm,
Barrels for fruit, legal size,
Bat, the, ‘ :
Berberries,
Birds in Western New York, :
Blackberries— s
Popular varieties,
Best variety for extensive “cultivation,
New varieties,
The kinds recommended by the State Society,
Botanical Notes, by ee F. wee er, A
Bugging, A
576 INDEX.
‘OF
Pag
Canker Worm, : : ‘ : : : : : ; : 4 : ; 74
Caterpillar, Tent, f : : ; : : : : A : : : : 486
Centennial Exhibition, ; A : : 5 : : : . , : ; 504
Resolution to exhibitat, . : : : ; : : ; : : : 540
Cherries—
Popular varieties, 5 : 5 . * : : ; A : : : 22
New varieties, : F : F ; : : ; , : ; é 255
Geo. Parmelee’s essay, : . 6 ‘ é f é Z : ‘ 5 387
Chestnut, : : : F F : : ; : ‘ ; ‘ : . 50
Chicago Meeting, Report of Committee on, . : : C é : : : 560
Chicken Hawk, the, 2 : . ; 5 : ; , : : ; : 368
Climate, 5 : 3 : : : ; : 5 : ; 10
Clover and Mr. Geo. Geddes, ; s ; : ; : * : F : ; 453,
Clover as Manure, ; . : é 6 4 : j : : ‘ 5 458
Codling moth, ; c : ; : : : : 69, 104, 152, 484
Codperation among Fr uit-Grow ers, : : F : : 3 . é : : 438
Copperas as a Fertilizer, ‘ 3 : ; : : : ; : ; ‘ 489
Crabs—
Popular varieties, : : A 4 : 5 , : ; ; : A 21
New varieties, : : : A 5 ; : ° : : ; : 253
Crops best for Stock, : 5 : é : : : : : : : : 471
Curculio (see Plums, etc).
New Method of Scaring away, : : : ; . : : : : 481
Currants—
Popular varieties, : 5 “| 5 ‘ ; j ‘ : , : ° 45
Cultivation of, 3 . 5 . 5 A : : ; : ; 500
Currant or Gooseberry Worm, : : : : ‘ : : 6 ; : 7
Dz.
Destiny of Northern Michigan, 5 ; < : é c : : ; . 54
E.
Entomology, economic, : ‘4 : : : : : : ‘ : ‘ 176
In Western New York, ; 5 ° c : 6 : : : : 68.
1
Failures generally, ‘ : - : : ; ; 5 : : * : 12
Fair of 1874, State, ; F : : : ‘ ; ; ; ; ; : 402
Farmers, Organization among, . 4 : ‘ é : . ; ‘ : 294
Fertility of Farms, how to preserve, c ; ; : ; : 5 7 449
Fertility of large Orchards, how to maintain, A ; : ; b 5 s 90
Flowers at State Fair, 1874, 2 427
Fruit and Flowers at the State Fair, 1 i874, ‘ ; ‘ : on ‘ Poa, ; 3 427
Fruit, Best Kinds for Profit, ‘ : : a . : F 6 ; : 504
Fruit Enemies and Friends, A : j ‘ ‘ ‘ ‘ 3 i : 489
Fruit Packages, : 6 é : : ¢ : ; : A ; ; ; 507
G
Garden Vegetables, popular varieties of, . ‘ ° . ° . : : 5 200
Gathering Apples, : . . : . : . . ° ° : : 51
Gooseberries—
Popular varieties, : 5 : 5 : ; : ; ; : : ; 45
Culture and Profit, : : : 5 : , . 378, 500
Gooseberry Span Worm (Ellopia Ribearia), — ae any ; : ‘ ; oe. 74
Grand River Valley Horticultural Society, . : ° ; : : : : 521
Grand Traverse Apples, . . : : : : A é 533
Grand Traverse Union Agricultural Society, : : : 3 : Q : 515
Grapes—
Popular varieties, ‘ : 4 : ‘ . : é ; : : 40
In Western New York, - : : : . : ; : ; 3 : 65
New varieties, 2 ; é ; c 5 é : : : : 106, 256
Setting and Cultivation, : 5 ; ‘ : : : : ; ; : 377
Culture, , : ; . : ‘ ; $ : ‘ : 3 : 526
Grass Seed, time to sow, ; ; ; ; ‘ ; ; : . 3 : 460
INDEX. aT7
H.
Pact
Hedgehog, the, . : Z ; : : : : Z ‘ é : 367
Home and its Ornamentation, ; ze : 5 : . ; 111
Horticultural Experiments by C. W. Garfield, ~ : : : : : : 541
Horticulture, Appeal for, ey Wm. Rowe, . : ; : : : : : 523
How Plants Grow... : A , ; ; 3 : ; és 3 : 161
How to get an Orchard, . : : A A : ; : : ; 51
f,
Insects, injurious, 5 : 5 4 : : 5 ; ‘ : : ; . 11, 379
Various, . : ; : : : : : ‘ : é : : : 176
J.
June-berrry, ; : : . : : A : 2 : : ; 50
L.
Lake Michigan, how it affects fruit culture, . ; : F : : : : 184
Life Members, : z : : ; 5 “ : : : ; ; : 567
M.
Magnolias, . E : 2 ; ; 5 ; : 7
Manistee Horticultural ‘Society, Discussions, ; . é F : : : 373
Manure from Hen-house, . : 3 : : ‘ 5 ; : : : : 458
On Orchards, . : : : . : : : : : . 458, 486
Its Treatment and V ‘alue, atee las : ‘. : , F : , : : 271
Marketing Fruit, . “ ; 5 : : : : . ; : ; : 478
Meteorology, - : : : : : : ° : : : : ° : 360
Mole,the . : : : 3 : ‘ F P a : : _ 366
Money in Orchards, ‘ 7 : ; : : : é : ; : : : 51
Mulberries, : : : : ; : ; : : ‘ ; ; ; : 50
NG
Nectarines, : ‘ F : ‘ : ‘ : 5 ; - 49
Nomenclature at State Fair, ‘ 2 ‘ < : : A : 3 : 429
Of Apples, . A - . ; : : ; : : : 66
Northern Michigan, Destiny of, : ‘ : : : 3 54
Northwestern Fruit- Growers’ ‘Distributing ‘Association, : : : : ‘ 530
O.
Old Mission, : : - : A 4 . : : : 432-474
Organization Among Farmers, A : : A ; : 3 ; : 294
Ornamental Trees, ‘ : : : ; : ; : : : 2 . 74, 485
Ornamentation of Homes, : : : A : : : 5 : : : 111
Ornithology in Western New York, A , : : : , , : : 86
Orchards and Vineyards of Michigan, . : ; : ; 4 . : 119, 129
Orchard Committee’s Report for 1874, . . : : - : : A , 119
Orchards, Care of Young, A : : a : é : : : : 47
Manuring, ; : ‘ ; : : : : . 458, 486
Order and Neatness, by James Satterlee, E : ; : : . : : 27
Our Friends—the Mole, the Toad, and the pyle, : ; 5 : : ; 366
Owl, the, . : . F 4 ; : : . 368
RP;
Packing Fruit, . 3 : : ‘ : : : 513
Past, Present and Future of Michigan Pomology, ; : B : = ; 9
Peaches—
Popular varieties, - : : : = : ‘ A . ‘ A 31
In Western New York, : : - : ; : , : 64
Inauguration of the Michigan Peach Belt, : : : : , : ; 227
New varieties, , : : : ‘ : : : 260
Pruning, : : ae eS , : : A j z : ‘ 286, 548
Culture, z . : . : ; : : = : ‘ - 488, 492
Best for Market, ; a ean ae : ‘ ‘ : : ‘ ; 498
Is Peach Growing Overdone : : : ; . : . 501
73
578 INDEX.
Pears—
Popular varieties, : é : é
In Western New York, A : : ;
Culture in, ; 3
Blight, reward for remedies, 4 3
How to pack for market, C 3 ; F
New varieties, A : : é é ;
Old trees at Monroe, j .
Peninsula Farmers’ Club, Discussions,
Peonies, 0 “ : 3 :
Pb ylloxera Vastatrix, :
Plant Bug (Capsus Oblineatus), é
Planting ‘Trees, how deep,
Preparing land for, A 5
Plant Life, Phenomena of, by President Clark,
Plums—
Popular varieties, é é : : c °
Lyon’s address, 5 : : . :
New varieties, . : 6 7 fs .
Profit of,
Pomological Department at State Fair, register of entries,
Pomology and acai a ss . . . .
Potato, : A : . .
Potato ‘Bug, ; : ° A
Premiums awarded at State Fair, 1874, |
Premiums awarded by the State Pomological Society for 1874, i
Pruning Fruit Trees, j é : é c c
Q.
Quinces, ; : : ; : ° : ° °
R.
Raspberries—
Popular varieties, . : ; : ° .
In Western New York, : : é 5 é 0
New varieties, : A
The kinds recommended by ‘the State Society,
Redfield’s Address, . : 5 : : f
Reports, Consolidation of, 6 . ° ‘ ‘. °
River Raisin Navy, A 6 5 ; : 3
Root Crops, value of, . ‘ é 5 B ‘ 6
Root Culture, : & ; : c
Rust, the, ; : é 5 A . é
Saginaw Valley, : : : : . . .
sap, Pressure of, etc,
Saugatuck and Ganges, the fruit region of the Kalamazoo,
Shade and Ornamental Trees, ‘ ; ‘: .
Shrew, the, 3 3 : . é 5 ’
Signal "Service, 3 A ; :
Small Fruits, s 3 ; : ; 3 ° F
Profitableness of, . A
South Haven Pomological Society, Discussions, :
Third Annual Fair, : 3 °
South Haven, Statistic Fruit. Report, é é é
Sparrow, the English, ; ; j
Specialties in favorable sections, : C °
Spider, the, . 2
Spring Lake, 1874,
State Agricultural sia Barly History, he c ° Po)
Officers for 1875 :
State Fair of 1874, : : .
92, 341
49, 267, 473, 499
. 45, 46, 230
65
269
391
554
506
564
464
466
493
: 402
299-340
INDEX. 579
Pace.
State Pomolozical Society, Constitution and By-Liws of, - z = A 5 5
Officers for 1875, = : : . : = ? 2 - 571
Mectings—
At Spring Lake, : : : . - : * Z : - 533
At Ionia, : P ° s 536
At Lansing, ~ - 544
At Monroe, : ° 552
Stock,—Crops best for Live Stock, : A m c 471
Straw berries—
Popular yarieties, = . e A £ : : ~ F = 45, 47, 231
New varieties, . 269
Best varieties for market, : 375
Synonyms of Apples, : : 67
die
Temperature, ° : - 506
Thinning Fruit, S = : 492
Toad, the, L : : : : . : A Z = 2 s P 367
Transportation, 5 4 = 5 z F £ - Z : = : . 102, 480
Treasurer’s Report, ¥ z - : 565
WV
Varieties of Fruits, Have the New been of Advantage ? s E E - F 106
New: by T. T. Lyon, : ! : - “ - Ze 2 ° : 2 250
Of the Popular Fruits, = 3 : 2 . 2 : é 14
Vegetables, popular varieties of, : : = : i 2 : 200
Vineyards of Michigan, = : 2 : 129
W:
Wants generally, ‘ - s 5 = ° £ : z x - 12
Weeds, . = : > 2 dit
Western New York “Horticultural Society, Procee ‘lings OFF *2 : ‘ : 61
W heat Calture in Ionia County, A z : : F 549
Where to Obtain our Fruit Trees, = : : : ~ : 283
Wines, Report of Committee on, : : “ : - - 3 - x 561
Winter, Best Condition of Trees for, F A : : - = : : : 502
ie
Yellows, the, .. ; ‘ : . 2 : “ ‘ - . 493, 495, 508
PLDUSTRALELONS
PAGE.
Alder, Imperial Cut-Leaved, . j : ‘ 5 : 5 : : : : 99
Arbor Vite, Dwarf American, 2 : ; ‘ é : : : A F 87
Arbor Vitex, Siberian, . y c ‘ : ; s : : d : 2 81
Ash, European Weeping, ; ‘ < 5 7 A < : each es é 107
Ash, Weeping Mountain, .. : ; : : i ° : A : : 85
Birch (alba pendula elegans), . : £ z : 5 5 : 3 : : 97
Birch, Young’s Weeping, . : A 5 : : 4 F : ; 3 , 83
Codling Moth, ; : ¢ 5 : : : : : : : : 153
Elm, Camperdown ieenine | m : 6 5 : A A é : 4 : 89
Grape Leaf galled by the Phylloxera, . ; : 6 ; 5 ; : : 343
Minden. Wuite-Leaved) Weeping: Moki. yey yee Uy cel yl ee i 3 15
Magnolia, : ‘ ° 3 : 5 é : : : - - : Yh, %9
Maiden Hair Tree, or Ginko, . F ‘ a A ‘ , : ‘ 91
Phylloxera, . < “ : : : : 3 d : : : ; : 344-6
Pine, Austrian, or Black, . : : : : : - ; 6 : ; ‘ 105
Poplar, Weeping, . . : . s : ~ ‘ 5 : : « 95
Spruce, Norway, A 2 : 5 4 : é ; : : : s : 103
Spruce, White, 5 : 3 : : d : : é d z : 5 109
Squash in Harness, . 5 6 : : ‘ A A , 5 6 : : 309
Vegetables, . : 4 : : : : 3 ‘ . : é ‘ - 200-226
Willow, p é : A ; é = < 6 , : 5 = 73
Willow, Rosemary- Teaved! 5 . 6 x : : : b 5 - ‘ 101
Winter in doors and cut, . . 4 : 2 A c : : 3 : 5 113
Yellow Wood, “ : 4 ‘ ; S F : “ : : : . 93
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