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TRANSACTIONS
OF THE
WISCONSIN STATE AGRICETURAL SOCIETY,
WITH PORTIONS
OF THE
COKRESPONDENCE OF THE SECRETARY.
LIBRARY
VOLUME n.-18B2. ^.„„
NEW YOKk
botanicai
MADISON :
BERIAH BROWN. STATE PRINTER.
1853.
f ' I
o
ADVERTISEMENT.
In presenting to the Farmers of Wisconsin, the Second Volume of
the Transactions of the Wisconsin State Agricultural Society, the
undersioned, for his Associates in the Executive Committee, and in his
own behalf, would most respectfully tender to them warm and sin-
cere thanks for the favorable reception accorded to the First Volume.
The present Volume, it is hoped, will not be deemed unworthy of its
predecessor, nor yet of the more advanced age of the Society. In its
preparation it has been the aim of the Executive Committee to present
such papers as would, if duly considered, be found of use and practical
benefit to the Farmer.
If they have succeeded in this, and if the present Volume should
be found worthy of the attention of those interested in Agricultural
advancement, then are their labors fully rewarded.
To those gentlemen who have so kindly assisted the undersigned in
the preparation of this Volume, by responding to the calls made upon
them, he returns his grateful thanks, and as the only return he can
make, he gives them the assurance that his best exertions shall be given
to the Society with which he is connected, and to the cause of Improve-
ment which it is striving to advance.
ALBERT C. INGHAM.
State Agricultural Rooms,
Madison, January, 1853.
CO
Q^
CONTENTS.
1. List of OflBcere, Life Members, <tc 1
2. Report of the Executive Committee 11
3. Address at Annual Fair 19
4. Reports of Committees at Annual Fair. 29
5. Annual Meeting 94
6. County Agricultural Societies. lOl
7. Communications 139
8. Fauna and Flora of "Wisconsin 337
9. Climate of Wisconsin 445
I.
Officers of the Wisconsin State Agricultural Society 1
Life Members 2
Library Additions 3
Donations 4
Legislative Action 6
II.
Report of the Executive Committee H
Rooms of the Society 12
Library and Museum 12
Correspondence 12
Finances 13
Arrangement of the Premium List 13
Annual Fair 13
Relations of the State to the Society 18
III.
Address at Annual Fair, by Hon. Levi Hubbell 19
IV.
Reports of Committees at Annual Fair - 29
Entries at Milwaukee 28
Cattle— Short Horns.... 29
Devons - 30
Natives and Crosses 31
Crossed Improved 32
Working Oxen 32
Horses — Stallions, Brood Mares and Colts 32
Matched and Draft Horses and Geldings- 34
Jacks and Mules. 34
VI CONTENTS.
Sheep — Long Wooled 35
John Hinton'a statement 35
Middle Wooled 35
A. P. Lyman's statement 35
Merinos 36
Almon Atwood's statement 36
Wesley P. Benson's statement 37
Saxons 39
Cross Bleeds 39
George C. Pratt's statement 39
Remarks of Committee 42
Swine — Joseph Carpenter's statement 45
WiUiam Knight's statement ^. 46
F. H. Westover's statement. . 47
Poultry — Remarks of Committee 48
Plowing Match 52
Farming Implements 53
Dairy — Butter — Mrs. E. W. Edgerton's statement. 55
Butter — Samuel Brown's statement 56
Cheese— F. S. Eldred's statement 56
Cheese — Augustus Smith's statement 57
Flour, Meal, Sugar and Honey 57
Grains and Seeds — Winter Wheat — Joseph Dibley's statement 57
Winter Wheat — Hiram F. Story's statement 58
Spring Wheat — Peter Marlett's statement 58
Spring Wheat — Ira Blood's statement 59
Barley — James F. Walklin's statement 59
Indian Corn — William E. McClure's statement 59
Indian Corn — Hiram F. Story's statement 61
Flax Seed — Note by Secretary 61
Buck Wheat — Alanson Pike's statement 62
Buck Wheat — Ira Blood's statement 62
Hops— J. F. Antisdell's statement -. 62
Timothy Seed — Alanson Pike's statement 63
Timothy Seed — Ira Blood's statement 63
Clover Seed— Letter from E. W. Edgerton 63
Remarks by the Committee 66
Vegetables — Black Winter Pea — George P. Pfeffer's statement 68
Domestic Manufactures — Needle, Shell and Wax Work 69
Fruit — Apples — F. K. Phoenix's statement 70
Apples — John Bell's statement 73
Apples — Orra Martin's statement. 74
Apples — Anson H. Taylor's statement 74
Apples — Cyrus Hawley's statement 75
Pears '. 75
CONTENTS. Vll
Frait — Plums — George P. Pfeffer's statement 75
Cnrculio— George P. Pfefifer's remarks 75
Plums — Cyrus Hawley's statement 76
Plums — Alfred L. Castleman's statwment 76
Grapes 76
Melons 77
Remarks by Committee 77
Flowers — Remarks by Committee 81
Paintings — Remarks by Committee 84
Stoves. Cutlery and Silver Ware 87
Miscellaneous and Discretionary Articles 87
Essays — Report of the Committee 93
V.
Annual Meeting 94
Report of Executive Committee presented 94
Report of Treasurer .• 95
Report of Auditing Committee 95
Report of Com mittee of the Society 97
Committee to nomiuate Officers 97
Officers Elected 98
VI.
County Agricultural Societies — Columbia 101
Dane 102
Dane — Hon. Thomas T. Whittlesey, Address of 103
Fond du Lac 115
Iowa 116
Jefferson and Dodge 116
Kenosha 118
Kenosha — Hon. Samuel R. McClellan, Address of. 120
Milwaukee and Waukesha 125
Racine 125
Rock 126
Rock — Hod. Josiah F. WiUard's statement 131
Sheboygan 133
Sheboygan — Dr. J. J. Brown's remarks on 134
Walworth 137
Washington 139
Milwaukee Horticultural Society 139
VII,
Communications - 139
Rural Husbandry in Wisconsin, George 0. Tiffany 139
Relation of Crops to Soils, Prof. S. P. Lathrop, M.D 154
Adaptation of Crops to Soil and Climate, John Y. Smith. 172
Vlll CONTENTS.
Agricultural Fences and Enclosures, Josiah F. Willard 186
Culture of Grasses, John Berkley 195
Culture of Grasses, Thomas P. Turner 199
The different Breeds of Neat Cattle, Thomas P. Turner 208
Cattle Breeding, Urial H. Peak 221
Dairying in Wisconsin, Benjamin F. Adams 228
Flax Culture, John Galbraith 237
The Culture of Vegetables as Farm Products, John W. Proctor 252
On the Blight and Culture of the Potato, John Townley 255
On tlie Alleged Transmutation of Wheat into Chess, John Townley 281
Wild Rice, Joseph Bowrou 286
The Moral Influences of Horticulture, John A. Kennicott, M.D 288
Seedlings vs. Grafts, or Top Grafts vs. Root Grafts, F. K. Phoenix 294
Description of Select Apples and Pears, Francis R. Elliott 300
Well Digging a Science, Alfred Brunson 312
The Mechanical and Manufacturing Arts, R. E. Ela 321
Northern Vv^isconsin, its Capacities and its Wants, Albert G. Ellis 326
Laying out Grounds, Floriculture, &c., Thomas Hislop 435
Agricultural Education, John H. Lathrop 441
VIII.
Fauna and Flora of Wisconsin, I. A. Lapham 337
Mammals 337
Birds — Notes on the Ornithology of Wisconsin, Dr. P. R. Hoy 341
Reptiles 365
Fishes 366
Mollusks - 367
Fossils in the Rocks 370
Plants 375
Ifotes on the Woods of Wisconsin, Dr. P, R. Hoy 419
IX.
Climate of Wisconsin 445
Meteorological Observations made at Beloit College, 1852 446
Meteorological Observations made at Milwaukee, 1852 449
Meteorological Observations made at Aztalan, 1852 450
Meteorological Observations made at Baraboo, 1852 451
Meteorological Observations made at Kenosha, 1852 452
Meteorological Observations made at Emerald Grove, Rock County, 1852 453
Meteorological Observations made at Platteville, 1852 454
Meteorological Observations made at Summit, Waukesha County, 1852 455
OFFICERS
OF
THE WISCONSIN STATE AGRICULTURAL SOCIETY
FOR 1852.
PRESIDENT.
HENRY M. BILLINGS, Highland.
VICE PRESIDENTS.
MARTIN WEBSTER, Fox Lake. NATHANIEL B. CLAPP, Keuosha.
OIUUN DENSMORE, Emerald Grove.
RECORDING AND CORRESPONDING SECRETARY.
ALBERT C. INGHAM, Madison.
TREASURER.
SIMEON MILLS, Madison.
ADDITIONAL MEMBERS OF THE EXECUTIVE COMMITTEE.
WARREN CHASE, Fond du Lac. H. B. HAWLEY, Milford.
ELIAB B. DEAN. Jr., Madison. SAMUEL S. DAGGETT, Milwaukee.
JACOB D. MERRITT, Grant
Statb Agricultural Rooms, Capitol, Madisos.
LIFE MEMBERS, 1852.
ERASTUS TV. DRURT, Fond du Lac.
HARVEY DURKEE, Kenosha.
ANDREW E. ELMORE, Mukwonego.
EIIASTUS FAIRBANKS, St. Johnsbury, YL
LEONARD J. FARWELL, Madison.
BENJAMIN FERGUSON, Fox Lake.
MARTIN FIELD, Mukwonego.
ALBERT C. INGHAM, Madison.
SIMEON MILLS, Madison.
ALEXANDER MITCHELL, Milwaukeet
JAMES H. ROGERS, Milwaukee.
MARTIN WEBSTER, Fox Laka
LIBRARY ADDITIONS, 1863.
Colman's Agricultural Tour, 2 vols.
Stephens' Book of the Farm, 2 vols.
Youatt and Martin on Cattle. Stevens.
Structure and Diseases of the Horse. Youatt.
Breeds, Management and Diseases of Sheep. Youatt.
The Pig. Youatt.
Agricultural Chemistry. Jolmston.
Lectures on Practical An^riculture. Johnston.
Elements of Scientific Agriculture. Norton.
The Farmer's Companion. Buel.
Farmer's Encyclopedia. Blake.
Complete Farmer and Gardener. Fessenden.
American Muck Book. Browne.
American Farm Book. Allen.
American Poultry Yard. Browne.
Domestic Animals. Allen.
Cottage and Farm Bee Keeper.
Fruit and Fruit Trees of America. Downing.
American Fruit Culturist. Thomas.
The Fruit Garden. Barry.
Rural Architecture. Allen.
The Farmer's Magazine. (London.)
Journal of Agriculture. (Edinburgh.)
The Wool Grower. (Rochester.)
DONATIONS.
Hon. Allen W. Dodge, Hamilton, Mass. Transactions of the Essex
Agricultural Society for the years 1818, 1823, 1822, 1830, 1831, 1832,
1833, 1834. 1835, 1839, 184J, 1841, 1843, 1844, 1845, 1846, 1847, 1848,
1849, 185 J and 1851. Also, Transactions of the Massachusetts Agricul-
tural Socieiies for the years 1845, 1846, 1847, 1848, 1849 and 1853.
Gen. WiLLTAM Sutton, Danvers, Mass. Transactions of the Essex
Agricultural Society for the years 1826 and 1842.
Joseph N. Saunderson, Esq., Lynn, Mass. Transactions of the Essex
Agricultural Society for 1851.
Hon. John W. Proctor, Danvers, Mass. Proceedings of the Massa-
chusetts Board of Agriculture for the years 1851 and 1852. Also,
Transactions of the Massachusetts Ao-ricultural Societies for 1851.
Hon. Thomas Ewbank, Washington, D. C. Patent Office Report for
the year 185 J, Agricultural and Mechanical. 2 vols.
Hon. James Duane Doty, Washington, D. C. Patent Office Report
for 1853, Aiiriculiural.
GuiARD Richardson, Esq., Madison. Patent Office Report for 1850,
Agricultural and Mechanical. 2 vols.
Gen. George P. Delaplaine, Madison. Patent Office Reports for 1847,
1848 and 1849. 4 vols.
Prof. Joseph Henry, Washington, D. C. Prof. Espy's Theory.
Rev. Charles Lord, Secretary, Madison. Addresses of Hon. Morgan
L. Martin and Gen. William R. Smith before the State Historical Society.
John Warren Hunt, M. D., Madison. Davis's Text Book on Agri-
culture.
Prof. William W. Mather, Secretary, Columbus, Ohio. Reports of
the Ohio State Board of Agriculture for 1846, 1847, 1848, 1849, 1850.
2 vols.
Hon. Levi Colvin, Cato, N. Y. Transactions of the American Insti-
tute for 1850. Also, Transactions of the New York State Agricultural
Society for 1859.
John C. Holmes, Esq., Secretary, Detroit, Mich. Transactions of the
Michigan State Agricultural Society for 1849, 1850 and 1851. 3 vols.
Hon. B. P. Johnson, Secretary, Albany, N. Y. Transactions of the
New York State Agricultural Society {qy 1851.
His Exc. Joseph A. Wright, President, Indianapolis, Ind. Report of
the Indiana State Board of Agriculture for 1852. 50 copies.
Hon. SiMEOX Mills, Madison. Western Portraiture, D. S. Curtis.
Frederick McCready, Esq., N. Y. City. The Working Farmer, 1852.
DANii;L Lee, M. D., Rochester, N. Y. The Genesee Farmer, 1852.
D. D. T. MooRE, Esq., Rochester, N. Y. Rural New Yorker, 1852.
Warren Isham, Esq., Detroit, Mich. Michigan Farmer, 1852.
John S. Wright, Esq., Chicago, 111. Prairie Farmer, 1852.
Mark Miller, Esq., Janesville. Wisconsin Farmer, 1852.
Prof. Geo. BucKLAND, Toronto, C. W. Canadian Agriculturist, 1852.
J. S. Warder, M. D., Cincinnati, Ohio. Western Horticultural Re-
view, 1862.
B. P. Johnson, Esq., Albany, N. Y. Journal of the New York State
Agricultural Society, 1852.
John Faville, M. D., Madison. The Home Journal, 1851, 1852.
Alden & Holt, Janesville. Janesville Gazette, 1852.
Robinson & Brother, Green Bay. Green Bay Advocate, 1852.
Royal Buck, Fond du Lac. Fountain City Herald, 1852.
Bird & Vail, Ozaukee. Washington County Blade, 1852.
Rdfus King & Co., Milwaukee. Daily Sentinel, 1852.
William E. Cramer, Milwaukee. Daily Wisconsin, 1852.
S. M. Booth, Milwaukee. Daily Free Democrat, 1852.
David Atwood, Madison. Daily State Journal, 1852.
6
LETTER
From the Corresponding Secretary of the State Agricultural Society.
STATE AGRTCULTUHAL ROOMS )
Madison, January 24th, 1853. j
To His Excellency Leonard J. Farwell,
Governor, dec.
Sir — In accordance with the requirements of an Act entitled " An Act
for the Encourao-ement of Arjricult-ure and its kindred Arts in this State,"
approved April 17th, 1852, I have the honor herewith to transmit the
Second Annual Report of the Wisconsin State Agricultural Society.
Very respectfully,
Your obedient Servant,
ALBERT C. INGHAM.
Corresponding Secretary.
LEGISLATIVE.
STATE OF WISCO^^SIN, )
In Senate, January 25tli, 185 i.j"
A Message from His Excellency the Governor was announced, which
being received from the hands of his Private Secretary, Harlow S. Orton,
Esq., was read as follows, to wit :
EXECUTIVE DEPARTMENT, 1
Madison, January 23th, 1853.1"
To the Senate :
I have the honor herewith to transmit to you the Report of the
Wisconsin State Agricultural Society for the year ending December 31st,
^^^^- LEONARD J. FARWELL.
Whereupon the said Message and accompanying documents were re-
ferred to the Committee on Agriculture.
STATE OF WISCONSIN. >
IM Sknatb, March 7th, 1853.)
Resolved bt the Se:?ate, (the Assembly concurring) — That the State
Printer be directed to publish twenty five hundred copies of the Trans-
actions of the Wisconsin State Agricultural Society for 1852, to be
printed under the direction of the Secretary of the Society, of which five
hundred copies shall be for the use of the Members of the Legislature,
and the remainder for the Society ; said books to be bound in muslin, with
lettered backs, to match the first Volume of Transactions of said Society,
provided said books do not exceed in cost the sum of seventy five centa
per volume.
(Attest) JOHN K. WILLIAMS,
Chief Clerk of the Senate.
STATE OF WISCONSIN, >
In Assembly, March 8th, 1853 )
Tlie above and foregoing Resolution was concurred in by the
Assembly.
(Attest) THOMAS McHUGH,
Chief Clerk of the Astemilr/.
TEAXSACTIOXS.
TRANSACTIONS
OF THE
WISCONSIN STATE AGRICULTURAL SOCIETY.
REPORT OF THE EXECUTIVE COMMITTEE FOR 1852.
To the Legislature of the State of Wisconsin :
The Executive Committee of the Wisconsin State Agricultural Society,
pursuant to the requirements of the "Act for the encouragement of
Agriculture and its kindred Arts in this State," would respectfully
report :
That the various operations of the State and of the County Agricultural
Societies, during the year just closed, have been in the highest degree
gratifying, while the great and increasing interest which has been so
generally manifested throughout the State in these operations, gives
encouraging assurance t"hat the labor will not be in vain, but that the
spirit of agricultural inquiry which has been awakened, will incite the
farmer to increased attention to the details of farm management, and to
the proper adaptation of his crops to the soils, so as to secure the largest
returns with the greatest permanent economy.
Hitherto the progress, in this State, of improvement in Agricultural
Science has been slow, and has not kept pace with that rapid develope-
ment which has, in other respects, been the pre-eminent characteristic of
Wisconsin. In part, this may be ascribed to the adverse circumstances
Tvhich, almost of necessity, surround the early settler in all new coun-
tries J but another great cause may be found in our fertile soil and genial
12
dime. Tlie liardy pioneer, in search of a home for himself and for his
family, sees in Wisconsin, spread out before liim by the bountiful hand
of Providence, a virgin soil, rich in all agricultural resources — yielding
plenteous returns with but little expenditure of toil and labor, and re-
quiring no great exertion or care. Habits of neglect and inattention are
thus formed — and not because the husbandman is wanting in energy,
ekill, and enterprise, for by no people are these qualities possessed in a
greater degree than by our own.
To arouse the farmer from this condition, — to awaken in him a spirit
of agTicultural inquiry, — and to disseminate, as far as possible, practical
iand useful information upon kindred subjects, have been the special ob-
jects had in view, during the past year, by the Executive Committee.
In the beginning of the year, much embarrassment was experienced
by the Executive Committee from the want of suitable and commodious
rooms for the meetings of the Society and of the Committee, and for the
proper arrangement of the books and agricultural papers, the grains,
seeds, wools, and implements which the Society had already commenced
collecting, and which, Avere proper facilities afforded for preservation and
arrangement, would, without doubt, soon be largely increased. Acting, as
the Society does, gratuitously, laboring for the advancement of the
greatest of our industrial interests, and with the whole State as a field for
its labors, it w^as thought that the public authorities would, without hes-
itation, grant the use of such accommodations as might be necessary.
With this view, application was made to His Excellency the Governor,
who promptly placed at the disposal of the Society the rooms which it is
now occupying in the Capitol. These have been fitted up in a manner
suitable to the wants of the Society, and the care and management of
them assigned to the Corresponding Secretary.
The Library and Museum of the Society have received from the Com-
mittee su.ch attention as the circumstances of the Society would allow,
and which, though entirely inadequate, has yet furnished a foundation
upon which a noble superstructure may, in a few years, be reared.
The correspondence of the Society, which, even during the first j^ear
of its labors, had become quite extended and valuable, has, during the
past year, under the management of the proper officer, been largely
increased. Many new and valuable correspondents have been added to
the Society's lists, and the results cannot but prove of value. In com-
pliance with the provisions of the law under which this report is submit-
ted, a special direction has been given to one branch of this part of the
labors of the Society, the results of which may in part be seen from the
accompanying papers.
The Finances of the Society are in a sound condition, as will be seen by
the accompanying Report of the Treasurer. The receipts of the year,
amounting to 82,748 45, exhibit a gratifying increase over those of the
former year, and have enabled the Executive Committee to put into
execution the recommendation of their predecessors, by largely increasing
the List of Premiums to be awarded at the Annual Fair. The expendi-
tures of the year, aside from the Premium List, have been such only as
were demanded by the most urgent wants of the Society, while it has
been the constant desire and aim of the Committee to exercise the most
rigid economy and prudence in all of the financial operations of the So-
ciety. The balance in the Treasury, of about 880, will show that in this
desire they have been successful.
In the arrangement of the Premium List for the Annual Fair, it was the
aim of the Executive Committee to bestow such gratuities alone as pro-
mised the greatest good, and which would contribute most to the speedy
advancement of the industrial interests of the State. Hence, a large por-
tion was made payable in agricultural books of approved value and merit ;
as, by the distribution of these, it was thought that much information of
great and practical value would be disseminated, which otherwise might
not for a long time, if ever, be obtained. To those whose articles and
animals evinced superior and marked excellence, the diploma and medals
of the Society were sparingly bestowed. These, being permanent testi-
monials, and being given as the highest honors of the Society to those
whose exhibitions showed exertion and research, upon the various sub-
jects upon which they competed for premiums, it was thought, would be
esteemed and valued more highly than any other award that could be
made. In the award, whenever it was practicable, statements were
required from the competitors, showing Avhat was peculiar in the manage-
ment of the crop, in the fabrication of the article, or in the mode of
keeping and feeding the animal. These will appear in the accompanying
papers.
The Second Annual Cattle Show and Fair of the Society was held at
the Cold Spring Race Course, in the immediate vicinity of the city of
u
Milwaukee, on the 6tb, 7th, and 8th days of October, 1852. The
grounds selected for the purpose were enclosed by a high board fence,
the space within affording ample room for the arrangement and display
of the articles, and the accommodation of the throngs of visitors.
Within the track, which followed the fence for the most of the distance
round, was a broad, open space, somewhat undulating in surface, but
with sufficient level ground for the purposes required. The main en-
trances Avere on the northern side ; and nearly fronting them, at perhaps
one hundred yards distance, were several large tents, gaily decorated
with streamers, for the reception and exhibition of Domestic Manufac-
tures, Dairy and Farm Products, Fruits, Flowers, Paintings, &c.
Between these tents, and the track to the west and south, were arranged
the various pens for the show of Cattle, Sheep and Swine ; and at the
extremity of the line, were a collection of enclosures for Poultry. In a
fine grove, still farther to the south, were several tents and sheds,
neatly fitted up, and provided with refreshments. Towards the eastern
side of the enclosure, roAvs of posts were placed, to which horses could
be fastened. A sufficiently large space still remained unoccupied, Avhich
was appropriated to the exhibition and trial of Agricultural Implements
and various Machinery, and to the Plowing Match. On tAvo sides of the
enclosure, a fine Avood, gloAving Avith brilliant autumnal tints, gaA'e
variety and beauty to the landscape. Open fields smiled on the eastern,
while the avenues of approach Avere on the western front. The enter-
prising owner of the grounds. Dr. E. B. Wolcott, had spared neither
pains nor expense in putting them in the best order, and it would be
difficult to find, Avithin the limits of our State, a finer field for an Agri-
cultural Exhibition than the Cold Spring Course afforded.
The weather Avas propitious, and at an early hour of the first day,
croAvds of exhibitors were flocking to the Fair Grounds with their various
entries. The list was very large — nearly thrice that at the First State
Fair during the year prcA'ious — and in many of the departments, the
competition Avas as spirited as the entries Avere numerous. In conse-
quence of the non-attendance of many of those selected to act as judges
in the aAvard of premiums, some delay and difficulty was experienced
in filling up the Committees. The arrangements, too, for the reception
and exhibition of some of the articles Avere unavoidably delayed. Never-
theless, in spite of these lets and hindrances, the Exhibition gradually
15
took form and shape, the Committees assembled and made their exami-
nations, and by the morning of Thursday, the Fair was formally opened
to the public.
Notwithstanding the appearance of the weather, which was rather un-
favorable, the rush of visitors was very great, upwards of twelve thou-
sand persons, as was estimated, having passed into the enclosure during
the day. This number was largely increased on the day following, Fri-
day, although the clouds looked threatening, and rain fell at intervals
during most of the afternoon. On the morning of Friday, the Annual
Plowing Match came off, and was closely contested. In the afternoon
of that day, the Annual Address was delivered by Judge Hubbell before
the Society and an immense concourse of people. The Military and Fire
Departments of Milwaukee, in full uniform, and with their entire appara-
tus, came upon the ground just before the delivery of the Address, and
won high encomiums from the multitude present by their thorough disci-
pline and handsome display. After the delivery of the Address, the
awards of the several Committees were announced by the Secretary, and
the main business of the Fair was over. It had been designed to hold a
public auction sale of stock, machinery, farm and dairy produce, &c.,
on the Fair Grounds on Saturday morning. But the heavy rains which
set in on Friday night, and continued throughout the whole of Saturday,
mainly defeated this project.
Taken as a whole the Fair was eminently successful. The entries were
very numerous, and the exhibition in several departments Avas unex-
pectedly fine. The show of Cattle and Sheep was good, and of Horses
superior. The number of visitors in attendance outran the expectations
of the most sanguine. The proximity of a large city, and the facilities
by steamboat, railroad, and plank-road, of getting to the Fair, accounts
in part for the large gathering. Another reason for it may be found, it
is hoped, in the growing pride which the people of Wisconsin take in
these Annual Exhibitions, and the interest that all classes feel in contri-
buting to the developement of the agricultural resources of our State.
Many of the arrangements for the Fair were found insufficient, as was to
be expected, in an undertaking so new to our people. The selection of
the Committees, to judge of the merits of the different articles exhibited,
is a matter of great consequence, not only to a fair adjudication, but for
the satisfaction of the various competitors. Great care was taken in the
16
original selection of these Committees, as announced some months pre-
vious to the holding of the Fair, but from one cause or other, many
of the members so selected "were not present on the first day of the
Pair, and the places thus left vacant had to be filled on short notice, and
by a hurried selection from among the persons in attendance. This was
much to be regretted.
A complete list of the premiums awarded, will be found among the
accompanying papers.
There was a large share of Agricultural Implements upon the ground,
all of neat pattern and most excellent workmanship. Atkins' Automaton
Beaper and RaJcer, entered by John S. Wright, Esq., of the Prairie
Farmer, Chicago, was decidedly the most ingenious piece of mechanism
on the ground. This machine cuts the grain, rakes it into bundles, and
deposits these, as it passes along, upon the ground ready for the binder.
The performance of the Raker was especially curious, imitating exactly
the motions of the human arm, with the advantage of never tiring out.
This machine excited great curiosity, and received particular attention
from the farmers in attendance. We see no reason why it should not
prove a valuable addition to the stock of labor-saving Agricultural Im-
plements.
In many departments, the show of Stock was large and fine. Com-
mencing with Horses, the display was highly creditable, there being no
less than ninety-two entries under the head of Stallions, Brood Mares
and Colts — all of good stock, and many of them remarkably fine ani-
mals. In this department, as also in that of Matched and Draft Horses,
the show was more than could have been expected, and all that could
Lave been wished. Of Cattle, there was a very fine, though not a very
large exhibition. Of Swine, the show was small, considering how
important '"Wi article Pork has become to the farmers. Of Sheep, the
display was large, a- d the quality of the Stock exhibited superior. The
improvement in this particular department of Wisconsin farming within
the past two or three years, has been as marked as it is gratifying. The
experience of five or six years has established, beyond all dispute, the
fact that the soil and climate of our State are admirably adapted to the
raising of Sheep, and that no pursuit of agricultural industry yields the
farmer a more certain or more substantial return. Every one interested
in the growth and prosperity of Wisconsin, must have noticed with pride
17
and pleasure the very fine show of Sheep at the State Fair. Of Poultry,
there was an unexpectedly good display. Specimens, and fine ones too,
were exhibited of all the fashionable, as well as the common varieties.
Dorkings, Chittagongs, Shangais and Polands,- were each represented.
There were, too, some indisputably good samples of Turkeys, Guinea
Fowls, and Muscovy Ducks.
The show in the Dairy Department was small, but of excellent quality.
Some cheeses were shown which rivalled the best Xew York and Ohio
samples, and a few lots of sweet and gulden butter elicited general praise.
The high price which cheese and butter have borne during the past
autumn, and the probability that with the extending lines of railroad and
the constantly increasing rapidity and frequency of communication be-
tween the eastern market and the western producers, these prices will be
maintained, must lend increased activity and importance to this branch
of agricultural industry. Nor can there be any reason to doubt, that
with such good and abundant pasturage as Wisconsin affords, our farmers,
with pr<^per care and labor, can compete successfully with their eastern
brethren in the production of butter and cheese.
The samples of Wheat, Indian Corn, Oats, Barley, Flax-seed, and
Vegetables were numerous and excellent. In this department the exhi-
bition was highly satisfactory. The Hutchinson and Blue Stem varieties
of Winter Wheat, and the Canada Club Spring Wheat, were the favorite
ones, and the specimens exhibited vindicated the claim of Wisconsin to
the first rank among the wheat-growing States.
In the Department of Fruits and Flowers, there was an abundance to
gratify the taste and delight the eye. The show of Fruit was unexpect-
edly large, and the quality and variety alike remarkable. It was grati-
fying to find that so much attention had already been paid by our Wis-
consin farmers to the culture of Fruit, and that the money and labor
bestowed upon it" seemed to have been wisely and profitably invested.
There was a numerous exhibition of Flowers, and many of the Floral
designs and boquets were arranged with exquisite taste.
In the Miscellaneous Department of the exhibition, the show was very
creditable. Many of the mechanics of Milwaukee improved the oppor-
tunity of exhibiting specimens of their skill and handiwork. In a i-eport
like this, it would be impossible to mention by name even a tithe of the
exhibitors, or of the articles displayed. We mxist therefore content our-
18
selves with the general remark, that the State Fair afforded most con-
vincing and gratifying proof that, in all the useful arts and leading
branches of manufacture, our young State has already attained a respect-
able rank, and that she can count among her citizens, mechanics as inge-
nious and skilful as any to be found in the older eastern communities.
Having thus, in accordance with the law, given a brief sketch of their
own proceedings during the past year, the Executive Committee, in con-
clusion, would urge upon the Legislature the importance of encouraging,
by every suitable means, the improvement of the great and paramount
interest of Agriculture. To this, the leading interest in Wisconsin, and
the true basis of all State and National wealth, it is eminently proper and
fitting that the representatives of the people should freely extend the
fostering hand, and by wise and judicious patronage aid to place it in its
proper position.
Our soil is pre-eminently adapted to all the purposes of the Agricultur-
ist, but by careless and injudicious cultivation, its virgin strength must
soon become exhausted. To prevent this disastrous result, by spread-
ing abroad among our citizens a knowledge of Agricultural Science,
and the results of Agricultural research, is the special duty of the State
Agricultural Society. In the discharge of this duty, it needs the aid and
countenance of every good citizen, and of every one interested in the well
being of Wisconsin.
In resio-ning' their trust into the hands of their successors, the members
of the Executive Committee enjoy a satisfaction in feeling that in all their
labors and efforts they have been actuated by a sincere and honest desire
for the advancement of the Society, and the great interests which it has
in charge : and though they may not have accomplished all that could
have been desired, they trust that it will be found that in none of their
decisions have they greatly erred.
On behalf of the Executive Committee,
Respectfully submitted,
ALBERT C. INGHAM,
Corresponding Secretary.
19
ANNUAL ADDRESS.
The Society was called to order by the President, Hon. Hekry M.
Billings, at three o'clock, P. M., of the third day of the Fair ; and after
a very fervent and impressive prayer had been offered, by the Rev. Wm.
H. Spencer, of the Presbyterian Church, Milwaukee, the President
addressed the Society in a few brief and appropriate remarks, in conclud-
ing which, he congratulated the members upon the favorable circum-
stances under which they had assembled together, and introduced the
Hon. Levi Hubbell to the audience.
ADDRESS BY HON. LEVI HUBBELL.
Mr. President, and Fellow 3Iembers of the State Agricultural Society ;
The field of your labors is not less favored, in its locality, than rich
and varied in its products. Forming the apex between the head waters
of the St. Lawrence and the Mississippi, its navigable streams flow alike
to the Gulf of Mexico and the Atlantic Ocean. On the north, are bound-
less fol-ests of pine ; on the west, inexhaustible stores of mineral ; through,
the middle and south, fertile prairies and openings ; and everywhere,
limpid and bounding streams, pure and healthful airs.
To the eye of the stranger, Wisconsin seems the chosen home of Lidus-
try. Health, Prosperity, and Peace. Here it would seem that Agricul-
ture, Commerce, and Manufactures might establish themselves, with
■every element of nature for their helper, and every interest of humanity
for their stimulant and guide.
But, gentlemen, though the sun in his circuit, visits no spot of earth
lovelier, healthier, or more fertile than our chosen State, I am not here to
praise it. I come to speak to you only as working-men, and of your
State, as a field of labor. Labor is our common heritage ; our blessino;
as well as our curse. When the fiat of Omnipotence drove man from the
garden of Paradise, into a world of thorns and briars, we read that " the
ground was cursed for his sake," and he was sent forth, "to till the earth,
from which he was taken." But his case was not left hopeless. Though
20
the flaming sword of cherubim barred him forever " from the tree of life,"
and "in the sweat of his brow" he was commanded and compelled to
"eat his bread," two pitying angels followed his footsteps and cheered
his fallen estate. The one was Religion, and the other Art ; the one
pointed his eye to a better world ; the other taught him how to improve
and enjoy this. Aided by art, and by mental and physical exertion, man
has "taken possession of the earth and subdued it ;" he has cleared away
the thorns and briars and made "the wilderness bud and blossom as the
rose."
Among the ten thousand means which art has devised, for improving
the condition of the human family, the enlightened pursuits of Agricul-
ture slill remain the most inviting, the most productive, the most noble.
The cultivation of the soil still continues the employment of the great
mass of mankind ; and whatever lightens its burdens or elevates its vota-
ries, must command the ready attention of all right-minded persons.
Invited by the occasion, I shall venture a few remarks, not upon the
practical details of agricultural employment, but upon the qualities and
acquirements which should characterize the enlightened American Farmer.
And, in the first place, allow me to say : The xVmerican Farmer should
honor and love his calling. It was the occupation of primeval innocence.
The purest and greatest of men have turned to it, when the world's
wealth and honors and stations palled upon their cloyed senses.
Health, strength, competence, and peace attend upon the fai-mer's toils.
The sun and the sky smile directly upon his head. The fruits and the
flowers of earth spring beneath his feet, obedient to his call. The free
breezes fill his lungs and fan his manly brow. His condition is one of
practical independence. He sits beneath his own vine and fig tree. He
eats the fruits of his own labor. His wealth and his honors depend not
upon the smiles of princes or the favor of the populace, but upon his own
right arm, and the blessing of that God who has set his bow in the
Heavens, as a witness that svimmer and winter, seed-time and har^■est
shall not fail. No man prospers long who is ashamed of his occupation.
His intellect flags, his hand refuses to do his bidding. Lost to self
respect, he feels that the scorn of the world is upon him. Poverty waits
at his door, and despondency .sits upon his brow. If such a man be dig-
nified by the name of farmer, what can you expect from him ? Though
he put his hand to the plow, his own shadow will cause him to faint in
the furrow. Pride, emulation, conscious rectitude, honorable ambition,
% 21
are requisite to great and successful efforts, alike in the field and the
workshop, at the merchant's desk and in the halls of legislation. Our
agricultural population can never be what they ought to be, until every
man walks abroad, not only in the dignity of his own nature, but in the
just pride of his own calling; until every man feels that a farm, worked
by his own hands, is better than a patent of nobility ; that a family
clothed in articles of their own manufacture, is more respectable than if
the jeweled gifts of Princes hung upon their necks, or glistened upon their
idle fingers. Let the farmer understand, that in this country, we have
no vagabond race of gentlemen, heirs to idleness and successors to pomp,
luxury, and vice ; no lineal aristocracy, absorbing the dignity, the honor
and the power of all other classes, and yet contributing nothing to the
products of the earth or the common good of mankind. But let it be
known everywhere — known, practised, and felt, that labor is honorable ;
that idleness is disreputable ; that he Avho eats his bread in the sweat of
his brow, not only submits to no servitude, but stands justified before
God and man, as fulfilling the law of his existence.; as doing that, which
if all men would do, earth would be immeasurably relieved of the curse,
and its inhabitants made as prosperous, as independent, and as happy as
our fallen nature admits. Hence, I say further, that the farmer should
be industrious. Idleness is the parent of all the vices ; industry of nearly
all the virtues. I have never known an industrious community that was
not prosperous, independent, peaceful, and virtuous. Industry promotes
not only the health of the body, but that of the mind and heart. Its
achievements are almost inconceivable. The constant dropping of water
wears away the massive and solid rock. The continued clicking of a
single hammer, worked by a single hand, during the hours of labor in
one man's life, would beat into atoms the entire Capitol at Washington.
Industry overcomes all obstacles. It circumnavigates the globe ; it digs
into the bowels of the earth ; it scales with ease the frightful precipice ;
it propels the weary ox, slow-footed and heavy laden, from his home in
the east, across the continent, over arid plains and deep marshes, up
rocky steeps and snowy mountains, till he descends the western slopes
and drinks of those streams "whose foam is amber and whose gravel
gold." Industry adorns alike the humble cot and the most costly man-
sion. It is the magic wand, which, like that of Midas, transmutes all
.baser metals into gold. Industry works by system. It has a place for
everything, and everything in its place. It has a time for everything,
22
and does everything at the proper time. It is not drudgery ; it is not
servitude ; it is cheerful and free. It rises with the lark, when the dew
is on the lawn, and begins as merrily the labors of the day. It retires
at evening like the setting sun, peaceful and serene, after the accomplish-
ment of its appointed task. Industry is labor, guided by intelligence and
prompted by free will. It is a sure staff by which all men may walk, by
which the farmer must. The warrior wins glory and renown by a single
battle. The merchant fills his coffers by a single venture. The miner,
sacrificing health, comfort, and repose, amasses wealth in a few months.
But the tiller of the soil, by slower and surer processes, aims to better
his condition. His labors distribute themselves throughout the year. He
lives and enjoys himself as he goes along. His hope and expectation is,
to make the years' ends a little more than meet, to find his farm im-
proved in condition, his stock enhanced in number and quality, his house
better furnished, his family better clad, his debts, if he has any, some-
what reduced, and perhaps, his capital at interest a trifle augmented.
He ventures cautiously, manages economically, accumulates gradually.
To such a man, industry is the very handmaid of prosperity. Though
the seasons may be backward — though wet and drought may impair his
crops — though disease may infest his cattle — though the rust may blight
bis harvest — though prices may be low and the market dull — still indus-
try cheers him on — "Sovereign o'er transmuted ills;" still his course,
guided by her, is forward and upward, and he carries the whole circle of
the virtues with him.
The farmers should also he skilful. The condition of the arts gene-
rally, marks the progress of civilized over savage life. As light dawns
upon the head and hearts of nations, they advance in Agricultural know-
ledge, and as this science is cultivated, society uniformly progresses in
refinement, intelligence and social elevation. Not many years since, a
few implements of agriculture were sent out to a company of Mission-
aries established among the Hottentots, near the Cape of Good Hope.
Permission was obtained from the swarthy king of the tribe to make an
exhibition of the working of the Plow — and his majesty, with his royal
family and chief officers, consented to be present and witness the spec-
tacle. Arrangements were made accordingly. The novelty of the scene
attracted a great crowd of idle and ignorant natives. It was the first
time a plow had broken the soil of that ancient realm. One of the Mis-
sionaries held the plow, and drove the team after the American fashion j
23
and as it passed around the first and second time, turning over the earth
with an easy and graceful motion, the curiosity and wonder of the mon-
arch was greatly excited. At the third round he pulled off his cap,
threw it upon the ground and exclaimed, "that instrument is worth
twenty wives." This is the estimate which a king in Africa puts upon a
plow : that is the standard by which a man, unacquainted with the plow,
measures value. Farmers of Wisconsin ! surrounded by wives and daugh-
ters whom you honor, love and cherish, you should remember that a
woman is noAvhere so pure, nowhere so highly estimated, nowhere so
nobly influential as in those rural districts where the science of agricul-
ture is most highly and successfully cultivated. The best managed farm
is almost sure to display a farm-house equally well managed, and a
family circle over which woman presides with equal cheerfulness and
grace. There, woman displays, within her proper sphere, all the
homely virtues as well as all the social refinements for which God and
nature fitted her ; there, she presents the happy medium between the
vile slavery to which barbarism reduces her, and the imaginary inde-
dendence, after which modern Bloomerism is wildly and vainly striving.
But I was arguing that skill in agricultural science, demanded the at-
tention of the American Farmer. Whatever is worth doing at all, is
worth well doing — whatever it is expedient or necessary to do, should
be done in the easiest, quickest and most efficient manner. As labor is
the source, or constituent, of all capital, it follows that whatever doubles
the product of a day's labor, doubles the capital of the laborer. This
principle may be extended and carried out through all the branches of
agricultural pursuits. Not only the labor-saving implement or machine
practically increases the farmer's capital, but every improvement in
seed, in the mode of cultivation, in the time and manner of doing
work, and in the adaptation of soils to crops, and crops to soils,
must add correspondingly to the product of any given investment.
So, also, every improvement in the breeds of cattle, horses, sheep,
or other domestic animals, and the modes of rearing, training, keep-
ing and managing them, must cheapen the cost, while it increases
the product and adds to the value. It requires no wizard to teach us
that the mode of culture adopted now, in this State, is superior to that of
the ignorant savages, whose corn hills still dot the surface of the earth
in many places around us. Those savages would have been surprised,
could some prophet have informed them, one hundred years ago, what a
2i
century would exhibit among their planting grounds, in the way of agri-
cultural improvement. So, I fancy would this audience be surprised,
could some magic hand cast forward the horoscope, and show to them
what improvements, even here, another hundred years are destined to
present. The spirit of the age is progress. In every branch of industry,
the genius of man is dispelling the darkness of the past, and chaining
the elements to his car of triumph. The declaration of the Scripture is
being more than fulfilled — not only has man "sought out many inven-
tions," but he is asserting his privilege and prerogative to seek out
many more. It is time that the farmer woke up to his duties and his
privileges. It is not enough that he is as wise as his fathers were. It is
not enough that he watches the changes of the moon and the approaches
of the doof star — not enouc^h that he waits for the times and the seasons,
and even prays to Him who guides Arcturus with his sons, and binds the
sweet influences of Pleiades. He must apply practical science to his daily
efforts. He must walk by the lights which modern improvement has
spread around him. He must profit by example, by precept, by study
and by reflection, or he is not as wise as he ought to be, or as successful
as he might be. He must not jog on, in the slow, heavy lumber wagon
of past days, or the railroad train of the present will sweep by him, and
pass out of sight on the track of progi'css.
But above all, the American Farmer should not slacken his efforts
nor abate his desires to acquire skill in all that appertains to his calling.
He should remember that ao-riculture is the ffreat business of the Ame-
rican People ; that it is the source of their wealth, and the just object of
their pride and glory ; that the American people occupy an eminence
above the rest of mankind, in liberty and civilization ; that the eye of
the world is upon us, and the sounding tread of the nations, far down
in the depth below, echoes in our ears, warning us to press forward and
make room for them.
Again : — The American Farmer should be a temperate man. All
experience and all history demonstrate that intoxicating drinks add no
permanent vigor to the limb, or energy to the intellect. In man and in
woman, in youth and in age, in toil and in rest, even their temperate use
can only be justified as a doubtful luxury and not as a useful beverage.
The mother of Sampson was commanded by an angel from Heaven to
"Drink not wine or strong drink."
25
The Roman Poet, alludintr to those who wore trained to contend in the
Olympic Games, admonishes the emulous youth of his time —
" Qui studet optatam cursu coutingere metam
Multura tulit fecitque piier, sudavit et alsit
Abstinuit venere et viuo." —
And the great Apostle of the Gentiles, borrowing an illustration from
the same subject, appeals to the Corinthians, as knowing, " that every
man who striveth for the mastery is temperate in all things."
The greatest General of the past age, perhaps the greatest genius of
any age, Xapoleon Bonaparte, was as temperate in living as he was bold
in desion, and resistless in execution.
But why appeal to the master-spirits of the world for illustration of a
principle, which is as universal in application as it is undeniable in utility.
Happily the history of our Agricultural population has exemplified the
truth, that the virtues are kindred, and that where prudence, economy
and industry prevail, simplicity and purity in habits, and, above all, tem-
perance in the use of intoxicating drinks, has been found to prevail. Our
Agricultural communities, generally, have honored and benefitted them-
selves by their devotion to this cause : and it may w^ell be hoped that the
past will be but an incentive to future efforts, — that their practices may
diffuse yet richer blessings at home, and command more respect and win
more followers abroad.
Still further : The American Farmer should be an Educated Man.
Knowledge is power the world over. We live in an age signalized by the
diffusion of mental light, we live in a country pledged by its institutions,
and devoted by its tastes, to make popular education thorough and uni-
versal. We live in a State upon Avhich the munificence of the General
Government has bestoAved the means of educating every man, woman
and child. Common school instruction is the birth-right of every son
and daughter of Wisconsin. The Pierian Spring bubbles literally at your
door-steps, and your children and your childrens' children have but to
kneel down and drink of the waters of knowledge. Ignorance among
us must be hereafter a disgrace. The will only is Avanting ; the will, on
the part of parents, and obedience on the part of children, to make the
future population of Wisconsin the most generally, if not the most
thoroughly, educated people on earth. And shall that will be wanting ?
Shall a people who have their destinies in their own hands ; with whom
rests the sovereign power ; who frame and abrogate constitutions ; pass
3
26
and repeal laws ; establish and dispense with courts of justice ; elevate
and displace rulers — shall they refuse to qualify themselves for the pro-
per exercise of those high functions ? Above all, shall that portion of
the people Avho numerically control the ballot boxes ; Avhose habits and
tastes and avocations best fit them to cherish, and exemplify those purer
and sterner virtues out of which our Republican Institutions sprung —
shall they, who have emphatically in their hands the hopes and des-
tinies of Freedom, and upon whom Heaven has devolved the high prero-
gative of rescuing the face of the earth from its primal curse — shall they
prove recreant to their position — to their privileges — to the just expecta-
tions of the civilized world ? The thought is not to be tolerated.
Once more. The American Farmer should be a man of Taste. His
walks are among the beautiful things of Earth. The gew-gaws of
fashion, and the gilded trappings of wealth and power, are but dumb
shows, compared Avith the sights Avhich present themselves to his eye.
For him, the limpid brook gurgles over its stony bed, and steals its wind-
ing way along the green and flowery mead ; for him the tender plant
bursts from the nurturing earth — first the blade, and then the stalk, and
then the full-grown corn in the ear. P'or him, the forest waves in the
summer breeze, turning up the silver sheen of its leaves, in unconscious
display of beauty : for him the morning sheds its golden light, sprinkles
its pearly dews, and breathes its balmy air.
The very workshop of the Farmer is the temple and palace of Nature ;
and if his heart is not insensate, if his soul is not blinded or dark, refine-
ment must grow upon him like a habit, and become a part of his nature.
It matters not that his employment is laborious and rough ; that his attire
is plain ; that his home is humble. "We do not train the soldier in a
drawing-room, nor rear the oak in a hot-bed. We do not complain of
the pine-apple because its exterior is rough, nor do we relish the crab-
apple because its surface is polished. The mind, the heart, and the soul,
are the standard and measure of the man; and if the Farmer is not refined
and tasteful and elevated, he is impervious to the quickening influences
with which a wise and benignant Providence has bountifully surrounded
him. And how palpably do these evidences of taste, or the want of it,
display themselves throughout every agricultural community. Pass
through the State, and mark the farm where the fences are neglected ;
where briars and weeds grow in the corners and around the stumps ;
where the cattle stand shelterless in the wind, or feed upon the unfenced
27
stacks of grain ; where the dwelling house parches in the sun, without a
tree, a vine, or a flower to shelter and adorn it ; where old hats and old
clothes vie with children's faces in the broken windows, and pigs louno-e
on the vacant site of the piazza and door steps ; and who does not know
that, in this place, the man, and what is infinitely worse, the woman, is
devoid of taste, and that, wanting taste, they lack all the characteristics
of good and successful farmers ? I will not detain you by painting the
more pleasing antipode of this disagreeable picture, but content myself
with hoping that among the wholesome influences of this Society, will be
the cultivation of a more elevated taste, and that in a few years, our
whole State will be dotted over with tidy and comfortable farm houses,
which give evidence not only that prosperity has made them its home,
but that taste and refinement there preside, shedding beauty and grace,
contentment and joy.
But it is time these desultory remarks were drawn to a close. I beg
leave to mingle my regrets with yours, at the misfortune which deprives
us of the anticipated speaker on tliis occasion.- Unexpectedly called, in
the midst of pressing engagements, to discharge the honorable duty which
has devolved upon me, I feel that I am but strnding as an apology for
him, whose fame and genius were invoked to lend interest to your Second
Annual Meeting. May the anniversaries of your Society be perpetual,
and their benign influences become as pervading as they must be useful.
The age in which we live is altogether interesting. To the Agriculturist,
the signs of the times are animating, encouraging, inspiring. The power
of steam has gone far to annihilate space ; the electric telegraph outstrips
time. The people of the earth are becoming practically but one family,
and the nations near neighbors. The great marts of the world are our
market-places. Railroads are penetrating the interior of even this State,
and bringing into usefulness and value vast tracts of land, recently but
the desert home of the savage and the wild beast. The bowels of the
earth are yielding up unwonted and unmeasured quantities of the precious
metals. All the products of the soil find a ready market and a fair price.
Riches are increasing and abounding in the land. Thousands and hun-
dreds of thousands of persons find themselves in easy and afiluent circum-
stances, seeking investment for their capital and occupation for their
minds. What more inviting field than that of Agriculture ?
* The Hon. William H. Seward was written to, and expected until a late hour, to
be present and address tlie Society,
28
The time has gone by when it was thought necessary to force a young
man into one of the professions to make him respectable. The profes-
sions are crowded with those who are htted to shine in them, and bur-
dened with those who are not. Respectability is confined to no particular
class — no profession — no occupation. The industrious, the intelligent,
the cultivated, the tasteful, and moral, are everywhere respectable. Why,
then, overwhelm the professions with those who must fail to realize their
hopes, and rob the field of those who might there be independent, useful
and honorable ? Let the occupation of the farmer be properly estimated;
let it be elevated to the highest ground, and let others look up to it. Tell
the ingenuous youth of the country — those who have talent, enterprise,
or wealth to employ — here is your appropriate field of exertion ; here
you may blend taste and beauty with pleasure and profit ; here you may
have employment that strengthens the body and gratifies the mind ; here
you may build a home that virtue consecrates, opulence adorns, and hospi-
tality renders attractive ; here you will be exempted from the cares and the
disappointments that vex the commercial, the professional and the political
world ; here contentment and peace, like angel's wings, will overshadow
your roof; and around the family altar and the family table, gathering
the circle of cheerful hearts and cheerful faces, you may eat and drink,
" And ill communion sweet,
Quaff immortality and joy."
ENTRIES AT MILWAUKEE.
CATTLE 65
HORSES 135
SHEEP 331
SWINE AND POULTRY. ...^ 43
FARMING IMPLEMENTS 109
PLOWING MATCH 6
DAIRY 21
FLOUR AND HONEY 16
GRAINS, SEEDS AND VEGETABLES 131
DOMESTIC MANUFACTURES AND NEEDLE WORK.. 112
FRUITS „ 92
FLOW^ERS 45
PAINTINGS 53
MISGELL/.NEOUS 170
1329
29
WISCONSm STATE AGKICULTURAL SOOIETr.
REPORTS OF COMMITTEES
Made at the Second Annual Cattle Show and Fair of the Society, held at
the City of Milwaukee, on Wednesday, Thursday and Friday, 6th,
7th, and 8th days of October, 1852.
SHORT HORN?.— No. or Extries, 25.
Judges. — Thomas P. Turner, Palmyra ; Martix Field, Mukwanego ;
Hiram Barber, Juneau.
Best bull three years old and over (Henry Clay) ; Leonard Gage,
Hainesville, 111. Diploma, and Stephens' Book of the Farm.
"Henry Clay is a thorough-bred animal ; is red and white ; the red
more or less mixed with white hairs. He was bred by Horatio N. Cary,
of Marcy, Oneida county, N. Y. ; was calved, April, 1848. He was sired
by the full-bred Durham bull Oregon ; Oregon by Cortez ; Cortez by
Ajax ; Cortez's dam. Conquest, by Washington ; g. dam, Pansy, by
Blaze ; g. g. by Charley ; g. «. g. Primrose, by Blythe Comet ; g. g. g. g.
Primrose, by Prince ; g. g. g. g. g. Primrose, by Patriot. Ajax sired by
Washington ; dam Red Lady, by Washington ; g. dam Pansy, by Blaze ;
g. g. Primrose, by Charles ; g. g. g. Primrose, by Blythe Comet ; g. g.
g. g. Primrose, by Prince ; g. g. g. g. g. Primrose, by Patriot. Wash-
ington and Pansy were imported by Stephen Van Renssellaer, of Albany,
and were bred by Mr. Champion, of Engand."
Second best bull three years old ajid over (Eclipse) ; Harvey Durkee,
Kenosha. ^5.
"The bull Eclipse was calved August, 1848; was bred by George
Vail, Esq., of Troy, N. Y. ; got by his prize bull Meteor, ( 104 A. H. B.) ;
dam Arabella, bred by Thomas Bates, Esq., England. Arabella was
got by fourth Duke of Northumberland, a Dutchess bull, (3649 E. H. B.);
her dam by Duke of Cleveland, (1937 E. H. B.) ; g. dam by Belvidere,
30
(1706 E. H. B.) ; g. g. dam, a superior short-horned co"w, bought by
Mr. Bates in 1828, and possessing some of the best blood of the Collins
stock."
Best bull two years old and over (Murat) ; J. Rogers, Burlington. Sil-
ver Medal.
Murat is of white color, flecked with roan, and was got by Eclipse,
for whose pedigree see above.
Best one year old bull — white ; Samuel A. Thurston, Burlington. Youatt
on Cattle.
Second best one year old bull (Otsego) ; A. P. Lyman, Sheboygan.
Transactions.
" Otsego is a red bull ; calved. May, 1851. He Avas bred by Francis
M. Botch, Morris, N. Y. Got by Coxcomb ; dam Harebell, by Bertram
2d, (3144 E. H. B.) ; Coxcomb sired by Yorkshireman, (5700 E.H.B.) ;
dam Coral, by Bertram 2d; g. dam. Conquest by Washington, (1666
E. H. B.) ; Yorkshireman was bred by Mr. Bates, of England — imported
by Mr. Cope; sired by Short-tail, (2621 E. H. B.); dam by Belvidere,
(1760 E.H.B.)"
Best cow three years old and over (Kate) ; Harvey Durkee, Kenosha.
Diploma, and Stephens' Book of the Farm.
"Kate is red and white ; nine years old. Got by Ajax ; bred by Gen.
Van Renssellaer. Dam by imported Coplow ; g. dam by Comet ; g. g.
dam by Nelson. These bulls were all imported animals."
Second best cow, three years old and over ; red, eight years old ; A.
Blanchard, M. D., Milwaukee. $5.
Best one year old heifer ; Adam E. Ray, Troy. Youatt on Cattle.
Second best one year old heifer (Rose) ; L. W. Willan, Pewaukee.
Transactions.
DEVONS.— No. OF Entries, 3.
Judges. — Leonard Gage, Hainesville, 111.; H. B. Marsh, Kenosha;
H. B. Hawley, Milford.
Best bull three years old and over (Bishop) ; A. P. Lyman, Sheboygan.
Diploma, and Stephen's Book of the Farm.
"Bishop is six years old ; is a deep cherry red ; was sired by Balti-
more. His dam was Frozenfoot, an imported cow."
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31
Best two years old bull (Sir Henry) ; David Hall, Gaines, N. Y. Silver
Medal.
Best cow three years old and over (Lucy) ; A. P. Lyman, Sheboygan.
Diploma, and Youatt on Cattle.
The Judges remark, in their report, that while the show in this class
was small, yet the animals presented were perfect specimens, and reflect
great credit upon their enterprising owners,
NATIVES, AND CROSS BETWEEN NATIVES AND IMPROVED CATTLE.
No. OF Entries, 19.
Jadfjes. — Joseph Davenport, Genesee ; Elisha W. Edgerton, Summit ;
Richard Jones, Genesee.
Best two years old bull (Wisconsin Jack) ; Talbot C. Dousman, Ottawa,
Silver Medal.
Second best two years old bull (Bill) ; red ; Benjamin Bettis, Mequon.
Youatt on Cattle.
Best one year old bull ; red ; S. C. Hall, Whitewater. Youatt on Cattle.
Second best one year old bull (Prince Albert) ; E. F. Weld, Eagle.
Transactions.
Best bull calf (Young Herod) ; speckled ; Emery Thayer, East Troy.
Transactions.
Second best bull calf ; dark red ; four months old ; Martin Cogswell,
Brookfield. Allen's Domestic Animals.
Best cow three years old and over ; speckled ; four years old ; Richard-
son Houghton, Milwaukee. Diploma, and Stephens' Book of the Farm.
Second best cow three years old and over ; George <fe William McKay,
Rockhill.
Best one year old heifer (Kate) ; red and Avhite ; Charles James, Mil-
waukee. Youatt on Cattle.
Second best one year old heifer ; brown ; John P. Weaver, Milwaukee.
Transactions.
Best heifer calf ; red ; Beecher k Bryant, Milwaukee. Transactions.
Second best heifer calf; John B. Dousman, Milwaukee. Allen's Domes-
tic Animals.
32
CROSSED IMPROVED BREEDS.— No. of Extries, 9.
Jadijts. — Joseph Davenport, Genesee ; Elisha W. Edgerton, Summit ;
Richard Jones, Genesee.
Best bull three years old and over (James Wadsworth) ; red ; five years
old ; W. S. Skinner, Ela, 111. Diploma, and Stephens' Book of the
Farm.
Second best bull three years old and over (Badger Boy) ; red ; five years
old ; Hiram Cross, Sugar Creek. $5.
Best two years old bull ; red ; Durham and Holderness cross ; Samuel
Hewitt, Rochester. Silver medal.
Second best bull two years old (Nero); Nelson North, Hartford. Youatt
on Cattle.
Best cow three years old and over (Korah) ; Devon and Durham;
Beecher k Bryant, Milwaukee. Diploma, and Stephens' Book of the
Farm. ;
WORKING OXEN.— No. or Entrieis, 9.
Judges. — Joseph Goodrich, Milton ; Talbot C. Dousman, Ottawa ; Jesse
Meaciiam, Troy.
Best yoke of oxen. Brindle, white faces ; seven years old past ; George
0. Tiffany, Milwaukee. 810.
Second best yoke of oxen. White ; nine years old ; L. G. Stow, Hart-
ford. $5.
Best yoke of steers, two years old ; John B. Dousman, MilAvaukee. You-
att on Cattle.
STALLIONS, BROOD MARES, AND COLTS.— No. of Exteies, 92.
Judges. — E. Hathaavay, Milwaukee ; Joel P. Maxn, Madison ; John L.
D. Eyclesheimer, Janesville.
Best stallion over four yeai-s old (Badger Boy) ; A. F. Pratt, Wauke-
sha. Diploma, and Stephens' Book of the Farm.
•'Badger Boy was eight years old in the month of August, 1852. His
color is a light grey ; is sixteen hands high, and well proportioned ;
weighing twelve hundred pounds. He was sired by Young Messenger,
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■whose sire was Ogden Messenger, got by Bush Messenger. Young
Messenger's dam was a bay mare, got by Old Eclipse. Badger Boy's
dam i.s Old Whitey. Old Whitey was sired by an imported Norman
French horse, owned in Washington county, N. Y. His pedigree and
excellent stock are well known."
Second best stallion over four years old (Vermont Morgan); T. J.
Wood, Baraboo. $5.
" Vermont Morgan is a dark dapple grey, standing sixteen hands high,
and weighing twelve hundred and fifty-nine pounds. He is a thorough-
bred Morgan, his pedigree being as follows : Chittenden Morgan ; Green
Mountain Morgan ; Gifford Morgan, by the original Morgan, who was
got by True Briton, by Wildair ; dam by Sherman Morgan ; and g. dam
by Gifford Morgan."
Best brood mare over four years old, with foal at her foot, (Kate) ; five
years old ; Joseph Davenport, Genesee. Diploma, and Stephens'
Book of the Farm.
Second best brood mare over four years old, with foal at her foot, (Old
Dolly), eight years old; Jacob Burgitt, East Troy. Youatt on the
Horse, and $2.
Best stallion three years old (Young Henry) ; bay ; D. S. Cady, Mil-
waukee. Silver medal.
Second best stallion three years old (Charles Wisconsin); deep bay;
William Vliet, Milwaukee. American Muck Book, and ^1.
Best mare three years old (Fanny); sorrel; Garret VHet, Milwaukee.
Silver medal.
Best stallion two years old (Grey Messenger) ; Elisha Phillips, Ken-
osha. ^5.
Second best stallion tAvo years old (St. Patrick) ; sorrel ; Simon Ruble,
Beloit. Youatt on the Horse.
Best mare two years old (Jessie) ; Enoch Chase, Milwaukee. S5.
Second best mare two years old (Fan) ; black ; Peter D. Wemple, Em-
erald Grove. Youatt on the Horse.
Best stallion one year old (Patrick Henry) ; brown ; Emery Thayer,
East Troy. Youatt on the Horse.
34
MATCHED AND DRAFT HORSES AND GELDINGS.— No. op Entries, 35.
Judges. — Erastus B. Wolcott, Milwaiikee; Geo. C. Pratt, Waukesha.
Best pair of matched horses (Hamiltonian and Messenger) ; seven years
old ; brown ; George 0. Tiffany, Milwaukee. Diploma, and Stephens'
Book of the Farm.
Second best pair of matched horses ; Addison Baker, R,acine. S5.
Best pair of draft horses (Grey Sampson and Windflower) ; Simon
Ruble, Beloit. Diploma.
" Grey Sampson is a dapple grey, five years old, and stands eighteen
hands high. He was sired by the celebrated imported draft horse Samp-
son, who was brought from England to New York, and from thence
taken to Ohio. His dam is Canadian Lion, sired by Old Lion, of Penn-
sylvania. Young Sampson weighs 1783 lbs. when in good order.
"Windflower is a dapple grey, seven years old, stands seventeen hands
high, and weighs 1660 lbs. He is a descendant of the English Coach
Horse on the side of his sire. His dam is Lady Jane, got by Highlander.
Her dam was got by Duncanan, and her grand-dam by Old Messenger."
These horses show many superior points, being not only powerful
draft horses, but excellent roadsters.
Second best pair of draft horses ; greys ; eight years old ; Richard
Richards, Mount Pleasant. $5.
Best Gelding (Henry); five years old; Nicholas Ehle, Kenosha. Diploma.
Second best gelding (Don) ; sorrel ; five years old ; Joshua Davis, Ke-
nosha. S3.
Best mare (May Henry) ; four years old ; William Shallock, Milwaukee,
Diploma.
Second best mare ; sorrel ; five years old ; Sabina Barney, Wauke-
sha. $3.
JACKS AND MULES.— No. of Extries, 8.
Judges. — Erastus B. Wolcott, Milwaukee; Geo. C. Pratt, Waukesha.
Best jack ; Spanish ; six years old ; David Williams, Geneva. S5.
Second best jack ; brown ; B. A. Jenkins, Genesee. $3.
Best pair of mules ; ten years old ; Talbot C. Dousman, Ottawa. $5.
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35
LONG WOOLED SHEEP.— No. of Esteies, 43.
Judges. — Thomas T. Whittlesey, Pheasant Branch ; Reuben M. Norton,
Racine ; Talbot C. Dousman, Ottawa.
Best buck over two years ; Thomas K. Carr, Oak Creek. $4.
Second best buck over two years ; John Hinton, Eagle. Transactions.
Second best buck two years or under ; John Hinton, Eagle. Youatt on
Sheep.
Best pen, three buck lambs ; John Hinton, Eagle. 83.
" I pen my sheep every night. They have a warm cot where, when it
is very cold, they go, but when it is mild, they lie outside. I feed them
on timothy and clover hay ; about the beginning of March I add tur-
nips. I feed the ewes and lambs on time thy and clover in the spring,
and wean the lambs in July, on the lattermath, after the timothy and
clover is mowed. John Hinton."
MIDDLE WOOLS.— No. of EniEiKi, 58.
Judges — Thomas T. Wiiittlesev, Pheasant Branch ; Reuben M. Norton,
Racine ; Talbot C. Dousman, Ottawa.
Best buck over two years ; A. P. Lyman, Sheboygan. ^4.
Best buck two years or under ; N. B. Clapp, Kenosha. $3.
Best pen, three ewes, over two years ; N. B. Clapp, Kenosha. 83.
Best pen, three buck lambs ; N. B. Clapp, Kenosha. 83.
"On several accounts, for this country, I prefer the Southdown sheep
to the Merinos. They are much hardier animals, have stronger consti-
tutions, and are better calculated for mutton — averaging, at least, one-
third larger size than the fine-wool Merinos. For feeding, they are un-
surpassed; producing a superior quality, and greater weight of flesh.
from the same feed than any other sheep. The ewes are very prolific.
The lambs, when young, are usually stout and healthy — much easier
raised in cold weatlier than fine-wool lambs. I prefer them to the Lei-
cesters or Cotswolds. They cut nearly the same quantity of wool, and
of a finer quality ; and with the same feed will produce as much flesh,
and of a superior quality. They do not require as much protection from
storm, on account of the compactness of the fleece. They are far supe-
rior, in crossing with the fine-wool sheep. A. P. Lyman."
36
MERTIfOS — No. or Entries, 141.
Judges. — Thomas T. Whittlesey, Pheasant Branch ; Reuben M. Norton,
Racine ; Talbot C. Dousman, Ottawa.
Best buck over two years ; Alraon Atwood, Waupun. ^4.
Best buck two years or under ; Wesley P. Benson, Johnstown. $3.
Second best buck two years or under ; David Hall, Gaines, N. Y. Youatt
on Sheep.
Best pen, three ewes, over two years ; Almon Atwood, Waupun. $4.
Second best pen, three ewes, over two years ; Edgerton & McCarter,
Summit. Transactions.
Best pen, three ewes, two years or under ; David Hall, Gaines, N. Y. $3.
Second best pen, three ewes, two years or under ; H. B. Burritt, Mas-
kego Centre. Youatt on Sheep.
Best pen three buck lambs ; Almon Atwood, Waupun. 83.
Best pen three ewe lambs ; H. B. Burritt, Muskego Centre. $3.
Second best pen three ewe lambs ; George C. Pratt, Waukesha. Youatt
on Sheep.
Almon Atwood's Statement.
"These sheep I have raised from some pure-blooded Merinos, which I
bought of Edwin Hammond, Esq., of Middlebury, Vt., in the autumn of
1847. Mr. Hammond purchased his flock of Mr. Stephen AtAvood, of
Litchfield county, Conn., who has bred pure from the Humphrey import-
ation of Spanish Merinos. These sheep are noted for their hardiness of
constitution, and for the large amount of fine wool they produce, in pro-
portion to the size of carcass. Bucks of this flock generally shear from
ten to sixteen pounds of washed wool ; the ewes from four to eight pounds.
My flock of ewes, sixteen in number, sheared ninety-four pounds of
washed wool the past season, and reared sixteen lambs, with ordinary
keeping. The fleeces ranged from four to seven and three-fourth pounds.
"The bucks, when they have attained their full growth, weigh from
one hundred and forty to one hundred and seventy-five pounds ; the ewes,
from eighty to one hundred and thirty pounds. The outward appear-
ance of this wool, in its natural state, is quite dark ; but when opened,
it appears very white and glossy, with a fine, beautiful crimp. Sheep
37
will do well, in summer, on grass alone, in flocks ranging from one hun-
dred to two hundred, if kept within enclosures ; but they can be kept, in
much larger flocks, by allowing them to run at large on our prairies and
openings, where there is an extensive range. When kept in this way, a
shepherd should be with them, to keep them from straying, and collect
them together at night. In winter, I keep my sheep on our wild hay,
and they can be kept very well on hay only ; but I think it much better
to feed some grain. I think Avheat bran the best, especially for breeding
ewes ; and if I wish to feed heavier, I mix boiled barley and oats. Oats
is a very good grain for sheep, and I think feeding in the straw prefera-
ble. Potatoes, turnips, carrots, and beets are excellent for sheep, when
the weather is mild, but, when very cold, I think grain better. Some
method should be taken to prevent the sheep from running over their
fodder ; either with racks or boxes. I prefer the latter, made of boards,
about one foot in width, with a space, seven or eight inches, between
them, and two and a half feet wide. Sheds should be provided, and it
is better if they can be arranged so as to feed under shelter, and con-
fine the flock there during storms. Sheep require water as much as any •
other stock. It should be situated convenient to the yard ; for if it is not,
they will go without for days, in very severe weather, rather than expose
themselves to the piercing Avinds — which is very injurious.
Almon Atwood."
Wesley P. Bensox's Statement.
"My sheep are bred from two of the most popular flocks of Spanish
Merinos in Vermont — (the Brewer and Atwood flocks). The weight of
wool of my buck, when one year old, was thirteen pounds ; and his weight
of carcass was one hundred and twenty-six pounds.
''From the earliest ages, sheep have been classed among the most val-
uable of domestic animals. Previous to the deluge, they were oflfered in
sacrifices ; and since that period, their flesh has been used for food, and
their wool for clothing, in all quarters of the world.
•'No other animal requires so much attention to its food, during win-
ter, as the sheep. When first brought in for the winter, they are usually
confined in so small a space, and in such numbers, that the air becomes
impure, and will soon produce disease. It will be a great preventive of
disease, to smear their noses with tar, as often as once in two weeks,
38
during the winter. Although no better food for sheep exists than ripe,
well cured, timothy hay and clover, yet they will do well with our marsh
hay, and oat straw, when cut green and well cured. Potatoes, turnips,
and carrots I find of great advantage to sheep, in this country. My
manner of feeding these roots is, to cut them fine and mix them with corn
meal. Sheep suft'er much, in winter, by being deprived of green food,
and not having access to the ground. It is well to let them have a few
feet of turf, loam, or gravel. Should this become frozen, break it up
occasionally, with a crowbar or axe. I find it difficult to give the Spanish
sheep grain enough to start their wool. I commence with a pint of oats
per day, and afterwards increase it to a quart per head.
" In order to raise good lambs, I find it beneficial to feed the ewes,
before and after dropping, with carrots, turnips and beans. My lambs,
at the age of two months, have weighed from thirty pounds to forty -five
pounds. This feeding adds also to the weight of the clip from the ewes.
My ewes have cut from five and a half pounds to eight pounds per head.
Although it may be considered that I take too much pains with my
sheep, yet I only pursue my New England habits ; and in this I shall
continue until I am satisfied that there is a better way. As soon as mild
weather appears in spring, and long before the snow has disappeared,
sheep exhibit an inclination to leave their long confinement, and seek
their food in the meadow or pasture. It is well, however, to keep them
confined until the snow has mostly disappeared, and the ground becomes
nearly dry. Sheep at this season should be kept where they can have
access to the ground in the day time, and be fed occasionally with pota-
toes and turnips.
" In summer, sheep require pastures that are dry. They thrive best
on high table land, or on mountain ridges, abounding in bitter plants
and aromatic herbs. In Wisconsin, we have one of the best climates in
the Union for the Spanish Merino sheep.
" For six weeks before yeaning, the ewe should be deprived of most
of her accustomed supply of potatoes and other vegetables, as these are
calculated to produce a surplus quantity of milk, Avhich is frequently
injurious. At the time of yeaning, however, a small quantity may be
given, as it will tend to strengthen the ewe. If yeaning comes when the
nights are cold and frosty, the ewes should be warmly housed.
Wesley P. Benson."
39
SAXONS— Nc. OF Entries, 33.
Judges. — Thomas T. Whittlesei-, Pheasant Branch ; Reuben M. Norton,
Racine ; Talbot C. Dousman, Ottawa.
Best buck over two years ; Harvey Durkee, Kenosha. S4.
Second best buck over two years ; N. B. Clapp, Kenosha. Transactions.
Best pen, three ewes, two years or under ; N. B. Clapp, Kenosha. S3.
Best pen, three ewe lambs; N. B. Clapp, Kenosha. $3.
CR033 BREEDS.— Xo. of En'thies, 56.
Judges. — Thomas T. Whittlesey, Pheasant Branch ; Reuben M. Norton,
Racine ; Talbot C. Dousman, Ottawa.
Best buck over two years ; George C. Pratt, Waukesha. $4.
Second best buck over two years ; W. S. Skinner, Ela, 111. Transac-
tions.
Best buck tAvo years or under ; H. B. Burritt, Muskego Centre. $3.
Second best Buck two years or under ; David Hall, Gaines, N. Y. Trans-
actions.
Best pen, three ewes over two years ; David Hall, Gaines, N. Y. $3.
Best pen, three ewes two years or under ; George C. Pratt, Wauke-
sha. $3.
Second best pen, three ewes two years or under ; David Hall, Gaines,
N. Y. Yuuatt un sheep,
Best pen, tliree buck lambs ; Luther Rawson, Oak Creek. $3.
Best pen, three ewe lambs ; David Hall, Gaines, N. Y. $3.
George C. Pratt's Statement.
" I received my original stock of sheep from Vermont. They were said
to be a cross between the full blood Spanish Merino and the full blood
Saxony. They were quite small sheep, when compared with my present
stock, and would shear about three pounds of wool per head. My man-
ner of keeping will not differ much, I presume, from other wool growers
in Wisconsin, Our accommodations for keeping sheep in Wisconsin at
present are poor, at best, when compared with those of older wool grow-
40
ing States. My sheep receive but little attention from the time of shear-
ing, which is usually about the middle of June, through the summer and
fall, although I always intend to give them good pasturage, and salt
them every week. Sheep require but little water in the summer. Some-
time.s I have them in a pasture with plenty of water, and sometimes not
any. They thrive as well in one case as the other, for aught that I can
see. But in the winter they will drink more or less every day, and
should have it constantly by them. I keep my sheep in separate yards
in winter — not over one hundred in each — and attached to each yard I
have a shed of sufficient size, so that all can lie down in it, and con-
structed in such a manner that they will be entirely protected from the
storms. In case of a bad storm, (especially a rain storm,) I shut them
in the sheds, for I consider it better for them to go without food for
twenty-four hours, than be exposed to a bad storm. In winter, I keep
my yards and sheds well littered with straw, so as to have them all the
time dry and clean. I feed my sheep with the best of hay — it cannot be
too good — in common box racks, giving them a little at a time, and
usually three times in the course of the day ; but I never feed them after
dark, nor before light in the morning, as they do much better to be kept
as quiet as possible, and sheep are very much afraid of a lantern or
light. I have formerly fed but little grain to my sheep, but I find by
experience that I get better paid for my grain in feeding it to my sheep
than in any other way, for it costs but little more to winter a flock partly
on grain and partly upon hay, than it does to give them hay alone.
They will thrive much better with a little grain, and shear enough more
wool to pay for it. I think barley and oats mixed in equal quantities,
gowed together, and fed in the straw is a very profitable kind of feed. I
give my sheep a little sulphur occasionally through the winter, mixed
with salt. It is an excellent plan to give sheep some kind of roots occa-
sionally through the winter, especially towards spring ; beets, carrots
and turnips, are all good. Sheep, at first, will not always eat them rea-
dily ; but if they are cut fine, and a little corn meal put on to them a
few times, they will very soon learn to eat them.
•'I intend to have my lambs come about the first of May ; as that is
about as early as we usually have grass. I find that those of my lambs
that come the first of May, are larger in the autumn than those that come
in March, unless the ewes have a good deal of extra feed, to make them
give milk. By haying my lambs come as late as the first of May, I find
41
no trouble in raising them. I usually raise about nine-tenths of the
lambs.
*' I wean my lambs when four months old. I select the largest and
best-wooled lambs, every year, to breed from ; and in that way I have
increased the size of my sheep full one-quarter from my original stock,
and have increased the weight of fleece, from about three pounds to four
pounds, on an average ; I think my last clip averaged a trifle over four
pounds to the fleece, and my sheep were four-fifths ewes. My bucks, at
two years old, will average about one hundred and sixty pounds, and
will shear from seven to nine pounds of clean washed wool. I think
some of my smaller sheep the most profitable, from the fact that they
will shear more wool, according to their size, than some of the larger
ones. I think that the sheep that will shear the most wool (of the same
quality) in proportion to the food they consume, is the most profitable.
I am speaking now of wool-growing — not mutton-growing. I have lately
purchased some full-blood Spanish Merinos, and intend to keep them
distinct from my cross-breeds, giving them the same keeping, so that I
may be better able to decide which is best. I am satisfied that the wool
of my cross-breeds will shrink much less than the Merino, in manufac-
turing ; it is longer and finer, and almost entirely free from gum. I
intend to exhibit a few fleeces of each kind at the next State Fair, and
give others a chance to judge.
"I think some of our Farmers lose, every year, from two to five cents
on a pound, by not having their wool in a proper condition to sell. Some
have it done up one side out, and some the other ; some wad it up to-
gether in a loose manner, and twist the neck around the rest of the fleece.
Wool not only looks better, but it is better, by being done up snug and
tight. The packer can get it into a smaller space, consequently it is
easier to transport, and when properly packed, it will increase in weight,
instead of shrinking, as will be the case when loosely packed. I think,
also, that every sheep off'ered for a premium should have its fleece exhi-
bited, as the Judges would be better able to decide upon the quality of
the wool than they would by examining the wool upon the sheep, as
some sheep are shorn a month earlier than others.
"I think some of our Farmers are wrong in the idea that the coarse-
wooled, or Leicestershire, sheep are the most profitable, either for wool
or mutton. They certainly shear heavy fleeces, and have heavy car-
casses ; but it requires a great amount of good keeping to make them so.
4
42
I am satisfied that my flock of cross-breeds Tvill produce more dollars
worth, of either wool or mutton, from the same amount of food, than any
flock of Leicestershire sheep in the State. The mutton may be, and pro-
bably is, of better flavor ; but our farmers generally like the flavor of the
dollars best. ^ n t> >»
George C. Pratt.
The Committee, in their report, say that "the Exhibition of Sheep at
the late Fair was very fine, and of excellent quality. It was gratifying
to see the increased attention paid to this kind of stock. The number of
French and Spanish Merinos, both ewes and bucks, was very large —
and probably of as good a quality as some which sold in the Merino spe-
culation, at from six hundred to fifteen hundred dollars. The South Downs
elicited the admiration of the Committee. The long-wooled sheep were
excellent specimens of 'their kind, and the cross-breeds were superior.
" The Committee found difficulty in approaching the sheep-pens through
the crowd of spectators assembled around them. This furnishes undeni-
able evidence that there is springing vip a laudable zeal to improve the
quality and value of our flocks — and that the importance of sheep-
husbandry is rapidly diff"using itself throughout the State.
" One Committee is not adequate to inspect and do justice to all the dif-
ferent classifications of the various kinds of sheep — and our labor would
have been greatly relieved, if the exhibited sheep of the same class
could all have been arranged in pens adjacent to each other, so that all
of one distinct class could be inspected at once, without the disconnection
of pens of cattle, or other kinds of sheep, to distract the atttention. It
was hard labor for the Committee to decide, what should be the criterion
of excellence when competition was so close. A manufacturer of wool
would be an important auxiliary on a committee Avith wool growers.
" Sheep are, perhaps, all things considered, one of the most valuable
animals given to man. No animal is of greater utility. Sheep not only
supply food and clothing to the thousands who cultivate and rear them,
but the wool they aff"ord sustain in active employment large and exten-
sive manufacturing establishments, thereby contributing in large propor-
tion to the productive labor, and to the wealth of the country. In some
sections they are reared for their flesh, but here they are grown for their
wool.
" The properties of wool are various. Fineness, purity, length of staple,
elasticity and color, are most important. The quantity of fine wool
{?J
Avhich a fleece yields, and the degree of fineness, constitutes its value,
Th3 quality of wool varies not only in different sheep, but in the same
fleece. The avooI on the sides of the neck, and over the shoulders, the
ribs and the back, is considered the finest. Together with the fineness of
the fibre, Ave examined the length and trueness of the staple — for the
more equal in quality the wool is on all parts of the body, the greater is
the value of the animal that carries it.
"In connection with these qualities, the Committee gave the preference
to that which was soft and pliable and elastic. In the opinion of the
best judges, the fibre — or, as in the sheep dialect, 'the pile,' — cannot be
too soft and silky, provided the strength thereof is not impaired. It is
stated, that two packs of assorted wool being taken, possessing the same
degree of fineness, but the one having the soft quality in an eminent de-
gree, and the other being harsh, the cloth prepared from the first, at the
same expense, will be worth more to the manufacturer than the other by-
full twenty-five per cent. The color of the wool is of no trifling import-
ance. The sheep which gave the best samples of purity and whiteness
were preferred, and where other things Avere equal, the Committee re^
garded the frame of the sheep, in forming their opinions.
'•' The sheep of Mr. Atwood, of Waupun, possessed all these qualities—
and the weight of fleece, groAvn in less than a year, was thirteen pounds'.
Some sheep had the record of Aveightier fleeces, but for fineness, length,
purity, and softness, the premium sheep, in the opinion of the Committee,
excelled ; and yet the competition Avas so close as almost to defy any dis-
crimination.
" To those Farmers who wish to cultivate sheep for their flesh, the Lei-
cester or Bakewell breed is probably the best. Specimens of this breed
were exhibited. For beauty and fullness of form, and weight of carcass,
and propensity to fatten, it is equalled by no other breed.
" The South Downs exhibited were beautiful sheep.
" Probably no country possesses advantages for the successful prosecu-
tion of sheep husbandry equal to the United States ; and, as one of those
States, Wisconsin, from its undulating surface, its fine herbage, and well-
watered pastures, sheltered by trees from the summer's sun, is Avell situ-
ated for the most prosperous culture of sheep. A Report to Parliament
of the state of sheep husbandry in the North American Provinces, prO'
nounced the texture of the wool from New Jersey sheep superior, in
almost every point of excellence, to that raised in Great Britain.
44
" The reverse is now tlie fact. Great and permanent improvements in
agriculture are the results of the enlightened views, judicious and perse-
vering efforts of public-spirited, patriotic men.
"So long ago as A. D. 41, a Farmer in Spain, Columella, introduced to
his farm some fine African rams, and a few of the Tarentine sheep, and
laid the foundation of the present improved breed of Spanish sheep. The
Farmers of Wisconsin must do the same. Sheep husbandry demands a
large share of the farmer's attention. The New Leicester, or Dishley
breed, are the successful crossings by Robert Bakewell, of Dishley, Eng-
land. The Spanish Merinos are the best, for profit, for though the form
«)f the pure Merinos is bad — being small — and the return in mutton
deficient, both in quantity and value ; their excellence consists in the un-
exampled fineness and the peculiar felting property of their wool. From
the closeness of their coat, and the luxuriance of the yolk, they do no t
sufiFer much, if any, more than other breeds from the extremes of cold and
wet.
"The filament of the .wool has scarcely pushed itself through the pores
of the skin, than it has to penetrate another and singular substance,
which, from its adhesiveness and color, is called the yolk. It abounds
about the breast and shoulders, the very parts that produce the best and
^ost abundant wool ; and in proportion as it extends, in any degree, over
other parts, the wool is there improved. When there is a deficiency of
yolk, the fibre of the wool is dry and harsh and Aveak, and the whole
fleece becomes thin and hairy. When it abounds, the wool is soft, oily,
and strong. The yolk gives richness and pliability, as vrell as nourish-
ment, to the wool. Bad management, or poor keeping, by arresting the
secretion of the yolk, or changing its properties, will, in a very great
degree, impair the pliability of the wooly fibre.
"We know of nothing which Avill give as good return to the Wisconsin
farmer as sheep husbandry. By a judicious cross of the Merino with our
own sheep, selecting the most vigorous, a breed of fine-wooled sheep
will be produced, which will combine both qualities for wool and mutton.
The sheep improve the farm. Roots can be easily raised for their nour-
ishment. Wool is easy of transportation, and a cash article, and fat mut-
ton is, or ought to be, everywhere esteemed a luxury. Sheep require air
and exercise in the coldest weather, but they must be sheltered from the
storms and cold. This prevents disease during summer. Agricultural
Societies will exert a great influence in sheep husbandry.
45
" A fine lot of Merinos was exhibited, from New York, and offered for
sale, and each succeeding Annual Fair will exhibit an increased interest
in this subject. Wisconsin can be the market for the best breeds, to
western wool-growers, if they turn their attention and enterprize to it."
SWINE.— XO. OF EXTEIES. IG.
Judge. — S. M. Booth, Milwaukee, Chairman.
Best boar one year old, and under two years ; Talbot C. Dousman, Ot-
tawa. $3.
Second best boar one year old, and under two years (grass breed) ; Joseph.
Carpenter, Waukesha. Youatt on the Pig.
Best boar six months, and under one year, (Suffolk) ; S. F. Field, East
Troy. Transactions.
Best breeding sow two years old and over ; William Knight, Alto. $5.
Second best breeding sow two years old and over ; F. H. Westover, Mil-
waukee. Transactions.
Best sow six months, and under one year, (Suffolk) ; S. B. Edwards,
East Troy. Transactions.
Second best sow six months, and under one year ; James T. Walklin,
Eagle Centre. $ 1 .
Best lot of pigs, not less than five, under ten months ; Benjamin Betty's,
Mequon. Transactions.
Joseph Carpenter's Statement.
*' Grass-breed hogs have been raised in this part of the country for
the last eight years. They are peaceful, quiet and lazy hogs, not inclined
to get into mischief ; and if a thoughtless child happens to leave the
gate unfastened, allowing them to stray away, it is no more trouble to
get them back than a pet horse. They are ready for the butcher at any-
time after they are six weeks old, being always fat ; at one year of age,
weighing from one hundred to two hundred pounds. We milk six cows ;
the milk, with a little meal added, makes excellent feed for young pork-
ers. When young pigs first leave the sow, if in the winter, we take two
bushels of corn and one of oats, and have them ground together into fine
meal, and then make it into mush, and feed them with it. When we are
short of milk, we take the same provender, pour on boiling water, and
46
when cool, feed it to our pigs for a few weeks before they are butch-
ered. Within the last twelve months we have sold ten fat pigs. The
youngest was six months old, the oldest eleven months old ; the
smallest weighed eighty-four pounds, and the largest one hundred and
eighty-two pounds. Two of these six months' old pigs were from a
small China soav and a very large boar. They inherited early maturity
from the sow, and size from the boar. They weighed one hundred and
thirty -five pounds, and one hundred and thirty-seven pounds. We feed
{o our store hogs in winter the slop of the house, a few oats or roots, and
sometimes a little corn. Last summer my boar and two breeding sows
lived in a field of clover and timothy. We fed them one ear of corn a
day, giving the boar a quarter of a pail of milk in addition once a day.
The AVaukesha butchers were anxious to buy them when living on this
pasture. It is far more pleasing to have a breed of hogs that the
butchers desire to buy from the pasture, than to have a neighbor come
and say, ' Your hogs are in my grain — you must come and get them out,
and take care of them.'
" Grass breed sows are poor breeders. The pigs are, at first, very
small and slim, but with care in feeding the sow, and a good, comfortable
pen, the pigs can be raised. I have often been grieved, in passing the
pig-sty of a poor Farmer, to see his hogs in a pen with the sky for a
covering ; and after the rainy weather, with the mud several inches deep
in the pen. It is not surprising that hogs will not gain in such a place,
though fed ever so well. If a man is too poor to build a comfortable
pen, he had better sell his hogs, for they will only add to his poverty.
" Our Farmers here were. accustomed to let a sow raise one lot of pigs,
and then fatten her. This soon runs out a good breed. Now, when they
^et a good breeding sow, they keep her year after year, and expressly for
breeding. We have now some very fine pigs from a grass-breed sow,
and a Mocho boar.
' " If we depended on an Eastern market, we should make heavier pork.
We now prefer that breed of hogs that will give an hundred weight
:of pork from the smallest amount of feed.
Joseph Carpenter."
William Knight's Statement.
- " The weight of my sow, exhibited at the Fair at Milwaukee, was five
hundred and thirty-two pounds, being then in store order. Her breed
is one-half Leicester, with a mixture of Irish, Byfield, and several other
bloods — as I have, for ten years, improved whatever opportunities were
presented of getting good crosses, and had taken great pains prior to
raisina: this sow. The excellence of that cross consists in their cfrowinsc
large and fat at any age, with ease, and making good pork on a small
quantity of feed. The manner in which I have kept my sow, has been
the manner usual to good farmers. I always give my breeding sows the
liberty of a small field, or the barn yard, or commons. Pigs will not
grow in good shape when penned up. I sold one of her pigs, when five
months old, for twenty-five dollars — the pigs being half-blood Suffolk.
My sow is now with the Suftblk boar. -nr t- >>
William Knight.
F. H. Westover's Statement.
" My hogs are in pasture during the summer, and have no feed but
the milk and slop of the house. In the winter, I feed them grain suffi-
cient to keep them in good growing condition, and am sure to give them
a warm and dry bed. I am now feeding my sow a pail of swill and
eight or ten ears of corn per day ; with that feed she keeps quite fat. She
will breed once only in the year. She is four years old, and has had
four litters of pigs. She had a litter of pigs, sired by a Leicestershire
boar, among which was a marked distinction ; a part partaking largely
of the Leicestershire, and part of the Byfield. These pigs I fed alike.
When I shut them up to fat, the Leicestershires, having the largest bones,
were the heaviest, but when they were killed, the Byfields weighed the
most.
" The pure Leicestershire hogs, if kept till they are full grown, and
well fattened, will make more pork than either the Byfield or the crossed-
breed that I have ; but what the farmer wants, is the greatest amount of
pork from a certain amount of feed. I know some think they must have
larger hogs, but I think they are deceived as to the true economy of
making pork. We want to employ our feed where it will make the most
pork. This is the object I have endeavored to attain in my breed of pigs,
the superior qualities of which lie in the following characteristics : Their
small bones, and a great weight of pork ; their unusual quietness and
easiness to keep ; their fattening equally well at any age ; the small
amount of feed requisite for fattening ; and the superior quality of the
pork, having a very thin rind.
48<
" The Berkshire hogs have too thiclc a rind. The Leicestershire hogs
are great consumers, and will not fatten Avell unless kept till they are full
grown. The Byfieid have neither of these faults, but are too small. By
crossing the Byfieid and Leicestershire, we obtain the good qualities of
the former, and something of the size of the latter. Then we have a
breed that will stay where we put them, and weigh all we expect of them.
By taking a little pains, our farmers will save their trouble, and not be
troubled with great consumers and small returners."
F. H. Westover."
POULTRY— No. OF Entries, 27.
Judges — P. C, Hale, Milwaukee, Chairman.
Best lot of Dorkings, not less than three, one cock and two hens ; Robert
E. Gillett, Milwaukee. Barry's Fruit Garden.
Best lot of Polands ; Joseph Carpenter, Waukesha. American Poultry
Yard.
Best lot of Brahma-Pootra fowls ; Leonard Kennedy, Milwaukee. Tho-
mas's Fruits.
Best lot of Turkeys ; F. H. Westover, Milwaukee. American Muck Book-
Best lot of Muscovy Ducks ; Richard Reynolds, Greenfield. American
Poultry Yard.
Best lot of Poultry owned by exhibitor ; Robert E. Gillett, Milwaukee. $3.
Best lot of Shanghais ; Franklin Ripley, Jr., Milwaukee. Johnston's
Practical Agriculture.
The Committee, in their report, remark that "they observed with
regret the little interest felt by the majority of farmers in this State, in
rearing anything but the most common fowls. While there has been a
manifest improvement of the animals of the State, during the last five
years, the improvement of the fowl kind has been regarded as too small a
business to secure the attention of any but women and children. The
same breed of chickens have been allowed to run together, unchanged and
uncrossed, year after year, until forty of the common hens produce a less
number of eggs and chickens in a year than six well bred hens should.
*' It costs no more to keep a good fowl than a poor one. A good hen will
lay between one hundred and fifty and two hundred and fifty eggs a year^
49
The average number of eggs laid by each hen now in this State will not,
probably, exceed thirty in a year, and the average weight of the hens
will hardly exceed two and a half pounds each. An expenditure of five
dollars will enable a producer to raise hens weighing on an average seven
pounds each ; and the cost of keeping good hens is so little more than the
cost of keeping the common kinds, as not to be noticed by a large majority
of farmers. The large classes of fowls have been found, by experience,
to be more hardy and more easily raised than the common kind, and
much better layers. This may, doubtless, be accounted for in part by
the extra attention and care usually given them ; but anything which is
worth raising is worth careful attention.
" There is at present no business in which a farmer can engage, by which
he can invest from ten dollars to fifty dollars so profitably as in poultry.
An investment of even two dollars will increase the value of a large
majority of the poultry yards of our State, in one season, more than
three hundred per cent. In this respect, Wisconsin, as a State, is farther
behind the older States than in any other particular. While it is an
every day occurrence for fowls to be sold in the New England States and
in New York at from five dollars to twenty-five dollars a pair, and fre-
quently as high as seventy-five dollars a pair, ours are sold at twenty-
five cents a pair, and not one in fifty of our citizens ever saw a fowl worth
a dollar.
" But this state of things is passing away. The present exhibition of
owls, although in most States it would have been considered meagre
enough, has done much toAvards stimulating admirers of fowls to im-
prove their stock. It is, however, a little remarkable that the interest
awakened on this subject is principally confined to others than the
"tillers of the ground," and to persons who cannot raise fowl with any-
thing like the economy a farmer can. Of the fowls exhibited at the
State Fair, hardly any were raised by farmers. We trust that this can-
not long be said of them. They are not slow in studying their interests,
and if the present is not a time for them to engage in this department of
a farmer's business, then we misjudge. '
" The following are the varieties most worthy of the attention of our
farmers, viz. : Shanghai, Cochin China, Chittagong, Brahma Pootra,
Hoang Ho, Dorking, Black Spanish, Bolton Grey, or Creole Game, and
Polands.
" While we recommend every person who intends to raise fowls for sale
50
to procure the most perfect specimens of pure blood stock, we ought, per-
haps, to state that the cross-breeds, if not bred in and in, lay as large
eggs, and as abundantly, as the pure breeds, and often produce as large
stock ; so that, for the use of the table, or for layers, they are nearly or
quite as good as the best imported stock. An individual owning six good
hens, weighing from three and one-half to four pounds, by procuring a
cock weighing ten pounds, with ordinary care, might raise in one sea-
son one hundred chickens, which at eight months old, would average
from six to seven pounds each. This fact has led some men, more artful
than honest, to exhibit at Fairs a class of fowls to which they give a new
name, and enter as a new variety ; while, in reality, they are only a
cross of two known classes of fowls, and their progeny may be as ring-
streaked as Jacob's cattle. No variety of fowls can be called pure,
unless the progeny resemble in color and shape the parent bird. Care
should therefore be taken, that the public are not imposed on in this
respect. Cross-breeds should be called cross-breeds, and nothing else.
On the other hand, some persons having taken pains to procure pure
blood fowls, are unwilling to admit that any one else has any pure bloods
but themselves, and unhesitatingly pronounce everything they see im-
pure, but their own, although no other eye, however practised, can de-
tect it.
" The season of the year when the State Fair fs held, is most unpro-
pitious for exhibiting old poultry, it being their moulting season, when
fowls are generally poor, and from loss of feathers are ragged and ugly
in appearance. Some of the specimens exhibited, however, were remark-
ably fine, and would have done credit to any State.
" The following is a list of the varieties of fowls, and the names of
the exhibitors :
" White Dorking. — There was but one contributor of this variety of
fowls. These fowls were young, but promised well. Exhibited by Leon-
ard Kennedy, of Milwaukee. This variety is very popular, and much
souofht after at the East.
" Speckled Dorking. — There were but a few of this specimen of fowls,
but those offered were good. One hen was very fine. The owner was
offered five dollars for her, but promptly refused to take ten dollars.
Exhibitor, Robert Gillet, Milwaukee.
"Poland. — There was but one specimen of this variety exhibited, which
was very fine ; but we are assured that better fowls might have been ex-
51
liibited ; and hare learned since the exhibition, that the owner, fearing
lie might lose his fowls, kept his best specimens at home. The fowl ex-
hibited was owned by Joseph Carpenter, of Waukesha.
" Chittago>^gs. — There was a choice lot of fowls entered by this name,
all young ones except one pair, which were procured last year in Hart-
ford for Chittagongs. It has since been ascertained that they are the
Brahma Pootra variety, and the owner now calls them by that name.
This variety of fowls is comparatively new in the country, and are among
the very best imported. Several pairs have been sold in Massachusetts
during the present season, for seventy-five dollars per pair. They weigh
from eighteen pounds to twenty-four pounds per pair, are excellent layers,
their eggs being nearly twice as heavy as common hen's eggs. A cross
between the Brahma Pootra and Dorkino- fowl are decidedlv handsome.
There were no Chittao-onu- fowls exhibited.
" Shanghais. — There was a good show of this kind of fowls, embracing
the white, buff or red, brown, and gray varieties ; also, some crosses of
the Shanghais with other varieties, which were good specimens. Among
the best were those exhibited by Franklin Ripley, Jr., whose stock, taken
as a whole, was regarded as superior to any exhibited, embracing white,
buff, and brown. Leonard Kennedy exhibited choice buff and brown
Shanghais, and Alexander Mitchell a pair of old Shanghais, which, in
consequence of moulting, showed badly, but, like many other things,
were "better than they looked." John Geib, of ^yauwatosa, exhibited
six Shanghai cocks, hatched in May last, which attracted considerable
attention, in consequence of their exact resemblance to each other in color
and size. The mother of these fowls laid one hundred and twenty-seven
very large eggs in the autumn and winter months. The Shanghai fowls
are excellent layers. It is not uncommon for them to lay seventy eggs
in eighty days. They weigh from seventeen to twenty pounds per pair.
" CocHix China. — There was a single pair of this variety exhibited by
Charles Douglass, of Chicago, with several pair of cross-breeds, all of
■which were good specimens of their kind. The pair of Cochin China
fowls were young, but decidedly handsome. The mother cost fifteen
dollars. These fowls are not quite so large as the Shanghai fowl, and
some other varieties, and by many are regarded as inferior to none of
the imported breeds.
, " There were no Game fowls offered, but it is to be hoped that this
variety will not be overlooked another season. The hens are choice
53
layers, and their eggs very large in proportion to their size, which
rarely exceeds five povinds. The objection to keeping them is their
fighting propensity.
" Of Turkies, Muscovy Ducks, Small Ducks, Guinea Hens and Peacocks,
there was one lot of each exhibited. They were all good, but not supe-
rior fowls. We hope that a much larger and choicer variety of speci-
mens Avill be ofi"ered another year.
, " Of Geese, none were offered.
" Your Committee believe that there will be a great practical benefit
resulting from the recent show and future exhibitions. Many persons
have been stimulated to send East and procure choice varieties of fowls ;
and many others will doubtless be induced to do so. Choice fowls of the
best varieties can also be procured in Milwaukee at very reasonable
rates.
" It is admitted by fowl breeders in New England, that the same variety
of fowls grow larger in the Southern and Western States than in the
Eastern States. We trust that the time is near at hand, when Wisconsin
will produce fowls, animals and men, not inferior to any State in the
Union. We have the resources — let us use them."
PLOUGHING MATCH.— No. of Entries, 6.
Judges. — William Burgit, East Troy ; H. B. Hawlet, Milford ; J. D.
Merritt, New California.
Best ploughing with horses ; E. W. Edgerton, Summit. Silver Medal.
Second best ploughing with horses ; Clarke Nettleton, Caledonia. Bronze
Medal.
Best ploughing with oxen ; George 0. Tiffany, Milwaukee. Silver Medal.
The Committee in their report remark, "that the match was spirited
and well contested. It was opened by Col. Billings, the President of
the Society, who turned a few furrows, setting an example well worthy
of imitation by the farmers of Wisconsin, and showing that he was no
holiday farmer. He was followed by the competitors, who all did their
work in a superior manner.
** Mr. Edgerton, to whom was awarded the first premium, used the Mi-
chigan double plough, which the Committee regard as a superior plough,
and one that should be in the hands of every farmer.
53
" Mr. Nettleton, to whom was awarded the second pi-emium, used the
common steel plough, and performed his task in a workmanlike manner.
" But one ox team was entered. There being no competition, your
Committee award to Mr. TiflFany the first premium, he using the Eagle
plough, and performing the work in a superior manner.
FARMING IMPLEMENTS, No. I.— No. of Emries, 86.
Judges. — Mark Miller, Janosville ; E. J. Hazard, Lagrange ; Joseph
Kerr, Randolph.
Best farm waariron for cfeneral use ; Cornelius Morse, Milwaukee. Sil-
ver medal.
Best harrow for general use ; Richard E. Ela, Rochester. Bronze me-
dal.
Best corn cultivator ; Stephen Coates, Walworth. Bronze medal.
Best fanning mill ; A. P. Dickey, Racine. Bronze medal.
Best horse rake ; Thompson Littell, Milwaukee. Bronze medal.
Best ox bow pins ; Thompson Littell, Milwaukee. Certificate.
The Committee in their report remark that " the Scotch harrow exhi-
bited by Mr. Ela, and to which they award the first premium, is the
best, in their opinion, for general use ; but they deem it an act of justice
to otlier competitors to remark in this connection, that the Geddes har-
row is preferable for use on land where stones, grubs, or stumps abound,
or rubbish, such as stubble, weeds, &c., tending to clog — and this opi-
nion is based upon practical experience.
" Four fanning mills were entered for competition, one of which by
Richard E. Ela, of Rochester; another by L. S. Blake, of Racine ; ano-
ther by A. P. Dickey, of Racine ; another by A. W. Dawley, of Mil-
waukee. Between the first three, the Committee found it extremely
difficult to make any discrimination in regard to the principles of their
construction, in fact, none could be discovered Avorthy of notice, but for
beauty of finish, and perfection in the adjustment of machinery, the one
exhibited by Mr. Dickey was superior, and on these grounds your Com-
mittee award the first premium. The one exhibited by Mr. Dawley is
new to your Committee ; and having never seen it in practical operation,
they cannot say anything in commendation of it.
5i
" Plows. — There were a large number of plows on the ground, adapted
to all soils and circumstances. Your Committee have selected six from
some fifteen or twenty, and tested practically their relative capacity for
work, and our conclusions are, that the Michigan steel plow, exhibited by
Kichard E. Ela, is the best for prairie soils. This plough is of excellent
model and easy draft, and is, in the opinion of your Committee, the best
that has ever fallen under their observation.
" For sandy or clay soils, the Committee wovild give the preference to
the Peekskill Improved Plow, exhibited by Mr. Spencer, of Watertown.
This plow is of good model for the soils named, and is made of cast iron,
a material which will do more service in such soils than cast steel.
" The attention of the Committee was next called to a list of ag-ricultu-
ral implements exhibited by Thompson Littell, of Milwaukee. Number-
ing in the aggregate sixty one articles, with instructions to recommend
the award of premiums on such of them, as in the judgment of the com-
mittee might seem worthy. The greatest portion of Mr. Littell's collec-
tion, on a careful examination of the whole, we found made up of
implements and tools of great utility, both to the farmer and housewife.
The Committee awarded him several premiums, which vdll be found in
the accompanying lists."
FARM IMPLEMEXTS, Xo. II.— Xo. of Entries, 2.
Judges. — A. H. Taylor, Muskego ; Joseph M. Stillwell, Mukwonego.
Best churn ; Thompson Littell, Milwaukee. Transactions.
" A hay rack exhibited by Ira Blood, of Yernon, also came under the
observation of this Committee, and they respectfully report that they,
consider it an improvement upon the common hay rack, in saving the
scattering of the grain. It also shows the good taste of the owner in
getting up a nice article. But your Committee are of the opinion, that it
is too expensive an article to recommend for general use among farmers."
FARM IMPLEMEXTS, Xo. III.— Xo. of Entries, 21.
Judges. — A. F. Cadt, Watertown ; Joseph Gary, Milwaukee ; John B.
Yliet, Milwaukee.
Best horse power for general purposes, on the sweep or lever principle ;
H. F. Cox, Pcacine. Bronze medal.
00
Best horse power, on railroad or endless chain principle ; W. D. Bacon,
Waukesha. Bronze medal.
Best corn sheller, hand power ; A. P. Dickey, Racine. Transactions.
Best corn sheller, horse power ; Thompson Littell, Milwaukee. Ameri-
can Muck Book.
Best seed planter, for hand or horse power, for hills or drills; Thompson
Littell, Milwaukee. Bronze Medal.
Best thresher, to be used with horse or steam power ; Marvin Hughes,
Kenosha. Bronze Medal.
Atkins' Automaton Reaper and Raker ; John S. Wright, Chicago.
Diploma.
Best and most numerous collection of agricultural implements ; Thomp-
son Littell, Milwaukee. Bronze Medal.
Best and most numerous collection of agricultural implements manufac-
tured in the State of W'isconsin, by or under the superintendence of the
exhibitor, materials, workmanship, utility, durability and prices, all
considered ; Richard E. Ela, Rochester. Silver Medal.
DAIRY.— Xo. OF ExTEiES, 21.
Judges. — H. L, Palmer, Milwaukee ; David Merrill, Milwaukee ;
E. C. Sage, W^auwatosa.
Best fifty pounds of butter ; Mrs. E. W. Edgerton, Summit. Diploma.
" This butter was made in September, from a dairy of eight cows, be-
ing a cross of Durham with the native. The milk is set in eight quart
tin pans, and left to stand twenty four hours before skimming, except in
hot weather, when the milk would sour sooner. The churning is done
three times a week, in a common stone churn. Two ounces of common
salt are added for each pound of butter, and subsequently it is worked
twice, with a wooden ladle — once at the time of salting, and the second
time twenty four hours thereafter. The butter is worked as little as pos-
sible and get out the butter-milk. We use no saltpetre, or any other
substance. We make very little winter butter, usually scald the new
milk, and set it in a room where it will not freeze for twelve hours. The
further process is the same as above.
Mrs. E. W. Edgerton."
66
Best ten pounds of butter ; Samuel Bro'W'n, Milwaukee. Diploma.
" This butter was made on Tuesday, October 5tli. The cream being
gathered three days previous to churning. In summer the cream is kept
in a cool place, but in the winter it is kept where it will not freeze. The
cream is thoroughly mixed each time the milk is skimmed. Churning is
done at least twice a week. The butter, after churning, is washed in
water, until the water is clear from milk. Kothing but salt is used in
making butter. We use the best kind of fine barrel salt ; the quantity
used is as suits the taste. Eight cows are kept on the farm. The cows
have had no feed but grass during the summer and fall.
Samuel Brown."
Best one hundred pounds of cheese ; F. S. Eldred, Johnstown. Diploma.
" My dairy numbers thirty-five cows, which are pastured upon timothy
and clover. My manner of making the three cheese exhibited, will be
seen by the following table :
.5
es
s
o
of Gallons of
ilk.
t of Milk at
tting.
0 of curding
minutes.
e of breaking
minutes.
be
<0 ~
-5
a
0
0 .-
"0
9
•5
0
bed weight of
eese green.
1^
to
-~ in
<^ B
0 a
S
d^
£ .2
£ .S
S -S
-3
£ £
0 q5
2 g
9 u
■3":^
H
^
K
c-i
H
H
CO
H
^
a
^.H
^ CS
itj.
ttJ.
No. I.June 23,
82
*sr.^
40
25
.50
lOG'^
30
6
Sweet.
80
75
"2. " 29,
80
SG'-"
35
30
60
lOii-
40
6
Sweet & fine.
76
72
"3. " 30,
80
86^
40
30
45
10G°
50
6
Sweet & coarse.
75
70
23]
217
" My butter is made from the same cows and pasture — no cheese be-
ing made while we are making butter. Butter was made from the 28th
September to 4th October. Number of pounds made, eighty-four. Milk
is strained in pans and skimmed as soon as sour, then churned imme-
diately. Butter is washed until clear from milk, and then salted with
common salt. After standing twelve hours it is worked, at which time I
add one pound of crushed sugar, and one ounce of saltpetre to each
hundred pounds of butter. It is then packed in firkins so as to exclude
the air.
F. S. Eldred."
Fahrenheit,
Best single cheese ; A. Smith, Troy. Diploma.
" This cheese was m^de in the latter part of June. My dairy is a small
one, consisting of but ten cows. In making cheese, immediately after
the curd has formed, we cut it up, and as soon as the whey rises, we dip-
oflf a portion of it, and put it into a kettle, heating it to about 100® Fah.,,
when it is poured back gradually into the curd. After stirring it well^
we put it into a strainer, and let it stand until morning. The morning's
milk goes through the same process, and then the cheese goes to the;
press-thus making one cheese every day. Augustus Smith."
FLOUR, MEAL, SUGAR AXD HONEY.— Xo. of Entries, 16.
Judges. — Harrison Ludington, Milwaukee: C. Comstock, Milwaukee ;
Best barrel of flour ; B. A. Jenkins, Genesee. Diploma.
Second best barrel of flour ; Jacob Brooks, Beloit. Bronze medal.
Best barrel of spring wheat flour ; Samuel S. Reed, Kenosha. Certifi-
cate.
Best ten pounds of hopey ; P. H. Brown, Milwaukee. Bronze medal.
GRAIN AND SEEDS.— No. of Entries, 48.
Judges. — John Galbraith, Mukwonego ; B. A. Jexkins, Genesee ;
William Wilkinson, .
Best sample of winter wheat ; Joseph Dibley, Oak Creek. American
Muck Book, and 8 1 . •
" This wheat was sown after barley, and three and one-fourth acres
were grown. The land was manured with rough manure from the yard.
I finished ploughing the land on the first day of September. The wheat
was prepared for sowing by being soaked in brine, and afterward spread
out to dry ; about two bushels were sown to the acre. I finished sowing
on tlve 3d of September. The wheat was cut July 25, 1852, and
threshed August 29, 1852. It yielded twenty-seven bushels to the acre,
being somewhat less than the yield of last year, which was an average of
thirty-one bushels of the same kind of wheat. ^ -n ,,
■' JosEPU Dibley.
5
5S
Second best sample of winter wheat ; Hiram F. Story, Milwaukee. Ame-
rican Muck Book.
" This sample of wheat forwarded by myself for exhibition, was the
first crop taken from new ground, which was cleared in the month of
June, A. D. 1851, and ploughed the first week in July following, with
three yoke of oxen, and a heavy breaking plough.
" The ground then remained untouched, until about the middle of
September following, when it was thoroughly harrowed, with one span
of horses. After Avhich the wheat was sown at the rate of two bushels
per acre, and the ground was well dragged.
" The kind of soil is a mixture of black sand and clay. The wheat was
harvested the last week in July last. The yield per acre was thirty -two
bushels. I am unable to give an account of the entire expense.
HiEAM F. Story."
Best sample of spring wheat ; Peter Marlett, Milwaukee. American
Muck Book, and $1.
" This spring wheat was raised in the town of Greenfield, Milwaukee
county. The soil was clay, with a slight mixture of sand and gravel, to
which no manure was applied. It was sown after corn. The ground
was plowed in the fall, and again in the spring. The wheat was
sown the 13th of May last, and dragged twice. It was cut the 15th of
August, and taken into the barn the 17th. I threshed a few bundles for
the mill during the first week of September, and had three bushels left,
of which this is a part. The remainder of the crop is not yet threshed ;
I think it will yield between twenty and twenty-five bushels per acre. I
weio-hed one-half bushel by measure, and it weighed by my steel-yards,
thirty-three pounds.
" The expense of cultivation is as follows :
Ploufhing ground, two acres, with oxen, one and a half days, at fifty
cents per day, team and hand $1 50
Sowing and dragging the same . . . . . . 0 76
Harvesting and taking into barn 3 00
Cost of three bushels for seed, at sixty -two and one-half cents 1 88
Total . ... . ^7 13
Peter Marlett."
59
Second best sample of spring wlieat ; Ira Blood, Vernon. American
Muck Book.
*' This wheat is the variety usually called the ' Canada club.* It was
raised on burr-oak land, inclining a little to clay, which had been for the
past five years cropped with wheat and corn alternately. Forty loads
per acre of common barn yard manure had been applied.
"The ground was plowed once in April last, and wheat sown on the
furrows, and then twice harrowed thoroughly, and afterwards rolled. It
was injured somewhat by the drought. The expense of cultivation and
threshing per acre, was ^5.
" The yield per acre was fifteen bushels, weighing sixty-one pounds
PeJ- bushel. j^^ g^^^^ „
Best sample of barley ; James T. Walklin, Eagle. American Muck Book,
and ^1.
" I plow my land in the fall of the year, and sow my grain in the
spring, as soon as the frost is out of the ground. The soil is a deep,
black, sandy loam, with a clay sub-soil. I manure about ten acres every
year, using all the manure made by my stock ; the cost of the same
being about five dollars per acre, for labor. I also keep a flock of about
two hundred sheep, which I pen on my land every night with sheep
hurdles. The cultivation of barley costs about six dollars per acre.
The yield is twenty-five bushels per acre, weighing fifty pounds to the
bushel. The crop I have sold for sixty-two cents per bushel.
James T. Walklin."
Best sample of Indian corn ; Wm. E. McClure, Ottawa. American Muck
Book, and $1.
" In the latter part of May last, I plowed a field of eight acres,
upon which my sheep had been pastured for a portion of the previous
summer, and the land being well covered with sheep manure — the season
being advanced — I thought of planting an early variety of corn, and on
this account procured the Ohio flint, or as it is commonly called, the
Ohio ten weeks' corn. The corn was planted on the 29fch of May, and
was harvested the twenty-fourth day of August. This corn is a yellow
flint, having from twelve to twenty-four rows in the ear, and growing to
a great length. I have in my possession one ear that has upwards of
nine hundred grains upon it. The stalks grow tall and thick, the ear
60
being near the ground. The suckers were numerous, and many bore
Tery good ears of corn.
" After plowing, and before planting, the ground was harrowed, and
laid out in squares of four feet, at each angle a hill of corn being planted.
When the corn was up, the cultivator was used each way, and afterwards
it was hoed so as to leave no weeds. About two weeks afterward, I again,
went through with the same process ; and again, after one week, I went
through one way with the cultivator, and the other way with the plow,,
finishing with the hoe. I used no manure except as above stated. There
had been one crop of wheat raised upon this field before planting the
corn.
" For this crop, I had summer fallowed the land, plowing but once ;
jny preference being for but one plowing for wheat, and that in June, so
that it "will be well settled down before sowing. Wheat wants a hard
bed. At the place where I turn my team at the. sides of the land, my
wheat is imiformly the best. My reasons for plowing but once are, that
the weeds thus turned under are more easily decomposed, and when not
disturbed, they make an excellent manure for the succeeding crops,.
while the vapor escaping from the decaying matter tends greatly to sti-
mulate the growth of the first crop. I turn my sheep on fallow land to
keep down any weeds that may spring up. Turning sheep upon land is
the best way we have to manure the land without cost.
" The soil of this field is a sandy loam, of rather a dark color. The
cost of my crop of corn is as follows :
Plowing the field, one dollar per acre
."
. $8 00
Harrowing, and laying out for planting .
.
2 50
Seed, one and a half bushels . . . .
» •
94
Six days work of man and horse .
• •
6 00
Hoeing, three times
• ■
9 00
Harvesting
• •
3 00
Husking
of eight acres .
20 00
Making the total cost
$49 44
*' The crop produced 496 bushels, at a cost of not quite ten cents per
bushel, leaving a nett profit of thirty-eight cents per bushel, or of
$188 48 from the eight acres, after delivery in the market, and after de-
ducting railroad transportation, shelling, &c.
61
" The turnips exhibited by me grew on the same kind of land, pro-
ducino- 641 bushels per acre. The turnips grew on what is called
'potato leavings.' The land never was manured. It was plowed about
the 7th of June, then harrowed and drilled. My seed was sown in drills
three feet apart, and nine inches space between each seed.
" The cost of production per acre, is as follows :
Plowing, per acre $1 00
Harrowing and planting . . . . • . . . 0 75
Working twice with cultivator and once with plow . . . 1 00
Hoeinir twice . . • • • • • • • . 3 00
Pulling and carting from field 8 00
Making: the total cost of one acre . . $13 75
" This makes the cost of the turnips something over two cents per
bushel. They sold readily in Milwaukee for eighteen three-fourth cents
per bushel. Deducting five cents per bushel for delivery and expenses
of railroad transportation, and two cents for expenses of cultivation, it
would leave a nett profit of eleven three-fourth cents per bushel, or
about seventy-two dollars per acre. The turnips were the red-top
Swedish, and are the best kind I have yet raised.
William E. McClure."
^est sample of flax seed ; John Galbraith, Mukwonego. Diploma.
This flax seed was raised and exhibited by John Galbraith, Esq.,
Chairman of the Committee of Judges, who, from motives of delicacy,
did not enter it for competition. After the close of the Fair, it coming
under the observation of the Executive Committee of the Society, by
them it was awarded the Diploma of the Society, on account of its supe-
rior quality. For a statement of Mr, Galbraith's mode of cultivation,
reference is made to Vol. I. of the Transactions of this Society.
Albert C. Ingham,
Corresponding Secretary.
Second best sample of Indian corn ; Hiram F. Story, Milwaukee. Trans-
actions.
•' This corn was raised on ground which had been cropped but once
before (one crop of wheat). The soil being a mixture of clay and black
sand. The ground was plowed in the fall, and again ia the spring.
62
after whicli it was harrowed and then the corn planted, which was about
the 20th of May. The corn was cultivated once and hoed twice. About
the middle of September it was cut and shocked. There has been no
manure applied upon the ground. I cannot give you the yield per acre^
as I have only husked a small portion of the field.
Hiram F. Story."
Best sample of buck wheat ; Alanson Pike, Jefferson. American Muck
Book, and $1.
*' The buck wheat was sown about the middle of July on black,
mucky ground, cross plowed; after sprouting, the growth was very
large, but early frost damaged the top blades very much. No manure
was applied to the ground, and the manner of cultivation does not differ
materially from that practised by farmers generally. The cost of culti-
vation and yield per acre, I am unable to give. . p , >>
Second best sample of buck wheat ; Ira Blood, Vernon. Transactions.
*' This buck wheat was sown upon rich prairie soil, composed of rich,
dark loam with an even proportion of decomposed vegetable matter.
The land had been cultivated six years, during which time no manure
has been applied. It was ploughed once in June, and the seed was
sown upon the furrows, and afterwards twice thoroughly dragged. The
crop was injured somewhat by dry weather. The cost of cultivation
and harvesting per acre was four dollars. The yield per acre was four-
teen bushels, weighing fifty pounds to the bushel. T R "
Best sample of hops ; James Weaver, Waukesha. American Muck
Book, and $1.
Second best sample of hops ; J. F. Antisdel, Janesville. Transactions.
"For raising hops, I prepare the ground in the same manner as for
the cultivation of corn. Marking the furrows four feet apart each way.
I plant alternate rows of corn, and in the remaining rows I plant alter-
nately corn and hops, which leaves the hop plants eight feet distant
from each other each way. In this way I get three-fourths of a full
crop of corn the first year. I weed the hops and cultivate the corn. In
the fall, before the ground freezes, I put two shovels full of well rotted
manure in each hill. This manure is taken off in the spring, before the
hops start, and the poles set immediately. Two poles are set in each
63
hill, and two vines trained to each pole, the rest of the vines are kept
trimmed down. The ground should be well cultivated, the weeds kept
out, and the time of the last hoeing should be about the time the vines
are in blossom, the hops should be well liilled. Before frost comes they
should be picked, and afterwards they should be well kiln dried.
" My ground is a sandy loam, low but not wet. The yield is about
five hundred pounds to the acre, first crop. The cost of cultivation is
about twice that of corn. J. F. Axtisdel."
Best sample of timothy seed ; Alanson Pike, Jefferson. Transactions,
and $1. *•
"This timothy seed Avas cut from last year's seeding, on what is called
low prairie. Five bushels of seed were raised from half an acre. It
was cradled and bleached in the dew for a time, then raked, bound and
drawn into the barn, where it was threshed and cleaned Avith a fanning
mill. Alaxson Pike."
Second best sample of timothy seed ; Ira Blood, Vernon. $2.
*' This timothy seed was raised on prairie soil, of dark loam mixed
with a large proportion of decomposed vegetable matter. The land had
been cultivated two years, no manure having been applied to it. The
timothy seed was sown in the spring of 1851, with oats. Cost of culti-
vation and harvesting per acre, was three dollars. The yield per acrq
Avas seven bushels. Ira Blood." '
Best sample of crops cultivatt-d and raised on any one farm ; Ira Blood,
Vernon. Bronze medal.
Second best sample of crops cultivated and raised on any one farm ;
George 0. Tiffany, Milwaukee. American Farm Book.
Best clover seed ; E. W. Edgerton, Summit. American Muck Book and $1.
Letter from Mr. Edgerton. '
"Summit, December 30th, 1852.
"Mr Dear Sir: — Yours of the 21st inst., containing many interroga-
tions, as to our experience and success with the cultivated grasses in this
State, was duly received, and I take great pleasure in responding to
your inquiries, hoping that our experience may do something towards
correcting the general though erroneous impression, that 'the cultivated
grasses do not succeed well in Wisconsin.' >
6i
• "From remarks made by many Eastern farmers witli whom I have
r conversed during the past and present years, I am confident that nothing
has operated more to the prejudice of this State than has this mistaken
idea, deterring, as it does, many of the better class of farmers at the
East, and dairymen in particular, from emigrating to this State.
" From my own practical experience, and from the experience of
■■ others, I am satisfied that the difficulty has arisen, not so much from
any defect in our soil and climate, as in the system of husbandry prac-
tised by too many of our farmers. Through a mistaken economy, many
of them have thought that by no possibility could their land be spared
.from active and exhausting cropping, and a portion of it set aside for the
purpose of stocking it with grass. This course has often been pursued
until the land has become covered with pigeon-grass, cow-tail and other
noxious weeds ; and then, when they can no longer succeed in raising
grain from the much abused field, they have resorted to timothy and
clover in order to 'bring the land to,' as they term it, and not with any
thought of getting a good crop of hay. ' Oh no,' say they, ' we have
plenty of marsh from which to cut grass, without having our good land
lie idle, and we have seeded this down merely to give it rest.' Carrying
out this idea, they have procured a barrel of timothy seed or clover,
and this quantity must perforce be amply sufficient to sow ten or twelve
acres ! With autumn, comes their disappointment and chagrin at seeing
a few stalks of clover and timothy scattered amid a wilderness of
weeds.
" Another mistaken idea is prevalent among our farmers, and that is,
that ' ^Yisconsin land will never wear out.' I know of no latitude
' where the following extract from an humorous communication published
by Solon Robinson, of Indiana, in 1838, will apply more forcibly than
♦ it does here. In conversation with his neighbor upon the subject of
farming in America, he says : ' Squire, though our people don't seem
to be sensible of it, and you and I may not live to see it, yet, if this
awful robbin' of posterity goes on for another hundred years, as it has
- for the last, among the farmers, we'll be a nation of paupers ! Talk of
the Legislature doing something ! I'll tell you what I'd have them do :
paint a great parcel of guide-boards, and nail 'em up over every state-
house, church and school-house door in America, with these words on
'em in great letters : ' the best land in America, hy constant croppijig with-
out manure, will run out !' And I'd also have 'em provide means to
65
iearn every child how to read it, 'cause it's no use to try to larn the
old ones, they are so sot in their ways !' And if our Wisconsin farmers
continue in this ' constant cropping' system, and continue to burn their
piles of straw, and to move their barns, in order to get away from the
piles of manure constantly accumulating about them, we certainly shall
do our share, and that soon, towards becoming ' a nation of paupers.'
" I will now proceed to answer your questions. Our farm contains
830 acres, of which 600 acres are under cultivation. The cultivated
portion is mostly burr-oak openings. The soil is a sandy loam, based
on a clayey subsoil. We have about 500 acres stocked down, of which
about sixty-five acres are of clover, the remainder being timothy. We
mowed about ninety acres for hay during the season just past. The
average yield of the timothy Avas one ton per acre ; the season being
very dry, the crop was lighter than usual — one and one-half tons per
acre being near the usual crop on the natural soil. Lands that are well
manured will average two tons per acre. Our clover crop the past
season, where we mowed forty acres, gave an average of one and one-
half tons of hay per acre. The second crop would have made a ton of
hay per acre, but we preferred to save it for seed. Our experience in
raising timothy seed is limited, as we have given our attention mostly to
clover, thinking that it pays much the best.
" You inquire what is the usual profit realized from an acre of clover?
In answer I will give you our experience for the last year, and then you
•can judge for yourself. The receipts were :
First crop, 60 tons hay, $5 per ton
Second crop, 123 bushels first quality seed, at $7
Second crop, 6 bushels second quality seed, at S3
Total
** The expense of raising the same was :
Cost of hay crop, including board , . . .
5 bbls. plaster, at $1,50 . . . . .
Freight and sowing same
Showing a nett profit on forty acres of
• •
$300 00
• •
861 00
• •
18 00
•
$1179 00
f 55 00
130 00
7 50
3 00
105 50
X. O kJ k/\J
• «
$983 50
66
" This shows an average profit of $24,58 per acre. We prefer the
June clover to the larger variety, because it will yield more and better
hay, and give more seed to the acre. We consider three bushels per
acre as an average crop of seed — four or five bushels are not uncommon
— and I have heard, from good authority, of six acres of land in this
State, producing forty-two bushels of clean seed.
** We clean our seed by horse power. Three men, with Emery's two
horse power, will hull from twenty-five to thirty bushels per day. It
would require two men, about the same length of time to clean it
through a fanning mill. The cost of a huller is forty-five dollars. The
cost of a huller and cleaner, is about eighty dollars, being much the
best, as it will save the labor of two men in cleaning, and it can be
driven by the same power, and will do the same amount of work as the
huller alone.
"We use for seed, when we stock with clover alone, eight quarts per
acre ; when we stock with timothy and clover, we use eight quarts of
timothy and four quarts of cloyer.
" We consider the autumn of the year as the best time to stock down
land. The land should be harrowed after sowing, and should be used
as a pasture the following spring. We have used both the New York
and Michigan plaster, and have become satisfied that the Michigan plas-
ter is much the best for Wisconsin soils. We used half a bushel per acre
of Michigan plaster, upon a part of our clover field during the past
season, and were satisfied that it doubled the crop of hay, and added
one-third to the crop of seed. We used the same amount of New York
plaster per acre in the same field, and could discover no beneficial eflFects
from it.
** Were a comparison to be instituted between Wisconsin, New York,
Ohio, Michigan and Illinois, I am well satisfied that in Wisconsin as
much hay can be raised, and as many sheep, cattle, or horses, can be
pastured upon an acre as can be done in either of the other named States,
the same kind of cultivation, of course, being given.
Yours truly,
To Albert C. Ingham, Esq., E. W. Edgerton."
Sec. of the Wis. State Agr. Society.
The Committee in their report say, " The show of grain samples was
very limited, but the quality was in general good, as was to be expected of
67
the present season's crops, though on some of the articles we have given
DO awards, owing to the absence of competition, or ordinary quality of
the article exhibited. Though a considerable quantity of rye and flax-
seed was raised in the State this season, none of the former was shown,
and only one sample of the latter, not entered for competition.
*' There was nothing in our department requiring special mention,
except one bushel of clover seed, for which article no premium was offered
by the Society. The sample was of very fine quality, and in view of
this description of seed becoming of much importance to the agricultu-
ral interests of the State, we would beg leave to suggest to the Execu-
tive Committee the propriety of bestowing some suitable mark of encour-
agement. (This recommendation has been complied with. A. C. I.)
" There were two competitors for the prize offered by the Society for
'Sample of crops raised on one farm,' exhibited on a waggon, whose
tasteful arrangement and variety of articles must have attracted the
attention of most persons on the grounds. Both exhibitors have well
earned the premiums awarded by the Society, for the abundant proofs
they have given of what can be done on a Wisconsin farm by taste and
good management.
" Some very excellent specimens of Wisconsin tobacco, of different
sorts, were exhibited by the producers, but not offered for premium.
The growth and curing seemed perfect, and reflect much credit on the
enterprizing pioneers in this important branch of agriculture. These
samples leave no doubt of the capability of Wisconsin in soil and cli-
mate for the culture of tobacco.
*' The hops exhibited were of excellent quality, giving every promise
of encouragement for an extensive culture of the article."
VEGETABLES.— No. of Extriks, 83.
Judges. — Andrew S. Fuller, Wauwatosa ; Benjamin Nute, Milford;
S. C. West, Milwaukee.
Best twelve turnips ; Wm. E. McClure, Ottawa. $1.
Best twelve carrots ; D. A. Putney, Waukesha. $1.
Best twelve beets ; Lester H. Cotton, Milwaukee. $1.
Best twelve parsnips ; George Sercomb, Wauwatosa. $ 1 .
Best six heads of cabbage ; John Becker, Milwaukee. $1 .
♦
68
Best twelve tomatoes ; D. A. Putney, Waukesha. $1.
Best half peck of beans; H. V. Prentice, Genesee. $1.
Largest pumpkin ; George Sercomb, Wauwatosa. $1.
Best peck of potatoes ; R. W. Parker, Wauwatosa. 81.
Best and greatest variety of vegetables raised by exhibitor ; George
Sercomb, Wauwatosa. American Farm Book.
Best mangel wurtzel beets ; H. V. Prentiss, Genesee. Norton's Elements
of Agriculture.
Best cucumbers ; George Sercomb, Wauwatosa. Transactions.
Superior specimens of new seedling potatoes ; George P. Pfeflfer, Pewau-
kee. Transactions.
Fine egg plants ; R. JS". Messenger, Milwaukee. Norton's Elements of
Agriculture.
Best pie plant; B. P. Gaboon, Kenosha. Norton's Elements of Agri-
culture.
George P. Pfeffer, of Pewaukee, also exhibited a new variety of pea,
which he calls the " Black Winter Pea." He remarks concernincr it as
follows :
" The Black Winter Pea was originated by myself, and is a native, or
partly so, at least, of Wisconsin. Two years since, having some small
nursing trees planted in rows four feet distant from each other, I filled
the spaces between the rows with peas and beans. In one of the spaces,
by chance, a vine of the common wild pea had grown, and immediately
adjacent to this vine I planted one of the common marrowfat peas, and
also a black bean, in shape similar to a kernel of corn. As the vines
grew, I placed about them stakes and hoops, so that they were kept in
close proximity. On gathering the seed when ripe, I found one pod of a
dark green color, containing seven peas also of a dark green color, but
■with black stripes upon them. These peas I preserved, and planted in
May of last year. They grew well, but showed no blossoms until Sep-
tember, after which pods were formed, and the peas ripened. In Novem-
ber, I collected one quart of ripe seed from the vines, and also one quart
of green peas, which, after cooking, I found in all respects equal to the
earlier varieties. The stocks did not ripen, but were in bloom when the
cold weather came. This year I planted one pint of the seed, and the
69
vines are at this time (October 8, 1852,) in blossom, and setting pods
rapidly, notwithstanding the heavy frosts we have had. This variety is
very prolific."
DOMESTIC MANUFACTURES.-No. of Entries, '25.
Judges. — Stephen 0. Bennett, Thompsonville ; Champion S. Chase,
Racine ; Thomas R. Mott, Watertown ; Mrs. Francis Randall, Mil-
waukee ; Mrs. Anson H. Taylor, Muskego Centre.
Best ten yards of flannel ; H. B. Burritt, Muskego. Bronze medal.
Best ten yards of woolen carpet ; Garret Vliet, Milwaukee. Bronze
medal.
Best hearth rug ; Miss Lydia D. Ely, Milwaukee. Bronze medal.
Best ten yards rag carpet ; Mrs. Eleanor Kinney, Whitewater. Bronze
medal.
Best pair woolen stockings ; Mrs. A. H. Taylor, Muskego Centre.
Transactions.
Best pair woolen mittens ; Mrs. David Williams, Geneva. Transactions.
Best pair cotton stockings ; Mrs. B. Coates, Spring Prairie. Transactions.
Best woolen yarn ; Mrs. A. Smith, Troy. Transactions.
Is'EEDLE, SHELL, AND WAX WORK.— Ifo. of Exteies, 87.
Judges. — Charles Holt, Janesville ; Mrs. John Catlin, Madison ;
Mrs. F. J. Blair, Milwaukee.
Best Ottoman cover ; Miss Lydia D. Ely, Milwaukee. Transactions.
Best fancy chair work with needle ; Mrs. Alexander Mitchell, Milwaukee.
Diploma.
Best worked collar and handkerchief; Miss Mary Frances Smith, Mil-
waukee. Transactions.
Best worked quilt ; Garret Vliet, Milwaukee. Transactions.
Best white quilt ; Mrs. J. B. Selby, Milwaukee. Transactions.
Best portfolios worked ; Miss M. Cecilia Smith, Milwaukee. American
Bee Keeper.
Best ornamental shell work ; J. W. Vail, Milwaukee. Transactions.
70
Best specimens of wax flowers ; Miss Mary Ann Cowan, Milwaukee.
Transactions,
Best embroidered handkerchief; Miss Elizabeth S. Bosworth, Milwaukee.
Transactions.
Best lace cape ; Miss Elizabeth S. Bosworth, Milwaukee. Norton's Ele-
ments of Ao-riculture.
Embroidered tidy ; Miss A. E. Stone, Milwaukee. Transactions.
Patch work chair cushion ; Mrs. J. H. Crampton, Milwaukee. Trans-
actions.
Crochet reticule ; Miss Lizzie H. Crampton, Milwaukee. Norton's Ele-
ments of Agriculture.
Crochet purse ; Mrs. Benjamin McVickar, Milwaukee. Transactions.
Basket of wax fruit; J. S. Douglas, M. D., Milwaukee. Transactions.
Embroidered dress pattern ; Miss Harriet E. Hatch, Milwaukee. Di-
ploma.
Knit coverlet ; Mrs. Martha Brown, Madison. Rural Architecture.
Pebble frame ; Mrs. T. M. Wilcox, Port Washington. Transactions.
The Committee in their report speak highly of the general merits of
the contributions in their department, and noticed several articles as
possessing positive superiority.
Their decisions were in many cases made with extreme difficultv,
owing to the uniform high character of the articles coming in competi-
tion.
FRUIT.— No. or Entries, 92.
Judrjes, — Francis R. Elliott, Cleveland, 0. ; Dr. John A. Kennicott,
Northfield, 111. ; W. S. Rice, Racine.
APPLES.
Largest number of varieties of good apples ; Franklin K. Phoenix,
Delavan. Silver medal,
VARIETIES EXHIBITED.
Roseau, Surprise, Flushing Spitzenberg, Pomme Gris, Autumn Straw-
berry, Fameuse, Saint Lawrence, Fall Orange, Yellow Ingestrie, Bailey
Sweet, Pomeroy Sweet, Seek-no-further, English Golden Russet, Dune-
71
low's Seedling, White Seek-no-further, R. I. Greening, Vandervere,
Tolman Sweet, Rambo, Montrose Pippin, Green Everlasting, Limber-
twig, Red Romanite, Winter Pearmain, Swaar, Virginia Blush, Pound
Sweet or Lyman's Pumpkin, Sweet of Books, Large Yellow Siberian
Crab, Siberian Crab, Fall Sweet, Nameless Winter Sweet obtained for
Talman Sweet, Lane Sweet, Royal Pearmain, Redling, Spice Sweet,
Detroit Red, Hodge's Black, Golden Sweet, Barnhill, Yellow Bellflower,
Cheeseboro' Russet, Pownal Spilzenburg, Michael Henry Pippin, Tift
Sweet, Spurious Drap D'Or, Camburnathan Pippin, Peach Apple, Pen-
nock, Hawthornden, Sack and Sugar, Domine.
" My apple trees are generally root grafts, planted on poor, heavy
land, sloping north and south, and originally covered with scattering burr
and yellow (or jack) oak. The bearing trees were mostly of three
seasons growth, some four or five, when planted. Thirty in the spring
of 1844, and seventy the spring following, several of which havng failed
in transplanting, or in consequence of accidents, injuries in winter, <kc.,
have been replaced at different times.
" Since planting, the trees have been well cultivated by frequently stir-
ring the ground as among corn, washing the bodies in the spring with
soft soap and strong suds, waxing over bruises or large wounds as in
trimming, and for several years, while the trees were young, a mound
of earth about a foot high was heaped around the base late in the fall,
and removed in the spring.
" Most of the trees have been manured as often as once in two or three
years. At pruning very little has been done since the tops were formed.
In regard to that most important consideration, the bearing of an or-
chard; it is unquestionably true, that for some reason many sorts at the
West are generally not as productive at a given age and size as at the
East, or as other kinds. ,
" In the opinion of some, no kinds bear as early and as well here as
in the Eastern States ; but in my opinion this is entirely a mistake,
although there are doubtless particular cases that would seem to warrant
such, an idea. Thus, there are some kinds that are naturally late in
coming into bearing ; some doubtless made so, by being worked from
nursery trees many removes from bearing trees ; and others in conse-
quence of the soil on which they are planted — low, rich, prairie soils
being inclined (with trees as with other crops) to produce an excess of
leaves and woody matter.
72
" A few trees in my orchard commenced bearing a very little the next,
year after planting. Two or three years since, there were perhaps five
bushels each year — last year fifteen — this year twenty-five ; and had it
not been for late frosts, and a severe hail storm about the first of June,
there would doubtless have been twice or thrice that quantity.
" The orchard contains, perhaps, one hundred trees, with tops from
six to fifteen feet across ; and as to bearing this season, might be classed
thus — twenty bearing well, or tolerably, which, therefore, judging from
this one experiment, ought to stand late frosts well, among which I
would mention Fameuse, English Golden Russet, White Seek -no-further
(so called) Dumelow's Seedling, Green Everlasting, R. I. Greening,
Vandervere, Pomeroy Sweet, a small round striped Sept. and Oct. Sweet.
Twenty five bearing a little, a part tolerably full last season, and a part
for the first time, which latter class ought also to be good against late
frosts ; of this description, I would name Fall Orange, Westfield Seek-no-
further, Monstrous Pippin. Fifteen bore considerably last season, and
but very few this, though some bloomed well. The remaining forty must
he considered unproductive as yet, though many have produced perhaps
one or two specimens. These trees will probably average quite as large
as any class, and might have generally come into bearing this season but
for the frosts, as they mostly bloomed in the spring. Of these I would
name as apparently among the most tardy. Summer Queen, Newtown
Pippin, Golden Sweet, Northern Spy, Yellow Bellflower, Campfield
Sweet, Colvert, Baldwin, Sweet Bough.
*' In regard simply to the bearing of root grafts vs. stock grafts, which
is a point that is being very generally discussed, I would here give my
orchard experience.
*' Among the hundred trees of bearing size are sixteen, or about one
in six budded or grafted on the stock at different heights — one Rambo,
near the ground — one R. I. Greening, at standard height — three grafted
in the tops to sundry sorts, and the remainder in the stock, mostly two-
or three feet high. Of these sixteen, none have borne much save the R.
I. Greening, at standard height, and one " Sundry Sort" tree ; but all
have borne a little, more or less, except one Sundry Sort tree, one Golden
Sweet, two (called) Striped Pippin, and one Northern Spy.
" The whole list is as follows : One each — Golden Sweet, Tift Sweet,
Detroit Red, Sops of Wine. Two each — Rambo, R. I. Greening, Striped
Pippin, Virginia Blush, three Sundry Sorts, one Northern Spy.
73
•' In looking the whole over, I may say without further detail, that it
•would seem, judging from this orchard alone, as if, with given Jiardy
^orts, nothing were gained in productivenes by stock grafting, and I
earnestly hope it will finally prove out so on account of some desirable
objects that can best be subserved by root grafting. Unquestionably,
however, this trial is as yet too limited in time and variety to aflford a
good criterion on this point.
" In regard to another disputed point — grafting from nursery trees or
bearing trees — although I cannot be positive about the origin of most of
my bearing trees, having purchased them at nurseries, yet I have every
reascn to suppose, that most were worked from nursery trees. A part,
however, were raised by myself from bearing trees, and though there is
some difference in favor of this latter class, yet there is not so much as
between certain families or varieties — some being inclined to bear with
one much younger than others. Some of the tardy bearers having
already been mentioned, I will name some of them : Dumelow's Seedling,
Roseau, Famcuse, White Seek-no-further, Tolman Sweet, Pomme Gris,
Early Harvest, Winter Pearmain, English Golden Russet, Spice Sweet,
Autumn Strawberry, Dutchess of Oldenburg.
F. K. PlICENIX."
Second largest number of varieties of good apples ; John Bell, Gardner's
Prairie. Barry's Fruit Garden.
Varieties Exhibited.
Golden Russet.
Winter Russet.
Cheesebro' Russet.
Roxbury Russet.
Boston Russet.
Pomme Gris.
Steele's Red Winter.
Red Baldwin.
Spice Sweeting.
Green Sweeting.
Tolman Sweeting.
Yellow Bellefleur.
Cornish Gilliflower.
6
Black Gilliflower.
Rambo.
Romanite.
Fameuse.
R. I. Greening.
Sweet Greening.
Sweet and Sour.
Ortley Pippin.
Black Apple.
Surprise.
Newtown Pippin.
Munche's Crab.
Green Everlasting.
Seek-no-further.
20 oz. Pippin.
Monstrous Pippin.
Swaar Winter.
Fall Wine.
Colvert.
Pomme Roi.
W^ellinifton.
Queen Anne.
Ponnel Spitzenburgh.
Red Siberian Crab.
Golden Beauty Crab
of Canada.
74
" The soil xipon which these apples were grown is a prairie loam,
slightly mixed with sand. The seed was sown twelve years ago this fall.
I grafted them in the root ten years ago last spring. I planted them in
the orchard eight years ago. Three years ago I put about a bushel of
ashes around each tree, which is all the manure they ever had ; at the
same time they were washed with soap suds. -, ^^
•' ^ John Bell.
Third largest number of varieties of good apples ; Orra Martin, Spring
Prairie. ^3.
Varieties Exhibited.
Summer. \ Queen Ann.
Spurr or Spice Sweeting. Winter.
Autumn. Sweet Greenina'.
Wine. Red Baldwin.
Rambo. Yellow Bellefleur.
Early Winter. Late Winter.
Red, or Cornish Gilliflower. Martin's Russet.
Green Newtown Pippin. Boston Russet.
Rock (the real name is lost.) Seedling (a winter apple.)
Fameuse.
" The trees, bearing the above named apples, grew upon a south-eastern
declivity. The soil a dark loam, nearly the same as the adjacent prairie,
on a limestone subsoil. The ground is annually cultivated in corn, pota-
toes, or ruta bagas, with occasionally a light dressing of manure, and
the body of the trees washed one or more times with soap suds durino-
*^^ '^^'°^- Okra Martik."
For the best six varieties of good apples ; Anson H. Taylor, Muskeo-o.
Bronze Medal.
Varieties Exhibited.
R. I. Greening. Swaar. Tolman Swectinsf-
Roxbury Russet. Fall Pippin. Rambo. \
Straat. Seek-no-further. Colvert.
" The orchard from which the above named apples were gathered was-
planted in the years 1845 and 1846. The holes for the trees were dug-
about three feet in diameter, and deeper than the roots required to set
T5
them out. The trees were set in top-soil earth, with a coat of well rotted
manure on top, and set so as to designate each kind. The ground has
been cultivated each year, and manured to some extent.
A. H. Taylor,'"
For the best three varieties of good apples ; Cyrus Hawley, Milwaukee,
Downing's fruits.
Varieties Exhibited.
Fall Pippin. Belmont. Esopus Spitzenberg.
" The soil of my apple orchard is a clayey loam. It has received only
the ordinary cultivation for root crops, which crops are usually planted
in it, with a yearly dressing of about fifteen loads per acre of barn-yard
manure, spread broadcast and plowed in. I usually wash the trunks of
my trees in the spring with thin, soft soap. P H\ • - "
PEARS.
For the largest number of varieties of good pears ; John B. Dousman,
M. D., Milwaukee. Bronze medal.
PLUMS.
For the best exhibition of good plums ; George P. Pfeffer, Pewaukee,
Thomas' Fruits.
Varieties Exhibited.
Yellow Egg. Yellow Gage. Coe's Golden Drop,
Dean's Purple. Green Gage. Damson.
Purple Gage. Red Egg. Bleecker Red.
Imperial Gage. Royal Prince.
" These plums were raised from grafts upon wild plum stocks. The
grafts, though but three years since their setting, have proved them-
selves excellent bearers. I also present for exhibition, the plum weevil
or curculio. My own experience with this insect is, that it attacks the
plum from the beginning of June until the second week in July. About
four weeks after the attack, the plum falls to the ground, when the grub
either remains in the plum or enters the soil. In the month of Sep-
tember, it again emerges as the curculio, and attacks the small shoots of
the season's gro^vth, depositing in them its eggs. These in the spring;
hatch again into the weevil, and eat the centre of the buds then just
shooting, thus destroying the grafts and young trees. When in this
76
stage it'hsEs reached tlic length of three-eighths of an inch, it again falls
to the grouod, to emerge in time to attack the plums.
" This statement varies much from the description given by most ^
Horticultural writers ; but I have long observed its habits, and that,
too, very closely, as without great care and precaution I should every
year lose my plums entirely. I also present for exhibition a branch
cut from one of my trees, showing the eggs deposited by the insect.
George P. Pfeffer."
Second best exhibition of good plums ; Cyrus Hawley, Milwaukee.
Transactions.
" These plums arc Coe's Golden Drop. The tree upon which they
grew was planted in its present location in the year 1848, at which time
the trunk was about two inches in diameter. The soil is a stiff clay.
For i planting the tree, a hole was dug four feet in diameter, and two
1^ feet N^eep, and filled up with a compost of two-thirds muck, and one-
third of well rotted manui-e, to which six shovels full of leached ashes
were added. It has received no cultivation since, except last autumn,
when a dressing of well rotted manure was applied about the roots.
This tree has almost entirely escaped the attack of the curculio, while I
have lost the entire crop of some other varieties in my garden, such as
Kniglit's Green Drying, Huling's Superb, &c. The Jefferson growing
in the same garden was not attacked at all, and the Imperial Gage bul
slio-htly. Gyrus Hawley."
Third best exhibition of good plums ; Alfred L. Castlcman, M. D., Del-
aficld. ^1.
" These Autumn Gage Plums Avere gathered from two trees, one
oTOwing in a garden walk, and the other in a deep, rich bed of aspara-
o-us. I see no difference in the fruit of the two trees, except that the
tree in the asparagus bed has borne nearly three times the amount borne
by the other. Alfred L. Castlemak."
GRAPES.
For the best exhibition of good grapes ; E. S. Turner, Grafton. Tho-
mas' Fruits.
For the second best exhibition of good grapes ; Wm. Le Fevre, Lake.
Transactions.
J
T7
For the third best exhibition of good grapes ; B. P. Gaboon, Keno-
sha. $1.
MELONS.
For the best specimens of any variety of water melons ; Mrs. E. W.
Edgerton, Summit. 81.
Same; Hiram E. Coon, Palmyra. Si.
Same; Daniel F. Melendy, Eagle. Si.
Alpine strawberries ; John F. Welkie, Milwaukee. Transactions.
Four jars of preserved plums ; George P. PfefFer, Pewaukie. Transac-
tions.
Best quinces ; P. B. Hill, Milwaukee. Transactions.
The Committee in their report say, that " aware of the youth of the
State, and of the few advantages which the cultivators of the soil had
enjoyed, as compared with residents of more Eastern States, we did not
anticipate very laborious duties, or much gratification, in performing the
work assigned us. Judge, then, of our surprise, when on entering the
hall devoted to Flora and Pomona, we found a long and imposing array
of ripe and glowing fruits, bearing, in their size and smooth glossy sur-
faces, mingled with tints of red and yellow, distinct impress of the great
and glorious West, where nature has been so lavish in her gifts.
" Guided by instructions from the proper officers of the Society, we
commenced our labors, first, by carefully examining all collections, and
notina: wherein we rewarded them as havinor been grown Avith the atten-
tion and judgment of intelligent beings, whose minds had been not only
turned to the production of a beautiful fruit, but also to the knowledge
of its true name, according to standard works on Pomology. And lest
we may be accused of any unfairness, we beg leave here to state, that
we did not feel at liberty to change the names of fruits from what they
were called when presented to us — although repeatedly asked by exhi-
bitors to correct errors where we were satisfied of them. Our decisions,
it will be understood, were therefore made upon the fruits as named and
exhibited by the growers, although we were fully of the impression, that
had a Committee been appointed, whose duty it was to precede your
reporters, and examine, classify, and correct nomenclature in fruits, far
more good would have resulted from the exhibition, as well as lessened
I 78
labors, which become, from year to year, more arduous and imposing on
Committees appointed to examine this department. A department em-
braced and supported by wise and discriminating bodies, viewing the
products of the agriculturist in a sense relating both to the advantages
of his social and moral life.
" Apples being first on our lists for awards, and also most prominent
on the tables before us, we proceeded in our duties, often remarking
upon the beauty of specimens, exhibiting strongly the adaptation of both
soil and climate for the production of fine fruits, and again, often re-
marking upon the universal love every man who owns an acre of ground
has for the production of fruits on his own lands, as well as the desire
already general, to produce only those most acceptable, and ministering
in the highest degree to his tastes ; these tastes, be it understood, vary-
ing only as opportunity and advantages have been enjoyed for their for-
mation.
*' After carefully examining a large number of seedling apples exhi-
bited in various collections, your Committee could not discover one
which, ripening at the same time with the varieties already known and
described, possessed merit sufficient to warrant them in awarding the pre-
mium.
" In connection with this part of our report, your Committee desire to
enumerate some of the varieties of apples which appeared best adapted to
the soil and climate of the State, viz : Fall Wine, Rambo, Fall Pippin,
iSwaar, lloxbury Russet, Rhode Island Greening, Belmont, Esopus
Spitzenberg, Wcstfield Seek-no-further.
"Of our awards, next in order come Pears ; and after carefully exa-
mining the long tables of fruits, and noting how perfectly grown were
the few specimens in each exhibitor's collection, we could but regret that
more care and thought had not been given to the growth of this prince of
all fruits ; for while nearly every exhibitor had one or more specimens
of one variety beautifully grown, we could not make up collections
enabling us to award more than one premium.
"With the schedule of awards for Peaches, your Committee could
only read, and lament the lateness of the season, which precluded both
the enjoyment of eating a ripe and luscious peach, blooming with the
freshness of a new and provident land, and the pleasure it would have
given them to have distributed the largess offered by your Honorable
Society to the man who should have produced, in the ' Far West,' a fruit
> 79
rivalling any grown in warmer, longer inhabited, and more favored sec-
tions.
" Plums. — Here, one of us — he of the East, where every plum grown
is attended with so much labor and trouble to protect it from the curcu-
lio, that they may be said to cost a dollar each — could but express the
utmost satisfaction ; and here permit the remark, as coming from that
Eastern man, that not only on the tables of this Society's exhibition,
but in various gardens where he had an opportunity of examining the
plum tree in bearing, he saw evidence of the same successful result in
the growing of this fruit, free from the stings of the curculio, which has
attended one other section of the United States only. Evidence that
while it is hardy as a tree in the climate, the fruit will be one of exceed-
ing pecuniary profit to the orchardist.
" Every variety of this fruit exhibited seemed to have been grown in
the greatest perfection, and in calling to it the attention of planters, we
desire to name the McLaughlin, Jefferson, Golden Drop, Purple Favor-
ite, Bleecker's Gage, Hudson Gage, as among varieties that will pro-
duce fruit of the best and most desirable qualities for all purposes,
except that of drying ; and for this latter, no better may perhaps be
named than "St. Martin's Quetoche." Many other varieties could un-
doubtedly be named, but a report like this will not perhaps be thought
suitable as a place for an extended record.
" Grapes, being next in our schedule, we looked about us expecting
in this fruit to see only some imperfectly matured berries, but we were
doomed to disappointment, for we had for examination large dishes of
heavy bunches and berries of the Isabella, Catawba and Clinton varie-
ties. As a whole, the Isabellas were best ripened, giving evidence that
for most parts of Wisconsin, it is the variety best suited for cultivation.
" Quinces. — The apple-shaped, or orange variety, competed only
with numerous seedlings closely resembling it, but such seedlings rarely
possessing all the good qualities of the parent, we awarded but one
premiun. And here let us remark, that the Portugal Quince, if it can
be obtained true, will generally ripen better, and cook more delicate and
tender than the orange. The latter, however, is generally gathered long
before it is ripe ; and when so gathered, it cannot be made to cook
tender. Usually, it should not be gathered earlier than from the 20th
of October to the first of November ; as a good, sharp frost or two
does not injure it. /
80
" Meloxs. — With this part of our duties, your Committee must be
excused if they should ' speak right out,' for after carefully examining
the heaps of melons, we marched off with the best we could select, an-
ticipating much enjoyment both to ourselves and a few ' invited guests,'
while we discussed the merits of the various specimens toward the form-
ing of this our report. Well, after obtaining plates, knives, &c., and
after all our friends had gathered around, anxiously expecting a rich
treat, we slashed away with a tine looking, large so called ' Black Span-
ish Watermelon.' On opening its flesh to the gaze of our judges, judge
of our discomfiture, for we saw that the grower had selected it from his
bed of pumpkins. Thinking, however, that having tasted of so many
fruits, our appetite might be somewhat cloyed, we tried to get some of
the anxious expectants surrounding us to decide impartially ; but one
taste was sufficient — none were favorable to a cross of pumpkin or squash,
in what purported outwardly to be a delicious melon. We tried another,
and another, all to no purpose ; and our * invited guests' having all re-
tired, we wrote down a joint premium for specimens embracing tine size,
but which had evidently been grown too near beds of squash or pump-
kins. Not less than fifty feet should ever mark the space between the
melon and those of any similar class of vines.
" Good taste in the arrangement of fruits for exhibition, contributing
largely to the interest which such displays are intended to create, your
Committee were gratified in finding a premium offered for the best
arranged collection. Looking over the collections, we could but feel
aware that many had overstepped the very object they sought to gain,
in arranging their fruits ; i. e., by so arranging in masses of disorder
and in closed cases, beyond the vision of but few visitors, and the reach
of your Committee when making their examinations.
" Having now made our report, permit us to say a few words to the
growers and exhibitors of fruits in the flourishing and rapidly growing
State of Wisconsin, relative to gathering for, transporting, and the exhi-
bition of their fruits at any sticceeding exhibition of a similar character.
In the good appearance of samples offered, you may sometimes win the
prize over fruits of the same quality as your own. In gathering these,
pick carefully by hand from the tree ; avoid rubbing the fruit, for many
varieties have a bloom by which they are at once readily distinguished,
but without such natural bloom, or down as it is sometimes called, they
are at times difficult to be distinguished, unless by one readily conversant
\
81
■with the variety. Second — in carrying to the place of exhibition, cotton
waddinor is the best for enwrapping them ; above all, avoid packing in
saw dust, mouldy hay, or a pine box, for the fruit of a delicate texture
immediately receives, through its pores, the flavor of the said hay or
pine. Third — in arranging for show, select, as far as possible, the vari-
eties, and place them in the order of their ripening, viz : first, the early
©r summer ripening ; next, the autumn ; then, the early winter, and on
to the longest keepers. Have plates, if possible, of size, just so that
your specimens will cover it, placing one variety only on a plate ; then
arrange, in connection with the season, as far as possible, your dark-
colored or red fruits at the back of your shelves, placing the light yellow
and summer fruits in front ; this serves both to aid the judges, and at-
tract the attention of visitors.
" Trusting that while we have, in a rapid way, written out the results
of our notes made on ' examination day,' we have not overstepped the
limits of courtesy, while wishing to aid the cause of Horticulture, as con-
nected by an enlightened Society with its handmaid and sister. Agricul-
ture, we respectfully submit these remarks."
FLOWERS.— No. of Entries, 45.
Judges — Johx A. Kennicott, M. D., The Grove, 111.; Mrs. Sarah F.
Dean, Madison ; Miss Mary B. Rice, Racine.
DAHLIAS.
Greatest variety ; B. P. Gaboon, Kenosha. Bronze medal.
Best twelve, dissimilar blooms; B. P. Gaboon, Kenosha. Transactions.
ROSES.
Best six dissimilar blooms ; R. N. Messinger, Milwaukee. Johnston's
Practical Agriculture.
PHLOXES. •
Best six varieties ; Thomas Hislop, Milwaukee. Bronze medal.
VERBENAS.
Greatest variety ; B. P. Gaboon, Kenosha. Bronze medal.
Best six varieties ; Thomas Hislop, Milwaukee. Johnston's Practical
Agriculture.
GER-MAX ASTESS.
Be3X collectjon ; R. X. M^singer, Milwaukee. Bronze medal.
FAySIES.
Best and greatest varietr ; B. P. Cahoon, Kenosha. Bronze medal.
Best six varieties ; R. X. Messenger, Mil-vraukee. Fessenden's Complete
Farmer and Gardener.
Best collection of green-house plants owned bv one person : R. X. Mes-
singer, Milwaukee. Bronze medal.
Best basket boquet, with handle ; Miss E. Ogden, Milwaukee. Bronze
medal.
Tree Cactus ; H. W. Haves, Palmvra. Transactions.
The Committee report " that they have performed their duties with as
much care as the great press of spectators on the dav to which exami-
nations were deferred, would permit ; and, in common with the multi-
tude of visitors, at this the Second Annual State Fair of your noble
Society, your Commiuee cannot refrain from expressions of regret, that
in the delightful department assi^ed to them, so little emulation has
been awakened, especially among the amateur Florists of Milwaukee
and its vicinity.
" The cultivation of ornamental plants and beautiful flowers, is a
highly useful as weU as pleasurable employment of the leisure hotirs of
the denizens of cities — ^both male and female — for that which we aid in
calling into being, or nourishing into beauty and excellence, we instinct-
ively love ; and the love of the beautiful refines and ptirifies the mind,
and adds to the capacity for the enjoyment of innocent and rational
pleastires, exactly in proportion to the increasing satisfaction derived
from each new experiment, and every successful result of our heart-felt
labors in this department of the poetry of rural life. One who loves
flowers, and ctiltivaies them because he loves them, cannot be a bad
man, and the person who "ars them for profit only, is always made bet-
ter and happier by his humanizing profession. These are truths that
few will gainsay, and none can disprove. We, who have seen, know it.
Tou, who wotild prove, have but to try it.
*' Hortictilture is the religion of nature, as well as the * poetry of rural
life ;' and it is the duty, therefore, of every one to practise it in cities,
where little of nature is seen ; and in towns, near which great State
83
Fairs like this are about to be held, it is certainly the further duty of
all thinking persons, who haye, or may haye, the abihty to do so, to
make as large a display as possible, for the benefit of those who yisit
such exhibitions, as a rare event in their work-a-day lives, and have
seldom or never been permitted to look upon such an accumulation of
Floral riches as Milwaukee might have shown, but did not show, on this
particular occasion.
" And, yet, there were a few noted examples of public spirit, and indi-
vidual taste and liberaHty, seen in our department ; and these, too, in a
good part by citizens of Milwaukee. And, even one truly creditable
individual collection will do much towards redeemintr the sreneral barren-
ness, or bad taste of an entire exhibition. The fifty-five varieties of
healthy 'Greex-hocse Plants' shown by Mr. Messinger, is one example
of what Milwaukee can do — and one worthy of Milwaukee.
" There was a little • Basket Boquet with handle,' arranged by Miss
E. Ogden, of Milwaukee, a perfect gem in its way, and the happiest illus-
tration of good taste in the arrangement of flowers that your Committee
remember ever havinor seen in the broad Xorth-west.
" The display of Dahlias, Paxsies, <fcc., belonging to Mr. B. P. Ga-
boon, of Kenosha, would have done no discredit to a great Floral exhi-
bition in any of the older States of the Union, if not of all Europe.
" A collection of Terbexas, much damaged bv carriacre, shown by
F. K. Phoenix, of Delavan, must have been choice and beautiful when
freshly gathered. It is, however, almost impossible to preserve delicate
cut flowers, that have to be transported a long distance by land carriage,
and especially over ordinary carriage roads ; hence, again, the necessity
of a spirited competition among the florists in the immediate vicinity of
Horticultural Exhibitions.
" There were several Flower Baskets, Vases, Floral Designs, (ire,
(quite praise-worthy, as first efi"orts, and as showing a desire to perform
a duty) but we are sorry to say, not one of them sufficiently superior to
be entitled to particular notice, or according to the rules, are they
thought worthy of the Society's premium. Indeed, we fear, that in
three or four instances, where we have made an award, the premium
has been given to comparative, rather than positive excellence. The
great fault with nearly all the floral designs, and vases of flowers, was
the common one of crowding too many specimens together. Beauty
and grace being sacrificed to show and profusion, and the simplicity of
84
nature entirely lost in mistaken attempts at gaudy art. In designings
true art copies nature, and nature looks to the blending of colors, and
an arrangement of foliage that is always pleasing ; and any great de-
parture therefrom, in the artist, is ahvays shocking to true taste.
*' We advise exhibitors to take a leaf from the ever-open, and easily
read Book of nature, and artistically weave in more leaves of plants,
and trees, among the showy flowers, which are the gems of their de-
signs. All jewels require an appropriate ' setting ;' and the only set-
ting of flowers, in a simple boquet, vase, basket or design, is green
foliage of the same plants or others, that do little violence to nature.
" How many, who visited the beautiful show grounds at Milwaukee,
thought of the availability of the gloriously tinted 'autumn leaves,' that
made the noble remnant of natural forest the most exquisite treat of all
to the patriotic lover of the beautiful in nature ? Had a few of the ladies
of Milwaukee prevailed on husbands, sons, or lovers, to gather a store of
these gorgeous ornaments, and then wreathed them, in tasteful, natural
arabesque, around the show tables and the tent ceiling, an eff'ect would
have been produced, as gratifying as it would have been creditable and
full of the beauty of novelty, congruity, taste and harmony.
" Had this been done, (and if it had been suggested, it would, doubt-
less have been executed,) your Committee, who have been compelled to
judge more as critics, than as satisfied admirers of your Floral Depart-
ment, might have had an excuse for throwing more of the praise grow-
ing out of enthusiasm, into this their hasty and unstudied report. But
to the ladies of the Wisconsin city or village, near which the next State
Fair may be held, we confidently commend the arrangement and display
of another year, in this, which should ever be made the most brilliant
and tasteful part of these great State Exhibitions."
PAINTIXGS.— Xo. OF ExTRiES, 55.
Judges. — William L. Utley, Racine ; Benjamin F. Hopkins, Madison ;
Alfred L. Castleman, M. D., Delafield,
Best specimen of painting in oils ; Alfred Payne, Racine. Diploma.
Second best specimen of painting in oils; Miss Mary Francis Smith, Mil-
waukee. Diploma.
Best specimen of painting in water colors ; Mrs. David Johnstone, Mil-
waukee. Bronze medal.
85
Best specimen of card printing ; Henry Arthur Starr, Milwaukee. Bronze
medal.
Best specimen of book printing ; Rufus King & Co., Milwaukee. Bronze
medal.
The Committee in their report say "the collection of paintings and
drawings submitted to our inspection, composed a highly ornamental
portion of our Fair, and one creditable alike to our artists and to the
State.
*' The collection was one varied and extensive, embracing portraits,
landscapes and fruit pieces in oil, miniatures on ivory, fruit and flower
pieces in water colors, colored crayon drawings, a variety of chalk and
pencil drawings, and excellent specimens of daguerreotypes.
" Where there was so much merit, and in a department where a correct
estimate requires a cultivated taste, there would naturally be a diversity
of opinion. Yet in the collection were many productions, whose merits
were generally acknowledged. In regard to the award of the first pre-
mium, there was but one opinion entertained alike by the Committee and
by the artists present. As to the award of the second premium, there
was more difference of estimation. Taking into consideration excellence
of drawing, merit of design, simplicity and harmony of color, with facility
of execution, the Committee are satisfied that they have not greatly
erred .
" Of those artists, who, though they Avere awarded no premium, pre-
sented works which elicited the commendation of all, proper menticm
must be made in this report.
" In the first place, we would notice a small portrait in oil, by Ilend-
rick Vianden, of Milwaukee, which was indeed a choice specimen, admir-
ably drawn, and deeply and harmoniously colored, while the arrangement
of light and shadow Avas both simple and effective. The same artist had
other paintings exhibited, all showing his ability, but none equal, we
think, as a real work of art, to the little picture we have mentioned.
" Next in order, we must notice a portrait in oil, by Isaac Dorward, of
Milwaukee, excellent alike in drawing, in proportionate development of the
various parts of the head, and as a work of art generally. A fine por-
trait indeed, though, we think, rather too luridly colored, and rather
too highly worked in the details. We care not for the manner of the ex-
86
ecution, if we have but the effect ; and it is a fact, that it is almost, if not
quite impossible to produce the softness of flesh, Avhere the surface of the
picture is finished to nearly a polished smoothness.
" The same artist also exhibited several colored crayon drawings,
drawn with great freedom and accuracy. These received and deserved
particular attention.
" R. A. Clifford, of Milwaukee, exhibited several landscapes. These
were productions of a young artist, and they show good capacity, and
are creditable to him ; but we would kindly advise him to copy nature in
her simpler efforts, rather than to trust to his memory or fancy, in color-
ing copies from engravings.
"Several landscapes exhibited were the work of Mrs. Kirby, of Mil-
waukee, and her we advise also to go directly to nature in her studies.
The pictures certainly show ability, and we are glad to be able to speak
to her a word of encouragement.
" We are pleased also to notice some fine pencil drawings, much admired
by the Committee and others, executed by Miss Aurora Elliott, a young
lady of Watertown, in this State. An original pencil drawing of flowers,
by a lady, Mrs. E. S. Turner, of Grafton, was tastefully executed and
greatly admired.
"Among the many works of merit, we must not omit referring to a
portrait drawing of the life-size in black crayon, by a lady of Milwaukee,
Mrs. S. M. Booth. This picture was noticable for the vigor and accuracy
of its execution.
"We will lastly speak of the miniatures on ivory; they were well
drawn, well colored, and otherwise deserving of much credit.
" We are far from thinking that we have noticed all those works whose
merits deserved mention, among the great variety presented, yet, per-
haps, we have been lengthy enough for a report of this kind. We repeat,
that the display reflected great credit upon both the artists, and upon our
State, and we are happy to see prominence given to works of taste in an
ao^ricultural exhibition. Let the arts go hand in hand with all science,
and especially with agricultural science in its advancement, and let them
exercise their ennobling influence in developing the power of appreciation
of beauty, in refining the taste and in cultivating the hearts of the great
mass of our countrymen.
87
STOVES, CUTLERY AND SILVER WARE— Xo. or Enteies, 26.
Judges. — A. F. Cady, Watertown ; Daniel Wells, Jr., Milwaukee ;
Joseph Cart, Milwaukee.
Best cooking stove ; C. Shepard, Milwaukee. Bronze medal.
Second best cooking stove ; Decker & Saville, Milwaukee. Transactions.
Best ornamental parlor stove ; Decker & Saville, Milwaukee. Bronze
medal.
Best sample of hollow ware ; Decker & Saville, Milwaukee. Fessenden's
Complete Farmer and Gardener.
Best exhibition of table cutlery ; Henry J. Nazro & Co., Milwaukee.
Fessenden.
Best exhibition of pocket cutlery ; Henry J. Nazro & Co., Milwaukee.
Transactions.
Best exhibition of silver ware ; A. B. Van Cott, Milwaukee. Transac-
tions.
Parlor cook stove ; Lansing Bonnell, Milwaukee. Transactions.
Coal grate ; C. Shepard, Milwaukee. Transactions.
MISCELLANEOUS AXD DISCRETIONARY.— Xo. of Exteies, 170.
Judges — I. A. Lapham, Milwaukee, Chairman.
The Committee in their report, speak of the very great number of
articles presented for their consideration, and especially their varied
character, and regret that the time was necessarily so limited which
■was alloted for their examination.
" Many of the articles exhibited were without competition, inasmuch
as they were sui generis. The Committee, however, endeavored to notice
all articles that seemed worthy, and with as much impartiality as possi-
ble. In the great multiplicity of important inventions exhibited, they
remark that it would not be strange, if, in some cases, they had failed
to appreciate them properly.
" B. A. Jenkins, of Genesee, exhibited a casting for a wind-mill and
pump, of very simple construction. And J. W. Osborn, of Albany, N.
Y., had in operation the model of a wind-mill, so arranged that the
draft of wind could be regulated. These ancient contrivances have their
ss
uses, and especially iu some portions of our State, wlicre it is necessary
to raise water from considerable depths.
" A domestic invalid chair, contrived by Dr. Asa Blood and exhibited
by D. S. Cady, of Milwaukee, is not only a convenient and ornamental
piece of furniture, but by various contrivances may be adapted to the
purposes, and to the different attitudes of invalids. For obstetrical
practice it is said to be very valuable.
" Henry Neidecken, of Milwaukee, exhibited some very handsomely
bound ledgers and other blank books, the ruling and faint lining of
which were particularly worthy of note; it being even and uniform, and
€ach page being ornamented by a ruled border. The workmanship was
in every way neatly and handsomely done. Diploma.
" Weed & Eberhard, of Madison, also exhibited some binding which
was characterized by excellent workmanship and superior material. Di-
ploma.
" The exhibition of Gentlemen's Gossamer Ventilating Wigs, Ladies'
Wigs and Ventilated Bands, Ornamental Hair Work, Bracelets and Per-
fumery, by Jared Gray, of Milwaukee, so far as the Committee could
judge from an examination through the glass cases, appeared to be
very creditable to the manufacturer,
" The case of prepared specimens of Birds, exhibited by Samuel Ser-
comb, of Madison, made a very beautiful show. The neatness of the
work, and the life-like attitudes of the birds, evinces much taste and
skill in Mr. Sercomb as a taxidermist. His museum in Madison, con-
tains many valuable illustrations of the Natural History of the State.
Diploma.
"Herring's Salamander Safe with his Powder Proof Lock, was exhi-
bited by Lansing Bonnell, of Milwaukee ; and, as far as could be ascer-
tained by the Committee, was deemed to be as represented, a fire-proof,
as well as rogue-proof article.
" Four doors of good workmanship, were exhibited by Smith & Mc-
Vickar, of Milwaukee. The joints were tight, smooth and strong, as all
doors should be. The same may be said of the window blinds and the
window sash exhibited by them. The same manufacturers also exhibit-
ed a quantity of flooring and planed pickets, which was very neatly
dressed by their planing machine. This work was much smoother, and
there were less marks of the plane upon it than is usually seen in lum-
ber dressed by machinery. Transactions.
89
" Messrs. Power & Scliley, of Milwaukee, exliibited two maps ; one
of this State, executed on a scale of three-fourths of an inch to the
mile ; the other, of Milwaukee county, executed on a scale of two
inches to the mile. These were very creditable evidences of their taste,
skill and industry. In representing to new comers the relative advan-
tages of the different sections of Wisconsin, they will undoubtedly
jDrove valuable.
" C. L. Herring, of Milwaukee, exhibited a lightning rod and points,
which were well constructed and well insulated. So far as could be
!iscertained by your Committee, these rods are as complete and reliable
as any offered to the public.
"Erastus Fairbanks & Co., of St. Johnsbury, Vt., exhibited platform
and grocer's scales of different form and finish. There were several
competitors in this department, but the Committee deemed those exhi-
bited by Messrs. Fairbanks the most perfect and best finished. Diploma.
" Henry Middleton, of Milwaukee, exhibited several satin parasols,
and silk and gingham umbrellas, which were manufactured by him, and
were very creditable specimens of his workmanship. Transactions.
" The feather muff exhibited by Mrs. Betsy M. Sears, of Rome ; a sett
of regalia by A. B. Van Cott, of Milwaukee; a squirrel skin tippet by J.
W. Spencer, of Watertown ; the fur mitts and gloves, the fur cuffs and
victorines, the fur and silk hats, and the cloth and silk plush caps, by
Throop & Bailey, of Milwaukee ; the shoes, four cases of which were
exhibited, the ladies' rubber boots, and the gentlemens' calf boots, by
A. Dunnels & Co., of Mihvaukee ; and the cork-soled boots, by John
Grotsch, of Racine, all were commendable evidences of skill and taste.
" The full dress suit, and other articles of clothing, exhibited by J. A.
Swaim, of Milwaukee, were fine evidences of the skill and perfection to
which this department of the fine arts has been brought. Diploma.
"The specimens of saddlery and trunk making, exhibited by J. B.
Decker, of Mihvaukee, were very creditable and excellent articles. Trans-
actions.
" The white kaolin soap, exhibited by Ezra Birchard, of Racine, may
possess advantages over common soap ; but of this the Committee were
not informed practically, not being able to test the same.
*' There were numerous articles of hardware, exhibited by H. J.
Nazro & Co., all of which appeared to be of excellent quality.
7
90
"D. A. Putney, of Brookfield, exhibited a drilling machine, which
was very ingeniously constructed, but so far as the Committee can learn,
has no new principle or improvement. It may be adjusted for either
wood or iron.
"The beading machine, exhibited by C. Shepard, of Milwaukee; the
Buck-eye clothes-washer, by John Laycock, of Gratiot, Ohio ; the
patent mill-stone picker, by N. Taylor, of New Hampshire ; and Flint's
patent lever self-calculating scale, exhibited by William Sawyer, of Mil-
waukee ; all seemed to be good and useful machines, and well adapted to-
accomplishing their respective ends.
"The sewing machine, exhibited by I. P. Rogers, of Milwaukee, is an
invention admirably calculated to aid in the great business of saving
human labor. Diploma.
" The double-valve steam engine, exhibited by Turton & Sercomb,
of Milwaukee, was of beautiful construction and high finish — in its
working it excels ; and being manufactured in Wisconsin, it affords gra-
tifying evidence of the perfection to which our mechanical interests have
been carried.
" Specimens of India rubber goods were exhibited by William Brown,
Jr., and H. J. Nazro & Co., all of Milwaukee. These articles are highly
useful in their way — no difference could be detected in their relative
value.
" The samples of dressed flax, exhibited by John Galbraith, of Muk-
wonego, are Avorthy of special commendation.
[The Executive Committee have taken sviitable action upon this arti-
cle.—A. C. I.]
"The bunches of shingles, exhibited by Nelson Ludington, of Mil-
waukee ; the barrel of pearlash, by J. D. Wheelock, of May ville ; the
boxes of soda and small crackers, by Thomas Oi'chard, of Milwaukee ;
the case of tobacco and cigars, by H. A. Gaston, of Beloit ; the fine cut
tobacco, by C. Athearn & Co., of Milwaukee ; the horse shoes and nails,
by E. Thayer, of East Troy ; the brooms, by Chapman & Crafts, of Troy ;
the boxes of soap, by H. S. Burton & Co., of Milwaukee; six milk pans
by Wm. Le Fevre, of Milwaukee; bread toasters, egg beaters, and espe-
cially the cork j!;w/^er (an article of practical utility in a new country,)
by C. A. Buttles, of Milwaukee ; and the stencil plates, by John A.
Welch, of Winnebago ; were all good samples of the mechanism of our
91
State, and will compare favorably witli any similar articles made in the
world.
"The model of a machine for cutting and jointing staves, exhibited
by C. G. Sheffield, of Urbana, Ohio, is worthy of special mention. It
is simple in its construction, and in the opinion of the Committee, admi-
rably designed to accomplish the work for which it was intended. Sam-
ples of the work were exhibited with it, which were as perfect as could
be desired.
"Russel's chimney-top ventilator, exhibited by Thomas Vaux, of
Milwaukee, is doubtless a good article of its kind, but this Committee
are of the opinion that all chimneys should be so constructed as to ren-
der any such unsightly appendage at the top wholly unnecessary.
♦' The hot air registers and coal grates, exhibited by C. Shepard, of
Milwaukee, are very useful articles, and should be introduced into all
new buildings, as perhaps the only means of keeping the rooms properly
supplied with good, Avholesome, fresh air. It is generally admitted, that
the neglect of proper ventilation in our houses, is the cause of much of
the sickness with which we are now afflicted. Every school house espe-
cially, should be provided with these useful articles. Diploma.
" The apparatus and fixtures for gas lights, exhibited by John Lock-
wood, of Milwaukee, were very beautiful specimens of this kind of work-
manship ; and the dial-metre was a very ingenious self-register of the
flow of gas. It is with much pleasure that this Committee note the fact,
of the speedy approach of the introduction of gas light into this city —
making light its dark places, and furnishing additional means of comfort
and safety to its citizens. Diploma.
" The musical clock exhibited by A. B. Van Cott, of Milwaukee,
while it attracted much attention, was an article of more show than use-
fulness. The gold watches, jewelry, silver and silver-plated ware, exhi-
bited by Mr. Van Cott, were well worthy of notice.
*' The saddle buckskins, and buckskins for gloves, exhibited by Chris-
tophe Doerfloer, of Milwaukee, were very fine and beautiful samples of
the art of preparing and rendering useful as well as ornamental, the
skin of the deer.
"The fancy wardrobe, exhibited by Auguste Fle'tzherm, of Milwau-
kee, and the stands and ladies' work table, by the same, were very ele-
92
gant specimeiis of cabinet work, and do credit to any tvorkman. The
flowers and butterflies with which the surface of the work table was in-
laid, attracted particular attention. And they lose none of their interest
from the fact that the woods employed [Euomjmus Atropur'pureus, vulg.
Wauhoo) grow wild in the vicinity of Milwaukee. Diploma.
*' The new friction matches, exhibited by David Burr, of Milwaukee,
which do not, when lighted, emit nauseous and poisonous fumes, will
doubtless soon supercede the common article.
*' The China, Brittania ware, plated ware, glass lamps, and especially
the American cutlery exhibited by F. J. Blair, of Milwaukee, Avere well
worthy of favorable attention, having been selected with taste, and due
regard for durability and service.
*' The tAvo-horse carriage, exhibited by Mr. Gray, of Raymond, and
stbe child's carriage, by Cyrus Child, of Milwaukee, were good and use-
;ful articles, and show that Wisconsin is gradually becoming a manufac-
turing State, and assuming an independent position among the States
and communities into which the world is divided.
" Card's self-sustaining farm fence, exhibited by S. P. Wadsworth, of
Wyomin'"'- county, N. Y., is, in the opinion of the Committee, a good
improvement. Having no connection with the ground (except to rest
upon it) this fence is susceptible of easy removal, and not liable to fall
by the decay of posts at the surface.
" Sidney L. Rood, of Milwaukee, exhibited a very fine show of books,
which added much to the attraction of the Exhibition.
*' The mirror mantle and trimmings, exhibited by George W. My-
ffatt, of Milwaukee, were elegant in appearance and chaste in design.
Diploma.
"In the department of agricultural products that fell under the notice
of this Committee, was a bunch of teazle, raised in Milwaukee by
Frederick W. Schoelner, showing that our soil and climate are adapted
to the culture of this crop, so useful in the manufacture of woolen
cloths. Norton's Elements of Scientific Agriculture.
" John T. Perkins, of Milwaukee, exhibited two bottles of current
wine, of the vintage of 1850, and also two bottles of the vintage of
1851. E. W. Edgerton also exhibited samples of the same wine, of the
vintage of 1849, also of the vintage of 1850. These samples compare
93
very favorably with the wine of the grape, and the Committee recom-
mend that suitable testimonials be awarded. Bronze Medals.
' " The cast iron Corinthian column, exhibited by Turton & Sercomb,
of Milwaukee, is worthy of the attention of the Executive Committee.
" The groupe of deer, and bust of Rev. Bishop Henni, exhibited by S,
M. Brooks, of Milwaukee, are excellent specimens of his skill.
" In the department of the fine arts, the Committee notice with pleas-
ure the specimens of designing, exhibited by Albert C. Ingham, the
Coresponding Secretary of this Society, being the diploma and medals
of the Society, and they recommend that a diploma and a silver and
bronze medal each, be awarded to him ; not only for these designs, but
in acknowledgment of his active and efficient efforts to promote the
cause of agricultural improvement in Wisconsin. Diploma, Silver medal,,
Bronze medal.
"The volume of Transactions of this Society for 1851, printed and
exhibited by Beriah Brown, of Madison, is a very good exhibition of
what can be done in Wisconsin, in this department, and should be suita-
bly acknowledged by the Executive Committee. Silver medal.
ESSAYS.
Report of the Committee.
" The Committee, to whom the Essays presented for the premiums of the
Society were submitted, have examined them with an anxious desire to
find some, at least, among them which would well justify the Committee
in awarding to the author, the premium ofi'ered by the Society. They
regret, however, to say that they have failed in this object. Neither of
the Essays presented are, in their opinion, such as would do credit either
to the author or to the Society. They, therefore, recommend that the
Essays be returned to those presenting them.
" The Committee might here close their report, but they cannot forbear
urging upon the Agriculturists of the State, greater readiness in laying
before their co-laborers, the results of their experience. The climate
and soils of Wisconsin have marked peculiarities which distinguish therci
from those of the older States. Experience and experiment, therefore,
are necessary to develope, to their full extent, her agricultural resources.
The results of these, if spread before the public, would, in a few years^
94
diffuse a knowledge of tlie proper modes of cultivation of all crops
adapted to our soil and climate, and thus could not fail greatly to benefit
the cause of agriculture. To accomplish this, the Essays need not be
long. The great object should be to express, with sufficient detail, in-
deed, but without unnecessary prolixity, facts, such as the time of sow-
ing, the quantity and kind of seed, &c., with the exact results of experi-
ments. The community want facts, not theories ; of the latter, there is
already a redundancy ; of the former, there can never be too much.
E. V. WHITOX, \
F. RANDALL, >• Committee.
T. T. WHITTLESEY, )
ANNUAL MEETING, JANUARY 19, 1853.
The Second Annual Meeting of the Wisconsin State Agricultural
Society was held at the State Agricultural rooms, in the Capitol, at Madi-
son, on the third Wednesday of January, A. D. 1853, being the 19th
day thereof, and the day fixed by the Constitution of the Society for
holding the same.
At three o'clock, P. M., the Hon. Henry M. Billikgs, President, took
the Chair, and called the Society to order.
Mr. Ii^GHAM, the Corresponding Secretary, presented and read the re-
port of the Executive Committee of the Society, which, on motion of
A. P. Dickey, Esq., of Racine, was accepted and adopted as the report
of the Society, to be transmitted to His Excellency, the Governor of
the State, as required by law.*
Hon. SiMEOX Mills, the Treasurer, presented the report of the receipts,
expenditures and financial condition of the Societj^, Avhich was read by
the Secretary, showing the total receipts of the Society for the year, to
be ^2,748 45, and the total expenditures for the same time, to be
§2,714 68, with a balance in the Treasury, of ^33 77, as follows:
* See p. 11.
05
TREASUEER'S REPORT.
To the Wisconsin State Agricultural Society :
The undersigned Treasurer respectfully reports :
That there has been received into the treasury of the Wisconsin State
Agricultural Society for the year ending December 31st, 1852, the fol-
lowing sums of money, to wit :
From State Treasurer ^500 00
" Albert C. Ingham, Esq., Secretary 1,023 50
" Miscellaneous Sources 1,139 50
" Balance in Treasury, December 31st, 1851 . . 85 45
Total $2,748 45
There has been paid out to defray the necessary ex-
penses of the Society, and in payment of premiums
for the year 1852, the sum of i2,714 68
Balance in Treasury . . . $33 77
There is Silver Plate on hand, valued at SO 00
Total $83 77
Vouchers for each and every item of disbursements made on account
of the Society for the year 1 852, are herewith presented for the examin-
ation of the Society, or of such Committee as the Society may see fit to
appoint.
All of which is respectfully submitted,
SIMEON MILLS,
Treasurer State Agr. Society.
Col. Billings, Chairman of the Auditing Committee, presented the
Report of that Committee, which was read by the Secretary as follows:
Report of the Auditing Committee.
We, the undersigned President and Secretary and ex officio Auditing
Committee of the Wisconsin State Agricultural Society, do hereby certify
that we have carefully examined the books, papers, and vou<;hers, of the
Treasurer of the Society, and find the same to be in all respects correct,
and the balance in the treasury for the year ending December 31st, 1852,
96
to be correctly stated at ^33 77 in money, and silver plate for medals
valued at ^50.
The receipts of the Society for the year have been from the following-
sources :
From Life Members , $70 00
From Annual Members . . . . • 821 00
From State of Wisconsin 600 00
From Miscellaneous Sources 1,272 00
Balance in Treasury December 31st, 1851 .... 8545
The Expenditures have been as follows
For Premiums
Expenses of the Fair . . .
Postage and Express . . .
Salaries
Printing and Advertising
Miscellaneous Expenses . .
^2,748 45
^876 04
549 40
81 14
800 00
221 99
186 11
82,714 68
Balance in Treasury, December 31st, 1852 . $33 77
HENRY M. BILLINGS, President.
ALBERT C. INGHAM, Corresiy. Secretary.
Madisok, January 19th, 1853.
A. F. Pratt, Esq., of Waukesha, moved that the Reports of the'
Treasurer and Auditing Committee be referred to a Committee of three,
which was agreed to.
And the President appointed as such Committee, Hon. Josiah F.
WiLLARD, of Janesville ; Hon. John B. Smith, of Milwaukee ; and Hon,
N. M. Donaldson, of Fond du Lac.
The Society then adjourned until 6 o'clock, P. M.
Six O'CLOCK, P. M.
The Society was called to order, the President being in the Chair.
Hon. Josiau F. Willaud, Chairman of the Committee, to whom was
referred the reports of the Treasurer and Aiiditing Committee, presented
the following Report, which was read by the Secretary :
97
" To the Wisconsin State Agricultural Society.
" The Committee appointed by the State Agricultural Society to exa-
mine the books of the Secretary, and the books and report of the
Treasurer of the Society, have had the same under consideration, and
beg leave to report :
" That they find the receipts and expenditures, as stated in the Report,
correct. They find that the books of the Society are kept on correct
principles, and in a neat and business-like manner, and they find nothing
but what shows that the receipts and expenditures are stated correctly.
The Secretary has afforded your Committee every possible facility in
producing vouchers and making explanations to facilitate them in their
investigations.
" Some of the Expenditures at Milwaukee, during the Annual Fair,
held in the month of October last, your Committee look upon as not
warranted, or calculated to promote the interests of the Society, howe-
ver your Committee feel it due to the Secretary to state, that this was
owing to circumstances beyond his control — the particulars being for
expenditures at the United States Hotel, and for what is called refresh-
ments at the President's tent on the Fair grounds.
" Your Committee would further say, that with these exceptions, they
are satisfied that the financial affairs of the Society have been conducted
with fidelity.
JOSIAH F. WILLARD,
JOHN B. SMITH,
N. M. DONALDSON,
Madison, Jan. 19, 1853. Committee.
Which said Report was adopted.
A. F. Pratt, Esq., of Waukesha, moved that a Committee of five be
appointed to select, and recommend the names of persons suitable to fill
the various offices of the Society ; which was agreed to.
And the President appointed as such Committee, Messrs. A. F. Pratt,
of Waukesha ; Mason C. Darling, of Fond du Lac ; Horace A. Tennet,
of Madison ; Josiah F. Willard, of Janesville ; and Hiram Barber, of
Juneau.
98
The said Committee having retired for consultation, after some time
returned, and reported the names of the following gentlemen as suitable
persons to fill the various offices of the Society :
Presiderit. — Elisha W. Edgerton, of Summit, Waukesha county.
Vice-Presidents. — Bertine PiNKNEr, of Rosendale, Fond du Lac
county ; Nathaniel B. Clapp, of Kenosha, Kenosha county ; Charles
Dunn, of Belmont, La Fayette county.*
Mecording Secretary. — Albert C. Ingham, of Madison, Dane county.
Corresponding Secretary. — Albert C. Ingham, of Madison, Dane
county.
Treasurer. — Simeon Mills, of Madison, Dane county.
Additional Members of the Executive Committee. — Hiram Barber, of
Juneau, Dodge county ; Henry M. Billings, of Highland, Iowa County ;
Z. P. BuRDiCK, of Janesville, Hock county ; \ Martin Field, Mukwo-
nego, Waukesha county ; S. S. Daggett, of Milwaukee, Milwaukee
county.
Which Report was, on motion, accepted.
Hon. Warren Cha.se, of Fond du Lac, moved that the Report be
adopted, which was agreed to, and the officers declared duly elected.
The Society then adjourned.
HENRY M. BILLINGS,
Albert C. Ingham, President.
Secretary.
* Judge Dunn subsequently tendered his resignation of the Office of Vice-President
of the Society, which was accepted by the Executive Committee, and Hon. Jeremiah
E. Dodge, of Potosi, was chosen tolilltho vacancy.
t Z. P. Burdick, Esq., having resigned the office of an Additional Member of the Ex-
ecutive Committee of the Society, Mark Miller, Esq. of Janesville, was chosen to fill
the vacancy.
CORRESPONDENCE.
101
COUNTY AGRICULTURAL SOCIETIES.
COLUMBIA.
Otsego, December 6, 1852.
Dear Sir : — The first Annual Fair and Cattle Show of the Columbia
County Agricultural Society, was held in the village of Wyocena, in
November last ; but this being our first attempt, it was, as was to be
expected, somewhat meagre ; however, as a starting point and a begin-
ning, it was one of which we may justly feel proud. Like our parent,
the State Society, we commenced Avithout funds or patronage. Our birth
was lowly and humble ; our future — who shall say ?
At the session of the Board of Supervisors in November, 1851, a few
of our practical farmers, while chatting sociably on this topic, proposed
having a primary meeting, for the purpose of getting an expression of
public sentiment. It was done. A proposition to organize a County
Society was received with favor. Committees were appointed to draft a
Constitution and By-laws, and to nominate officers. An adjournment
then took place, and on re-assembling, a Constitution was agreed upon,
officers appointed, and an address delivered by Hon. Joseph Kerr, of
Randolph, and under such auspices, we came into existence; the vital
spark was infused into our materiality, and now it needs but little to fan
it to the virror of manhood.
The notice of our Fair had been issued only a few days prior to the
time of holding it, consequently the attendance was thin, and yet large
enough to show that, with proper organization and a due share of exer-
tion on the part of each member and officer, Columbia will yet take a
proud position among her sister counties in this State, in the cause of
agriculture. To obtain that point, but one course is necessary. The
Society has now taken root ; let it extend its branches into each township,
•School district, and road district ; let its members, and all friends of ag-
ricultural knowledge, take an interest in its welfare, and it must succeed.
102
The officers elected for the ensuing year, are as follows : — President,
Joseph Kerr, Randolph ; Vice-Presidents, Daniel S. Bushnell, Wyocena,
and George M. Bartholomew, Lodi ; Secretary, Henry Converse, Wyo-
cena ; Treasurer, Frederick C. Curtis, Lowville ; Executive Committee,
R. C. Rockwood, Wyocena ; J. Q. Adams, Fall River ; John Converse,
East Randolph ; Jesse Van Ness, West Point ; Henry Merrill, Portage
City.
I remain, dear Sir, truly yours,
JOHN A. BYRNE,
Sec. ColumUa Co. Ar/r. Society.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State Agr. Society.
DANE.
Pheasant Branch, November 13, 1852.
Dear Sir — The Dane County Agricultural Society was organized in
1851, by the adoption of a Constitution and By-Laws, and the election
of officers. The first Annual Fair was holden at Madison, in September
last. It numbers now one hundred and twenty members. The receipts
of the Society have been ^ 1 20 00, and its expenditures for premiums
and expenses ^105 25. An Address was made to the members of the
Society by its late President ; and its first Exhibition was altogether
creditable to the Society. The Exhibition of sheep was small ; of cattle
and horses, good. The first Exhibition of the Society has demonstrated
that Dane county possess the means of constituting a large and respecta-
ble Society, and one of great utility to the county ; and that an Agri-
cultural Society is a public institution, and ought to be sustained as such
in view of its benefits to the Agricultural interests of the county.
The officers elect for the coming year, are as follows : — President,
William H. Fox ; Vice-Presidents, Reuben Winston, W. M. Colliday,
Adin Burdick, Walter Waddle, Wm. Douglas, Philo Dunning ; Treas-
urer, Jehu H. Lewis ; Secretary, Robert L. Ream ; Standing Committee
on Premiums, Simeon Mills, William H. Clark, Abel Dunning.
I am, very respectfully yours,
THOMAS T. WHITTLESEY,
To Albert C. Ingham, Esq. President, ^
Sec. of the Wis, State Agr. Society.
103
ADDRESS BY HON. THOMAS T. WHITTLESEY,
PRESIDENT OF THE SOCIETV.
Memhers of the Dane Agricultural Society :
It gives me great pleasure to meet with you on this occasion, and with
all who have come up to witness this, our first exhibition. Your presence
is an attestation of the lively interest you feel in our success. If viewed
merely as a social gathering, it is beneficial ; as a meeting of farmers,
collected for agricultural improvement, we can discern therein the germ
of extensive good. The display of agricultural products and mechanical
skill here to-day, reflects great credit on the Society, yet in its infancy,
and gives strong promise of what it will do in future years. The gener-
ous co-operation so liberally extended, cannot fail to encourage and stim-
ulate us to increased exertion.
Agricultural Societies are essential to our progress in the right culti'
ration of the soil. They lead to the dissemination of knowledge, to the
concentration of effort, the support of agricultural papers ; and they create
a lively interest in the cause in which we have embarked. They are
formed in all agricultural States, and agricultural exhibitions are becom-
ing more and more popular, fast growing into favor as points of great
attraction, enlisting the chivalry, the genius and fashion of society, and
unlike the tournaments of feudal times, improve as well as delight
the beholder. Agricultural exhibitions must be the farmer's wreat festi-
val ; once a year he must come up with his wife and children, to this feast
of fat things. This is the time and place for children to acquire agricul-
tural tastes. They will insensibly imbibe an interest for an occupation
which, at least, once a year, seems to be in such general estimation.
The same law governs in this as in all other pursuits, — the heart must
be in the cause. A pursuit which does not draw out, and engage the
noblest qualities of the man, ought to be abandoned, a pursuit on which
the energies of a judicious mind have been expended, and which does
not then remunerate the operator, ought to be abandoned. There is no
apology for a farmer who spends his strength for that which is not bread.
It is the object of Agricultural Societies to give a proper direction to
agricultural pursuits, to improve our knowledge in making good crops,
good orchards, and to lay the foundation of successful farming, and there-
by of peaceful and quiet homes. The farmer must not work for pay
alone, but like the volunteer soldier who strikes for liberty, he strives for
lOi
the attainment of a nobler object ; like the enthusiastic Alexander, he
must conquer for the love of it. The cultivator of the soil must have a
farmer's education, a farmer's taste, a farmer's dress. The soil, like a
fierce animal, seems to be more kind and pliable, when handled by one
who understands its nature ; encourage then, Agricultural Societies, as
you value your own interest.
Notwithstanding some discouragements under which we have all
labored, we ought to be grateful for the many advantages we enjoy. In
comparison with the older States, our struggles have not been arduous
or severe ; we have entered into a land of promise, without fighting our
way through hostile States, into a land of the purest fountains and most
abundant food. We live in an age when genius and science have worked
out wonderful results, in an age of unsurpassed discoveries, and we have
now the fall benefit of those results and of those discoveries, and are now
springing into the full maturity of life, while other States have had to
pass the infant's progress, a state of weakness and imbecility. We have
not been obliged to go armed to the church or to the field of labor. All
is peace and tranquility, we have a healthy climate, and a soil of easy
culture, we have access to a great variety of the most improA'ed agricul-
tural implements. We have more within our reach, to gratify taste and
luxury than we ought to buy. What State within twenty years of its
first settlement, has emerged with less labor and less violence, to as high
a state of refinement ?
Situated, as we are, in one of the best agricultural counties in the
State, containing lands well adapted for tillage, for orchards and for
stock raising ; when the railroad penetrates our borders, and gives us, at
all times, access to the Atlantic Seaboard, what more can the farmer
ask or need, but well directed industry, to crown his efforts ?
Distinguished men in all ages have belonged to our fraternity. It is
the oldest society on record. The ruling passion of the immortal Wash-
ington was for farming, and no vocation has been so honored by the
good and the great as that of the agriculturist. Shepherds and hus-
bandmen have been the chosen recipients of those divine messages
which have brought peace to man. It is an employment congenial to
our nature, and it exerts upon it a great moral influence. No farmer
can go into his field without observing a heavenly power aiding his own.
The man who cannot harmonize with nature's laws, whose perversity
runs counter to her great commands, must give up farming, and he gene-
105
rally does. As agriculture is the great source of national wealth, it
is the great prop of society. Our lands are divided into moderately-
sized freeholds, none sufficient to make their possessors over opulent ;
this division of property, and the nature of it, is a great safeguard to
society, and a preventive to sudden and violent political convulsions — it
is the great conservative shield for general protection. A republic of
farmers cannot be overturned. The genuine farmer is always frank
and courteous — his heart is full of benevolence. The genial breezes
which breathe the fragrance of heaven upon his fields, and wave the
golden ears of bending grain, inspire the best feeling of which our
nature is susceptible. By a high command, we take from the great lap of
nature, what has been for our use so plenteously poured into it. Earth is
our mother, and we feel at home on her bosom ; our vocation is an
honored one — a hifjh one — a relio-ious one.
It must and will take its ancient position in advance of all others which
have since sprung up from the vices and follies of mankind — it will be
partially obscured so long as the chief good of human life is placed in
the accumulation of wealth. When this Pagan error is eradicated, and
this vile scramble for dollars is broken down by your Agricultural Socie-
ties, the golden age may then return, and as a preparatory step to this
glorious epoch, and in order to equalize the exchanges betAveen your own
produce and foreign goods, you must from this time begin to sell dear
and buy cheap. Control your own market — let your produce supply
your wants — contract the fewest possible debts, and these by no means
in advance of your produce. Book debts are ruinous to farmers. This
in all cases may not be practicable, but aim to make it so ; be not oblio-ed
to sell if you can possibly avoid it, but remember that History records
no great achievement without great effort, great labor, great privations,
and great endurance. Our profession requires a most constant and
wakeful attention, and if we are true to ourselves, and work by method
and knowledge, as business men do in other trades and professions, and
ai-e not able to live on a respectable equality with our fellow citizens,
the social system must be revolutionized and remodeled — a screw is out
somewhere. We either pay exorbitantly high, and sell egregiously low,
or we misapply our labor. It is the object of our Association to promote
inquiry and remedy such defects as may be found to exist. Union is
strength. We have a good soil, a healthy climate ; and what prevents
the farmer from attaining some degree of affluence ?
106
This question, it is important to examine. The farmer cannot, by any
process of agricultural labor, attain to excessive "wealth. But if good
land and a good climate will not raise an industrious farmer, -with judi-
cious systems of management, to competence and independence, a case
of hopeless despondency is then presented ; and desperate must be the
conditions of the individuals, and of the government Avhich derives, as
in this State, nearly all its support from the landed interest. It is true,
that for the last two years, great embarrasment has pervaded the farm-
ing interest ; it has been felt in the non-payment of domestic and foreign
debts, and then, inquiry is made abroad, why do not your farmers,
when land is so cheap, make money ? That a great pressure has exist-
ed for the want of money, is evident from the great demand for it, and
the high interest it has borne. As wheat is our great staple, the low
price of that grain, and the expense of transportation, has been assigned
as the prominent cause of our depression. Counting upon our wheat
crop, we bought more on credit than we could realise out of it ; heavy
taxes, by reason of owning more land than we could improve ; paying
a high interest for an extended credit ; improvident expenditures, in
buying everything and manufacturing nothing ; too much waste land
without profit, and a wasteful and injudicious management, with the-
successive failure of the wheat crop, have blighted the farmer's hopes,
and impoverished his purse. The truth is, we have been buying expe-
rience, which, though dearly bought, will prove in the end salutary, and
was in fact necessary to correct an error something like that which Dr.
Franklin said was somewhere prevalent, that chickens were then flying
about, already cooked and ready to be eaten ! We have been too san-
guine in our anticipations, beyond the limits of prudence and common
sense. Good farming is the exercise of consummate skill and judgment,
and is not to be trifled with by unskilful hands. How can we expect
other than hard times, if we do not produce what will equal our expen-
ses ? We must either produce more and expend less, or produce an article'
which has value, or will sell at a remunerating price, aff'ording a nett
profit over all expenses. Hard times are simply the excess of expenses
over income, and they are about the only thing of home manufacture.
It is the policy of the farmer to raise that for which there is demand.
Supply and demand regulate the price. In some years there is a de-
mand for pork, as at present — now worth seventeen dollars a barrel —
then again for wheat, and again for potatoes, barley, oats and corn. Cheese-
107
always brings a good price, and cattle and wool are in good demanc?..
Now the farmer who, when the price is up, has nothing of that article-
to sell, consoles himself by resolving that the next year, for instance, he
will make pork — he is tired of raising wheat, and his neighbor did so
Avell Avith his pork that he is for fattening hogs. The next year, pork is
down and wool is up ; he changes for sheep ; and the next season wool ■'
goes down and wheat goes up. Now it is sometimes proper to change,
but every change, in the first instance, is attended with a new outlay j
cattle, hogs and sheep require each appropriate fixtures, and different
management and additional experience. A farmer ought first to consult
the system of agriculture to which his farm is best adapted ; whether-
for wheat growing, stock raising, or for dairying. Having settled this;
question, he must prosecute it according to his means ; his implements ©r
husbandry must be right and the very best, and adapted to his work ia
hand. This question must be raised and settled by every farmer in bis:
own mind : what leading product shall I cultivate, best suited to my soil ?
To this particular branch of industry, without neglecting others, he must,
give his prominent attention ; he must consult agricultural papers and
bocks, and converse with intelligent persons on that subject, collect facts--
and experience, as men do in the professions of law or physic, or as me-
chanics in their several trades. If he decides on raising wheat, he m^ist
ascertain from close and personal attention, the best time for sowing, the-
amount of seed per acre, and the best quality, the best mode of pre-
paring the ground and securing the grain, and the best market to sell
in — but above all, he must learn what constitutes good plowing. And"
so of raising horses, cattle, and sheep. The thing must be a matter of
profound thought, study and observation. It cannot be left hap hazarxi..
His efforts will then be attended with better success, and he will derive^
all the secret satisfaction which success inspires.
Stock, would, in a great measure, at present, supply the place of
money as currency. Two-thirds of my labor this season could have beeaa.
encfaffed for stock.
There has been a cash demand for cattle the past year. Dane county-
is well adapted for raising stock, and the prices have been amply remu-
nerative. The immigration setting in, and the emigration to California
has advanced the price. Cattle have been greatly sought for, and raising •
them has paid well. But in answer to the inquiry, why do you not'
raise stock ? the answer is, we have no money to begin upon. But iSi\i^
108
•same eltjection cannot he made to raising hog's,'. - Pork now bring' a high.
iCasli price. It is the lowest depth of miscalculation to sell pork in tax
paying time at $2 50 per hundred, and buy in harvest at $16.
Our county is traversed every year by Illinois farmers, carrying pork
to the northern market ; and Milwaukee is supplied from the same quar-
ter— when we have, or can have all the materials, as clover, peas, acorns,
and corn for making good pork. Take your pork to market at the pro-
per time, and buy your winter groceries for cash. Wool has been a
'Cash article, and buyers have come to your doors, cash in hand, for wool.
Is there any country more favorable for raising sheep ? Can we not in
this branch successfully compete with the East ?
These are three leading produ.cts all bearing high cash prices, and
foreign money is sent here to purchase them. One cause of the scarcity
of money is, we have not value to exchange for money. There has been
. a great demand for esculent plants. There has not been a supply of
' onions, cabbages, beans, and potatoes, in our own market. To raise
vclover seed and hops Avould pay well.
-In addition to this, Ave manufacture very little. This county has paid
abroad an immense sum for farming implements. I do not know of a
pail manufactory in the county, and many dollars have gone out for
mop handles and brooms, while enough has been paid for stoves to build
ten miles of rail road. Can it be wondered at, then, that we are low in
funds, and yet the direct opposite of all is within our immediate grasp.
Blame not the times, blame not your country, but make your industry
more productive and more profitable.
The division of mechanical labor, renders it more productive to the
operator. The manufacture of a pin, employs several hands. Why is
not a division of agricultural labor equally useful ? The more mind
and attention are bestowed on a single branch of industry, the more it is
perfected. In some States are to be found entire districts devoted to
separate branches of agricultural labor, denominated the dairy district,
cotton, wool or grain growing district. Dane county is admirably adapt-
ed to raising stock. Its supplies of water and pasturage are abundant.
The demand for cheese will well warrant an outlay of capital for its
manufacture. Dane county cheese, might rival the Cheshire or Ham-
burgh. Eight or ten cheeses, some twenty sheep, two or three cows,
and half a dozen hogs, may furnish a comfortable supply, but not a
source of great revenue. Time and tools cost something, and a divided
109
attention to many objects of industry is unprofitable. I think it must
be within the experience of every farmer, that when he raises a little of
everything, he suffers in his neglect of some, while he bestows unusual
care upon others. This mode of farming is more laborious, because
labor-saving machines cannot be afforded, nor can the same division of
labor be made, by the employment of many hands, as in a larger busi-
ness. To such districts purchasers would resort for the best breeds of
cattle, sheep and hogs ; for the best butter and cheese ; and such dis-
tricts would acquire a local character and a name, which would be worth
something to the producers. The county is large and varied, and adapted
to diflferent pursuits ; and our position is a good one for market. Flour
has been boated down the Wisconsin, and sixteen hundred bushels of
wheat within ten miles were recently sold at sixty cents cash for the
southern market. The Galena papers advert to the growing trade on
the Wisconsin, as important to their section.
The wages of labor, compared with the price of grain, are very high.
The Dane farmer pays as much for. labor to raise wheat at fifty cents per
bushel, as the Genesee farmer at one dollar. As compared with mechan-
ical or professional labor, they are low ; about three and five to one.
The farmer, as farming is conducted, can scarcely pay his hired help
from the proceeds of his farm. There is no just proportion in the wages
of labor. While the cost of clearing and fencing a farm, the erection of
buildings, the price of plows, wagons and other implements, is more
than in the vicinity of the best markets, our grain brings less ; but land
is cheaper. I said as farming is conducted ; for it must be admitted,
that there is not enough of system and economy, and too much waste-
fulness every way from improvident management. I will give you two
examples somewhere near the exact truth.
A. and B. owned in this county, each a section of fine land, composed
of wood, prairie and water, situated not far from each other, and equal in
respect to market. A. had capital ; B. very little. A large and about
equal proportion of each farm was fenced, and under the ploAV. The
farm worked with capital has been sold for debt. The other is out of
debt, furnished sixteen hundred bushels of wheat for market, cut fifty
tons of timothy hay, and enabled the owner to invest two thousand
dollars in the Milwaukee and Mississippi railroad. Now these different
results followed from the widely different management. The proprietor
out of debt was temperate, was never in a lawsuit, and never courted
110
(Office ; he held the plow or drove, and used a species of plaster which
enabled him to stick to his business.
To illustrate the same idea in regard to orchards, I will read an extract
from a writer in the Albany Cultivator, showing Avhat effect diflerent
Ai'eatment produced on trees :
" We have often urged," he says, " the importance of clean and mellow
■culivation for young trees, to promote growth ; and for older ones to fur-
nkh fruit of fine quality. Young trees in grass ground, from necessity
/sko.uld be widely spaded ; but even this treatment is quite imperfect, and
Qjecomes nearly useless as they advance in size, and throw out roots far
fceyond the reach of any ordinary spaded circle. We have just mea-
sured a few trees differently treated in this particular. Small peach trees
i^t out six years ago, and kept cultivated broad cast most of the time,
Ivave trunks a foot in circumference, two or three feet from the surface.
Those in similar soil, but kept spaded in five feet circles, in grass, are
,^niy eight inches in circumference, although ten years old."
lA is a prevalent idea that a farmer can do nothing without capital.
My observation is, that men without capital in the commencement, have
.possessed themselves of what has been brought in by others. The man
who takes money out of a farm, is a belter farmer than he who puts it
• ia, B. showed his wisdom by investing in the railroad, for without a
crailroad to Madison, farms in the interior are comparatively worthless.
Madison, with a railroad, will be the Utica of this State, and will make
x3-ld Dane the Genesee county. The railroad will soon arrive at our bor-
t-ders — will this county do anything to extend its progress ?
Decision of character is essential to the farmer's success ; to decide
-mud to execute, is an important item in the affairs of life. Decision is the
grand secret of success ; it is allied to firmness ; it is never borne down
l)y pleasure, apathy, or indolence. The farmer who cannot rise with the
glorious sun, and Avho takes no care that his implements are in order
until the time of action, will never come off victorious. The loss of one
day, in the crisis of affairs, sometimes works a serious loss, besides the
■sinking of those high hopes and that buoyant courage which disastrous
^nanagement always produces. The loss of a crop from neglect at the
proper lime to secure good seed, from deferring to some other time, the
present duty of replacing a single loose board or a rail, from neglect to
manure the soil, or to properly cultivate it, causes the worn, thread-bare
aexclamation, " farming won't pay." The Creator gave this beautiful
Ill
'earth to man to cultiA'ate, gave him his divine image, and made him lord
of this goodly heritage. He endowed him with strength to subdue the
thorns and thistles ; with a capacity to plan, to comprehend, and to exe-
cute His great command, " In the sweat of thy brow shalt thou eat
bread." To live without labor is impossible ; industry promotes longev-
ity and happiness, and will most certainly repay a bountiful return,
so long as the rainbow decks the heavens, and seed time and harvest do
not fail.
But at no time of our national existence has there been such a wide-
spread effort as at present, to improve the standard of agriculture.
Eecently a National Agricultural Society has been formed at Washington.
The rural seats of Mount Vernon, Hermitage, Ashland and Marshlield,
rich in the display of agricultural taste and beauty, are evidences that
war and politics cannot satisfy the mind ; but that it must turn from am-
bition and strife to gratify its love of nature. Earth was made for man
to cultivate, and man was made to till the earth. It is the material with
which we have to do, a great laboratory undergoing ceaseless changes,
which the farmer ouorht to understand. Science has done much for agri-
culture ; she has multiplied labor a thousand fold, and brings distant
markets to our very doors. Patronize science — let the hard-fisted farmer
enter and worship in its temples. Do not consider colleges as made for
a favored few, or as fitting the young to live without labor — let us march
boldly through its portals, and take their key of knowledge to unlock
the treasures of earth. Chemical science will analyze our soils, and tell
lis what they need to improve their fertility. To counteract the defi-
ciency of the unequal value of labor, we must, by a more careful and
improved husbandry, treble the quantity produced, make two blades of
grass grow instead of one, and stretch forward the internal improvements.
Spain has fewer railroads than any other civilized nation ; look at Spain !
The United States has more than any other nation ; and what national
prosperity can be compared to hers ? The union is awake to this sub-
ject, and Wisconsin must not be in the rear.
I adverted to the inequality in the price of labor, as bearing heavily
on the farmer. To raise wheat at forty cents a bushel, with a saving pro-
fit, the quantity must be increased by superior cultivation. To grow
wheat a man must know how to do it, for it requires the same thought
and study as an argumentative brief, or an agricultural address, or a
pattern for iron castings. Farming is reason in action ; it cannot be
112
conducted without science and method, any better than a tool can be em-
ployed in any trade without being fitted to its use. A clay soil is said to
be the best soil for wheat, and yet it may be so compact and adhesive,
that unless mixed with leached ashes, lime or sand, or unless the sub-
soil is mellowed for the top roots to penetrate, the fibrous or lateral
shoots of the plant are in danger of perishing by exposure to the frost
uncovered as they will be by the winds, without this preparation ; or
unless the proper relative elementary proportions are in the soil it will
be unproductive, labor is lost upon it. I will in this place mention an
experiment made by a farmer, by sowing oats with wheat. He sowed
three different pieces of wheat on ground prepared alike. On the first
piece he sowed with the wheat, one bushel of oats per acre, on the second
half a bushel, and on the third no oats at all. The same kind and quan-
tity of wheat was sown on each. The first piece was good without any
chess, the second piece was a middling crop, with a little chess, and the
third piece was nearly all chess.
To remedy the disproportion between the cost of production and the
price of the article, we must study to improve its cultivation. Neither
grain, nor stock, nor fruit, can be advantageously cultivated without
study and observation ; we are not born with any intuitive knowledge ;
as well might a farmer attempt to amputate a limb with surgical skill,
as to attempt the right management of the soil without education. The
manual labor may be done, but the adaptation of means to ends demands
as much foresight and quickness of perception, and as much science,
though of a different quality, as the projection of a cannon ball at a
distant object, or the storming of a fortification ; and though the landed
interest pays three-fourths of the taxes, we have no agricultural schools,
no model farms, no scientific farmers, supported at the public expense,
while military and naval schools are amply endowed. We are an Agri-
cultural State. Wisconsin is a commonwealth of farmers, and the State
University at Madison presents now a glorious opportunity of connecting;
with it, and endowing an agricultural school, and combining practical
and scientific farminof.
When the Erie Canal was projected, the Eastern farmers were fright-
fully apprehensive that the immense volume of freight which it was fore-
seen would be transported from the West, would reduce the price of
their lands. But it has been made and enlarged,' and yet it is not equal
to the task ; but railroads have been constructed at an astonishing ex-
113
pense, to aid in forwarding the enormous burthens which are transmit-
ted to and from the West ; and still, lands in all the New England states
have aucjmented in value. It is intimated that the lands in Massachu-
setts have risen enough in value to defray the expenses of their rail-
roads. How is this ? Manufactories have sprung up all over the land.
They send iis their clocks, buttons, hats and pins, and every thing we
use. Their purses are full of gold to buy our wool, our cheese and our
pork. By the census of 1850, from 124,892 sheep, Wisconsin sheared
233,963 pounds of wool, the average weight of fleece was two pounds,
less than Iowa by more than 100,000 pounds. Ohio sheared over
10,000,000 pounds. The average weight of fleece in Vermont, was three
pounds eleven ounces. We have not capital for manufacturing, though
Ave have a good soil.
Manufacturers study their own interest ; so must agriculturists.
Manufacturers have secrets ; immense quantities of corn are converted
into starch, but the art is a secret, and visitors are excluded from that
branch. Farmers have no secrets ; but a portion of that knowledge, which
is sought for in commerce and manufactures, we must have, that agricul-
ture may take its proper rank, as it is the basis and support of all others.
Mr. Allen in his Rural Architecture, makes the followinof .sensible
remarks upon the necessity of ladies identifying themselves with agri-
cultural pursuits, and attaining a knowledge and taste in the business,
which their husbands, fathers and brothers are striving to elevate, to
make profitable and ennobling :
"Nor is this laudable taste confined to men alone. Females of the
highest worth, and domestic example both abroad and at home, cultivate
a love for such objects and take much interest in the welfare of their
farm stock. We were at the annual cattle show in one of our large
States, but a short time since, and in loitering about the cattle quarter
of the grounds, met a lady of our acquaintance, with a party of her
female friends, on a tour of inspection among the beautiful Short Horns
and Devons, and the select varieties of sheep. She was the daughter of
a distinguished Statesman, who was also a large farmer, and a patron of
great liberality in the promotion of fine stock in his own State. She
was bred upon the farm, and to rare accomplishments in education, was
possessed of a deep love for all rural objects ; and in the stock of the
farm she took a peculiar interest. Her husband was an extensive farmer,
and a noted breeder of fine animals. She had her own farm too, and
114
cattle upon it, equally as choice as his, in her own right ; and they were
both competitors at the annual exhibitions. At her most comfortable
and hospitable residence she showed us with pride, the several cups and
■other articles of plate which her family had won as prizes at the Agri-
cultural Exhibitions, and which she intended to preserve as heir-looms
to her children. From the bottom of our heart, we trust that a reform-
ation is at work among our American women, in the promotion of a
taste ; and not only a taste, but a genuine love of things connected with
country life. It was not so with the mothers and the wives of the stern
and earnest men who laid the foundation of their country's freedom and
greatness. They were women of soul, character and stamina, who
grappled with the realities of life, in their labors, and enjoyed its pleas-
ures with truth and honesty. This over-nice, mincing delicacy and sen-
timentality in which their grand-daughters indulge, is but the ofF-throw
of the boarding school, the novelist and the prude, mere 'leather and
prunella.'
" One lady horticulturist, according to the Norfolk Va. Argus, is alone
cultivating thirty acres of land in stawberries, and employs fifty pick-
ers, for the northern cities. Eve was the flower of the garden, and
without her it would not have been Paradise. She watered and nourished
the plants and trained their growth. No un-wifed farmer can show a
clean garden. Like himself, it will always be unwed. The domestic
example, comfort and endearment which woman gives to home, is the
best volume of memoirs for children to read. The noble second which a
good wife gives to the farmer's efforts, stimulates the wavering, revives
sinking hopes, and softens arduous toil. ' She layeth her hands to the
spindle, and her hands hold the distaff. Her children rise up and call her
blessed, and her husband he praiseth her.' "
And now, farmers, let us hold fast to our profession, it is one which
admits of progress ; you are the bone and sinew of the land ; you stand
upon the soil, and every year augment the wealth of the nation,. Other
classes are the consumers, the exchangers. You furnish the means and
the supply. Our profession demands the highest order of intellect and
virtue. We must not discard science, for she is the hand-maid of agri-
culture. Investigation is necessary to our progress. Ascertained facts
are the data on which we must frame our theories. Agricultural works
assist inquiry, and at our next exhibition let us make the Society worthy
of Dane county and of ourselves.
115
FOND DU LAC.
A Meeting was held at Rosendale, on the iifth day of July, 1852, in
accordance with a notice previously given, for the purpose of taking
measures for the organization of a County Agricultural Society. At
. this meeting, H. W. Walcott, Esq., of Rosendale, presided, and Stores
Hall, M. D., acted as Secretary. After the appointment of a Committee
.to prepare a suitable Constitution, the Meeting adjourned to Saturday,
July 17th.
On re-assembling, a Constitution was reported and adopted, and the
following persons chosen to fill the various offices for the current year :
President, Hoii. N. M. Donaldson, Waupun ; Vice Presidents, Charles
r. Hammond, 2d, West Rosendale ; Robert Jenkinson, Metomon, and
John Elwell, Taychcdah ; Recording Secretary, Storrs Hall, M. D.,
Rosendale; Corresponding Secretary, Elliot BroAvn, M. D., Lamartine ;
■ Treasurer, S. N. Hawes, Fond du Lac. By the Constitution, these offi-
cers constitute a Board of Directors, having in charge the general inte-
rests of the Society.
At a meeting of the Directors, held July 27th, 1852, it was resolved
that the first Annual Cattle Show and Fair should be held at Rosendale,
on the 29th and 30th days of September.
Of this Fair, the Secretary, Dr. Hall, thus speaks : '
" The first Annual Fair and Cattle Show of the Fond du Lac County
Agricultural Society, was held at Rosendale, on the 29th and 30th of
• September, 1852. The attendance of the farmers and others interested
in the progress of agricultural pursuits, was very large — far exceeding
the fondest anticipations of the friends of the Society, Less than three
months had passed since the first formation of the Society, consequently
a sufficient time had not elapsed for suitable notice to be given, or efficient
preparations to be made ; but, judging from this first eflfort of the Society,
in its infant state, and laboring under all the disadvantages of circum-
stances, we may hope and trust that it will not, in its maturer growth,
. and under more favorable circumstances, fall short of the exhibitions of
. Societies of a similar character in this, or even in older States.
"The county is but newly settled; the Indian's trail is not wholly
• -effaced Avithin our bounds, and vast portions of our territory are still
116
unoccupied and uncultivated. Oui* Fair has been but a faint shadow of
what it is destined to become ; and yet it goes far to exhibit the energy
which characterizes the settlers of this region.
" There were entered, in competition for premiums, about two hundred
and fifty different articles ; embracing a very large portion of the various
products of the farm.
"An Address was delivered, extemporaneously, on the first day of the
Fair, by Edward Daniels, Esq., of Ceresco. The Address was able and
interesting ; and made a good impression upon the agricultural portion
of our community.
" The Board of Directors hesitated for a long time, as to the expediency
of holding a Fair the present year. The want of funds, the unprepared
state of the public mind, and the uncertainty of success ; the difficulties
which have surrounded the farmers of this region for some years ; and
the entire absence of special efforts for preparation, were reasons that
weighed heavily against the apparent practicability of the enterprise. The
days were named, not without fears for its success. The result, how-
ever, shows that the conclusions of the directors were right, for the Fair
exceeded, beyond all comparison, their most sanguine anticipations.
" The receipts of the Society, since its formation, have been 886 82,
and the expenditures have been about the same amount."
IOWA.
No report has been received of the proceedings of the Iowa County-
Agricultural Society, during the past year, and it is believed that but
little has been done by it towards carrying out the ends of its forma-
tion.
JEFFERSON AND DODGE.
Watertowx, December 6, 1852.
Dear Sir : — A notice appeared in the Watertown papers, for two or
three weeks previous to the 18th day of February, 1852, requesting-
the farmers and mechanics of the counties of Jefferson and Dodge to
meet on the day named, in the village of Watertown, for the pur-
pose of forming an Agricultural Association. At the meeting, the
attendance was meagre. Some four or five farmers appeared froia
117
Dodge county, and about the same number of mechanics, merchants
and manufacturers from Watertown. Those who had been the most
active in getting up the meeting, were almost discouraged by the indiff-
erence which, it was but too apparent, was felt by those most deeply
interested i^ the objects which it had been called to promote. Neverthe-
less, it was determined to form an Association, to be known and desig-
nated as the "Jefferson and Dodge County Agricultural Society." A
Constitution Avas adopted, similar to that of most of the other County
Agricultural Societies, with the additional clause that " each hona fide
member shall receive, at the expense of the Society, an Agricultural
paper published in this State, subject only to postage."
The Constitution Avas signed by the eleven persons present ; after
which the following officers, for the then ensuing year, were elected :
President, Allen H. Atwater, of Oak Grove ; Secretary, J. A. Hadley,
of Watertown ; Treasurer, Luther A. Cole, of WatertoAvn ; Executive
Committee, William M. Dennis and Benjamin Fuller, of Dodge county ;
Linus R. Cady and John Richards, of Jefferson county. The Executive
Committee then appointed one Vice-President for each town in the two
counties.
A meeting of the Executive Committee was held at Watertown on the
21st day of August following, at which it was resolved to hold a Cattle
Show and Fair at Oak Grove, on the 2d day of October. At the same
meeting. Committees to award premiums Avere appointed.
The First Annual Fair was held agreeably to appointment. At this ex-
hibition the display of hv./ses, cattle, swine, and sheep, Avas highly credit-
able to the f .rmers of the two counties. Of domestic manufactures,
farming implements, fruit, and vegetables, the competition was less than
had been expected. The amount of \ remiums aAvarded was ^54 63. The
highest premium Avas 81 75, and the loAA'est tAventy-iiA-e cents. After
paying these premiums, and other expenses of the Society, including
papers to its members, the treasurer found in his hand a balance of
85 68. His total receipts had been $75. Sixty-four members were added
to the Society on the day of the Fair, making the total number of mem-
bers up to that date, seventy-five.
The attendance upon the Fair was large. There could not have been
less than one thousand five hundred or two thousand persons present.
On the whole, the Fair gave very general satiafaction. That it has
excited a spirit of laudable emulation on the part of the farmers and me-
118
chanics of the two counties, the good fruits of which will be developed
at future Fairs, the members and friends of the Society have the best
reasons for believing.
Yours truly,
J. A. HADLEY,
Sec. of Jefferson and Lodge Agr. Society.
To Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society. '
KENOSHA.
Kenosha, December 10, 1852.
Dear Sir : — The Kenosha County Agricultural Society continues in a.
flourishing condition. We hold our meetings quarterly, at which there
is generally a good attendance, and an abiding interest is kept up. We
feel encouraged to go on in the good work, for we see that the best results
are being produced, and we shall claim, ere long, to be the banner
county of the State, if Ave are not already entitled to the appellation, for
we were the first to begin the work, and trust to be the last to abandon
it.
By a change in our Constitution, our annual meeting was held on the
first Monday in December, Avhen the following persons were elected
officers for the ensuing year :
President, Leonard Crocker, of Somers ; Vice Presidents, Levi Grant,
of Bristol, and G. J. Pease, of Salem ; Treasurer, George N. Towslee, of
Kenosha ; Recording Secretary, Frederick J. Brand, of Pleasant Prairie ;
Corresponding Secretary, T. J. Rand, of Kenosha.
At this meeting, we awarded premiums on field crops, seeds and grain,
and voted to hold the next Fair at Kenosha.
This Society held its Annual Fair at Bristol, on Thursday and Friday,
September 30th, and October 1st, 1852 ; at which time, notwithstanding-
the location, which was somewhat oiit of the way, there was a large
attendance. The Show lasted two days ; on the second day there was sup-
posed to be over four thousand people on the grounds. The show of horses,
cattle, and implements, was good. The Floral and Horticultural Show
was superior for this new State, and the ladies' department was pecu-
liarly excellent ; they, I am happy to state, take a great interest in our
Fairs. There were two hundred entries for premiums, and one hundred
119
and fourteen awards, paid in cash and diplomas, without including the
entries or awards on crops, seeds, &c.
There were some persons who did not take sheep and other stock to
our Fair this year, because they had received premiums in previous
years, and were not entitled, by the rules of the Society, to compete
again in the same class. This is not, in my opinion, a sufficient reason
for not exhibiting these animals. Good stock should be shown, whether
entitled to a premium or not. We cannot see a handsome animal too
often.
While on the subject of Agriculture, I cannot forbear to mention the
' Exchange Fairs.' AVe think more of this Fair, in its practical uses, than
of any other of our meetings. In my report of last year, I explained
its utility and importance, and would again commend it to the attention,
of all County Societies.
The prospects of the success for some years to come of agricultural
pursuits in this State are flattering ; and now is the time to get the far-
mers enlisted in the work of Agricultural Societies. And allow me to
recommend Farmer's Clubs. Many evenings in the winter might be
profitably spent in club meetings for the exchange of views on the sub-
jects of farming. As well might a man undertake to navigate a ship to
India without a knowledge of the science of navigation, as to undertake
to produce favorable results from farming, without books, and without
an exchange of opinions with others. The easiest, cheapest, and most
direct way of obtaining this knowledge, so important to the successful
farmer, is by establishing clubs, with useful libraries attached. We see
that almost every profession, business, or trade in life, has its associa-
tions for mutual improvement, Avhile Agriculture — the most important of
them all — folds her arms, and is content to walk in the paths of her fore-
fathers, even as far back as the dark ages. It is time to awaken ; the age
of improvement is fast leaving us in the rear.
Yours truly,
T. J. RAND,
Cor. Sec. Kenosha Co. Agr. Society.
To Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society.
120
ADDRESS BY HON. SAMUEL R. McCLELLAN,
PRESIDENT OF THE KENOSHA COUNTY AGRICULTURAL SOCIETl'.
Ladies and Gentlemen : — Time, in its onward course, has brought
about another year. Again we have assembled as the Agricultural
Society of the county of Kenosha, and again by your partiality it is
made my duty to address you.
I could have wished your choice had fallen upon some one abler, and
more conversant than myself with that science, which it is the object of
this Society to promote. And I can only say that were my knowledge
of agriculture equal to my love for it, then could I talk with you upon
this theme until your patience were wearied. But this, unfortunately, is
not so. The best years of my life were spent in a far different pursuit.
" Me they sent
To wait on pain, and silent arts to urge,
Inglorious, not ignoble ; mj cares.
To ease such as languish on a grievious bed,
And the sweet forgetfulness of ill conciliate."
It is but a few short years since I came among you, a novice in the
science and art of agriculture.
And I take this occasion to acknowledge the obligations I am under
to this Society for the many lessons of practical importance I have learned
at our several meetings. Yet, even to this day, I feel that I have
but just entered the vestibule of the temple of Ceres, though enough has
already been unfolded to my view to satisfy me that the science of agri-
culture is of importance sufficient to engage the attention of the ablest
minds.
The science of Agriculture ! What is it ? It is emphatically the basis
of civilization, the foundation of all other sciences, embracing Avithin its
scope a knowledge not only of the earth and its minerals, but also of its
vegetable and animal productions. This is not all. Everything incident
to, or connected with the production and growth of vegetables and ani-
mals, their preservation and their diseases, their decomposition and their
reproduction are all embraced in the science of Agriculture.
What science more interesting ? What science more noble ? What
science more neglected ?
I propose to say a few words upon the causes of this neglect, and the
remedy. An all-wise and beneficent Providence has so ordained that
121
by natural causes, our soil is fitted originally with all the necessary
properties for vegetable productions, and from the immense quantities of
virgin soil constantly being brought into a state of cultivation and im-
provement by the hardy sons of toil, in all parts of our extensive coun-
try, our agricultural products are so large, that we entirely overlook the
necessity of retaining the natural fertility of our soils, or of increasing
the aggregate amount of our products.
The consequence is, we have lost at least half a century in agricultural
progress ; and although we have outstripped the nations of the old world
in many branches of science, yet in agriculture we are far behind them.
Still I hazard the assertion, that no nation has originated more new
ideas in relation to the science of Agriculture than our own, but owing to
the want of popular s}Tnpathy, and a fountain head charged with the
duty of collecting and distributing information to stimulate and encour-
age enterprise and experiment, thus drawing to a common centre the re-
sults of individual skill and observation, and thence difFusingf them
throughout the length and breadth of our extended country, these valu-
able ideas have been neglected, and in a measure lost.
Compared with other nations, what has America done for the cause
of Agriculture ?
There are in Europe upwards of three hundred and fifty schools and
colleges, exclusively agricultural, even despotic Russia has sixty-eight
schools of Agriculture, while in the United States, not a single Institu-
tion of the kind exists !
By the late census of 1850, it appears that the people of these United
States have invested ^552,705,238 in domestic animals; and yet, if a
young man about to engage in stock-growing, wishes to study the anat-
omy of the horse or any other animal, there is not a museum in all
America where this can be done !
No man supposes for an instant, that we can learn the anatomy and
physiology of man from books. No, we must make dissections, we must
have occular demonstrations, and valuable museums, to illustrate all parts
of the system both in a healthy and a diseased condition.
And just in proportion to the importance of the subject, the one is as
necessary as the other. We have in this country over thirty millions of
sheep, and between five and six millions of cows which yield us the pro-
duct of the dairy. Will any reasonable man say that a knowledge of
all this living machinery can be of no value to the country ? Shall we
9
122
continue to grope our way in the dark, depending upon foreign countries
for information upon a subject of so much moment as this ? For the honor
of my countrymen I tr'st it will not be. And I am happy to state that
within the past few years an increased attention has been paid to the sci-
ence of agriculture, and we have reason to hope a brighter day is about
to dawn.
The importance of estabhshing an Agricultural Bureau was discussed,
and found many able advocates, in the present Congress. A National
Agricultural Convention was held at Washington during the past summer,
the result of which was, the formation of the United States Agricultural
Society. And in this Convention no less than twenty three States and
Territories were represented.
Thus we see that public sentiment has been awakened upon the subject,
and we have now but to combine and organize State and County Agri-
cutural Societies, and bring our strength to bear on the advancement of
this noble science, and our purpose is accomplished. If we remain
divided and isolated our moral force will be lost. We must bring the
science of combination to bear upon our purpose. State and County
1 Societies, if they would unite their influence, have now the power to
Vmduce Congress to do something for us. It is vain to expect politicians
^ take the lead in this matter, they must be pressed into it by public
sentiment. Great measures of reform can only -progress ^ari passu with
enlightened public sentiment. Individuals, it is true, are frequently in
advance of the age in which they live, but their ideas can only be carried
out as fast as public sympathy appreciate them.
Hartlib pointed out the advantages of a National Board of Agricul-
ture to the inhabitants of Great Britain, a century before it was established
by the indefatigable exertions of Sir John Sinclair.
Washington, the father of his country, and a practical farmer, recom-
mended the establishment of an Agricultural Bureau in several of his
messages to Congress. It was a subject on which he ever expressed the
liveliest interest, and upon which he loved to dwell.
In his correspondence with Mr. Sinclair, speaking of the British
Board of Agriculture, he says :
" From the first intimation you were pleased to give me of this insti-
tution, I conceived the most favorable ideas of its utility. And the more
I have seen and reflected on the plan since, the more I become convinced
of its importance, in a national point of view, not only to your own
123
country, but to all others which are not too much attached to old and bad
liabits to forsake them, and to new countries that are just beginning to
form systems for the improvement of their husbandry."
This was the deliberate opinion of a man, whose name no true American
can mention without feelings of profound veneration.
In mv last Annual Address, I suggested the idea of a State Board of
Agriculture, and although nothing has yet been done, I am still impressed
with the importance of that measure.
That ;he agricultural interest is one of vast importance to our country,
is being more and more realized with each succeeding year; and this
not only from the great numbers engaged in it, but also from the various
relations sustained by the class who compose it, and the influence of the
product < of their industry on our general prosperity as a nation.
Subcract from our resources our agricultural productions, and a wide
void would be made.
The great question, then, as to what will best promote our prosperitv as
an agricultural nation, is one well worthy the consideration of the legisla-
tors in all the States, and under proper regulations this object may be at
tained. At a comparatively small expense each State may be possessed
of a knowledge of its own resources, which would be valuable, not only
in direciing its own policy, but to exchange for like information from its
sister States and from foreign countries. It is a knowledge of these facts,
imperfect as they are, that is now giving us an increasing importance in
the eyes of the nations of the old world. They are watching us with
mingled feelings of admiration and envy. They see and feel the influ-
ence we are destined to exert on the progressive march of humanity.
Let then, the immense extent, the vast variety of our resources, the
elements of our industry, the channels open for our future development,
be spread out that they may be known and read of all men. Let facts
and figures stand forth, inviting investigation, proving to the world that
whatever may be the gush of passion, or the momentary excitement of
party feeling, we are still mutually dependent, each State with its sister-
hood and that with a wise foresight, our fathers selected our national
motto. " E Pluribus Unum." May it ever be borne aloft by our Amer-
ican Eagle.
" Long be our fathers' temple ours,
Woe to the hand bj which it falls
Departed spirits watch its towers,
While livbg patriots guard its walla,"
124:
I trust you will not deem it inappropriate at this time to say a few
words to the young men who have chosen the profession of Agriculture.
It is a noble vocation, and upon you will soon devolve the high responsi-
bility, not only of maintaining its present position, but carrying it for-
ward in. even pace with the progress of the other sciences. The earth
on which you tread is endowed with a thousand capabilities of produc-
tion, which require only the fostering hand of intelligent industry to yield
you the most ample returns.
In this, as in all other departments of science, " knowledge is power,"
and it is of the highest importance to you to make yourselves acquainted
with the constitution and relations of every object around you, that you
may avail yourselves of their capabilities of ministering to your comfort
and happiness. And I would earnestly impress upon you the advantages
of acquiring a taste for reading and habits of investigation. I know that
youn^ men are too apt to suppose, when they have finished their preli-
minary studies and entered upon the active duties of their calling, that
they have acquired all the knowledge requisite for their proper discharge.
This is a great mistake. They are then only fitted to pursue with advan-
tage a more enlarged course of study.
In this ao-e of cheap literature, when knowledge no longer walks the
streets, as in days of yore, with uncouth wig and sable cowl, but when
the portals of her temple are open wide, that all who choose may enter,
you should not fail to form and cultivate a taste that will expand the
mind, ennoble the faculties, strengthen the judgment, and open to you
innumerable sources of rational enjoyment.
Science will inform you of the organization, the uses and the history
of animated nature. It will classify, arrange, and make you familiar with
every department of the vegetable kingdom. It will analyze the water
that fertilizes the earth, and the invisible air by which you are surrounded.
It will t«ach you the laws of heat, light, and electricity. It will do more.
It will elevate your thoughts to the heavens, and present to your won-
dering minds the immensity, the distances, the revolutions and laws
which govern the globes and stud the great arch above us. It will
teaeh you that an all-wise and beneficent Creator has impressed the same
unerrino" law on every portion of the universe, as full, as perfect on the
tiny pebble which lies upon the sea shore, as on the globe we inhabit;
as full, as perfect in the gentle zephyr that woos us with its soft embrace.
125
V
as in the wliirlwinds' crash ; as full, as perfect in the lowest animal
instinct as in the soul of man.
" 'Tis the same law, that moulds the tear,
And bids it trickle from its source,
That holds the ocean iu its sphere,
And guides the planets in their coui-se."
To the ladies Arho have participated in this exhibition, I can but reite-
rate the sentiments of my last year's Address. We thank you for the
past; we need not bespeak your continuance in well-doing for the future,
for it is not in your nature to abandon a good cause when once fairly en-
listed. All history, both sacred and profane, abounds with brilliant ex-
amples of the disinterestedness, the constancy, the devotedness of woman.
The last at the cross, the first at the sepulchre ; in the darkest hour of
peril she knows not to falter. I congratulate you that your department in
this exhibition has been well sustained. I bid you God speed and hail
you as co-laborers with us in the upbuilding of an institution which has
for its object the diffusion of knowledge, the enlightenment of society,
and the amelioration of the condition of our common country.
MILWAUKEE AND WAUKESHA.
In consequence of the location of the State Fair, for the year 1852,
at the city of Milwaukee, no Fair Avas held by the Milwaukee and Wau-
kesha County Agricultural Society. The Society is, hoAvever, in a
flourishing condition and will resume active operations at an early day.
The Secretary speaks in high terms of the beneficial results flowing
from the holding of the State Fair in their midst ; and anticipates that
much permanent advantage will accrue therefrom. The list of officers
of the Society has not been furnished us.
RACINE.
The Racine County Agricultural Society, held its Annual Fair and
Cattle Show at Yorkville, during the month of September, 1852. The
Fair was well attended, and much enthusiasm manifested. No Report
lias been received of its proceedings, though it is believed to be in a
prosperous condition.
126
ROCK.
Janesville, November 25, 1852.
Dear Sir : — The Rock County Agricultural Society and Mechanics'"
Institute has been in operation for two years. The experiment of sus-
taining a County Agricultural Society in Rock county, has novr been
fairly tried, and its stability and perpetuity has become one of the fixed
facts in the public estimation, as it has succeeded beyond the expecta-
tions of its most sanguine friends. It has now reached a point from
which one need not apprehend a retrograde movement, or entertain any
fears as to its permanent existence.
It is well known that our first Annual Cattle Show and Fair Avas held
in connection with the State Fair, at Janesville, in 1851. That was an
exhibition highly creditable alike to the farmers and mechanics of our
county and the State generally. From that time forward, until our last
Annual Fair, many not only attributed our apparent success to our con-
nection with the State Society at that time, but predicted a failure if we
should attempt to act as an independent Society within our own county.
But others, with an energy and perseverance worthy of the cause, deter-
mined to make an effort, and give a fair trial, at least, to so laudable an
imdertaking. Accordingly, arrangements were made for the Fair ; but
still the auspices seemed unfavorable, as it became necessary, for reasons
which it is not necessary to explain, to hold it at one extreme of the
county. This was not only inconvenient for many who wished to nttend,
but produced great dissatisfaction in other portions of the county. And
again, the time was injudiciously selected, the circuit court beinp' in ses-
sion at the time appointed for the Fair, which necessarily detained many
influential men as jurors, &c., on whom we had relied for countenance
and assistance. But notwithstanding these untoward circumstances,
which seemed to conspire against us, the result shows that we have
abundant cause for congratulation, and even pride ; for althouijli some
departments were not very fully represented, the exhibition was, on the
whole, of the most commendable character, and marked through c>ut by
ti spirit which augurs well for the future. And so great is our confi-
dence in the resources and indomitable energies of the farmers and me-
O
chanics of our county, that we throw down the gaimtlet to all County-
Societies of the kind in the great Northwest ; for we are determined not
to be beat in 1853.
127
Here permit me to say that much credit is due to o\ir President, Hon.
JosiAH F. WiLLAED, for his unwearied efforts in placing the Society on
a permanent basis, and in sustaining it. Also to Prof. S. P. Lathrop, of
Beloit College, Messrs. Love and Baekee, and Daniel Bennett, of Beloit;
to Vice Presidents Burgess and Burdick, and E, A. Howland, Esq. of
Janesville ; to J. P. Dickson, Esq., our Treasurer — not forgetting J. P.
Wheeler, Esq., of La Prairie, who may, with propriety, be styled the
' venerable father* of the Society — together with others, whose names we
have not space to mention.
We do not expect to convey an adequate idea of the extent of the exhi-
bition in the brief review which follows. To be appreciated, it should
have been seen. We will glance lightly over each department on the
show ground. The Fair was held on the 28th and 29th of September.
The people of Beloit, with a commendable liberality, fitted up the
grounds surrounding their new and spacious Union School House, with-
out expense to the Society. The grounds being enclosed by an ample
board fence, not only afforded sufficient space for the exhibition of animals
and specimens of the mechanic arts, but also for the accommodation of
all those who wished to drive through the grounds in carriages. The
School House — a beautiful three-story brick building, and an honor to-
the town — afforded commodious rooms for the display of articles in the
Ladies' Department, the Fine Arts, &c.
Horses, — Many superb specimens of this noble and most service-
able animal attracted the attention of all. R, M. Wheeler, of Janesville^
carried off the first premium for his fine stalhon, " Hambletonian,"
which was well deserved. Messrs. Blodgett and Ruble, of Beloit, pre-
sented some very superior young stallions ; and several very fine sucking
colts, presented by 0. Densmore and others, together with the breeding
mares exhibited, all showed that our farmers are awakening to the
importance of improving our stock of horses. Several pairs of matched
horses were shown, among which those of Messrs. Howland, Trask and
Dickey, of Janesville, W. H. Howard, of Beloit, and D. H. Cobb, of La
Prairie, were superior. Of draught horses, Messrs. Simon Ruble and Q,
B. Sanderson, of Beloit, J. F. Dockstader of Shopier, J. F, Willard, of
Rock, and F, S, Eldred, of Johnstown, probably offered the best, although
a great number of others on the ground were very fine. On the whole^
the show in this department was very good.
128
Neat Stock. — C. Loftus Martin, of Turtle, received the first premium
on Durham bulls, and it was well merited, although "Old Taurus" was
well represented by animals presented by M. P. Cogswell and Yost
Roberts, of Beloit ; Jonathan Cory, of Centre ; Jesse Mills, of Janesville ;
F. Hitchcock, of La Prairie, and others. The working oxen were feAv in
number, although several fine pairs were on the ground, especially three
pairs presented by Judge C. R. Gibbs, of Harmony. Several fine Durham
cows and fat cattle were exhibited which were a credit to their owners,
among which we particularly noticed one owned by F. Hitchcock, of La
Prairie, which was very fine ; G. W. Bicknell, of Beloit, and Peter
McVane, of Kewark, also presented good animals.
Sheep. — The exhibition in this department was better than was
expected. Several pens were on the ground, among which, those belong-
ing to Levi St. John of La Prairie, N. P. Benson and John. A. Fletcher
.of Johnstown, and E. Bradley of Turtle, were superior, and gave good
evidence of discrimination and skill on the part of the wool-growers of
this section. And we may add, though it may not be generally known
abroad, that Rock County possesses all the requisites necessary to become
one of. the best wool-growing sections of the world.
Swine. — This class was also finely represented, both in numbers and
quality. Several were large, sleek, and dignified ; and seemed to grunt
a hearty vote of thanks to the good people of Beloit, for the bountiful
-fare provided for them during their visit.
PouLTRT. — Next in order we notice the poultry. This department
■was highly creditable to the exhibitors, individual representations being
■present, with their progeny, from the various tribes of Shanghais, Cochin
Chinas, Hamburgs, Chittagongs, Black and White Polands, &c. We
think much credit is due to Prof. S. P. Lathrop of Beloit, Messrs, Wil-
lard of Rock, Chase of Janesville, and others, for the pains they have
taken to introduce the superior breeds of fowls into our county.
Fakm Products. — Beautiful samples of winter wheat were presented
by several gentlemen. Robert Taylor of Spring Valley, and S. A.
Murray of Turtle, made the best show. Mr. Taylor had five acres of
red chaff bald, which yielded thirty-one bushels per acre. Mr. Murray
had nine acres of Genesee white flint, which yielded about thirty bush-
els per acre. In flax raising, Daniel Bennett alone competed ; one
acre yielded 2,775 ft of straw and about ten bushels of seed. Many
129
excellent specimens of other farm and garden vegetables were shown,
and the show in this department was highly gratifying.
Fruits. — The fruit-growers of this county are deserving of distin-
guished credit. Among the first on the list is James Caldwell, of
Janesville, for six beautiful varieties of plums, of very superior quality
and size ; and J. Roberts, of Beloit : William Spaulding, of Harmony,
and H. T. Woodward, Jr., for specimens of apples, grapes, &c., prov-
ing that our county is capable of producing as good fruit as any other
in the same latitude.
Farming Implements. — In as brief a report as this must necessarily
be, it will be impossible to do justice to the exhibitors in this depart-
ment. The Committee say, in reference to the mowing and reaping
machines of Messrs. Barker & Love, of Beloit, " that they are excellent,
and that the efforts of those gentlemen to serve the farming community,
have been highly successful, and creditable to themselves as machinists
and mechanics, as well as to the county. Messrs. Parker & Stone pre-
sented fine specimens of hoes and hay-forks of their own manufacture ;
and J. M. Riker, of Janesville and A. P. Allis, of Beloit, exhibited
beautiful specimens of harness work. S. T. Merrill, of Beloit, exhibited
a fine specimen of paper, of his own manufacture ; and H. D. Water-
man, of Beloit, some elegant specimens of copper and tin ware.
Dairy Products. — The beautiful sample of butter, presented by Mrs.
Rufus Clarke, of Beloit, will not be soon forgotten by those who saw it.
Other very fine samples were presented by Daniel Bennett, Edward Brad-
ley, F. S. Eldred, S. A. Murray, E. Thornbury, D. Blodgett, and others.
Of cheese, F. S. Eldred, of Johnstown, evidently bore off the palm,
both as to quantity and quality, although several very fine samples were
presented by others.
Farms and Gardens. — In this department the report of the Committee
is presented, accompanied by a statement from Mr. J. F. Willard, who
■was the successful competitor, and received the award of the Committee,
both on the Farm and the Flower Garden ;
[The following is an extract from the report of the Committee on Farms
and Gardens] :
*' The Committee visited the farm and flower garden of J. F. Willard,
Esq., of Rock. This farm is situated on the east side of Rock River,
about two miles below Janesville, and contains about three hundred and
130
forty acres, with a road running from north to south through it, leaving
about one hundred acres west of the road, on which, and near the road,
are located the farm buildings, consisting of an ordinary sized dwelling,
known as the * Forest Cottage,' neatly constructed, and admirably
arranged for utility and convenience, while within, there seems to be ' a
place for everything, and everything in its place.*
" There is also a horse-barn, granary, and other out-buildings, the
arrangements of which are in excellent taste. On the top of tiie horse
barn is an observatory, from which the proprietor can at any time over-
look the whole premises, and from which a magnificent view can be
obtained of one of those beautiful landscapes, so characteristic of Rock
County, and stretching for miles in every direction. There is also, on
this part of the farm, a fruit garden, containing a large number of thrifty
young trees, well cultivated, among which your Committee noticed the
Peach, Plum, Cherry, Apple, Siberian Crab, (fee, all of which, together
with the buildings, are judiciously arranged, exhibiting evidence of skill
and taste worthy of imitation. This part of the farm is mostly covered
with * oak openings,' and is used mostly for pasturage, furnishing a de-
lightful shade for buildings and stock. It is watered by Rock River,
which forms its western boundary.
*' On the east side of the road, the land is mostly prairie, nearly level,
with about two hundred and forty acres enclosed in one field. The
Committee noticed about a mile of hving fence, mostly locusts, with a piece
of native thorn fence ; the balance of about two miles consists of rails,
stakes with capping, timber set in a trench, &c. There are a fc-w acres
of locusts sown broadcast for timber. There is also a thrifty young
orchard, of about one hundred and fifty apple trees, doing well ; and
a moveable granary, which can be easily removed to any part of the
farm, to receive the grain when threshed, thereby saving a great amount
of labor in the hurrying time of harvest, by avoiding the necessity of
hauling grain a great distance to any given point. We also noticed the ar-
rangement of crops, such as com, oats, wheat, beautiful fields of clover,
timothy, &c., all evincing taste in their arrangement, while the excellent
state of cultivation of the farm, denotes energy and skill in execution.
On the whole, the Committee consider this farm as a very good model.
" The Committee also examined the flower garden of Mr. Willard,
where we found the Native and White Cedar, the English, American,
Norway and Balsam Firs ; the Scotch Pine, the Mountain Ash, the
131
Golden Willow, the Horse Chesnut, the Cypress vine, three varieties of
Honeysuckles, the Flowering Almond, double and single Michigan
Roses ; the Canary Bird Flower and about thirty varieties of Dahlias ;
among which are ' George IV,' 'Russell Anna,' and a thousand et cete-
ras, delightful to the eye, and deliciously odorous ; all tastefully arrang-
ed, and giving unmistakable evidence, in many instances, of the care of
a softer hand, and a finer touch than that of the 'lords of creation.*
Flowers and shrubbery intermingled so as to present a tasteful appear-
ance, as these were, should be seen to be appreciated."
Mr. Willabd's Statement.
"My principal crop the present season, has been wheat; both spring
and winter. The winter wheat was of the white flint variety, and yield-
ed about twenty bushels per acre. The spring wheat was the Canada
Club, Hedgerow, Italian and Black Sea varieties ; all of which I have
discarded except the Canada Club, which usually yields with us, from
twenty-three to twenty-seven bushels per acre. Of corn, we had
twelve acres, which yielded about fifty bushels per acre, on an average,
without any extra culture. It was planted on wheat stubble, usually
plowed once, and cultivated principally with the horse and cultivator.
I raise corn on the "flat surface" principle, seldom using a plow in cul-
tivating it. I cut it up when it is all well glazed, and put it in shocks
to harden. I think the fodder pays amply for the trouble of cutting and
putting it up. Of oats, we had twenty acres, which yielded a very light
crop, owing to the drought of the past season. I cut with the reaper,
when quite green, and threshed with the machine ; the yield was about
twenty bushels per acre. Heretofore, our oat crop has reached from
fifty to sixty bushels per acre, even on inferior land. Of potatoes, we
had about an acre and a quarter. Of a piece of the land, containing
one-third of an acre, I kept an account of the expense of cultivation,
and subjoin the items :
Seed, four bushels at 75c,
Plowing and harrowing, man and team
Planting, man one day .
Cultivating twice, boy and horse
Hoeing same twice
Digging and storing
Cost of cultivating one-third of an acre
. S3
00
1
00
0
75
1
00
1
88
1
87
. 69
50
132
"If we add $1 00 for the use of the land, the total cost will be
810 50. The yield Avas about eighty bushels, which at twenty-five
cents per bushel, will amount to 820 00, leaving a profit on one-third
of an acre of $9 50, The ground was of ordinary quality, and was
plowed but once. The variety is what Ave call the Mallory potato. The
balance did not yield quite as much per acre, yet they were excellent as
to quality. We took a specimen of the Irish pink-eye variety to the
County Fair, which drew the first premium as to size, &c.
" The usual rotation of crops practised on our farm, is as follows :
First crop, wheat on sod ; second, wheat on same land ; third, oats ;
fourth, corn ; fifth, spring Avheat ; sixth, oats ; seventh, corn ; then
spring wheat again, and so on in the same rotation again, until we seed
with grass. Timothy and clover both do excellently. I have a piece of
clover ley, which has been seeded two seasons, from which I have taken
four crops, two of hay and two of seed, and it shows no signs, that I can
perceive, of " running out," but seems to become gradually more and
more compact and thoroughly swarded. Of stock, we keep twenty-five
head of neat cattle, one hundred and thirty-six sheep, fifty hogs, and
flocks of poultry, turkeys, hens, and pea fowls, and milk only four cows.
We employ two hired men nearly the whole year.
" I also make a practice of keeping observations of the weather, and
a general memoranda of events on my farm during the year ; from which,
if I had time, I would give some statistics."
The ladies, the wives and the daughters of the citizens of our county,
with a priseworthy zeal, contributed freely of their handiwork, in domes-
tic manufactures, embroidery and Avorsted work, and the large variety
of beautiful articles in their department, evinced great taste on their
part, and contributed greatly to the success of the Exhibition. It would
afford us pleasure to name many who exhibited articles worthy of com-
mendation, but space will not admit. Their presence, and the interest
they manifested, was not only an honor to themselves, but gave assurance
that the Agricultural Society and Mechanics' Institute would prosper,
if its success depended upon their countenance and efi'orts.
At two o'clock, P. M., of the second day of the fair, the President,
Hon. J. F. Willard, delivered his Annual Address to a very large and
attentive audience. The production was an elegant dissertation on Agri-
culture, its resources, its objects, and the proper course to be pursued by
the agriculturists, as viewed by a scientific and practical farmer. It con-
133
tained many views and suggestions -which were not only creditable to the
speaker, but which Avill be found useful to the Society, and to the com-
munity.
Immediately after the delivery of the Address, the Treasurer made his
report, by which it appeared that the receipts during the Fair amounted
to nearly $350, making the amount in the Treasury $430. After paying
premiums, and all other expenses, there is now in the Treasury about
i70 00.
It is estimated that three thousand persons were present on the Fair
grounds. The exhibition passed off well — the utmost good feeling pre-
vailed, and it is believed that the multitude, after a friendly and praise-
worthy competition for the prizes, dispersed, fully convinced of the utility
of the Society. We feel that the people of Beloit deserve the thanks of
all for the hospitable manner in which they entertained their numerous
visitors, and the exertions they made to make the Exhibition interesting
and to contribute to the comfort of those who attended it.
At our Annual Meeting, the Board of Officers was chosen for the ensu-
ing year, as follows : President, Josiah F. Willard ; Vice Presidents,
Charles R. Gibbs, Ezra A. Foote, Daniel Bennett, S. P. Lathrop, Jesse
Mills and E. A. Rowland ; Recording Secretary, Orrin Guernsey; Cor-
responding Secretary and Librarian, Mark Miller; Treasurer, James M.
Burgess. A Board of Directors was also appointed — one from each
town in the county.
I am, Sir, truly yours,
ORRIN GUERNSEY,
To Albert C. Ingham, Esq., Rec. Sec. Rock Co. Ar/r. Society.
Sec. of the Wis. State Agr. Society.
SHEBOYGAN.
Sheboygak, December 21, 1853.
Dear Sir : — The Second Annual Fair of the Sheboygan County Agri-
cultural Society was held at the town of Plymouth, on the 13th day of
October last, but owing to the very bad state of the weather and the
roads, the attendance was not large, nor the entries as numerous as they
otherwise would have been.
The entries were composed almost entirely of agricultural products,
and the marked improvement that was manifested over the display of the
134
preceding year was such as to cheer and encourage all who feel an
interest in the prosperity of this portion of the State, and gave a practical
demonstration of the productive capacity of this county, quite beyond
the expectations of many of our citizens.
It would be gratifying to us to be able to present a particular descrip-
tion of some of the entries that were made, but the object of this commu-
nication will not, perhaps, admit of details, and we must content ourselves
•with the general remark, that many of the specimens shown under the
several heads, have not, either in quality or size, been surpassed in any
portion of this State or country.
Tou will receive from Dr. J. J. Brown, on behalf of this Society, a
statistical and analytical report, which we .think will be found very inter-
esting and important.
Sheboygan Coirnty won some laurels at the last State Fair, and might
have won more ; and we take this opportunity to say to our sister
Societies in Wisconsin, that if the farmers of Sheboygan County do their
duty the present year, and enter the lists in their full strength, at the
next State Fair, they will make an exhibition honorable to their County
and their State, and very hard to beat.
Yours respectfully,
CHARLES E. MORRIS,
Sec. Sheboygan Co. Agr. Society.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State Agr. Society.
The following is the Report alluded to in the foregoing :
REMARKS ON SHEBOYGAN COUNTY.
Sheboygan, November 10, 1852.
Dear Sir : — Settlements commenced in Sheboygan County in 1 835,
but the depression following the speculations of 1836, prevented, for the
time being, further additions ; so that, in 1840, there were but 133 inhab-
itants in the county, and no material advancement was made until 1845,
since which time our county has made rapid progress in settlements and
improvements. Our population now numbers over 9,000 ; and 54,540
acres of the then dense and unbroken forest, have disappeared before the
axe of the sturdy pioneer ; while grains and grasses have waved to the
/
135
breeze in their stead, to gladden and repay him for his toil. This
region appears to be underlaid throughout with a grayish crystaline lime-
stone, containino-, as far as I have been able to ascertain, no fossils. At
several places, it comes near the surface, and affords excellent stone for
building and for lime.
Above the limestone is a stratified bed of clay, from which, near our
town, is made a superior quahty of cream-colored brick. This clay
forms the sub-soil of a part of the county, and when mixed with the ve-
getable and alluvial deposits, forms a desirable and productive soil, A fair
sample of this soil furnishes
Alumina 70 00
Organic matter 8 16
SiUcious Sand 13 00
Garb. Lime 8 00
Water and loss 84
100 00
Above the clay bed are strata of sand, which also form a portion of
the surface of the county. The soil of this formation furnishes
Silicious sand 81 00
Organic matter ........ 5 50
Alumina , . 1 1 00
Carb. Lime 2 50
100 00
This gives a warm, dry soil, and when properly cultivated, it becomes
a very productive one, and is easily tilled.
Another part of the surface of the county consists of ridges or hills ;
some of which are, I should think, at least 150 feet high, and are com-
posed of sand, limestone, pebbles and clay confusedly mixed. The soil
•of this formation contains
Carb. Lime 15 25
Organic matter < , . 7 43
Silicious sand 65 32
Alumina , 12 00
This is a dry and productive soil. 100 00
Oak is scattered over the county generally, and in some parts in
larger quantities, This timber is just becoming an article of export.
\o.
6
During the past summer there has been sold for exportation 3,708,000
staves and spokes, and 1,853 barrels (for pork), besides timber, baskets,
wagon-hubs, &c.
Ship-building has already commenced on Sheboygan river, which at
present offers greater facilities for this branch of business than any other
point on Lake Michigan.
Fine groves of pine abound generally on the sandy soil. Pine has
been extensively exported, but home consumption has materially checked
the trade. During the past summer, there have been exported 784,000
feet of pine timber ; 1,218,000 feet of pine shingles, and 1,751,000 feet
of pine lath.
Beech, maple, elm and basswood are abundant in every part of the
county. There has been fitted for shipping, and shipped during the
past year, 4,330 cords of wood. Maple, elm and hickory are extensively
manufactured into chair and bedstead stuff, rakes, &c., for exportation.
Tamarack and white cedar are also abundant. Heavy contracts have
been made for tamarack rail-ties for southern railroads. Cherry and
butternut supply but little more than is wanted for home consumption.
Wild plums, grapes, blackberries and strawberries abound in great
profusion. Wild hops are also abundant and very good. We have a
few cranberry marshes that produce very well.
Owing to the newness of our county, and the long time and vast
amount of labor necessary to clear the land of its heavy groAvth of tim-
ber, its resources are but just beginning to be developed. But a small
portion of the surplus wheat, barley, oats, rye and pork of this year
found its way to market before the close of navigation. From this
year's exports I select the following items: 427,913 lb potash; 1000
bushels wheat ; 3000 bushels barley ; 206 bushels rye ; 1,600 bushels oats ;
481 bushels potatoes; 119 boxes saleratus ; 251 firkins butter ; 1,041
bbls. flour ; 25 bbls. pork ; 7 bbls. eggs ; 1 5 bbls. tallow ; 40 bbls. beans ;
6 bbls. maple sugar ; 523 bbls. beer ; 61 bundles skins ; 1,116 hides.
In connection with the above figures, the fact should be stated, that
but three years ago one-half of all the provisions consumed in Sheboy-
gan county were imported.
Yours, respectfully,
J. J. BROWK.
To Albekt C. Ingham, Esq.
Sec. of the Wis. State Agr. Society, *
137
WALWORTH.
Elkhorn, December 3d, 1852,
DsAR Sir : — In compliance -with your request, I take great pleasure in
communicating to you a brief sketch of the proceedings of tbe Walworth
County Agricultural Society, for the year 1852.
The Society held its Annual Fair at Elkhorn, on the 28th and 29th
days of September. The weather being fine, the attendance of people was
much greater than on any former occasion — two thousand persons, as
was estimated, were present — thus showing that the interest previously
manifested in the welfare of our County Agricultural Society is steadily-
increasing. Many towns, entirely unrepresented last year, had a large
display upon the grounds at this Fair, and received their due proportion
of the premiums awarded. It is to be hoped that each succeeding year,with
its Annual Fair, will bring along with it an additional effort on the part
of our farmers to extend the influence of the Society, and to increase the
number of its members.
The members of our Society are one hundred and fifty in number. —
The number of articles for exhibition this year was about the same num-
ber. The premiums awarded amounted to nearly two hundred dollars,
the Dipl6ma being awarded as the first premium in every case, by a
resolution of the Society. Two gentlemen of our county were invited by
the Society to read addresses on the first day of the Fair, but being dis-
appointed in their attendance, several gentlemen, members of the Society,
upon short notice, addressed those present upon a variety of subjects ;
and some of these impromptu remarks would not suffer in comparison
"with more studied efforts upon the subjects of which they spoke. Orra
Martix, of Spring Prairie, was called out, and took up the subject of
Fruit Culture — a matter heretofore too much neglected in Wisconsin, and
especially in our own county — and did himself great credit in its discussion.
In former times, Walworth has been noted for the quantity and excel-
lence of its wheat ; but for the last two or three years, farmers have
turned their attention more to the raising of stock, wool, pork, butter
and cheese. Great improvement has also been made in our breeds of
horses, and the exhibition in that line at our late Fair, was creditable ia
a high degree to the intelligent farmers of the county.
Our county is well adapted either for cropping or for pasturage. I
believe, however, that the low and inadequate prices which grain has
10
13S
'IiitLerto commanded, will induce our farmers to turn their attention here-
after more to stock-raising, the dairy, and wool-growing. The cultiva-
tion of the tobacco plant will also engage the attention of many of our
prominent farmers, the experience of the last three years having furnished
abundant evidence that the labor expended in the cultivation of this
plant is better repaid than the most sanguine have anticipated. Broom
corn is also extensively cultivated within our borders ; and althouo-h
there was no exhibition of this article at our Fair, it was solely for the
reason that it was unintentionally omitted in the list of articles, for which
premiums were offered. Next year, it Avill occupy a prominent place in
the list. Flax is raised to some extent among us, and I believe that it is
■ soon destined to receive its proper share of attention, as well for its
fibre as for its seed, and that it will ere long become one of the staple
products of the county. Madder is also cultivated in small quantities,
■and I hope it will hereafter receive more attention, as I am of the opin-
ion that it would prove one of the best paying articles our farmers can
raise. In our neighboring State, Illinois, I learn that it is becoming a
staple product with many farmers, and that it pays well. The prospects
are now favorable that this county will soon be crossed with railroads,
• -affording facilities heretofore unknown to our farmers, for the cheap trans -
].portation of their products to market ; and our farming interests never
^looked brighter than at the present time. The price which pork has
commanded the past autumn, ranging as it has from $5 60 to 66 25,
has giaddenned the heart of the farmer; and I have not seen, for a
period of five years, so many pleasant countenances among those return-
ing from the market, as I have seen this year, the farmer having been
.adequately paid for his labor and toil.
The Officers elect of our Society for the next year are :
President, Henry J. Starin, Whitewater ; Vice-President, William
Hollinshead, Delavan ; Treasurer, Peter Golder, Elkhorn ; Secretaries,
HoUis Latham, Elkhorn ; David Williams, Geneva ; Managers, George
"W. Paul, Kichmond ; Seymour Brooks, East Troy ; William Child,
Spring Prairie; Lyman H. Seaver, Darien;"Erastus Humphrey, Hudson.
With the warmest wishes for the prosperity of the agricultural inter-
ests of our State, and my best regards to you personally.
I am, yours truly,
EDWARD ELDERKIN, Secretary.
To Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society.
139
WASHINGTON.
In this county, an Agricultural Society has been formed, and a Fair
held during the year. The Fair was largely attended, and much inter-
est manifested in the proceedings of the Society. Organized in a large
Agricultural county, the Society cannot fail to accomplish much good.
No direct report has been received of its proceedings.
MILWAUKEE HORTICULTURAL SOCIETY.
This Society has held three Exhibitions during the year, each of
which "was well attended. At the Annual Exhibition in September, the
display was of marked and superior excellence. The Secretary remarks,
that the prospects of the Society are particularly flattering ; arrangements
being in progress by which it will receive a valuable donation of land,
through the liberality of David Ferguson, Esq., and some others of its
members. This it is proposed to convert into a public, ornamental garden ;
thus practically inculcating lessons of taste and skill. The officers are
as follows :
President, Hon. Hans Crocker ; Vice-Presidents, Thomas Hislop and
Charles Gifford ; Corresponding Secretary, Riley N. Messenger ; Record-
ing Secretary, William H. Watson; Treasurer, David Ferguson.
COMMUNICATIONS.
RURAL HUSBANDRY IN WISCONSIN.
Br George 0. Tiffany, Milwaukee.
Vegetable productions, either directly or indirectly, are indispensible to
the existence of man. The savage who depends entirely on the success
of the chase, and the scientific farmer who summons to his aid the accu-
mulated experience of former ages, would alike share a common fate,
should our universal mother refuse us her nourishment for a brief period.
The domestic animals upon which we depend for subsistence, either for
their ability to aid us in tlie cultivation of the earth, or as food to supply
the constantly occurring waste, in the complicated organization of our
bodies, also demand a prominent place in the mind of the agriculturist.
In speaking upon these subjects, I shall advance nothing except what
has fallen under my own observation, and shall detail such experiments
only as have been tried in Wisconsin, and which, under most circumstan-
ces of soil and season, and without any great departure from this latitude
would be likely again to produce the same results.
In order to treat in a more condensed manner, the several branches of
Agriculture, I will arrange them under their respective heads, commenc-
ing with the great staple, wheat :
Wheat. — For the first few years after the settlement of Wisconsin had
commenced, the cultivation of wheat, we may safely say, formed the
principal occupation of the agricultural portion of our community. Our
cattle and horses were furnished by the neighboring States of Illinois
and Indiana, and often as many as thirty thousand head of animals were
driven from thoses States and sold in Wisconsin yearly. Wheat forming
the only agricultural product that could be exported to an Eastern market
and pay for transportation, many sowed from one hundred to three hun-
dred acres, while other branches of agriculture were abandoned in a
great measure. The virgin strength of the soil was thus transported to
an Eastern market, leaving the farmer at best but barely sufficient to
remunerate him for his labor, and oftentimes not even that. The profits
realized from the crop were apparently fair, but no means were used ta
keep the land up to its natural state of fertility, and in ninety-nine cases,
out of every hundred, Ave venture to assert that no returns were ever
made to the ground for the very large stock of valuable materials carted
away to distant markets. Our farmers, fortunately, perhaps providen-
tially, were checked in this headlong race to ruin, by the partial, and in
some portions, almost entire failure of the wheat crop for three or four
years. These failures occurred from different causes. In some of our
best wheat-growing districts, the fly appeared and made great ravages.
To avoid this enemy to the wheat crop, late sowing was substituted, and.
that subjected the crop to rust, and consequently poor and imperfect grain
was produced, diminished in quantity and inferior in quality. Finally,
many concluded that the wheat crop would not pay, and pretty much
abandoned its cultivation, except, perhaps, growing what might be neces-
sary for the bread of the family. Had the truth been sought, in regard
141
to tliis crop, it might easily have been seen that no price ever yet paid
liad compensated the farmer for abstracting the most valuable materials
from his soil, and wasting his capital by diminishing the value of his
lard. We look, therefore, upon the partial failure of this crop, as a benefit
rather than an injury, because it directed the minds of the farmer to a
^'•reater diversity of products, and turned their attention to those pursuits,
•which, instead of diminishing the value of the land by impoverishing it,
would, by enriching the soil, add materially to its value. But it is neces-
sary that we should raise wheat sufficient at least for our own consump-
tion, and in order to do this wisely, let us search for the best means of
accomplishing the object, without diminishing our capital by the impover-
ishment of our soil. All green crops, when plowed under, have been
found to favor the growth of wheat. Clover, perhaps, is as good a crop
for this purpose as any other, and it is often resorted to in the best wheat
growing districts of the Eastern States. Owing to the uncertainty of
obtaining a good stand of clover, either from drought, bad seed, or any
other cause, a renovator not at all inferior can be made to supply its
place, and, as I believe, at a less cost, while it is more certain and equally
valuable as a manure. Sowing corn broadcast and plowing it under is
the substitute we propose. Let us here institute a comparison between
the two methods of renovation :
Clover Seed, one peck per acre, at 88 per bushel - 82 00
Plowing it in, after removing the crop with which
it is sown, say next season - - - - - 2 00
Plowing one acre of ground for corn
Seed, three bushels . . -
Plowing in the crop
Yield of clover, three tons per acre. Yield of corn, six tons per acre
at least. And here we have three additional tons of green manure plowed
in for thirty-seven and one half cents per ton. Corn, sown in this way,
is a much more certain crop than any grass seed, and it grows often
where grass will not grow. Eight tons of green manure would, in my
opinion, be much nearer an actual yield in most soils for corn than six
tons, as corn, if cut and drawn ofi" before the grain is formed, does not
impoverish the soil.
84
00
82
1
2
00
12
00
^5
12
142
Mr. J. J. Tliomas, of Macedon, X. Y., says iu a communication to the
Commissioner of the Patent Office, on this subject: " Corn soAm broad-
cast, appears to add to, rather than diminish the fertility of the soil.
Of three successive crops (^vithout manure), each was larger than the
preceding one; yielding from four to six tons per acre of dried fodder.""
Hence we may safely infer that a large portion of the nutriment of the
corn crop, previous to the formation of the grain, is drawn from the
atmosphere. The statement of Mr. Thomas, corresponds with my own
experience on this subject ; as itpon a piece of ground sowed last year
and this year in the above manner, the last crop is one-third heavier
than the first crop, and that without any manure. Enriching the soil by
barn-yard manure alone, can only be done to a very limited extent, un-
less in the vicinity of large towns. From thirty to forty loads per acre
are required to produce the beneficial efi'ect of one green crop plowed in
as above described. The difference in expense is obvious ; thirty loads,
including work of drawing, spreading, (fcc, would cost at least fifty
cents per load, or fifteen dollars per acre ; a difference in favor of green
crops of at least ten dollars per acre.
The usual time for sowing wheat has been from the twenty-fifth of
August to the twenty-fifth of September; and sometimes later. We
liave found for a series of years that the first week in September is pre-
ferable, all things considered. If sown earlier, it is liable to become, in
autumn, of too luxuriant growth, and requires to be fed down with cattle
or horses, which often injure the crop with their weight, especially if
the season is wet ; lighter animals, sheep for example, eat into the roots,
of the young plants, and make great havoc, if left for any period. Late
sowing leaves the crop liable to rust ; late sowing is the only remedy
within my knowledge against the fly ; and so far as my experience ex-
tends, it is worse than no sowing at all, being labor thrown away in nine
cases out of ten. The fly having disappeared entirely from this part of
the country, we may again anticipate good crops of wheat. Smut annu-
ally causes much loss ; and smutty wheat often causes severe and some-
times fatal sickness. The remedy is simple, cheap and effectual, and it
should be widely known. The following preparation may be relied upon,
as a specific : 2 oz. blue vitriol, dissolved in hot water, (in which it will
dissolve much more readily) is sufficient for one bushel of wheat. Wet
the wheat by putting half a bushel in a basket, and dipping it in a tub
of water, then put it on a barn floor and pour the solution on the wheat>
143
and stir it up so that the vitriolized water comes in contact mtli eacli.
grain of wheat ; which it will do very readily, wetting the wheat aiding
very materially in quickening the process, then shovel it aside and take
another basket. Two hands will, in this way, prepare forty or fifty-
bushels in half a day. The expense is trifling, when compared with,
the benefit derived, and the remedy is effectual. Many other recipes
have been given, such as the lye of wood ashes, &c., but they cannot be
relied upon. Chess can be very much lessened by sowing wheat free
from it, and sowing only on ground free from wet or moist spots. The
following experiment has convinced me that wet ground will produce
chess from wheat: In 1844, I cleaned my seed wheat with a hand seive,
by the pint or half pint at a time. With seed thus prepared, I sowed
two and a-half acres on ground which had never had a crop of wheat
grown upon it, having cleared the timber off myself. Through the
centre of this land ran a wet strip, about two rods wide, the leaching of
a small marsh. When I harvested this crop, there was not a head of
chess in any part of the field, except in this wet ground ; and on that
there was nothinsc else save a few scatterino: heads of wheat. The balance
of the ground was very dry, -and the wheat on it yielded twenty-five
bushels per acre. I have other fields with wet spots in them where corik.
has been planted, but I have never known chess to spring up unless,
wheat had been on the ground, or chess itself had been scattered.
Indian Corn. — This valuable grain is becoming much more generally-
cultivated than formerly, and in point of utility is second only to wheats
if indeed we should assign it that station. It was extensively cultivated
by the aboriginal inhabitants of Wisconsin ; and in times of scarcity of'
game, formed their only dependence to shield them from starvation.
The remains of ancient corn plantations, cultivated either by the ances-
tors of the present tribes of Indians, or by some other people formerly
in possession of the land, are often seen in the vicinity of Milwaukee.
The hills, now overgrown with trees and bushes, but still perfectly
retaining their distinctive shape and form ; and by the age of the trees,
furnishing evidence that the cultivation took place at least five hundred
years ago.
The cultivation of corn is easy, and but little labor is necessary, when
compared with that required by the same crop in the Eastern States. Greene-
sward, plowed under with two yoke of oxen, which will give strength
sufficient to plow to the depth of sis or eight inches, then harrowed
lengthwise witli the furrows, and planted in rows from three and a half
feet to four feet apart, will make a good corn-field. The plowing may
be done either in the autumn or spring, as convenience may require.
Plant in the month of May, from the tenth to the twenty-fifth, as the
temperature of the season may indicate. Corn should not be planted
until the ground has become Avarm. If planted while cold, and espe-
cially while wet, it is liable to decay and to require the labor of planting
again ; whereas, if planted as late as the first of June, the crop has
often been known to mature and yield well. The seasons are, however,
seldom so backward as to require the postponement of planting, until that
late date. The last year I planted my corn on the twenty-sixth of May,
and cut it fully ripe on the twenty-fifth of August. That process of
cultivation for any crop which will give the largest return for the amount
of labor bestowed, and leave the ground in the cleanest and best state
for the subsequent crop, is the one which the agriculturist should adopt.
JMore labor is expended worse than uselessly, because injuriously, in the
culture of corn, than upon any other crop. The mode of cultivation
practised by us, and, as we believe, originating with us, is as follows :
After plowing the ground, for which I prefer greensward, and harrow-
ing lengthwise with the furrows, I then mark out rows, three and one-
half feet apart each way, with a sled made of oak plank, which is as
good an implement as any for the purpose ; then plant from four to six
grains at the intersection of each row, which will leave the hills so that
a horse can travel through between them each way with a cultivator. As
soon as the rows of young corn can plainly be seen, I go through the
corn with the cultivator one Avay, and then in a few days go through the
opposite way ; this will loosen the soil, destroy the weeds, grass, &c.,
and no further tillage will be necessary. Hoeing will neither add to the
quantity, nor facilitate the growth of the crop. Having tried it, in a field
tilled in the same manner with the same soil, and in all respects under
the same treatment, that which was not hoed or tilled, produced the best
corn. The philosophy of the result is believed to be this : In the tillage
with the cultivator alone, the surface of the ground is stirred, and the
weeds are destroyed without injuring the roots of the corn, or causing
anew set of lateral roots to shoot out, which will in all cases occur if the
corn is hilled, these roots require nutriment from the plant, (which would
otherwise ascend into the blades, ear, &c.,) without producing any bene-
iicial effect, experience having shown that corn stands as well without
145
hilling, as Avitli. The produce of a field of corn, well cultivated in this
manner, may safely be set down at from thirty to fifty bushels per acre,
and at an expense of, at least, one half less than by the old mode of hoe-
ing. The crop should be cut up after the first appearance of frost, if
ripe, and if it should be only partially ripened, it will ripen in the shock
from the nutriment already in the stalk ; and the stalks thus cured are
estimated at one half the value of common hay for keeping stock. The
shocks, if well bound, will stand in the field without injury to the grain
or stalks, until mid-winter, if it is necessary. It can be drawn and fed
to the stock, as occasion may require, which may be done if it is impossi-
ble to husk and store the crop in the fall.
Corn is one of the best crops with which we are acquainted to prepare
land for oats, barley, or any other spring crop ; and wheat, in the case
of a wet autumn, often does well after corn. Drawing a large portion of
its food from the atmosphere, which inference is deduced from experi-
ments related in a former part of this essay, it does not exhaust the soil
as rapidly as most other crops, for we see good crops of corn produced
in some parts of the country for many years in succession, and upon the
same ground. We would not, however, recommend this practice. One
important fact should be borne in mind, by those who wish to save
labor, and avoid disappointment in the cultivation of corn. The
seed should always be selected in the autumn from the field, and the
ripest and fairest ears should be selected with a portion of the husk
attached to each ear, they should then be braided tocjether, and if hune:
i;p in some dry place, and left until planting time, not one grain in a
thousand will fail to germinate. If, however, taken promiscuously from
the corn-house or crib, much of it will fail, and often the whole planting
must be gone over again, and the careless farmer lays the blame to the
season or ground, when the fault is entirely his own. Never soak corn
to make it germinate quickly. If the ground should be wet after plant-
ing, it will decay. Dry seed is longer coming up, but never decays in
the ground, if prepared as above.
Oats. — This crop, so universally used as food for horses, is probably
without a rival, where the safety of the animal is taken into considera-
tion, connected with the go-a-head spirit of the age, which has imparted
its energy to road traveling as well as everything else, the horse must
perform his part in the drama, and thirty miles a day will only do for
U6
" hollow pampered jades of Asia," not for the American road horse —
from a good specimen of which we may expect from forty to sixty-five
miles per day, without injury. Experience has proved that no other
grain will compare with oats in giving the horse strength, together with
that elasticity of muscle which is necessary to prepare him for rapid
travelling, and enable him to perform without danger or illness long and
rapid stages. This crop must always command a remunerative price,
although acknowledged to be a very exhausting crop to the soil. It can
be sown in the spring easier than any other crop, and as soon as the
ground is dry enough to harrow it, may be sovrn on plowing of the
previous fall at the rate of three bushels to the acre. Being a very
strong feeder, it should be sown on rich land. The yield is from thirty
bushels to sixty-five bushels per acre, depending of course much xipon
the season.
Barley. — This crop is grown to a considerable extent in the State, and
in all kinds of soils. It does better in deep rich mould, or a warm
sandy loam, than in any other, and the amount of the yield depends
upon the season, soil, &c. Barley is liable to injury from frosts in the
spring, which materially lessen the yield. The first part of May, ia
ordinary seasons, is a good time for sowing barley. Two bushels per
acre is the proper quantity of seed, and from twenty to forty bushels
per acre the average yield. It is valuable chiefly for the manufacture
of beer, and is second to no crop as a protector for grass seed, which is
usually sown with it in the spring. Its broad leaves protect the young
grass from the rays of the sun, and insure its growth, when it woxild fail
if sowed with any other grain.
Peas. — This crop, although very useful on account of its being avail-
able for fattening swine before corn is sufficiently ripe for that purpose,
is yet very uncertain, owing to the frequent occurrence of drought when
the plant is small ; neither does it sufficiently shade the ground to retain
the moisture. Peas should be sown thick ; from three to four bushels
per acre is a common quantity. Its yield is from ten bushels to thirty-
five bushels per acre. They should be sown as early as possible in the
Spring, in rich land, plowed in lightly. They make a good preparatory
crop for wheat, leaving the ground very clean and mellow.
Root Crops. — The length and severity of our winters seem to admon-
ish the farmers that a good supply of food, which will keep his stock in
147
a state as nearly approacliing that produced by good pasture as possible,
■would be very desirable. To attain this end, we must have resource ta
roots, such as carrots, rutabagas, &c.
Rutabagas. — Having tried the rutabaga, or Swedish turnip, for feed-
ing stock for some years, we are disposed to give it the preference as
food, either for young working oxen or young growing stock. The
ground should be rich, cither naturally or made so by manure. The
seed should be sown from the first to the twentieth of June. By sowing
about the fifteenth, the danger from the fly is avoided ; were it not for
which, this crop might be sown as early as the middle of May with
advantage. Drill sowing saves labor, and also insures a larger crop ;
for this purpose, Emery's drill barrow is unexceptionable. The quantity
of seed required is about one-quarter of a pound per acre. It should
be sown in rows, eighteen inches oa* two feet apart, which is sufficiently
wide to admit the passage of a horse with a cultivator made for this
purpose, with three teeth. This may be passed twice through the rows,
and no further tillage will be necessary. Rutabagas can be harvested
late in the autumn, after the other crops are out of the way, and can be
pulled by hand as easily as by any other method. The yield is from
one hundred to three hundred bushels ; and even five hundred bushels
per acre, depending upon the soil and season. For working oxen, I con-
sider them equal to oats ; and as an article of fiod for human consump-
tion, the Maine lumbermen think them next to beans as a strong and
healthy nutriment.
Carrots. — This crop, to which so little attention is paid by farmers
generally, is one of great value, more especially as food for horses. The
number of bushels which can be grown upon an acre of ground more
than doubles that of any other crop in use as food for animals. In
comparison with oats, it is worth one-half the price of that grain^ for
horse feed. The grain seed drill (Emery's) is the only one we have
seen used, and it works admirably in sowing this kind of seed, which is
rather difficult to distribute evenly, unless well rubbed with the hand
before sowing, to prevent clogging in the hopper. From three hundred
bushels, which is a small yield, to fifteen hundred bushels, have been
raised on an acre. Plow as deep as possible, and put on from fifty to
one hundred loads of manure, and plow in the second time ; weed while
the plant is small, and sow in rows two feet apart, so as to work between
us
■with a cultivator. Sandy loam is preferable for carrots, as tlie roots run
deep ; and deep friable soil is indispeusible to the production of a good
crop.
Potatoes. — This valuable and almost indispensable portion of our
vegetable food, after a period of apparent decay, which threatened its
extinction, has the present season yielded an abundant crop, and the first
one for years -which has shovrn no symptoms of the rot. The cause of
this disease, so far as we have been able to ascertain, is entirely unknown,
and no remedy yet proposed has been of the least service. By a sort of
natural order of things, the evil day of the potatoe seems to have passed by,
and we may now anticipate a fair return for its cultivation. All soils and
situations, and late and early planting, alike, seem to have been visited
by this decay, or blight, although sandy loam, and dry, rolling, gravelly
land has suffered least. The most easy, and consequently the cheapest
and most productive crops we ever raised were, by plowing green-sward
in the spring ; if well coated with grass, all the better, as that is equal
to a coat of manure. Turn the furrows well over, leaving them as level
as possible ; then harrow lengthwise with the furrows, and plant, cover-
ing with sufficient earth only to shelter the growing crop, and leave the
hill level and flat as possible. Xo grass will make its appearance ; the
few weeds will be best disposed of with the hoe, or cultivator, and often
neither are needed. Thus cultivated, the crop will be larger, with fewer
small potatoes. By the old plan of raising a hillock over them, the rain
and moisture is thrown ofi", instead of soaking into the hills. Another
objection to the old mode is, that the vines set for a new crop, every time
they are hoed ; and again, hills cause evaporation from the ground, after
rain, to go on more rapidly, at least one-third more surface being exposed
to sun and wind. From forty bushels to three hundred bushels have
been raised, per acre ; and from actual experiment, we would recommend
the plan of green-sicard level tillage as the cheapest and most productive.
Yalue, in Milwaukee, in September, 1852, thirty eight cents per bushel.
Domestic Animals. — Standing at the head of the list, and deservedly
so, is the ancient ally of man, the horse. Virgil gives us of the Agri-
cultural profession, many hints relative to all the diflferent branches of
husbandry, from keeping bees to the rearing of horses ; the selection of
a sire for the different species of domestic animals,- and the selection of
seeds. "With regard to the latter he says: "unless human industry
149
■with tlie hand should cull out the largest every year, all things will
hasten to decay, and gliding away insensibly, be driven backward, like
one who rows his boat against the stream, and if by chance he slackens
his arms, it is instantly gone, and the tide hurries him headlong down
the river." This was the experience of man more than eighteen hun-
dred years since, and is confirmed down to the present time. Without
constant care and judicious selection of seed and animals, the farmer
must, like Virgil's rower against the tide, be quickly swept away.
In a national point of view, the horse, in its rearing, breaking, and
management, is well worthy the attention of the agriculturist. A large
portion of the troops engaged in the protection of our widely extended
frontier, are mounted men. High prices are paid for horses suitable for
the purpose ; thousands are used in transporting munitions of war, pro-
visions, &c. The demand is increasing, and will, in all probability, con-
tinue to do so for years. To men embarking in any undertaking, the
experience of practical men is of some benefit, if only to confirm and
strengthen a correctly formed theory ; and might be of benefit where a
man had no experience, but was willing to take that of others for his
guide, when it appeared reasonable. In no occupation does a man
require more of that knowledge which comes from the experience of
others, than in the breeding of animals ; and in this, the observation
and experience of others may be made available in the outset.
The first consideration is, what kind of a horse will pay best for his
rearing, breaking, &c.? Rail Roads and other improvements in locomo-
tion, steam power, &c., have given mankind at the present age a mania
for fast conveyance, whether on land or water, and slow horses will no
longer answer the expectations of purchasers of horse flesh ; they want
a good one to go. Those who are not particular about speed, never object
to a horse if he happens to have it. The fast horse is the horse for the
American farmer to raise with profit. All nature presents to us the fact
that like begets like, and when this rule is varied, it is an exception. In
the breeding of horses, this law is strictly carried out. In almost every
instance, celebrated trotting horses have sprung from fast stock on both
sides. Trustee, the only horse who ever trotted twenty miles in an hour,
was from a trotting mare, Fanny Pullen, and by imported Trustee, a fast
race-horse, who was also the sire of that fast mare, Fashion. Black
Hawk was sired by Andrew Jackson, who was also the sire of a great
number of trotting horses, Black Hawk trotted a mile in 2 m. 40 s.
150
with a wagon weighing two hundred and fifty pounds, at that time the
best heat ever made, considering the weight drawn. Mack, the great
competitor with Lady Suffolk, is a Messenger horse, and went in 2 m.
26 s. ; the Lady herself is a full-bred Messenger, for ought any one knows
to the contrary. The Abdallah stock are from the Messenger blood, and
all of them go — many being remarkably fast. The fastest Western trot-
ting horse, O'Blenis, is an Abdallah. Although Messenger was imported
into the United States as early as 1791, sixty-one years since, his descend-
ants at this day partake largely of his characteristics. Other stocks of
horses could be cited to support this position ; the Morgan horse, for
instance, is a striking exemplification of our theory. That color, speed,
longevity, vice, defective vision, and various malformations in horses are
inherited, no observing man will deny.
In selecting a brood mare, as much attention should be bestowed, or
more, as in selecting a sire. About fifteen and one-half hands has been
very near the height of the most celebrated horses of our day. They
should have good length of body, with clear bright eyes, small head,
long clean neck, oblique shoulder, and withers as high as possible,
which position of the shoulder blade allows extensive and safe action. —
Such horses never stumble ; and if they trip, will recover, while an ani-
mal with an upright shoulder would come down entirely. High withers
give room for the attachment and length of muscle which an upi-ight
shoulder cannot have. The oblique shoulder is indispensable for rapid,
safe and easy motion. The legs should be muscular, and as long from
the elbow joint to the knee, and as short from the knee to the hoof as
possible ; this will also give extensive action to the fore parts, which a
horse could not have with a length from the knee to the hoof equal to
the length from the elbow to the knee. The chest should barrel out back
of the girth, and be large and capacious, both to give the animal good
health, and cause it to keep easy, as the size of the chest is of great con-
sequence to the health, longevity and usefulness of the horse. This
part is too superficially noticed by purchasers in general. The loins
should be broad and well covered with muscle, and the haunch — or as it
is generally called, hip — should be long, to the place of its termination.
The old saying of a "long-bodied horse, with a short back, and long
under the belly " being a good one, was not without truth, as a long
oblique scapula, with a long hip or haunch would produce just that con-
formation of body best suited for speed. Great length from the hip to
151
the gambrel, and short from the gambrel to the ground is also one of
the best indications of speed. We see an example in the form of the
rabbit and greyhonnd. Bj- a close and constant attention to the anato-
mical conformation of a horse, a person may soon become a better judo-e
■of capability in the horse than any one can, who does not take into con-
sideration the important facts that all animal mechanism is upon the same
principle — that the weight to be moved, and the facility with which it is
moved, depends upon the length of the lever and its advantageous liosition,
and the consequent length of the muscles, which are the pulleys, and by
their action, contraction, and extension, propel the animal over the
ground. The most careless observer has probably noticed a trotting horse
beaten by one of much less muscle, the reason of which is, the want of
a good anatomical form in the muscular horse ; for muscle is not only
necessary for rapid and long continued action, but it is equally necessary
that it should act advantageously by a proper arrangement and length
of particular parts of the animal. These can be best learned by those
who are desirous of information on these subjects, by the attentive study
of works on the anatomy and physiology of the horse ; William Youatt's
is probably the best. All animal mechanism being constructed upon
the same principles, intelligent physicians should be, and in general are,
excellent judges of the capability of horses, from two causes : their
knowledge of anatomy, and their habitual use of the horse in the practice
of their profession.
That speed adds to, and often constitutes the sole value of the horse,
in the estimation of many, is well known. An instance now occurs to
me: Mr. S. B. Davis, of Milwaukee, took to the. New York market last
May, a number of horses ; among which were one pair, which he sold
for $1,200, and a single horse which he sold for 8600. They could all
trot their mile in about three minutes ; and to this fact can be entirely
attributed all he realized on them, over $200 each. There is always a
market for well broken horses of good size and good age, if they can go
in three minutes or less. Another instance, too, is in point : Jack Ros-
siter, the celebrated trotting horse, worked in an omnibus in Milwaukee,
and could then have been bought for $200, and probably for less. Fall-
ing into the hands of a horseman, he trotted a mile in 2 m. 32 s., and
sold for $2,000. Lady Jane, a western mare, was bought in Chicago
for $100; she was afterwards sold for $1,600 at a dozen years of age.
There are numberless examples of a similar nature. The farmer should
152
not hesitate as to whicla of the two to expend his surplus food upon ; an
eight-mile-an-hour drudge, that will cost 880 at four years old, and sell
for the same ; or a horse bred on scientific principles, worth at four
years of age, 8200 to 81000, according to the stock he springs from.
One farmer in the vicinity of Milwaukee, raised several fast horses, and
from their sale, realized a far greater profit than he realized from ten
years of wheat farming ; yet the number was only five. These facts
are worthy of the attention of breeders of horses.
To enter minutely into the details of rearing, breaking, <fec., would
require more space than we can devote to the subject in an essay like the
present, but a few remarks on each head may be of service. In breeding,
let the sire and dam possess as many desirable points as possible, and as
not one in ten thousand is unexceptionable in every respect, it is desirable
that the two should not be deficient in the same particular point. If
either has a little failing in one part, let the other be remarkably good in
that point, if possible. In this way, the undesirable or exceptionable
points may in part be obviated, and if they are not, you will in all proba-
bility breed an animal not less valuable than the sire or dam. The fastest
trotting horse now living west of the Lakes, was bred from a mare and
horse, each of them extremely bad in some points, and each remarkably
good in others. The strong and fast points were united in the progeny,
although without beauty — the colt* inheriting the vicious disposition of
the dam. This happy arrangement of the best points is not at all cer-
tain ; therefore the judicious breeder will commence with an animal for
sire or dam, with as few imperfections as possible, and his success will be
certain, in proportion as his parents are perfect. The foal should be
kept during the first winter in a warm yard, with a dry, warm stable,
and no floor but the ground, and should have room to exercise and walk
about in. Carrots, or a little bran, should be given daily, with what hay
and water it wants, but without grain of any kind. When fed on grain,
the animal becomes much like a vegetable highly manured, larger than
Le would otherwise be, and not so tough. Grain is too stimulating for
the powers of digestion in a young horse, and often settles in the feet,
ITature, the best guide in all things, does not furnish the wild horse with
threshed and clean oats, but simply grass and water ; and although not
* This colt was brei by the writer of this, and -rras sold a few days after the State Fair
for $800, and taken to New York. He could trot a mile in 2 m. 32 s. The dam, on.
account of her vicious disposition, was sold for §25.
I
l53
usually as large, grass-fed colts make touglier, more wir}-, and endurin<^.
horses than those grain-fed, long-legged animals, which have consumed
the farmer's provender to his loss.
The business of breaking may commence with the first week of the
colt's existence. Halter him and merely hold him the first ^ew times ;■ .
then begin by leading him a little, always using the utmost kindness and
gentleness. Let the whip be left out of the catalogue entirely ; kindness
will subdue sooner, and more efi"ectually than any other means. If
refractory, worry him out with continued good treatment, and if need
be, by light feeding, until the temper is quite subdued. Should the
animal be exceedingly perverse, not one in a thousand will need any-
thing more than good and uniform treatment. Accustom them gradu-
ally to the use of pieces of harness, and finally hitch them to a light
vehicle, such as a pair of wheels, Avith shafts ; then gradually accustom
them to heavier loads ; and finally put them to light work, and always
bear in mind that patience will much sooner accomplish the desired
object than forcible means.
Cattle. — The difi"erent breeds, or names for cattle, we suppose to be-
merely the result of a systematic course of breeding persevered in for
a considerable length of time, until the progeny were possessed of some
peculiai'ity of color, form, (fee, which distinguished them from any
promiscuously bred animals. For instance, the Devons are uniformly
red. The Durhams are generally mottled with white, and each having
some points peculiar to the breed, as horns, form, (fee. The Devons.
are small, or only of middling size ; the Durhams are large. When the
Komans conquered Britain, they found cattle in considerable numbers ;
and we have never seen any notice of their having taken cattle there
from Italy or any of the Roman provinces. The inference, then, is fair
that the Devons, Durhams, Herefords, Ayrshires, (fee, are the result of
a course of systematic breeding, persevered in for many years, until the
progeny are uniform in appearance, in form, color, milking properties, (feo._
It is well known that animals of native stock are occasionally found
superior to the improved breeds for milking ; and for beef, many are-
equally as good. By judicious selections of such animals, a breed can
be propagated, and in a few years, become as marked, and perhaps as
valuable, as any of the improved breeds imported at such great cost,
and many of them inferior to the common native cows for milk, as the
writer has ascertained to his loss. High-sounding names and long pedi-
11
15-i
grees do not fill the miik-pail ; therefore, let the farmer of limited means
use his judgment, and select those animals having the requisites for but-
ter or beef, and breed from them a stock at less cost, and with less dan-
ger of disappointment. There was a time when the Merino sheep sold
at ^1,000 jjer head; Morus Multicaulis, Rohan potatoes, Berkshire hof^s,
and many other far-fetched and dear-bought commodities, have had their
day, when we had as good, and better at heme, if we had only had the
discrimination to hold fast to that which was good. Therefore, let the
farmer constantly select the best for propogation of animals, seeds, or
whatever he would raise. By persevering in this course, he cannot fail
to realize his most sanguine expectations, enrich himself, and confer last-
ing benefits on posterity.
RELATION OF CROPS TO SOILS.
BY S. r. LATHROP, M.D.,
PROFESSOa OF CUEMLSTRY AMD NATURAL HISTORY, BELOIT COLLEGE.
'"For mrvny years chemists and philosophers have been investigating the affinities and
other pecuharities of molecules or ultimate, indivisible particles of matter. These scien-
tific researches have revealed many important truths, and natural laws, which liavo a
direct bearing on all the economical purposes of agriculture. Some pains should be
taken to impart a knowledge of these laws to all practical farmers. When we consider
-how little opportunity the mass of agriculturists have to study the cliemical composition
of their soils and crops, it can readily be seen that information of this kind is greatly
needed in all oi>erations which aini to feed cultivated planis with their ap/propiiate
aliment." — Dr. Lee, M. B. in " IntroducUon lo Patent Office Report — Agricxdtural, 1850,
Repeated chemical analysis of vegetables has shown that they are
composed of two classes of ingredients, which are called organic and
inorganic. When any vegetable is burned in the open air, the whole of
the so-called organic portion is driven oflf, or escapes in vapor. This
•consists of oxygen, hydrogen, carbon and nitrogen, in a greater or less
proportion of each. There also remains a certain portion of the original
plant, in the form of ashes, called the inorganic, or fixed part of the
plant. This portion will not be lessened by the continuance of heat. —
This is composed of various mineral matters in different proportions.
In general, the organic or combustible part of plants forms a large
portion of the whole plant, varying in different instances from 88 to 99
per cent, of their weight when dried. From this circumstance it appeared
to the earlier vegetable physiologists that the inorganic part was merely
accidental in its presence — that it was taken up into the plant, only
because it was found dissolved in the fluid by which the plant had been
155
V
nourished, and that it took no necessary part in its organization. It was
found, however, that this inorganic part of the same plant was always of
the same kind of material, whatever was the character of soil upon
which it grew. This, evidently, would not have been the fact were its
presence wholly accidental, and not governed by some fixed laws. It
was also found that the composition of the ashes of different plants,
grown upon the same soil, varied much in the number and character of
their elements. It Avas further found that each kind of plant, in selectino-
for itself nearly a constant weight of inorganic matter, while it mio-ht
choose the same kind or kinds of earthy matters, that some other plants
do, to make up their composition, yet it was always in quantities peculiar
to itself. Thus, for example, wheat would contain eight pounds of lime
in every one hundred pounds of its ashes, while barley, in the same
weight of its ashes, would have only about four and one-half pounds.
Different parts of the same plant have since been found, also, to have
different proportions of the same element — the ashes of the leaves differ-
ing in quantity and quality from those of the wood or body of the plant,
and both being different from the root or bulb.
From the above facts it was inferred that the ingredients found in the
ashes of plants were essential constituents. This view was corroborated
by the observed fact, that plants will not thrive and come to maturity —
properly perfecting their seed, straw, &c. — in a soil destitute of the kinds
of matter usually found to be present in their ashes.
These facts are the basis of a most important principle to the ao-ricul-
turist, and one that should be duly recognized, and fully understood by
every cultivator of the soil. Says Prof. Johnston, " It is difficult to
conceive the extent to which the admission of the essential nature and
constant quantity of the inorganic matter contained in plants, must
necessarily modify our notions, and regulate our practice in every branch
of aorriculture. It establishes a clear relation between the kind and
quality of the crop, and the nature and chemical composition of the soil
in Avhich it grows. It demonstrates what soils ought to contain, and,
therefore, how they are to be improved. It explains the effect of some
manures in permanently fertilizing, and of some crops in permanently
impoverishing the soil. It illustrates the action of mineral substances
upon the plant, and shows how it may be, and really is, in a certain
measure, fed by the dead earth. Over nearly all the operations of agri-
culture, it throws a new and unexpected light."
156
It ■will be our aim in this article to point out the relation of the seve-
ral crops, usually cultivated in our State, to the soil, by exhibiting their
chemical composition, which has been determined by repeated analysis of
their ashes, thus showing the materials which they severally remove from
the land upon which they are grown, and the condition in which they
leave it, when they are removed, and, as a kind of ** improvement " of
the subject, to offer such practical suggestions as may be deemed of inte-
rest and profit to the agriculturist.
The true, or all the relations of crops to soils, require that we should
take into consideration also the organic elements of crops and of soils ;•
but, as the soils of the several districts of Wisconsin, except, perhaps,
the so called sandstone district, along the Wisconsin River, and portions
of the districts north of that, have a large portion of organic matter in
them — say an average of 10 per cent — (See Dr. Owen's Report to the
General Government, as quoted by Mr. Lapham, in the first volume of
the Transactions of the Wisconsin State Agricultural Society, p. 127;
also, Prof. Jas. V. Z. Blaney's Analysis of Prairie Soil, in Patent Office
Report, Agricultural, for 1849-50, p. 489,) it is thought best, at present,
to confine ourselves wholly to the inorganic portion of plants and soils.
The following Table, compiled from various sources, exhibits the
amount of essential elements in a productive soil. Some crops, it is
true, may grow upon a soil destitute of some of these ingredients, or
rather of some portion of them ; but the Table is designed to furnish the
elements for the generality of crops :
TABLE I.
IN EVERY HUNDRED POUNDS.
Organic Matter 10.00
Silica, Quartz 64.80
Lime 5.90
Magnesia 80
Potash 3.00
Soda 4.00
Chlorine 20
Sul. Acid 25
Phos. Acid 3.05
Alumina 5.70
Ox. Iron 2.00
Ox. Manganese 30
100.00
157
It niay be of much importance to the farmer to possess some know-
ledo-e of these elements and their office, both as constituents of the soil,
and of the plants growing upon it. They may be divided into two
classes, according to their office in the vegetable economy ; those which
go to make up the frame work of the several tissues ; among which are
silex, lime and magnesia ; and those which go to fill up the interstices of
these tissues, among which are the inorganic matters, phosphates, &c.
We shall endeavor to give a simple statement of the characters of the
inorganic elements of plants, as they are found in the soil, and of their
office, both as constituents of the plant and of the soil. These will be
spoken of in the order in which they occur in the Table.
In doing this, it is taken for granted that they, for whose benefit this
article is written, do not noAv know these materials, their characteristics,
their nature, or their use, cither in the plant or the soil.
Silex. — Under this term are included those of silica and silicic acid.
This substance is well known to all farmers by the names of flint, quartz
and sand. We see a nearly pure form of it in the clear, transparent quartz
crystals, in the agates so common in our gravel, brought from the region
of Lake Superior. The fine grains in ordinary sandstone are particles
of silex. It exists abundantly in almost all soils. It is without color,
taste or smell, and cannot be melted alone by the strongest heat. As it
occurs in the state of flint, of quartz or sand, it is perfectly insoluble in
water, and scarcely soluble in the strongest acids. It combines with
potash, soda, lime and magnesia, and in this manner it forms a large
portion of what are called crystaline rocks, (granite, basalt, <fec.) By
the action of the air, and other agents, these silicates, as these rocks are
called chemically, undergo decomposition and the silica is separated
from them in a soluble form. Thus it is found in a considerable quantity
in the waters of many mineral springs ; and in nearly all the "raters
that rise from any considerable depth beneath the surface, or have made
their way through any considerable depth of soil. If this soluble form
of silica has been very thoroughly dried, and especially when it has
been much heated or ignited, it becomes again insoluble. It is only in
its soluble state that it can, to any extent, be taken up into plants. It
is, therefore, found in plants, for the most part, in the above combina-
tions. When plants, which contain this soluble form of silica, are
.exposed to any decomposing agent, or of any liquid capable of dissolving
15S
it in compost, or manure heaps, tlic}^ give up their silex in a soluble form^
capable of again being taken up in the nourishment of other plants.
As this substance may, and does exist in two conditions in the soil —
soluble and insoluble — it performs a double office, in both parts of which
it is of vast importance. As an insoluble portion of the soil, it acts
mechanically, in giving porosity to it, so that both the fruitful showers
and the invigorating atmospheres, loaded with the peculiar food of vegeta-
bles, may permeate its substance. If soils contain too little of it, they are
compact, close and impervious ; if too much of it, water runs through
them too rapidly, thus leaching them and carrying off their fertile ingre-
dients to lower depths. Soil is not thought to be overdosed with silex when
it amounts to 65 or 70 per cent. Above that proportion, it becomes too
loose, and not sufficiently retentive of fertile matters, and is capable of
producing crops only by annual and heavy additions of manure.
As a soluble portion of the soil it becomes an important ingredient in
the composition of plants, and here, as in the soil where it is insoluble, it
acts mechanically in giving strength to the stems of all our cereals —
wheat, rye, oats, corn, (fee, and to all the grasses. Thus it is that in the
straw of all these plants, a very large portion is silex, nearly 70 per cent,
while in the seeds or grain of these plants it is only from two to three
per cent. Where it is wanting in the soils the stems of crops growing-
upon them are weak and unable to support themselves, like the soft limbs
of a young child, or the new bones of any animal. We see that silex,
in this state, is the sustaining and protecting agent in the tissues of vege-
tables, and, in the other, furnishing them with a suitable footing and
medium through which nutritious matters are brought to their roots.
Lime. — Pure caustic lime, or quick lime, never exists for any length
of time in nature, as its affinity* for carbonic acid will cause it to take it
from the atmosphere, and thus form the common limestone, or carbonate
of lime. As a carbonate of lime, it acts only mechanically in the soil,
the same as silex, rendering it generally more porous. In this state of
combination it is insoluble in pure water, the same as is silex. Nature,
in this case also, however, has made abundant provision for its solution.
Water charged with carbonic acid dissolves it quite rapidly, and rain
water, having a great affinity for carbonic acid, as it is passing through
the atmosphere, becomes charged with it and is thus prepared to dissolve
* By affinity is meant the tendency of bodies to unite and remain united.
159
the carbonate of lime-rocks upon which it falls, and transport the dis- .
solved material to, and diffuse it through the soil.
Prof. Emmons, in his Agricultural Report of the State of New York,
says, "Few subjects have enlisted the attention of agriculturists so
much as the use and effect of lime in and upon soils. The facts very
generally go to prove its great value ; its action, however, has not been
so generally understood, * * * * Analysis proves the
constant presence of lime in vegetables. There is no doubt but that it
should be present in all soils, to supply the wants of vegetation. But its
use and functions do not terminate in supplying a material for nutriment:
there are certain reactions [decomposition and composition] of lime upon
other elements in the soil, which equal in utility the one just referred to.
This reaction is upon the silicates of Potash [potash in combination
with silex] and other alkalies."* Lime, when in contact with the abovo
substances in the soil, has a tendency to decompose them, and set at lib-
erty the silica and render it soluble. A mechanical effect attends this
chemical action in the soil. It is made lighter, and the whole mass is
more porous and friable. Lime is thought by some to favor the decom-
position of organic matters in the soil, and thus furnish the materials, of
which they are composed, to growing plants in greater abundance than
would have been done without the presence of lime. Of the compounds of
lime, such as sulphates, phosphates, &c., we shall speak in another place.
It will be seen, then, that the offices of lime, as an ingredient of a pro-
ductive soil are, first, to supply an element necessary to plants ; secondly,
to liberate the alkalies in combination with silica; thirdly, to jender the
freed silica soluble that it may be capable of being used in plants;
fourthly, to give porosity to argillaceous or clayey soils;f and fifthly, to
assist in the decomposition of vegetable and animal matters in he soil.
Magnesia. — The office of Magnesia, as an element of soils, seems not
to be well understood by agriculturists. From the small amount usually
found in productive soils, it certainly cannot very effectually act, as lime
does, in the same combinations, as a loosener of the soil ; but as it is
always found in plants, and since they will not flourish without it, it is
necessarily inferred that it is an indispensable ingredient in a good soil.
Its general form, in the composition of plants, is in combination with phos-
* Potash, soda and ammonia are called alkalies ; lime and magnesia, alkaline earths^,
i Emmons.
1
160
phoric acid. Whether this combination takes place before its entrance
into the plant, or afterward, is not a settled point. It appears, that it is
• essential in the formation of the grain of our cereals — corn, Avheat, rye,
<&c. — as in them it is found in much greater abundance, than in other
parts. " It is an element of food, and not of mechanical support."
When it exists in great abundance in the soil, it is injurious to crops.
Although most of the lime rock of Wisconsin is a magnesian limestone,
yet the magnesia is so much moi'e insoluble in water, than lime, that but
«, small amount exists in the soil, in a condition to be taken up by plants.
J*0TAsn. — This substance is well knoAvn to farmers generally, as the
material which is obtained from boiling down the ley of wood-ashes, to
dryness, and when it is purified and combined with carbonic acid, forms
the common pearl ashes of the shops. It is found in greater or less
abundance in plants, and is also a constituent of animal matter. Its
office in the plant, is not quite evident. Much is yet to be learned in
■regard to it. That it is essential, however, is inferred from the fact, that
^Soils destitute of it, are nearly barren. It is of great importance as a
'■constituent of soil, in rendering (as we have before hinted under silex)
isilica, and other bodies, soluble, so that it can be taken up by plants.
Soda. — Nearly the same may be said of soda as has been said of potash ;
in fact, the two are much alike in many of their properties, and also in the
purposes which they seem to serve in plants and in soil. Some plants
3'equire more of soda than of potash, while others require more of pot-
ash than of soda. The tubers of potatoes, require both potash and
soda. It is thought by some that potash and soda may replace each
other, in case of an absence of the other in the soil. It is found, however,
"\vhenever this does take place, that it is a forced condition of the plant,
and the probability is, that in such cases the plant would in a few years
become so deteriorated or "run out," that it would cease to vesfetate.
Of the last two substances there are several compounds of great
'importance to the agriculturist. Many of them are capable of being
-used as valuable manures. Of these, however, though they may often
-exist in the soil, and enrich it by their presence, yet we have not room
•or leisure to speak further.
Chlorine. — This is a greenish-yellow colored gas or air, and has a
Tery pungent, disagreeable smell. Animals cannot breathe it without
^suffocation ; and when mixed with common air, it speedily kills all living
161
vegetables. When it combines with other bodies, it forms substances
called chlorides. Common salt is a chloride of sodium. Every lOOibs.
of salt contains upwards of 60 ibs. of chlorine. It rarely exists in nature
in a free, or uncombined state ; it is not known, therefore, to exercise
any direct action upon the general vegetation of the globe. It is thought
to be more important to animals than to vegetables. It is not present
in any very great amount in vegetables, but when present it is rather in
the stalks and leaves than in the seeds. Clover, hoAvever, has some
considerable chlorine, and wheat less. It is quite probable, however,
that there is more chlorine present in growing plants than is found in
their ashes ; as the burning of them to obtain the ash, would drive off
the chlorine.
Sulphuric Acid. — This is the common oil of vitriol of the shops.
It is a compound of sulphur and a gas called oxygen. It is rarely met
with in nature, in an uncombined state ; but is generally found united
with potash, soda, magnesia or lime ; the latter of which is the common
plaster or plaster of Paris, which is so much used as a fertilizer. This
substance is called sulphate of lime by the chemists. In every 100 Bbs.
of plaster of Paris, there are about 33 Bbs. of sulphuric acid. Epsom
salts is also a composition of sulphuric acid and magnesia. Sulphuric
acid, although it is seldom if ever found as such in vegetables, yet it is
an important element of soils. Sulphur, one of its elements, is often
found in plants, such as peas and beans, and indeed in almost all plants
of this kind. It is also found as an essential ingredient in horse radish,
cabbages, mustard, &c. Whenever sulphur is absent in the soil, it has
to be supplied by the farmer, by some artificial means ; as for example,
by plaster of Paris, or sulphuric acid itself, very much diluted by water.
Phosphoric Acid. — This substance is not one that is often seen of itself
by the farmer. It is a combination of phosphorus and oxygen, just as
sulphuric acid, or oil of vitriol, is a combination of sulphur and oxygen.
Most persons are familiar with phosphorus as it is seen in the shops of
the druggists. When phosphorus is burned in the air, phosphoric acid
fumes will be seen to rise. This is seen in the fumes of a match before
the sulphur takes fire. This substance, in its various combinations with,
other bodies, is of great importance in the vegetable economy, and of
course is an essential element of soils. In the parts of plants used for
the food of man, it is found in the greatest abundance. It seems to be a
162
very important, if not essential element, in order that the seeds of graia
may be brought to perfection. These facts indicate its importance as an
ingredient in the soil, and as it is generally found in limited quantities, it
is the more important that the farmer should take proper means to secure
its presence. Some crops, as will be seen hereafter, require much larger
quantities of this element than others, in order that they may be per-
fected.
The principle alkalies with which it is usually found combined in
plants, are lime, magnesia, potash, and soda. Many substances upon
■which plants live are derived from the atmosphere, so that a soil impov-
erished by their want may be again enriched simply by suffering the land
to lie dormant or by fallowing it. The phosphates, however, can never be
derived from the atmosphere or from rain water, nor are they furnished
by any of the processes of nature. If they become exhausted, direct
application must be made of some substance which contains them. Other
substances, though they may be important, yet are frequently so abun-
dant, that there is really no difficulty in obtaining them. This is the case
with sulphuric acid, abundance of which exists in plaster of Paris. But
with the phosphates this is not the case.* It is on this account that the
" super-phosphate of lime " is of so great value as a manure upon fields
exhausted of their phosphates.
Alumina. — This substance, in its pure or uncombined state, is seldoni
found in the soil, but it constitutes a large proportion of all the slaty and
shaly rocks, and is the principal ingredient of clays, and clayey soils,
giving them their peculiar tenacity. It is insoluble in pure water.
Though it exists abundantly in many soils, it probably contributes but
little, in a direct manner, to the nourishment of plants. Its function, as
a part of the soil, is to give consistency and compactness to it ; thus
differing, in its action from silex, which we have said, is to give porosity
to the soil.
These two substances form the basis of all soils, and to them they owe
their principal and permanent characters. The presence of the other
elements produce comparatively but trifling modifications. The body or
basis being thus constituted, the remaining elements, along with soluble
silica, may be regarded as food, or as matter out of which the frame
"work of the various tissues are formed. A soil, however, composed
*Emmon8.
163
Entirely of these bodies termed nutritive, would be unfit to produce good
crops. It is not a matter of indiflference what constitutes the basis, or
substratum of soils. This must be a peculiar medium, having certain
peculiar relations to water and other bodies, which, if not secured by
and in their physical or mechanical properties, would render the labors
of the farmer of no avail. Most of the earths — by which is meant all
the above described substances, except the acids and chlorine — possess
some absorbent properties. Alumina, however, when pure, or as com-
bined with silica, (its most usual state,) ranks high in this important
particular. The rapid absorption of ammonia by clay, renders it (the
clay) a receptacle or reservoir of this substance, which is of so much
value as nutriment to plants, and which is thus derived from the air,
manure, &c., and retained for future use.*
Oxide of Iron. — This element of soils is well known to every farmer,
under the name of iron-rust. All soils contain it very much in the same
way as the bog-iron ore, which is an impure oxide of iron, and resembles
it in some respects. It has not yet been determined that the oxide of
manganese is an essential constituent of any class of plants, though it is
found in small quantities in most of them. Its presence, however, is
thought to be, by some, wholly accidental. Its necessity as an element
of a fertile soil, though required only in small quantities, is inferred
from the fact, that its entire absence from a soil, renders it unfit to
produce perfect crops. This fact shows us that the importance of an
element is not always to be inferred by. its abundance, either in the plant
or in the soil upon which it has grown. Silex, which usually forms so
large a portion of most soils, is no more an essential element than is the
oxide of iron or manganese, which usually forms so small a portion of
soils. One element is just as essential for the due perfection of the plant
in all its parts, as another. The organic elements of the soil are just as
important to the secuing of a good crop, as are the inorganic elements of
which we have given a description, but no more so. It is not because
the organic are not essential, that Ave have said nothing of them, but
because our soils are tolerably well supplied with them, and because the
manures which the farmers are generally in the habit of putting upon
their soil, usually contain a much larger portion of organic than of
inorganic matter. There is, therefore, a greater liability, in almost every
*Eminon8.
16-i
aqricultural communitr, of the inorcjanic elements becominff deficient in
quantity. Many, and perliaps, the greater portion of farmers, suppose
that they have necessarily supplied the soil Avith more or less of it, and all
vegetables possess the power to take it up, as it is easily soluble in water
slightly acidulated with any acid. Thus it is generally present in plants,
though sometimes in a very small amount. It does not appear so impor-
tant to the plant itself, as to the animals living upon it ; as iron is an
essential constituent of the blood of all vertebrated animals certainly,
if not of all animals ; and the only way by which it can generally be
taken into their systems in due quantity, is by their food. But in the
soil, iron is thought to be an important element, from the fact that it
greatly aids or promotes the formation of ammonia, or the retaining of
it in the soil, which, we have already said, is of great importance to the
growth af vegetation. To explain its action in the formation of ammo-
nia would carry us too deeply into the principles of chemistry for our
present purpose. This, however, is its greatest use, in rendering a soil
fertile. The salts of iron are sometimes so abundant in the soil, as to be
injurious to vegetation. They are, however, easily neutralized by the
application of lime. The salt of iron most usually present, being the
sulphate of iron, it can be converted from an injurious ingredient to a
most useful fertilizer, by the application of lime, thus forming plaster of
Paris, the iron being then simply an oxide, to act as described above.
Oxide of Manganese. — The last, as well as the substance of the least
importance on our list, is the oxide of manganese. This is not so com-
mon a substance as the oxide of iron, neither is it generally familiar to
the farmer. It is formed, however, with the proper materials, if they
have but spread, in sufficient quantity, common barn-yard manure upon
it. This manure may be either what is called long or short manure ;
more commonly, however, it is the long, and not in the least composted.
This consists almost, if not wholly, of organic matter. It is true, that
in some districts of country, the organic portion of soils may be the
portion most readily exhausted. In such instances, organic matters are
the ones to be supplied. In other instances, it is the inorganic portion
that is first exhausted and requires to be supplied ; generally, however,
both of these kinds of elements are lessened rapidly by the removal of
crops, and need equally to be restored in some way to the soil that it
may retain its proper fertility.
165
Having thus described the several inorganic elements found to be
essential in a fertile soil, and alluded briefly to their office, both in the
soil and the plant ; and having given a Table of the relative proportions
of the elements necessary, we are prepared to examine the different
crops of grain, grasses and roots, which are commonly cultivated among
us, with respect to the composition of their inorganic elements and their
l-elative proportions in different plants. This will enable us properly to
appreciate the existing relation of these crops to the soil ; and the amount
of the inorganic material^ which they severally remove from it, and con-
sequently the necessity there is, in order to preserve the fertility of the
soil, of restoring, in proper quantities, these elements, by artificial means.
It is not to be understood by our remarks, in the earlier part of this
article, that every kind of plant, under any and all circumstances, will
have, in its composition, precisely the same amount of each different
material. The ash of the same plant, if ripe and in a healthy and per-
fect state, is nearly the same in kind and quality, whatever may be the
circumstances of soil and climate, Avhere it may have grown. This
general truth, however, is consistent with certain differences, which are
of great interest in their bearing upon Agriculture, both in theory and
in practice.
We have already mentioned the fact that different parts of the same
plant differ in the amount of inorganic elements taken into their composi-
tion, and also that they differ in the relative proportions of these elements.
We may also add that the quantity and relative proportions of the differ-
ent inorganic substances varies, in the same plant, with the season of the
year, or the age of the plant, when the examination is made. This fact
is the basis for determininof the . time of harvestincr the several kinds of
grain, and the cutting of grass and green crops for fodder. No principle
connected with the management of a farm is of more vital importance to
the condition of the farmer's stock, and to the value of his grain, than
this. It is one, too, with which he should render himself familiar, and
upon which he should constantly act. We may, with propriety, speak
of feeding plants, as we do of feeding animals, and there is a principle in
both of these instances, analogous to each other, with which, if the
farmer is acquainted, and acts accordingly, complete success is sure to
attend his efforts. The law, which is abundantly established, both in
the plant and in the animal, that certain elements or bodies are deter-
mined towards specific parts, should be recognized by every agriculturist.
166
Cattle breeders and fruit growers well understand this principle. The
former will, in due time, give yftu an animal possessing any desirable
quality, and with the flesh or fat laid on in any specified part. They
will furnish you the small boned and tender muscled animal properly
inlaid with fat, so desirable for pork or beef ; or they will furnish, at your
bidding, the larger and more compact framed animal duly furnished with
stroncf and elastic fibred muscles, well calculated for service. The latter
will, almost without limit, change the qualities of his pears, peaches,
apples and apricots, giving them the shape, flavor and coloring prescribed.
So the agriculturist, upon the same principle, can change the qualities of
his crops, giving us wheat with an abundance of straw and paucity of
kernel, and these kernels covered with a thick, heavy cuticle, furnishing
abundance of bran and little flour, and this flour deficient in gluten, or
the pasty part of flour, so desirable in making bread and pastry ; or on
the other hand, by proper cultivation, he can give us wheat with an
abundance of kernel and comparatively small amount of straw, and these
kernels covered with a thin, transparent cuticle, furnishing but little bran
with an abundance of gluten.
Again, it is found to be true of plants as well as of animals, that there
are, as physicians would say, pathological states, induced by agents to
which they (either the plant or the animal) are subjected. By a patho-
lo''ncal state or condition, is meant, some disordered or unhealthy state.
We find in the animal ecoilomy that there is oftentimes disease produced
by a superabundance of fluid, called dropsy. There are other conditions
where disease is produced by the want of certain elements in the blood,
or in the system generally ; such are chlorosis, rickets, softness and brit-
tleness of the bones. The only remedy in such cases, is to correct the
disproportion and restore the due equilibrium by proper remedies. Just
so, also, we may have diseased states of plants, either by a superabun-
dance of some of the elements furnished them by the soil, or by the
deficiency of other elements not furnished them by the soil, and the only
remedy in these cases is like that in the former cases of the animals, a
proper equilibrium must be restored.
And now how is this to be done ? In the latter case just as in the
former. To the animal, the deficient material is administered directly as
a medicine or as food ; while the superabundant element is abstracted
either directly or by the mediation of medication. So in the plant, that
which is w^anting must be put within the reach of the suftering vegeta-
tie, that it may take it up and incorporate it into its own tissues and
grow thereby; and the element acting injuriously upon the delicate
fibres and tissues of the tender plant, must be removed, or, which is
the more practical way "jr the farmer, must be changed in its character ;
and thus either rendered harmless, by being made inactive, or, which is
better, beneficial, by furnishing a proper pabulum for the growing plant.
But it may be said, and very properly, this will require a good deal of
knowledge. We must know not only the constitution of a health j'' plant,
but we must know the constitution of the diseased or unhealthy plant ;
and we must know whether these materials are, or are not in the soil,
and how and by what means they can be supplied if they are wanting.
Very true ; no employment requires more science than farming. No
knowledge of nature or her laws, comes amiss to the farmer any more
than to the physician. The farmer should be the last mc^n to despise
learning, being the very one Avho the most needs it.
To enable the farmer to judge of the merits of the principles which
we have been advocating, and also to bring more fully and evidently
before his eye, and thus present to his mind these truths, we have
taken great pains to compile the following Table from the most reliable
sources, showing at a glance, the inorganic composition of most of the
crops cultivated by our agriculturists, and Ihe relative proportion of each
of the ingredients. We have given, at the head of each crop, the basis
of our calculation, whether per ton, or per acre, the number of bushels
and their weight, so that any one can calculate for his own field.
It is not to be supposed that the Table is wholly without imperfection,
yet it is hoped that it is substantially correct and reliable. The constit-
uent eleme.its are given in pounds and decimals of a pound, and in the
last column is the total, removed by a ton, or from an acre, as the case
may be. The different varieties of the same kind of grain would furnish
a difference m the constituents to some little extent, but Ave have given
the analysis of the most common varieties.
It is hoped that the Table will be found of much value for reference by
the fctrmer, in making his estimates of what his soil needs, and how
much, for any crop which he designs to produce. It can but be of use
to him, if it guards him against exhausting his fields by constant crop-
ping, without replenishing the materials vrhich the crops severally remove.
Let him remember that it is seldom that any cultivated field is so rich in
all the essential elements of crops, as to be beyond danger of exhaustion.
168
•ajoy 10
no J, aad p;oj,
peracre, 123.09ft.
peracre, 124.8G ft.
peracre, 129.53 ft.
per acre, 240.G0 ft.
per acre, 4GG.21 ft.
per ton, 27.05 ft.
peracre, 33.4G ft.
per acre, 94.89 ft.
peracre, 140.42 ft
CO
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to
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t~<
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peracre, 120.20 ft.
per acre, 2n5.28ft
per ton, 59.90 ft.
per ton, 138,5Gft.
per ton, 182,04 ft.
per ton, 105.72 ft.
per ton, 191.0Gft.
per ton, 139.14 ft.
per ton, 57.G7 ft.
per ton, 35.58 ft.
per ton, 55.01 ft.
20.4G ft.
1832.32 ft.
per ton, 93.93 ft.
per ton, G0.39 ft.
•noT;Bi
-no^BQ JO sisBg
25 bushels, GOft
25 bushels, 54ft
30 bushels, 50ft
50 bushels, 34ft
25 b's. Seed only
25 bushels, G4ft
15 bushels, GGlb
1 ^ tons Straw I
15bu.sh's5Gft (
G tons Tubers..
6 tons Roots
Ton of Tops...
•asauBSmjj^ 'xq
43
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Wheat, per acre
Rye, per acre
Barley, per acre
Oats, per acre
Corn, per aero
Broom Corn, per ton.
Buck Wheat, peracre
Beans, peracre
Puas, peracre
1
1
2
y.
Potatoes, per acre.. .
Parsnips, peracre...
Timothy, per ton...
Red Clover, per ton.
White Clover, per ton
Rye Grass, per ton . .
Lucerne, per ton
Saintfoine, per ton. .
Rcdtop, per ton
Millet, per ton
Speargrass, per ton..
Blood Beet, per ton.
Blood Beet, per ton.
Cabbage, per ton
Carrots, per ton
169
Many deductions may be drawn from the above Table as vre have
before hinted, and every farmer can make the deductions most suit-
able to his own case and calculations. There are some, however, of so
general a character that it may be well to mention them here. These are
of much importance as general principles in guiding the agriculturists,
Liebig first proposed to divide plants into groups or classes, accordino-;
as one or another alkali or element predominated in their ashes. This
view has been followed by some agricultural writers, while it has been
rejected by others, from the fact Avhich we have already mentioned, that
the seed or fruit, in many cases, differs very much from the stalk, or
straw of the plant, and one kind of element might characterize the stem
and another the fruit or seed. Prof. Norton, however, in his " Elements
of Scientific Agriculture," mentions five classes of ash, three of which
take the lead. 1st. The grains, where phosphoric acid predominates. 2d.
The roots, where potash and soda abound. 3d. The grasses, where lime
becomes quite important. 4th. The various kinds of straw, where silica
is from one-half to two-thirds of the whole weight. 5th, includes treeS;^
such as fruit and forest trees, whose ash, in numerous cases, contains
more of lime than of any other substance.
These facts may not appear to be corroborated by the above Table, because
that in the Table, the analysis takes the plant as a Avhole, not separatino*
the ash of the seed from that of the stalk. This classification may be of
use in many cases when the whole crop is not removed from the field,,
as is the case with most root crops, the tops being left in the field to
decay, and, of course, to return their constituents to the soil. It is also
of importance in indicating to the farmer, what is the efiect of return-
ing the straw of his crops to the field, while the grain or seed is removed.
The general impoverishing eflfect of continued cropping not being so
great, in this case, as when the straw is not returned in the form of long
manure, and yet the impoverishment of some important element essen-
tial to a specified crop, may be as effectually and surely produced in the
one case as in the other.
The Table enables us to understand the efi'ect of cropping upon the soil,
both in connection with and without special manures. We cannot better
elucidate this point than by giving the illustrations of Prof. Norton, in
his "Elements of Agriculture," Suppose, in the first place, that, as is
too often the case, wheat or any other grain has been grown upon a new
soil, crop after crop, and nothing returned in the shape of manure, the
12
170
Twld may be good for a number of years, but then it begins to grow less
aad less, and we may add, poorer and poorer in quality. What is the
5r«ason of this ? It is probable that the combinations of phosphoric acid are
/5i«ariy exhausted ; these were not so abundant as many other substances
. at the •commencement, (see Table I., ) but more of them in proportion, than
; aaything else, has been taken away. Second, suppose that the farmer has
'sold all his grain, but has been careful to return the straw as manure.;
5ie does not see why the land should run down, and in fact it does not so
•quickly as in the first case ; still, after a time, it also begins to show
:5narks of exhaustion. The different classes of the ash of plants given
; ■above explains this at once. In the straw, as will be seen, he has returned
, 'chiefly silica to the soil, whereas it is chiefly phosphoric acid which he has
Vbeen selling off in the grain.
The same thing would result in the exclusive cultivation of any other
_^Tain, with this difference only : that some other element would be ex-
iiausted. Some soils bear this severe treatment longer than others ; but
■sooner or later they must succumb to such management. If turnips or
•potatoes alone were cultivated, instead of the phosphoric acid becoming
^exhausted, it would be the potash and soda, and whatever amount of
phosphoric acid might be applied, the difficulty would still exist unrelieved.
JThe effect of cropping, as deduced from the above facts, can be none
folhei- than to impoverish the soil. From Table I., it will be seen that
silica, iron, alumina, and organic matter, form a large per cent, of the
snaterial of the soil, nearly 90 lbs. in 100. There is no fear then of
^exhansting these materials, as alumina and iron are not usually constit-
xieTits of plants. The danger of exhaustion is with reference to the ma-
terials or elements so abundant in seeds and in roots, which are found in
.the 5 or 10 lbs. which remain to make up the 100. The quantities of these
«iibstances are usually small in the soil to commence with, and, as they
■are fhe xery ones constantly being carried away, are soonest exhausted.
'Whenever one of these important elements is gone, or reduced to a
•ismall quantity, the crop will begin to fail and become shriveled in its
kernel, to weigh less per bushel and to be of an inferior quality.
It has become a proverb in some parts of England, and has been imported
to this country, that 'lime enriches the fathers and impoverishes the sons.'
But from the above facts it is easy to explain the proverb. It many
Itimes happens in cultivated fields, that the lime becomes first exhausted,
«3!f in other instances, the lime and sulphuric acid have both been wholly,
m
or nearly so, removed, while the other elements are in abundance. Sup-
pose in the first of these cases, that the farmer should, perhaps acciden-
tally, make use of lime as a special manure. The result would most
certainly show a great increase 'in the product. This seeming facility of
increasing the fertility of his soil induces him to repeat the application
of lime, and it may be with benefit even the second or third time ; but
while he is supplying only lime to his soil, he is removing in his crops,
other important elements, some of which soon become exhausted. The
farmer, if he does not understand the process, now wonders why his
■crops fail ; he has applied abundance of lime, which before, gave such
evident increase in yield. But it is not lime that is now wanted ; it may be
soda or potash, or, phosphoric or sulphuric acid. Apply them and good
crops will again crown his labors. This view explains the beneficial re-
sults of potash or any special manure, as in the second case supposed ;
where sulphuric acid and lime were exhausted. Care should ever be exer
cised in the use of special manures, that other materials are also supplied.
What is called the rotation of crops is based upon the principles involv-
ed in the above remarks, for the theory of its action. All good farmers
know that the most ruinous system to fields that can be devised is to pro-
long the cultivation of the same crop upon the same field year after year.
Such fields can be restored to their former vigor and fertility only by
heavy and frequent manuring. This is too costly a process, however, to
be usually adopted. The one practised by every good farmer is the one
most in accordance with the principles of chemistry. After raising one
kind of crop for one, two or three seasons from the same field, by which
one or more elements of the manure applied may be supposed to be nearly
or quite exhausted, another crop of a different kind and requiring differ-
ent elements from those of the first, is then cultivated, for one or more
seasons, when a third, differing from the two former in its elements, may
be successfully cultivated. This series of crops may all perhaps be raised,
from one thorough manuring of a field, when, otherwise, it would have
required manuring as often as the crop has been changed in the case
mentioned. The great art in the rotation consists in selecting crops
belonging to the different classes above mentioned, such as grain crops,
root crops, and grass crops, each of these requiring a different material
and removing it from the soil.
Suppose the farmer to have a soil which requires the application of
manure to render it fertile. He adds a good coating of manure and then
172
takes a crop of corn or wheat; this Avill remove most of the phosphates--
that Avere added in the manure ; a second or third crop would probably
remove the whole and perhaps would require the application of some
phosphates to make them profitable. There yet remains, however, from
the manure, considerable quantities of potash and soda Avhich the grain
crop did not so particularly require ; Avith these in the soil a good root
crop, such as potatoes, turnips, or beets, may noAv be raised upon the-
field, after Avhich there Avill doubtless still remain a sufficient quantity of
lime for a good grass crop. Thus is it that a knowledge of the inorganic
elements of plants opens plainly to our vicAV the philosophy of many of
the otherwise secret operations of nature Avhich are constantly passing
under the observation of every agriculturist.
In closing this article Ave can but urge upon the farmer the importance
of familiarising himself Avith the great principles of vegetable physiology,
which includes not only the operations carried on in the plant itself, but
also the effect of these processes upon the soil on Avhich they grow, and
from which they derive their nourishment. Nothing Avould contribute
more to the interest of agricultural pursuits and to the elevation of the
business of cultivating the soil to its proper and just rank in the scale of
human pursuits. Let it be the motto of every farmer : " Know well thy
calling."
ADAPTATION OF CROPS TO SOIL AND CLIMATE.
BY JOHX Y. SMITH, MADISOX.
Division of labor in procuring the multiplied objects of human want,
is one of the most prominent characteristics of civilized society; and;^
Avhether it be the cause or the consequence of a high state of civilization,
its importance to that state, is none the less obvious. Its necessity is
founded in the capacity of human beings to enjoy, and to become refined
and ennobled by the enjoyment of a multiplicity of objects; and the-
limitation of the capacity of any one individual of the species, to pro-
duce any considerable number of those objects, in any tolerable degree-
of perfection.
No one, it is presumed, will doubt that the art of printing, the intro-
duction of steam navigation, and railroads, and electric telegraphs, are
exerting, in every point of vieAv, an elevating influence upon mankind.
.<o
Astronomy and geology are leading the human mind to look higher and
deeper into the mysteries of creation and to entertain more enlarged
■conceptions of the Infinite Majesty; and even comliness of attire and
-eleo-ance of equipage, which are dependent upon the humbler branches
•of the sciences and arts, when not carried to a passion, and made to.
minister to pride and vanity, are not without their elevating influences
upon character, nor wanting in instances of the Divine approval. Surely,
if it be worthy of the Most High, so to clothe the lilies of the field, that
Solomon, in all his glory was not arrayed like one of these, it cannot
be displeasing to Him, nor inappropriate to human nature, that man
should seek to deck himself with beauty and grace ; and, when the
Divine skill is so elaborately displayed in all His works — in the shining
hosts of the firmament, in the diamond, the pearl, the cloud, the rain-
bow, the dew drop, the landscape, the flower, and in every evanescent
bubble that dances to the music of the waterfall or the whistling of the
ocean storm — in every animated form, in every eye that sparkles to the
light, in every ear that listens, and in e\ ery sound that swells the tide
of nature's harmony, should human skill be indifferent to those percep-
tions of the grand, the beautiful, the elegant, the appropriate, with which
the Creator has endowed the human soul and ministered to with such a
lavish hand, and confine itself to dry utility, in its narrowest sense? Nay
rather, since it is the noblest aspiration of the human soul to copy after
the Divine Being, in the moral and intellectual, should he not also in the
artistical ? To be assured of its propriety, we have only to notice the
recorded fact, that, in particular instances, the Creator himself has con-
descended to be man's instructor in the arts, and in others claimed to be
the author of artistic talent and skill.
When the Jewish tabernacle was about to be constructed, Israel's God
was the architect. The materials selected were of the most costly descrip-
tion, and its furniture was required to be of the most elaborate and cun-
ning workmanship ; and two men, and others under them, were selected,
and remarkably, if not supernaturally endowfed with skill to execute the
magnificent design ; and it is added, " in the hearts of all that are wise
hearted I have put wisdom, that they may make all that I have com-
manded thee." The attire of the priests was to correspond with the
splendor of the tabernacle. Their garments were to be composed of the
finest materials — of blue and purple and scarlet and fine linen of curious
f^rorkmanship, and bedight with gold and precious stones. " And for
174
Aaron's sons shalt thou make coats, and thou shalt make for them girdles,
and bonnets shalt thou make for them, for glory and beauty."
The second King of Israel did not reproach himself that he dwelt in a
house of cedar, but rather that the ark of his God abode AviLhin curtains ;;
and when the tabernacle was about to be superceded by the more perma-
nent and costly structure of the temple, he admonished Solomon his son
that " the house that was to be builded for the Lord must be exceedinor
magnifical ; of fame and glory througnout all nations ; " and thousands
of artisans were employed for twenty years, and wealth equivalent to
many millions of our dollars was expended in completing and furnishing"
the gorgeous edifice.
We are not to suppose that the splendors of art displayed in the Jewish
temple and worship, could add aught to the grandeur of Him vfho
"dwelleth not in temples made with hands ;" " Neither is worshipped
with men's hands as though he needed anything, seeing he giveth to all
life, and breath, and all things;" but rather that they were adapted and
intended to produce a salutary impression upon the mind of the beholder,
in harmony with the appropriate duties there to be performed. We are
not, therefore, at liberty to doubt the moral propriety of cultivating the
arts to any imaginable extent which may consist with due attention tO'
other duties.
But how is this to be accomplished without division of labor ? The arts
and the sciences upon which they depend, have arrived at their present
degree of perfection by slow advances ; no one of either having been
matured by any one mind. The limited period of human life and the
limited capacities of the human mind, forbid it. The most gifted mind
must spend half a life-time in reaching, by a beaten path, a point which
others have reached before him, and to be ready to begin where his pre-
decessors left off; and then, his progress into the dark unknown, must be
extremely slow. Hence it is obvious that no one mind, however gifted
it may be, can master all the sciences, nor all the arts, nor any consider-
able number of them. The only possibility of perfection or progress in
either, is by means of that division of labor between them respectively,
and between them collectively and agriculture, whereby each individual
is enabled to devote his exclusive attention to some one, or at most, a few
such pursuits as his particular taste and genius best qualify him to prose-
cute. Even if a more than antediluvian longevity would enable the same
individual successively to master every branch of knowledge, both scien-
175
tific and practical, he would still, as an universal genius, be compara-
tively useless to his species ; for the reason, that, should he live on, witLi-
unimpaired energies, for another thousand years, his limited facultks
"would not admit of his retaining sufficient knowledge of anything, to
render him useful, either to himself or others. Like a child with a ]arg:&
apple in each hand, one branch of knowledge must slip from him while
he is attempting to grasp another. Keither could any individual who-
would be likely to use them, ever possess himself of all the implementa*
of agriculture and the arts ; and it would be bad economy if he could,,
since each individual would be obliged to keep on hand the means oT
producing whatever he consumed, whilst all but a fraction of their oos^,
must remain unproductive on his hands. The foregoing hasty glanee ait
this feature of civilized society, must be sufficient to convince the most,,
thoughtless, that a state of society at all removed from barbarism, can-*
not exist without a division of labor and an exchange of products, no6
only between agriculture and the arts, but also between different branches;
of the arts themselves.
Analogous to the division of labor between intelligent agents, accord-
ing to their various tastes and talents, is the division of labor between
different soils and seasons and climates, according to their various produc-
tive powers.
The former is founded in the nature of man ; the latter, in the consti-
tution of the globe he inhabits. Amongst the most prominent character-
istifcs of our planet are, variety of soil, variety of season, and variety of
climate, and a consequent and corresponding variety of natural products,.
Variety of soil is so common, that it is found, not only in the same
latitude, but in the same town, and, almost invariably, upon the same
farm ; and a sorry farmer must he be, Avho does not know something;
about the adaptation of crops to different descriptions of soil. Without,
the aid of chemical analysis, the observant farmer learns from observa-
tion and experience, what particular crop, or class of crops, is best
adapted to each of his fields, and endeavors, as far as practicable, in the
subdivisons of his farm, to classify these varieties so that the soil best
adapted to the growth of the coarser grains and roots, shall be by itself;,
that adapted to the smaller grains, by itself; and those suited to meadow
or pasturage, by themselves, respectively. And although the importance
of rotation of crops, may sometimes induce him to deviate somewhat
from natural adaptation, and though a knowledge of Jthe chemical prop-
176
crties of soils and manures, may enable him greatly to modify tlie native
qualities of different soils, yet he Avill find, upon almost every farm, some
soils upon which he would never inflict some particular crops ; and in all
liis arrangements, he will study to deviate as little as possible from
natural adaptation ; because he knows that by doing otherwise, he would
be counteracting those powers, Avhich nature designed for his aid.
, As our observations take a wider range, and whilst the minute diver-
sities just noticed, every where abound, we find particular districts
remarkably adapted to the growth of particular products ; as "Weathers-
field, Ct., for onions; Long Island, for melons; the Genesee Valley, for
vheat ; and a few towns in Central New York, for hops ; and all on
g-CCQunt of the peculiarity of the soil.
. Extending our observations still further, we find varieties of seasons,
and varieties of climate, with the same adaptation of products to each,
which yve find in respect to diversities of soil, except that in the latter
the laws -of nature are more imperative. A greater mistake could scarcely
liave been made in regard to the economy of our planet, than that re-
■corded by Milton, when, in portraying the curse inflicted upon man for
iiis trangression, he says :
" Some say he bid his angels turn askance
The poles of earth, twice ten degrees and more,
From the sun's axle ; they with labor pushed
Oblique the centric globe ; some say the sun
Was bid turn reins from the equatorial road
Lilie distant breadth to Taurus and the seven
Atlantic sisters, and the Spartan Twins,
Up to the tropic Crab ; thence down amain
By Leo, and the Virgin, and the Scales,
As deep as Capricorn ; to bring in change
Of season to each clime ; else had the spring
Perpetual smiled on earth ■with verdant flowers,
Equal in days and nights, except to those
Beyond the polar circle ; to them, day
Had unbenighted shone, while the low sun,
To recompense his distance in their sight
Had rounded still the horizon, and not known
j?. Xor east nor west, winch had forbid the snow
From cold Estotalaud, and south as far
Beneath Magellan. At that tasted fruit
The sun, as from Thyestian banquet turn'd
His course intended ; else how had the world
Inhabited, though sinless, more than now
Avoided pinching cold and scorching heat ?"
177
I
Now while this is all A'ery good poetry, it is not only questionable
theology, but decidedly bad philosophy. It is, indeed difficult for a
finite mind to entertain very clear conceptions of the modes of the Divine
existence. Nevertheless, if we gain any tolerable idea of an Infinite
Being, we cannot (to speak after the manner of our ordinary concep-
tions) do less than regard him as existing at all times at once, and there-
fore as having no occasion to " bid his angels" go and mend his work
to adapt it to unexpected contingencies. But this is not the place to
discuss a question upon which theological Doctors disagree.
A little reflection will satisfy us, that, were the earth placed in a
" centric" position, it would just about spoil it. Were it not for the
inclination of the earth's axis to the plane of the ecliptic, it is very ques-
tionable whether "spring with verdant flowers" had ever smiled on
earth at all — certainly not beyond thirty-fi\;e or forty degrees from the
equator ; and if it had, man, in his best estate would have found it difii-
cult to subsist upon mere flowers. To determine the climate of a given
latitude, under the original arrangement supposed, we have only to
ascertain the mean temperature between that of the 20th of March and
the 20th of September in the same latitude, under the present arrange-
ment; which in this latitude would give us a climate perpetually subject
to frost. In fact, under such an arrangement, utter desolation must
have reigned over at least two-thirds of the present habitable globe.
The poet goes on to suppose that
" These changes in the heavens, though slovr, produced
Like change on sea and land ; sidereal blast.
Vapor and mist, and exhalation hot,
Corrupt and pestilent,"
and brought into play the winds which sweep over sea and land, to the
great annoyance of mankind. This supposition is much more philoso-
phical than the other, and may for the most part be true. It is quite
possible that, vvere it not for the inclination of the earth's axis and the
change of season thus brought in, universal stagnation would pervade
both air and water ; but would that be an improvement on the present
state of things? Would the "exhalations hot," of the tropics, be less
corrupt and pestiferous than now ? Indeed, were not those exhalations
hurled about and dispersed by those very means which the great poet so
much deprecates, would the tropics be habitable for any nature more
refined than that of a crocodile ? In fact, sound philosophy compels us
178
to believe, that, were it not for those atmospheric commotions, the vapors-
would fall back upon the bosom of the stagnant deep, while on the con-
tinents there would be no rain, no dew, no fountains, no streams, and no-
life, either animal or vegetable, any where on the globe.
On the contrary, it would seem as though the inclination of the earth's"
axis, twice ten degrees and more, was the result of a series of abstract
mathematical calculations, to which the mind of a Newton would have^
been wholly incompetent ; and with a view to the earth's utmost capacity
to sustain the sentient tribes that were to inhabit it. Should the mathe-
matician and the philosopher, with all the data the present system fur-
nishes, put their wits together, to see if the inclination could be made one
single degeee more or less, without diminishing the earth's capacity ta
sustain animal and vegetable life, they would probably arrive at the con-
clusion that it could not. If more, it would be deleterious to the pro-
ducts of the tropics, without conferring an equivalent benefit upon those
of the temperate latitudes ; if less, the injury Avould be reversed, and
very probably the products of both would sufiFer by either change.
Change of season and variety of climate are as essential to variety and
perfection in the products of nature, as are diversities of tastes and tal-
ents and pursuits amongst men, to variety and perfection in the products
of art. There is probably not a single vegetable product which will
flourish equally well in every climate, and most of them are confined to-
a range of a few degrees of latitude.
Wheat will not germinate in a higher temperature than 95 degrees..
the most favorable being 65 degrees. Hence, wheat does not grow in the
torrid zone, where the temperature of the soil is very commonly 120
degrees. Barley germinates at a still lower temperature than wheat,
whilst maize will germinate at 113 degrees. Hence, maize will flourish;
in a warmer climate than wheat, and wheat in a warmer climate than
barley ; and similar diS"erences exist in regard to a great variety of other
products. Dates, coff"ee, cocoa, bread-fruit, bananas, cinnamon, cloves,
nutmegs, pepper, myrrh, indigo, ebony, log-wood, teak, sandal-wood,,
and many other vegetable products which are valued for their flavor,
odor, color, or density, are found only in the tropics. In the warmer
portions of the temperate zones, we find the apricot, citron, orange,
lemon, peach, fig, vine and olive. Farther north, the apple, plum and
cherry appear, while still farther north, fruit trees disappear entirely.*
* See Carpenter's General and Comparative Physiologj.
179
These are but specimens of the products which flourish only in their
appropriate latitudes ; some requiring perpetual summer, which they
could not enjoy were the earth's inclination very much greater ; and
others requiring the precise alternations of season which they could not
have, were the inclination very much less. The winter grains require
the frosts of Avinter, as well as the peculiar temperature of a northeru
summer, to perfect their qualities. The northern potatoe, to which mil-
lions of our race owe their very existence, and many other varieties of
roots, will scarcely grow at all in soil which never freezes, or which rises
to any thing approaching a tropical temperature ; while the sweet potatoe
steps in where the other steps out, an inferior quality of each lapping a
little upon the domain of the other ; but neither will succeed at all where
the other grows in perfection. And, bulky as these products are, iu
proportion to their value, they are becoming articles of extensive inter-
change between neighboring States, while the inhabitants of each, fancy
(nor is it a mere fancy) that they have added a new luxury to their
tables, by the exchange.
In addition to latitudinal varieties of climate and season, we have
longitudinal subdivisions and modifications of the same, varying with the
extent of country, its relative position to the ocean and its elevation
above its level, and bringing in a greater variety of products than could
consist with mere latitudinal divisions. For example, in the same lati-
tude, the climate and seasons are quite different in Europe and America.
Hence, there are many products of American soil, which, for want of
sufficient heat in summer, will not mature at all in the same latitude in
Europe ; and many products of the same latitude in Europe, on account
of the severity of our winters, are impracticable upon American soil.
I would not, however, be understood as maintaining that, in any parti-
cular country, those plants alone should be cultivated, which are indige-
nous to that country. Many varieties, both of plants and animals, may
be transposed without injury, and an occasional change of locality will
often improve grains, provided too great a deviation from their native
latitude be not allowed. The potatoe, is a native of America, yet its
migration across the ocean, is supposed to have doubled the population
of Great Britain and some other portions of Europe ; and the introduc-
tion of European grains and grasses and domestic animals, upon Ameri-
can soil, has wrought still greater changes in the New World. But this
does not militate against the special adaptation of a great variety of
ISO '
products to every division, subdivision and modification of climate and
season.
The inferior animals, being provided with the means of generating
heat within themselves, have a somewhat wider range than plants, which
are entirely dependant upon external heat ; and the range of the respec-
tive species of animals, is nearly in proportion to the perfection of their
respiratory apparatus. But each has bounds to his habitation which he
will not Avillingly pass, and beyond which he cannot be forced without
deterioration or destruction ; whilst man alone, the most perfectly organ-
ized of any, and the Divinely constituted lord of all, is endowed with a
physical nature, which, in the species, if not in the individual, can adapt
itself to every clime; and his superior capacity over the lower animals,
to enjoy the fruits of the earth, is in proportion to his superiority in
other respects. With the nature which God has given him, man can no
more divest himself of the desire to enjoy whatever, of every clime, is
pleasant to the eye and good for food, than he can rid himself of any other
attribute of his being. Here we find the same beautiful adaptation which
every where prevails in the physical world — a nature craving almost
endless variety, and almost endless variety to satisfy that craving. "We
■cannot, therefore, conclude, without doing violence to the harmony of
nature, that variety in the products of the earth are merely incidental
to change of season and diversity of climate ; but must rather conclude
that those changes and diversities are only the means adopted by the
munificent Father of all, for multiplying his bounties and "filling our
hearts with food and gladness."
But whilst the desire for universal enjoyment is felt and acknowledged
by all, the question as to how it is to be satisfied to the greatest practi-
cable extent, and with the best effect, has long been disputed. The earth,
except to a very limited extent, will not yield her products, otherwise
than as the reward of industry, and no one man can extend his labor
over sufficient space to procure directly, all the objects of desire. He
cannot, at the same time, cultivate a field of wheat in Wisconsin, a field
of cotton in Louisiana, a field of rice in South Carolina, a field of sugar
cane in Cuba, a field of coffee in Java, and a vineyard in Italy : yet all
these products, and a thousand others equally beyond his immediate reach,
are objects of his desire, and Avhen possessed, contribute to his enjoy-
ment. But how is he to possess himself of them? The natural and
obvious answer to this question, would seem to be — by uniting to the
181
f
division of labor ■wliicli nature has instituted between difterent climes, a
corresponding division of labor between the industrious agents who
inhabit them, and a mutual exchange of products, through the channels'
of commerce.
Under the mistaken impression, that commercial industry was so much
labor lost to the world, and especially to the community engaged in it,
various expedients have been resorted to, both in ancient and modern
times, to circumscribe its limits, or to dispense with it entirely. Many
of the ancient nations repudiated commerce altogether, and confined their
enjoyments to the products of their own climes respectively ; and some
modern nations still adhere to the same narrow policy. But this policy
is fast giving way to a more enlightened public sentiment, and clearer
conceptions of the true interests of mankind, and their right, upon fair
and honorable terms, to share in all the sources of enjoyment Avhich the
wide realm of nature affords. Indeed, it is becoming a serious question,
amongst the most enlightened statesmen, whether any nation has the
right to exclude the rest of mankind from all participation in the products
peculiar to their oSvn clime, and which the[_bountiful Father of nature so
manifesly intended should be shared by the whole family of man ; and
whether a dogged refmsal to allow an equitable interchange of products
with other nations, will not justify a resort to compulsory measures.
Another expedient to avoid what has been regarded as the wasteful
expense of commerce, is, to force products out of their native climate.
"Whilst the Creator has divided the surface of our globe into different
and distant climes, and brought in change of season and modifications
to each, by means of those wonderful and complicated arrangements, ,
already noticed, and assigned to each its appropriate task in the work of
production, man has divided it into separate political communities, and
fancied he could compel the powers of nature to conform their products
to arbitrary lines and treaty stipulations, and yield him whatsoever his
soul desired, from the same soil and climate ! And the effect has been
to defraud himself of half the bounties which nature was ready to pour
into his lap, if he would but consent to receive them upon her own terms.
But instead of acceding to those terms, he has been wont to insist that
the temperate latitudes shall yield him, upon some terms or other, the
products of the tropics ; or an extremely variable climate, the products
of a more uniform one ; or, a colder clime the products of a warmer,
and vice versa. But all such experiments have resulted in loss to those
1S2
who, either from the interference of public authority, or from their own
misguided choice, have tried them, since the same labor otherwise bestowed
would, through the medium of commerce, have procured a greater quan-
tity and better quality of the desired product.
Mr. Say speaks of the loss sustained by the French people, when, at
one period, their government compelled them to cultivate sugar beet
and woad instead of grain, vmder the impression so common at the
time, and which still lingers in the minds of many, that it is better to
produce at home, an inferior article and at greater expense, than to pro-
cure a better and cheaper product from abroad. In regard to the exper-
iment, after citing the estimate of Humboldt, that " seven leagues of
land in a tropical climate, could produce as much sugar as the utmost
consumption of France, in its best days, ever required." Mr. Say re-
marks: "Suppose that Avine had been grown, instead of the sugar of
beet-root, or the blue dye of woad, the domestic and agricultural indus-
try of the nation would have been quite as much encouraged. And,
since the product would have been more congenial to the climate, the
wine produced from the same land would have produced a larger quan-
tity of colonial sugar and indigo through the channel of commerce, even
if conducted by neutrals or enemies. The colonial sugar and indigo
would have been equally the product of our own land, though first
assuming the shape of /vine ; only the same space of land would have
produced them in superior quantity and quality. And, the encourage-
ment to domestic industry would be the same, or rather would be greater,
since a product of superior value would reward more amply the agency
of the land, capital and industry engaged in the production."
I have selected these instances of the perversion of the powers of
nature, from many which might be adduced, because agriculturists of
our own country are constantly being urged to try the same or similar
experiments, which, with a slight knowledge of political economy, they
would never meddle with. At one time they are made to believe they
can become independent of their southern neighbors and make their for-
tunes by cultivating the sugar of beet. At another, they are urged to
destroy their corn crops by cutting them in the milk and extracting sugar
from the stalks. Again they are taught that they can compete with
their neighbors of the tropics in the production of coloring matter, and
woad and madder are all the rage. And then again they are lectured on
the bad economy of depending, to so great an extent, upon other regions
183
for their fruits, and spices, and drugs, and set to forcing exotics or exper-
imenting on substitutes, vainly fancying they can, by hook or by crook,
reverse the laws of nature; or rather, betraying their ignorance that
nature has any laws at all. But after wasting time and money to their
heart's content, upon such experiments, they find themselves in possee-
sion of less than a moiety of those products which they might have pro-
cured with the same outlay through the medium of commerce, had they
devoted their lands to the purposes for Avhich nature intended them ; and
not only so, but they find the stinted product very inferior in quality.
Their sugar is black and bitter ; their coloring matter is dull ; their exotic
fruits, if not killed by the frost, are dwarfish and insipid ; their coffee has
the flavor of parched beans ; and their drugs have scarcely enough of the
medicinal properties to answer the purposes of a Homoepathist.
Says the writer above quoted* (and whose reasoning is no less worthy
the attention of the farmer than of the statesman.) "It is always a bad
speculation to attempt raising the products of the torrid, under the sun
of the temperate latitudes. The saccharine and coloring juices, raised on
European soils, with all the forcing in the world, are very inferior in
quality and quantity to those w^hich grow in profusion in other climates.
***** In condemning our lands to the growth
of products ill-suited to them, instead of those they are better calculated
for, and consequently, buying very dear what we might have cheap
enough, if we would consent to receive them from places where they are
produced with advantage, we are ourselves the victims of our own ab-
surdity. It is the very acme of skill, to turn the powers of nature to
the best advantage, and the height of madness to contend against them ;
which is, in fact, wasting part of our strength in destroying those pow-
ers she designed for our aid."
In some portions of the torrid zone, the sugar cane attains to a gigantic
^owth, filled to its tip with saccharine juice, and so rich, that it will
sometimes partially granulate as soon as exposed to the air ; whilst those
same regions are ill-suited to the growth of northern products. There
is no natural reason why a farmer in Wisconsin might not exchange,
directly or indirectly, a barrel of flour for a barrel of sugar, or nearly in
that ratio, and eS'ect other exchanges at similar rates. There are, how-
ever, some of the fruits of the warmer latitudes, such as fresh grapes,
•Say'a Political Economy, Book I., Chap. 7, Sec. 1.
18J:
for example, which will not bear transportation to any considerable dis-
tance, and to procure, even an inferior quality of which, may justify the
extra effort necessary to force them out of their native latitude ; and here
the economy of the experiment ends.
I may be mistaken, but I will hazard the opinion that the experiments
in flax cotton, will prove scarcely more successful than those already
alluded to. If I understand the subject, the objection to flax, as ordi-
narily prepared, is, the difficulty of manufacturing it by machinery, and
that that difficulty is owing to the firmness and strength of the fibre ;
and, that the object in cottonizing it is, to rid it of those qualities — the
every qualities which constitute its chief excellence as a natural product.
I confess I am slow to believe that, when nature has taken the pains to
bestow upon a particular product, excellent qualities peculiar to itself,
we can possibly gain any thing by destroying those qualities. It is true
that natural adaptation to the powers of machinery, is a desirable quality
in the raw material ; but when nature has furnished two similar pro-
ducts the one possessing this very adaptation and the other destitute of it,
but superior to it in other respects, it may well be questioned whether
she ever intended the two should be confounded. When we consider in
what lavish profusion appropriate climes produce real cotton, it may be
difficult to imagine what advantage can be anticipated from taking a
naturally superior product and reducing it to the quality of cotton,
except it be to show that "some things can be done as well as others."
As a general rule, nature does not bestow upon any product superior
qualities, as compared with others of a similar nature, without a corres-
ponding draw-back as to quantity. A bushel of wheat contains more
farinaceous matter than a bushel of potatoes, and it requires more land
and labor to produce it ; the heaviest fleece is never the finest wool ; and
so on in a multitude of examples that might be named. The first ques-
tion then, in regard to the economy of flax-cotton, is, whether the same
amount of land, capital and industry devoted to the culture of northern
flax and manufacturing it into cotton, will produce as great a quantity
of fibrous matter as it would if devoted to the culture of natural cotton ?
If not, the next question is, whether the flax, when reduced nominally
to the quality of cotton, still retains enough of its superior qualities to
balance the deficiency in quality ? If not, then it is clearly a bad spec-
ulation and must inevitably prove a failure. The first question seems to
receive a negative answer, not only from the general fact that vegetable
185
fibre grows much more luxuriantly in warm climates than in colder
ones, but also from the analogy of nature in her apportionment of
valuable qualities to quantity. In regard to the second question, it
may be that a fabric of superior elegance may be produced from it, as
compared with cotton ; and the properties of the two products, as con-
ductors of heat, and their compartive comfort as materials for clothing,
may remain unchanged ; but the very object to be obtained by the pro-
cess of cottonizing the flax, seems to preclude the idea of superiority in
respect to strength and durability. The subject may be worthy of scien-
tific investigation and cautious experiment ; but conclusions should not
be jumped at by taking things for granted which are by no means self-
evident. The idea of producing flax cotton as a measure of indepen-
dence, or a means of undermining slavery, regardless of considerations
drawn from nature, would be as absurd as that of a certain old lady
who suggested to her lord the propriety of buying a cotton rain and
raising their own cotton that way.
Another phase of bad economy in the adaptation of products to soil
and climate, (or rather, to the latter) is, in not confining each product
within proper limits in respect to contiguous territory; in other words,
in not knowing where to drop the cultivation of one product and intro-
duce another. As already shown, every product has its appropriate
range of latitude, and many of them of longitude also, beyond which
they cannot be freed without sensible deterioration ; and we cannot doubt
that such is the economy of nature, that, by confining each product to
the precise range wherein it is produced to the greatest advantage, the
world would best be supplied with an abundance of each. But the efiect
not only of political divisions and the interference of authority, but of
State pride and false emulation, and even of neighborhood example, is,
to crowd products beyond those natural limits. This is particularly the
case in respect to the three great staples, sugar, cotton and tobacco.
There is no portion of the United States as well adapted to the growth
of sugar, as many localities within the tropics, and no portion of the
tropics as well adapted to the growth of cotton, as the southern portions
of the United States. Yet the cultivation of sugar is forced into the
United States by the imposition of taxes upon that imported from the
tropics, equal to the difference in the productive powers of nature, in
respect to the product, between the two localities ; while, but for the
shackles imposed upon commerce, the sugar plantations of the United
13
186
States, if devoted to the growth of cotton to be sent to New England, or
even to old England for manufacture, and then sent to the tropics, would
produce nearly twice the quantity of sugar they now do ; and the sugar
would be equally the product of our own country though first assuming
the form of cotton; and thus we "compel ourselves to buy very dear
what we might have cheap enough," and "become the victims of our
own absurdity."
Nor does the evil end here. As in the pages of a printed sheet, if one
page be out of register, all the pages must be out likewise, so, without
regard to political lines, when one important product is pushed be)*ond
its proper locality, it necessarily trenches upon the appropriate locality
of another, which is itself forced to seek a less congenial clime, where it
trenches upon the appropriate domain of some other staple, and so on,
until, by a single stroke of mistaken policy, every important product of
a whole continent is forced, more or less, out of its appropriate climate,
and its inhabitants are justly rewarded with the stinted or sickly fruits
of the rape committed upon nature.
I will only add, that, Avhatever the political theorist may teach him',
the wise farmer will rather study those powers of nature with which
lie is a copartner, and as he finds himself in the proper locality, wiM
*' cast abroad the fitches and scatter the cummin, and cast in the jjrinci-
pal wheat and the appointed barley and the rye in their place (not out
of it) for his God doth instruct him to discretion, and doth teach him."
AGRICULTURAL FENCES AND ENCLOSURES.
BY JOSIAH F. WILLARD, JANESVILLE.
Originally the idea of erecting barriers in the form of fences for the
purpose of restraining domestic animals, was unknown. It never occurred
to the " Patriarchs" that long lines of fences would be a profitable subr-
stitute for the labors and watchings of the shepherd and herdsman ; the
idea never suggested itself to them, that turning their cattle and sheep
loose to wander at their pleasure, and take their living where they could
find it, would compel their grain-growing neighbors to secure themselves
against their ravages, by building fences around their crops. They did
not know that they could be the owners of innumerable flocks and herds.
^ 187
and at the same time dispense with the labors of their servants in guari-
ing them, and transfer the burden to their less fortunate neighbors, who-
kept little, if any stock. They had not found out, that it was more for
isie interest of the stock raiser, that their neighbor should watch and
heed his barley field, than for them to herd their stock. They had not
learned that a neighbor might be innocently robbed, even, when done
by proxy. The earth was too young and they were quite too "green"
in the art of appropriating the labor and toil of others to their own use»
without an equivalent. These are the discoveries of more modern times.
Progress seems to have been the motto in every successive age of the
world, and new inventions have been sought out, among which no one
has worked a greater benefit to the stock raiser, and no one a greater-
harm to the grain grower, than the system which allows all animals to^
run out, and compels all crops to be fenced in ; some of the mischiefs-
caused by these modern usages will be briefly noticed.
Our present customs and laws concerning fencing against cattle, form
the most burdensome, unjust and oppressive system of taxation to which,
this, or any other country ever peaceably submitted. A similar tax for •
any other purpose, would cause a rebellion ; and the only reasons whieh
can be assigned for the apathy existing upon the subject, is, that people ■
have been born under it, and grown up with the burden upon them^
which has so accustomed them to it, that it has become a part and parcel
of themselves. As our fathers did, so we do ; as they thought so we
think, and thus the system is perpetuated from generation to generation..
Burdensome taxation, has been mentioned as an evil growing out
of our fencing system. This Avill be more readily seen by glancing at
the statistics of fencing.
At a moderate estimate, the annual expense of fencing in the United'
States, is upwards of one hundred and fifty millions of dollars. The.
above sum includes simply the estimate at seven per cent, per annum on
the first cost, with the necessary repairs and use of ground occupied by
them. In the single State of New York, more than ten millions or
dollars are expended annually to support their fences. Pennsylvania a,
proportional sum, and other States nearly in a similar ratio.
We have no precise and accurate data as to the amount expended in.
Wisconsin for fences, but from a rough estimate, it is found to exceed
the original amount paid for all the enclosed land in the State; and we*
may be considered as speaking within the limits of probabiUty, when.wa"
188
say that the fences of this State have cost more money than the gross
proceeds of all the surplus agricultural products of the State, up to the
present time. That a certain amount of fencing is necessary, no one
"will deny, but that a system of such intolerable inconvenience and
expense should be prolonged and voluntarily persevered in, is unaccount-
_able and absurd.
The worst feature in the system, and that which should stamp it with
^unmeasured condemnation, is its injustice, inequality, and oppression.
Men can endure taxation, and burdensome taxation too, if they feel that
it falls equally upon the commonwealth ; that the burden is equitably
divided, and that one pays no more than another, according to his ability
to pay. But when a tax is imposed u]:on one part of community for the
benefit of another part ; when A. is largely taxed for the benefit of B.
exclusively, then it is that "forbearance ceases to be a virtue ;" then it is
that men arouse, under ordinary circumstances, and look after their rights ;
and are sensitive in regard to them. Our present fencing system falls
but little short of being a case precisely analagous to the one supposed
above. Take an illustration : A. is a Avealthy man just come to Wiscon-
sin to embark in agricultural pursuits ; he looks about and concludes,
from what he can learn, that the country holds out unusual inducements
for stock raising, wool growing, dairying, &c. ; he purchases a farm
"With a view to the carrying on those branches of agriculture. He needs
but a trifling outlay in fencing, of course, for there is a wide "range"
for his stock, during the grazing part of the season, at least, and perhaps
they can shirk for themselves, he thinks, for a large portion of the
winter. His purchases are accordingly made and his stock turned out
upon the common, and little more attention is required on his part;
*' but what is sport to him is death to his neighbors;" for they being
poor men, or men of moderate means, unable to purchase stock, are
compelled to turn their attention to grain raising. Now it would seem
but reasonable that they should enjoy the privilege of doing so, but
our laws and usages, strange as it might appear, say that these neigh-
bors of A. must first make "a good and lawful fence, at least four and
a half feet high," or their grain crops will be "free plunder" for A's.
horses and cows. Thus these men are forced to incur the expense of
fencing their fields, not for their own, but for the direct benefit of A.
If our laws compelled, as they should do, A. to take care of his stock,
either by fencing or herding, if he chose to turn his attention to stock
189
raising ; then his neighbors could pursue their business without being
trammeled with the unjust and oppressive tax incurred for his benefit.
Who cannot see the injustice and wrong in the case supposed? And
who can dispute but that the case represents the true state of things?
A. has an undoubted rioht to choose stock raisinop as a means for alive-
lihood; provided, he takes care to keep his animals from devouring his
neighbor's crops, at his own ex|)ense ; and his neighbors ought to have
as good a right to raise their grain unmolested by his cattle, without
taxing themselves to build fences for his accommodation.
There are other evils connected with our fencing system, which of them-
selves should be deemed sufficient reasons for abolishing it, were tha
advantages claimed for it two-fold greater than they are.
One half of our troubles, as farmers, originate in some way, in con--
nection with our fences, either directly or indirectly.
In addition to the endless labor of building fences, gates, &c., the
peace and good order of neighborhoods is oftener disturbed by some inci-
dent connected with fences than from any other cause, and we are almost
compelled to acquiesce in a remark made by a certain writer that "it is
next to impossible to maintain peace and good will towards men, when
rail fences and stock ranges are in fashion." The cost of land wasted by
being occupied by fences, is of little consequence, compared with the
inconvenience resulting from the play grounds for noxious weeds and
bushes, afforded by the fence corners, besides being a harbor for rabbits
and other "vile vermin." They are also reservoirs for snow in winter
and rain in summer, and are ever distilling upon the adjacent lands their
cold and sour accumulations, so that nothing can attain a healthful growth
in their vicinity.
They are excrescences in the eye of a lover of nature. To him, they
so mar and disfigure the landscape, that their utility would be more than
cancelled by their absence.
In most parts of continental Europe, there are no fences. One may
travel day after day through beautiful fields bordering the road side,
the various farm crops having no other separation than the line marked
by the contrast, in color or kind, of the adjoining fields. The country
exhibits all the variety and breadth of a native prairie. But the travel-
ler in cultivated America finds himself continually hemmed in between
two walls of wood or stone, without space to look either to the right or
]eft, and if perchance, he might obtain a birds-eye view of the world at
190
large, lie finds it virtually covered ■with fences, looking more like a " -wind-
fall" or "slashing" than a cultivated landscajie of growing crops "of
varied hue."
The " no fence scheme " is not a new idea, even in this country. The
'doctrine has been ably advocated by some of the most popular Agri-
■cultural Journals in the East and South, and practical farmers of high
standing for intelligence and acute perception, have advocated it, and to
some extent successfully. In Massachusetts there are laws requiring the
owners of animals to restrain them to their own premises. When the
legislature of that State passed the law, many considered it an experi-
ment of doubtful utility, and it was believed also by many, that the
people would never sustain it. Time has settled the question, and the
■enactment of the legislature has been triumphantly sustained by the
people, and they now, in that State, enjoy the privilege of " every man
EJtting under his own vine and fig tree, and none to molest him or compel
him to build fence." They rejoice in the improvement, and recommend
jt to others as the thing needed. Circumstances, perhaps, in Massa-
chusetts, had as much to do in bringing about the reform, as discussion
and argument. Large tracts of land lying along the Connecticut River,
varying in width from two miles to eight miles, were subject to the
annual freshets or overflowings of the river, which rendered permanent
fencing impossible. Those lands were too valuable to lie idle, and for
this cause such a law as was needed for that portion of the State, was
enacted as a general law, thus making not only their lands valuable, but
benefitting the entire State in an incalculable degree. Shall Wisconsin
follow the example of Massachusetts ? Nature has not only intimated
the propriety, but to a very great extent, seemed determined to coerce
the farmer into the adoption of the measure by the sparseness of timber,
and absence of other suitable material for fencing. Here, also, nature
Las given us a model country, a perfect specimen of landscape gardening.
What the nobility of England expend their millions to procure, even on a
small scale, here in Wisconsin, nature has given us, on her most magnifi-
cent plan. Here we have park scenery, without any eff"ort of our own,
and in such exquisite perfection, that we may not put forth a rude hand
to mar its beauty.
What grouping of trees ! What splendid lawns ! What interspersing
of flowers and shrubs ! Now, shall we act the part of the Vandal, and
deface and cut up this beautiful scenery, by our unsightly zigzag bul-
191
*
v/arks, called fences ? We say no; and we hope the sentiment will be
reiterated by the farmers of Wisconsin, and that they will ask until they
receive from the legislature, laws upon the subject of fencing, which shall
be equal in their operation, and save our State from the ruin and curse
of a fencing mania.
We have in the foregoing remarks expressed the convictions of our
own mind, believing that the non-fencing practice is the one to be adopted,
not only in theory but in practice, and that it is particularly applicable
in our new and growing State.
Yet as it takes time to root out old prejudices and get rid of bad habits,
we do not indulge the hope that it will immediately be adopted — and as
in the mean time some fencing must be done, it is a legitimate inquiry:
What is the best and cheapest material of which to construct fences, and
what are the best methods of constructing the same ?
In those localities where timber is plenty, and even where it is but
moderately so, that, doubtless, is the cheapest and best material to use,
in one form or another for building fences.
Perhaps a page from the history of our own experience in the fence
department of Wisconsin farming would not be entirely uninteresting.
About seven years ago we commenced farming in the valley of the Rock
River. Our first busmess was fencing our farm. The timber being
"oak openings," of that kind of which three trees are required to make
a "rail cut," we concluded to take a "stake cut" from each and make
what we call a "stake and cap fence." This kind of fence is made by
splitting stakes from logs cut five and a half feet long, somewhat smaller
than ordinary rails, sharpening the end which grows uppermost in the
tree, then setting them in the ground from eight to twelve inches, by
drivino- with sled^-e or beetle. The stakes should be set in a line and
drove evenly upon the top to receive the cap board, which should be of
white oak, sawed one by three inches, and nailed to the top end of the
stakes, with an eight-penny nail in each stake. Such fence, if properly-
made, Avill last from ten to fifteen years. In setting, the largest stakes
.should be distributed among the smaller ones at suitable distances, so as
to strenghten the fence when the smaller stakes begin to give way by
decay. The strength and durability of this kind of fence depends much
upon having a good cap board.
The portions of the trees remaining after taking off the stake cuts we
«cut up into lengths of six and a half feet, limbs and all, splitting those
192
which could be split into two or four parts, a trench was then dug about
two feet deep, into which the timber thus prepared was set, after which
the dirt was thrown in and packed closely around the stakes, and the
fence was complete. By placing the best sticks at intervals of six or
eight feet apart, when the smaller and poorer portions decay there will
remain a set of posts upon which .to nail boards, if desirable, and thus
perpetuate the fence for twenty years or more. This we denominate
"timber fence," and it is so formidable in its appearance that cattle da
not approach it.
Another very good and rather cheap fence, we have made from ten
feet rails and shorter ones, say two to fourt feet, alternating first one
and then the other, much in the style of a Virginia or worm fence, stak-
ed at the corners with perpendicular stakes, held together at the top by
caps with two three-inch holes in each ; thus securing it against cattle
and high winds.
For a cheap and quickly made fence for inside purposes, we have
used rails and "crotches," setting the latter in the ground about one
foot; the distance apart must be governed by the length of rails used,
always having them so near as to allow a good lap to the rails ; after
laying one set of rails there should be a pair of stakes over each crotch,,
into which lay another tier of rails, and the fence is made. We have
various other kinds of wooden fences, the result of circumstances and
necessity, but will not now describe them. We have about one mile of
locust fence, which promises eventually to be very serviceable ; this
we made in the following manner :
The seed was sown in the nursery, and when two years old, planted
out into " fence row." The ground for planting out, was prepared as
for any farm crop ; then with a plow, a furrow was turned from the
centre of the row outward, into which the trees were set, at from eight
to twelve inches apart. They grow finely and bid fair to make an
impenetrable "timber fence," not a "hedge" as they have never beeu
cut back for that purpose, but they grow as a line or row of trees.
We have a piece of about twenty rods of native thorn fence, upon
which we have been experimenting, but think from what we can thus far
discover, that its growth will be quite too slow, and require too much
attention perhaps to be of any practical utility for farming purposes.
Our own experience in " sod fencing " has not been as extensive as in
other kinds of fence, yet we have built somewhat with that material.
193
From our own experience and observation of the different kinds of fence
built of sods, we prefer, to all others, what we call here, " single ditch
fence." Our method of building this fence, is to lay off, on one side
of the "fence line," a strip four feet wide for the ditch, cut the sod upon
this strip lengthwise, into four equal courses, three of which are to be
laid up, the grass side out, to form the face side of the fence. The face
side of the fence should be set in, from the edge of the ditch, about six
inches, leaving a corner or surface to prevent the crumbling and falling
of the earth from under the bank by the freezing and working of the
sides of the ditch. At the distances of four or five feet from the
front of the face side, set the remaining course, grass out, to form
the back side of the bank and to hold the earth in its place. The sod
in both instances, should incline towards the centre of the embankment,
so that the dirt, when thrown in, will not press out the turf.
The ditch may then be excavated to the depth of three and a half feet,
the sides sloping so that Avhen completed, it shall be one foot upon the
bottom. The earth should be thrown between the two lines of sod, be-
fore mentioned, sloping back from the top of the face side to the top of
the back side, forming an angle of about forty-five degrees.
Here is a fence made of earth, that nothing will attempt to get over,
not even hogs ; it being six and a half feet from bottom of ditch to top
of embankment. To make the fence still more perfect, we have set a
row of locust trees along the lower edge of the embankment, about one
foot apart, which prevents cattle from injuring it from the inside. We
have some ourselves and have seen a great length of the double ditch
fence built in this neighborhood, which costs about the same price as the
single ditch ; but as the ditches are much shallower it is mere sport for
cattle to play over it unless it is "staked and railed" or boarded along
the top, either of which adds materially to the expense.
We have of the "single ditch" kind, about two hundred rods which
has been built more than four years, most of it being exposed to the
"herds of the prairie" at large ; and the repairs on the fence for the
whole time have not cost us to exceed two dollars. It is good yet. The
most, however, that can ever be claimed for a sod fence is, that it answei-s
a temporary purpose.
The sward of our prairies, has been temporarily, a very good substi-
tute for timber ; and without it, it would have been impossible, in many
instances for our farmers to have secured their crops.
194
It has, however, in this region nearly fulfilled its mission, and accom-
plished its destiny, and is fast giving place to more permanent and safe
fences.
Much has been said and written in favor of wire fences, and in some
places they have been erected quite extensively, but upon the whole, are
at present, rather losing in public estimation. They combine but few
of the absolutely necessary qualifications requisite to a good fence. A
good wire fence will cost quite as much, or more even, than a good board
and post fence, and when made is not near as desirable. A formidable
appearance adds one half to the strength of any fence in the eye of an
unruly ox or bull, and as a wire fence can claim nothing on that score,
it is subjected to the whole strength and force of any animal that may
wage war against it. If it is built sufficiently strong to resist all attacks
of animals unwittingly or intentionally made, it is, after all, an unthrifty
looking affair. To see a farm fenced with wire, in the usual method,
strongly reminds one that a commencement had been made — the posts
set for a fence — but that the whole thing had failed, and the people had
become discouraged with the undertaking and moved away. So long as
fences are the order of the day, let us have substantial looking ones, and
none of the skeleton apparition fixtures. At the same time a fence should
be constructed, as much as possible to harmonize with nature and sur-
rounding objects. Our fences, in a great measure, give character and
tone to our farms, and in building them we should have an eye to their
adaptation to the place and circumstances — that they may not in every
instance appear as unsightly excrescences, and especially those adjacent
to our buildings. Door yard and garden fences are quite too often the
most prominent objects about the grounds — many people seem to think
that an elaborate and expensive fence is the "thing needful" of all others
to adorn their places — consequently the fence is made to appear as if
the whole concern, house, barn, orchard, and even the land itself, were
only tributary to it — placed there for its accommodation while the reverse
of all this, is what should appear. The fence itself is, and should seem to
fee, the adjunct and not the principal — it should appear modest and
unpretending — not too high, nor too compact, nor yet too prominent-
It should be, and still appear not to be.
We will merely remark in respect to the kind of fence best adapted to
secure the above named object, that some kind of hedge comes the
1D5
nearest to our ideal of the requisite — in fact a hedge in many locations be-
comes a decidedly ornamental appendage.
Of the many kinds of trees and shrubs proposed for hedges but few
"will adapt themselves to our soil and climate. The Osage Orange will
undoubtedly be found the best, should it prove to be hardy, as far north
as Wisconsin, of which many doubts are entertained. The next in merit
is the Buck Thorn, than which nothing can be superior for a cattle hedge
in our climate. It is said to grow and flourish in all kinds of soil, wet or
dry, in sunshine or in shade. The great difficulty in making a hedge,
usually is, the failure to obtain a thick and compact base ; this trouble is
obviated by the use of the Buck-Thorn, as it will bear excessive cutting
back and yet shoot again.
CULTURE OF GRASSES.
Burke, December 20, 1852.
Dear Sir: — The honor you have done me, in requesting me to fur-
nish you with some remarks on the grasses, merits at once my acknow-
ledgements and compliance. The vast grassy plains, of which I had
read, became the early objects of my attention, and I could but observe
the "base uses" that had been made of the bounteousness of God.
The grasses, which cover this ample field, are, in my opinion, destroy-
ed by the absurd and barbarous practice of burning. The fires that
annually devastate this fair field of nature have only one tendency, and
no justification, either in science or practice; all that can be said of it
is, that the weeds and old grass are consumed, to make way for a fresh
spring of grass. But is this the case ? Do not the weeds, as well as the
grass, spring again ? and do they not come of inferior growth after each,
successive burning ? To take away by fire the products of the earth, is
to remove the vegetable matter necessary for the re-organization of the
plants, and to substitute a residuum of inorganic remains, whilst the
plants, stripped of their natural covering, are left exposed to all the sever-
ity of the long winter frosts. I am prepared to prove that these grasses
of the prairie are nutritive, more from their quantity, and extent, than
from their quality ; and do not, therefore, contend that but for these burn-
ings, they would have been luxuriant pastures. Another cause exists for
196
their scantiness of nutritive growth and for their short-livedness ; and
that is, in the hide-bound state in which they are every where found;
roots matted, and entangled together into a turf, impervious to the spade,
and only pervious to a flat plow-share, dragged by four yoke of oxen.
That these grasses are not more nutritive and luxuriant is to be accounted
for from their total want of cultivation. Were they either top-dressed
with salt, or lime, or ashes, or above all with gypsum, or scarified, hy
each of which processes the roots become emancipated, an improved
growth would appear ; and this, in a degree, is apparent across any
prairie over which there is a road. There we see a change of herbage,
occasioned by the travel of the wagon, or the droppings of the horses.
On my farm, on a slip of unbroken prairie, subject to such cultivation as
its proximity to plowed land admits of, I have the tall oat grass, the tall
fescue, the fox-tail, besides others, in an improved state. I am of opin-
ion, that if these indigenous grasses were subjected to cultivation, a class,
every way suited to the climate, might be amply developed.
The timothy, so far as I have seen, seems to be the most luxuriant
grass of the Western States ; its length and thickness of growth, en-
titling it to all the favor in which it is held ; but as a pasture, after cut-
ting it for hay, it furnishes a sad lack of aftermath ; but this appears to
me a general defect here. All the grasses seem short-lived, producing a
crop for the scythe, and no more. In the Eastern States, I read that
first and second crops of the red clover are of general occurrence, and
in high estimation ; whilst in England, almost all the meadows which
are not permanently laid down to grass, are sown with red clover and
rye, or ray grass, seeds which ripen together, and produce rank,
rich meadov/s, yielding two or three tons of hay per acre, of the very
finest quality ; and then producing a second crop not much short of the
first, and then a good aftermath ; but when the second crop is not taken,
which is the practice of the best farmers, the aftermath assumes all the
character of a meadow, browsing upon which, the cattle fill themselves
without the fatigue of seeking for their food, and rest and fatten. An-
other class of meadows, consists of the land laid down to permanent
grass, in which the timothy, red top, cocks-foot, fox-tail and fiorin are
chief, and these need but a reservation in Spring from pasturage, to
produce large crops of hay, of a quality more enduring than the clover
meadows, and equally acceptable to cattle and horses. The quantity
per acre of this hay, is not so large as the clover and rye grass ; but it
197
is finer, and very highly esteemed by all who feed horses for the turf or
road. The former is termed new land, and the latter old land hay ; and
the diflerence of value amounts to five dollars per ton in favor of the
latter in the English markets. "Phese pastures of permanent grass, exist
to a considerable extent in all the large farms in England, and are held
sacred from the plow, by the land owners. Top dressing, with barn
yard and other manures, is used to keep them in tilth, and occasionally
they are ripped with the plow, at distances of eight or ten feet apart,
that the roots may have room to expand, and that the hide or turf may
be prevented from binding together. I have said so much of the grass
seeds, of which the feeding pastures and meadows of England are com-
posed, and which give to that country its perennial spring appearance,
characterized by that eminent man, William Cobbett, as the consequence
of the "drip, drip," of the atmosphere, common to that country. The
variety and number of grasses termed -artificial, is great, and appears to
me unnecessary to enumerate ; they are all good, and from their variety,
most beneficial to animal life. From among them, I may, however, be
allowed to mention the Lucerne grass, known to the nations of antiquity,
and held by them in great estimation. Its requirements are a deep, rich
soil, well manui-ed and clean weeded. The soil so prepared by good
cultivation, is sown with ten pounds of seed per acre, in drills of one
and a half feet apart ; and as soon as the plant appears, these intervals
are stirred with the cultivator, and the plants weeded and cleaned by hoe
and hand. It is advisable to crop it lightly the first year, but after that
it may be cut several times, three at least; from such cropping I have
known a produce of upwards of six tons per acre. It is a perennial,
and therefore justifies all the care and attention necessary to the first
stages of its growth. It is liked by all cattle, and its nutritive proper-
ties are considerable; it is well calculated for stall feeding, a practice
which has given to England, above all other lands, the superior beef of
which she justly boasts. I would not, however, have it understood
that I prefer this grass so exclusively ; on the contrary, I think red
clover, which requires much less care in its cultivation, very little infe-
rior. Sainfoin, too, of this class, with many of the leguminous plants,
are equally advocated for superiority. The great point in my mind, is to
increase the produce of the earth — a sense in which I would read all
who write upon Agriculture. From Adam Smith downward, this say-
ing will be maintained: "that he who makes two blades of grass grow
198
wliere only one grew before, deserves well of his country ;" and this com-
pendium of the whole matter, induces me to mention two notorious in-
stances of improvement, equally stimulative to the man of capital and
the man without it. The Duke of Portland, one of the most liberal and
largest land owners of England, converted four hundred acres of bog
land, into the most fertile tracts of the midland counties of England, by
turning the river Maun through it, or over it ; the running water of the
river flowing through Mansfield and partaking of its sewerage waters,
as well as carrying with it the certain sewerage of Chipstone, construct-
ed by the Duke, gave circulation to the stagnant waters of the morass,
and life-blood to the plants. And this improvement was effected by
irrigation chiefly ; drainage was also used ; and drainage, that vital reno-
vator, of climate as Avell as of soil, has turned a wild, and wet, and
trackless morass into a fruitful plain. Chat Moss, lying between Liver-
pool and Manchesser, consisting of several thousand acres of dead and
profitless swamp, has been cultivated. An individual rented from the
owner one thousand acres, at the nominal rent of one shilling per acre-
He divided it into sections, and fol" fences, made wide and deep ditches,
into which he drained ofl" the waters, and obtained sound and stable
land, in lieu of the unsound and Avater shaken swamp. An improved
climate, too, took place; and a clear, instead of a foggy atmosphere
prevails, the whole now being cultivated.
But I cease to trespass on your readers, or on the privilege you have
afforded me. The agricultural knowledge of this, and of every other
country, is open to all, and much of which they treat, practically known
to many of your Association. That which appears to me to be the duty
of those you desire to communicate with you, is to state that which in
their own practice or observation they have found, or supposed to be,
beneficial ; and I think I cannot better fulfil mine, or contribute more to
this end, than by urging, in conclusion to my cursory remarks, every one
to produce more of the fruits of the earth than he has hitherto done, by
adding science to his handiwork — to plow deep and to sow deep — to top-
dress his pastures and meadows, and to burn nothing beyond what is ne-^
cessary for the preparation of his food, or the warmth of his household.
I am, my dear sir,
Yours very sincerely,
^ . n T 17 J- BERKLEY.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State Agr. Society.
199
CULTURE OF GRASSES.
Br Thomas P. Turner, Eagle.
As grass land, and old, luxuriant meadows are material features in a
farm, and add much to its value, the mode of making them cannot be too
well understood, as a grass can be found adapted to the soil, be it ever
so sterile or ever so fruitful. Those only are grasses which produce one
seed to each flower, and when rising out of the ground, have but one
seed leaf. Some grasses are best for sheep and goats, and flourish in
elevated districts ; others are calculated for dairy countries and marsh
lowlands ; others for a medium situation, and for fattening cattle. Some
yield most nourishment when cut green, others when in flower, and others
when the seed is ripe. Some grasses will yield a better after-crop than
others. Some seeds are dispersed by the wind while others drop when
ripened.
It was long supposed, even by practical farmers, that the herbage of
pastures and meadows consisted of only two sorts of grasses — natural
grass and clover grass. Botanists first pointed out the number of dis-
tinct species of grasses which are to be found in natural pastures ; but
the number, the different soils, the merits and value of each sort, the
habits and culture, are of very modern date. Mr. Sinclair has probably
done more than any other person to bring the different varieties to the
test of experiment, and ascertain their relative value. He says : " There
are upwards of one hundred and thirty distinct species of grasses, besides
varieties, natives of Great Britain ; and there is no variety of soil inter-
mediate between the high rock or the blowing sand, down to the marsh,
the bof, even water itself, but is provided by the bountiful hand of Nature
with grasses peculiarly adapted to grow and remain permanent on each
particular soil and site. However similar many of these grasses may be
when in the state of swarth, or cropped turf, no two species will be found
to ao-ree on the following important points, viz : the time of the herbage
in the o-reatest perfection ; the quantity and properties of the nutritive
matter in spring, in flower, and when ripe ; the aftermath ; the property
of reproduction ; the rapid or slow growth after being cropped by the
scythe, or depasturing ; the luxuriance of the leaves when the culms are
in flower, and when the seed is ripe ; the nature of the soil which each
most affects ; and the degree of power which each species possesses of
200
•withstandinof the effect of lon":-continued (lroui)-bt, or of lonGf-continued
rains. These particulars constitute a most material guide in the forma-
tion of a meadow or permanent pasture of the best quality for early
spring produce, superior weight of crop, nutritive powers, and a constant
supply of new herbage throughout the season, under every circumstance
of unfavorable extremes of Aveather.
" The grasses of most value to the farmer will not grow close together,
or the same sort, for any length of time, however thickly planted from
seed. In one or two seasons, intermediate plants decay and leave vacant
places ; but when a variety of different species, adaptec^ to the soil, are
mixed, they grow close, form a dense bottom, and continue permanent.
" The different grasses, and other plants, which compose the produce
of the richest natural meadows in England, are in number about twenty-
six. From spring to the end of autumn, there is not a month which does
not constitute the particular season of superior luxuriance or height of
growth of one or more of these grasses.
" The sorts combined vary according to the nature of the soil. If
sand is the principal ingredient, then we find that hard fescue grass,
smooth fescue, fine bent, creeping soft, tufted-leaf bent, crested dogs-tail,
smooth -stalked meadow, and meadow soft grass are the best.
" Calcareous soils abound with the rough-headed cocks-foot grass,
meadow fescue, crested dogs-tail, hard fescue, perennial rye-grass,
upright perennial brome, yellow oat, and sheep's fescue.
" Argfillaceous soils encoura«-e the followino- : meadow cats-tail, or
timothy grass, rough-headed cocks-foot, Pacey's improved rye-grass, rib-
grass or lambs tongue, fiorin, creeping bent, meadow fox-tail, tall oat--
grass, and others of less note.
" A mixed soil of the above ingredients is found to give vigor to
meadow fox-tail, meadow fescue, rough-headed cocks-foot, meadow cats-
tail, meadow soft, rough high meadow, sweet-scented vernal, perennial
rye-grass, and a variety of others not so abundant.
"A peaty soil has been found to abound with sweet-scented vernal,
rough-headed cocks-foot, meadow fescue, roughish meadow, meadow
fox-tail, crested dogs-tail, creeping bent (narrow-leaf) meadow soft grass.
"Dutch clover is an essential ingredient in every pasture. It will grow
in every kind of soil Avhere proper pasture grasses can exist."
It is a fact that twenty of these different varieties are sometimes found
in a few feet square of turf of an old meadow ; and land, the principal
201
part of which was sand, has from the peeuhar union of grasses, and a
plentiful supply of water, fattened bullocks of one hundred and sixty-
stone (dead weight) and wintered two sheep per acre.
A soil consisting of a mixture of the three principal earths, has been
found to have, on a yard square, twenty-two distinct species, and eleven
hundred distinct roots of individual plants. These are the constituents
of the soil in the grazing districts of Lincolnshire and Somerset.
The result of these inquiries is, that tillage land can now be converted
into permanent pasture for fattening and dairy purposes in the course of
two years, on almost any variety of soil, in the humid and temperate
climate of England. Of course the seed must be selected properly for
the sort of land and the elevation, so that there may be a succession of
seedmg from April to November. In sowing grass seeds for a perma-
nency, it should be on lands properly cleaned and prepared for the pur-
pose, without any admixture or any grain crop, which is sure to injure
the succeeding crops of grass more than can be obtained by cutting the
grain. A crop of grain acts towards the grasses more injuriously than
a crop of weeds would do towards the grain. The soil for grass seeds
should be particularly clean from weeds, as manure when applied to it
makes no distinction between those plants that are wanted and those that
are not wanted. It will invigorate all.
It may be observed, that land intended for grass ought to be that in
which it will spontaneously thrive and flourish ; consequently, if there is
too much moisture, the grass will be injured by frost and rain, and will
soon be superceded by rushes, and other aquatic plants ; and on the other
hand, if the soil is too dry, the grasses will be killed by the intense heat
of summer, and will be succeeded by mosses, fern, &c. It might be
supposed that this could be remedied by sowing such land with better
grasses; and to a certain extent, that may be done; but experience has
nevertheless proved, that all land has a tendency to re-produce those
plants which are indigenous to the soil — and that, after a few years, vary-
ing according to the care and attention that have been bestowed upon the
cultivation, the natural productions will supercede those which have been
artificially sown. This is one of the strongest reasons assigned by Eng-
lish landlords, when they object to their tenants breaking up their old
meadow lands, for it is one of the most difficult and uncertain operations
cf husbandry to reproduce it, from land newly laid down.
14
202
1^0 land will make a good meadow unless the soil is sufficiently deep
to allow the roots of the grasses to run down out of the reach of the
summer heat, and sufficiently retentive to hold water long enough to con-
tribute to the growth of the plant, together with such an absorbent sub-
stratum as will drain the moisture away before putrefaction takes place.
Land of this description, therefore, should never be laid down to grass,
unless it can be made retentive by the application of lime, clay, chalk, or
other fossil manures that can be procured on or near the spot, especially
marl.
Besides these considerations, there are other circumstances of very
jnaterial moment in the laying down of lands for meadow pasture. At-
tention to early growth is of great importance, especially as, from a
variety of unforeseen accidents, the most careful farmer may not always
have a stock of food adequate to the consumption of his cattle. The
seasons must ever produce great variableness in the forwardness or the
backwardness of grass crops. The early grasses appear to be most
coveted by cattle, and they will naturally thrive best on that which is
most agreeable to their palate, so that an early bite, and earlj^ hay-
making, and the consequent early use of the after-grass, are very impor-
tant objects to the farmer.
An acquaintance with the peculiar soils, and relative hardiness of
grasses is another requisite, Avithout which no good meadow can be
formed; and this can only be derived from actual experiment. Some
grasses are less able to endure moisture than others, and of course
flourish best in dry and upland situations ; while others are totally unfit
for dry soils, but vegetate luxuriantly in moist land ; and a third class
areonly fit for the most barren lands, and such as are unable to support
any other kind of grass. Of the first description, are the smooth-stalked
poa, smooth-stalked meadow grass, sainfoin, &c. Of the second, are the
rough-stalked poa, or meadow grass, the flote fox tail and flote fescue,
water pea or meadow grass, &c. And to the third belong the sheep's
fescue, the hard fescue, &c.
An eminent English agriculturist, Arthur Young, recommended the
following sorts of grass seeds for the diflferent soils, and the quantity
per acre affixed to each sort :
Clayey Soils. — Cow grass, three quarts ; cock's foot, two quarts ;
dog's tail, four quarts ; fescue, eight quarts ; oat grass, two quarts; tre-
foil, three pounds; Yorkshire white, one peck; timothy, four pounds.
203
Loamy Soils. — White clover, two quarts; rye grass, two quarts;
Yorkshire white, one peck ; fescue, six quarts ; fox tail, six quarts ;
dog's tail, four quarts; poa, four quarts ; timothy, four pounds ; yarrow,
two quarts ; lucerne, four pounds.
Sandy Soils. — White clover, two quarts ; rye grass, four quarts ;
Yorkshire white, two pecks; yarrow, two quarts; burnet, six pounds;
trefoil, five pounds ; rib, four pounds.
Chalky Soils. — Yarrow, one bushel ; burnet, five pounds ; trefoil, six
pounds ; white clover, seven pounds ; sainfoin, five pounds.
Peaty Soils. — White clover, two pounds ; dog's tail, five quarts; cock's
foot, two quarts ; rib, two quarts ; Yorkshire white, two pecks ; rye
grass, two pecks ; fox tail, two pecks ; fescue, two pecks ; timothy, six
pounds.
In laying down lands to grass, the most important primary object is,
duly to prepare them for the reception of the seed. Hence the soil
should previously be brought to the highest possible degree of cultiva-
tion ; for, though land may be too rich for the production of grain, and
■of such crops as are raised for the seed, it is quite difierent in the case
of grasses, or other crops where the object in view is the largeness and
luxuriance of the plants. The richness of the soil, is, in this case, a most
important consideration, because the richer and more fertile it is made,
the more abundant crops Avill it produce, and the larger the stock of
cattle will it support ; whereas, the contrary effects must result from
laying down to grass either poor land, or such as has been exhausted
by the repeated tillage of grain.
With regard to the time of sowing, I have found, from repeated exper-
iments, that autumn is preferable to spring. The proper season is from
the last week in August to the first week in September, for all but clover,
which should be sowed as early in the spring as the season permits.
The ground should previously be brought into the highest possible degree
of pulverization ; otherwise, the irregularity of the surface will not only
occasion an irregularity in the produce of the grass, but will likewise be
found inconvenient when the meadow is mowed. This may be efi'ected
in various ways, either by frequent plowing and harrowing or by the
raising of turnips, potatoes, Indian corn, or other fallow crops, which by
the shade they afford, as well as by the culture they require during their
growth, are calculated to reduce the ground to a friable state.
204:
The following observations on the selection of different kinds of com-
mon food by sheep and cattle, were made by Mr. George Sinclair : -
"Rye Grass. — Sheep eat this grass when it is in the early stage of its
growth, in preference to most others; but after the seed approaches
towards perfection, they leave it for almost any other kind. Horses and
cattle are fond of it; the former particularly, when made into hay.
<'Cock's-foot Grass. — Oxen, horses and sheep eat this grass readily.
The oxen continue to eat the straws and flowers. This was exemplified
in a striking manner in a field one-half seeded to cock's-foot and red clo-
ver; the other half rye-grass and white clover. The oxen generally
kept to the cock's-foot and red clover, and the sheep to the rye-grass and.
white clover.
" Meadow Fox-tail. — Sheep and horses seem to have a greater relish
for this grass than oxen. It delights in a soil of intermediate quality, as
to moisture or dryness, and is very productive. In the water meadows,,
it often constitutes the principal part of the crop.
" Meadow Cat's-tail. — This grass is eaten without reserve, by oxen,
sheep and horses. It seems to attain to the greatest perfection in a rich,
deep loam.
"Rough-stalked Meadow Grass. — Oxen, horses and sheep eat this
grass with avidity.
"Smooth-stalked Meadow Grass. — Oxen and horses are observed ta
eat this grass in common with others; but sheep rather prefer the hard
fescue, and sheep's fescue, w^hich affect a similar soil. This species
exhausts the soil in a greater degree than almost any other species of
grass, the roots being numerous, and powerfully creeping, becoming ia
two or three years completely matted together. The produce diminishes
as this takes place.
"Crested Dog's-tail Grass. — The Southdown sheep and deer appear
to be remarkably fond of this grass.
"Fine Bent — Common Bent. — This is a very common grass in all poor,
dry, sandy soils. It is not palatable to cattle, as they never eat it readily,,
if any other kinds are Avithin their reach.
"Sheep's Fescue Grass. — All kinds of cattle relish this grass, but
it appears from trials made with it on clayey soils, that it continues but
a short time in possession of such, being soon overpowered by the more
205
luxuriant kinds. On dry, shallow soils, that are incapable of producing
the larger sorts, this should form the principal crop, or rather the whole ;
for it is seldom, if ever, in its natural state, found intimately mixed with
others, but by itself.
"Hard Fescue Grass. — This is certainly one of the best of the
dwarf sorts of grasses. It is grateful to all kinds of cattle.
"Meadow Fescue. — This is seldom absent from rich meadows and
pastures. It is highly grateful to oxen, sheep, and horses — particularly
the former. It appears to grow most luxuriantly when combined with
the hard fescue and rough-stalked meadow.
"Tall Oat Grass. — This is a very productive grass, frequent in mea-
dows and pastures, but is disliked by horses and cattle ; this perfectly
agrees with the small portion of nutritive matter it affords. It seems to
thrive best on a strong tenacious clay. •
" Yellow Oat Grass. — This grass seems partial to dry soils and mea-
dows, and appears to be eaten by sheep and oxen equally with the meadow
"barley, crested dog's tail, and sweet scented vernal grasses, which natu-
turally grow in company with it. It nearly doubles the quantity of its
produce by the application of calcareous matter.
"Meadow Soft Grass. — This is a very common grass, and grows on
all soils, from the richest to the poorest. It aftbrds an abundance of
seed, which is light and easily dispersed by the wind. It appears to be
generally disliked by all sorts of cattle. The hay which is made from it,
from the number of downy hairs which cover the surface of the leaves,
is soft and spongy, and disliked by all cattle.
"Sweet-scented Vernal Grass. — Horses, oxen and sheep eat this
grass, though in pastures where it is combined with meadow fox-tail,
white clover, cock's-foot, and rough-stalked meadow, it is left untouched,
from which it would seem to be unpalatable to cattle."
Of all the two hundred and fifteen proper grasses, which are capable
of being cultivated in the climate of Great Britain, two only have been
^employed to any extent for making artificial pastures — rye-grass and
cock's-foot grass — and their application for this purpose, seems to have
been rather the result of accident than of any proof of their superiority
over other grasses. For further information of the comparative merits
and value of the diflferent species and varieties of grasses, I would refer
206
the reader to a work by George Sinclair, entitled "Details of Experi-
ments on Grasses."
Lucerne is of French growth, but was introduced into British hus-
bandry about the middle of the seventeenth century. It flourishes most
luxuriantly in deep, rich, friable loams, but it will thrive in sound, mel-
low soil of any kind. It is useless to attempt its cultivation on wet and
marshy ground. The land must be kept clean from weeds, otherwise its
luxuriant growth will be greatly impeded. It should be sowed early in.
the spring, as soon as the land becomes dry, and drilled in rows, two-
feet apart, so that by repeated hoe culture it may be kept sufficiently
clean. Ten pounds per acre is the proper quantity of seed. Mr. Sin-
clair gives a most extraordinary account of its productions. He states
that, at the time the seed is ripe, it produces seventy thousand seven hun-
dred and eighty-five pounds per acre, but it loses nearly two-thirds of its-
weight in drying: leaving twenty-eight thousand, three hundred and
fourteen pounds of haj", containing 1^64ths of nutritive matter.
The first use of lucerne was for soiling horses or other cattle, from
four to five of which may be supported by the produce of an acre during
the six summer months ; the grass being cut and given to the cattle in a
fresh state. This plant is also well calculated for the summer feeding of
cows. I am inclined to think lucerne as valuable for the quality and
frequent succession of the crops, and its duration in the soil, as for its
fattening qualities. If often manvired, and kept clean from weeds by
repeated hoeings, it will last from fifteen to twenty years, and yield lux-
uriant to the last. It is well suited for milch cows, causing them to-
yield rich and abundant milk. It has been successfully employed in
soiling sheep and hogs ; and as the latter do not feed down so closely
as the former, they may be admitted upon lucerne plantations with
safety.
Sainfoin vegetates with considerable luxuriance, on dry chalky soils,
but its produce is far inferior in quality to the lucerne. It yields but
eight thousand eight hundred and forty-eight pounds per acre, but then
little more than half of it is lost in drying, and it contains 24-64-ths of
nutritive matter.
These, then, with the four varieties of clover, viz : white Dutch, trefoil,
red clover, perennial clover or marl grass, constitute the best varieties
of the Ensrlish trasses.
207
The very rapid manner cattle take on flesh when grazing on the prairie
grass in this State, during the summer, leads me to believe that some of
the native grasses are very nutritive, and that a valuable variety may be
selected for culture that might answer as good, and perhaps a better
purpose, than the English varieties. One difficulty presents itself, and
that is, in procuring any large amount of seed, as so little is to be seen
ripe on the prairies Avhich are not stocked. I have remarked also, that
where these natural pastures are closely fed, the wild grass dies out, and
weeds take its place ; from which I draw the conclusion that they will
not endure close cropping. Good tillage might obviate this, and i-ender
the plants more luxuriant and hardy.
The experience I have had thus far inclines me to think that the
meadow cat's-tail, or timothy grass, sown with red clover, is the most
certain to live in this climate. Timothy is a most valuable grass. It is
eaten by all kinds of animals, and horses prefer it to every other kind of
hay ; it produces plenty of herbage early in the Spring, and it may be
cropped until late in the season. When cultivated in union with clover,
it is better able to endure the summer heat. Its roots run very near the
surface, and it is on this account that it seldom produces much hay on
high, dry soils, without clover. It is not, however, as good hay-grass
as the rye-grass, from the thickness and toughness of its stem, and the
deficiency of the latter-math ; but when it is intended for hay, particu-
larly to feed to cattle and sheep, it should be cut a week before it flow-
ers. It flourishes best in this climate, in a rich, deep loam, in low
situations.
The American Cock's-foot Grass, being a native of North America,
should be more extensively cultivated. It grows luxuriantly in moist,
loamy soils, and when kept closely fed, it afl'ords early and excellent pas-
turage, for sheep ; oxen and horses are also very fond of it.
The possession of the most nutritious food will enable the Wisconsin
farmer to keep the best breeds of cattle. It behooves us, therefore, to
endeavor to 'make two blades of grass grow where only one grew before,'
and great will be our reward.
208
i THE DIFFERENT BREEDS OF NEAT CATTLE.
THEIR COMPARATIVE VALUE AND ADAPTATION TO THE CLIMATE OF
WISCONSIN.
BY THOMAS P. TURNER, EAGLE.
Of the various sources from whicli the wealth of nations is derived,
there are none of greater moment, or which have a superior claim to
attention, than that branch of rural economy which is the subject of this
essay. The cattle of the farmer may justly be termed productive labor-
ers, when we recollect the stimulus to industry, as well as the rapid cir-
culation of capital which the farmer occasions, by furnishing constant
employment to the numerous artificers who are occupied in manufactur-
ing implements that are indispensably necessary to him, and when we
call to mind the immense mass of materials which his productive labor
supplies for the purposes of commercial intercourse.
Justly has Adam Smith remarked in his "Wealth of Nations," that
" The capital employed in Agriculture not only puts in motion a greater
quantity of productive labor than any equal capital employed in manu-
factures, but also in proportion to the quantity of productive labor
which it employs, it adds a much greater value to the annual product of
the land and labor of the country, while it increases the real wealth and
revenue of its inhabitants."
The repeated failure of the wheat crop in this State, together with
the increased facilities for the transportation jf cattle to the eastern
markets, uinte to render live stock an object of the utmost importance to
the Wisconsin farmer ; and notwithstanding the great advances made in
other branches of industry, nothing has undergone a greater chano-e of
system, or has received more manifest improvement, than the breeding,
rearing and management of cattle. The establishment of societies in
Great Britain and America, for the encouragement of Agriculture, has
greatly tended to promote inquiry and disseminate information on this
nteresting subject. It may be advantageous to commence with a con-
cise outline of the principal breeds, and varieties of breeds of cattle,
found in the United Kingdoms of Great Britain, as from these most, if
not all of the stock in North America have sprung.
The wild cattle are still found in some parts of England, mostly at
Chartley Park, in Derbyshire, and Chillingham Park, in Northumber-
209
laml. They are the remains of the Caledonian cattle, which once extended
throuoh all the northern provinces of Enoland, and the southern ones of
Scotland, and some of which had found their way to the mountains of Wales.
The following account is given of them, by the Earl of Tankerville, and by
Mr. Bailey, of Chillingham : " Their color is invariably white, except that
some of the bulls appear of a cream color ; muzzle black or brown ; the whole
of the inside of the ear and about one-third of the outside, from the tip down-
wards, red or brown ; the horns white, with black tips, very iine, and
bent upwards. They have no manes, but some of the bulls have a little
coarse hair on the neck, about an inch and a half or two inches long.
The weight of the oxen is from thirty-eight to forty -two stone (of four-
teen pounds), and that of the cows from twenty-five to thirty-five stone,
the four quarters. The beef is finely marbled, and of excellent flavor."
From the nature of their pastures, and the frequent agitation they are
put into by the curiosity of strangers, as well as the practice of shooting
them when needed for the butcher, they do not become very fat ; yet the
six years old oxen are generally very good beef, from which it may be
fairly supposed that, in proper situations, they would fatten well. One of
them was caught and kept, and became as tame as the domestic ox,
thriving as well as any short-horned steer could do. It weighed sixty-
five stone.* There is, however, a breed of the same cattle in Yorkshire,
-which is said to be harmless. From these, then, with judicious crossings
are derived our present breeds.
The Devonshire breed is found in its purest state in North Devon. —
Its peculiar qualities may be thus described : Small head, clean, and
free from flesh about the jaws ; its countenance light and airy ; long and
thin neck, free from dewlap about the throat ; of a dark orange around
its eyes and nose ; thin and pointed ears, tinged on the inside with the
same color : horns thin, and fine to the roots, of a cream color, growing
-with a regular curve upwards, and rather springing from each other ;
light on the withers ; open bosom, with a deep chest; below the knee
small and tapering ; fine at and above the joint ; straight on the back
from the withers to the rump, on a level with the hips, which are wide
and open ; the hind quarters seated high with flesh, and long from rump
to pin ; thin, loose skin, with hair of a soft and furry nature, inclined to
curl when the animal is in full coat and good condition, when it also
' Agricultural Surrey of Northumberland.
210
becomes matted with darker shades of its permanent color, which is that
of a bright, blood red, without white or other spots, particularly on the
male ; a white udder may be passed over, but seldom without objection.
The North Devons are of hardy constitutions, and highly esteemed both
for feeding and draught. For the dairy, they are not so much valued ;,
the milk, though rich, being deficient in quantity. For all the purposes
of labor, for docility or acti^ ity, strength or hardiness, this breed cannot
be excelled. The avarage weight of the oxen, when fatted at four or
five years old, is about eleven score per quarter ; that of full sized cows
seldom exceeds eight. Although they do not weigh as heavy as several
other breeds, they fatten most rapidly, and their flesh is of excellent
quality.
The Sussex breed differs but little from the Devonshire, except in
being somewhat larger and coarser. When pure, the cattle are invaria-
bly of a dark, red color. In other respects, they are thus described by
an eminent breeder, Mr. Ellman, of Glynde, Sussex: "A thin head, and
clean jaw ; horns pointing forward a little, and then turning upward, thin,
tapering and long ; the eye large and full ; the throat clean, with no dew-
lap ; long and thin in the neck ; wide and deep in the shoulders ; no pro-
jection in the point of the shoulder, when looked at from behind ; the
fore legs wide, round and straight in the barrel, and free from a rising-
back-bone; no hanging heaviness in the belly; wide across the loin;
the space between the hip bone and the first rib very small ; the hip
bone not rising high, but being large and wide ; the loin, and space
between the hips, to be flat and wide, but the fore part of the carcass
round ; long and straight in the rump, and wide in the tip, the tail to
lie low, for the flesh to swell above it; the leo-s not too lona:; the finer
and thinner in the tail the better." On a comparison between the Devon
and Sussex breeds, the former are thinner, narrower and sharper than
the latter, on the top of the shoulder, or blade bone ; the front of the
shoulder generally projects more, and they usually stand narrower in the
chest; their chine is thinner ; they are flatter in the barrel, and hang
more in the flank ; but they are wider in the hips, and cleaner in the
neck, head and horns, and smaller in the bones than the Sussex. The
distinction between them is, however, not very striking. They are
equally profitable to the grazier ; and as working cattle, they both stand
unrivalled.
The Hereford breed is a variety of the Devon and Sussex, but is
211
larger and weighter than either ; being generally wider and fuller over
the shoulders and chine, and the breast or brisket, as well as the after
part of the rump. The prevailing color is a reddish brown, the face is
white ; the hair is fine and the skin thin. In the true Hereford breed,
the bone does not project in the point of the shoulder — in some breeds,
it forms almost a shelf — but on the contrary, it tapers oflf gradually.
They are very wide before, and in their hind quarters equally heavy ;
the tail sets low, and a great distance from the point of the rump to the
hip; the turst is full, broad and soft; the horn pushes aside a little and
then turns up thin and tapering; the animal handles remarkably well,
and is especially mellow on the rump, ribs and hip bone. The quality
of the meat is not hard, but fine as well as fat; little coarse flesh about
them ; the offal and bone being small in proportion to their weight, while
their disposition to fatten is equal, or nearly so, to that of any other
breed. They are, however, illy calculated for the dairy. They arrive
early at maturity and are excellent at the plow or team ; but it is as
fatting stock that they excel. Hereford cows are comparatively small,
extremely delicate and light fleshed. There is a more remarkable dis-
proportion between the oxen and their dames,, than is to be found in any
other breed ; the oxen often exceeding three times the weight of the cows.
The short-horned cattle, under which denomination are included the
Holderness and Teeswater breeds, have been supposed to derive their
origin from a cross with some large bulls that were imported, in the last
century, from Holland into Yorkshire. And in the east and north
ridings of which county, the two latter breeds have been long establish-
ed, and deservedly esteemed ; and it is from some of that stock, or at
least from a cross between that stock and some of the progeny of the
Dutch and Teeswater cross, that the present improved short-horned
cattle, now generally distinguished as the Durham short-horns, are
descended.
This breed was introduced about fifty years ago, by the Messrs. Col-
lings, of Darlington, and has rapidly risen in the public estimation. The
cattle are of a large size, and beautifully mottled with red spots upon a
white ground ; their backs are level ; the throat clean ; the neck fine,
but not too thin, especially towards the shoulder ; the carcass full and
round ; the quarters long ; and the hips and rump remarkably wide and
even. They stand rather high on their legs, but this must be carried to
a very little extent ; they handle kindly ; are light in their bone, in pro-
212
portion to their size, and have a very fine coat and mellow hide, with a
fine, tapering tail, set low. They possess the valuable properties of
fattening kindly at an early age, and of yielding large quantities of
milk ; but the quality is not as rich as the Devons, or many other breeds.
They also possess a rather tender constitution, and it is sometimes diffi-
cult and expensive to keep them during the winter in England.
Of this breed, Mr. Charles Collings, of Ketton, sold a bull, Comet,
at public auction, in the yearlSlO, for the extraordinary sum of one
thousand guineas. Many of the descendants of Comet attained to a large
size, amongst them the Lincolnshire ox, so called from being bred in that
•county, whose live weight was three thousand seven hundred and twelve
pounds.
The lonij-horned cattle are descended from a breed which had Ions'
been established in the Craven district, in Yorkshire. Some cows of
this race, and a Lancashire long-horned bull, were brought early in the
last century, by a Mr. Webster, to Canley in Warwickshire, where they
produced a stock that soon became remarkable for their beauty of form,
and propensity to fatten. Of this Canley stock, the late Mr. Robert
Bakewell, of Dishley, in Leicestershire, procured some cows, which he
crossed with a Northumberland bull, and thus reared that celebrated
race, so well known as the Dishley breed. They were long and fine in
the horn, had small heads, clean throats, straight broad backs, wide
quarters, and were light in their bellies and offal : and probably
from the effects of domestication and gentle treatment, they were remark-
ably docile. They grew fat upon a smaller proportion of food than the
parent stock, but gave less milk than some other breeds. The chief
improvements effected, seem to have been in their aptitude to fatten early
on the most valuable points, and in the superior quality of their flesh.
Notwithstanding the deservedly high reputation as a breeder, enjoyed
by Mr. Bakewell, during his life, and which still attaches to his name,
his judgment in selecting the long-horned cattle for his experiments, has
been called into question. It has been asserted by Mr. Young, an emi-
nent writer on agriculture, that, "had he adopted the middle-horned
breed, either of Sussex, Devonshire or Herefordshire, in preference to
the inferior stock, which the reputation of his name, and the mysterious
manner (he was very scrupulous relatire to communicating his judgment
.and practice in which his breeding system was conducted,) have intro-
213
duced, it would have contributed to exalt the superiority of his stock
beyond the power of local pejudices to remove."
The Galloway breed derives its appellation from the county of the same
name, where, as well as in some parts of the lowlands of Scotland, these
cattle are chiefly reared. In general, they are black, or dark-brindled
brown. They are without horns, except occasionally a small, loose
excrescence resembling a horn. They are smaller than the Devons, yet
considerably larger than the north, or even the west Highlanders. "A
true Galloway bullock," says a Scotch breeder, " is straight and broad
in the back, and nearly level from the head to the rump ; closely com-
pacted between the shoulders and the ribs, and also between the ribs and
the loins ; broad at the loins, but not with hooked, or projecting promi-
nences. He is long in the quarters, but not broad in the turst ; deep in
the chest, short in the leg, and moderately fine in the bone ; clean in
the neck and chaps, but stout rather than thin. His head is of a mod-
erate size, with large, rough ears, and full, but not prominent eyes ; and
he is clothed in a loose and mellow, though rather thick skin, covered
"with long, soft and glossy hair."
Bulls of the most approved kinds have been introduced from England,.
but without any apparent benefit to the native stock. Although a cross
between this and the short-horned breed is said by an eminent Scotch
grazier, "to produce an excellent animal, possessing in a great degree
the feeding qualities and best points of the short-horn, united with the
hardiness and docility of the Galloway cattle," yet, while the first cross
with the short-horn does produce a good beast, no good breeder would
choose to continue his stock from these crosses. It is generally acknow-
ledged that the surest method of improving the Galloway consists in
adhering to the pure breed. They are a hardy race, subsisting on the
coarsest pasture, and increasing rapidly when removed to more favora-
ble situations. They fatten kindly on the best parts ; their flesh is of the
finest quality ; and the joints being of a moderate size and more suitable
for consumption in private families than those of larger breeds, they
always command the highest price, with the West Highlanders, at the
Smithfield market. ,
Of this breed there is a variety termed Sufl'olk Dun, from their color
which is generally of a yellowish hue, and from the country in which
they are chiefly bred. They are also polled, but possess little of the
beauty of the original stock, and are chiefly remarkable for the abundance
2U
of milk given by the cows, on which account they are favorites with the
London dairymen. The best milkers are said to give as much as eight
gallons a day after calving, and six during a great part of the
season.
The best Hio-hland breed of horned cattle are reared in the Western
parts of Scotland. Their horns are large, sharp pointed, and spreading ;
and their color is generally black, though sometimes brindled, or dun.
Their hides are thick, and covered with long hair of a close pile, which
nature seems to have intended as a protection against the severity of the
climate under Avhicli they are bred, for they lose much of this distinction
when reared in a southern country. In other respects they are not unlike
the Galloway breed, many of whose best qualities they possess, and
more particularly their hardiness of constitution, and beai^tiful symmetry.
The straight and level backs, round and deep carcasses, and the quantity
of good meat they yield, in proportion to their size, are most valuable
points, and highly prized by the butchers.
The Ayrshire breed ranks deservedly high in the estimation of the
dairymen, and the most approved form of the best milkers is thus stated
by a Mr. Alton : "Head small, but rather long and narrow at the muz-
zle ; the eye small, but quick and lively ; the horns small, clear and
bended, and the roots at a considerable distance from each other ; neck
long and slender, and tapering towards the head, with but little
loose skin hanging below ; shoulders thin ; fore-quarters light and thin ;
hind-quarters large and capacious ; back straight, broad behind, and the
joints and chine rather loose and open ; carcass deep, and the pelvis capa-
cious and wide over the hips, with fleshy buttocks ; tail long and small ;
legs small and short, with firm joints ; udder capacious, broad and square,
stretching forwards, and neither fleshy, low hung, nor loose, with the
milk veins large and prominent ; teats short, pointing outwards, and at
a considerable distance from each other ; the skin thin and loose, with,
hair soft and wooly ; the head, horns, and other parts of less value,
small, and the general figure compact and well proportioned.
The Alderney breed are so named from the island on the coast of
Normandy, whence they were first imported ; although they were also
bred in the neighboring islands, Guernsey and Jersey. The cows are
small sized, but the oxen frequently attain a bulk and stature quite dis-
proportioned to the female. Their color is either light red or cream
colored, mottled with white ; the horns short and gracefully curled, and
215
the bone fine. They are chiefly valued for the dairy ; not on account of
the quantity of the milk which they yield, but for the richness of the
milk, and the proportionate quantity of butter that can be obtained
froiQ it. The best cows are observed to have a yellowish circle round
the eye, with the skin at the extremity of the tail of a deep yellow color
— a remark it may be noticed, that has been made on good milkers of
■other breeds. As fatting cattle, they have few good points ; yet so
anxious are the inhabitants to preserve them in their native purity, that
there is an act of their legislature which prohibits the importation of all
foreign cattle, under severe penalties of fine and confiscation, including
the destruction of the animal, which is slaughtered and given to the poor.
Such are the chief breeds of the Kingdom. It must, however be ad-
mitted, that there are great deviations in many animals of the same, and
of the most approved stocks; and there are besides, many crosses, dis-
tinguished by the name of the district, or of the breeder.
From these views of the various species of neat cattle, the reader will
probably be enabled to form some estimate of the value of the respec-
tive breeds therein described. I shall reduce them to three kinds : the longf-
horned, the short-horned, and the middle-horned. Concerning their merits
and demerits, there has long been a difference of opinion among the most
experienced breeders. The long horns excel in the firm texture and
thickness of their hides, in the closeness and length of the hair, in their
beef being finer grained, and more marbled and mixed than that of the
short-horns, in weighing more in proportion to their size, and in giving
richer milk; but they are inferior to the short-horns, in giving less milk,
in weighing less upon the whole, in affording less tallow when killed, in
being slower feeders, and of a coarser make, and more leathery in the
under side of the neck. To sum up, the long-horns excel in the hide,
the hair, and the quality of the beef; the short-horns in the quantity of
the beef, tallow and milk. Each breed has long had its zealous advo-
cates, and I am inclined to think that both kinds may have their particu-
lar advantages, in different situations. The western coast of England is
often visited with impetuous winds and heavy rains. The thick hides
and close-set hair of the long-horns would be a protection, while in the
east part, the climate is milder, with more regular seasons, which would
be more suitable to the constitution of the short-horn.
However excellent the long-horns became under the judicious breeding
of the eminent Mr. Bakewell, the short-horns have now become equal,
216
if not superior, to the kindly flesh "sort of theDishley breed, as the follow-
ing extract from the Agricultural survey of Northumberland fully proves :
" that the long-horns of the most approved stock have been introduced
into the county, from the midland counties, by different breeders, and at
different times ; but, in most instances, they have given way again to the
improved breed of short-horns. At the time the first report was pub-
lished, in 1 804, they had been totally abandoned by every breeder in the
county, the improved breed of short-horns, from the stock of Messrs,
Collings, having proved themselves much superior."
Since that period, continued exertions have been made for the improve-
ment of the short-horned breed, and the great weight to which they
arrive must always ensure them a high rank in the estimation of those
graziers who possess land of sufficient richness to forward heavy beasts ;
indeed, the question seems to be in a manner settled. The popularity of
the long-horns soon passed away. Their maker, (if he may be so term-
ed)— the man who brought them to the state of perfection which they
attained — had scarcely departed when the character of the breed began
to change. "It had acquired a delicacy of constitution," says the author
of the work on cattle in the Farmer's Series, "inconsistent with common
management^and keep : and it began slowly, but undeniably, to deterio-
rate. In addition to this, a rival — a more powerful rival — appeared in
the field. The improved short-horns began to occupy the banks of the
Tees. They presented equal aptitude to fatten, greater bulk, and earlier
maturity.
The contest among the larger breeds of cattle now lies between the
middle-horns and the short-horns, and particularly between the Here-
fords, belonging to the first division, and the improved short-horns, or
the Durham cattle, belonging to the second. The short-horns may have
some advantage in early maturity, and will grow to a larger size ; but for
aptitude to fatten, they are nearly equal. The flesh of the Herefords is of
finer grain and flavor ; in fact I believe the Herefords are not much beaten
in either particular. The short-horn certainly has no rival for the dairy.
Perhaps to those who are not strongly prejudiced in favor of either, this
advice may be acceptable. Were I a breeder of Durhams, I should try
across from a pure- bred, gray Hereford bull; thus preserving the Dur-
ham color and improving the Durham quality of flesh, and at the same
time lessening their frame ; thus enabling me to keep a greater number
of cattle upon the same quantity of land. One other difference there is.
217
between the Herefords and the Durhams. The former are most profit-
able for grazing, and the latter for stall-feeding. The Durhams, when
in the stall, increase most rapidly in weight, and present at least a fair
and even carcass.
There are four different breeds in Great Britain which are superior to
any other cattle in the world, and are adapted to different soils, situations,
and purposes : the Durhams and the Herefords for the best pastures ; the
North Devons for the short pastures on light soils ; and the Scots for
the wild and cold pasturage. The males of these breeds, with judicious
crossing, would improve all other breeds. The relative estimation of
the flesh of the principal breeds at Smithfield market, is quoted as fol-
lows, per stone of eight pounds to sink the offal :
Scotch Oxen £0 4 8
North Devons 4 G
Leicester, Hereford, and fine Short-Horns . . 4 0
Lincoln Short-Horns 3 10
Coarse, inferior beasts . . . . . . 3 6
To the Wisconsin breeder of cattle, it is a matter of the utmost impor-
tapce that he should select the most profitable breed with which to com-
mence the occupation of his land. The first object of attention, then, is
to consider the proportion between his stock and the quantity of food
which will be necessary to support them. The nature, situation and fer-
tility of the soils that compose his farm are equally worthy of notice, as
well as the purpose for which he designs more particularly to rear or
feed his cattle ; whether for the dairy or with a view of supplying the
market with fat cattle.
Formerly a great prejudice prevailed in favor of big-boned, large
beasts, but it has been ascertained that this breed is, in point of profit,
much inferior to the middle-sized kind. The feeding and fattening of
cattle, whether for labor or for sale,' is the most important object in the
whole economy of the grass farm ; hence the nature and fertility of the
pastures should previously be considered, and the extent and quality of
his other resources. It is highly important to select those beasts only
which evince the most evident disposition to fatten with the least con-
sumption of food, and depasture them upon such lands as are best calcu-
lated for the respective breeds, especially taking care not to bring cattle
from rich to inferior soils, but wherever it is practicable, to choose them
15
21S
from lands of nearly the same quality as those destined for their recep-
tion. The larger beasts are preferable for the most luxuriant pastures,
while in such as are less rich small stock answers best. Thus, the farmer
•who has fertile meadows, or deep marsh land, seeded to timothy or
other artificial grasses, may select the Short-Horns, or Herefords ; but he
who has only indifferent grass should take care to proportion the size of
Bis beasts to the goodness of their pasture, and I believe would be more
successful \rith. the North Devons, for it is better to have cattle rather too
small than too large for the quality of the land. Hence it is found, in
England, that in the rich grazing countries of Durham and Lincoln, the
large breeds are chosen ; while in Norfolk and Suffolk, the Galloways
and West Highlanders are preferable to other breeds, being better suited
to the lightness of the soil ; and in the south-western counties, the North
Devons predominate, although much of Somersetshire, in particular, is
of superior grazing qualities. In that county I was engaged in rearino-
and fattening cattle extensively, and can give you some idea of the fertil-
ity of the land, when I state that we usually allotted one ox to the acre,
t& which a sheep is sometimes added, and both would be well fatted
during the summer months ; but, fertile as those districts are, they are
surpassed by the richer land of Lincolnshire, the best of which will sup-
port one ox and fourteen large sheep during the whole summer on two
acres, and five sheep on a similar space of land in the winter, or sixteen
sheep on one acre throughout the summer. I have been told of some
instances where one hundred and ten Lincolnshire sheep and fifteen short-
horns have been fattened on fifteen acres — the last mentioned animals
having been put to Spring grass out of the straw-yard, and fattened to
the weight of eleven hundred and thirty pounds, carcass weight, by the
ensuing Michaelmas.
With the exception of the Scotch cattle, I have reared and fattened
some of all the other breeds herein referred to, and have found that the
Short Horns and Herefords require very rich and much additional food,
with greater care, and warmer shelter than the North Devons, and for
that reason kept none but Devon bulls. In fact, I could procure more
beef per acre of the North Devon pure breed than with the Short-Horns
or their crosses, and therefore always preferred purchasing the former for
grazing and breeding. In addition to this, their superior qualities for
working, and their hardier constitutions are the principal reasons why I
give them the preference for general use in this country, being better
219
adapted to the climate and soil. There is cause to fear that the Short-
Horns would degenerate under the best management, particularly when
exposed to the rigorous winters. At that time, all stock should have
close shelters, for warmth tends to keep the animal in good condition —
being, in farmer's phrase, "half a belly full." The Herefords are
somewhat hardier, and I think might be more profitably kept by those
who have rich alluvial grass lands, and who can bestow the expense for
winter provision and accommodation ; and here I will remark, that the
most important object in the feeding and fattening of cattle is, that such
arrangements should be made, and such a supply of food provided for
winter consumption, that the grazier may be enabled to keep them
tlirough that trying season, and sell them when meat brings the highest
prices — from the beginning of February to the close of May. By this
procedure, he will not only obtain more for the sale of them, than the
autumnal markets would produce, but his stock will go off freely and
every market be in his favor. He will also obtain the largest possible
command of manure, and consequently be enabled to conduct his busi-
ness to the utmost profit. The farmer who can winter the most cattle or
sheep, will possess the means of keeping his land the most fertile, and
will be enabled more profitably to breed and graze the larger kinds of
cattle.
In order to graze cattle to the best advantage, the land should be well
fenced in lots of about ten acres, so that they may be changed from one
pasture to the other ; beginning with the most inferior grass, and gradu-
ally removing them into the best. By this expedient, as cattL delight
in variety, they will cull the uppermost or choicest part of the grass, and
by filling themselves quickly, as well as by lying down much, they will
rapidly advance towards a proper state of fatness ; while the grass that
is left, may be fed off with laboring cattle, and lastly with store sheep.
Each field should be abundantly supplied with good water. Thus, the
greater and stronger cattle will be separated from the weaker ones ; for,
if cattle of various sizes are indiscriminately mingled together, the more
powerful beasts will master the others, driving them from place to place,
and trampling upon or wasting more food than they can eat. In
winter, also, each bullock should have a separate stall to feed and lie
down in, and then the weaker ones would have their share of the food,
and thrive faster by being allowed to rest in peace. All cattle, and
fattening cattle especially, should be kept well littered with straw, the
220
stalls regularly cleaned out, and tlie remnants of their fodder daily
removed and given to other cattle. With regard to the most proper
food, I would recommend the best made artificial hay, with roots, or
winter squash added, finished off with ground corn ; and lastly, with oil
cake added, or flax seed ground with corn or barley, in the proportion
of one bushel of the former to four of the latter. They should be often
and regularly fed — say five times a day at least — for, according to the
quantity of nutritious food a beast can be induced to eat with appetite,
will be the rapidity of his fattening, the diminution of expense, and the
increase of profit. The hay should be cut once or twice along the truss,
and three times across it, so that it will be in square pieces of eight or
ten inches, in which state the cattle will eat and digest it more readily,
while their fattening is considerably expedited.
Good feeding and careful keeping will tend to improve even the infe-
rior breeds of animals ; while under careless management, in-nutritious
food, and no shelter but what nature affords in this rigorous climate, the
best varieties will soon deteriorate, and their progeny will rapidly
degenerate.
With regard to the native cattle of this State, I must say that they
are really better than I should expect to find them, when I take into
consideration the manner in which they are reared. Often uncared for,
seldom housed, and sometimes unfed, they certainly must have one good
quality, and that is, hardy constitutions to endure such ill-treatment.
Amongst them, I have occasionally met with tolerable well-shaped ani-
mals. Most of them, if not all, are too large in the bone, with much
offal in the carcass ; yet, I have seen some good-shaped cows, which if
crossed with a pure bred Devon, Hereford, or Short-Horn, may rear a
superior offspring ; which, if judiciously bred from, would eventually
supply a very valuable breed of cattle, such as would best endure this
climate, and possess all the aptitude of fattening, and good milking
qualities, nearly equal to that of the improved breeds of England.
One practice must invariably be observed by those who are endeavor-
ing to rear large animals, and that is, not to permit the young heifers to
have a calf until they are three years old. Allowing them to go to the
bull at one year old is a most absurd practice — for when the beast is con-
tinuing to grow, and has arrived at that age when the form is most rapidly
developing itself, a sufficient quantity of nutriment cannot be devoted to
the calf. Either the mother or the offspring, or both, must materially
221
suffer. Besides, it often happens that when such young heifers fall in
calf, they miss in the following year, and thus nothing is gained in the
stock, while to the animal itself it is evidently injurious. It should also
be arranged that the young heifer should calve in the months of May or
June, when the grass is most succulent, and a greater abundance of milk
will be afforded.
Leaving this important subject to the serious consideration of the
reader, I will conclude by advising the breeder not to permit his bulls to
propagate their species until they are two years old ; nor should they be
used on the same farm more than two or three years, otherwise he will
soon have amonsf his stock the commencement of that deterioration
which accompanies the "in and in" system. No more than twenty
-cows should be allotted to one bull, nor should the same animal be per-
mitted to serve more than two cows in one day. He may then expect from
good sires and dams a healthy and beautiful progeny, an ornament to a
farm, profitable to its owner, and a pride to the State in which they are
reared.
CATTLE BREEDING.
Green Bay, November 25, 1852.
Dear Sir: — Agreeably to your request that I should prepare a paper
upon cattle breeding, I reply, that I am a great admirer of good breeds
of cattle, and that a fine ox, cow, or bullock always receives my particu-
lar attention and approbation.
In treating upon this subject, there seems to be three things necessary to
be taken into consideration, in order to enable the Wisconsin farmer to
pursue successfully this branch of business, viz : the kind of stock to
breed from, the method of breeding, and the profit and loss ; for, while
be may be induced to send East and procure blooded stock, so called,
at a great expense, and while he may, by great care and attention, suc-
ceed in raising a very fine stock of cattle, still, when he comes to balance
the account between himself and his cattle, he will find that they are
indebted to him in a greater amount than they will bring in any market,
and that, instead of being engaged in a profitable business, he has lost
money by the operation. This fancy system of farming may do well
222
enough for a few individuals, who are abundantly able, and have a taste
that way, and may be the means of doing some good ; but as a general
thing, our farmers are too poor to pay much for fancy. They are after
the dimes and dollars ; they need them at the present time ; and if I can
say anything to assist them in this laudable pursuit, I shall consider my-
self abundantly rewarded. I do not think that the prairie, or any other
section of our State, at this time, is in a situation, to make cattle raising
to any great extent, profitable ; or at any rate, to make it a leading branch
of business. But, though I would not advise our farmers to make cattle
raising their principal business, I would advise them by all means, to
raise a few to dispose of every year ; and as it is as cheap to raise a good
animal as a poor one, they should be good, as a matter of policy. The
first requisite in cattle-growing is to procure a good stock to breed from.
Unless this is attended to, the care and attention necessary to produce a
good animal, is partially thrown away upon an inferior one.
In selecting cattle to breed from, certain qualities should be souglat
after, and in whatever animal these are found in the greatest number,
whether it has been imported from the north or south of England, or
was brought from New York, or Illinois, that animal should be taken as
a breeder. I should prefer, however, to take those that had been the
longest time in this State, or native cattle (so called), if I could find
those possessing the requisite good points; for in doing so, I should thus
get those that had been acclimated, which is a consideration worthy of"
the attention of the farmer. At many of the cattle shows in the Eastern
States, the first premium has been awarded to native cattle, even where
the Durham and Devonshire stock were on exhibition.
The first quality to be sought for in a breeder is size or weight, as the
ultimate destiny of all the cattle race is the shambles ; and as then, how-
ever valuable they may have been in other respects, their weight must
be the criterion of value, it is important that they should be of good
size. They should be long-bodied, straight sided, with heavy quarters ;
a straight, plump ham, running down full to the gambrel joint; a good
loin and heavy straight back; a straight, clean, bony leg, not too long;
a small neck ; small slim horns ; a small clean head ; a prominent eye ;
and a slim tail, running out small from the body like a thrifty hickory-
sprout, and of one color. The last requisite, however, is somewhat a
matter of taste, and in any other respect not essential. They should
possess a quiet, good disposition ; this is rather an essential quality, whe-
223
ther they are to be used for -n'ork, the dairy, or for beef. It is much more
pleasant to handle them as a working team or as milkers ; and in the
stall they fatten much easier than a peevish, irritable animal. They
should be free from vicious habits. Notwithstanding the old adage that
"a good cow may have a bad calf," and vice versa, yet, as a general
thing, I would not select a bad cow with the expectation of having a good
calf; and as the doctrine is pretty well established that the acquirements
of an animal, as well as their natural qualities, are transmissible from
the parent to the offspring, a cow that has acquired the habit of throwing
down fences with her horns, kicking, or any other vicious practice, ■vrill
be very likely to transmit those qualities to her calf.
Havinsx selected the stock to breed from, the next thing for the consid-
eration of the farmer is, how they shall be raised, or how taken care of.
In many respects, good breeding is synonymous with good feeding ; and
the farmer should not, on any account, undertake to raise more cattl-e
than he can keep well. It is absolutely necessary, in order to produce
the full muscular development of the animal that it should be kept grow-
ins: from the time it has calved until it has attained its full jjrowth. Thev
should be provided with warm sheds or stables through the winter to
protect them from the inclemency of the weather. Without a warn
shelter during the winter, and good keeping the season through, the bes ,
imported breed that is brought into our country will deteriorate and
become no better than our common stock. Take, for example, a calf oi'
the best Durham or Devonshire breed, and winter it on the north side o.'
a straw stack, and there will be a shrinking away of all its fine propor-
tions. It will become pot-gutted and hump-backed ; and whatever care
may be taken of it afterwards, it never fully outgrows the effect of its
first wintering.
I do not think that the climate of Wisconsin, or of any State of the
Union north of forty or forty-one degrees of north latitude, is as favor-
able to that perfect development of the cattle kind as a more southern
latitude ; and although they may be made to obtain about the same state
of perfection as they do further south, it must be at the expense of con-
siderable more care and attention than is required in a more temperate
climate. I think that that portion of the United States embraced within
from about the thirty-fifth to the forty-first degree of north latitude, is
the best adapted to the production of good cattle.
Care should be taken of the health of the cattle ; and as cleanliness
224
is a preservative of health, the stables where they are housed should be
kept clean and the animal free from vermin. The curry-comb or card
should be used frequently, in order to keep the skin in a healthful state.
When we consider that two-fifths of all the food and drink Avhich is
taken into the stomach, passes off through the skin by insensible perspi-
ration ; and that very many of the diseases with which the human as
■well as the brute animal is afflicted, are caused by obstructions or dis-
.eases of the skin, too much care cannot be taken to maintain in health-
ful action the functions of this important organ. The best way to
eflfect this is by friction, produced by the card or curry-comb, applied as
often as once each day. Cattle that are intended to be stall-fed through
the winter, should be kept on the best of pasture the farm affords
through the previous summer and autumn, so that they may go into the
stalls with as much flesh on them as it is possible to put on with grass.
The practice of putting very poor cattle into the stalls for the purpose
of fattening them on grain, is, to say the least, very poor economy. In.
regard to preparing the feed for fattening animals, various opinions pre-
vail, and various systems are practised by feeders. They all concur, I
believe, in the advantage of having the grain ground or chopped ; and
afterwards, some practice the method of fermenting and souring the
meal before it is fed. This method is liable to the following objection :
all farinaceous substances, when exposed to heat and moisture, undergo
three kinds of fermentation, the saccharine, the vinous, and the acetous.
In the first stage, sugar is produced ; in the second, alcohol ; and in the
third, vinegar. And Avhile, in the first stage, the feed is very nutritious,
in the second it is less so ; while in the third, it is nearly worthless as a
nutriment. The objection to this system of preparing food is, the diffi-
culty of keeping it in the first, or even the second stage, especially if
the weather, or the room where the souring tub is set, be warm ; in that
case, it passes very rapidly into the third stage. The consequence is,
that one-half the feed is given in its sour, or worthless state ; hence,
giving food prepared by this process, is a great waste of the raw mate-
rial. Others recommend the plan of boiling or cooking the meal before
it is fed. I know of but one advantage this course possesses, and that
is, that it is easier to digest, and in warm Aveather it is a very good way
of preparing feed ; but in cold weather, I would prefer to give the meal
in its raw state, from the fact that it is harder to digest ; and the more
the stomach has to labor to digest its food (if it be able to overcome
225
the difficulty) the greater the amount of animal heat which is thereby
generated, thus contributing to the comfort of the animal. I prefer,
therefore, to have all kinds of grain for feeding, ground, (the finer the
better) ; not merely cracking the kernel, for, if grinding confers any
advantage, the finer it is ground the greater is the benefit derived. It
also brings in contact with the juices of the stomach, a greater number
of particles to become assimilated into nutrition. I would also recom-
mend grinding corn with the cob ; or, if rye be used, to mix with it oat-
meal or bran ; thus increasing the stimulus of distension, which is very
beneficial in the fattening process.
Cattle, when driven to market, should never be whipped, or driven on
a run, as in doing so, there will be as much flesh driven off in a few
days as was put on by the last month's feeding. They should be treated
with kindness and gentleness from beginning to end. In fact, all of our
domestic animals are greatly benefitted by kind and gentle treatment, and
their growth and condition improved thereby.
In regard to the profit and loss of cattle-growing in this State as a
leading branch of agricultural pursuits, there may be, and I have no
doubt there is, a difference of opinion. That every farmer should raise
a few to turn off every year, all will admit. This Avill enable him to
dispose of his coarse fodder to an advantage which otherwise would be
thrown away.
To make it a leading business, especially in the prairie portion of our
State, must depend in a great measure upon the success attending the
cultivation of the tame grasses. The grasses and herbage that grow
spontaneously on the prairie make a very nutritious food for cattle in the
spring and summer, and they gain flesh faster during that season than
they generally do on the best cultivated pastures — but about the first of
August, the prairie field begins to die, or dry down, and the first frost
completes the destruction, so that it possesses little or no value — as an
autumn feed. Cattle begin to shrink, or at best, do not gain any ; the
cows fail in their milk, and the best season for fattening cattle is lost ;
and the profit of the dairy is very much reduced for the want of good
feed in autumn. One of the principal objects in cultivating the tame
grasses is to supply this deficiency ; and if the prairie soil will produce
the cultivated grasses in such a way as to make a thick, heavy under-
growth, this end will be attained. It is not sufficient that it produces
merely the stalk ; it must spread out and cover the ground with a thick,
226
heavy mat. This will enable it to resist the effect of the frosts and sup-
ply a nutritious feed until quite late in the autumn. If this can be
effected, it will be quite easy to raise cattle on the prairies ; otherwise, I
think it will prove to be rather of an up-hill business. This will also
apply to the dairy and wood-growing branches of husbandry.
I should advise the prairie farmer, if he wishes to cultivate the
tame grasses, to seed very heavily, to sow at least one-half a bushel
of timothy seed with one-fourth of a bushel of the large, red clove*
seed to the acre ; or if timothy be used alone, from three-fourths to a
bushel per acre. This may be considered expensive seeding, but the
first crop will more than repay him for his extra expense ; besides, it
enables it more effectually to resist the freezing and thawing of winter
and spring. The heavy timbered portions of our State, so far as I am
acquainted with them, produces all the cultivated grasses and the clovers,
very naturally, almost spontaneously ; and when the timber is cleared
off, and the grasses are cultivated, it will be one of the best grazing sec-
tions of the Union. The question is frequently asked, what branch of
business the farmer ought to pursue, in order to realize the greatest
amount of profit as the result of his labor. The wheat crop heretofore
having been the main dependence of the farmer, and having partially
failed for the last three or four years, and wheat, when produced, hav-
ing been sold at so low a price, that it has almost discouraged him in
continuing it as a leading business, has rendered it necessary for him to
turn his attention, in part at least, to some other system of Agriculture.
The question then is an important one, and ought to be well considered in
all of its bearings ; for much, very much of his future prosperity depends
upon a correct solution of this question.
The soil of our State generally is rich beyond comparison, producing
all of the summer grains usually grown in northern latitudes in the
greatest abundance, and with good husbandry, there is but little danger
of a failure ; but the objection to raising these grains by those who live
in the interior of our State, is, that the expense of hauling it over bad
roads, a great distance to market, takes off all the profits, and leaves
little or nothing to the producer. To this I answer, that the farmer
should not (if he can avoid it) take the first kernel of his coarse grains
off from his farm. When he undertakes to wagon it to market, his time
and money are thrown away. He ought to be prepared to feed every
bushel of it on his own farm.
227
If this proposition be correct, then the question arises, to what ani-
mals shall his coarse grains be fed, in order that he may realize the
greatest amount of profit ? In our present state of agriculture, it is my
opinion that the hog is by far the most profitable animal the farmer can
raise. In forming this conclusion I have not been influenced by the high
prices of pork and stock hogs, that have prevailed during the last year,
but I have taken into consideration the ruling rate for the last ten years,
and the probability of its continuing at the same, or at higher prices for
several years to come. The present demand for stock or store hogs, is
very great, and there is little danger but that it will continue. The
whole of the New England States, and a part of the States of New York ,
Pennsylvania, New Jersey and Maryland are looking to the West to fill
their pens with store hogs. This demand has heretofore been supplied
principally from Ohio, Kentucky, Indiana and Illinois ; but there is no
good reason why Wisconsin should not assist in supplying the wants of
the East in this article, as her facilities for transporting it to market
are equal to any of these States. It will also give the producer a choice
between selling his hogs before or after they are fattened.
Stock hogs can be transported from any of the Lake ports in Wiscon-
sin to the Brighton market for one dollar and fifty cents per hundred, so
that it is a safe calculation to estimate their price on any farm in this
State at two dollars and fifty cents per hundred, weighed up alive. And
it is equally as safe a calculation to estimate the average price of pork
at any of our Lake towns at three dollars per hundred, dressed. An
hundred pounds of pork can be produced at a less expense, in this State,
than an hundred pounds of beef, and it will command a higher price in
any market. An hundred dollars, invested in pigs, will gain faster, even
if the pigs be fed on grass, than the same amount invested in young cat-
tle. Two dollars and fifty cents per hundred for store hogs is a much
greater price than store cattle will sell for, in this State, weighed in the
.same way. Fattening pork presents this advantage : it enables the pro-
ducer to feed out all of his coarse grain on his own farm, which he ought
to do by all means ; and instead of hauling it to market at a great ex-
pense, he can make it walk to market with comparatively but a very little
expense. It would be interesting to see some four or five thousand bush-
els of grain, the production of our rich prairies, walking to market in a
large drove of fat hogs.
In conclusion, permit me to say that I feel great interest in the welfare
22S
of Wisconsin farmers. Our prosperity, as a State, depends upon their
success. May they therefore study to make themselves acquainted theo-
retically and practically with the science of agriculture, and carry their
researches into all the natural sciences ; and by a correct system of men-
tal and moral education, be prepared to take a conservative part in all
of the great moral questions of the day, and bring to the counsels of our
State and Nation not only an enlightened mind, but a good conscience.
That the Wisconsin State Agricultural Society may be greatly instru-
mental in producing this result is my sincere wish.
Yours, respectfully,
URIAL H. PEAK.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State A^r. Society.
DAIRYING.
FiTCHBUEGH, December 10, 1852.
Mr Dear Sir: — Your letter of Dec. 5th, requesting me to furnish my
experience in butter and cheese making, and requesting my views in rela-
tion to the business of dairying generally, its present condition in Wis-
consin, and its prospects for becoming a leading and profitable branch of
business to our farmers, was duly received ; and desirous of doing what-
ever may be in my power to hasten improvement in the agriculture of
our State, I comply Avith your request by placing at your disposal the
following thouo^hts and sur^estions :
While I have never considered Wisconsin, as a whole, to be preemi-
nently a dairying State, yet there are many portions which are well
adapted to the business, and in which the farmers will find a source of
profit equal to, if not surpassing, that realized in some of the best grain
growing districts of the West. It is obvious that the native or prairie
grass does not furnish the kind of pasturage requisite and necessary to
render the business profitable — a fact which every farmer who has spent
a few years in this country well knows. The advantages of pasturage
upon timothy grass, clover and red-top, for cows, are readily acknow-
ledged, but the opinion is so prevalent, that these grasses cannot be
229
srrown with such success in this State as in the older States of New Eno-land
and New York, that many of our farmers are not disposed to make pro-
per exertions to obtain such pasturage and meadows. Our marsh lands,
however, are generally susceptible of being plowed and seeded with timo-
thy and other cultivated grasses, and being the lands best adapted to the
growth of grass, I am sanguine that they will yet be converted into mea-
dows and pastures which will produce, bountifully, feed of the best
quality for cows and stock generally. The heavy timbered land in the
central and northern portions of the State, and the prairies of dark col-
ored soil, it is believed, can be made to produce the cultivated grasses.
The soil of burr-oak land and that of sandy prairies I regard as not so
well adapted to produce grass as grain. Grain growing is the best use
to which the latter soils can be put. It will readily be perceived that
one of the greatest difficulties that lie in the way of profitable dairying
is the labor and expense requisite to convert such land as is best adapted
to the business into meadows and pastures that will furnish the best feed
for cows. I doubt whether it ever will become a source of much profit
while cows are pastured on the native grass in summer, and fed in winter
with hay gathered from the marshes. Let none mistake my apprecia-
tion of the wild grass of this country — it has served an excellent purpose
in the settlement of Wisconsin — and while condemning it as not the feed
to make cows give milk in large or rich quantities, I readily admit that it
will cause them to thrive and even fatten in summer. But all experienced
farmers are aware, that the best food for fattening cattle is not invariably
the best to cause cows to give milk.
As to the best breeds of cows for a dairy it is proper to remark, that a
diversity of opinion prevails among dairymen. The Devons are held by
many in high repute, while Durhams are preferred by others; but among
the native breeds can also be found many of the best kind of cows. It
requires considerable judgment and much experience in the management
of cows, to select good ones in all cases ; some writers mention certain
infallible signs, but we are not aware that such indications are always
found to be true indices of the worth of cows. But aside from the .gen-
eral appearance of the animal, there are undoubtedly some points worthy
of observation, such as a good sized bag, sound teats of fair size, hair
on the bag of orange color or dark brown, legs small and flanks deep,
&c. There are but few farmers who are ignorant of the importance of
selecting the best cows for dairy purposes, it is of no less consequence
230
than their good management afterwards. There is one point especially
which should be carefully observed in managing cows ; they need good sta-
bling during the winter season, and during cold weather at any season of
the year. It is bad economy to leave cows exposed to the chilling blasts of
winter for three or four months in the year, without even a hovel to shel-
ter them from the storms and cold ; animals are, it is true, by nature
better prepared to endure cold than men, but still they are susceptible to
its severities. When properly sheltered and cared for, they consume less
fodder, are kept in better condition, and in the spring are in good order
and healthy. Many farmers entertain the idea that cows that cannot bo
wintered in the open air are unprofitable ; they want tough cows that can
endure all weather. The most experienced dairymen in central New
York, keep their cows in stables invariably during the cold weather, feed
and milk them there, and take as much care of them as they would of
their horses. Another important fact should be noted, and a remedy
applied, which will increase the quantity of milk ; during the latter part
of summer and in the fall, the feed has become dried as it often does, and
cows will give but little milk unless they are fed something besides what
they can obtain from the pasture ; this can be remedied to a great extent
by feeding them corn stalks. Let farmers, in the month of June, sow
corn broad cast, and as the season advances and cows begin to fail of
milk, commence feeding them once a day with the corn stalks ; the even-
inor is the most suitable time, the effects are most salutary upon milch
cows, and it well pays for all the labor and trouble incurred. During
the latter part of winter, and through the months of March and April
especially, it will be found highly beneficial to feed cows with mess of
some kind ; bran is excellent for this purpose. This management will
greatly increase the quantity of milk. After cows have been fed hay in
their stalls in the morning, clean out their mangers and place before
them messes of the kind above mentioned, and they will eat with a
hearty relish. Let them be turned out each day during the winter from
ten o'clock till four o'clock in the afternoon ; as the season advances and
the weather becomes warmer they need not be kept so many hours in
the stable. Another important matter should command the attention of
every farmer. Cows should be pastured as near home as convenient ; it
is no benefit to milch cows to be driven three or four miles every day,
nor to be suffered to run at large and range eight or ten miles, but a posi-
tive injury. They will not give the quantity of milk that cows do that
231
are kept in pastures convenient and supplied witli plenty of good feed.
Care ahould also be taken that when cows are driven up at night to be
milked, that it be done moderately ; dogs should not be suffered to worry
and chase them. Many think these matters of little account, but they
are points which the most experienced dairymen do not fail to observe
with due attention. Cows need plenty of water to drink, and they ought
to be pastured where they can have access to it. Where they are suffered
to run on the dry prairies, or confined in dry fields, they will come up at
nio-ht in hot weather panting for drink ; if they are pastured where there
are no running streams, some means should be devised by which they
can be supplied with water.
Very little has yet been done in Wisconsin, in making cheese : those
who have done anything in the dairy business in this State, have mostly
turned their attention to making butter ; the fact that with but few cows,
or with even one or two, people can make butter advantageously, while
it requires a larger number than most farmers keep to make cheese,
accounts for this. The process of making it varies considerable among
dairymen, and it is impossible for me to say what manner of making it
is most observed. An old and experienced dairyman, in New York, who
has been in the business about forty years, has, for a long time, made
cheese in the following manner : The milk after being strained into a tub
or into pans according to the quantity obtained, is suffered to remain
during the night for the cream to rise, which, in the morning, is taken
off. Some prefer to let the cream be mixed with the milk, it renders it
a little richer, it is true, but it would be difficult to tell the difference by the
taste of a cheese made with all the cream, and one made with one night's
cream taken off. The night's milk is warmed in the morning, and put
in with the morning's milk. After having attained the temperature of
blood-heat, let the rennet be put in ; if the temperature is right, the milk
will set and curdle in twenty-five or thirty minutes. It is important that
the rennet which produces the curd, should be properly preserved, and
kept ready for use ; let it be thoroughly cleaned, and salted sufficient to
keep it sweet and free from all impurities. When thus cured, when there
is occasion to use it, let it be soaked in brine, and the liquid is obtained
which curdles the milk. After the milk is properly set, which will be
plainly indicated by the thick curdled appearance of it, let it be broken
up as fine as possible ; this can be done with an instrument made of tin
•called a cheese cutter. After this process the whey is dipped off, leaving
232
the curd by itself, which should be pulverized still further by the hand,
till it is crumbled into fine pieces. Then let a quantity of whey be put
in a boiler heated, or as some dairymen practice, who have everything
convenient, pass a tin heater through the vat containing the curd and
whey. The proper temperature of scalding may be ascertained by squeez-
ing the curd in the hand ; if it is sufficiently scalded it will give forth a
squeaking sound indicative of sufficient heat. Let the heated Avhey then
be drawn off, and the curd salted with common salt, the quantity used is
not uniform, some use more and some less ; it is essential that enough be
used to preserve it, and not so much as to render it impalatable.
This point can be attained by any one who exercises some degree of
judgment ; the taste of the curd is the guide of most people while salting.
It makes but little difference whether the weather be hot or cold, the
quantity required is the same. If a cheese is salted too much it will
become hard, and on being broken will crumble, but if not salted suffi-
ciently it will be tough and possess a strong, disagreeable taste. • Care
should be taken that while salting the curd, it be thoroughly stirred so
that it be all seasoned alike ; then let it be put into a cheese hoop of a
size suitable to the quantity of curd, place it in a press, and let it be
pressed till the whey ^ all pressed out which may be done in the space
of twelve hours. The kind of cheese presses in use are various, and
every farmer engaged in the dairy business has his preference. It is
desirable that a cheap press be used if it will answer the purpose ; some
of the numerous patent presses are well calculated to secure their object,
but they are too costly to be used by many. The old fashioned lever
press is extensively used now by the dairymen of Central New York ; it
costs but little and it gives a constant pressure which is highly desirable
in pressing cheese. The greatest objection to it is that it requires con-
siderable space. After the whey is all pressed out let the cheese be taken
from the press and the outside thoroughly rubbed with whey oil ; this
substance is made from the cream which rises on whey set in tubs or
kettles ; churn this cream in the same manner that the cream of milk is
churned until the butter is made, then simmer it over a fire into oil suit-
able for dairy use. Some color the outside of cheese with coloring mat-
ter, rocoa or some other substance of a similar nature ; this substance is
also used to color the curd at the time of setting, and give a bright, red-
dish cast to a cheese when made. But all this is merely for the purpose
of pleasing the eye ; it adds nothing to the goodness of the article. It
233
is the practice at the present time among dairymen to bandage cheese as
soon as they are taken from the press and oiled ; this is done with a kind
of cloth called cheese sacking. There is a better method of putting the
bandage upon the cheese, however ; it will be recollected that the curd is
first put into the cheese hoop for pressing in a sack made of coarse cotton
cloth ; after the cheese has been in the press six or eight hours it is neces-
sary that it be taken out and turned over for the purpose of giving it
good shape. When this is done, let a bandage, made to fit the circumfer-
ence of the cheese and lap two or three inches over the sides, be put around
it ; then as the cheese is pressed the bandage becomes snug and fits per-
fectly. Bandages that are put on after the pressing is finished are apt to
be too loose. The advantages of this are, that it prevents the cheese from
spreading and cracking, keeps it in good shape, and prevents flies from
working at it. Green cheese weighs considerably more than when thorough-
ly cured ; it will weigh at least one-sixth or seventh more when green than
at the age of three or four months. During the hottest part of the sea-
son cheese is most liable to crack; when this takes place, great pains should
be taken to fill the cracks with pulverised cheese, which should be press'-
ed in tightly and the cheese kept well oiled. Let them be turned over at
least once a day without fail, and great care must be exercised to keep
away flies, and have the shelves kept neat and free from insects of all
kinds which are wont to gather in a cheese room. The room should be
kept as cool and dark as possible during hot weather.
The directions here given properly apply to a dairy of cows numbering
from ten to thirty, with which a cheese can be made daily. With a few-
cows it becomes necessary to have two day's time or moi'e to accumulate
curd sufficient to make a cheese of comely size ; the curd of each day should
be hung away in some cool place till enough is obtained to make a cheese;
then let it all be scalded and pulverized together : then proceed as we
have pointed out. The most common method of preparing cheese for
market is to put it in boxes ; a single cheese in a box made to fit. Let a
piece of brown wrapping paper envelope the cheese. Thus prepared for
market it suits purchasers. This manner of packing is far preferable ta
packing five or six together in a cask ; it is less liable to spoil in hot
weather, and looks better and nicer in market.
With regard to butter-making, I consider the best time for making it,
in Wisconsin, to be in the month of June ; since the pasture at this sea-
son of the year is the best and most nutritious, and cows will give at least
16
23i
Dne-t¥ird tqotc milk then than in the months of September and October,
At present most farmers pasture their cows on the native or prairie grass,
• and the fall of the year is not the best season for furnishing good keeping
of this kind ; the first frost that comes kills the grass, and then, unless
cows are fed mess, they will furnish but little milk. There are some points
with which most people are familiar relating to making butter ; it requires
a cool place in which to place milk for cream to rise in warm weather,
and a room of proper temperature is essential in cold weather. I have
seen what may be regarded the best possible arrangement for making
butter in the hot season, Avhich was a room above ground, cool, airy,
with shallow vats made to set pans into, and a small stream of water
•= turned to flow through them, thus cooling the milk; but such a conve-
Tiience every farmer cannot have. The best that many can do is to pro-
vide a cool room, build a frame to set the pans of milk on, in tiers one
above another ; the advantage of this is, that the air can circulate freely
about the pans, exposing the bottoms of them as well as the sides to its
action. It is desirable that the milk be kept as cool as possible in hot
weather, in order that the cream will all rise before the milk becomes
sour ; the butter is apt to have an unpleasant flavor if the cream is not
taken off" before the milk sours. Let the cream be put in stone jars and
placed in a cool position till it is churned : care should be taken that it
be not suff"ered to stand too long before churning, thus rendering the
cream bitter and the butter disagreeable to the taste. The treatment
after churning should be as follows : Let the butter-milk be drawn off",
then let the butter be washed in cold Avater repeatedly as long as the wa-
ter wall be colored in the least by the butter-milk; then work it over
with a ladle, not with the hands, until every particle of milk is worked
out. Too many are not particular enough in this matter — if any butter-
milk is left in the butter it soon sours and imparts a strong taste to it.
We often hear the complaint that butter is too soft, especially during hot
weather ; the cream should be kept cool previous to churning. Butter
should be salted with fine salt according to the taste : many salt it too
much, thinking its preservation depends wholly on the quantity of salt
used; this is an error, unless the butter has been thoroughly worked
over and freed of the butter-milk, salt will not preserve it. In packing
butter I have never used any other substance than salt and loaf sugar.
For family use it is a good way to pack it in stone jars, puttin >• down a
layer of butter three or four inches in thickness, sprinkle the same with
235
salt and pulverized sugar; and so on in layers till the jar is packed full.
The same practice may be adopted in packing it into firkins for shipment.
There is no difficulty in putting it down in this way ; if care has been
taken to free the butter of the milk, and properly salted. Then,
if packed as here directed, it will keep in good condition as long as
desirable. There are some dealers who object to the use of any other
substance than salt in packing butter, on the ground that such articles as
sugar or saltpetre impart a disagreeable flavor ; but the experiment has
been tried here in Wisconsin, and salt with sugar has been found to an-
swer an excellent purpose. As to saltpetre, I am unable to say anything
in relation to it as a preservative of butter — still I apprehend that it is
not absolutely necessary that any other substance than salt be used in
packing butter; in my opinion, the principal object to be attained after it
is thorouglily salted and otherwise prepared for market, is to exclude the
air from it as much as possible. This may be done by packing in tight
casks. I have been informed that butter is shipped to distant parts —
to South America and California — in the following manner : Small casks
packed full are stowed in large hogsheads, and then the latter are filled
entirely full with brine. Thus prepared it can be transported through a
tropical climate in a perfect state of preservation. It is strange that a
process so simple as that of making good butter is so little understood
by so many who keep cows and pretend to do a little business at dairy-
inir. That neatness ouijht, above all things, to be regarded in makinof
both butter and cheese is a fact well known to all who have anything to
do with dairying, and I simply remark, that if any entertain the idea that
butter and cheese made Avith slovenly hands will sell well in market be-
cause purchasers happen not to know who are the makers, they labor
under a mistake, and the sooner they undeceive themselves the better
for all concerned. Let these products of the dairy be sent into market,
bearing their own recommendation, and one which will bear a risfid ex-
amination. It is pleasing to dealers to see butter and cheese in market
that bears evidence of having passed through neat and careful hands.
As yet dairying has proved but a small source of profit in Wisconsin.
Those farmers who have turned their attention to the business, are many
•of them of the opinion that it cannot be made a source of great profit,
and consequently do not prosecute it with the expectation of realizing
much therefrom ; they regard our soil as not adapted generally to the
growth of grass ; the cost of clearing the heavy timbered lands, and the
236
expense of converting the marsh lands into meadows of timothy and
clover are regarded as great difficulties in the way of dairying. As the
country grows older, and fills up with inhabitants, some portions of it will
be found capable of being used for these purposes. At the present time
many of our farmers keeping from two to six cows do not even make
butter enough for the family use ; they sufifer their cows to range over
the country during the summer season, and in the fall, when the feed has
become scarce, they have made no provision to enable their cows to hold
out in the quantity of their milk. The bad economy of wasting one-
third of their time in hunting after cows that have strayed in the woods,
or on the prairies, is not seen by them ; and instead of enclosing fields and
baving some conveniences whereby time and labor may be saved, they
allow the old way to continue. Many settlers, it is true', come into the
new States with very limited means for commencing farming, but it is far
better to enclose fields, and keep cows and cattle where they can be found,
than to spend twice or three times the amount of time requisite to build a
fence in searching after them. Every farmer ought to make at least butter
enough for his own family use ; it is very bad economy for them to buy
it when they can just as well supply themselves from their own farms.
For a farmer owning eighty or one hundred and sixty acres of land,
three or four cows, and with plenty of means to keep them in good con-
dition, to be seen in market purchasing butter for his own family use
looks bad, and is a sad commentary on his management. We can sura up
all that relates to this matter in a few words : When our farmers more
generally realize the importance of dairying, we may look for some
improvement in the stock of cows, and better care in their management.
At present, every calf is raised, however meager, and what little can be
realized from cows, in the shape of milk and butter, by sufi'ering them to
roam at large, taking their chance like wild beasts, is considered clear
gain. But little is expected, and farmers are not disappointed in their
expectations. Let farmers first turn their attention to fitting their lands
for suitable pasturage for cows ; let them take some pains to have good
stock ; keep only good cows, and keep them well, and they will soon find
them not only a convenience as furnishing them a little butter and milk
for family use, but also a source of profit yielding a rich return equal to
the profits of grain growing. Farmers generally, in Wisconsin, must get
into the dairy business gradually ; the best that most of them can do at
present is to make a little butter. This they are better prepared to do
23T
to advantage than to make cheese. If they will take pains to improve
their stock every year, and seed down some portion of their farms with
timothy and clover, the time will not be far removed when good dairies
may be found in Wisconsin, and we shall no longer have it said that the
country is worthless for this business.
It is one thing to talk and another to act, and it is no less requisite for
farmers to set about this business in earnest, than to discuss the subject,
acknowledging the facts which have been here presented, and still suffer
year after year to pass, and no efforts to be made to bring about a dif-
ferent state of things. But when they shall feel, as well as say, that it is
for their interest to give more attention to these matters, we shall look
for a better state of things in the stock business. Much depends upon
the women in the dairy business ; to them is committed much of the
care and management of things pertaining to it, more especially the
making of butter ; and it is incumbent on them to give heed to all those
matters, which are of so much importance to a proper manufacture of
the article. Let it be borne in mind, that there is no need of making
poor butter ; it is not a process difficult to be understood, but one of the
simplest operations that can be performed. Be not indifferent to what
you read, for it may be of some service to you. Be at some pains to
learn the best methods of making butter and cheese, and you may find
yourselves amply repaid for all the attention thus bestowed. The few
thoughts which have thus hastily been thrown together, I present to the
friends of agriculture, claiming for them that consideration only to Avhich
they are entitled, and hoping that they may not prove entirely unser-
viceable. With my warmest wishes for the prosperity of the Society,
and of yourself.
I am, my dear sir, as ever^ yours faithfully,
B. F. ADAMS.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State Agr. Society.
FLAX CULTURE.
Symington Flax Factory, Mukwonago, Dec, 1852.
Dear Sir: — In compliance with your request, I take pleasure in again
sending you a communication on the subject of flax, for the next volume
238
of our "Transactions," in the hope that it may be found worthy of inser-
tion therein.
I fear that I am writing upon a rather unpopular theme. There was,
last spring, among our farmers a general movement -towards something
new in agriculture, in consequence of successive failures of the wheat crop,
and flax was adopted by many as offering the best chance for a profita-
ble change. I had shipped off all of my seed to Ireland and the Eastern
markets, before the close of Lake navigation, and, therefore, could not
meet the demand Avhich poured in upon me from all quarters, for sowing
seed ; and, as a flax grower, I should have been glad that little could have
been obtained elsewhere, for there is no doubt, but that a great quantity
of spurious seed was imported into the State, (I may safely say unin-
tentionally by the importers,) which, like the Canada thistle, will not be
easily got rid of, and will prove a serious evil when flax and seed are, and
not seed alone is, the object of sowing. Good flax cannot be produced
from the common run of seed raised in Ohio, Indiana, &c.
It is very well, so far as it goes, if the farmers can make the seed pay
of itself as a crop, and they never had a better chance of testing that,
than this season presented, because, though very unfavorable for the
fibre, the stalk being short, in consequence of the drought in summer,
there was probably as good a crop of seed as will occur in an average
of five years. I say it is well if the seed proves a paying crop of itself,
for that shows that no more profitable crop can be raised than flax, when
we shall have mills established throughout the country, to use up the
straw, which is by far the most valuable portion of it. It has always
appeared to me, that turnips may, with equal propriety, be grown for the
sake of the leaves, as that flax may be grown for seed alone. I rather
fear that a number of our farmers have gone into the culture of flax,
without due consideration, and, being disappointed in the result, a for-
midable check may be presented to its future extension, simply because
we have put the cart before the horse — grown the flax before we had the
appliances for its preparation in scutching mills. Why, in the present
abundance of capital at the East, the general extension of enterprise of
all kinds to employ it, and the pressing demand for flax in our own
manufactories, no more attention should have been devoted to -this arti-
cle, is beyond my comprehension. There is certainly no lack of encour-
agement. A gentleman, interested in the manufacture of threads, who
visited me last summer for the express purpose of seeing what foothold
239
flax growing had taken in the West, wrote me on his return, as follows:
"On passing through New York, I endeavored to get some of your flax
from your agent there, but he had sold out, and failing to get American
flax to suit our purpose, we have been compelled to order our supply from
Holland."
My exertions to introduce, and advice as to carrying on the trade, not
recklessly by large sowings, but systematically, with mills to keep pace
with the growth, are on record ; and it will be a matter of surprise ten
years hence, when flax shall have become, as I doubt not it will, a staple
article of agricultural produce, that so much apathy should have been
exhibited respecting it at the outset. I do not mean on the part of
farmers, for they, I think, have done rather too much, but manufactur-
ers East, and directly interested owners of water powers here, might
have embarked capital advantageously in this branch of business.
I have stirred up all within my reach, still, after five years labor, only
one mill, besides my own, is at work in Wisconsin, and that not through
my influence.
I expect the next published statistics will show an import into the
United States of 1300@1500 tons of flax, while we, in Wisconsin, with
excellent soil and climate for raising it, contribute only some 40 or 50
tons to the consumption.
So far as I have got returns for my flax of 1851, the prices realized
have been from twelve and one-half to fourteen cents per pound ; what
I have since sent forward, but of which I have not yet advice of sale,
should bring in the same proportion from fifteen to seventeen cents, being
of superior quality.
I send you a sample of flax of my crop of 1849, which has been treated
exactly in the manner practised in the celebrated Courtrai District on the
frontiers of France and Belgium. This sample is, perhaps, a little better
than the rest of the crop which was managed in the usual way in the fall
of 1849 and spring of 1850, but nothing appears in it to warrant the
adoption of the Courtrai system here. As I said in my last communica-
tion, that system is to hold the crop over for three years before rotting ;
I believe that this sample owes its superiority to the adventitious circum-
stance of having had first a covering of snow and subsequently sunshine
when on the grass.
I send you a pamphlet on the subject of flax, printed for private cir-
culation, by the eminent engineers, Messrs. Fairbairn of Leeds, England,
240
furnished to me by my friend Mr. Hartsliorne of Philadelphia. It con-
tains by far the best instructions for the management of all the processes
thi-ough which flax has to pass that I have seen in print. Part of it is
inapplicable to our present position in Wisconsin, that relative to the hack-
ling and spinning ; but probably that portion which treats of the raising
and general management of flax as a crop might be instructive to the
readers of the "Transactions," if they keep in view the modifications
which our soil and climate need, as detailed in my last communication.
I would especially direct attention to the simple machine for taking off
the seed, described therein, Avhich will do the work well, and speedily,
without injury to the fibre. I had a model of one of my own invention
ready to send you, but on reading this, I put it aside for the present.
I regret I have so little of importance to contribute to the forthcoming
volume of Transactions, but knowing, as you do, the Avarm interest I take
in the prosperity of the Society, you will take the "will for the deed."
I am, dear sir.
Yours most sincerely,
JOHN GALBRAITH.
To Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society.
[Extract from Messrs. Fairhairris Pam^hlet.~\
INTRODUCTORY OBSERVATIONS, AND DESCRIPTION OF
THE MODES OF GROWING, RETTING, AND
SCUTCHING FLAX.
There are few textile manufactures that present more interesting
points to the inquiring mind than that of Flax ; whether we consider its
rapid extension, or the great changes that have taken place in its mani-
pulations during the last twenty years ; that extension and those
changes together producing, as they do, a simplicity and an economy
which have resulted in placing within the reach of many a comfort, nay,
•even a luxury, that was previously attainable by few. For in the linen
manufacture are to be found fabrics of greater beauty combined with
usefulness, than perhaps in any other. This manufacture likewise
affords a most striking lesson of what machinery is capable of achieving.
241
in converting raw produce into finished fabrics ; for few materials have-
presented so many difficulties, or required such a variety of mechanical
contrivances, to bring them into a useful state, as the one on which we
are now about to treat. To trace these processes and point out the me-
chanical means by which these difficulties have been overcome, shall
now be our endeavor.
In a treatise of this kind, it would be out of place to enter very mi-
nutely into the agricultural operations required in the cultivation of flax ;
though it may be satisfactory to some of our readers to have a general
sketch descriptive of such as are now employed.
The flax plant, (Linum Usitatissimum,) consists of a woody heart or
boon, and the harl or flax fibre covered outwardly with a fine cuticle
which encloses the former like a tube ; it is cultivated for two purposes ;
first, for its fibrous material, properly called flax; and second for its
seed, which is much used for feeding cattle, as well as for making that
drying oil extensively used in a variety of arts, known in commerce
under the name of linseed oil. The stem of the plant is round and hol-
low, and grows to the height of about two to three feet, and then divides
into several branches, which terminate in blue flowers, consisting of five
petals, and succeeded by capsules divided into ten cells, in each of which
is enclosed a bright, slippery elongated seed. The leaves are long, nar-
row, sharp-pointed, and placed alternately along the stem and branches
of the plant. As the roots penetrate downwards about half the length
of the stem, the soils best adapted for its cultivation are those of a deep
free loam, such as are not liable to become too much charged with mois-
ture, or too dry, but capable of being rendered fine by tilth, such as
those situated in a valley bordering upon a river. If there be water at
a small depth below the surface of the ground, it is thought by some
still better, as is the case in Zealand, which is remarkable for the fine-
ness of its flax, and where the soil is deep and rather stiff",, and with
water almost everywhere at one and a half feet or two feet below the
surface. But if well manured and tilled, and if the seasons are not too
dry, fine flax can also be produced on high land ; it should not, however,
be in too great a state of fertility, nor be too much exhausted ; as, in the
former cace, the flax is liable to be too luxuriant and coarse, and in the
other, the produce would be very small. Light, sandy or gravelly soils
seldom answer well.
With regard to the choice of seed, it should be of a bright, brownish
242
color, oily to the feel, and at the same time Aveighty. The seed from
Holland not only ripens sooner, but also yields a greater quantity of fibre
than most others. American seed produces a common fine flax ; Riga
seed a coarser sort of flax, but a greater quantity of seed than any other,
and is suitable to a greater variety of localities. Riga seed, from the
circumstance of being generally produced from land of inferior quality,
when employed in any other than its native locality, finds an improved
situation, and consequently on most soils produces a luxuriant crop,
inclining, however, to rankness, but with a great abundance of seed ;
this seed, when re-sown on the same land, after the interval of a year,
produces crops yielding the best qualities of " fibre," though for subse-
quent re-sowing it becomes degenerated. The rapid progress of agricul-
ture at the present day, renders it impossible to fix at what period in the
rotation of crops that of flax should occur, though the general impres-
sion is, or rather was, once in seven to nine years. Experience has, how-
ever, proved thai it is never advantageous to re-sow the seed upon the
land that has produced it more than once or twice.
In preparing land for the growth of flax, the great object should be to
render it perfectly fine and mellow. With this view, where grass land
is to be prepared direct for this crop, it should be broken up in the autumn,
and left exposed to the atmosphere until the early part of the following
year, when it should be pulverized and broken down by heavy harrowing,
and then in the course of a week or two ploughed again, in which state it
may remain till the time for putting in the seed, when another very light
harrowing should be given, and ploughing performed afterwards with a
light furrow. But as the expense of preparing grass land direct for flax
may frequently be too great, it is desirable that some other crops should
intervene, of such plants as do not occupy the land long, and which are
benefitted by frequent stirring of the earth whilst they grow — such as
beans, peas, turnips, &c., because repeated stirrings are required to ren-
der the mould sufliciently fine and loose, and to help to kill the weeds,
which would otherwise do great damage to the flax. It is asserted that
the Livonians, when they clear wood-lands, burn the wood upon them,
and in this state prefer them to any other kind of soil for flax crops. If
the land be stiS", it should be exposed to the winter frosts to moulder it,
and loosen its parts. In the month of February, if the weather be not
00 w et, some very rotten dung (if artificial manures are not used)
should be laid on, and immediately covered over with the mould. The
243
seed should afterwards, at the proper season, be sown, and harrowed in
with a light or bush harrow, so as not to bury it too deeply.
From two to two and a half bushels is the ordinary quantity of seed
required for an English statute acre when soAvn broadcast. At this
point, however, discretion is required, for when the land is rich and fer-
tile, and the season favorable, if too much seed is sown, the crop is in
danger of lodging; and when that happens, particularly before the pods
are formed, the flax proves inconsiderable in quantity and very inferior
in quality. When cultivated in the drill mode, eA en at narrow distances,
a much less quantity will be sufficient than in the broadcast ; and in those
cases of drill sowing where the intervals are large, scarcely half the
quantity is required. When the crop is intended for seed, in whatever
manner the sowing is performed, much less will be necessary than where
the fibre is the main object of the grower.
The time of sowing is considered good from the middle of March to
the middle or end of April. But the last week of March or the first ten
days of April are best. However, in the south of Europe, it is some-
times sown in September and October, so that the plants remain on the
ground all the winter. These autumnal-sown are not so productive in
fibre, as those sown in the spring, but their yield of seed is better.
It may be laid down as a general rule, that land which is intended for
flax crops should be brought to an exceedingly fine tilth, in the way
directed above, before the seed is put in, and that it should be enriched
by some sort of manure suited to the quality of the soil. Lime in a caus-
tic state is injurious to flax ; therefore, when it has been used for manure,
it is better to intermit the culture of flax for a certain season. The
"Royal British Flax Association," in their report of last year, recom-
mend as a manure for replacing chemically, the elements of the flax
plant, for one English statute acre, a composition of
Muriate of potash SOibs.
Chloride of sodium (common salt) ... 28 "
Burnt gypsum 33 "
Bone dust 54 "
Sulphate magnesia, (Epsom salts) ... 56 "
And by the same authority, the following rotation of crops is suggested :
For 1851 ...Flax. For 1855 ... Flax. For 1859 ... Oats.
" 1852... Clover. " 1856 ... Barley. " 1860 ... Clover.
" 1853... Grass. " 1857 ... Clover.
" 1 864 . . . Oats. " 1 858 . . . Grass.
244:
As flax, wlien young, is a very tender plant, and is more easily checked
in its progress by weeds than any other that is usually cultivated in the
field, it is therefore indispensably necessary that this danger should be well
guarded against, in order to save future trouble and expense. It is con-
tended by some that the drill mode of sowing is the better, where the seed
is the principal object of the grower, as less is required to be sown, and
better opportunities are afforded for weeding ; the distances of the rows
or drills should, however, vary according to the circumstances of the soil
and the manner by which the crops are to be kept clean. For hand hoe-
ing, ten or twelve inches would be sufficient, but for the horse hoe a
wider space, of eighteen or twenty inches, would be required. When
thickly sown, flax runs up in height, and produces fine soft fibres ; Avhen
thinly sown, it spreads, and by the increase of branches produces more
seed, and is not so liable to be beaten down by the weather, as the stems
are stronger. When sown broadcast, the crops are rarely afterwards
attended to, though it is very useful, and, indeed, necessary, when the
plants have attained a height of two and a half to four inches, (which will
be in about a month,) that they should be at least once carefully weeded.
The custom of growing grass seeds along with the flax is little advan-
tageous for either crop, but, on the contrary, is very likely to injure
both.
Opinions are divided as to the best time for pulling the flax, where the
fibre is the principal object. Some think it should be pulled while green,
in order that the fibres may be softer and finer; others with the same
view, pull it up before the seeds are quite formed ; others again, not till
the seed pods begin to open; — certain it is that if pulled too soon the
fibres are soft and tender, and go too much into tow, and, if left till quite
ripe, they are always stiff and harsh, do not so easily separate from the
boon, neither do they bleach well ; consequently it seems the most rea-
sonable to pull it in a medium state, which is indicated by the stalks begin-
ning to change from a green to a yellow, when the leaves begin to fall,
and when the seeds begin to be of a brownish color.
It may be as well to observe, that when the stems are short and with
many branches, it will be better to make the seed the principal object of
the crop, and in that ease to let it ripen before pulling. This period of
maturity may be known by the points of the seed pods turning hard and
sharp, and the capsulus beginning to crack ; it usually takes place towards
the end of July or the beginning of August.
245
In all cases the flax should be pulled up by the roots, and laid in small
parcels upon the surface of the land, and great care should be taken to
place the root ends even with each other.
In pulling the flax, it should always be done with the intention (for
reasons afterwards shown) of stripping the seed; for this purpose it is
desirable to lay it in handfuls partly across each other, as the process of
stripping, technically called "rippling," is thereby facilitated, for the rip-
piers thus find the portions ready separated to their hand. It is import-
ant, even in this first operation, to separate and sort the flax according
to the qualities which various parts of the land may have produced, as it
is probable that each quality may require a peculiar treatment. Much
loss is frequently caused both to the grower and consumer by neglecting
this simple precaution. There arc two modes cf subsequently treating
the crop, each of which are alike satisfactory in their practical results ;
the choice, therefore, depends upon which may be the most convenient
to the grower to adopt. Where labor can be had, and where it is desi-
rable quickly to procure a money return, after thus pulling and sorting
the crop, the first operation is to ripple oft' the seed. This is sometimes
done after twelve or fourteen days' drying, but equally good, if not better,
results are obtained by performing that operation immediately after pull-
ing, as the flax requires less steeping afterwards, and is more easily sep-
arated from its woody stem. The rippling is performed by having the
ripple placed on the middle of a large cloth, spread on a convenient piece
of ground. The ripple is a sort of comb, consisting of one or two rows
of long triangular teeth, placed upright, by which the pods containing
the seed are removed from the flax. The manner of usina: this instru-
ment is to have it firmly fixed on the middle of a plank of wood, at each
end of which a rippler sits, when, by pulling the seed ends of the flax
repeatedly through the combs, the operation is executed in a very complete
and expeditious manner. The seeds afterwards require drying, when
they will separate from the pods of their own accord. In large estab-
lishments, where other occupations may render it inconvenient to perform
the above operations at harvest time, the flax may be dried without rip-
pling, and stacked as corn, till a more convenient moment, say the fol-
lowing spring. By this mode of treatment, the seed capsulus become
dry and crisp, and thus the seed can be separated from them by crushing
them between a pair of iron rollers, so arranged that the seed ends of
the handfuls of flax can be passed across the nip of the rollers, with its
246
length in the direction of their axels — thus avoiding at the same time the
danger of tearing the fibres, as in the hand rippHng, and the necessity of
subsequently thrashing the seeds from the capsules. The flax thus dried
may require a little longer steeping afterwards. Even whon there is no
intention of saving it, the seed should be still "rippled," or otherwise
taken off, as, in the operation of retting about to be described, it causes
premature putrefaction, by which the flax is much injured ; the imper-
fectly ripened seed thus saved will serve to be pressed for oil, &c. From
six to eight, but sometimes from ten to twelve, bushels of seed are pro-
duced from an acre.
After rippling, the next operation is to expose the flax plants to a de-
gree of acetous fermentation, termed "retting" or "rotting," to facilitate
the future separation of the woody from the fibrous parts. The two
most usual and general modes of doing this are known as water retting
and dew retting. In water retting, Avhen the flax has been cleared of its
seeds, it is loosely tied up at each end in small bundles, and placed in an
inclined position with its roots downwards, in pools or ponds three or
four feet deep, filled with soft and nearly stagnant Avater — any water hav-
ing mineral impregnations to be carefully avoided. These ponds should
be made with facilities to change the Avater at pleasure. It is desir-
able that the bands for tieing up the bundles should be of bass, or other
suitable material of little or no value, for if the flax itself is used, that
part employed for bands becomes of flecked uneven color. The color of
the flax generally is improved by a small stream of water continually
passing through the ponds during the steeping, which, even from a stream
comparatively soft, should be exposed to the atmosphere in these ponds at
least a week before being used, in order to be further warmed and soft-
ened by its influence ; but if from a spring of hard water, a much longer
time of exposure to the air is necessary. The time required for steeping
varies from a week to a fortnight, and depends upon the warmth of the
weather, as well as upon the state of ripeness of the flax ; the only cer-
tain criterion, by which to decide when the flax is sufficiently steeped, is
the moment when the boon, or ligneous part, becomes brittle and separ-
ates easily from the fibrous ; that is to say, when the rind will strip from
a piece of the stem six or eight inches long, without breaking or tearing
the fibre, or leaving any adhering.
This turn in the operation is very rapid, and therefore requires the
most exact judgment and the closest attention ; for if too long steeped, the
247
fibre becomes softened, and consequent!)', weakened, whereas, on tbe
other side, if the steeping is not sufficiently prolonged, the boon contin-
ues too adhesive to the fibre, and, consequently, creates waste and trouble
in the next, or "scutching" operation. As the fermentation is found to
proceed better in the absence of light, the ponds should be of such a size
as to be easily covered over with straw and sods for its exclusion ; upon
this covering a weight of stores capable of easy augmentation or dimin-
ution should be laid, in order to keep the flax entirely under water, for
if any part rises above, it will become discolored, and, consequently,
spoiled ; and as the buoyancy of the flax varies at difterent stages of the
fermentation, this weight will require to be regulated, so that while
always sufficient to answer its original purpose, it should at no time cause
undue compression. When the operation has arrived at muturity, the
bundles must be carefully lifted out of the ponds, and placed in a verti-
cal position, so that the water will drain ofi", when they should be united,
and the flax spread upon the grass.
In dew retting the same efl'ects, or nearly so, are produced by. leaving
the flax spread upon the ground exposed to the weather for some weeks ;
but this mode occupies a longer time, the fibre is less solid, and is often
injured by unfavorable weather.
Whether water or dew retted, the flax will require the operation of
"grassing," which consists in opening and spreading out the bundles thin-
ly upon the grass land, where it should remain from one to two weeks,
whereby the boon is rendered still more brittle. When well dried, the
flax must be tied up in convenient-sized bundles, and the greatest care
must be taken to keep the root ends even Avith each other. If this be
neglected, the flax is what is termed "badly handled," and wastes con-
siderably more in the subsequent operations.
A much more scientific mode of retting has recen+ly been introduced
into this country by an American gentleman, a Mr. Schenck, who, in a
comparatively few hours, by aid of artificial heat, has succeeded in ret-
ting flax sufficiently. As this improved method is now being rapidly ex-
tended, under the auspices, not only of private capitalists, but also of
public companies, the following description of it, taken from the last re-
port of the Royal British Flax Association, may be of interest:
"Mr. Schenck's method consists essentially in the employment of hot
"water. It is strongly recommended by the Royal Belfast Flax Society,
"and has been long enough in operation to warrant the publication of
* 248
"the opinion which is now almost universally entertained of its merits,
"The following is a description of an establishment for the prosecution
"of Mr. Schenck's process, situated on the Newport river,- county Mayo.
"It is taken from a report on the subject by Mr. M'Adam, the Secretary
"of the Belfast Society. He says, 'The tenements, containing the vats
"and drying shelves, are simple wooden sheds, of cheap construction. In
" one end of the building are four vats, set paralled to each other, the-
"length of the house. They are made of inch deal, in the form of a
"parallelogram, fifty feet long, six broad, and four deep. There are
"false bottoms perforated with holes. Underneath these are introduced
"the steam pipes, crossing the vats, and having stopcocks at their en-
" trance, by which the steam can be let on from the main pipe, as
"required. The steam is generated in a small boiler, which also serves
"to turn two hydro-extractors — a patent apparatus used to drive off a
"portion of the water with which the flax is saturated, on being taken
"from the vats.
"The flax is packed into the empty vats, on the butt ends, in a half
"sloping position, precisely as in the case of a steep pool, only one layer
"being the depth. The water is then let in, and a frame fastened over
-"the top of the flax, answering the end of stones and straw, or sods, in
"the steep pools — the prevention of the rising of the flax in the course
"of fermentation.
"The steam is then let into the pipes by turning the stop-cocks, and
"the water is some eighteen or twenty hours in becoming heated to the
"desired point, 85° to 90". The fermentation then commences, and no
"further steam is required, which is in forty hours afterwards, being
"sixty from the time of the admission of the water. At the end of the
"sixty hours, the flax is taken out, the water allowed to run off, and the
*'vat permitted to cool. The same process is then repeated, with fresh
"water and fresh flax. When taken from the water the flax is packed
*'in the hydro-extractor, which is a round vessel of iron, made to revolve
"by steam power with great velocity, the water being driven out of the
"flax on the principle of centrifugal force. Thirty beets or small hand-
"fuls are placed in this machine at a time, and about twenty lbs. of wa-
"ter are extracted in three to five minutes. A few hours suffice for the
''contents of a vat, each vat containing two tons of flax straw. The
"hydro-extractor only separates a portion of the water; the flax novr
'•remains to be thoroughly dried. In summer, or indeed for six months
249
*'in the year, this can be accomplished as usual by spreading on grass
"land in the open air. During winter, however, it is necessary to find
"other means of drying. A shed has, therefore, been erected, commu-
"nicating by doors, with the vat house, filled with ranges of shelves,
"composed simply of railings of lath wood in five or six tiers. The flax
"is spread lightly along these shelves by women, and the house is heat-
"edby steam-pipes. This house is capable of drying the full of one
"vat per diem. The flax when dried is made up in small beets or hand-
"fuls, of a size suited for feeding into the breaking rollers of the mill.
"About ten vats per week can be steeped in this establishment, say
" twenty tons weight of straw, and producing, say two-and-a-half to three
**tons of fibre. Thus, in one year, such an establishment would be
"capable of turning out 120 to 150 tons of flax for market, being the
*' produce of 400 to 500 statute acres. The fuel used for the boilers is
"principally 'showes,' with a small quantity of turf. Mr. Bernard esti-
" mates the cost of steepnig, drying, heating, and scutching the flax, at
*'£10 to j£ll per ton, which is £3 per statute acre. Subtracting say
" lOd. per stone, or 6s. per cwt. for scutching, the cost of steeping and
"drying would thus appear to be about 24s. per acre, — a sum certainly
"less than the usual estimates of these operations, as commonly per-
" formed by farm labor."
Another method has lately attracted much attention, being supposed
by Mr. Claussen, the inventor, and the public generally, to be new. Its
intention is to do away with the retting or fermenting process now in use,
by substituting a direct chemical action of c^ssolving the substances that
unite the fibres to the wood and to each other. This he endeavors to
effect by means of a strong caustic alkaline solution, followed by a slight
acidulous mixture. After this, he proposes to prepare the fibre for mix-
ing with cotton, &c., by cutting it into short lengths, and saturating it
with a solution of bi-carbonate of soda ; it is then taken out and immers-
ed in dilute sulphuric acid. The action of the acid on the soda contain-
ed in the tubes liberates the carbonic acid, the expansive power of which,
causes the fibres to split into the proper degree of fineness. The idea of
producing Flax Cotton from ordinary Flax, Hemp, and Tow, is by no
means new ; a description of a process for eff"ecting this having been pub-
lished in the Swedish Transactions for 1747, and the subject has attract-
ed much attention in Germany from time to time. Somewhat later,
BerthoUet, in his Book on Dyeing, describes a process very similar to
17
250
the one patented by Mr. Claussen, and which, from the curiosity of the
coincidence, may perhaps not be found out of place if transferred to these
pages. It runs as follows : — "A mode has been discovered of giving to
"the dressed hemp, and even to the tow, a division and fineness which
"qualify it for the same spinning processes as cotton; so that with this
"preparation alone, or mixed with cotton, stuffs may be made which
"have a much more considerable value than those of hemp in its natural
"state. It may likewise be mixed with silk, wool, and even hair ; and the
"yarn resulting from these different mixtures furnishes, in its numberless
"variety, materials for new trials interesting to the arts and to general
"manufactures. The process consists of the following operations: —
" 1. The fibres are covered with water, and left in it for three or four
"days ; after which they are boiled in simple water.
" 2. They are treated with a ley, and then passed into the oxygenated
"muriatic acid ; operations which should be repeated alternately four times.
"3. The fibres are now transferred into a bath of water, charared with
" 1 -100th of sulphuric acid, and left in it for half an hour.
" 4. The fibres, when taken out of this bath, are washed very carefully,
"and plunged in soap water. They are then stretched out, without
"wringing, on hurdles, and left to dry."
Amongst other observations upon the process above described, Ber-
thollet remarks that, "whether the finest flax or the coarsest hemp tow
"be employed, filaments equal in their fineness and whiteness are obtained."
Giobert, in his "Bibliot. Ital.," vol. ii., gives some extended and exact
observations on Berthollet's process, and he states them to be "the re-
"sult of operations on a large scale, which have brought into the market
"cottony cloth, and bales of this hemp-cotton, which were not distinguish-
"able from ordinary cotton;" from which it appears that great attention
had been paid to the subject, and considerable expense incurred in the
experiments. Judging, however, from the fact that these so similar pro-
cesses have fallen into desuetude, and also from the very small amount
of success which has hitherto attended Mr. Claussen's eflforts, we may
be justified in expressing the opinion that no very beneficial or profitable
results are to be looked for, and that the manufacture of flax, as at pre-
sent conducted, will not be thereby in the least degree affected.
After the flax has been "retted," there still remain, in order to bring
it into the fibrous state, two operations to be performed, termed "break-
ing" and "scutching." In order the more perfectly to perform the Erst
. 251 ,
of these, the bunches of flax must be brought to a suitable degree of
dryness and crispness, as the object of crushing and breaking the "boon"'
into short lengths is thus more completely attained, and the subsequent
separation of the fragments from the fibre facilitated. The ordinary and
primitive hand machine is extremely simple, but not so effective as that
now generally in use, which consists of a series of pairs of fluted rollers-,
the rollers of each pair being placed vertically to one another. These
rollers are of iron, about two feet long and one foot diameter, and are'
horizontally placed nearly to touch each other ; each succeeding pair, from
that end of the machine where the flax enters, is made with somewhat
finer flutes than the preceding one, and revolves at a somewhat slower
speed, in order that the '"boon" may be more effectually broken. Con-
venient-sized handfuls of flax are placed upon a board in front of the
first pair of rollers, (great care still being taken to keep the wool ends
level, ) and are pushed endways into the bite, by which means they are
conducted to the next pair, and so on till they finally emerge on to an
inclined plank behind the last pair of rollers, from whence they are col-
lected and arranged by a second attendant, and delivered to the scutcher.
The scutching is performed, both by hand and by machinery, by beating
the stricks in the direction of their length, so as to divest the fibres of all
their extraneous matter. By hand, this operation is performed by grasp-
ing convenient portions in the left hand near the middle, and passing
them into a transversal slit cut in an upright board ; the flax is struck
repeated blows with the edge of a flat piece of wood, formed something
like a sword, being turned from time to time during the operation, and
when one end is sufficiently cleaned, the ends are changed. By this
method, however, a man cannot clean more than five to seven pounds
per day ; therefore the following machine is preferable, as by its assist-
ance four or five times the work can be accomplished in the same time,
and by an inferior class of work-people. This machine consists of a
number of circular discs, upon each of which are fixed the sword or
scutching blades, the slitted boards being still retained to support the
flax, as well as to protect the workman's hand. It is better to employ
three discs to work together, following each other, by which means the
tow can be sorted into three different qualities by the machine itself, and
the position of the blades can thus be varied so as to act in different ways
upon the strick. After being thus scutched, the flax is sorted and tied
up in bundles, in which state it is ready for the spinner's use.
/
252
THE CULTURE OF VEGETABLES AS FARM PRODUCTS.
BY JOHN W. PROCTOR, DAN VERS, MASS.
Grass, grain and vegetables are tlie staple products of the farms of
l^ew England. The culture of vegetables includes all that class of plants
growing annually, such as beets, carrots, parsnips, turnips, &c., which
are chiefly used for the feeding of stock. Experience in the growth of
these ihas shown a much more valuable produce than can be obtained
from grass or grain. Rarely will the gross value of an acre of grass or
grain exceed the sum of fifty dollars : when the nett proceeds of an acre,
of vegetables, after deducting all expenses, often amounts to one hundred
dollars. The growing of vegetables has greatly increased within the
last thirty years, and is destined to increase further, as their culture
: and comparative value is better understood. It is not my purpose to go
.fully into this culture, but simply to notice such facts as have come under
^my own observation, and such as have a tendency to show the benefits
to be derived from their culture.
The carrot is very generally cultivated, though not in large quantities.
Rarely do the fields of carrots exceed one acre ; they are generally
less. Twenty or more tons are grown to the acre, when the land is pro-
perly prepared. After they have been twice hoed and weeded, their tops
spread and cover the ground, so that weeds find little opportunity to
grow. They are generally sowed in rows, about fourteen inches apart,
and thinned out, so as to leave the plants four or five inches apart. "When
thus arranged in a good soil, and well prepared, the roots will so expand
as to touch each other, and yield nearly three plants to each square foot
of land, or thirty tons to the acre. I have known thirty-four or thirty-
six tons to the acre to be produced in the county of Essex, Massachusetts.
Col. Pickering says: "I am inclined to think a preferable mode would
be to sow the seeds in double rows, about ten inches apart, with inter-
vals of three feet between the double rows. In this case a deep furrow
being opened by the plow, the manure should be regularly thrown into
it, and covered by four back furrows, so forming a ridge over the manure ;
and the ridge being laid level, by a light harrow or roller, will then be
ready to receive the seed."
The short, chunky, yellow carrot is the kind generally preferred, both
for quantity and quality, and because it is more readily harvested. Car-
253
rots are used for feeding horses, cows, and every species of stock, and
generally estimated, per hundred pounds, about half the value of English
hay. The present season they sell readily at from nine to twelve dollars
per ton — hay selling at twenty-four dollars. Carrots are considered .a
good preparative of the ground for other crops, particularly the onion.
In some instances, carrots are grown in intermediate rows, between the
rows of onions, and then fair crops of both are obtained from the ground
at the same time, but we do not believe such a mode of cultivation
desirable.
The Beet, in its several varieties of mangel-wurtzel, sugar-beet, and
blood-beet, is much praised, and often recommended as a valuable escu-
lent for the support of stock. Mr. Colman, in his European Agricul-
ture, vol. II., p. 503, so speaks of it. Occasionally large crops, amount-
ing to thirty tons to the acre, have been obtained. Still, for some cause
or other, it is not extensively cultivated. Those who have grown them
a few years are apt to discontinue the cultivation. That the beet is one
of the most nutritive and palatable of vegetables cannot be denied-
Accurate experiments, continued for a series of weeks, have demonstra-
ted that cattle fed on beets will gain twice as much as when fed on the
same quantity of turnips. Beets will not do well, year after year, on the
same soil ; and no crop, to my knowledge, is favored by the growth of
the beet. It may be considered a great exhauster of the nutritive quali-
ties of the soil. It demands deep culture, and liberal manuring.
The turnip, with many, is the "crop of crops" — the one thing need-
ful on the farm. In England, it appears to be an almost indispensable
part of their cultivation. Such has been the impression of citizens of
'New England, who have visited that country ; such was the impression
of the farmer of Marshfield, on his return from it. I remember to have
heard him dilate on the turnip-culture of England, with eloquence most
persuasive. His practice has corresponded with his professions. No
one, who has visited his extensive fields at Marshfield, can have failed to
notice his verdant acres of English turnips, growing in neatly arranged
TOWS, and yielding a dozen or more tons to the acre, even on that shal-
low soil. How much of a dressing from the sea-shore had been applied^
I will not say, I think it must have been liberal.
The ruta-baga, or Swedish turnip, is the variety that finds most favor
in this vicinity. It is often grown in great abundance, with less expense
than most other roots. This, like every other variety of turnip, is exposed
254
to the ravages of insects, which materially lessens the crop. A small black
&j, and in dry se.isons, plant lice, are often extremely annoying to the
culture of the turnip. It is not easy to find any crop that will not have
some items on both sides of the account, when fairly stated. On the
whole, it is believed that the culture of the turnip, in its several varieties,
is destined to be an essential part of New England husbandry ; and
where better understood, to be more admired. The labor and expense
of growing turnips is much less than other vegetables. Accurate esti-
mates, by Mr. Brewer, of Springfield, Mass., the last season, show the
costs of turnips, to be only one-third that of carrots, and carrots can be
grown quite as cheap as beets, taking several years together.
The parsnip is a highly nutritious vegetable ; readily grown, and an
abundant producer. I have known square rods of this vegetable as pro-
ductive as any other. Why it is not more generally cultivated, I cannot
explain. Mr. Colman says he has looked in vain for it, among the Eng-
lish farmers, but understands it to be grown in abundance in some of the
islands adjacent to England. That it may be grown with good success,
in deep, rich soil, I cannot doubt; and that it is worthy the attention of
cultivators, I have great confidence.
For productive value, as a farm crop, no vegetable within my know-
ledge can be compared with the Onion. This has been treated so fully,
in an essay published in 1845, that little can now be said respecting it.
Still, as what was then said, has to some seemed almost incredible, it may
be useful to re-affirm what is certainly known from long and continued
observation. The culture of the onion may be continued on the same
ground for an indefinite length of time, with proper attention to pulveri-
zation of the soil, and manuring. It is a mistaken idea to suppose
because the bulb of the onion grows on the surface, that the soil does
not need stirring beneath. Any one, who will take the trouble to exam-
ine, will find the tender fibres of the plant extending to the depth of twelve
inches, at least, where the ground has been properly prepared. It is one
of those crops, that in a peculiar manner, reward diligence and care in
its culture. The great secret of the success, in this culture, in the East-
ern part of Massachusetts — where five, six, seven, and even eight hun-
dred bushels to the acre are raised — is to be found almost entirely in the
care applied, and not in any peculiar quality of the soil. Any land that
will grow Indian corn, with proper management, will grow onions. In
many places, it is thought that onions cannot be grown on their soil, and
255
accordingly their supplies are procured from abroad. Hundreds, I may-
say thousands, of bushels are sent annually from this county to Vermont.
I have known one hundred thousand barrels of this vegetable to be
grown in a single year, at the town of Danvers, in which I reside; occa-
sionally the crop is cut off by insects.
ON THE BLIGHT AND CULTURE OF THE POTATOE.
BY JOHN TOWNLEY, MOUNDVILLE, MARQUETTE CO., "WIS.
A celebrated French naturalist, whose vanity kept pace with his ac-
quirements, desired to have inscribed on his tomb, "a genius equal to the
majesty of nature," but, as was well said, a blade of grass was sufficient
to confound his pretensions.
Great undoubtedly is the progress made in science and art during the
present century : "we travel by vapor, correspond by lightning, and paint
■with the sun ; yet amid all our boasted achievements, now and again cir-
cumstances arise as if to remind us of the still limited extent of our intel-
lectual vision, that we yet see as through a glass darkly. We have wit-
nessed, for instance, the potatoe plant suddenly stricken with disease; the
leaves prematurely shrivelled and died ; the food of the people perished.
The mysterious visitation formed a prominent topic in speeches from
thrones — in debates of legislators, and in leaders of newspapers. Essays
and treatises, almost without number, were written on the subject, and
when we call to mind the various conjectures which have been hazarded;
the explanations which have been advanced to account for the malady,
surely there is cause for humiliation. In no country was greater
excitement caused by the disease than in Britain ; the loss of the crop
there in one season was of the estimated value of upwards of ^50,000,000,
and hundreds of human beings who had subsisted chiefly on potatoes
were hurried to premature graves. The Government was necessarily
alarmed and perplexed at the appearance of so formidable an evil. What
•can be the cause of it? How long is it likely to continue? Can we by
any means subdue or prevent it? were their anxious inquiries. Unable
to solve these questions themselves, they appointed a Royal Commission
to inquire into the matter. Grave savans, botanists, chemists, doctors of
philosophy, proceed to Ireland; they inquire into the condition of the
256
potatoe in the field ; select and take some specimens ; these were exam-
ined with the microscope ; probed with the dissecting knife ; dried in wa-
ter baths ; treated with reagents ; burned in crucibles ; their very dust
was analysed ; finally the Doctors compared notes ; the mountain brought
forth its mouse ; they pronounced the disease to be temporary, arising
chiefly from cold, cloudy, wet weather. The sagacious Sir Robert Peel,
however, who was then at the helm of affairs, had obviously little faith
in their conclusions ; he manfully avowed in his place in parliament his
conviction that the disease was not likely to be transitory in its duration
— that the people must have bread — the corn laws must be abolished.
The Royal Agricultural Society of England offered premiums for the
discovery of the cause of the disease and its remedy, and knoAving how
much misery had then been produced, and believing as I did most firmly
that the disease was not of a temporary character, nor yet owing solely
or even chiefly to anything peculiar in the weather, and fearing that the
Agricultural Society should coincide with the views of the Royal Com-
mission, I had the temerity to write to the Council of the Society on the
subject, not with a view to compete for their premiums, as I told them
knowing that I was precluded by one condition, but trusting the facts I
had to communicate might prove useful to them in forming their decision.
I quoted authorities, proving :
1st. That the potatoe was formerly considered the palladium against
famine, producing with certainty tolerable crops in adverse seasons when
most other crops were deficient, and that the failure had occurred in a
year when all other crops, wheat perhaps excepted, were abundant.
2d. That a moist season, such a one as suited the oat crop, had
hitherto been found most favorable to the growth of the potatoe, and
the oat crop of 1845 was one of the most abundant ever reaped in the
country.
3d. That a reference to meteororological tables and to agricultural re-
ports, proved that the summer of 1829 in England was so cold, nearly
twice as wet, more cloudy, and much more unfavorable to vegetation gen-
erally, than the summer of 1845, yet no such disease of the potatoe was
then developed.
4th. That the disease did not appear simultaneously throughout the
country, like the diseases of animals, arising from a peculiar state of the
weather, but like the epidemic diseases of animals, it commenced on its.
first appearance, at a certain point and travelled,.
257
5th. That the disease was experienced in Kent in the autumn of the
fine dry summer of 1844; and nearly destroyed the whole crop in a part
of the United States, in the midst of an intense and long-continued
drought.
6th. That it had been experienced in St. Helena, an island within the
tropics, five or six years, and in North America three or four years in
succession ; I inquired if it was proved, or could be considered probable,
that precisely the same adverse weather had been experienced in so
many different countries so far apart, and this for the first time during
the two centuries, the plant had been in cultivation.
Burns sings "facts are chiels that winna ding and dare na be dispu-
ted." These however Avere of no avail. The Royal Agricultural Society
endorsed the opinion of the Royal Commission, the malady was the
result of the cloudy and wet weather of the summer of 1845; but in the
following season, however, which was comparatively bright, the disease
was again developed ; every year, indeed, from its first introduction, it
has been experienced more or less, and in the last season, as I learn from
the press, and from private sources, it has been as virulent as ever in
England.
Some have supposed that frost was the cause of the disease, as if it
had become icy cold in so many countries, especially in St. Helena and
Madeira. Thunder and lightning have been charged with this grave
offence, as if there had been no thunder for 200 years before. Guano
was condemned by many, as though the disease had only appeared where
guano was applied. Telegraph wires were shrewdly suspected of hav-
ing something to do with the mischief — a plausible explanation, seeing
that the appearance of the wires and the disease were nearly contempo-
raneous. With many, insects were considered to be the cause. A doc-
tor detected some aphides peculiar to the turnip, strolling over a potatoe
leaf, they tasted here and sipped there, but did not, as he remarked, sit
down quietly to their victuals, as when on the turnip plant. He stated
that they evidently preferred the turnip to the potatoe, said they had the
power of destroying both plants; and yet, in 1845, when the potatoe was
first extensively blighted, the turnip crop was so abundant and excellent
generally, that in many instances, turnips had to be sliced and put upon
the land as manure, for the want of stock to consume them ; yet despite
of this important fact, a costly volume was published, to make us believe
that the turnip aphis was the cause of the potatoe blight.
258
There was one explanation, however, advanced on the first outbreak
of the malady in Europe, which carried conviction to my mind, that the
immediate or exciting cause of the disease was discovered beyond boubt,
and I will briefly explain the facts, which I consider conclusive on that
point.
The disease was attributed by the Rev. M. J. Berkeley of England,
Prof. Morren of Belgium, and I think M. Payen of France, to the attack
of a minute parasitic fungus, Botrytis iyi/estans. Before I proceed farther
it may be well to explain the habits of fungi, and how they injure plants.
Some species flourish on decaying matter and hasten its decay. The
blue mould observed in stale bread affords a familiar instance. Others
spring from the living tissue of plants and destroy it. Of the parasitic
tribe, the rust and smut of wheat are well known examples. The Ruta-
baga, if grown on a dry soil in this climate, appears liable to mildew. The
lower leaves may be seen to shrivel prematurely and die, and this, as I
have observed, may take place repeatedly, so that the leaves instead of
springing nearly direct from the crown of the root, are elevated on a
short stalk, and these roots are not unfrequently hollow and decaying.
The way fungi effect the destruction of plants is this : the substance of
a plant is composed of minute cells and vessels — cellular and vascular
tissue. Some contain air, some convey the crude sap, and others are de-
positories in which the elaborated products of the plant are stored up.
While the plant is living and in health the varied contents of the tissue
are under the control of vitality, but when attacked by a fungus the cells
are ruptured by its mycelium or spawn, the contents are mixed together,
released from the controlling power of vitality, and become subject to the
laws of chemical affinity ; hence, putrefaction and death of the part at-
tacked ensues. Most will have observed white threads or filaments run-
ning through decaying horse manure, this is the plant of some fungus,
suppose a mushroom, the mushroom which rises to the surface is the
fructification, the reproductive part of the plant which contains bodies
analgous to the seeds of plants of higher organism. When first the po-
tatoe plants are attacked by the parasite, small brown blotches may be
noticed on the leaves, generally towards the edge ; if these are carefully
observed they will be found to increase gradually in size, and on a moist
dewy morning, or in damp weather, there may be perceived just outside
the margin of the blotch on the underside of the leaf, a greyish appear-
ance, this is caused by the fructification of the parasite. It commences
259
at a poiut, and its spawn spreads like fire in nitrous paper. So exceed-
ingly small is the plant that with the aid of a good lens I am not able to
see the fructification distinctly, but when examined with the higher pow-
ers of the compound microscope it is a beautiful object, the fructification
having something of the appearance of bunches of grapes — hence the
generic name Botrytis.
In an inquiry like this, it is a matter of some consequence to know the
qualifications of the men who decided that a fungus is the cause of the
potatoe blight. Were they qualified by their previous knowledge and by
their opportunities to be competent observers ?
The Commissioners appointed to inquire into the matter by Sir Robert
Peel, of whom the celebrated botanist, Prof. Lindley, was one, acknow-
ledged that Mr. Berkeley was eminent above all other naturalists of
Britain for his knowledge of the habits of fungi. When the disease ap-
peared in England in 1845, Mr. Berkeley was residing in the country in
the midst of potatoe fields. On the 23rd of August Dr. Lindley pub-
lished an article, in which he hastily and most unfortunately ascribed the
rot to atmospheric influences, to the cold, cloudy, and wet nature of the
season. On the 26th of August, Mr. Berkeley received from his friend.
Dr. Montague, of Paris, some potatoe leaves infested with the parasite,
and at that date Mr. Berkeley wrote to Dr. Lindley apprising him of this,
and said, that he had inquired in every direction and could hear of no
tidings of the disease in his neighborhood, and that his own crops were
never more abundant or finer. A few days afterwards the disease reached
Korth amp ton shire, and Mr. Berkeley, like Prof. Morren, followed its
progress in various potatoe fields. The result of his observations at that
time and afterwards may be briefly summed up. He found that the same
fungus which had been forv/arded to him by Dr. Montague, from France,
which Prof. Morren found preying upon the plants in Belgium, and
which was a species new to all of them, in every case preceded the
work of destruction. It attacked the leaves when green, or yellowish
green, and caused them to decay. The attack on the leaves preceded
the putrefaction of the stems. The partial decay of the stems preceded
the decay of the tubers, and those tubers nearest the stem or surface of
the soil were generally first tainted ; and the same mould which springs
from the substance of the leaves uniformly bursts forth from the tubors
exactly at the spot where the decay originates. That the mould pro-
ceeds from within, Mr. Berkeley can state from personal observation, and
260
he believes it to be a fact that it could not establish itself on a decayed
substance. The parasitical fungus, botrytis infestans, is, therefore, to my
mind, most unquestionably the immediate cause of the potatoe blight. —
It is well known to be a power perfectly adequate to accomplish the eflfect
under certain conditions.
It may be well to notice the chief objections which have been urged
against this explanation. Many assert that fungi have not the power to
destroy plants : and even well-informed men, certainly not botanists, but
men having some pretensions to scientific knowledge, have said that
fungi prey upon decaying matter only, therefore, it is to them incompre-
hensible how they could possibly cause the disease. But instead of prov-
ing the fungal theory to be erroneous by such statements, they only
proved their own ignorance of facts of every-day occurrence, for no
truth can be better established, than that some species of fungi do
attack plants before there has been any visible appearance of decay, that
they spring from the living tissue and destroy it.
Others have said that in order to have produced the disease of 1845,
the fungus must have attacked every plant, and some fields in an
unhealthy condition were examined, without finding the least trace of it.
I have noticed fields of potatoes in a diseased state which was obviously
not due to the fungus ; the symptoms were altogether different. But
then, I have examined field after field for miles, attacked by the mildew ;
I. have seen the parasite commencing its ravages ; I have seen crops,
which at the first glance, presented an uniform healthy appearance, when
the lower leaves on examination were found to be attacked by the para-
site. And because, I have met with instances of disease not apparently
caused by the fungus, am I then to conclude, despite the evidence of my
own senses, and of the testimony of observers like Berkeley and Morren,
that the fungus, botrytis infestans, is not the immediate cause of the
blight ? The only conclusion that I feel justified in arriving at, is, that
another disease co-exists with that of the blight. The potatoe has, indeed,
been afi'ected by several distinct diseases of late years, and it is owing to
the want of a knowledge of this, and to the vain attempt to find one
cause, which will account for all the forms of disease that have tended
so much to perplex the question. If cholera was decimating the popu-
lation of a country, and a man were to find in certain localities, cases of
typhus and scarlatina, would it be considered a valid objection that
261
cholera could not be the cause of the epidemic, or excess of mortality,
because some were affected with other diseases.
The English Commissioners doubted whether fungi were the cause of
the disease. The theory did not appear to them well established ; not
because botrytts infestans is a species of fungus which preys exclusively
on decaying matter, and not a parasite which produces decay ; but, said
they, "if fungi were the original cause of the disease, it is difficult to
conceive why fields of potatoes, placed very near each other, should be
differently affected, or why certain varieties of the plant should be much
less injured than others." But what reasoning is this ? Surely it did not
occur to them that this objection might be urged with equal force against
their own explanation of adverse weather. Might we not as reasonably
object that fungi could not be the cause of a patch of mildewed wheat
because the whole field was not attacked. And the fact that the varie-
ties which the Commissioners said had offered the greatest resistance to
the disease were previously known to possess greater constitutional vigor
than those which signally failed, was sufficient to account for the different
powers of the parasite over these varieties.
The Commissioners were also "unable to reconcile with the theory of
the disease being caused by fungi, the remarkable fact that in its present
form it is certainly of modern origin. We must assume the botrytis to
have been co-existent with the potatoe itself, and therefore we must con-
clude that some recent causes must have come into operation favorable to
its increase to the present alarming degree." But why these "ifs and
doubts," upon a point which is capable of being decided by direct obser-
vation? If the fungus be a true parasite and not a species which preys
on decaying matter only, what does it matter whether we can understand
or not why different fields or varieties of potatoes should be differently
affected, or why the disease had not before been developed? If the
foundation be secure — if the main fact be placed beyond dispute, which
is the first thing to be considered, we may then be assured that all our
doubts admit of being satisfactorily explained, and our next endeavors
should be to find these explanations ; to discover, if possible, what are
the causes which have recently come into operation, favorable to the
increase of the parasite to the present alarming degree, and not to doubt
the habits and power of the parasite, simply because we cannot immedi-
ately find these explanations.
As if, however, no longer to leave any room for doubt or cavil on this
262
point, Mr. Berkeley, in his elaborate treatise published in the London
Horticultural Society's Transactions for January, 1846, said in language
as plain and decisive as it is possible for language to be, "The decay is
the consequence of the presence of the mould, and not the mould of the
decay. It is not the habit of the allied species to prey on decaying or
decayed matter, but to produce decay ; a fact which is of the first impor-
tance. Though so many other species have this habit, these have not.'*
Again, " I do not know of any single instance in which any of the nearly
allied species have been found in any other situation than growing from
the tissues of plants. Were this ever the case, they could not have been
overlooked, as their pores are so much larger than any other species of
the genus. The species are, in fact, as peculiar to the living tissues of
plants as are the several species of Puccinia and Uredo, which could not
exist, or at any rate be perfected, elsewhere.
My task now is to explain, if possible, why the disease is certainly of
modern origin, and what causes have come into operation favorable to
the increase of the parasite to the present alarming degree.
Different plants, as well as different animals, have their peculiar para-
sites. Some parasitical fungi will indeed prey upon many difterent
plants, but the attack of a species is generally confined to a certain natu-
ral order or family of plants, or to a genus, or to two or three species of
a genus, whilst some, as with parasites in the animal kingdom, exist on a
particular part only of one species. The parasitical fungus which attacks
and mildews wheat in unfavorable situations or seasons will not live upon
turnips. That which infests the turnip will seize upon the cabbage, they
being nearly allied plants ; but it will not touch the potatoe, yet the para-
sites of the turnip and the potatoe are nearly allied.
For a plant to be affected by mildew two things then are requisite :
the presence of its peculiar parasite and the conditions favorable to the
growth of fungi.
As the potatoe is an exotic, is it not probable that tubers of the plant
may have been originally introduced into Europe without its parasite.
In the same way it may have been carried by Europeans, to other coun-
tries, of which it is not a native, and have, consequently, until lately,
remained free from the parasite in those countries also.
M. Boussingault stated to the Academy of Sciences of Paris, on the
authority of M. Joachim Acosta, that the malady is well known, in rainy
years, at Bogota, where the Indians live almost entirely on potatoes
263
The potatoe is said to grow wild on the table land of New Granada, and
M. Acosta believes that the disease has always been familiar to the Indians.
It is probable, therefore, that the parasite has co-existed with the potatoe
in its native country. By a note to Mr. Berkeley's treatise, I learn that
Professor Morren considers that the fungus is of American origin. Mr.
Berkeley also evidently inclines to the opinion, that it is a recent intro-
duction. Next to South America, the disease seems to have been first
developed in St. Helena. In the Gardener's Chronicle, for January 22,
1842, and again in June 1, 1844, this disease of the potatoe, from the
symptoms mentioned, is evidently referred to, the rot had been experi-
enced in that island several years previous to 1842, causing, as was said,
great misery and distress to the inhabitants, potatoes being their chief arti-
cle of produce. St. Helena is in about the same latitude as Peru, the
native country of the potatoe, and nearer than any other place, in which
the disease has been subsequently experienced ; and when we consider
Low exceedingly minute and buoyant must be the seeds of this fungus,
when the plant itself is so small as scarcely to be visible to the naked eye,
is it not probable that some may have been conveyed by the wind to St.
Helena. Thence, it seems to have been carried to Madeira and North
America, and so has gradually progressed from country to country. It
reached England late in the fall of 1 844, and was confined chiefly to
Kent. There the premature decay of the foliage was observed, and a
large proportion of the tubers decayed. The blight was first noticed in
England in 1845, in the same locality where it was observed in the
autumn of the preceding year. Thence it travelled through England
and Ireland, halting mid-way in Scotland ; so that the crops in the ex-
treme northern parts of Scotland were free from the pest. In 1846, it
proceeded throughout the Highlands of Scotland, and on to the Shetland,
Zetland, and Feroe islands.
In some instances the disease seems to have been communicated from
one place to another by means of seed-tubers. A fact which has proved
fatal to many theories, and which seems to indicate that the chief cause
of the disease did not previously exist in these places, but that it was in-
herent in the seed-tubers. At Bermuda, Oporto, the Cape of Good
Hope, and in Poland, the crops which were observed to be first or exclu-
sively attacked were those raised from seed-tubers obtained from America
or England. Mr. Berkeley has observed young plants of the fungus
springing from within the cells of a potatoe. The germs of these could
264
not have immediately vegetated on entering the plants, but were probably-
carried by the elaborated sap of the leaves and deposited along with it in
the cellular tissue. Mr. Berkeley states that, "it seems to him most cer-
tain, from observations on those fungi which grow from the tissues of
plants, that minute particles, too small to be distinguished by the highest
powers of the microscope, must be carried about with the juices, and
when fitting circumstances concur, proceed to act upon the tissue with
which they are in contact."
The disease was observed to progress on the Continent of Europe, as
in Britain ; it was said in a letter from Bologna, that the geographical
limits of the disease, as well as its intensity, had extended in that part of
the world very far beyond what they were the previous year. Another
most important fact is, that the fungus, which is the cause of the blight,
is a species new to cryptogamic botanists. If it had been co-existent
with the potatoe in these parts, it is hardly probable that the parasite of
so common a plant should have escaped the attention of the botanists of
Europe, or that it should not have attacked the potatoe partially in for-
mer years, instead of making such an universal onslaught as of late in
very different seasons and situations ; for whether the conditions favora-
ble to the growth and increase of parasitic fungi, be atmospheric, or an
unhealthy condition of the larger plant, we have had seasons when fungi
have prevailed to a considerable extent on other plants, and varieties of
the potatoe have certainly been in a very unhealthy condition previous to
the appearance of the disease, and yet it has been observed to be a plant
peculiarly exempt from blights and mildews. It seems, therefore, proba-
ble, if not certain, that botrytis infestans is a recent introduction, and if
so, this affords a very satisfactory explanation of the remarkable fact that
the disease is certainly of modern origin.
Our next inquiry is a most important one. What are the conditions
required for the growth and increase of parasitical fungi, and which have
led to such an extensive and unprecedented attack, on one plant only, in
so many different countries, under so many different circumstances, and
in some instances during several successive years ? Are they some elec-
trical or other peculiar unknown atmospheric influences, as stated by
Mr. Berkeley, or chiefly an unhealthy condition of the larger plant, as I
have ventured to suggest.
Fungi have evidently not the power to destroy healthy vegetation, if
they had, the superior plants on which they prey would shortly be swept
235
from the face of the earth. They are essentially scavenger plants. The
two tribes into which they may be divided have separate tasks assigned
to them in the grand scheme of creation. The office of one is obviously
to hasten the decay of matter already decaying. The office of the other,
I believe is to hasten the death of that which is unhealthy. Those which
flourish on dead organic matter appear only when decay has commenced,
a, fact well known to most. "Fungi," says Mr. Solly, "are only devel-
oped in those solutions which are in that state of putrefaction favorable
to their growth ; moreover they do not appear till the solution has acquired
that stale." There must, I believe, be unhealthy action, possibly some
slight chemical change in the fluids of superior plants before parasitic
fungi can successfully attack and destroy them. Is this view of the case
then supported by facts ? Is the state of the superior plant consequent
on certain atmospheric or other influences, the condition requisite for the
attatck of the parasite, or does the growth of the parasite depend on cer-
tain atmospheric conditions only ? There can be no doubt whatever that
the state of the weather has considerable influence on the development
and increase of parasitic fungi in ordinary cases. In moist dull seasons,
crops are observed to be always more or less aff'ected by mildew. Any
sudden check in the progress of vegetation, such as is caused when hot
sunny weather is succeeded by calm, dull, foggy days, or by a sudden
transition from weather favorable to rapid growth to weather cold and
wet, is generally considered to be the precursor of blight and favorable
to the fjrowth of funiri.
Now, circumstances like these would exercise an injurious influence on
the health of the larger plants ; it is therefore doubtful whether it is not
the state of the plant attacked rather than any peculiar atmospheric con-
dition which favors the growth of the parasite. Other facts seem to indi-
cate very clearly that circumstances of soil, situation, manure, &c., pre-
dispose plants to an attack of fungi independent of atmospheric influen-
ces. Almost all our cultivated crops are known to have their peculiar
parasites. "In favorable seasons," Mr. Berkeley observes, "the fungi
which infest grain crops are not developed ; in unfavorable seasons thejr
spread like wild-fire." Since the appearance of the potatoe blight hare
the seasons been favorable to the growth of fungi or otherwise ? Were
grain and other field crops universally, or to any considerable or unusual
extent attacked ? It is well known this has not been the case. Then
comes the puzzling question — if this universal attack on the potato© be
18
266
solely the result of peculiar atmospheric conditions, favorable to the
growth and increase of parasitic fungi, how is it that there has not been
a similar extensive attack on other species of plants also? The alterna-
tives presented by this question are these : — either the parasite of the
potatoe requires for its rapid development certain atmospheric conditions,
diflfering from those required by the parasites of other plants, or there
must be some inherent predisposition in the potatoe plant Avhich has led
to this extensive attack of its parasite, and which is not the immediate
and exclusive result of atmospheric influences. Want of space will not
allow me to enter more fully into this branch of the inquiry. I sent a
paper on the growth of fungi to the lamented A. J. Downing, which ap-
peared in the Horticulturist for July 1851, and if any one should desire
to pursue the inquiry further I would respectfully refer him to it. The
question is one of considerable importance to farmers and gardeners, and
it has received little attention hitherto.
Is there any evidence that potatoes generally were not in a healthy
condition, previous to the appearance of the present malady ? It has
been said there are no data on which to found a conclusion of this nature.
At the meeting of an Association for the Advancement of Science, it was
said, "debility was supposed to exist," but no proof was given of the
existence of debility, and what, it was triumphantly asked "is the proof
of debility in a potatoe ? " This betrays a lamentable want of knowledge
of the previous history of the potatoe ; and it is requisite that a man
should know that history before he can be qualified to see the question
in all its bearings, give due weight to facts, or arrive at sound conclu-
sions. Formerly the potatoe was considered the most certain of all
crops, but it has gradually become, of all crops, one of the most preca-
rious and troublesome. Formerly the tubers would bear almost any
treatment without injury ; as an old writer observed, it was "a plant, if
possible, more tenacious of life than couch grass." Of late years, and
before the appearance of the blight, innumerable consultations have been
held, experiments made, and essays published, with a view to discover,
if possible, how best the tubers can be preserved from premature decay.
And yet, we are asked "where are the proofs of debility?"
I spent a week or two in the Library of the British Museum hunting
tliroufrh piles of musty old volumes on farming and gardening for infor-
mation respecting the diseases of the potatoe, and more especially whe-
ther the blight had ever been experienced before. And I can prove by.
267
I believe, most satisfactory evidence, tliat tlie plant, considered as a spe-
cies, has progressively deteriorated. For a long time it appears to have
continued free from any observable disease ; and the first mild form of
disease "curl," and the more recent and fatal "dry rot," I found could
not be attributed solely to any peculiarity of soil, season, or mode of cul-
ture, but were peculiar to, and therefore inherent in, certain varieties for
the time being. And not only are there abundant proofs that the pota-
toe generally is in a degenerate condition, but there is evidence that ^ ari-
eties have been mostly injured by the mildew in proportion to the symp-
toms of debility which they had previously exhibited, whilst some recently
obtained from seeds, more especially in Germany and Prussia, are said,
to have remained entirely unharmed, though growing in the vicinity of
others which were affected. If the facts be so, can any thing be more
obvious than that a most certain means of preventing or mitigating the
effects of the blight, is by increasing the constitutional vigor and hardi-
ness of our potatoe crops. How then is this to be accomplished? " We
could answer this question with most confidence if we knew the precise
causes which have led to the deterioration of the potatoe. Over-manu-
ring, cutting the tubers into sets, planting the sets on raw manure, imper-
fect storing of the seed-tubers during winter, have each been supposed to
be the cause of degeneracy. These, with many other causes, may have
contributed to the bad health of varieties, and may thus have hastened
the deterioration of the plant as a species. The present condition of the
potatoe is probably the accumulative result of not one, but several ad-
verse influences operating through successive generations.
The degeneracy of the potatoe plant is, I believe, owing chiefly to the
mode in which it is usually propagated. Plants propagated by extension,
that is, by buds, cuttings, laj^ers or roots, are but the extension of an in-
dividual, possessing the same constitution, properties and tendencies, and
are not a renewal or reproduction as by seed. A variety so propagated
bas a determinate existence, there comes a time sooner or later, accord-
ing to the original vigor of the parent plant, and to the treatment its
progeny receives, when it will become comparatively worthless, and cease
to deserve the attention of the planter. Andrew Knight, who first estab-
lished this fact, by numerous experiments on various plants, continued
through many successive years, said, in the last letter he wrote on the
potatoe, "that varieties, which have been long cultivated, cease to be
equally productive, is placed beyond the reach of controversy. I baye.
268
in several instances, tried to renovate the vigor of old and excellent,,
^nearly expended varieties, by change of soil and mode of culture; but I
never, in any degree, succeeded, all become unproductive and worthless."
■Dr. Lindley, also, in speaking of thepotatoe, says, "it is certain that the
productive power of a given variety of the potatoe,^is in proportion to
its youth, and that all varieties cease, after a few years, to be as produc-
tive as they once were. When Mr. Knight's seedlings Avere originally
, tried, they yielded, in one case, at the rate of sixty-eight and seventy
for one; no such crops can now be obtained from them." This hypoth-
esis, till within the last few years, made but little progress, and, I believe,
-it is owing to the want of a knowledge of, or faith in, the truth of this
law, and to the consequent neglect of frequently renewing the vigor of
.the potatoe, by raising a succession of seedling plants, from seeds saved
ihom vigorous and healthy varieties, that the degeneracy of the potatoe
'considered in the mass, or as a species, is chiefly due.
All other agricultural plants have progressively improved, the potatoe
alone has progressively deteriorated. The former are propagated exclu-
sively by seeds, the latter chiefly by divisions of the tuber ; and this difler-
€nce in the mode of propagation furnishes a key to the true explanation of
the cause of the bad health of the potatoe, as compared with other crops.
There is no other instance of an entire species of plant having degener-
ated like the potatoe. The varieties of the ranunculus and anemone,
which are propagated by their tubers, are equally short-lived plants, but
great attention has been paid to raising new varieties from seeds. To
raise new sorts of these flowers is a most bewitching, and, moreover, a
profitable pursuit, and florists know Avell, that in order to reach nearer to
perfection, they must start from the most perfect flowers they most recent-
ly obtained. But there have been no inducements for continued efi"orts
to improve the potatoe, by raising new varieties from seeds year after
year. Other plants had far higher attractions for those who followed
the pursuit as an amusement: and as a commercial speculation, there
was little prospect, indeed, of its paying ; hence, we have been trying
over and over again, with a marvellous perversity, to make individual
plants live for ever, which nature intended should only live for a time,
and then from parents feeble or old, we have vainly expected ofi'spring
hardy and strong ; herein we have violated the laws of nature ; by these
practices we have gradually reduced the constitution of successive gener-
ations of the potatoe ; and we have consequently gradually increased th«
269
activity and power of those influences provided by nature, to rid the
earth of feebleness, and to admonish and correct those who act in oppo-
sition to her immutable laws.
If the foregoing premises are well founded, we may infer that the ex-
tent or virulence of the disease in future, will depend partly upon the
nature of the season, partly on the adoption of various expedients known
to be adverse to the growth of fungi, and chiefly on the progress which
is made in regenerating the potatoe plant.
I propose to consider in the first place, how we should proceed in rais-
ing a succession of progressively hardier varieties from seed. Whenever
potatoe seed is required, plants should invariably be grown especially for
that purpose. A few middle sized tubers, of say about four, of the most
healthy varieties we possess, should be selected for the seed-bearing plants;
and as the autumn months are generally more favorable to the attack of
parasitic fungi than midsummer, early and second early varieties should
be preferred ; because unless we had late varieties, which had been prov-
ed to be able to resist the disease, the chances would be greater of the
plants being destroyed before they had perfected their seeds, than if early"
or second early varieties only were used. The plants m\ist be grown froaa
the first in the open ground, in a situation sheltered from strong winds,,
yet not confined or damp, but freely exposed to the sun. Enrich the soil
with decayed leaves, or chopped grassy turf; on no consideration what-
ever apply liquid manure, or a heavy dressing of animal manure.
In favorable seasons most late varieties will produce a crop of berries
as well as tubers. Intermediate varieties generally blossom, and some-
times bear a few berries ; but the earliest sorts, owing to the early forma-
tion of tubers, seldom blossom, and very rarelj'^ ripen seeds. These will
obviously require diff"erent treatment. In order to obtain seeds from the
early varieties, we must adopt the practice of Mr. Knight, who found
that if the plants are prevented from forming tubers, an abundance of
blossoms and seeds will be the result.
Having made choice of a situation and manured the soil according to
the foregoing directions, fix stakes in the ground about three feet apart,
where each plant is to grow, then place a tuber on the newly dug soil,
and in contact with the south side of a stake, cover the tuber by a mound
of earth about five inches deep. Sufi'cr only one stem to grow, and as it
advances in growth, tie it to the stake to avoid accidents from the wind, &c>
When the plant is about five inches high, wash away the mound of soil
270
by a current of water, till the base of the stem is visible. The fibrous
roots by which the plant is nourished will have made their way into the
enriched soil below the tuber, these must be disturbed as little as possi-
ble; they may be readily distinguished from the runners which generate
tubers, every one of which must be destroyed. The ptant will shortly
make an effort to produce other runners, which must be again nipped off
as soon as perceived ; and the plant being thus foiled in its endeavors to
propagate itself in this manner, will ultimately direct its energies to the
production of blossoms and seeds.
I consider it advisable to fertilize the flowers of one variety with the
pollen of another. Some facts seem to indicate that a result of this
practice is a more vigorous seedling than could have been obtained from
either of the plants without the crossing. Some who may be desirous
of trying the method may not know much about the sexual organs of
plants. To such the following instructions may be of use:
Take a full-blown potatoe flower ; in the inside of it you will find six
small upright bodies, five of AA^hich are alike ; these are the stamens or
male organs, which produce the yellow fertilizing dust called pollen. la
the centre of the flower, and surrounded by the five stamens, is the pistil
or female organ ; this may be known by its light green color, and by its
diff"ering in shape from the stamens, or, by carefully tearing away the
corolla or flower leaf and the stamens, the pistil may be still further dis-
tinguished by its being seated upon the miniature berry containing the
embryo seeds.
To cross-fertilize, it is of course requisite that the parent plants should
be in blossom at the same time. A flower intended for the female parent
should not be sufiered to perfect its pollen ; to prevent this, it must be
carefully opened just before it naturally expands, and the five stamens
must be removed by a pair of small pointed scissors, taking great care
to leave the pistil uninjured. When the flower has expanded gather per-
fect flowers of the variety intended for the male parent, and with a
camel's hair pencil gently dust the pollen on the pistil of the flower you
have previousl)' deprived of stamens, or shake the pollen on to a sheet of
writing paper, and so scatter it on the summit of the pistil. The best
time for this operation is in the middle of a dry sunny day, and to avoid
failure it should be repeated every favorable day till the flowers begin to
fade ; the petals of flowers having been observed to shrivel and fall sooa
I
271
after the seeds were fertilized, and to retain their petals for days longer
if this had not taken place.
When about four berries are set on each plant, nip off the remainder of
the flowers. At this stage of growth the plant will have completed its
feeding organs, and a greater quantity of sap will probably be elaborated
than is required for the support of the seeds, consequently one or two
tubers may now be suffered to grow, or the plant will form them in the
axels of the leaves higher up the stem. If the parasite should appear on
the leaves of the seed-bearing plants, as soon as the spots are perceived,
dust them with the flowers of sulphur on the underside of the leaves
when moist. This may possibly destroy the fungus or otherwise stop its
progress.
A Silesian agriculturist, who is reported to have aucceededin regenera-
ting the potatoe, takes the seeds from the berries in autumn. Zander, a
Prussian, who has been equally successful, objects to this practice, and
advises that the seeds should be preserved in the berries, in a dry place,
secure from frost, till spring. Zander's plan may prove the best, espe-
cially, if the seeds were not thoroughly ripe when lue berries were gath-
ered. When the seeds are to be extracted, crush the berries with the
hand, and if fresh, put them in a tub or other vessel ; as soon as a slight
fermentation is observed, Avash the pulp in luke-warm water ; pick out
the seeds and wash them gently in one or two other waters, till they are
perfectly clean and free from pulp ; then scatter them on a sheet of paper
to dry, when dry, place them loosely in small canvas bags ; suspend the
bags in a bed-room, or some equally temperate dry place, until the time
of sowing. As soon as all danger from frost is passed, prepare the seed-
bed; the previous year's onion-bed, or some plat equally well manured,
and which has grown a crop, equally diff'erent from the potatoe, the pre-
ceding year, should be preferred. Sow the seeds thinly and shallow,
in rows six inches apart : when the plants are four or five inches high,
prepare the ground into which they are to be transplanted, apply a mod-
erate dressing of charred vegetable matter, or well-rotted stable manure,
broadcast. Remove the plants carefully, disturb the roots as little as
possible, and select a dull moist day for transplanting. Let the rows be
not less than two feet apart, and the plants eight inches from each other
in the rows. To save after trouble, reject all plants which exhibit mark-
ed symptoms of constitutional weakness, and all which have soft pros-
trate stems. Carefully observe the remaining plants throughout their
272
growth, in order tliat the healthiest and the best may be selected to he
the parents of the seed-bearing plants in the following year. Those
which exhibit the greatest hardiness, which suffer the least from adverse
weather, &c., must be marked by labels ; and, if, in addition to this indis-
pensable property, any possess other good points, such as rather dwarf,
stolet, rigid stems, good shaped tubers, and ripen somewhat early, a
preference should be given to them. The tubers of the seedling plants
must be carefully preserved during the winter. When the time for plant-
ing has again arrived, and the ground prepared, and the stakes fixed
where the seed-bearing plants are to grow, select two or three of the
largest tubers and plant them at once ; and so proceed till the allotted
space is occupied. These plants to be managed, in all respects, same as
those of the preceding year. And when, by persevering in this process,
the main object is attained, hardiness of constitution and freedom from
disease, we may then more especially endeavor to obtain varieties unit-
ing excellence of quality, and other desirable properties, with robust
health. A careful and practised experimenter will, indeed, have an eye-
to this from the beginning. He will, at the outset, consider the various
points which constitute perfection in the potatoe, and to this ideal stand-
ard he will constantly aim.
With a view to forward the young plants and to obtain large tubers
from them in the first year, many will be induced to sow the seeds in a
hot-bed ; but as our chief aim is to increase the constitutional hardiness
of the plant, this mode of raising the seedlings cannot be too strongly-
condemned. Sir Joseph Paxton, who is eminent as a gardener, as well as
a designer of Crystal Palaces, says, "Seeds ripened or germinated in
heat will never produce such hardy plants as those matured and vegetated
in open air. This has been abundantly corroborated id practice, and
proofs of its accuracy are constantly transpiring."
The experience of the Silesian Agriculturist, acquired in his endeavors
to regenerate the potatoe, exactly coincide with Paxton's observations.
"I have," said he, "made successful attempts to obtain already in the
first year perfect potatoes by sowing the seeds in a hot-bed. I prefer,
however, a regular biennial growth ; if I reap a twelvemonth later I get
a durable article, which answers all the expectations which may be form-
ed, and is safe from the prevalent disease."
Some who have raised a few plants from seed, and found they were
blighted, have hastily concluded that there is no hope in seedlings. I have
273
contended from the first, that if I am right in my conclusion respecting
the degeneracy of the plant as a species, it would not do to depend on the
first or second year's seedlings, however healthy they might seem to be;
as I said, in 1845, in a letter on the blight, in the London Morning Herald,
"it is only by improved culture, judicious selection, and several succes-
sive generations that we can have any just grounds for hoping to restore
the potatoe to its pristine state of vigor and health if it ever can be ac-
complished by this means with these plants." It is a fact observed in
America and Europe, that some varieties offer much greater resistance
to the disease than others ; now, whether this is owing to a difference in
constitutional vigor, or to some idiosyncracy of these varieties, how but
by having recourse to seedlings, is their number to be increased, or how
are they to be superseded when in the course of time their energy de-
clines, or how can we be sure that others may not be obtained by careful
and skilful management which will resist the disease better than any we
now possess ? In an article on the potatoe by Prof. Lindley, written
before tho appearance of the blight, he said, "finally let us point to the
immense importance of renewing the vigour of potatoes, by raising new
varieties from seed. This has been tried over and over again, and always
with some advantage, sometimes with a great deal."
I may here state my conviction, that when the potatoe has been restored
to the highest state of health it is capable of attaining, that specimens of
the fungus may be found on plants in some situations, even in the most
favorable seasons. I conceive it would be mere quackery to hold out any
hope, that botrytis infestans, now that it has established itself in this
country and Europe, will be entirely banished, when the general health
of the potatoe plant has been restored. We can only infer what may be
the future power of the parasite over the potatoe by the data afforded by
other plants ; and our knowledge of the causes which induce partial at-
tacks of fungi on wheat, turnips, and even plants in a state of nature,
forbid the hope that our potatoe crops will ever be entirely exempt from
the pest. All that we are justified in expecting is this : that in the most
unfavorable seasons we are likely to experience, there will be no such
general attack as of late years, and that when local or transitory influ-
ences are sufficiently powerful to render certain plants unhealthy, and thus
to favor the attack of the parasite, there will not be that rapid decompo-
sition of the plants as now, but that the parasite will be confined chiefly
to spots on the leaves. In ordinary seasons I anticipate the fungus will
274
scarcely be noticed, and that it will cause no more apprehension for the
safety of the potatoe crop, than the fungi which attack wheat and turnips
now cause for the safety of those crops. It is essential that this should
be distinctly understood and borne in mind; hasty and erroneous con-
clusions may thereby be prevented, as it is probable many seeming in-
consistencies will be observed, which this knowledge alone will satisfac-
torily explain.
Our next consideration is, what expedients should now be resorted to
in the general cultivation of the potatoe to enable our plants to oflfer the
greatest resistance to the action of adverse influences and thereby miti-
gate the effects of the blight. We should in the first place select those
varieties for cultivation which have been proved to be the most hardy and
healthy, and therefore least affected by the disease. It may be well here-
after to grow potatoes specially for sets in order that we may have the most
healthy and vigorous plants which the variety cultivated is capable of
affording. A somewhat open airy situation should be selected for the
seed-bed. If the land has been manured for the previous crop, and is
in good condition, plant without manure. But if the land is not in good
heart, then apply, broad-cast, a slight dressing of well-rotted stable ma-
nure, or guano, and where they are to be had, use in preference, charcoal
dust, charred turf, or partially decayed leaves ; the object being to pro-
mote a steady, healthy, and vigorous, but not over-luxuriant growth. —
Plant the tubers whole, not less than six inches deep, and let the rows or
hills be about two feet and a half apart. The same distance between the
plants is of course not suitable for all varieties ; this must be regulated
by the planter's knowledge of the habits of the varieties he cultivates ;
the point he should aim at is, to have the whole of the ground covered
by foliage during the bright days of summer, but so that the plants of
one rov/ shall not interfere with or shade those of another.
Plants grown for seed-tubers should never be suffered to blossom. If
a plant produces many blossoms and seeds it will be at the expense
of the tubers; that is, the sap which would be expended in sup-
port of the flowers and fruit, would contribute to the growth of the
tubers if the flowers were destroyed. But that is not my reason for
recommending this practice with plants grown specially for sets. Many
facts observed in various kinds of plants, lead me to suspect that the pro-
duction of seeds has a peculiarly exhausting effect on vitality, and I am
much inclined to believe that if ever the experiment is tried, it will be
275
found that a variety of the potatoe which bears seeds abundantly will
maintain its health and vigor for a much longer period if the blossoms
are annually destroyed, than if it is permitted to ripen its seeds each
year.
Our next inquiry is, how and where the main crop should be planted —
what soils, situations, and modes of culture are best calculated to miti-
gate the effects of the disease ? Clays and heavy wet loams are known
to be least favorable to the growth of the potatoe, and in these soils the
disease seems to have been most virulent. But the evidence respecting
all soils is very contradictory, and the difference in the results observed,
was probably owing, in many instances, to a difference in situation, &c.,
rather than to any peculiar property of the soil.
That a given variety of potatoe may suffer more from the blight in one
situation than another, is what might have been expected, from the known
conditions which favor the growth and increase of parasitic fungi.
Many have observed that the disease was first developed, or proved most
destructive when potatoes were growing under precisely the same circum-
stances, which predispose wheat plants to the attack of mildew on damp,
low-laying soils, Avhere the air could not circulate freely. On land natu-
rally rich, or highly manured, on the sites of dunghills, or on portions
of fields where dung heaps had been laid, the plants have been very
much affected. Light loams, in rather elevated or open situations, should
therefore be selected for the potatoe crop, and much less than the usual
quantity of manure should be applied, if it would not be much more ad-
visable to manure the previous crop instead, where practicable. It is
probable the disease may be influenced, to some extent, by the nature of
the manure ; gross animal manures, when applied in quantity, are well
known to produce in plants a tendency to decay. On the other hand
partially decayed leaves, or charred vegetable matter, are highly favora-
ble to healthy vegetation. We may also, by other means, contribute to
the health of our plants. I have observed, in many instances, potatoes
have been grown in hills much too near each other. The climate of this
section of the country is somewhat peculiar. In the earlier part of sum-
mer, we have usually much dry sunny weather, during this period the
o-rowth of the plants is slow, much of the ground remains uncovered by
foliao-e and exposed to the sun ; a great amount of heat necessarily accu-
mulates in the soil. When rain falls, if the temperature continues high,
the combined influence of the warmth and moisture of the soil and air,
276
}iave a forcing effect on the potatoe plant, which causes the haulm to grow
"with excessive luxuriance, so that the foliage of the plants of one hill,
soon interfere with that of another. Whenever this happens, the plants,
instead of quietly attending to the formation of tubers, become engaged
in a struggle with each other, fighting, as it were, for the precious light.
The invariable result is, that all are more or less injured ; these stems are
drawn up, the sap has further to travel in its ascent and descent ; many
of the lower leaves become shaded, and, therefore, useless ; the stems are
also more brittle and liable to be laid, and the produce of plants so situ-
ated, whether they be potatoes or forest trees, will, invariably, be found
deficient, as compared with crops grown at proper distance apart, and
owing to the want of a free circulation of air around them, and the
unhealthy condition, induced, they become a more easy prey to the
parasite.
When I Avas a boy, I had observed that potatoe plants, with stout stems,
had invariably the finest tubers, so, when walking round the garden
with my grandfather, and seeing a plat of potatoes, with stems as tall as
myself, I ventured to congratulate him on the large crop he was likely
to obtain, when he puzzled me considerably by saying, that I was much
mistaken, for they were all running to tops. How in the world the pota-
toes could run into the tops, I could not imagine ; many a time since,
I have heard this remark, and possibly there may be some now, who
would be as much puzzled to account for it, as I was then. The expla-
nation is this : The matter which constitutes the tubers of the potatoe, the
roots of carrots and turnips, the seeds of grain, the fruit of our orchards,
and the wood of trees, is elaborated or prepared in leaves, by the action
of light. The fluid absorbed from soil by roots, ascends through the
woody part of the stem, circulates through the upper surface of the leaves
where it undergoes certain chemical changes, and then descends by the
bark; and it is considered that the mature leaves only, and of those,
such only as are not shaded by others, are efficient ; hence the deficiency
in produce, when the leaves of one plant shade those of another ; and of
the indifferent crop of tubers, compared with the growth of the stems,
when the plants are so crowded, as to be drawn up, their stems laid pros-
trate, and much of the foliage rendered useless.
There are two or three other questions rel iting to the culture of the
potatoe on which I may venture a few remarks, viz : What is the best
mode of applyinging mannre to the potatoe ? Is it advantageous to
2TT
pluck off the flowers ? Should tubers intended for sets be thoroughly or
partially ripened ?
The usual mode of applying manure is to place it below the sets. Mr.
Knight advised that it should be spread upon the soil and so plowed in.
Doubtless this is the better practice and is gaining ground. A soil in a
state of nature is of a nearly uniform character, but one soil differs from
another in quality ; and we may observe how wonderfully plants in a
state of nature accommodate themselves to the circumstances in which
they happen to be placed. If a seed germinates in a poor soil, the young
plant may be seen acting as wisely as if it had reason or instinct to guide
it ; it does not aim at too much but fashions all its organs on a moderate
scale. In a rich soil there is a corresponding increase in all parts of the
plant. In both there is an unity of action — and adaptation of means to a
crtain end. Plants being thus constituted, by placing the whole of the
food immediately surrounding the young potatoe plant, and none in the soil
beyond, we evidently practice a sort of deception upon it, we induce it to
make exertions at the commencement of its growth which its after means
will not enable it to carry out; therefore, as Mr. Knight observed,
abundant machinery will exist Avith a scarcity of raw material, and the
crop of tubers will naturally be found defective, comparatively, with the
growth of the plants. The time will p.rrive when farmers Avill inquire
how manure can be most equally diffused throughout the soil, especially
for such crops as grain, in which unity of action, or equal ripening, is a
point of considerable importance.
Mr. Knight advised that the flowers of potatoe plants should be pluck-
ed off, and he was very desirous to obtain varieties, which, owing to some
malformation of the floral organs, or peculiarity of habit did not natural-
ly blossom ; because the production of blossoms and seeds must tend to
diminish the weight of tubers, or they must be formed by an increased
expenditure of the riches of the soil. There can be no doubt that the
crop of tubers would be increased to some extent by plucking off the
blossoms as soon as they were visible. If a Dutch florist wishes to prop-
agate a hyacinth, he adopts means to prevent its flowering, and a progeny
of young bulbs is the consequence. If an English tulip grower has a
bulb which grows too strong, producing seven or eight petals instead of
six, the required number, in order to tame it he allows it to ripen its
seeds. An onion forms its bulb one year, blossoms and seeds the next,
and so dies ; but persist in not allovring the plant to blossom, and the
278
formation of other bulbs will be the result. The sap which these plants
would have naturally employed in the formation of seeds, is thus made
to contribute to the growth of bulbs. By depriving the potatoe plant of
its tubers we cause it to blossom and seed abundantly ; obviously the
same sap gives existence alike to tubers and seeds ; therefore, by prevent-
ing the growth of flowers and seeds, we must add to the growth of
tubers.
Many experiments have been made from time to time with a view to
determine whether any and what benefit is to be derived from plucking
off the blossoms of the potatoe plants, and very different results have been
arrived at. Some maintaining that they have proved experimentally that
it is highly beneficial to remove the flowers; others, with equal confidence,
refer to their experiments and contend that no advantage whatever is
gained by the practice. Both may be perfectly right as to the result of
their experiments. The difference of opinion, I conceive, arises from
not takmg into account the influence of certain circumstances, which
must interfere with or vary the results. The benefit or otherwise of
plucking off the flowers, will depend partly upon the habits of the variety
of the potatoe, partly upon the quality of the soil, and partly upon the
nature of the season.
The greater the number of berries a variety naturally produces, the
greater will be the gain of removing the flower buds. Second early varieties
seldom produce many seeds, consequently little or no advantage could be
gained by removing the floAvers of these, as compared with late varieties,
which generally bear seeds abundantly. The quantity of berries pro-
duced by a given late variety will also depend upon the quality of the
soil. The better and more suitable the soil may be, the greater will be
the health and productiveness of a plant. The reproductive powers of a
plant also depend upon the nature of the season. If the weather of June
and July should be warm and bright with frequent showers, we may ob-
serve that even intermediate varieties are enabled to elaborate a quantity
of sap equal to the wants of tubers and seeds, and in such a season the
crop of berries of a late variety would be most abundant. The greatest
amount of benefit to be derived from plucking off the blossoms, will
therefore, obviously be from a late variety, growing in a soil and seasoa
favorable to the potatoe.
Much also depends on the degree of care observed in nipping off the
blossoms. The plants are nearly full grown when they flower, and if
279
many stems are broken or laid by the children employed, this must tend
to neutralize the benefit of destroying the flowers. In the Transactions
of the Highland Society of Scotland it is said the difference in favor of
plucking off the blossoms as soon as they appear, instead of allowing
them to remain, was nearly one-sixth of the crop. Tliis may be consid-
ered an extreme case ; but from a late variety favorably situated we may
safely calculate on a gain of tubers of not less than one ton per acre. —
Much difference of opinion exists as. to whether potatoes intended for sets
should be partially or thoroughly ripened. Under-ripe sets have proved
highly beneficial in mitigating the curl and dry-rot diseases ; and I believe
it is certain they invariably produce more vigorous and productive plants
than perfectly ripe tubers of the same variety. I was first taught this
lesson by some villagers who were noted for the earliness of their pota-
toes. For two or three successive seasons I obtained my seed-stock from
them, and was always assured it was of the same early variety they grew
themselves. But I could not produce my crops so early as they, by at
least a fortnight ; and being unable to account for this difference, I re-
solved to buy the first potatoes they brought to market having the
appearance of being nearly ripe. I did so, and the tubers were so imma-
ture that they shrivelled almost like prunes before the time of planting;
but I found I was now enabled to grow them not only nearly as early aa
the villagers, but larger also ; and the increased size of the tubers I con-
sidered to be a consequence of the greater vigor of the plants afforded
by these under-ripe sets.
Mr. Knight planted an early variety in July ; the tubers produced
were soft and watery, and unfit for food ; but, as he anticipated, they
afforded the best of plants; "they presented the appearance of a differ-
ent variety, and afforded a more abundant crop and larger tubers than he
had ever before obtained from the same variety." But the crop was not
quite so early : Mr. Knight attributed " this variation in the periods of
maturity of the crops, solely to different degrees of luxuriance in the
plants, and to the increased size of the tubers in the one." But I
suspect that the difference was not solely owing to these causes.
We see in a backward spring, how impatient vegetation seems to be
at the restraint which is imposed upon it, and with what rapidity and
energy plants grow in such a season, when the weather becomes favorable.
A peach tree which Mr. Knight had grown under glass, he afterwards
planted out by the side of a tree, of the same variety which had always
280
been grown in tlie open air. And Mr. Knignt observed, that the former
unfolded its blossoms nine days earlier, and ripened its fruit three weeks
earlier than the latter. The forced plant commenced and finished its
annual growth much earlier in the preceding year, than the plant which
had been constantly grown in the open air. Its season of rest, therefore,
sooner expired ; it became sooner excitable in spring, and thus with the
same stimulus of heat and light, it was enabled to make greater progress
and mature its fruit in less time. And so it is with potatoes. The villa-
gers, as I learned afterwards, grew two crops in the same year ; the seed-
tubers they sold, were from the second crop, but the sets they planted,
were from the first crop; and this accounts for the diflerence in the
period of ripening. The earlier the tubers are ripened, the sooner will
;the produce of these tubers come to maturity in the following year.
To obtain an increase of a ton per acre, but a few ounces will need to
be added to the produce of each plant. When cultivators think of this,
and of what Mr. Knight has said that soft and watery sets afforded more
vigorous plants and more abundant and larger tubers than he had ever
before obtained from the same variety, they must be convinced that this
is an inquiry which demands their best attention. If an increase of one
or two tons only could be added to the produce of an acre by this means,
it would be so much clear gain — obtained without any additional expense
of seed, labor, or manure. By attending to this point, by a judicious
selection of varieties, by using middle sized tubers for sets, by a proper
application of manure, by planting at the proper time, and at the proper
depth, and by nipping off the blossoms, it is not improbable that the
produce of an acre may be increased several tons. Attention to what
may be considered trifles in cultivation involving little or no additional
expense, may increase, in a very considerable degree, the aggregate
result.
The average produce of potatoes in England is estimated at 10 tons
per acre, some say it is only about 8 tons. I need only mention in order
to show how much remains to be done generally, (and what a striking
illustration it affords of the truth of the axiom "Knowledge is power,")
that the produce of a crop grown by Mr. Knight, was pronounced by-
several gardeners and farmers in whose presence it was raised and weigh-
ed, to be equivalent to 34 tons, 8 cwt., lOTjbs. per statute acre. And
Mr. Knight felt satisfied that still larger crops may and will be obtained
from an acre of ground.
281
ON THE ALLEGED TRANSMUTATION OF WHEAT INTO
CHESS.
BY JOHN TOWNLEY, MOUNDVILLE, MARQUETTE CO., WIS.
As a set-oflF to the toil and inconveniences of one sort or another which
must be encountered for a few years by those who hew out for themselves
a home in the back woods, I thought there were at least three advanta-
ges which they would possess over farmers in older settled States. The
cost of the land would be much less ; they would have a virgin soil to
cultivate, whose fertility, with judicious management, might be main-
tained, if not improved; and as most of the weeds which infest our crops
interfere with their growth, and diminish their produce, are not natural to
the soil but introduced plants, I considered, that by careful culture from
the first, it would be no difficult matter to keep them within due bounds.
The first crop of wheat I raised, convinced me, however, that so far as
wedds were concerned I had been reckoning somewhat without my host ;
for when the crop came into ear, I was mortified to find a considerable
proportion of it consisted of a worthless grass, which my neighbors told
me was called chess or cheat. Its appearance in the crop they assured
me was no fault of mine, as the wheat had been changed into chess by
the maoic of frost. This view of the case afforded me small comfort : I
saw reasons to doubt the accuracy of this explanation then, and my sub-
sequent experience has convinced me, that it is a most erroneous and
mischievous doctrine to believe in. If I had not abundant opportunities
for knowing how tenaciously this opinion is held by many, I should
scarcely have thought it necessary to trouble you with my reasons for
concluding, that no such change ever takes place. " What can't be cured,
must be endured ;" but let a man be once persuaded, that chess does not
belong to this category of evils, and endeavors will then be made to get
rid of it.
Wheat, in this climate, appears to have too many enemies to contend
with, over which we have no control, ever to make it a very remunerative
crop, it is therefore the more imperatively necessary that we should sub-
due an evil like this within our power, which lessens the quantity and
degrades the quality of our wheat crops — more especially when this may
be accomplished without the expenditure of much time or money.
19
282
One of the most weighty objections which may be urged against the
notion that chess is wheat in a degenerate or abnormal condition is the fact,
that chess is a distinct species of grass, known to botanists as Bromus
Secalinus, affording seed which Avhen sown produces chess plants, under all
circumstances, and never wheat. A thousand plants may be examined
and the probability is that not one would be found to differ materially
from the botanical description of the species. Now if by the action of
frost one plant is transformed into the other, how is it that there is no
gradation in the change observable, that the metamorphosis should in all
cases be so uniform and complete ? Of late years much has been written
by botanists on the metamorphosis of plants, or vegetable morphology,
as it is usually called. Like most novel views, true though they may be,
this met with considerable opposition, hence botanists who embraced this
hypothesis, (a class of men second to none for accuracy of observation,)
ransacked the vegetable world for specimens of plants in an abnormal
state, in support of their position ; but all that their investigations have
enabled them to establish, all indeed that they were required to prove is,
that all parts of a plant may be referred to the leaf as a type, that the
floral envelopes and organs of reproduction, calyx, corolla, stamens, pis-
tils, and seed are formed of the same elements and arranged upon the
same plan as leaves; hence, when growing under peculiar circumstances,
the different parts of a flower may be changed into each other, or into
true leaves, and such changes have been very frequently observed ; but
I am not aware that there is an instance on record proving that any cir-
cumstances have so altered the character of a plant as to make it appear
to a botanist not only specifically but generically distinct.
2nd. Chess is well known to be a British grass ; it is found in the
grain fields of England where the winters are seldom severe enough to
injure the wheat plant. It is true, however, that chess is much more
abundant here than in England. Being familiar with all the British
grasses, excepting two or three very rare species, I could not remember
having noticed chess frequently in wheat crops in England; and I find on
referring to some works on British husbandry, that it is not generally
included in the lists of the weeds of agriculture. Sir William Hooker in
hia British Flora says of the plant "not rare" thereby implying that it
is far from common; but Dr. Gray, in his Botany of the Northern United
States, very truly remarks "grain fields, &c., too common." gone may
be ready to conclude that chess is more abundant in wheat crops here.
283
because of the greater severity of our winters. But chess is not the only-
introduced plant which seems to thrive better in the United States than
in its native country. The Berberry I noticed in some of the New Eng-
land States, especially in the neighborhood of New Haven, much more
common and vigorous than I had ever noticed in any district of England
or Scotland. Verbascum Tkapsus, the Moth Mullein, is far from being a
common plant in England ; I never met with it in quantity except in one
or two localities on calcareous soils ; here it grows with extraordinary
vigor and seems as intent upon pushing its way westward as man him-
self. Erigeron Canadense, known as horse- weed, or butter- weed, is a
native of both countries. In England, however, it is confined chiefly to
one or two of the south-eastern counties. I never found the plant but
in Kew Church yard, where my attention was directed to it by a notice
in a London Botanical Journal, the Phytologist ; here it is one of the
most abundant and vilest of weeds the farmer has to contend with. We
should not be justified then in concluding that chess is more abundant ia
the United States than in England owing to the wheat being more injured,
by frost, seeing that other plants are similarly aflfected by the diflference
in the soil and climate of the two countries.
3rd. If chess was originally a plant of wheat transformed by the
action of frost, or other adverse causes, why are chess plants frequently
seen so vigorous by the side of weak plants of wheat, both of which
must have been subject to the action of the same external influences?
One plant of chess, which I pulled up in the summer of 1850, had for-
ty-three stems, yet in the same clump, a wheat plant was growing with
only two stems. I omitted to count the seeds of each, but we may pre-
sume if the wheat plant yielded sixty grains for one sown, the reproduc-
tive powers of the chess plant would have been at a low estimate, seven-
teen hundred for one, a somewhat strange result, truly, of the action of
adverse influences.
4th. I have examined crops of wheat, which, in some parts, had been
more injured by frost than others, and in these parts the number of chess
plants compared with wheat plants, was greater than in other parts of
the field, but if a square rod of land had been measured in these differ-
ent parts, and the number of chess plants counted in each, my observa-
tions lead me to conclude, that there would have been found a nearly-
equal number of plants in one as in the other. Chess is obviously a
hardier plant than wheat, it is better able to withstand the action of frost;
284
thus, when a considerable number of wheat plants perish, the chess plants
which remain, not only actually bear a greater proportion to the wheat,
than in other parts of the same field not injured ; but the difference does
not end here, these plants have now a more extensive pasture for their
roots, and a greater share of light for their leaves, than if they had vig-
orous wheat plants to contend with, they consequently grow more luxu-
riantly, throw up more numerous stems, and cover a greater space of
ground. The chess thus not only actually bears a greater proportion to
the wheat, but it seems more abundant, the number of plants greater
than in parts where the wheat has been less killed or weakened by frost ;
hence I suspect the conclusion has been arrived at, that wheat, by the
action of frost, has been changed into chess.
5th. I have carefully taken up many plants of chess, and I have usu-
ally found the husks of the seed from which they had sprung ; these I
have examined by the aid of a good lens, and they appeared to me in all
cases, the seed-coats of chess and not of wheat.
6th. Where I am is new land ; wheat was first sown here in the fall of
1849, and as chess is not indigenous to the soil, nor yet introduced into
the land by manure, I have, in the last three seasons, had a favorable
opportunity for observing the effects of frost on the wheat crop, and
whether the appearance of chess depends on the severity of the weather,
or the injury the wheat plant has sustained during Avinter, or whether
the quantity grown is not due rather to other circumstances, under our
control. In the first year or so, fanning mills were somewhat scarce here,
much wheat was, consequently, indifferently cleaned, and in some instances,
sown in that state ; others had taken extra pains to procure clean seed,
and two or three patches were raised from wheat gleaned in the field ;
in some cases, wheat was sown after wheat, and from the same sample,
on newly broken-up land adjoining. The proportion of chess, I found
in all cases, all other circumstances being similar, was greatest where
wheat followed wheat, because, in addition to the chess sown with the
wheat, there was a considerable quantity of self-sown seed already in the
land, from the previous year's crop. In one instance, some very clean
purchased seed had been sown, it was put through the mill, till it seemed
free from chess ; the seed not being sufficient, a strip was sown with other
wheat, which had been merely chaffed ; the former produced a compara-
tively pure crop, the latter a nearly equal proportion of chess, rye and
wheat.
/
285
I was told of a crop in the summer of 1851 that was said to be per-
fectly free from chess, and it certainly required a very close examination
to detect a plant of chess in it ; in the same season a crop was grown on
the adjoining quarter section so foul, that when the plants came into ear,
the proportion of chess to wheat was so great that it was considered advis-
able to mow it green for foddder rather than let it ripen. The former was
the produce of wheat gleaned in the field, the latter was admitted to be
largely mixed with chess when sown. Apart from all theoretical consider-
ations, the result of my observations and experience here is, that Avheat
crops are pure and clean in proportion to the cleanness of the land, and
to the purity and cleanness of the seed when sown. If this be so, then
the obvious remedy for this evil is, first, to thoroughly clean the land,
and secondly, to obtain perfectly clean seed. I may venture to suggest,
whether we may not derive advantage in various ways by paying greater
attention to the purity and excellence of the seeds for our various crops —
for my own part, so far as regards wheat, I intend, by comparative ex-
periments, to determine which of the various kinds of wheat I can pro-
cure, is best adapted to the soil and climate, and then endeavor to raise a
pure crop by commencing Avith a single grain, or at all events with a
single ear, for not only is it a matter of consequence to rid our crops of
chess, but it is of some importance that a crop should consist of one
variety, for not only is there a difference in the productive powers and
quality of different varieties, but there is a difi'erence frequently of some
days in the periods of ripening, and a crop Avhich is a mixture of diflferent
varieties, some ripening sooner than others, cannot yield so well, or afford
so equal or so fair and heavy a sample as a pure crop, adapted to the
soil and climate.
Although wheat has been cultivated from time immemorial by the
most civilized nations of the world, there yet appears to be many ques-
tions relating to the culture of the plant respecting which no very precise
or satisfactory knowledge exists. Experiments indeed remain to be made
on the wheat plant alone which would take a life time to determine. Who,
for instance, has proved what is the best mode of obtaining more produc-
tive and valuable varieties, whether by cross-breeding or judicious selec-
tion through successive generations ? or who can at present say where is
the limit to improvement in hardiness, quality, and productiveness ? —
Again, can an improved variety be continued pure and equally produc-
tive for an unlimited period when obtained, and if so, what are the like-
286
liest means for effecting that object ? Bcfoi-e this can be satisfactorily
answered we must inquire further, what are the causes of the deteriora-
tion of varieties of grain ? May it be owing to a variety not being suited
to the soil and climate? Are some varieties better adapted to one
soil and climate than to another? Do some thrive better in one soil
than another in the same climate ? What are the precise effects of soil
and climate on different varieties ? What are the effects of a change
of soil independent of climate ? What is the result of raising seed-wheat
on the same farm, but with a different or special manure ?
May the deterioration of an improved variety be owing chiefly to the
mixture of other varieties in the crop ? Do varieties of distinct habit and
character when mixed and grown together cross-breed. Is wheat, like
most of our fruits, and what are called florist's flowers liable to "sport"
into varieties, that is, M^ill it produce plants differing om each other and
from the parent stock, and this without the action of the pollen of a
second variety ? Will not a variety raised to a high state of perfection,
by selection and skilful culture, gradually deteriorate when grown a num-
ber of years by the ordinary methods ? In addition to hardy and pro-
ductive habits, is it possible to obtain varieties having some constitutional
peculiarity which will enable them to resist diseases, especially diseases
arising from the attacks of parasitical fungi ? In what state of ripeness
does seed-wheat afford the most vigorous plant? What are the effects of
different depths, times and modes of sowing, and of different quantities
sown per acre ?
WILD RICE.
Willow River, December 11th, 1852.
My Dear Sir : — The Wild Rice of this country grows usually on the
borders of small lakes, but sometimes, when the water is not too deep,
and the bottom apparently soft, it will extend over a whole lake, literally
filling it ; so that when it is luxuriant, it is with difficulty that a canoe can be
worked through it. It usually grows in water from six to nine feet deep,
and rises about the same height above the water, with a straw and head
very similar to oats ; in fact, in many places, when nearly ripe, it has
the appearance of a large, luxuriant oat field. The kernel, after the husk
187
is taken off, in appearance resembles both the oat and a kernel of smut
rye ; it is larger than the former, but not as large as the latter usually
grows. In color, it is almost a transparent green.
The method which the Indians take to gather it, and prepare it for
food, is as follows : A short time before it is fully ripe, two squaws will go
amongst it with a canoe, and gather a handful of the straws together, tie
them so, and then break down the heads and leave them hanging till it is
dry enough to thresh. They have a double object in thus tying the straws
together : one is to prevent the waving of the heads together by the action
of the wind, and thus threshing out the grain, and the other to prevent
the straws from settling down into the water when they have become fully
■ ripe. After it has remained tied in this way for about two weeks, and
become fully ripe, and dry enough to thresh, the two squaws again start
with their canoe, one of them armed with a crooked stick about three
feet long, and the other with a paddle to steer or propel the canoe. Ar-
rived at the rice field, the one with the stick seizes the clusters of heads,
and bendinsr them over into the canoe, strikes them two or three blows
with the stick, and in this way threshes out the grain. In this manner
they will gather several bushels in a day. It is then taken to where the
lodge is for the time being, and kiln-dried thoroughly, (usually enough
to cook it, ) after which it is emptied into skins, and undergoes a process
of beating with sticks, to take off the husks, when it is fit for use. It
then enters into, and becomes a part of all, or nearly all, their cookery,
In spring, when sugar-making commences, and the Indians are about to
start on their spring hunt, they take a quantity, and mix some grained
sugar with it to carry with them as their principal supply of food. They
then eat it without any further cooking. I have used it, and consider
it far preferable to the Southern rice for soups, or boiled to eat with
molasses or butter. '
Whether it would improve by cultivation, I am not able to say, but
think not. I am now, and have long been of the opinion, that the culti-
vation of it might be made very profitable, by having dams, so as to flow
the land at pleasure. When the Indians wish it to grow in some favor-
able place, they gather some of it when it is fully ripe, and scatter it in
the water, when it grows without any farther trouble on the part of the
rude airriculturist.
It is usually worth two dollars per bushel. I have none now by me,
but will endeavor to get some and forward to you soon. I can get none
288
fit for seed until the next harvest, as the germinating power is killed ia
the drying.
Yours truly,
JOSEPH BOWROIS'.
To Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society.
THE MORAL INFLUENCES OF HORTICULTURE.
The Grove, Northfield, III., December 20, 1852.
My Dear Sir: — A compliance with your request, that I furnish a hor-
ticultural paper, for your forthcoming volume of Transactions, is ren-
dered difficult, by circumstances not necessary to mention ; and, yet, I
do not feel at liberty entirely to neglect your flattering call, inasmuch as
I acknowledge your right to command the aid of my pen, and perhaps
believe that the example of professional writers may prove of some avail,
even, though, their communications contain little or nothing of practical
value to the well-informed reader.
Now, the three or four pages of argument, floating in my mind, may
not reach the paper in a way to convince a single individual, but I may
excite thought, and that thought may cause investigation and application.
My theme is the Moral Influences of Horticulture ; though I may in-
cidentally glance at other phases of the question.
I consider Horticulture, not only "the fine art of rural life," but as
the primary school of taste and refinement, and the normal school of
practical country life.
To begin with the familiar and unquestionable branches ; all who stop
to think will admit, that a well-tilled garden is in reality a model farm ;
and from the results there, the large farmer can readily take practical
lessons, on the general efi'ects of improved fertility, by the use of man-
ures, depth and fineness of tilth, thoroughness and extent of after-cul-
ture, incidental protection, irrigation, <fec., and if we leave out the above
consideration, it must still be admitted, that a good kitchen garden gives
a larger return in wholesome and desirable food, for the small amount of
occasional labor, than any part of a farm — the orchard excepted — and
it furnishes, also, agreeable occupation for some hours that might be
worse than wasted, were it not for this handy resource.
289 ^
The fruit garden, the vineyard, and the orchard, take other and longer
steps in the illustration of our theme. In money-profit, too, these pay
much better than the balance of the farm ; and in the family, as cheap
luxuries, delicious food, acceptable medicines, prophylactic agents, and
reliable substitutes for other articles in common use, ripe fruit is truly
invaluable. But the influence of a more general production of certain
fruits, for the manufacture of wine and cider, is more properly under
consideration.
Cider can be made far superior in flavor to all the mixtures, sold as wine,
and most of the ordinary importations ; and yet, neither intoxicate, nor
derange the digestive organs of those who drink it.
I have known dyspeptics drink really fine cider with great relish, and
most satisfactory results ; while at the same time, a glass of ordinary
wine would be almost certain to cause prolonged misery, and alcoholic
liquors (seldom taken) have no good eff'ect whatever.
It has been proved that good wines can be grown at home, cheaper
than any, of equal quality, can be imported ; and it is by no means set-
tled, that we cannot produce wines in the United States as cheap as they
can in France and Germany. The difference in the price of labor is the
only thing against it ; and the contrivances of Yankee ingenuity will help
to overcome that, and, the difficulty of adapting or naturalizing wine
grapes to soil and climate will be got over by the production of new vari-
eties suited to the locality.
Taste in wines is somewhat arbitrary, and the growth of habit ; but
those who are accustomed to our pure American wines prefer them to any
others ; and for my part, I consider the Dry Catawba one of the most
delicious of wines, and one of the least liable to produce bad eS"ects upon
the stomach or the brain. Indeed, like cider, the little alcohol, which
these light wines may yield to distillation, exists in such a state of com-
bination with the natural elements of the fruit, that a healthful exhilara-
tion, rather than alcoholic stimulation, or intoxication, is produced by its
introduction into the system ; and then, it is well known to chemists, that
wine of this kind is free from those deadly poisons, which may be ob-
tained, as proximate principles, from the rum and whiskey of commerce,
especially the latter, which contains half a dozen or more of these prin-
ciples, more or less deadly in their nature, apart from the alcohol for
which the whiskey is drank.
I shall not say a word on the ruinous and destructive use of alcohol.
^ 290
in its various forms, and under its many specious disguises — I could not
add a single horror to the damning catalogue of misery and degradation ;
and yet, it is a solemn truth, that we do imbibe many poisons, besides alco-
hol, when we drink the ordinary wines and distillations, malt liquors, &c.
And now, admitting that we must drink — or rather, that we will drink
** something to give nature a jog" — had we not better take something
not quite so apt to jog us off our balance, and into the grave, after this
suicidal fashion ? '
We religiously hold to the faith, that the pure juice of the grape, the
apple, pear, and some other fruits, properly prepared and fermented, re-
fined and ripened, without the addition of any substance whatever, will
answer every indication, as an exhilarating beverage, and very seldom
either "steal away the senses," or drive a premature nail in the coflBn.
Now, if I am right in my estimate of the ameliorating tendency of the
pure juices of fruits, when contrasted with the effects of our ordinary
stimulating drinks, had we not better plant orchards and vineyards, for
the production of such agreeable beverages ?
The experience of the old world favors this opinion ; for, drunkenness
is almost unknown amongst the vineyards, while it is in alarming excess
where little cider and no wine, but much beer and whiskey are produced.
And if we cannot prohibit the greater evil, would it not be a rational
policy to supercede it by one of lesser magnitude ? This is a mere spec-
ulation, and will not suit either end of the Temperance argument. But
truth is sometimes found between extremes, and this idea is certainly
worthy of some consideration.
But I come now to a more pleasing phase of my theme ; one in which
I see no questionable point, no lesser evil, no doubtful tendency, but one
broad field of truthful nature, purity and moral excellence. And, yet, I
shall find few readers, perhaps, ready to adopt my ultra views, simply
because the training I advocate, has not fitted the many to comprehend
or appreciate them.
It is of the influence of the beautiful that I would speak — the orna-
mental in Horticulture — the beautiful in Nature and Art — especially in
reference to the education of the young, and the formation of character,
by the early development of the higher, and the natural repression of
the lower propensities of our nature. But will our association with
physical beauty do this ? "We believe so — measurably at least. All are
not born physically equal, and single specifics are as uncommon in edu-
291
cation as they are in medicine — and I never discovered one in either —
and yet, I believe that the influence of things, and the circumstances at
home, are of paramount importance in education.
The earth is robed in varient beauty, and the principle pervades all
living things, and forms of changing aspect ; and throughout the civil-
ized world this principle of beauty is all potent in guiding the tastes and
appreciation of intellectual man. Its efficiency is greatest during th©
morning of our existence, but our enjoyment of it may be greater in the
evening of a life on whose daAvn the spirit of beauty impressed its glowing
images.
There is no difficulty whatever in making the principle of beauty an
element in early education. The child instinctively loves the beautiful,
and proves it by extending a tiny hand and attempting to seize that
which it had never seen before, and could not have learned to desire. —
From the brightness of the stars to the verdure of the earth — from the
bird and the butterfly, to the painted petals of the flowers — the child ad-
mires the beautiful, and is never far Avrong in his first estimate of it. —
Why, then, should we let the hard pressure of animal wants — the con-
ventional absurdities of society — or the barren bleakness of an unadorned
home, and a less lovely school-house — pervert the child's nature and put
out this spark of divine light — the only mental ray that illumes the nas-
cent understanding, which comes with us into the world !
There can be no doubt — there is no doubt — in the minds of all sensi-
ble persons, who have examined the subject without prejudice, that the
things habitually presented to the eye of the child influence the mind of
the mature man. This influence is, of course, modified by the physical
organization of the individual, and the circumstances of after life. But
the early impressions are, after all, those which must color individual
character apart from physicial peculiarities ; and who knows how often
the circumstances of infant life destroy a noble, or enlarge and render
active a naturally feeble faculty, or propensity for evil? We now know
that the great and the good have generally come from a home of beauty
and excellence ; and we know, too, that vice and misery grow most luxu-
riantly in the frightful hot-beds of crime, sunk in the filthiest dens of
our great cities. This we all admit ; but we seldom enquire whether the
wordless, but speaking beauties of Nature would not have prevented the
evil growth which the moralist and the magistrate are called on to
restrain — with how much real benefit, all who will, may see.
293
That which we sow in the spring-time of life shall we reap in the
harvest of manhood; and if the young mind is seeded with evil, and
nurtured in poverty and wretchedness, can we reasonably look for a
crop of honor and pure feeling, or high moral and intellectual excel-
lence ? If there be exceptions to the rule, they are rare indeed, and
show that the Creator has impressed His seal of intellectual worth anii
integrity upon the physical organization of the individual with such
innate force, that after-circumstances have not had the power to control
the natural tendencies of the mind.
That education does much, all freely admit ; but I believe that educa-
tion commences much earlier in life than- most people imagine. The
child observes as soon as he sees, and learns before he can speak. That
our earliest thoughts pass from the memory, is no evidence that we do
not think when very young. Witness the delight of the child-in-arms
at beholding beautiful objects ; listen to the pertinent questions of the
infant prattler, and observe his silent reveries, and then say, if appreci-
ation and consequent thought are not active, though still undeveloped !
Things act upon the mind of the infant before words are understood ;
and therefore, things, not words, should be the mediums of early instruc-
tion; and surely then, the things most prominently before the learner
should be the most fitting and beautiful of their kind.
Forms of beauty and gracefulness direct the taste, or create it ; the
grand and the picturesque exalt the imagination ; order, congruity,
cheerfulness and comfort at home, all help to increase our love for these,
and render home lessons as efficient as pleasurable ; and pleasure is as
necessary as food and air. Never forget this, but seek to make the
pleasures of your child, not only recreative and suitable, but incidental
helps, also in the process of education, or physical and mental devel-
opement.
The free air, the earth's green carpet, and the grateful screen of trees,
should never be wanting in the child's early play-time, nor denied to the
school-boy's occasional enjoyment, and more necessary exercise.
Ever in the eye of the child, and the appreciation of true taste, when
practicable, our homes should be made the most beautiful spots on earth.
Ornament and practical utility should go hand in hand; for ornament
has its uses. And next to our homes, I would make the school-house
pleasant and commodious, and give it a cheerful countenance, and exact
and tasteful architectural proportions and finish. And then, though
293
parents have neglected these requisites, in home architecture, the pupils
of the district will have, at least, one good model often before them,
which, I must say, they now seldom have, not even in our churches or
other public buildings.
But I mustclose this lengthened essay. In writing, it has not been
my object to press my opinions with numerous examples, which I might
easily do, but merely draw attention to the subject of the beautiful in
Horticulture, in relation to education, and leave my readers to make their
own observations, and draw their inferences, from examples always
within reach.
That they will find the influences of the beautiful in accordance with
my views, if they look for them, I cannot doubt ; and that they will find
a larger proportion of bad taste, narrow intellects, and evil propensities,
coming out of homes where the beautiful had no existence, I am posi-
tively certain, even where all else has been comparatively equal in
education.
And how cheap are all these beautiful things of the garden and lawn !
How passing cheap can we purchase happiness for the young, and give a
right direction to their forming tastes and faculties ! A log cabin may
have taste and comfort, and cheerful, happy faces within, and without,
a few native trees, an American creeper, or a wild vine, fittingly planted,
will produce more tasteful effect than an hundred times the cost, in such
decorations as the village carpenter is most apt to give the rich farmer's
dwelling, and the rich district's school-house. And if my farmer friends
will go a little further, and purchase five dollars' worth of hardy shrubs
and perennial flowering plants, and to keep up the midsummer display
add thereto the seeds of a few annual flowers, they may easily render
their rough, picket-fenced front-yards as fittingly beautiful and creditable
as the most expensive showgrounds; and with these living embellish-
ments, nineteen well-informed persons out of every twenty, will give the
preference in a decision of taste, to the log-house in its place, o^ er the
most ambitious mountain of brick and mortar, or the glaring barn-like
"big, white house" of your "fore-handed" country "squire," or your
rich cit, who comes into the country to rusticate, and builds his house
and plans his grounds after city models.
And now, to conclude, I have but to repeat my advice, that you gather
around your dwellings the cheap beauties of nature — trees, shrubs, vines,
and flowering plants — and don't forget the delicious carpet of grass.
294:
And let these also adorn the school-house, and that buildins: towards
which the glad sabbath directs your reverent steps ; and last, that sacred
spot where rest the ashes of kindred dead, for there is no reason why
the grave-yard should wear a gloomy dress, since it is the last home of
us all.
Truly, your friend,
JOHN A. KENNIGOTT.
To Albert C. Ingham, Esq.
Sec. of the }Vis. State Agr. Society.
SEEDLINGS versus GRAFTS, OR TOP-GRAFTS versus ROOT-
GRAFTS.
BY F. K. PHCENIX.
These subjects having been touched upon by the writer in a communi-
cation published in the first volume of the Transactions are deemed wor-
thy of more special notice.
Seedlings it is not necessary to define. Grafted or budded sorts are
those selected from the former, on account of the superiority of the fruit
and other good qualities, as hardihood and productiveness, and propaga-
ted mostly by grafting or budding, generally upon seedling stocks, or
until within twenty-five years, when an improvement or innovation called
root-grafting, has been widely introduced.
With respect to the general system of grafting or budding, it would be
folly to question its safety and utility when properly used, though, unques-
tionably, an operation to be resorted to when necessary, and avoided when
practicable. The point is, simply, to what extent shall this practice be
carried ? and in view of the vast importance of Horticulture — in view of
its increasing risks and responsibilities — everything pertaining to that
prime operation should be carefully investigated.
Grafting or budding, considered as an abstract mechanical operation,
performed under favorable circumstances — as, for instance, to graft or
bud a young tree with its own wood — cannot be regarded as inherently
objectionable or dangerous, or as exerting any possible influence, other
than for the time being to lessen its size and retard its growth. It is only
in its perversions or accidents, its newly created world of changes and
295
circumstances, that it can work injury. In the endless variety of combi-
nations produced, there must be an increase of risk — ample occasion for
all the ills complained of as belonging especially to buds or grafts. Thus
we have : 1st. The subjects, endlessly diverse in habits and preferences
as to soils, climates, culture, &c. 2d. The operation, including time,
manner and results. If these be taken into the account, we shall wonder
not so much at the degeneracy as at the endurance of our improved vari-
eties. It is indeed maintained by some, that what we have gained in one
direction we have lost in another — that our choicest fruits, not only pomo-
logical, but intellectual, have been dearly bought at a sacrifice of physi-
cal vigor — " wiser and weaker," as saith the old proverb. This is a posi-
tion not taken without considerable show of reason, but believing it oppo-
sed to the prevailing fact, as well as to the hopeful theory of "Progress"
— a progress not seeming and partial, but real, and to some extent pro-
portionate, we must reject it, while allowing, and otherwise explaining
the facts from which it springs. To say that culture and improvement
pertain not to the entire range of human effort, as well to the physical as
the intellectual, as well to the tree as the fruit, is manifestly absurd —
though, at the same time it is evident this culture and improvement have
been in many instances partially and unwisely bestowed.
Whatever may be our theory, certain baneful tendencies and results
are too obvious to be disregarded — let each then but oppose in his own
way and to the best of his ability.
In discussing this subject we shall endeavor to prove,
1st. That the seedling is physically the more perfect tree ; theoreti-
cally, because of its unity and entireness, simplicity and naturalness
throughout, in both origin and developement, roots, tops, growth and
product. Nature in any given process is perfect. Practically, because
the wood of seedlings is firmer, bark tougher, and wounds made on
■ them heal more readily ; they are generally more productive and hardy,
and accommodate themselves best to different soils and climates. There-
fore,
2d. Though grafting is indispensible, yet that that grafting, other
things being equal, will be best, which employs most of the seedling
stock.
These positions we shall not discuss separately, nor is it perhaps neces-
sary, for we doubt if any one conversant with the subject would feel in-
clined to question them ; in fact, with regard to hardihood the general
296
impression has seemed to be, that seedlings were quite, too tough — most
unnecessarily and inconveniently thorny and rugged !
The ultimate issue no doubt is between seeds and buds — the rough,
hardy product of the one and the smooth, tender, rapid growth of the
other — Avhich aflbrd the best foundation or vital centres to work from ?
With regard to the seed it is nature's primal, chosen method of repro-
duction, the perfect embryo of a new, perfect individual ; nothing second
hand or second rate, or factitious or adventitious about it ; it is not one
of many parts of a tree given to manufacture the rest, but all parta
reduced, embodied and pledged to reproduce the whole. In examining
the seed more closely, we find one part designed for the radicle which is
first developed; then another designed for the stem, and that these parts
are utterly distinct, not interchangeable, a most significant fact. Each
part then must remain by itself, each for its own element and yet each
dependant on the other. And here, at the point of union, if anywhere,
is the life of the tree, the very seat of vitality, that common centre from
which all other parts radiate, and which, therefore, if any part, is indis-
pensable.
That buds possess a species of vitality, and are capable of indefinite,
and in some cases, profitable extension or multiplication, is undeniable.
Still it must be from the very nature of things, an inferior, dependent
process. There is no real reproduction, no internal renewal of life or
vigor, or individuality ; but merely a sort of polypus-like increase with,
as I must think, a decided tendency (at least among the more important
varities of fruits) in every successive generation, to lose a portion of its
original reproductive energy, unless that tendency be counteracted by
working on strong, seedling stocks.
The crowning effort of nature is reproduction ; but man has interfered
and diverted her energies in part from the formation of the most and
best seeds, to the production of fine flowers or fruits, making every other
consideration secondary. The consequence is, that some of our choicest
fruits and flowers have almost no seeds and are themselves few and fee-
ble. Observe the wonderful productiveness of — we had almost said —
whatever is not cultivated ; but compare the products of the original
types of our fruits and flowers with those of the choice varieties, though
none but the most productive are selected for propagation. No one can
for a moment doubt that this seed-bearing propensity, which thus under-
lies our whole system of horticultural production, is decidedly the
297
strongest in seedlings; and, llierefore, as we value the products of our
ti-ees, we should not lightly thrust aside their main prop. Habit is
(almost) everything, and if our trees, generation after generation, are
to be worked from highly forced, root-grafted, nursery trees, which are
often little better than rooted cuttings or more properly leaf-buds far
removed from seedlings, or fruit buds, we must not wonder if a habit of
growing instead of bearing, there acquired and thus ingrained, predomi-
nates ever after. Like produces like, seedlings produce seeds, at least
with whatever of fruit may be wrapped around them, while leaf-buds
thus stereotyped, incline to produce leaf-buds alone. Though deeply
conscious of our horticultural inferiority here at the West ; this lesson I
think we have learned by experience, and if our Eastern friends have not,
I would barely suggest, that it might possibly be because their ancestors
were not skilled in commercial gardening, especially the great art of root
grafting ! Justice, however, requires the acknowledgment in this connec-
tion, of our own faults — if such they shall prove to be — that root-grafting
has ever been, as we believe, more generally practised at the West than
the East; and that we (with every body else, esteeming it highly) wrote,
so far as we know, one of the earliest articles upon it, descriptive and
commendatory, ever published at the East. Hort. vol. I., page 280.
It will be argued that " a tree is a tree," and that root-grafts are "good
enough, any way;" that seedlings, like grafts, vary in hardihood or pro-
ductiveness ; that the hardy or productive ones, of either class, are equally
so, while the opposite, the one as well as the other, will go to the wall.
Preeisely the argument when suckers were "just as good as any,"
and of some plants they still seem to be ; and where, from time
immemorial, suckers or cuttings have answered all purposes, we would
not lightly call them in question. But for all that, discriminating culti-
vators cannot now be persuaded to trust many kinds of suckers as they
did once. Trees do unquestionably differ on account of different modes
of propagation ; thus, we have standards and dwarfs, seedlings and suck-
ers, root-grafts and top-grafts, unlike in many and important particulars.
Not, but that they may produce similar fruit, and under similar and favor-
able circumstances, be much alike throughout, still, there is a plain, prac-
tical distinction. So with the diflferent parts of a tree, the roots and tops
have utterly distinct functions, a root cannot become a branch, nor a
branch a proper root. Thus, a seedling varies from a sucker or cutting
in its root and collar, e5pecially and unquestionably throughout. Hence
20
29 S
the impropriety of manufacturing entire trees, roots, stems, and branches,
out of tops. Nature will doiibtless do the best that can be done with
them, but how can they form as natural trees as seedlings ? The proper
place to use tops, is to make tops again, at least, with the nobler fruits, sa
liable as they have become to untoward influences, and where so much is
at stake, let nature govern, at least, in laying the foundation, nor can it
be too rugged and enduring.
Trees differ also in being of different varieties as well as classes. It is
said, there are sections where nearly all varieties are root-grafted, and
with perfect success. In other sections, and widely too, throughout the
iN'orth and West, some varieties are generally recognized as too tender for
root-grafting, and in extreme cases for any situation. For one, I do not
know where these tender varieties do succeed so perfectly. In the very
best apple districts of Western New York, we have seen (rarely we ad-
mit, for we have never made any investigations with reference to this
point) but we have seen the same effects from root-grafting that are com-
plained of elsewhere — in the nursery bursting, and in the orchard dying
out, at the collar, while seedlings flourish almost everywhere, and every
improved variety, without exception, so far as we know, is rendered
hardier, and, if any thing, more productive, Avhen worked standard height
on hardy seedling stocks. Is it not, then, the obvious dictate of sound
policy to adhere inflexibly to the very best mode of propagation ? Are
we wise to take up with any thing less ? To strengthen a feeble grower or
renew stunted varieties we have ever been wont to work them on the best
seedlinof stocks — thus acknowledofino: bv common consent, from time im-
memorial, that with respect to vigor and hardihood, the bottoms govern.
Bottoms change tops greatly and often for the better — while tops affect
good bottoms, if at all, generally for the worse, except in the way of fruit,
I certainly would not deceive myself nor raise any false alarm — but let us
suppose, if not unreasonable, that throughout our country, when once well
covered with these tender root-grafted trees, some right western winter
should prevail. It may be we shall have nothing more trying than those
of 1851 and '62. — I certainly hope we may not. But again — root-grafts
cannot be better than top-grafts ; still, they are unquestionably different,
and what will that difference result in ? It may not be possible, yet we
have thought whether they might not eventually turn out like suckers,
essentially inferior. At all events, on which side, we ask, is the risk ?
However, we do not by any means wish to ascribe perfection to seed-
299
Yimxs — but we insist that to them as a class we must look as much for
endurance and productiveness as to grafting for choice fruits. No one
can be more sensible that the writer of the advantages of root-grafting,
especially to the nursery-man — of the cheapness, beauty and popularity
of that class of trees — and none will be more pleased to have it demon-
strated that these advantages are not counter-balanced by any increase of
risk. As a nursery-man, we have grown them mostly, and must do so
while they are preferred. But there is, nevertheless, a class of stubborn ,
facts we can explain in no other way than as above. With our present
views, between a seedling and a graft of whatever style of the same fruit,
every thing else being equal, we should-^refer the former. But the truth
of the whole matter summed up, we believe to be this — that there are
few seedlings that might not be improved by grafting, and but few, if
any, improved varieties that would not be materially improved by work-
ing standard height on strong healthy seedlings. Some good fruits there
are, which produce the same, or nearly the same, from seed, and these it
would be well to increase, if only to save the trouble of grafting. If it
be argued that they would not be as productive, it must be because natu-
ral progress towards the formation of perfect varieties is at end — which
we do not believe.
In this matter we wish to take no ultra, theoretical ground in favor of
any thing like the limited duration of varieties. Of the two we prefer
Dr. Turner's theory as set forth in his famous Essay on " The Vitality
and Longevity of Trees" — for which we think the Horticultural Avorld
largely indebted to the author — as also for many other good things. —
Under favorable circumstances we believe a given variety may endure
through all time — but hardly, or to little purpose, if subjected to all man-
ner of abuses. And so with individuals — if we would have them live out
their natural lease, we must be as choice of the body as the mind — of the
tree as the fruit. Therefore, as nursery-men, if we would be on the safe
side, let us always retain the strongest possible hold upon that inexhausti-
ble store-house of "vitality," that chief reliance, that staff of life in
propagation — a good, sound, seedling stock ! Nor should we discard
grafting, although, like civilization, while it has vastly increased the num-
bers and merits of its subjects and possessors, it has, at the same time,
unquestionably multiplied their diseases and risks — not from necessity
but from neglect on our part — not to vex but to improve — that, as our
strength is, so might be our exertions and our achievements.
300
DESCRIPTIOXS OF SIX VARIETIES OF WINTER APPLES,
AND SIX VARIETIES OF PEARS, COUNTED AS WORTHY
GENERAL CULTIVATION IN WISCONSIN.
BY F. R. ELLIOTT, CLEVELAND, 0.
APPLES.— Belmont.
Synonyms. — Gate — Mamma Brown — Kellcij White — Waxen — Golden
Pippin — White Apiple.
We are unable to trace the origin of this variety beyond the records
of the Ohio Pomolo^fical Transactions, where it is stated as oriffinatino-
in Lancaster county, Pa. Its name comes from its having been most
widely disseminated from Belmont county, Ohio.
Size, medium to large. — Form, somewhat irregular, yet usually glob-
ular.— Skin, thin, smooth, oily. — Color, rich, clear, light-yellow, with a
few dark-brown specks. When fully exposed to sun, it has a fine, clear,
vermilion, red cheek. In southern sections of country it has slight russet
marblings, with an occasional carmine spot on the sunny side, and many
dull blotches of mould or fungus. — Calyx, varying from small and close,
to open and reflexed. — Basin, shallow to moderately deep, always slightly
furrowed. — Stem, projecting slightly beyond surrounding surface of fruit,
always slender. — Flesh, yellowish white, fine grained, very tender, mild,
301
sub-acid, juicy, delicate, sprightly flavor ; grown upon alluvial soils, the
flesh becomes more spongy and loses much of its i^e flavor. — Core, rather
large. — Seeds, abundant, rich, brownish, red, ovate, pyriform. — Season,
November to February.
APPLES. — Wkstfield Seek-no-farther.
Synonyms. — Connecticut Seek-no-farther — Xew England Seelc-no-'^^
farther — Red Winter Pearmain — of some Western growers.
This old and popular fruit deserves a place in every collection. Grown
in rich alluvial soils of the South, it does not keep as long as when
grown on poorer soils at the North ; but it loses none of its peculiar
flavor or good qualities as a table fruit.
Size, medium. — Form, regular, roundish, conical, broadest at the base
or stem end. — Color, light yellow ground, sunny side striped and splash-
ed with red ; small russet dots shaded around with light russet yellow ;
often considerable of russet about both stem and calyx ; grown South,
it is very much russetted, and about the stem the russet has appearance
of rich bronze ; progressing northward, it gradually loses its russet, until
on light, sandy soils in Michigan, it becomes a pale yellow ground, with
stripes and splashes of clear red and minute dots. — Stem, long and
slender. — Cavity, open and regular. — Calyx, usually small, closed, some-
502
times half open, with short segments. — Basin, medium depth, regular
form. — Flesh, yellowisl|, tender, sub-acid, with a rich pearmain flavor. —
Season, November and March.
APPLES.— SwAAR.
This variety originated among the Dutch Settlers on the Hudson
River. Its name is from a word in the Low Dutch, meaning heavy. It
requires rich, warm soil, to perfect the fruit. On cold clay or wet soils it
has none of the peculiar rich flavor which uniformly characterizes it
when well and favorably grown.
Size, medium to large. — Form, regular roundish, sometimes a little
angular and often ribbed or unequal on its surface. — Color, rich deep
yellow, often tinged with red where fully exposed to the sun, dotted with
numerous brown specks and marblings of gray russet, particularly
round the stalk. — Stem, slender, medium length. — Cavity, regular round.
— Calyx, medium to small greenish half closed. — Basin, shallow, slightly
furrowed. — Flesh, fine grained, yellowish, tender, sub-acid, sprightly
and rich in aroma. — Core, medium. — Seeds, full, plump, ovate, conical. —
Season, December to March.
303
APPLES.— Red Canada.
Synonyms. — Richfield Nonsuch — Old Xonsuch — Xonsuch.
In 1845, this fruit appeared hardly to be known, except in a few local-
ities ; under the impression that it was an old variety, we traced it back
to New England, where we found it was known as Old Xonsuch. Sub-
sequently it was introduced under the title by which we now choose to
recognize it, and claimed to be of Canadian origin. Were it not for the
confusion likely to be entailed, we should prefer to hold to rules of
Pomology and call it Xonsuch, but it differing so materially from the
Xonszich of all foreign authors, is our reason for continuing the name,
"Red Canada." It is doiibtless of American origin, succeeding well in
all rich stony soils. The young trees are slender in growth, and rather
tardy in coming into bearing; but as they becoine older, their produc-
tiveness and uniform size and beauty of fruit, make full amends.
Size, medium. — Form, roundish, conical, flattened at base or tapering
slightly towards the apex. — Color, a rich clear yellow ground ; when
-exposed to the sun overspread with bright rich red or rather two shades,
a light and dark red intermingled or striped ; many light gray dots, giv-
ing, at first sight, an appearance of somewhat rough exterior. — Skin,
thin and tender. — Calyx, closed, small. — Basin, open moderate depth,
slightly furrowed or uneven. — Stem, varying from short and stout to
slender and rather long ; usually the stem extends beyond surrounding
304
surface of fruit. — Cavity, rather deep and regular, with an occasional
sprinkling of light russet. — Flesh, yellowish, white, tender, mild, sub-
acid, juicy, sprightly, a mild aroma and delicate flavor. — Core, small,
compact. — Seeds, plump, ovate, pyriform. — Season, December to March,
but is often kept, without extra care, until June.
APPLES.— Pryor's Red.
Synonyms. — Pryor's Late Red — Yellow Pryor.
This variety bears strong impress of a seedling, from a cross between
Westfield Seek-no-farther and Roxbury Russet ; partaking most largely
of the Seek-no-farther. The trees are upright, slow growing, healthy,
tardy in coming into bearing ; but once in bearing, produce moderate
crops every year. In the nursery it is said to succeed best, grafted on
strong roots. It evidently requires a rich strong soil, as specimens
we have received grown in southern Indiana, measured four inches diam-
eter and three inches from stem to eye ; while specimens grown farther
north and on poorer soils, were hardly of medium size.
Size, medium to large. — F(yrra, angular roundish, tapering to the apex,
sometimes even broad at the apex, being roundish, angular, flattened. —
Color, pale yellow, ground mostly overspread with rich, warm, red rus-
set, marbled and splashed with bronzed yellow near the stem, and with
yellow russet spots on surface, and often a bloom ; grown in northern
localities, it is very little russet, except near the stem, while the russet
305
spots become dark ia centre, surrounded by lighter shade. — Stem, short.
— Cavitij, narrow. — Calyx, small, segments, erect. — Basin, abrupt, pretty
deep, round and even, occasionally shallow. — Flesh, yellowish, tender,
mild, sub-acid, of sprightly, pleasant, pearmain flavor. — Core, medium,
with an encircling, concentric line, centre slightly hollow — Seeds, vary-
ing :n form.-
-Season, January to June.
APPLES — Broadavell.
This variety originated near Cincinnatti, Ohio, and although we have
examined and eaten of the fruit, both there, and at the residence of our
esteemed friend, Prof. J. P. Kirtland, we yet prefer giving our description
from the manuscript of Mr. A. H. Ernst, of Cincinnatti, well known as a
careful pomologist, and who has kindly loaned us the use of his notes.
Size, medium to large. — Form, globular conical, flattened at the base,
regular and uniform .-C'a?y.r, open, segments short.- J5asm, narrow.-/S^em,
short. — Cavity, expanded. — Color, light yellow, with cloudy flakes, and in
exposed specimens brownish bronze. — Skin, thin and smooth. — Flesh,
white, tender, fine grained, with a sweet, rich, very fine flavor. — Core,
close, compact. — Seeds, small, plump, light brown. — Season, November
to March, One of the most desirable of all winter sweet apples.
. 30G
PEARS— Bartlett.
Synonyms. — Williams Bonchretien, Poire Guillaume.
This is an English variety known universally in America under name
of Bartlett. According to Downing, it originated in 1770 and was im-
ported to this country in 1779. The name " Williams Bonchretien" or
" Williams Goodchristian" is a minsflinof of Encjlish and French not admit-
ted under the rules of Pomology, and we think is bad taste. The trees
are thrifty, upright growth, and found to succeed in almost every soil
and situation. Our outline was made from a medium or rather small
size specimen.
Size, large to very large — Form, irregular, oblong, obovate, pyriform,
surface uneven — Ski?i, thin and smooth — Color, clear yellow, occasion-
SOT
ally marked with russet, and when grown exposed to sun it has a soft
blush on sunny side. — Stalk, varying, one to one and a half inches long,
stout. — Cavity, flat, shallow. — Calyx, medium size, rather open. — Basin,
shallow, slightly furrowed. — Flesh, white fine grained, full of juice, sweet
highly perfumed, vinous, but not rich flavor. — Core, small. — Seeds, long
pyriform. — Season, according to locality; south it is a summer fruit, ripen-
ing in July, while far north it does not ripen until September; generally,
in latitude 42*^ N., it ripens from 15th August to 10th September.
Windfalls of this fruit, gathered and ripened in the house, will often
rank as more than second rate, while even the best grown specimens never
reach, in point of flavor, the highest excellence.
PEARS— KlRTLAXD.
Synonyms — Seedling Seckel — Kirtland's Seedling.
This valuable variety was raised from seed of the Seckel Pear by
Henry T. Kirtland, Esq. of Mahoning Co., Ohio. The general habit of
the tree is of a thrifty white doyenne, while it is hardy and free from
blight as its original parent, and in productiveness superior.
Our description is copied from one written by Prof. Kirtland.
Size, medium, circumference six and a half inches ; length, including
stem, two and a half. — Form, globular ovate. — Color, rich, cinnamon rus-
set, varying to a dull green. — Flesh, white, fine texture, melting, juicy,
308
Sweet and rich, ■with a highly delicious aromatic flavor. — Seeds, usually
full, short and blackish. — Stem, six-eighths of an inch in length, thick,
and somewhat curved. — Calyx, small, moderately deep, segments, short,
reflexed and persistent. — Season, September.
This description was made from specimens, grown in ordinary soil, and
will be found correct, as an average, on full bearing trees. We have
seen specimens grown in rich soil, and with high culture, that more than
doubled the size of description.
PEARS— BuFFCM.
The Buffum pear originated in Rhode Island, and was introduced to
notice of fruit growers, sometime about 1827-8. It was first fully des-
cribed in Hovey's Magazine for 1844, although both Manning and Ken-
rick had previously noticed it. The trees are upright, strong growers,
with reddish brown shoots, uniformly productive, and rarely affected
with blight. Fruit somewhat variable in quality from superior to insipid,
as it is more or less exposed to the sun in ripening.
Size, medium. — Form oblong obovate, one side usually a little depres-
sed.— Color, from a dull, brownish green, to a deep yellow, one half
finely suffused with bright red, sprinkled with small brown dots, or a lit-
tle russet. — Stem, short, stout, inserted in a shallow cavity. — Calyx, with
small segments. — Basin, broad and shallow. — Flesh, white, buttery, sweet
309
and agreeable flavor — Core, medium — Season, September, but often lasts
into October.
PEARS. — Beurre d'Anjou.
This variety was imported from France, and is comparatively new at
the West. The vigorous healthy character of the trees, together with
its habit of early and abundant fruiting, we think warrants its extended
culture. The wood is stout and of a pale dull yellow.
She, large. — Form, oblong obovate, full at the crown, tapering to an
obtuse point at the stem.-^ Co^or, pale yellow, dull red on the sunny
side, much russetted around the eye, and regularly covered with minute
russet specks. — Stem, short, thick, curved and obliquely inserted in a
shallow cavity, formed by uneven swellings and projections of the fruit.
— Calyx, medium sized, open with stout segments reflexed. — Basin, reg-
ularly formed, round. — Flesh, yellowish white, melting juicy, rich,
sprightly and delicious. — Core, small. — Seeds, long, pointed. — Season,
October and November,
310
PEARS.— Beurre Bosc.
Synonyms — Calebasse Bosc — Marianne NouveUe — Bosc's Flarchen-
birne — Beurre cV Yelle.
This Beurre Bosc was raised in 1807, by ^an Mons, and named Cale-
basse Bosc, after M. Bosc, a distinguished Belgian cultivator. The trees
are vigorous, healthy, Avith long straggling shoots of brownish olive,
regular bearers, producing the fruit scattered singly upon the tree.
whence it is always of fine size. We have not been successful in grow-
ing it upon the quince root. " Having been received at the garden of the
Horticultural Society of London, under the name of Beurre Bosc, Mr.
Thompson thought it best to retain this name, as less likely to lead to
confusion with the Calebasse, a distinct fruit.
Sll
Fruit, large, pyriform, a little uneven, tapering long and gradually
into the stalk. — Skin, pretty smooth, dark yellow, a good deal covered
with streaks and dots of cinnamon russet, and slightly touched with red
on one side. — Stalk, one to two inches long, slender, curved. — Calyx,
short, set in a very shallow basin. — Flesh, white, melting, very buttery,
with a rich, delicious and slightly perfumed flavor. Ripens gradually from
last of September to last of October." — Fruits and Fruit Trees of America.
PEARS — Flemish Beauty.
Synonyms — Belle de Flanders — Beurre Spence — Bosch-Bouche Nbuvelle
— Bosc Sire — Josephine — Imperatrice de France — Fondante Du Bois.
The Flemish Beauty seems particularly adapted to the rich warm soils
of the West, producing fruit with only ordinary care, equalling specimenB
grown East by means of special nurture and extra attention. The best
specimens'we have ever seen were grown in Wisconsin. "The tree ig
312
very luxuriant, and bears early and abundantly : young slioots upright,
dark brown. The fruit requires to be gathered sooner than most pears,'
even before it parts readily from the tree. If it is then ripened in the
house it is always fine, while, if allowed to mature on the tree, it usually
becomes soft, flavorless, and soon decays.
Fruit, large, oblong, obovate. — Skin, a little rough, ground pale yellow,
mostly covered with marblings and patches of light russett, becoming
reddish brown at maturity on the sunny side. — Stalk, rather short, from an
inch to an inch and a half long, pretty deeply planted in a peculiar nar-
row, round cavity. — Calyx, short, open, placed in a small round basin. —
Flesh, yellowish white, not very fine grained, but juicy, melting, very
saccharine and rich, with a slight musky flavor."' — Season, 20th Septem-
ber to 15th October.
WELL DIGGING— A SCIEXCE.
Prairie du Chiex, Dec. 10, 1852.
Mr Dear Sir : — Good and wholesome spring water, is not only a desid-
eratum, but is absolutely necessary to human happiness and animal life,
and many, otherwise excellent tracts of land, are nearly valueless, because
living water is not at command. Of course, anything that will contrib-
ute to the discovery of this useful element, will add greatly to the value
of such lands, and to the health and comfort of their occupants. No
one could have travelled in some portions of our State, in dry seasons,
without being convinced of the truth of this remark.
In the western portions of the State, the abundance of the pure spring-
water, which gushes from the hill-sides, and the head of every ravine, ren-
ders well-digging of secondary importance, to what it is in more eastern
parts. But still, water is greatly needed very often, even in the west, on
higher levels than the usual out-breaking of the springs. And as the coun-
try fills up with people, and the spring locations are all pre-occupied,
necessity compels the settler to take higher levels, and of course, he is
in need of a well. And as the roads are generally laid out on the high,
dividing ridges, as far and as long as they can be followed in the right
direction ; and as not only Yankees, but others, are fond of building on
the road, notwithstanding they may have springs in their ravines, from
•>
1 ^
a fourth to half a mile distant, they need wells of water at or near their
houses.
In other portions of the State, springs are but "few and far between,"
and running waters often fail in a drought ; so that if wells cannot be dug
with success, both man and beast are doomed to suffer from thirst, and
the farm, however rich and productive may be the soil, or however near
to a market, becomes almost valueless. In all these cases, well-diffaino-
;s of more importance than gold ; for of what avail is gold to a man per-
ishing with thirst ? If wells can be obtained, with tolerabe certainty,
many portions of our State would admit of more dense settlement, and
some portions, now of little value, would be greatly enhanced, both in
value and comfort of occupation. This subject, then, is of vital import-
ance to the atrricultural interests of the State.
But the question is, who can tell where and how deep to dig for
water ? To say, to most people, that some men can tell — with a certain-
ty, too, which justifies belief in it — not only as a fact, but as a science,
is, with such, only to meet with a contemptuous sneer and incredulous
cant of the head. And such unbelievers are often condemned already
to do without good and handy water, or obtain it at great expense.
The strong reason offered against this theory is, "We cannot under-
stand it, and we will not believe in a theory wc cannot understand."
Upon this mode of reasoning, you would believe nothing — not even your
own existence. "Facts are stubborn things," is an old adage, and a
true one ; and the sound sense and philosophy of a man who will deny
the truth of a thing because he cannot understand it, is a very question-
able matter. To deny one's own senses, is to be bordering upon insanity.
The fact here affirmed has been witnessed by thousands who, until they
saw it, were unbelievers in it, and the truth of it is being almost daily
tested and established. There are, at this time, probably one hundred
wells in Western Wisconsin, which were dug by the direction of what is
called the " divining rod," the " dowser," the " water witch," or "water
philosopher."
This rod consists of a fork taken from the tip ends of the limbs of a
peach, hazel, or any fruit-bearing trees, the fruit of which has pits or
stones in them. The operator holds the fork in his hands, so that the
but-end is upward, and the tips one in each hand — the palms of which
being upward and on a level — and when brought over running water,
which is in a vein under ground, or over a crevice filled with mineral or
21
q
14
mineral clay, the but-end will turn down, and with such force, if resisted
by the operator, as to twist the stem and crack the bark. It was this
twisting and cracking of the bark that removed my doubts, or rather
settled unbelief in the theory some forty years since. And then digging
for, and finding water exactly as told by the operator, both as to depth,
quality and quantity, I must show symptons of insanity, or yield a full
faith in the fact which I saw with my own eyes, and proved by my
own hands, in digging, and by my OAvn mouth in the delicious drinks of
good cold water, raised from the well.
My own testimony, whatever it may be worth Avhere I am known, is
but one among many thousands, a few of which only can be here given,
without extending this paper to a greater length than is intended. But
having seen it proved in scores of cases, and heard of even hundreds of
such, I am and must be a believer in this mode of procuring water, the
science of which will be hereafter explained. But I will first give two
historical facts to establish the theory.
About the commencement of the present century. Dr. Adam Clark, one
of the greatest linguists and philosophers of the age, was stationed on
Guernsey Island, in the British Channel, as a Wesleyan Methodist Minis-
ter. The people there had suffered much from want of water. But few
springs had been discovered; the streams were short, and subject to en-
tire failure from drought ; and, as a matter of course, they were depend-
ent upon their cisterns, which often failed also from want of rain. Under
these circumstances, the discovery of water at a moderate depth in the
soil, or in the rock, was as a God-send to the people.
Dr. Clark found in his Society a man Avho professed to make this dis-
covery. But not believing in the truth of the profession, because he
could not understand the why and wherefore of the thing, he arraio-ned
the member on a charge of humbuggery. He would not allow a mem-
ber of his Society to humbug the people. The accused man, however,
proved by some half dozen reputable witnesses that it was no humbuo- ;
that he had told them where to dig, and they had dug and found water
as he had told them. This was a poser for the Doctor. He had too
much sense, and too great a degree of justice to dispute and deny facts
thus clearly proven. But still doubting, he required the operator to per-
form in his presence. This was done, and the water obtained. But as
this might have been a chance case, he would have the experiment
renewed, which was done with like success. There now were a score or
315
more wells, of good, living spring water, whicli were so many standing
monuments to the truth of the theory. But how to account for it was
the mystery ! Science, at that time, had not investigated the matter, and
he concluded that it was a merciful and benevolent provision of the Crea-
tor, to supply the human race with this very necessary beverage. These
facts, and his deductions therefrom, the Doctor published in a pamphlet
for the benefit of others, a copy of which fell into my hands some forty
years since, and from my recollection of which, I make this statement.
About the same time, last mentioned, I saw a communication from a
Quaker in the interior of the State of New York, taken, I think, from
the Albany Cultivator, the substance of which was as follows: The
writer owned a large farm, under a high state of cultivation, having fine
brick buildings, orchards, shrubbery, &c., but no living water. He had
dug several wells, some of them ninety feet deep, but no good water could
be found, and it being difficult to obtain water from such depths, he be-
came discouraged, and offered his farm for sale at half its value, or cost.
A friend of his, on a visit to his house, was admiring the farm, buildings,
and other improvements, when the owner informed him of his willing-
ness to sell at half price, for want of water. His friend inquired why
he did not dig? "I have;" said the owner, "but no good water can be
obtained, and what I do get is at such a depth, that it is costly getting it.
"Why don't thee get a water philosopher, to tell thee where to dig?"
asked the friend. "Because I don't believe in such nonsense," was the
reply. "But thee may believe it, for I can assure thee that a good gen-
uine philosopher can tell thee where to find water ; and if thee will get
one, and follow his directions, if thee does not find water, I will pay thee
all the expenses thereof." Uopn this, the owner, to gratify his friend,
agreed to try the experiment. He did so, and was informed by the oper-
ator, that water was abundant, within twenty feet of the surface, and
near the corner of his house, fixing a mark by which to dig. He paid
the operator a dollar, having come some distance, and said to him: "I
have done this to please my friend, not because I have any faith in thy
skill ; But if I find water as thee has said, I will give thee fifty dollars."
The well was dug, and water found as indicated ; the operator got his
fifty dollars, and the farm was valued at double its price three or four
days before.
But the reader is probably impatient to know the why and wherefore
of this mysterious business — how it is that the rod will work in the hands
316
of one, and not of another. Well, I will say, it is not clairvoyance, mes-
merism, spiritual rappin<rs, necromancy, nor any other species of hum-
buggery, but simply the laws of electricity ; which, when understood,
are as plain as the growth of grain or cattle on a farm.
As before stated, this philosophy was practiced on Guernsey Island,
from whence it went into France, where the philosophers must always
know the why and wherefore of any and every useful fact which occurs
within their knowledge. The result of their observations on the subject,
as reported in their Transactions, is, in substance, this :
The electric fluid is attracted from the surrounding mass of rock or
earth, by running water in its bowels, but not by dead or standing water.
Every man is charged with electricity, either positively or negatively ;
this is a well known fact. The rod used must be green or in the sap. —
The sap is a conductor of the fluid, and in the hands of one negatively
charged (that is, one to whom the fluid will flow when he comes within
the reach or influence of a positively charged body or substance) the rod
is attracted towards the current. The reason why it will work in the
hands of one, and not in those of another, is thus explained. If all men
■were negatively charged, it would work in all hands ; or, if all were pos-
itively charged it would not work in anybody's hands.
It is known that silver will attract the rod, and that, in our mineral re-
gion, a crevice in the rock, having in it lead-bearing clay, or soil, will
also attract it. And in consequence thereof, the operator cannot tell, in
the mineral region, whether it is water, or a lead, or a crevice ; the lead
here having silver enough in it to become a conductor, and an accumula-
tor of the fluid in the ground.
It is known in the mines of our State, and I believe equally so in all
other countries, that lead ore is found mostly in the crevices of openings
in the rock. There may be crevices without lead, but seldom is there
lead without a crevice. The object, then, of the miner, is to find a cre-
vice, or opening, into which he will dig in pursuit of the ore. To find
these crevices, many in the mines use the rod, who find water sometimes
as well as a crevice. The skilful miner, however, can form a tolerably
correct judgment from the formation of the ground whether it is water or
a crevice, which may contain mineral, and so of the skilful Avell-digger.
From experience and observation he forms his opinion whether it is water
or mineral substances which attract the rod. But either and both may,
and sometimes do, mistake the one for the other in this matter.
31
•t
In our western part of the State, we have singular dividing ridges.
One south of the Wisconsin River, from the Portage to the Mississippi
River, 120 miles in length, and which must have in its bowels somewhere
near the Portage, as much water as would make a stream, one hundred
yards wide and three feet deep, with a current of three or four miles an
hour. This body of water must run in a thousand little subterranean
streams, because they break out in all levels, from the base of the hill, to
within thirty or forty feet of the the top of the ridge, say four hundred
feet between the levels of the highest and lowest springs. A similar
ridofe runs off northeast from Prairie du Chien, dividing the waters of
the Mississippi and the Wisconsin Rivers. This ridge runs, probably,
one hundred and fifty miles, before it is lost in the general level of the
country, and must send out as much, if not more, water, in the form
of springs, than the former. Of the truth of this, no one can have a
reasonable doubt, if he will look at the map, and note the number and
size of the streams which flow from each side of these respective ridges^
and reflect that these streams are not supplied from swamps, or lakes,
but entirely from springs, which must, and do, issue from the ridges.
Where the reservoirs of these waters are, we know not. The summits
of our ridges are higher than the surface of the great lakes, and all the
smaller lakes have visible outlets, of sufficient capacity, to discharge
their surplus waters. And it is evident, also, that these subterranean
streams, probably some of them rivers, must rise and fall in their under-
ground courses. For, at the Portage, the land is several hundred feet
lower than the level of thousands of springs, to the south and west of
that break in the ridge ; and in no place are these ridges wide enough
to absorb the rains, and supply the reservoirs within them.
These subterranean streams diverge from the course of the main
ridges, because along the sides, and at the base of every spur thereof,
springs abound equal to those along the main ridge. The upper or
highest veins of water on these hio;h rida^es, have been found within
thirty-five or forty feet of their top ; usually, though not always, in the
rock. Near Cassville, springs are found in the clay, at from twenty to
thirty feet in depth, on the highest portions of the ridge.
In the more level portions of the State, springs are found in much
less abundance than in our hilly portion. But Nature, or rather
Nature's God, must have provided those more level portions with sub-
terranean waters, though they do not show themselves, for the want of
318
hill-sides, out ©f which to seek the light of day. The great question is^
how are these waters to be reached, and brought to the surface for man's
use. It would not be too much to assert that if the Creator of the
Earth, with all these streams of water in it, so necessary for man's use,
has not provided by some law of Nature for their discovery, then there
would be a defect in His Avork. For, to provide an ample supply for
the wants of man, but not to provide any means but a mere blind
chance to discover that supply, is, to say the least of it, not skilful man-
agement. It would be but tantalizing man in his wants, to assure him,
as we all know is the case, that abundant streams of water run under
srround, but at the same time leave him in total darkness as to the means
of procuring it. The reasonableness of such a provision, raises a strong
presumption that it is made, and the facts hereinbefore stated, show how
and in what way it is made.
Unbelievers in this theory and practice, have usually paid the penalty
of their sin, in the enormous expenses they are at in obtaining water.
Some, to be sure, may and do hit water at hap-hazard; but others, upoa
an average, miss it, and dig for nothing, probably four times, out of five.
A friend of mine, of Grant county, to gratify me, obtained direction
from three or four different "water-philosophers," at different times,
and each unknown to the other ; and all fixed upon the same spot, Avithin
thirty feet of his door, and less than forty feet from the surface. But
being an unbeliever in this theory, he could not be induced to dig in that
place, but went some ten rods from the house, into the head of a ravine,
at a level of some twenty feet lower than the one indicated, and sunk a
well about seventy feet, being at least tAventy feet below the level of his
spring, which broke out about one hundred rods down the ravine, and
at an expense of probably one hundred and fifty dollars ; yet he got no
water. He then obtained a hydraulic ram and lead pipe, by Avhich the
water of his spring is forced up hill, eighty-four feet in a distance of one
hundred rods, being yet ten rods from the house, and at an expense, in-
cluding his own labor, of at least 8200. Here is one case of hundreds,
who after hauling the water half a mile, for ten or fifteen years, will
spend three or four hundred dollars to obtain the element, when fifty
dollars might, and would, in most cases, procure it at or near the door ;.
and all this, because men will not believe in a matter which has been
tested and proved by thousands; and that, too, for the unphilosophical
reason that they "do not understand it."
319
The Artesian wells, now becoming so numerous in our State, are, I
believe, usually bored without any respect to the theory here advocated,
and so far as I have been informed, they are usually sunk far below the
level at which springs are known to break out. If, perchance, the drill
strikes a vein, the well may be used without going to so great a depth.
Last season, three Artesian wells were sunk in Mineral Point, within a
few rods of each other; and all, I believe, to twice the depth of never-
failing wells, within a short distance of them.
In crossing the Koshkonong prairie, I saw three Artesian wells which
were said to be from seventy to one hundred and thirty feet deep ; and
at the deepest one I attempted to drink, but the water was so poor that
I preferred common brook water to it. And yet I found some good wells
of but few feet depth in the same neighborhood, proving that water
must run in veins in that prairie, and can be obtained at less expense
and trouble, and of a better quality, if proper means are used.
The Artesian wells at Fond du Lac, I believe, are generally about one
hundred feet deep, and probably sixty or eighty feet below the surface
of Lake Winnebago. These wells, or most of them, being tubed, throw
out the water at the surface, but in streams of very different magnitude.
One which I saw, emitted a stream nearly as large as my arm, while
another could afford only enough to say that it run ; and I was informed
that in sinking some of these wells, others were caused to fail. There
must be veins of water under the plat of that thriving city, and at a
much higher level than those that supply their deep wells ; because
springs break out in the neighborhood, near the surface of that extended
and beautiful plain. But the country is so level that they have no
chance to show themselves, except in the river's bank, or some slight
ravine running into them ; and when these veins can be struck, wells
can be obtained at much less expense than by these Artesian concerns.
These wells must be supplied by veins fed by reservoirs as high, or
higher, than the surface of the town; but where, is a question which we
do not pretend to answer.
In our lead mines, shafts have been sunk to different depths before
water has come in so as to disturb the miner. Some shafts are sunk
one hundred and twenty feet or more, without water ; while others are
flooded at thirty, forty or fifty feet depth. And in some instances, the
distances between shafts, with and without water, is very short, but a
few feet. Yet, some miners will have it that, at one common depth
below the surface, water will be found.
320
The course of these veins in the bo-svels of the earth, is somewhat
analagous to the blood veins of animals ; they rise and fall, and swerve
to the right and left. The whole of the veins in the ridge running east
and south of the Wisconsin river must have a deep depression to pass
the low land at the Portage, and rise again seme three or four hundred
feet south and west of it ; because springs break out in numerous places
at levels of that height above the Portage, to the south and west of
it. Indeed, it is said that springs come out near the top of the Blue
Mounds, nearly one thousand feet higher than the Portage.
In an early part of the present century, a man living near the Housi-
tonac river, in Massachusetts, dug himself a well, sinking some feet into
the rock. Some time after, his neighbor, half a mile distant, and on the
opposite side of the river, (the bed of which was at least one hundred
feet below the common level of the two houses) dug a Avell, and drilling
into the rock, he struck the vein which supplied the first well. The first
"well became dry, while the water rose to the surface of the second, and
run off" to the river. Well No. 2 was plugged, the water bailed out, and
the wall built. During this process the water rose as usual in well No. 1 ;
but as soon as the wall was built, and the plug removed from the rock
in the bottom of well No. 2, well No. 1 went dry again. The matter
being thus settled, that the same vein furnished both wells, a compromise
was eflfected by partially plugging No. 2, leaving the remainder of the
•water to pass on to No. 1. Whether, if No. 2 had used, or rather suf-
fered the whole of the water to rise and run off", it would have been "turn-
ing water out of the natural course," and thus become a subject of liti-
gation, I leave others to settle.
One thing which I omitted in its proper place I will mention here — that
is, how to ascertain the depth of the vein of water. I believe it is an estab-
lished and admitted fact that the electric fluid can and will be attracted
at an angle of 45'' with the horizon, and from a distance of from fifty to
seventy feet. This, if I am not mistaken, is the rule expected to govern
in reference to "lightning rods." And this is the .rule in reference to
water in the ground. When the operator ascertains the perpendicular
attraction, he makes his mark, and then, retreating beyond the influence
of the attraction, approaches until the attraction takes effect, and the dis-
tance from that point to the perpendicular point, shows the depth to be
dug to obtain water.
One thing more, and I shall have done. A query has been raised,
321
whether those persons, who are but negatively charged with electricity, are
more liable to be struck by lightning than those who are positively char-
ged ; in short, whether one who is, or can be an operator, is more exposed
than one who is not. As to this, I know nothing, and therefore can say
nothing. By reasoning from analogy, it would seem to favor the idea of
more danger to the operator than to others. But I know of no facts that
would settle the question. It is known that persons have been struck by
this fluid, while others in company with them, were not hurt. But
whether the reason here suggested, was the real cause of the diflferencc,
has not, to my knowledge, been ascertained. It could be, by ascertain-
ing the characters of the different parties, to such a distinction. I have
known of but one person being struck by the fluid, who was an operator,
and he had a shovel in his hand at the time, which might have attracted
the fluid. The fluid struck the man first, glanced to the shovel, and
passed off, and the man yet lives. The fluid, undoubtedly, had greater
afiinity for the shovel than for the man, or it would not have left the one
for the other. But whether it would have touched the man, or not, if he
had not had the shovel in his hand, is very doubtful. I think operators,
in this matter, need borrow no trouble, or spend no sleepless nights.
Respectfully, your obedient servant,
ALFRED BRUNSON.
To, Albert C. Ingham, Esq.
Sec. of the Wis. State Agr. Society.
THE MECHANICAL AND MANUFACTURING ARTS, THEIR
CONDITION AND WANTS, AND THE RELATION THEY SUS-
TAIN TO THE STATE AGRICULTURAL SOCIETY.
Rochester, Wis., December, 1852.
Dear Sir : — I received your letter some time since, requesting me to
prepare a paper for insertion in the second volume of the Transactions
of the State Agricultural Society, and suggesting as a subject, "The Me-
chanical and Manufacturing Interests of Wisconsin, their present condi-
tion and wants, and the relations they should and do sustain to the State
Agricultural Society, and their duty in relation thereto."
322
To treat this subject properly, statistics, gathered carefully from good
sources, would be indispensable. After failing to carry out the plan for
obtaining such, which first suggested itself, I thought I should be able
to obtain from some recent work on Wisconsin, or from the United States
Census, the information desired, but have been unable to reach anything
of the kind by any inquiry I have instituted, and I shall, therefore, be
compelled to substitute a few general observations :
In the older portions of our State, the mechanic arts, in many depart-
ments, are in a fair state of advancement. In our large towns and cities,
will be found dwellings, stores, and public edifices, which in taste, and in
architectural style and finish, will compare well with similar edifices in
any part of the Union. Our principal commercial city, Milwaukee, prob-
ably cannot be excelled in the rare taste and beauty of many of her
business blocks — unrivalled in the richness of the material — those bricks
of world-wide fame, and seldom surpassed in the magnificent and tasteful
proportions of their architecture. Again, if we travel through our older
farming districts, we are struck with the frequency of farm dwellings of
neat and tasteful, and frequently of rich finish, indicating by their exter-
nal outlines, a convenience of internal arrangement. We think no coun-
try is in advance of Wisconsin in this particular. Lands lovely as the
sun shines upon, and buildings often which show the taste of the occu-
pant, apace with the natural influences which surround him. No huge
pile reared towards the close of life's struggle, as a vain monument of
an existence which has been spent in restraining the comforts of progeny,
now scattered over the earth ; but homes of reasonable proportions,
which look like shelter for loved ones, calculated to mould their tastes,
and multiply their enjoyments.
In most of the towns and villages of Wisconsin we find the common
mechanic arts respectably represented, and new branches of mechanical
pursuits are from year to year being introduced. Many branches of man-
ufactures, allied to the earliest wants of a new country, the productions
of which are not conveniently transported from other parts, are in a
course of successful and extensive operation. Of these may be named
as prominent. Iron Foundries and Machine Shops, and manufactories of
some kinds of agricultural implements and machines. Already we hear
that some of the former have commenced the manufacture of Rail Road
Locomotives, and will no doubt be able to supply the great prospective-
demand of the country in that line. Steam engines are manufactured by
323
different establishments noAv in operation. An excellent specimen of this
manufacture was on exhibition by Messrs. Turton & Sercomb, of Mil-
waukee, at the late State Fair. We allude specifically to these mechani-
cal productions, because we suppose they indicate, as much as any par-
ticular instances can, the capacity and the advancement of the mechani-
cal skill of the country. The greatest deficiency in the'manufacturing
departments of our State, with the least prospect of the deficiency being
soon adequately filled, appears to me to be in the manufacture of every
kind of cloth fabrics. I will not undertake to speculate upon the causes
of this deficiency in a class of manufactures so intimately connected with
the every-day necessities of the country, and the absence of which occi-
sions such a constant and heavy drain of money from our State. We
can but hope that inducements may appear for investment in this direc-
tion, and that facilities may be put in operation for the manufacture of
the increasin:^ amount of raw material raised within our borders.
The hard times with our farmers for the last few years, have had a
tendency, very much, to depress all branches, but the change within the
last year, in crops and prices, is having a marked effect in stimulating
mechanical industry. We see hope arising, and the anticipations and
calculations of the mechanic enlarging. In this, we trust, there is per-
manency, which will insure to the mechanical and manufacturing interests,
a great advance in our State for a few years to come. We not only hope
to see those branches, already established, advanced, but there are many
manufactures for which the State pays heavily to other countries,
the manufacture of which we hope to see established among us ; and
trust, that as our agricultural interests flourish, we shall see the whole
list of manufacturing occupations, capable of being introduced among us,
filled up, and adequate, at least, to meet the wants of the State. In spite
of any notions of political economy, which may militate against it, we
cannot help supposing, with our superficial views, that it is best for a
country to raise its own fruit, to make its own cheese, and manufacture,
as far as possible, all its necessaries in implements, machines, and fabrics.
Our ideal of a great and prosperous country, combines the picture of
towns and villages interspersed here and there, merry with the anvil's
ring, the hammer's resound, and the general hum of industry, their
domes "glittering in the sun," and spires to heaven pointing; while
agriculture weaves around its broad belt of well tilled fields, and displays
its abundant crops and smiling herds, and rears its happy homes. In
324
order to afford something of a realization of this picture, our own me-
chanics and manufacturers need the friendly interest, the fostering care
of our own communities, and not to be regarded with jealousy or neg-
lect. The agricultural and mechanical interests of the country, should
feel that their interests are mutual ; that the general prosperity of the
country, in which all have a common interest, is dependent in a good
degree upon the mutual confidence and good Avill of all interests. The
incipient attempts at the introduction of new branches of manufacture,
should be regarded everywhere with favor, and preference given to home
productions. Is it not safe to say, that whatever retains the means of
the country in the country, multiplies its capital, and strengthens the
sinews of general enterprise and prosperity ?
A State, after all, is but a great family, and the improvement and thrift
of the different industrial interests are for the benefit of the whole. An
enlisfhtened view should lead the farmer to encourao^e home mechanics and
manufacturers — to wish for their prosperity — to bear with imperfect begin-
nings, and sustain and encourage to improvement. The mechanic and
the manufacturer, and the merchant, and the capitalist, should endeavor
to conduct their pursuits on such principles as will conduce, as far as pos-
sible, to the benefit of the farming interests — to the advancement of the
communities in which they live, and of the whole country ; at the same
time that each interest reaps its own proper emolument and reward.
Let these principles prevail in Wisconsin, and we shall see, with the anti-
cipated improvement in financial matters, "the increase of money in the
State, manufactories arising, and the increase and prosperity of all the
essential pursuits of industry.
From the views presented, it is not difficult to deduce the relation which
our mechanical and manufacturing: interests "should and do sustain to
the State Agricultural Society." Were Agricultural Associations insti-
tuted for the benefit of the farmer alone, even then the dependence, in a
State like ours, of every other interest, in a great degree, upon the pros-
perity of the agricultural interest, should lead every other calling, indus-
trial or professional, to aid in the upbuilding of such associations — to
encourage and help sustain agricultural publications, as well as every-
thing that is calculated to improve and advance the interests of agricul-
ture. But Agricultural Associations are every where founded upon the
principle of the intimate relations of all the industrial pursuits, which. I
have argued, xipon the principle that these pursuits have a blended in-
325
terest, a mutual dependence, hopes in common, and common incentives
to improvement. In most State and County Societies over the Union, the
advancement of the interests of the artizan are embraced in their objects
and operations. Such is particularly the case with the Wisconsin State
Agricultural Society, which invites the co-operation of every class of
industry, in all its doings and objects, and has an equal eye to agricul-
tural and artizan improvement and progress. Such being the case, the
relation of artizan industry to this Society needs no further elucidation.
This relation becomes clear, and the duty it imposes becomes clear and
imperative. That duty — is it not to grasp the hand of brotherhood ex-
tended by agriculture, and help, by our exertions and every requisite
aid, to accomplish the objects for which the State Agricultural Society
labors ? Should not the mechanic and manufacturer in every part of our
State enlist with the farmer in this Association intended for their mutual
benefit; aid the funds of the Society by their fees of membership, and
contribute to its periodical exhibitions articles of utility or skill ?
If the mechanics and manufacturers of the State will turn out to these
annual gatherings, they will ever make an occasion of interest and profit
— profit in the new incentives they will gather from what they will see,
and in the acquaintance they will increase — profit in the self-respect with
which such great gala-days of industry will not fail to inspire the indus-
trial classes, and in the respect which will be impressed upon other classes
for industrial pursuits.
We hope that at our next Annual Fair, mechanics and manufacturers
will be there from all quarters, with displays of their skill, emulous to
excel and to carry away the prize of excellence by every fair and honor-
able exertion, in the spii-it of that brotherhood which should exist as
well between individuals of the same pursuit, as between the different
pursuits of life.
With these very imperfect thoughts on the subject proposed, Mr. Sec-
retary, thrown together very hastily and amid interruptions, I have
attempted to fulfil the duty assigned me. I only wish that time and
circumstances had enabled me to prepare something more worthy of
your volume.
I remain, most respectfully yours,
RICHARD E. ELA.
To AiJ3ERT C. Ingham, Esq.,
Sec. of the Wis. State Agt. Society.
326
NORTHERN WISCONSIN— ITS CAPACITIES AND ITS WANTS.
Stevens' Point, Portage Co., Wis., December, 1852.
Sir — With much hesitancy, I attempt the task imposed on me in your
note of 8th Nov. last, to give a "general description of the northern
and unsettled portion of this State, and its capabilities for sustaining an
agricultural population." I must reiterate the hope expressed in my
note of the 20lh ultimo, that you will not rely on me alone, to set forth
the important information required.
Four principal inquiries seem to be embraced in your letter, to wit :
1. The general geographical and physical formation of the country.
2. Its adaptafion to farming purposes generally, and its prospects for
becomino- a settled and self sustaining re«-ion.
3. Its principal points.
4. Its present wants.
In speaking of Northern Wisconsin, reference will be made to that
part north of Town 24 of the public land surveys. It is situated be-
tween parallels 44<' 30' and 46'=' 40' N. latitude, and 87° 30' and SS''
West longitude. It is about 120 miles in width from N. to S. ; 270 miles
long from E. to W., and includes an area of more than 40,000 square
miles. The settlements are extended in many instances much above
Town 24; though some small portions remain (between the Wisconsin
and Mississippi rivers,) south of this boundary, not yet penetrated by
the pioneer.
Northern Wisconsin, though rolling and even hilly, is by no means
a mountainous country ; a traveler in passing from Galena to the mouth
of the Montreal river of Lake Superior, or from Green Bay to St. Paul
on the Mississippi, would never have the idea of a mountain rano-e
brought to mind. Its most remarkable features are constituted by its
Lakes and Rivers. Whenever it shall be all surveyed and accurately
mapped out, it will exhibit countless numbers of small Lakes coverino-
its northern part; this "Region of the Lakes," lies east and west from
about range 15 E., (of the surveys) to the western boundary of the
State ; and forms the sources of the rivers falling into Lake Superior and
Green Bay on the N. and E., and into the Mississippi on the S. W.
This district of the Lakes is some fifty miles in width, and more than
one hundred and fifty miles in length ; and constitutes what the geolo-
327
o-ists have named the "great water shed," from Avhich those great rivers
draw their constant supply. The principles upon which this great reser-
voir is maintained, at an elevation of many hundred feet above the level
of Lake Superior, always full, never failing in drought, heat or frost, it
belongs to the science of Geology to explain. The great fact is a promi-
nent one in the geographical features of this part of the State, and is
interesting in more points than one, and particularly as touching its
climate.
Some of the principal rivers, having their sources in this " Region of
the Lakes," are the Montreal and the Ontonagon, falling into Lake Supe-
rior; the Menomonee, and the Wolf (a north branch of the Fox) fall-
ing into Green Bay, and the Wisconsin, the Chippewa and the St. Croix,
falling into the Mississippi, (St. Louis River, at Fond du Lac, off Lake
Superior, has its source in a distinct region, to the N. W. of that Lake ;
and the Black River rises some twenty or thirty miles south of the
"Region of the Lakes." ) Four of these rivers, to wit : the Menomonee,
the Wolf, the Wisconsin and the Chippewa, rise within a very few miles
of each other, in and near the " Lake of the Desert," and water, in their
courses, four-fifths of the entire State. Though, but slightly known
towards their heads, to the white men, they have, for ages past, constitu-
ted the highways of the natives, and of those engaged m trade and com-
merce with them. To attempt a detailed description of the immense
country north of town 24, and watered by these rivers and lakes, would
involve a degree of research and labor quite out of the question in this
communication ; a few discursory remarks, only, will be attempted.
It is to be regretted that where knowledge does not exist, fancy is too
often allowed to take its place, and give form and character to matters
under discussion. With this impulse, grave and important subjects are
often summarily disposed of with a single dash of the pen. Not many
years since, a government officer made a formal report to the War De-
partment, setting forth that the whole Peninsula of Michigan was an
impassable swamp ! and a map was made and published in accordance
with that report! This Michigan swamp has disappeared before the
tide of immigration; but the propensities to indulge the imagination
are not cured. An official, of later times, has given a similar character
to a large portion of Wisconsin. Time .and the progress of the "Yankee
Nation" will doubtless drain this Wisconsin swamp as it did that of
Michigan.
328
The Indian title is extinguished, I believe, to all the land in the State
except a small reserve to the Oneidas, near Green Bay, and the public sur-
reys are progressing with great rapidity. To them we are mainly indebt-
ed for all we know of the country.
The rivers before named traverse and expose a great variety of soil ;
their banks, and those of most of their tributaries, are clothed with the
evergreen timbers, the white pine prevailing. The settlements have,
hitherto, ascended the streams, mostly in quest of the pine — lumbering
being the chief incentive thus far — to the penetration of the forests. The
energy with which this business has been prosecuted for the last ten
years, has opened the country up these several streams for hundreds of
miles. A heavy business is done on all the tributaries of Green Bay ;
up the Wolf, the lumbermen have opened as high as town 28 ; on the
Wisconsin, to town 30 ; on the Black river, to town 28 ; up the Chippe-
•wa (and one of its tributaries, the Red Cedar,) to town 30 ; and up
the St. Croix, to Kettle river.
I have no means of estimating with any accuracy the amount of capital
invested in this trade, or the quantity of the annual product. The vast
extent of prairie country, in all Illinois, Iowa, and a great part of Mis-
souri, are wholly dependent on Northern Wisconsin for pine boards.
A general notion seems to prevail, that the lauds of these pineries are
only valuable for their timber, and that it never can become an agricul-
tural district. But the facts are otherwise. Whoever recollects Western
New York, as it was forty years ago, may have a very good idea of
Northern Wisconsin as it now is ; and whoever sees Wisconsin forty years
hence, may behold its prototype in Western New York at this moment.
That Northern Wisconsin is destined to become an agricultural country,
of the first character, not only "self sustaining" but sending off im-
mense surplus products, is, not only apparent from its formation generally,
but is daily being shadowed forth by experimental facts. Not every man
in these pineries is engaged in lumbering ; many are already proving up
the capabilities of the soil and climate, by actual farming operations, every
effort at which, is repaying the outlay of labor, and fortifying the essayist
in his hopes of ultimate success. It must not be forgotten, that but a small
portion, comparatively speaking, of this immense region, known as bear-
ing the evergreen timbers, such as the pine, hemlock, <fec., is, in fact,
clothed with these timbers; nearly all the ridges lying a short distance
back from the streams, are clothed with the several varieties of hard
320
timber — the sugar tree, bass, oak, hickory, ash, &c. It is estimated that
about one-fifth of these forests is occupied by pine ; two-fifths with sugar,
oak, bass, hickory, &c., and two-fifths with tamarack, cedar, alder, black
ash, white maple, and aspen.
The lumberinar business will doubtless take the lead, on and alonir these
rivers for many years ; but whenever the pine shall be exhausted, or
lumber cease to bear remunerative prices, the more arable lands will be
called into requisition, for agricultural purposes, and sustain a more dense
population than any country of prairie and openings can do. In fact, as
before remarked, the two pursuits are already thriving to some extent
side by side in immediate proximity ; many men finding it quite as profita-
ble to raise grain, grasses and potatoes, with which to furnish those felling
the pine forests, as to manufacture boards. Did time and space permit,
this position could be verified by facts in detail, by citing numerous instan-
ces of farms that have been opened in the heart of the lumbering dis-
tricts, on the Menomonee, Peshitigo, Oconto, Wolf, Wisconsin, Chippe-
wa and St. Croix Rivers, all of which have been attended with abundant
success.
Much has been said about the " sand barrens " of Wisconsin. They
lie between the upper Fox and the Wisconsin, near Fort Winnebago,
and stretching ofi" north-westerly, parallel with the Mississippi and some
twenty miles from it, as far as the St. Croix. The district is generally
about twenty miles in width, and some one hundred miles in length, and
seems composed of what the geologists call drift, being the debris of sand
rock, decomposed by the action of the elements in former ages, and car-
ried down from the north-easterly regions by currents of Avater. This
kind of land has been supposed entirely worthless for all purposes of
agriculture. Of that part north-west of the river Wisconsin, little is
known or proved as to its soils. It may be as poor as the geologists
would have us believe. But it is to be remembered, that the portion of
it lying between the Wisconsin and the Fox rivers, constitutes a part o*
the famous "Indian Land" district, which has been sought with so
much avidity, during the past season, by experienced farmers from the
older States.
I have, thus far, been commenting, in the main, on that portion of
northern Wisconsin watered by the several rivers before mentioned, and
lying below (south) of the "Region of the Lakes." The great " watex
22
330
shed" merits a separate consideration. As before remarked, it is about
50 miles in width, and some 150 miles in length, and will, at some future
day, assume an importance in the geographical and physical features of
the State now but little suspected. It is dotted over with thousands of
lakes, from twenty rods to as many miles in diameter, — water clear,
shores bold, filled with fine fish, abounding with water-fowl, and match-
less in picturesque scenery and beautiful locations. Most of them have
inlet and outlet of fine streams, while others have neither.
Let not the reader be startled with visions of eternal snows and risrors
of climate ; for, if correctly considered, the temperature of the Lake
Region will be judged more mild than that of the next hundred miles
south of it.
• A mistaken notion seems to have prevailed with regard to climate,
which has been too generally referred to latitude, and confounded with
it ; just as though the same parallels east and Avest necessarily always
had the same degree of cold or heat. This error is now being dissipated,
and climate is known to be governed by many other causes than mere
latitude. Topography — geological features — go far to modify the tem-
perature and affect the seasons ; among all which, it is found that bodies
• of water, especially small lakes, have an influence in softening, to an ex-
traordinary degree, a climate otherwise rigorous. Such is known to be
exactly the eftect in the Lake Region under consideration, and eminently
so in the autumnal season.
The natives, with the sagacity of their race, made these little seas
their resting places, having their villages both for summer and winter
on their borders, while a large district south of them has only been
used for hunting grounds. The early traveler, whether penetrating
from Lake Superior, or from the lower Wisconsin and Mississippi, has
always found inhabitants in the Lake Region, and been surprised to find
there fields of corn, beans, potatoes, &c., which, to use the words
of one of them, Avere "better indeed than are usually grown with all
the aid of cultivation in the valley of the Ohio." — Atwood's Geological
Beport,p. 57.
Northern Wisconsin, then, as considered with regard to soil, climate,
health, accessibility and markets, may be set down, in general terms, as
bidding fair to become a farming country, not only "self sustaining,"
Ijut producing a large surplusage for exportation. Those portions just
331
being opened, will be the first to be settled ; but the last district named,
the "Region of the Lakes," -will finally become the favorite.
The whole is a timbered country, prairies and openings being so few
and far between, as to form exceptions to the general rule. The class of
settlers, therefore, who seek the great West to find farms "already
cleared to hand," will not be likely to locate in Northern Wisconsin, till
they have essayed the prairies, and there made the discovery, that the
bounties of Providence are nearly equally distributed over the great west ;
and that, what is to be had without toil, is seldom worth the possession.
Our immigration will come, as it has in fact thus far, from the more
Northern of the older States, the character of which, needs no eulogy
from me.
Nor has so desirable a region escaped attention. The Indian title is all
extinguished ; the United States surveys are progressing over it with
great rapidity. Men of enterprise and forecast are becoming sensible of
its future destined greatness ; explorations of it are being made ; the eyes
of capitalists are scanning it closely, evidenced in the fact that already
three or four most important railways are proposed through it, to wit :
one from Milwaukee via Portage City to La Crosse ; one from Madison
(a continuation of the Chicago and Beloit Railroad,) up the valley of
the Wisconsin, to Ontonagon of Lake Superior; one from Fond du Lac,
(a continuation of the R. R. U. V. Railroad,) up the valley of the Wolf,
to Lake Superior ; and one from Green Bay west to St. Paul. These
roads are eminently practicable, and if constructed, would, no doubt, be
remunerative on the capital invested. Indeed, from the zeal and confi-
dence manifested by the several projectors, there is good reason to pre-
sume it not Utopian to look for their early completion.
You inquire for the "prominent points in Northern Wisconsin."
But few are known as yet. Green Bay, Muckwau, Waupacca, Stevens'
Point, Plover, and La Crosse, are in its southern border ; though none
of them, except Green Bay and Stevens' Point, are within the bounda-
ries I have named for this part of Wisconsin. Settlements north of
town 24, exists as follows : on the tributaries of Green Bay, at Oconto,
Peshitigo and Menomonee rivers ; on the Wolf River at Lake Shawauno ;
on the Wisconsin, are the Little Bull Falls village, in town 28; Big
Bull Falls, (otherwise called Wausau, the seat of justice for Marathon
Co.,) in town 29; besides several mill locations higher up, as at Pine
n
32
River and Virgin Falls, in town 31. I cannot give the locations -with
accuracy on the Black River, the Chippewa and the St. Croix, though it
is known, several fine villages are thriving on those streams.
But it is hardly probable the prominent points, in fiituro, are yet
reached in this vast region ; and when they shall be, they will rise in
that most interesting country, the "Lake Region," and take position
on the banks of the "Lake of the Desert," Lake Flambeaux," Lake
Courtoreilles," and "Long Lake."
You demand to know its present wants !
What it needs first is, to be made known. 2d. To have thoroughfares
opened through it. And third, and most essentially, it wants a just and
liberal policy maintained towards it on the part of both the State and
National Governments.
The State Agricultural Society can do much towards the first of these
objects ; and I trust you will not be discouraged by the feeble effort of
this present paper, from soliciting treatises in future from more compe-
tent pens.
In regard to thoroughfares, I will observe, the people of Green Bay
are about to petition Congress for a donation of the Public Lands, for
the purpose of aiding in the construction of a railway from that town to
St. Paul. Their efforts should be received with favor and helped for-
ward by every well wisher of the North.
The proposition of the Chicago Railway Company, should be enter-
tained in a spirit of liberality by the people of this State. Lake Supe-
rior is bound to find connexion with New York, sooner or later, via
Chicago.
A just and liberal policy from the Slate and National Governments.
A part of this, so far as relates to the National Government, has
been hinted at in the proposed grant of Public Lands to aid in the con-
struction of railroads. The numberless other modes in Avhich such ques-
tions may be raised between us and that Government, can hardly be
anticipated. There is one question, however, which being already forced
upon us, I beg leave to notice in this connection.
Our exertions have, hitherto, been earnestly directed towards the
extinguishment of the Indian title, and the clearing of our territory of
those tribes. To our petitions the General Government made prompt
response, apparently in good faith. The treaty of 1848 with the
333
Menominee Indians, which was early ratified by the Senate, gave us the
last Indian reservation ; and with it an earnest that the northern part
of Wisconsin would be speedly opened to the wants of settlers, and
that the tribe making the cession would long before this time have left
our borders. This just expectation has, however, been defeated. It is
a question, pertinent to the citizen, and one which demands the profound
attention of the Legislative and Executive Departments of the State,
why has the law of the land — the Treaty of 1848, not been complied
with, and the Menomonee Indians removed to Crow Wing River ? And
further, by what. authority, and in pursuance of what and whose policy
is it now attempted to recede twelve townships of the most valuable
part of that cession back to that tribe, and to locate and re-establish,
them at Lake Shawauno ? It is respectfully submitted for the consider-
ation of the law makers and the Executive Authorit}'- of the State,
whether, on the ratification of the treaty with the Menominee Indians of
October, 1848, by the Senate of the United States, the jurisdiction of
Wisconsin did not immediately become complete over all the country
described in that cession? And if so, what authority, short of that of
* this State, can undertake to locate an Indian tribe within its borders ?
Such, however, has been attempted by the Agents of the Indian De-
partment ; a tract of twelve townships of the best land in the State has
been attempted to be set off near Lake Shawauno, on the Wolf river, as a
home for the Menominee Indians, in violation of the rights of many of
our citizens — of solemn treaty stipulation — of the jurisdiction of the State
of Wisconsin — besides being all a fraud on the poor Indians themselves,
who it is manifest can have no permanent resting place there ; our settle-
ments, having already, since the ratification of the treaty, preceded the
pretended reservation !
Northern Wisconsin is deeply injured by this proceeding, and wishes
her Government to protect itself from insult, and its citizens, whether many
or few in number, from this wrong attempted to be inflicted on them in
the name of the United States Indian Department.
In the foregoing, allusion is had to the policy of the National Govern-
ment. I now beg leave to speak of some acts and doings of our local
State Government.
It is the plain duty of every Government, to protect the weak as well as
the strong ; indeed, the strong being able to protect themselves, Govern-
334
ments are instituted, in this republican country at least, for the express
purpose of protecting the weak. When they forget this, and lend their
omnipotence to aid the more powerful part of the body politic, to wrong
and oppress the weaker, they become nuisances, a curse instead of a
blessing, and forfeit all claim to the respect of mankind.
I beg leave to look back a little in our history. On the admission of
Illinois into the Union, her politicians plead to have her northern boundary
placed at 42"" 30' N. It was objected to this, that the Ordinance of 1787,
for the government of the Territory N. W. of the River Ohio, provide^d
that her Northern boundary should be a line E. and W., drawn throuo^h
the southerly bend of Lake Michigan. The objection was overruled, and
she was admitted, with her northern boundary as she desired. The friends
of Wisconsin, (for she had few inhabitants at that time within her bor-
ders) saw a violation of her rights, murmured their disapprobation, and
the matter passed on, with a loss to Wisconsin of nearly eight thousand
square miles, from off her southern border.
Next came the admission of Michigan, with her contest with Ohio
about boundary, which all but involved the two States in bloodshed and
civil war. AVisconsin was still nearly unable to be heard in the great coun-
cils of the nation ; though one magnanimous voice proclaimed her rights.*
But she had no representation, much less any votes. To appease the
Unrighteous thirst for dominion on the part of Ohio, her boundaries, as
established by the Ordinance of 1787, were again violated; and as a
compensation to Michigan for the robbery on her by the former State,
one-fifth part of the balance of our Territory was sliced off on the N. E,
and handed over to Michigan. To this outrage we submitted with impa-
tience, and justly complained of the high handed robbery, as a ruthless
disregard of its sacred obligations on the part of Congress. But sub-
mit we were compelled to, being without the power of resistance. We
comforted ourselves, however, as well as we could with the reflection,
that though we had lost our rights, our honor remained, and that on
attaining our majority, we would take good care to make ourselves heard
and respected in the National Councils.
At length the time came for our own admission to the great confede-
racy, which was done with our boundaries including what the rapacity of
our older and stronger sisters had left us ; our fair proportions, though
The late Hon. Jobu Quincy Adams.
135
curtailed at both extremities, were yet regarded such as might still enable
us to command a respectable rank in the great republican family.
Well, we regarded the question of boundary, which had given us so
much trouble and alarm, as finally put forever at rest; and we went on
in earnest, to settle up and improve our fair domain, with a view to future
greatness as well as immediate convenience. But in the short space of
four years, before we have fairly composed our minds and become quiet
of our apprehensions from without, a new project of dismemberment rises
up from within ; so strange and startling is the proposition, that but few
of our citizens can believe it real, but are disposed to regard it as some
poor hoax, got up by grave legislators in a leisure moment, during a
dearth of legitimate business, or while awaiting perhaps the action of the
Executive on Bills which their greater industry had presented for his con-
sideration. But I regret to say no such charitable excuse can be plead
for our Solons. Their proposition to violate the integrity of our boun-
daries stands on record, in the form of a grave legislative act, entitled,
"Joint Resolution in relation to the erection of the Territory of Superior."
Then follows the Resolve, that the assent of Wisconsin "is hereby given"
to the dismemberment of the State ! and that fully one half of it may be
set off into a distinct Territorial Government, to wit : all north of Town
30, and west of Range 10 N. of the Meridian.
The question has been asked, "where did this scheme originate?" —
Though difficult to trace its paternity, it is easy to say where it did no*
come from, and that is, it did not originate with the people.
But the assent of Wisconsin "is given," that the best half of the State
may be " set off." Now it is generally supposed that boundaries consti-
tute a part — a most essential part of our Constitution. Has our Consti-
tution been changed — amended ? If so, when, where, and how ? and if
not, by what authority has the Legislature undertaken to give the "assent"
of the people of this State to a simdering of it in the midst ?
As for the people of Northern Wisconsin, they regard the proposition
with disapprobation, and concern ; its consummation would be their ruin.
They are told that the interest of the northern and southern portion of
the State are "so diverse!" Indeed! and suppose they should be so,
what State in this Union", of respectable dimensions, but has diverse
interests? The argument is too insignificant to merit pursuit. The
whole scheme is liable to a construction, not greatly to the honor of the
336
originators for magnanimity of feeling, or for that just state pride which,
ought to swell the bosom of every man worthy of a seat in our Legis-
lative Halls.
Among the present wants of Northern Wisconsin, this project cer-
tainly is not one, nor can it be regarded otherwise than as antagonistical
to that just and liberal policy towards us, which I have spoken of, and
which, as pioneers of the wilderness, in the van of civilization, we have
a right to expect and demand.
I am, Sir, with great respect,
Your obedient servant,
ALBERT G. ELLLS.
To Albert C. Ixgham, Esq.
Sec. of the Wis. State Agr. Society.
^ 337
FAUNA AND FLORA OF WISCONSIN.
The following Catalogues, prepared at the request of Albert C. Ingham,
Esq., the Secretary of the Wisconsin State Agricultural Societj^, include the
Animals, the Fossils in the rocks, and the Plants, heretofore observed in that
State. They are very far from being complete lists of our Fauna and Flora,
only such species having been included as have been actually observed by me,
or were communicated to me by competent persons. A few species are added
on the authority of naturalists who have formerly visited this country. They
embrace 62 Mammals, 287 Birds, 19 Reptiles, 14 Fishes, 90 MoUusks, 92
Fossils, and 949 Plants. TAT APHAAf
A SYSTEMATIC CATALOGUE OF THE AISHMALS OF
WISCONSIN,
PREPARED FOR THE WISCONSIN STATE AGRICULTURAL SOCIETT,
BY I. A. LAPHAM, OF MILWAUKEE, 1852.
MAMMALIA.
ORDEK CAKNIVORA.
DiDELPHua, Linn.
Virginiana, Pennant. Oppossum. Green County. (Dr. Hoy.)
Vespertilio, Linn. The Bat.
*Noveboracensis, Linn. New York Bat. Milwaukee.
pruinosus, Say. Hoary Bat. Racine, f
*subulatus, Say. Little Brown Bat. Racine.
*noctivagans, Le Conte. Silver Haired Bat. Racine.
t The species marked Raciae were observed near that place, and communicated to
me by Dr. P. R. Hoy.
* The specimens of the species marked thus (*) are preserved in the Collection of the
If at Hist. Association, at Madison.
333
CoNDYLURA, Illiger.
*cristata, Linn. Star-nose Mole. Milwaukee.
ScALOPS, Cuvier.
aquaticus, De Kay, (Sorex aquaticus, Linn.) Common Shrew Mole.
Racine.
SoRKX, Linn.
Dekayi, Backman. Dekay's Shrew. Racine.
Forsteri, Richardson. Forster's Shrew. Racine,
brevicaudus, Say. Short-tailed Shrew. Milwaukee.
Richardsonii Backman. North "West Territory. (Mr. De Kay.)
Gooperi Bachman. North West Territory. (Mr. De Kay.)
Ur3ps, Linn. The Bear.
*Americanus, Pallas. Black Bear. Milwaukee.
Proctok, Storr.
*lotor, Linn. Raccoon. Milwaukee.
Meles, Brisson.
Labradoria, Sabine. Badger. Milwaukee.
GuLO, Storr.
*lu3cus, Linn. Wolverine. North West Territory. (Mr. Say.)f
Mephitis, Cuvier.
Americana, Desmarest. Skunk, Milwaukee.
Mcstela, Cuvier.
Canadensis, Linn. Fisher. Milwaukee and Watertown.
*martes, Linn. Marten. North West Territory. (Mr. Say.)
pusilla, Dekay. Little Weasel. Racine.
PuTORius, Cuvier.
*Noveboracensis. Ermine Weasle, North West Territory. (Mr. Say.)
*vison, Linn. Mink. Milwaukee.
LuTRA, Ray.
*Canadensis, Sabine. Otter. Milwaukee.
Canis, Linn. The Dog.
familiaris, Linn. Indian Dog.
t In Long's Second Expedition.
339
Lupus. The Wolf.
occidentalis, Richardson. Common Wolf. Milwaukee.
*latran3 (Canis latrans, Say.) Prairie Wolf. Raciue.
VuLPKs. The Fox.
*fulvus, Desm. Red Fox. Milwaukee.
Virginianus, Dekay. Grey Fox. Racine.
Felis, Linn.
concolor, Linn. Panther. Northern Wisconsin. (Dr. Hoy.)
Lyncus, Gray. Lynx.
borealis, Temminck. Lynx. Milwaukee.
*rufu8. Tern. Wild Cat. Milwaukee.
ORDER EODENTIA. ,
SciURUS, Linn. The Squirrel.
*leucotis, Gappar. Grey Squirrel, Milwaukee.
*?ulpinu3, Graelin. Fox Squirrel. Milwaukee.
*oiger, Say. Black Squirrel. Milwaukee.
*Hudsonicus, Harlan. Red Squirrel. Milwaukee.
*6triatus, Linn. Striped Squirrel. Milwaukee.
Pteromys, Illiger.
*volucella, Harlan. Flying Squirrel. Milwaukee,
sabrinus, Richardson. Winnebago County. (Dr. Hoy.)
Spermophilus, F. Cuvier.
*tridecimlineatus, Mitchell. Gopher. Milwaukee,
grammurus, Say. Line-tailed Squirrel. N. W. Territory. (Mr. Say.)
Parry i, Richardson. Racine.
Arctomys, Linn.
morax, Gmel. Woodchuck. Racine.
Meriones, Illiger.
*Americanus, Barton. Deer Mouse. Milwaukee.
Castor, Linn.
fiber, Linn. Beaver.f
t The last Be.iver killed, in the southern part of Wisconsin, was in 1819, on Sugar
Creek, Walworth county, a very large one. (S. Juneau, Esq.)
340
Fiber, Illiger.
*zibetliicus, Linn. Muskrat. Milwaukee.
Hystrix, Linn.
*Hu(lsonius, Brisson. Porcupine. Lake of the Hills, Sauk Co.
Mus, Linn.
decumanus, Pallas, Brown Rat (introduced.) Racine,
rattus, Linn. Black Rat (introduced.) Racine.
*muscuhis, Linn, Mouse. Milwaukee,
leucopus, Richardson. Jumping Mouse. Racine.
Arvicola, Lacepede.
riparius, Ord. Marsh Meadow Mouse. Racine,
hirsutus, Emmons. Beaver Field Mouse. Racine,
xanthognathus, Leach. Yellow Cheeked Meadow Mouse. Racine,
Geomts, Richardson.
bursarius. Say. Pouched Rat. N. W. Territory. (Mr. Say.)
Lepus, Linn.
*nanus, Schreber. American Grey Rabbit. Racine.
*Americanus, Erxleben. Rabbit. Milwaukee.
ORDER RUMINANTIA.
Bison, Smith.
Americanus, Gmelin. Buffalo.f
Antilope, Smith.
Americana, Ord. Antilope. N. W. Territory. (Mr. Say.)
Cbrvus, Brisson.
*Virginianus, Linn. Deer. Milwaukee,
alces, Linn. Moose. N. W. Territory. (Mr. Schoolcraft.)
Elapiius.
Canadensis, Ray. Elk. N. W. Territory, (Mr. Say.)
Banqifer.
tarandus, Linn. Rein-deer. Borders of L. Superior. (Mr. Shoolcraft.)
t Last seen east of Mississippi in 1832.
341
THE BIEDS OF WISCONSIN
Having been carefully studied by Dr. Hoy, of Racine, I have obtained
his permission to insert here his "Notes," published in the 6th volume
of the Proceedings of the Academy of Natural Sciences at Philadel-
phia, instead of the catalogue prepared by me. There are some additions
and corrections made by Dr. Hoy, and I have added the common names
of each species. I. A. L.
NOTES ON THE ORNITHOLOGY OF WISCONSIN.
BY P. R. HOY, M. D., OF RACINE, WISCONSIN.
With few exceptions, the facts contained in the following brief Notes,
were obtained from personal observations made within fifteen miles of
Racine, Wisconsin, lat. 42° 49' N. ; long. 87° 40' W. This city is situ-
ated on the western shore of Lake Michigan, at the extreme southern
point of the heavy timbered district, where the great prairies approach
near the lake from the west, and is a remarkably favorable position for
ornithological investigation. It would appear that this is a grand point,
a kind of rendezvous, that birds make during their migrations. Here,
within the last seven years, I have noticed 287 species of birds, about
one-twentieth of all known to naturalists, many of which, considered
rare in other sections, are found here in the greatest abundance. It will
be seen that a striking peculiarity of the ornithological fauna of this
section is, that southern birds go further north in summer, while north-
ern species go further south in winter than they do east of the great
Lakes.
[* Indicates those known to nest witliin the State.]
VULTURINiE, (1 species.)
*Cathartes Aura, Linn. Turkey Buzzard:
Found occasionally as far north as Lake Winnebago, lat. 44**. More numerous
near the Mississippi River.
FALCONID^, (19 species.)
*Aq0ila CHRYSiETOS, Linn. Golden Eagle.
I have a fine specimen, shot near Racine, Dec. 1853.
It is a fact worthy of note that this noble eagle, in the absence of rocky cliffs for
its eyrie, does occasionally nest on trees. One instance occurred between Racine
and Milwaukee, in 1851 . The nest was fixed in the triple forks of a large oak.
342
Hali^tus Washingtonii, Aud. Washington Eacle.
I procured, in reSO, a living bird that had been slightly wounded, which answer-
ed to Audubon's description of this doubtful species. I kept it in an ample cage
upwards of two years, but before its deathit underwent changes in plumage which
led me to believe that, had it lived, it would have proved to be the white-headed
species. I put several species of hawks and owls into the same apartment, several
of which the eagle killed and devoured without ceremony. When a fowl was in-
troduced, he pounced upon it, aud without attempting to kill, proceeded to pluck
it with the greatest unconcern, notwithstanding its piteous screams and struggles.
It is my opinion that the Bird of Washington will prove to be only an unusually
marked large and fine immature white-headed eagle. My specimen, a female, mea-
sured 7^, feet in alar extent.
*HALiiETUs Leucocephalus, Linn. Bald Eagle.
Numerous throughout the State. I have seen one of these fine birds pounce upon
and capture a fish in the lake, The eagle did not disappear wholly under the water,
which led me to suspect that the fish was in some way disabled.
*Pandion Hali^tus, Lina. American Fish Hawk.
Not uncommon.
*Falco Peregrinus, Gnoel. Duck Hawk.
This noble falcon is frequently met with, although not bo numerous as many other
hawks. A pair nested for several years within ten miles of this city ; constructing
their nest on the top of a large red beech tree.
I have seen one of these daring hawks make a swoop into a flock of Blue-winged
Teal, killing two on the spot.
*Falco Columbarius, Linn. Pigeon Hawk.
This active little falcon is numerous, especially in spring and fall, during the mi-
gration of the smaller birds. A few nest with us, many more in the pine forests of
the northern part of the State. Those that nest in this vicinity, regularly morning
and evening, visit the lake sliore. in quest of bank swallows, which they seize with
great dexterity while on the wing.
Falco ^salon, Grael. The Merlin.
I have met with three individuals of this small species, Nov. 15th, 1849, Dec. 25th,
1850, and Dec. 12th, 1852. '
*Falco Sparverius, Linn. Sparrow Hawk.
Common.
*AsTUK Atricapillus, WilsoB. American Goshawk.
This daring and powerful hawk is to be found at all seasons ; the old birds only
remain during winter, the young retiring further south. The young are so different
in their plumage from the old birds, that few would suspect their identity ; they are
more bold and daring, much more destructive to the poultry yards than the more
sly and cautious old ones — a peculiarity not, however, confined to this species.
*AsTUR CooPERii, Bonap. Cooper's Hawk.
Not uncommon. They destroy many quails, and young grouse, which, together
with poultry, constitute their principal fare. They construct their nests on the topof
large trees, in the most secluded situations, and leave us at the approach of winter.
*AsTUR Fuscus, Gmel. Slate colored Hawk.
Common. Nest here about the middle of April.
343
ICTiNEA Plumbea, Gmel. Mississippi Kite.
I saw a single specimen ©f this southern kite on Rock River, in this State, in July
1846. It is occasionally met with ou the Mississippi River.
*Nauclerus Furcatus, Linn. Swallow Tailed Ilawk.
This kite was numerous within ten miles of Racine, where they nested up to the
yei|r 1848, since which time they have abandoned this region. I have not seen one
since 1850. They nested ou tall elm trees about the lOth of Juua, and left us about
the 1st of September.
*BuTEO Lagopus, Wilson. Rougli Legged Falcon.
Not numerous. I have repeatedly seen this buzzard soar to great heights, not-
withstanding the testimony of some ornithologists to the contrary. They are in the
habit, while in the pursuit of mice, frogs, &c , of balancing themselves o*er marshy
situations on the prairies. If not successful, they sail off to other more suitable
grounds, and r«new the same motion. When they espy Ihe quariy, they dart di-
rectly upon it, in the manner of tlie true falcon. Where there are trees, they may
adopt a different mode of hunting. My observations apply to the prairies.
*BuTEO BoREALis, Gmel. Red tailed Hawk.
Common. They do not remain with us during severe winters. I have a fine
albino specimen of this species. Although pure white, the irides were yellow. This
individual was knowh to inhabit a particular district in Huron Co., Ohio, for ten
years. Although I had offered a liberal reward for the capture of the " white hawk,"
it was several years before I succeeded in getting him.
*BuTKO VuLGAi^is, Willougbby. (?) Common Buzzard.
Not numerous. One of our winter residents. It is now probable this will prove
a new species, and will be named Buteo Bairdii. (Hoy.)
*BuxEO Penxsylvanicus, Wilson. Broad winged Buzzard.
Comnion.
■*BuTEO LiNKATUs, Gmel. Winter Buzzard.
This noisy species is extremely numerous. The great number of hawks, of thig
and other species, that are often seen soaring in company during tine weather, about
the 20th of September, at which time they are migrating south, is almost incredible.
*CiRcus Cyaneus, Linn. Marsh Harvier.
Common. They build their nests entirely of grasses (carox,) placed on the ground
in the middle of swampy marshes. Neat about the 1st of June.
STRIGIN.!^, (14 species.)
SuRNiA FuNEREA, Gmel. Hawk-Owl.
A few visit us every winter.
SuRNiA Xyctea, Linn. Snowy Owl.
Numerous on the prairies from November to March.
*Scops Asio, Linn. Screech Owl.
Common. In the month of June I caught four young ones just as they were about
leaving the nest. They were a deep reddish brown, in all respects similar to the old
female which I shot at the time, and have preserved.
344:
*Scops Nevia, Gmel, Mottled Owl.
Common. I am not yet satisfied that the mottled and red owls are specifically
the same.
*BuBO ViRGiNiANUs, Gmel. Great Horned Owl.
One of our most numerous species. I once put a remarkably large and fine owl
of this species iuto the same cage with the " Washington Eagle," previously men-
tioned, which soon resulted in a contest. The moment a bird was given to the owl,
the eagle demanded it iu liis usual peremptory manner, which was promptly resisted
with so much spirit and determination, that for a time I was in doubt as to the result;
but finally the eagle had to stand aside, and witness the owl devour the coveted
morsel. After several similar contests, it was mutually settled that possession gave
an undisputed right, the owl not being disposed to act on the offensive. I had a fine
red-shouldered hawk in the same aviary, which the owl killed and ate the second
night.
Bubo Subarcticus, Hoy. White-bellied Horned Owl.
This winter visitor I consider closely allied, yet distinct from the common homed
owl, and as such it is described in the Proc. Acad. Nat. Sci. vol. vi. page 211. I have
ns yet examined but three specimens. The specimen in the collection of the Acad-
emy was known to carry off from one farm, in the space of a month, not less than
twenty-seven individuals of various kinds of poultry, before it was shot.
SuRNiuM CiNERECM, Linn. Great Grey Owl.
Not numerous. I have a fine male specimen, shot near Racine, Jan. 4, 1848. A
remarkable peculiarity of this specimen was, that the irides were brilliant blood-red,
I saw one size carry off a duck on Lake Superior, near the mouth of Cerf river,
Sept. 1st, 1845.
*Syrnium Nebulosum, Linn. Barred Owl.
Common in the heavy timbered districts.
*0tus Vulgaris, And. Long-eared Owl.
More numerous iu the vicinity than any other owl. The young leave the nest
about the middle of June.
*0tus Brachyotus, Linn. Short-eared Owl.
Common on the prairies, where they nest on the ground, in the tall grass. The
young are fully fledged by the second week in June.
*NycTALE Acadica, Gmel. Acadian Owl.
Common.
Nyctale Tengmalmi, Gmel.
I procured a single specimen near Racine, Kov. 30th, 1850. Not uncommon on
the head waters of the Wisconsm river.
Nyctale Kirtlandii, Hoy. Kirtland's Owl.
A third species of this genus, found here, and described in the Proc. Acad. Nat,
Sci. vol.v'. page 210.
Only two specimens have yet been obseryed.
345
Strix Flammea, Linn. American Barn Owl.
A fine specimen of this handsome owl was obtained this spring by mj friend the
Rev. A. C. Barry of this city. It was shot near this city, and is the only specimen
•which has come under my observation.
'**'•**'- CAPRIMULGID.E, (2 species.)
*Ant:iostomus Vociferus, "Wilson. Whip Poor Will.
Common. Arrives about the 1st of May, departs middle of September.
*Chordeiles Yirginiaxus, Briss. Night Hawk.
Kumerous. They leave us by the loth of September. On the 10th of this
month, 1850, for two hours before dark, these birds formed one continuous flock,
moving south. They reminded me, by their vast numbers, of passenger pigeons,
more than night hawks. Next day not one was to be seen.
HIRUXDINID^E, (6 species.)
*Progne Purpurea, Linn. Purple Martin.
Common.
*HiRUNDO Americana, Wilson. Barn Swallo-w.
Numerous.
*HiRuxDO FuLVA, Vieill. Cliflf Swallow.
A few nested, for the first time, at Racine in 1852. Numerous in many parts of
the State.
*HiRUXDO BicoLOR, Vieill. White-bellied Swallow.
Not a numerous species with us. Arrives from the 1st to the middle of April.
* Cottle Riparia, Linn. Bank Swallow.
This numerous species perforates the banks of the lake, wherever the soil is
sandy.
*Chjetura Pelasgia, Temm. Chimney Swallow.
Common.
HALCYONID.E, (1 species.)
*Ceryle Alcvox, Linn. King-fisher.
Common.
LANIAD.E, (3 species.)
*Lanius Borealis, Yieill. Northern Butcher Bird.
This large shrike is most numerous during fall and winter. A few, however
spend the summer in the middle and northern parts of this State. During winter
they subsist on field mice (arvicola) and small birds.
23
340
*LaniuS Ludovicianus, Linn.?
I much doubt whether the north-western and southern loggerhead arc the same.
Our bird is smaller than the sonthei n, as described in the ornithological works, the
adult male measuring 8 '4 to 12'4; female 8,' 4 to IOJ4. The nest and eggs, too,
differ materially from Bachnian's description, as quoted by Nuttall, of those of the
southern species. 'Ihe Wisconsin bird constructs a compact nest, placed on the
lower branches of a small tree. It is composed externally of small sticks and rools,
filled in with strips of bark and the lint of various species of plants, and is amply
lined with feathers, which almost conceal the six spotted eggs.
The male assists in incubation, which is completed in fourteen days.
I once shot a female just as the pair had conmienced building. '1 he male went
on and completed the nestt, even to the soft lining of feathers, then took his stand
on the topmost branch of the same tree, and continued watcLing almost constantly
for three days, apparently awaiting the return of his mate. At the end of that time
I missed him, and supposed ho had abandoned the spot; but the second day after-
wards he returned with a new bride, who appeared well satisfied with the waiting
nest, and commenced laying immediately.
They return to a particular tree to nest every year. This attachment is so great,
that when the nest is destroyed, even after they commence mcubation. they not un-
frequently construct another on the same tree. Mice, young birds and large insects
compose their fare.
Numerous on the border of the prairies. Ai-rive 1st of April ; depart in October.
Lanius Excubitoroides, Swains.
I shot a pair of birds of this species in March last (1853.) The female is faintly
marked on the breast with pale brown undulating lines. This is undoubtedly a
distinct species.
MUSCICAPID.E, (14 species.)
*TrRANNUs Intrepidus, Vieill. King Bird.
Common.
*Tyrannus CniNiTuSjLinn. Great Crested King Bird.
Not so common as the preceding. Inhabits the dark swampy woods, where the
havshsqucak of this species is frequently heard.
*TrRANNULA Fusca, Gmcl. Dusky Fly-catcher.
This familiar pewee is met with everywhere.
*TyRANNULA ViRENS, Linn. Wood Pewee.
Common in the deep s^olitary woods.
Tyrannula Phcebe, Lath. Phcebe Bird.
I shot two individuals of this species May 10th, 1848. Probably not very rare, but
impossible to distinguish it from the T. fusea without carefully com])aring the
two.
*Tyrannula Acadica, GmeL Green-crested Fly-catcher.
The most numerous of the fly-catchers in Wisconsin.
Tyrannula Pusilla, Swains.
This species, so closely allied to the preceding, is not nnfrequently met with about
the lOth af May, on its passage north.
34T
TrRANNUS CooPERii, Nutt. Olive-sided King Bird.
I have occasionally met with tins bird during the latter part of May.
*Setophaga Ruticilla, Linn. American Red Start.
Numerous. Arrive 5th of May ; commence constructing their nests Ist ( f June,
^Setophaga Mitrata, Bonap. Hooded Warbler.
Not numerous near Raciue, which may be considered the northern limit of this
bird's summer migration.
*Setophaga Canadensis, Linn.
This interesting species is not uncommon with us.
Setophaga Wilsonii, Bonap.
Common from the 10th to the 25th of May.
Setophaga Minuta, Wilson.
Rarely met with. The only specimens I have, were shot 1st of June, 1850.
*CuLicivoRA Ceruleo, Linn. Blue-grey Gnat-catclier.
Xot uncommoE. Anives first of May.
VEREONIX.E, (6 species.)
*ViREO Flavifrons, Vieill. Yellow-throated Greenlet.
Not uQconmion. First appearance from 10th to 15th of May.
*ViRE0 SoLiTARius, Vieill. Solitary Greenlet.
This is by no means a rare bird in Wisconsin ; it frequents the most secluded
thickets. Arrives about 15th of May.
*VlREO NOVEBORACENSIS, GlTiel.
I have noticed but few specimens of this species. Xot common.
*ViREO GiLvus, Vieill. Warblinsx Greenlet.
This cheerful songster is rather common with us.
*ViREO Olivaceus, Linn. Red-eyed Greenlet.
By far the most abundant of the birds of this genus ; its sprightly and melodioos
Bong is heard almost constantly during the summer.
*IcTERiA ViRiDis, Gmel. Yellow-breasted Chat.
A few only arc ta be found in the tangled thickets during the summer months.
MERULID^, (10 species.)
MiMus PoLTGLOTTUS, Lath. Common Mocking Bird.
Occasionally a straggler of this charming songster finds its way as far rorth as
"Wisconsin. I saw one between Racine and Kenosha, July 16ih, 185 Ij and a second
near the State line, on Rock River, July 26th, 1646.
*MiMUS BuFus, Linn. Brown Thrush.
Very abundant.
*MiMus FELivox, Bonap. Cat Bird.
Common.
*TuRDus MiGRATORius, Linn. Robin.
Abundant. Arrives niiddlo of .March, leaves first of November.
*TuRDUS MusTELiNus, GmcL Wood Thnish.
Common. Wishing to add to my collec: ion a pair of this species, together with
their nest and egp,-s, 1 shot the female, and was about to secure the nest, when the
male, whicJi had been watching me in the vicinity, commenced singing ; and, as I
approached the spot he glided off still farther fruiii the nest, all the time pouring
forth the most mellow and plaintive strains I ever before heard uttered by this most
melodious of songsters. After I had been enticed to a considerable distance, he re-
turned to the vicinity of the nest ; three or four times I followed this bird in the same
manner before I succeeded in shooting him. This movement, and the effectof his
tender song, !^o far enlisted ray sympathies that I regretted exceedingly my criieltT
in destroying his nest and mate. It is common for l)irdsto resort to various strata'-
gems for the purpose of attracting intruders from their nests, but this is the only in-
stance Vv^ith which I am acquainted where ihe charms of their music were employed
for this object.
TuRDUs SoLiTARius, Wilsou. (?) Hermit Thrush.
Numerous during spring and fall.
Is our bird, which retires further north to bleed, the same that nests in tho South-
ern Stutes ?
*TuRDUs WiLSOxii, Bonap. Wilson's Thrush.
Common. Nests 1st of June.
*Seiurus Noveboracexsis, GmeL New York Water Thrush.
Abundant in spring and fall. A few nest in dark and gloomy swamps. Their
song is sweet, a mixture between the Warbler's merry ditty, and the more mellow
strains of the Thrush.
*Seiurus AurocapilluSj Wilson. Oven Bird.
Common.
Anthus Ludoviciax'us, Lichst. American Titlark.
Abundant on the prairies in spring and fall.
SYL VIABLE, (36 species.)
Sylvicola Coroxata, Wilson. Myrtle Bird.
Numerous. The first warbler that arrives in'the spring — 1st of April ; they all go
north by the third of May ; in the fall they linger with us until November.
SrLVicoLA Petechia, Lath. Red-poll Warbler.
Very numerous, especially in the fall, when thousands may be seen any day on
the prairies — running along the fences — flitting from stalk to stalk in the corn-
field— all the time wagging their tails in the manner of the Titlaik and Aqutic-
Thrush, which they closely resemble in habits.
349
*Sylvicola ^^stiv^a, Gmel. Summer YelloAv Bird.
Abundant.
Sylvicola Maculosa, Lath. Spotted Warbler.
Numerous from the 5th to 27th of Ma j,
SzLvicoLA Flavicollts, Wilson. ■
I shot a single individual of this species near Racine, Juue 20th, 1848.
*SyLvicoLA ViRENS. Latli. Black-throated Green Warbler.
Common. A few nest \vith us. The old males arrive 5th of Maj, young males
and females about the 10th of the same month.
*Sylvicola Blackburni.«, Lath. Blackbixrnian Warbler.
One of the most numsrous warblers from the 5th to the 20th of May. The old
males precede the females about a week. The first arrivals of this species, as well
as all others, are in the Muest plumage. A few nest with us.
SrivicoLA KiRTLANDii, Baird. Kirtland's Warbler.
I met 0B8 single individual of this r-,cently discovered species, at Racine, May
20th, 1853.
*Sylvicola Icterocephala, Lath. Chestnut-sided Warbler.
This beautiful little warbler is extremely abundant. It prefers localities with a
dense under-brush, especially hazel, thinly covered with trees. In such situations it
is not uncommon to hear the songs uf a dozen males at the same time. They con-
struct a nest of blades of grass and thin strips of bark intermingled with caterpil-
lars' web, fixed in a low bush, (generally hazel,) seldom more than two or three feet
from the ground ; the eggs, 4 or 5 in number, closely resemble those of S. osstiva.
But one brood is raised m a season — nest from the 10th to the 15th of June. If the
nest be approached when the female is in it, she will drop to the ground and hobble
along with one wing dragging, uttering at the same time a peeping note of distress.
I once caught a young bird of this species that had just left the nest; the parent
birds, in their alarm for its safety, approached so near to me that I caught the male
in my hand. I let them both go, upon which, the joy of the old bird appearded to
be greater for the escape of the young fledgling than for Ids own release.
Sylvicola Castaxea, AVilson.
Arrives in large numbers about the 10th of May ; all gone north by the 25th.
SrLVicoLA Striata, Lath. Black -poll Warbler.
Equally numerous with the preceding ; the two species arrive and depart in com-
pany.
Stlvicola Pinus, Lath. Pine Warbler.
Not a numerous species with us. Nest in the northern pine forests.
Sylvicola Discolor, Vieill. Prairie Warbler
A few are occasionally seen about the middle of May. Rare in Wisconsin.
350
*SrLVicoLA Americana, Lath. Yellow-tbroated Black Warbler.
Common. The beautiful pensile nest of this bird has never, to my knowledge,
been discribed. Audubon undoubtedly eired iu atti'ibuting the ne-st described by
him to this species Tliat presented by me to tlie collection of the Academy, is
formed by interlacing and sewing togetuer, with a few blades of grass, the pendant
lichen (Usnea barbata) whioli grew u^pon a dead hcrizontal branch of an oak,
fifty or sixty feet from the ground. A hole, just huge enough for the bird to enter, is
left in the angle immediately umler the branch, wiiio.h forms a complete roof for the
nest ; it is finished with a shght lining of hair. The whole forms a beautiful bas-
ket of moss, which is s > admirably ad.ipteti to the purpose intended, so effectually
concealed, so light and airy, that it would be almost impossible to suggest an
improvement, and is certainly one of the most interesting specimens of ornitholo-
gical architecture. Ths eggs, four or five in number, are white, with a band of light
brown spots near the greater end ; they measure 5 by 7}^ lines iu diameter. The
youngleave the nest about the first week in July.
Stlvicola Canadensis, Linn. Spotted Canada Warbler.
Abundant from the 5th to 25th of May, and again from the 1st to 20th of October.
SrLvicoLA Formosa, Bonap. Kentucky Warbler.
Rare. Shot one near Racine, May lOth, 1851.
*SrLvicoLA CcERULEA, Wilson. Blue-grey Warbler.
Not common. A few nest with us.
Stlvicola Maritim A, Wilson. Cape May Warbler.
By no means a rare bird during the month of Maj'. It frequents the vicinity of
streams and swamps that abound with tall willows, in the tops of which this inter-
esting warbler is commonly seen flitting about, busily saarching for insects and their
larvse. It is probable that a few nest in this vicinity.
*Teichas Marylandica, Wilson. Yellow Throat.
Common. •
Trichas Agilis, Wilson.
Not uncommon. I shot a pair on the 23th of May ; they had mated, and were
about to nest.
Teichas Philidelphia, Wilson. Mourning Warbler.
Rarely seen. Shot one May 10th, 1851.
*Vermivora Pennstlvanica, Svrain. Worm-eating Warbler.
A few nest in this section. Rare.
*Vermivora Chrtsoptera, Linn. Golden winged Warbler.
Not uncommon. Nests with us.
'O
YiaiMivoRA RuBRicAPiLLA, Wilson. Nashville Warbler.
Common for two weeks in May on tlieir passage north ; they return in October,
at which time the male is without the chestnut crown.
*Vermivora Celata, Say. Orange-crowned Warbler.
Not an uncommon species. Frequent the most secluded swamps, where they nest.
351
Yermivora Perkgrina, Wilson. Tennessee Warbler.
Some seasons, about the middle of May, this plain bird is met with in great abund-
ance. This was particularlj the case May 14th, 15th aiij 16th, 1349, when I could
have procured any desired number ; tliey literally thronged on the tops of the bush
oaks in an adjoining grove. For the last two years I have not procured a single
specimen.
*Mniotilta Yaria, Yieill. Yaried Creeping Warbler.
Common.
Mniotilta Borealis, Nutt.?
I have met with specimens that answered to 2f uttall's description, yet I am inclined
to consider it a variety of the preceding.
In order to give some idea of tlic abundance and great variety of the warblers
which visit us, I append a list shot in the forenoon of May 5th, 1852, by Rav. A. 0.
Barry and myself:
6 Sylvicola Americana, 1 Sylvicola .Tstiva,
1
' pin us
4
ti
canadensis.
1
' striata,
1
iC
petechia.
5
' icterocephala.
4
«
maritima,
4
virens,
1
it
Setophagia canadensis.
6
• Blackburnia,
2
Verniivora rubricapilla.
5
' maculosa.
(•'
Trichas marylandica,
1
' coronata,
3
a
Mniotilta varia.
47
All, except three, males in unusually fine plumage, the females not having yet
.•irrived.
We could have obtained many irorc of most of the species, had it been desirable.
*Troglodvtes ^dox, Yieill. House Wren. '
Common. First appearance 15th of Ajjril.
*Troglodytes Hyemalis, Yieill. Winter Wren.
Common. Nest in abundance on the shores of Lake Superior.
*Troglodttes Brevirostris Nutt- Short-billed Wren.
A few nest in the vicinity of Racine. Not abundant.
* Troglodytes Palitstris, W^ilson. Marsli Wren.
Abundant on all reedy flats.
Troglodytes Ludovicianus, Bonap. Mocking Wren.
I met a single wren of this species, July 5th, 1852. Undoubtedly nests sparingly
in the southern part of the State. Rare.
Rkgulus Calendula, Linn. Rtiby-crowned Kinglet.
Abundant spring and fall.
Regulus Satrapa, Liclist. Goldeu-crested Kinglet.
Abundant. Arrives 1st of April, and remains until May 10th.
352
SiALiA WiLSONii, Swains. Blue Bird.
The first arrival of this harbinger of sprhig at Racine, was —
In ISIG, - - March 25th.
" 1847, - - " iillth.
" 1848, - - " 17th.
" 1849, - - " 11th.
" 1850, - - "21st.
'• 1851, - - " l.')th.
" 1S52, - - " 12th.
CERTHIAD.^, (6 species.)
*Certiiia Americana, Bonap. Brown Creeper.
Common throughout the year.
*SiTTA Carolinen.sis, Linn. White-breasted Nuthatch.
Common, remains during the winter.
*SiTTA Canadensis, Linn. Red-bellied Nuthatch.
This species does not remain with us during winter. A few nest near Racine, a
greater number in the pine regions in the northern part of the State.
*Pards Atricapillus, Linn. Black-cap Tit.
Abundant, remain during winter.
Parus Hudsonicus, Lath. ■
A small party of this northern species visited Racine during the unusually cold
Januajy of 1852.
AMPELID^E, (2 species.)
BoMBTCiLLA Garrula, VieiU. Black-throated Waxwing.
Arrives in large parties from the first to the last of November, and leaves by the
15th April. The first arrivals are all young birds, destitute of the yellow markings
on the wing, and with less of the wax-like appendages. These young birds gene-
rally proceed further south to winter, while the old birds, in perfect plumage, arrive
later, and seldom, if ever, go further. I never have seen an individual entirely des-
titute of wax ornaments. The only perceptible diiference between the sexes is in
size, the females being slightly the larger. lu fifty specimens accurately measured
the average was :
Females, - - - 8 5-12—W4
Males, - - - 82-12—1334
They are unsuspicious, permitting a near approach. Their fare consists of a vari-
ety of berries, but those of the moantain ash, {Pyus Americana,) appear to be pre-
ferred to all others. They are frequently seen to eat snow as a substitute for drink.
*Bombycilla Americana, Swain. Cedar Bird.
Common, does not remain during winter.
ALAUDINtE, (2 species.)
*Otocoris Alpestkis, Linn. Horned Lark.
Abundant on the prairies. A few remain during the entire winter.
353
*Otocoris'Rufa, Aud. \
Not an abundant species wlj us ; becomes more'ntanerbus as you go vest
FEINGIILID^, (33 species.)
Plectrophanes Nivalis, Lim. White Snow Bird.
Abundant from November to ^pril.
Plectrophanes Lapponica, i/ln. Lapland Snow Bird.
Met witli in great abundanccon the prairies, from the middle of October to tlie
middle of Aiay, Before they lave us in the spring they are in full eorig and per-
fect plumage. They sing in concert like blackbirds, either •while on the wing or
settled on lences.
Plectrophanes Smithii, Aud.
Occasionally met with in cousicerable numbers on the prairies.
*ZoNOTRiCHiA Iliaca, Bonap. Fox-colored Sparrow.
Common during October and April.
*ZoxoTRicHiA M^LODiA, Wilsof.. Song Sparrow.
Common.
ZoxoTRiCHiA Pennsylv.-^-ica, Latli. White-throated Sparrow.
Abundant during spring and fall.
*ZoNOTRicHiA Leucophrys, t^el. White-crowned Sparrow.
Met with in great abundance iii^ompany -with the preceding. A few nest in the
vicinity.
ZoNOTRiCHiA Graminea, Ginel. Bay-vino-ed Sparrow.
Occasionally seen, but rare.
*ZoxoTRicHiA Passerina, Wilson. Yellow-Wriged Bunting.
Not uncommon in the reedy slews on the prairiei.
*ZoNOTRiCHiA PusiLLA, Wilsou. Field Bunting.
Not an abundant species with us.
*ZoNOTRicHiA SociALis, Wilson, Chip Bird.
Common, arrive 1st of May.
ZoNOTRicHiA Pallida, Swain?.
Not unfrequently met with about the middle of May.
ZoKOTRicHiA Canadensis, Lath. Tree Bunting.
Very numerous autumn and spring, but few remain through the w'nt«r.
*ZoNOTRicHiA Savanna, Bocap. Savanna Bunting.
Common on high prairies.
354
■*ZoNOTRicHiA LiNcoLNii, Aud. Blue Stripe(fi^unting.
Not uncommon spring and fall. A few reniai/duiing summer, aud nest vritli us.
*NiPHEA Hyemalis, Linn. Snow Bird. I
Common spring aad autumn. Do not remaialirougb the ■winter. Nest on Lake
Superior. ]
*Ammodromus Palustris, Wilson. Swamp Finch.
Common.
LiNARiA Minor, Aud. Lesser Red-poll.
Abundant every winter.
LiNARiA BoREALis, Teium, Mealj Red-pollJ
The onlj time I «ver met with this bird wai in December, 1850.
*Chbysomitris Trtstis, Linn. Yellow Bird
Common, • |
^Chrysomitris Pinus, Wilson. Pine Finch.
Abundant.
*Chondestes Grammacea, Say.
Common. , Frequently met with in the roads, exi'-^nding and closing their fan-
like tails at every hop. " One of the most agreeablcsiuging birds. Their song is a
singular combination of the Thrush, Finch, and^'ohe-Buntmg. They build their
nest in the open field or high prairie, under thc/i'^^tection of a weed or small shrub ;
it is constructed externally of fine grass place' i" ^ slight excavation in the ground,
and finished with a lining of hnir. The e>S^> f*^^'"' ^^e bluish-white, marked with
straggling hair streaks and serpentine lin^ °^ dark-brown, closely resembling those
of the orchard Oriole, but less pointed
*EuspizA Americana, Grael. BKl^'^^roated Bunting.
Not uncommon.
*Spiza Cyanea, Wilson, -^digo Bird.
Common.
*PiPiLO ERYTHROpi^'rHALMA, Wilson. Ground Robin.
Abundant.
*Carpoda^"s Purpureus, Gmel. Crested Purple Finch.
Common during spring and fall. A few nest with us, many more on the shores
oi Lake Superior.
Corythus Enucleator, Wilson. Pine Bull Finch.
Numerous during severe winters.
*LoxiA CuRviROSTEA, Linn. American Cross-bill.
Abundant in the pine forests. Large flocks occasionally visit our vicinity during
fall and winter, feeding on the seed of the sunflower {Hclianlhm annuus.)
355
\
LoxiA Leucoptera, Gmel. White Winged Crossbill.
Occasionally visit us — not common.
^PiTVLUs Cardinaus, Linn, Cardinal Grosbeak.
A few stragglers nest with us — rare.
*CocoBORus LuDoviciANus, Wilsoii. Rose-breastcd Grosbeak.
Common. Arrive 1st of May.
CocoBORUS Vespertinus, Cooper. Evening Grosbeak. '
Not an uncommon bird. During winter and spring they frequent the maple
woods, feeding on the seed of the sugar raaple {Acer saccfiariman,) in quest of
which they spend much time on the ground. I liave noticed this bird as late as the
15th of May, In all probability they nest within the State. Unsuspicious, ea,sily
approached. Thsir song lacks the melody of our other species of Grosbeaks.
'*Pyranga Rubra, Wilson. Black-winged Red Bird.
Common.
STURNID^, (10 species.)
*Stcrnella Ludoviciana, Linn. Meadow Lark.
Common, but docs remain during winter.
*Sturnella Neglecta, Aud.
A few visit the Lake shore in early winter, wo liave a .specimen examined by Prof
Baird and pronounced to be undoubtedly this species; it was shot on the24tUof
December, when the preceding were all gone.
*Yphante3 Baltimore, Linn. Golden Oriole,
Abundant.
Yphantes Spurius, Gmel. Orchard Oriole.
Common.
*DoLicHONYx Oryziyora, Linn. Bob o'link, or Rice Bird.
Abundant.
MoLOTHRus Pecoris, WilsoD. Cow Bunting.
Common. I found the egg of this bird, in one instance, in the nest of the Red-
winged Blackbird.
*Agelaius Xanthocephalus, Bonap. Yellow-headed Troopial.
A few nest within fifteen miles of Racine, in an extensive marsh. Seldom visit
the lake shore.
*Agelaics Ph(eniceus, Linn. Red-winged Blackbird.
Abundant every where.
*ScOLECOPHAGUs Ferrugineus, Lath. Rusty Blackbird.
Common fall and spring. Arrive 15th of March. A few remain during summer.
35G
*QuiscAi,tjs Versicolor, Vieill. Common Crow Blackbird.
Coinmon.
CORVID.^, (5 species.)
*Cyanocorax Cristatus, Linn. Blue Jay.
Common through the year.
OzANCcoRAX Canadensis, Linn. Canada Jay.
Occasionallj, during severe winters, visit the A^icioity of Racine.
Pica IHelanoleuca, Aud. Magpie.
'Occasionally a straggler visits lis. Two were shot in Caledonia, ten miles from
Rax-iue. December, 1848. A genlleman of this city obtained one at Bailies Harbor,
on Laiie Michigan, November 15,* 1849.
*CoR\'us Americands, Aud. Common Crow.
A singular fact in relation to the Crow is, that it never takes up its quarters with-
in fifteen or twenty miles of Lake Michigan, within this State. At Racine it may
b(! considered one of the rarest birds.
*CoRrus CoRAx, Linn. Raven.
More numerous than the preceding. Remain through the winter,
f
TPtOCHILDyE, (1 species.)
*Trochiltts Colxjbris, Linn. Hnmminof Bird.
Common.
PICID^E, (9 species.)
*Picus PiLEATus, Linn. Crested Woodpecker.
Common in heavy timber districts.
Dendrocopds Canadensis, Grael.
Occasionally met with during winter— rare.
*Dendrocopus Villosus, Linn.
Abundant through the j-ear.
*Dendrocopus Pubescens, Linn. Downey Woodpecker.
Common — remain during winter.
•^&
*Dendrocopus Varius, Linn. Yellow-bellied Woodpecker.
Common. Leave us 1st of November, arrive 15th April. This Woodpecker visits
the orchards during September and October, to feed upon the inner bark of the
peach and cherry, girdling the stems so effectually as not unfrequently to kill the
trees. I have watched them while thus engaged in my own garden, and have care-
lully examined, under a microscope, the contents of the stomachs of numerous-
specimens.
357
*Melanerpe3 Erythrocepiialcs, Linn. Red-headed Woodpecker.
Common, migratory.
Apternus Arcticus, Swaius. Arctic "Woodpecker.
I have specimens of this Woodpecker shot near Racine in the month of Novem-
ber.
*CoLAPTES AuRATUS, Linn. Golden- -winged Woodpecker.
Common.
*Centurus Carolinus, Linn. Red-bellied \Voodpecker.
Not an abundant species with us. They remain during winter.
CUCULID.E, (2 species.)
*CoccTzc3 Americanus, Linn. Yellow-billed Cuckoo.
Not so numerous as the folloTving.
*CocCYZus ERYTHROPHTHALiius, Wilson. Black-biUed Cuckoo.
Abundant.
PISTTACID.E, (1 species.)
•r
CoxuRUS Carolisensis, Linn. Paraket.
Formerly Parakets veer ecommon on the Mississippi, within this State, latterly they
are seldom met with.
COLUMBID.^, (2 species.)
*EcTOPiSTES migratoria, Linn. Wild Pigeon.
Abundant.
*EcT0PisTES Caholixexsis, Linn. Turtle Dove.
Common. Keniain during winter.
PAVONID.E, (1 species.)
*Meleagri3 Gallopayo, Linn. Wild Turkey.
Formerly Turkeys were common in this section, but now none are to be found. —
The last noticed near Racine was ia November, 1846. Abundant in the south-west-
ern countries.
TETRAOXID.-E, (6 species.)
*Ortyx Vikginiana, Linn. Quail.
Within a few years this Partridge has become remarkably numerous.
*Bonasa Umbellus, Linn. Partridge.
Common in all the timber districts.
358
*Tetrao Canadensis Linn. Spruce Grouse.
Common on the bead waters of Wolf River and vicinity of Lake Superior.
*Tetrao Cupido, Linn. Prairie Hen.
Greatly abundant. Two sportsmen, with one dog, generally bag from fifty to
eighty in a day. We challenge tlie world for finer sporting grounds than the prai-
ries of Wisconsin furnish during August, September and October.
*Tetrao PnAsiANELLis. Linn. Sharp-tailed Grouse.
Formerly quite common near Racine — now seldom met with. Abundant in all
the north-western counties.
*Laqopus Saliceti, Swains. Willow Grouse.
In December, 1843, two specimens were caught in a trap ten miles from Racine.
Nest in the tangle of evergreen swamps of the north-western parts of the State. —
Not numerous.
RALLID^, (6 species.)
*Gallinula Galeata, Lich. Florida Gallinule.
Abundant as far north as Lake Winnebago, latitude 44°"
*FuLiCA Americana, Gniel. American Coot.
Common in all large marshes.
*Rallus Elegans, Aud. Meadow Hen.
Abundant, nest in the praii ie alewn. *
*Rallus Virginianus, Linn. Mud Hen.
Common.
*Ortygometra Carolina, Linn. Sora Rail.
Greatly abundant spring aud fall ; a few remain during summer to nest.
*Ortygometra Noveboracensis, Lath. New York Rail.
By no means uncommon. The young of this and the preceding three species of
Rail, are fully fledged by the 15th of August.
GRUID^, (10 species.)
Grus Ameircana, Forster. American Crane.
A few white sand-hill cranes are occasionally seen in the western part of the State,
near the Mississippi, but never approach the Lake shores, where the following spe-
cies is common. It would appear that the white is a more southern species than the
brown.
*Grus Canadensis, Temm. Brown Sand-hill Crane.
Found on all our large prairies. . Although we have seen large flights of these
birds, we never saw, or heard of, a white individual within one hundred miles of
Lake Michigan. A pair has nested regularly for fifteen years in a swamp nine miles
from Racine, (we have noticed them ourselves regularly for the last seven years,)
and they still continue in color unchanged. The locality of this nest is in a few tus-
socks of grass, in the midst of an almost impenetrable swamp, the nest is composed
of ciiarse grass, built up in a conical form eighteen inches or two feet high, so sit;ia-
ted t'.hat when the parent bird sits upon, or rather astride of this pyramidal nest, her
feet hang down on either side into the water. The old nest is regularly repaired
every spring.
359
Tantalus LocuAtor, Linn.
There is a'ne specimen of tlii? soutlern bird in the museum of the 'WiscoDBin
State Histoycal Society, at Madtson, which was shot uear Milwaukee, Sept. 1852,
*Ardea Heiodias, Linn, Gieat Blue Heron.
A common species.
i
*Akdea V.'Rkscens, Linn. Green Heron.
NoUincommon in the woded swamps of the timbered districts, never met with
in theprairie marshes.
*r;0TAusu3 LENTiaiNOsus Swalns. American Bittern,
ibundant in the marsies and slews of the prairies. The young are fully fledged
bi* the 20th July. Weaave witnessed the bittern emit his peculiar call, "pump-au-
sdh ; " the head is dj-arn up to the breast, xhe neck being much dilated, when the
nrst syllable pump is utercd in a heavy low tone, the second syllable au is emitted
with .-i partial extonsia of the neck, aud the final ^«A is accompanied with a violent
darling forward of thchead to the full extent of his long neck. This ludicrous per-
formance is repeated hree or four times in succession.
*Ardeola Exilis, Bmap. Small Bittern.
Abundant on thrreedy marshes, never found in the dark, shaded, woody smamps.
Eqbbtta Leuce, Jadins. Great White Heron.
A single indiviual shot near Racine, June, 1851.
*Egretta Candijissima, Gmel. "Wblte-crested Heron.
Not an uncrnmon species along the borders of small lakes. Nest in communi-
ties, on trees ii Tamarack swamps.
Egretta CAEuaLEA, Jartl. Blue Heron.
Shot one iugust 28th, 1348, on Root River.
CHARADRIAD^. (6 species.)
Charadrius Marmoratus, Wagler. Golden Plover.
Visit is in great numbers spring and fall.
CnARADRias Melodius, Ord. Piping Plover.
Occasionally met with in the fall, not numerous.
*CiiARiDRius Vociferus, Linn. Kill-deer Plover.
Common, arrive from 18th to 25th of March.
Charadrius Semipalmatds, Bonap. American Ring Plover.
A few only met in May and October. Rare.
Cii.^RADRius Helveticus, Linn. Whistling Plover.
Not abundant, April, May and September.
Strhpsilas IkterpreSj Linn, Turnstone,
Common, spring and autumn.
\
360 • <••
SCOLOPACDJ^, (21 species.)
Tkinoa Alpinl-3, Linn. Black-breasted Sand Piper.
Only met with sparingly, April and October. V
Tkikoa Shinzii, Brehra. Scliiutz's Sand Pipe!,
A rare species with us, spring and fall.
Tkhtga Pectoralis, Bonap. Pectoral Sand Pipe\
We have only noticed thia species in autumn.
Tkotoa Rufescbns, Yieill. Rough -breasted Saad Viper. ^'
Quite commoa from September 15tb to October lOtU Never met in the tWng
Tketga Maritime, Bninnich. • Purple Sand Piper.
Greatly abundant from 15th of April to 20th of May,
Tjrixga Minuta, ( ?J Leister.
JN"ot common. A few found on the borders of small lak
•Teinga Pusilla, Wils. Wilson's Sand Piper.
Common. Nest in the reedy marshes.
Tbisga Cinerea, Wils. Red-breasted Sand Piper.
We have only met this bird in October. Rare.
Tbixga Semipalmata, Wils. Semipal mated Sand Piper.
Shot several October 1st, 1850. Eare.
Trikga Douglasii, Swains. Long-legged Sand Piper. 'v
Shot two April 10th, 1843. Rare. A
CA1.IDRI3 Arenaria, Illiger, Sanderlino-. \
Common on the Lake Shore spring and fall. '
ToTAsus Semipalmatcs, Lath, Willot.
We hare met this species as late as the 10th of June. Xot numeroua
ToTAKirs VociFERUS, Wils. Varied Tatler.
Abundant. Nest in all large marshes.
*ToiAirus Flavipes, Lath. Yellow Lesrs.
Common.
*ToTAWU3 SoLiTARius, Wilsou. Solitary Tatler.
ITot uncommon.
•ToTANtrs Macularius, Wilson. Spotted Sand Lark.
Common,
\
361
*ToTANU8 Bartramius, Wilson. Grey Plover.
Abundant, Xest on the high rolling prairies.
LiMOSA Fedoa, Linn. The Marlin.
Not an uncommon bird. We saw a pair on a marshy Blew near Wisconsin riTer,
June 15th, 1848, where thej were probably nesting.
LiM03A HuDsoNicA, Lath. Ring-tailed Marlin.
We shot a single bird of this well marked species November 1st, 1850.
Macrorhampcs Griskus, Leach. Dowitchee.
Found sparingly spring and fall.
*ScoLOPAx WiLSONii, Temm. Coinraon American Snipe.
Common, neat abundantly with us.
*Ru3TicoLA Minor, Vieill. American Woodcock.
The first woodcock noticed in this section was in 18-17, since which time they have
been rapidly on the increase.
Recurvirostra Americana, Linn, American Avoset.
vVe saw a pair on a marsh n ar Fox river, July 26th, 1846, where they had proba-
bly nested ; we also met with a small party on the Des Plaiue, May, 1847.
HiMANTOPCS NiGRicoLLis, Vieill. The Lawyer.
Met a small flock of these singular birds near Racine, April, 1847.
*NuMENiu3 LoNGiROSTRis, Wilson. Long-billed Curlew.
Common on large thinly settled prairies. We found them nesting in abundance
on Sun Prairie, Columbia County; also within six miles of Ceresco.
*NuMENirs HuDSONicus, Lath. Jack Curlew.
Common spring and fall. We found a few nesting near Fox Lake, June 15, 1848.
ITuMENius BoREALis, Lath. Esquimaux Curlew.
iMet with in company with the preceding in early spring and fall. Rare.
PINNATIPEDES, (2 species.)
Phalaropus Fulicarius, Bonap. Red Phalarope.
Met with a small flock first of November, 1847. Rare.
*LoBiPES WiLSONii, Jardin.
Not an abundant species. Prof. S. F. Baird shot one near Racine, July 15, 1853.
Nests sparingly in marshes.
ANATID^, (29 species.)
*An8er Canadensis, Linn. Wild Goose.
Greatly abundant spring and fall, and not a few remain during the summer to neat.
24
363
Anser Hyperboreus, Grael. Snow Goose.
This spei'ies is seen late in the fall in large flocks, numbering sometimes not less
than two hundred.
Anser Albifrons, Bechst. White-fronted Goose.
Met in large numbers spring and fall.
AusER Leucopsis, Bechst. ■
In December, 1850, there was a single barnacle goose kept about the harbor for
two weeks.
Anser Bernicla, Linn. Brant.
Occasionally met on the lake shore. Rare.
Anser Hutchinsii, Rich. Hutchinson's Goose.
Large flocks of this species occasionally visit us in the fall; rarely seen in the spring.
Cygnus Americanus, -Sharpless American Swan.
Visit us regularly spring and fall.
Cygnus Bcccinator, Rich.
This larger swan is frequently seen, and occasionally shot in our vicinity.
*Anas Clypeata, Linn. Shoveller.
Not uncommon. A few nest in the prairie slews.
*Anas Boschas, Linn. Mallard.
Common.
*Anas Obscurus, Gmel. Black Duck.
Numerous in the interior — seldom visit the lake.
Anas Strepera, Linn. Grev Duck.
Shot 2d March, 1843, the onh^ specimens we ever met wi'.b.
Dafila Acuta, Linn. Pin-tail Duck.
Common only early in spring and late in the fall.
Mareca Americana, Gmel. American ^yido•eon.
Abundant.
*QuERQUEDULA DiscoRS, Linn. Blue-winged Teal.
Very abundant. Nest in all the large slews.
*QuERQUEDULA Carglinensis, Steph. Green-winged Teal,
Common.
*Denronessa Sponsa, Linn. AVood Duck,
Common.
363
FuLiGULA RcBiDA, Wilson. Ruddy Duck.
Met occasionally fall and spring. Not abundant.
FcLiGULA Valisneria, Wilsou. Canvass Back.
Rarely met. March and October.
FuLiGULA Ferina, Liun. Red Head.
Not uncommon.
^FuLiGULA Marila, Lann. Broad Bill,
Common.
*FuLiGULA RuFiTORQUES, Bonap. Bastard Broad Bill.
Common. Nests on tbe borders of grassy lakes.
Claxgl-la Vulgaris, Fleming. Whistler.
Common on the lake in winter and early spring.
Clangula Albhola, Linn. Buffle-headed Duck.
Common.
Clangula Histrionica, Linn. Harlequin Duck.
One shot in Racine harbor December 15th, 1851. Rare.
Harelda Glacialis, Linn. Old-wife.
Common on the Lake during winter and early spring.
Mergus Merganser, Linn. BufF-breasted Sheldrake.
Common ; remain during winter.
*Mrrgu3 Serrator, Linn. Red-breasted Sheldrake.
Common. A few nest with us.
*Mergus Cucculatus, Linn. Hooded Sheldrake.
Abundant. Nest on the reedy flats.
PELECANID.E, (2 species.)
Phalacrocorax Dilophus, Swain. Double Crested Cormorant.
Occasionally visit our rivers and small lakes Rare.
Pelecanus Onoceotalus, Linn. Pelican.
About the 10th of March the pelicans arrive, and after spending a few days in the
small lakes, go further north.
LARID^, (11 species.)
Sterna Cay ana, Lath. Cayenne Tern.
Rarely visits us.
364:
*Sterna NigtvA, Linn. Black Tern. '
Abundant about lakelets and- marshes. Never found on Lake Michican.
*Sterna Anglica, Montague. Marsh Tern.
We have but seldom met the marsh tern in tliis vicinity.
*SrERNA HiRUNDO, Linn. Common Tern.
Abundant. Nest on a small rockj island in the northern part of Lake Michigan
Larus Franklinii, Rich.
Visit us only in severe winters. Rare.
Larus Bonapartii, Rich. Bonaparte's Gull.
Associate with the common Tern fall and spring, in great numbers.
Lar0s Tridacttlus, Linn. Three- toed Gull.
Met on the lake, Nov., 1853.
■ Labus Sabini, Sabine.
Saw two in company with the preceding.
Larus Glaucus, Brunnich,
Another rare winter visitor.
' *Larui Agentatus, Brunnich. AVinter Gull.
The common Gull of the lakes. Nest on a rocky island in company with the
common Teru.
Larus 2oNORHYXcnu3, Rich. Common American Gull.
A rare species with us. Mr. Samuel Sircomb has a specimen shot tt Milwaukee.
COLYMBID.E, (G species.)
■*CoLYMBUs Glaccalis, Linn. Great Loon or Diver.
Common. .
CoLYMBUs Septentrionalis, Linn. Red-throated Loon.
Not uncommon during winter.
.PoDiCEPS Rudricollis, Lath. Red-necked Grebe.
Only found in winter. Rare.
PoDiCEPS CoRNUTus, Linn, Horned Grebe.
Common spring and fall.
*PoDicEPS Carolineksis. Dipper.
Common. Nest in marshes.
*Podiceps Cristatus, Lath. Crested Grebe.
A common species ; nests on the margin of small lakes.
365
KEPTILES.
ORDER TESTUDINATA.
Cheloxura, Fleming.
■^serpentina, Say. Snapping Turtle.
Emys, Brongniart.
*picta, Gmelin. Painted Tortoise. Milwaukee.
CiSTUDA, Fleming.
Blandingii, Holbrook. Blanding's Tortoise. Prairies of Wisconsin.
(Holbrook.):
ORDER OPHLDIA.
Crotalus, Linn.
*durissu3, Linn. Banded Rattle Snake. Grant Co.
Crotalopiiorus, Gray.
tergeminus, Holb. Massasauga. Racine.
EuTAiNiA, Baird & Girard.
*sirtalis, B. & G. (coluber sirtalis, Linn. Tropidonotas taenia, De Kay.)
Striped Snake. Milwaukee,
radix, B. & G. Racine.
Nerodia, Baird & Girard.
*sipedon, B. & G. "Watcrsnako. Milwaukee.
ScOTOPnis, Baird & Girard.
vulpinus, B. & G. Racine.
Opiiibolus, Baird & Girard.
eximius, B. & G. (Coluber eximius, De Kay.) Milk Snake. Milwaukee.
Bascanion, Baird & Girard.
*constrictor, B. & G. Black Snake. Milwaukee.
Chlorosoma, Wagl.
*vernalis, B. & G. (Coluber vernalis, De Kay.) Green Snake. Raeina^.
DiADOPHis, Baird & Girard.
punctatus, B. & G. (Coluber punctatus, Linn.) Ring-necked Snake.
Milwaukee.
Storeria, Baird & Girard. *
Dekayi, B. & G. (Tropidonotus Dekayi, Holb.) Racine,
occipito-maculata, B. & G. Racine.
366
OEDER AMniLDIA.
Kana, Linneus.
*palustris, Le Conte. Marsh Frog. Milwaukee.
*sylvatica, Le Conte. Wood Fro<i'. Milwuvikee.
talcinda, Kalra. Shad Frog. Milwaukee.
Sauvmandra, Bronguiart.
*subviolacea, Barton, Violet Salamander.
Menobrancuus, Harlan.
^'lateralis, Say. Banded Proteus. Milwaukee River.
FISHES.
OEDEE SriNE-EAYED.
Perca, Linneus.
flavescens, Mitchell. Yellow Perch. Milwaukee.
PoMOTis, Cuvier.
vulgaris, Cuv, Suufish. Milwaukee.
Cor VINA, Cuvier.
oscula, Lesueur. Sheephead. Milwaukee.
OEDEE ABDOMINAL.
FiMELODus, Cuvier.
catus, Linn. Cat-fish. Milwaukee.
Catostomus, Lesueur.
aureolus, Les. Mullet. Milwaukee.
Leuciscus, Klein.
atronasus, Mitchell. Minnow. Milwaukee.
Esox, Cuvier.
estor, Lesueur. Muskallonge. Milwaukee,
reticulatus, Lesueur. Pickerel. Milwaukee.
Salmo, Linneus.
fontinalis, Mitchell. Brook Trout. Northern Wisconsin,
amethystus, Mitchelh Lake Trout. Milwaukee.
CoRREGONus, Cuvier.
albus, Lesueur. White Fish. Milwaukee.
367
Amia, Linn,
amia calva. Dos; Fish. Milwaukee.
Lepisosteus, Lacepede.
osseus, Linn. Gar Fish. Rock River.
CAKTILAGINOUS,
AciPENSER, Linn.
rubicundus, Lesueur. Sturgeon. Milwaukee. L. Winnebago.
MOLLUSCA.
OEDER GASTEROrODA.
Ancylus, Muller.
rivularis, Say. Milwaukee and Rock Rivers,
diaphanus, Hald. Milwaukee River.
ViTRiNiA, Draparnaud.
pellucida, Drap. N. W. Territory, (Mr. Say.)
Helix, Linn.
albolabris, Say. Milwaukee. Menasha. Two Rivers. Sheboygan.
alternata, Say. Milwaukee. Two Rivers. Sheboygan.
arborea, Say. Milwaukee. Madison. Two Rivers. Sheboj'gan.
chersina, Say. N. W. Territory, (Mr. Say.)
concava, Say. N. W. Territory, (Binney.)
fraterna, Sav. Manitowoc.
hirsuta, Say. Milwaukee. Sheboygan.
labyrinthica, Say. Milwaukee. Two Rivers. Shebovgan.
lineata, Sav. Milwaukee. Two Rivers. Sheboyo-an.
ligera, Say. N. W, Territory, (Mr. Say.)
nionodon, Racket. Milwaukee. Manitowoc. Shebovsan.
multilineata, Say. Milwaukee. Madison.
perspectiva, Say. Milwaukee. Madison. « Two Rivers.
profunda. Say. Milwaukee. Manitowoc. Sheboygan.
porcina, Say. N. W. Territory, (Mr. Say.)
Pupa, Lamarck.
armifera. Say. Milwaukee.
corticaria. Say. Milwaukee.
ovata, Say. [P. Modesta, Immatine.] Milwaukee.
SucciNEA, Draparnaud.
obliqua, Say. Milwaukee. Two Rivers,
avara, Say. N. W. Territory, (Mr. Say.)
3GS
BuLiMus, Bruguieres.
lubricus, Brug. Milwaukee. Madison. Sheboygan.
harpa, Pfeiffer. (Helix harpa, Say.) N. W. Territory, (Mr. Say,)
Planorbis, Lamarck.
armigerus, Say. Milwaukee River. Musk ego Lake,
biearinatus, Say. Milwaukee Kiver. Four Lakes. Sheboygan,
campauulatus, Say. Milwaukee River, Rock, Fourth, and Muskego Lakes.
Sheboygan..
corpulentus, Say. IST. W. Territory, (Mr. Say.)
deflectus, Say. Milwaukee and Twin Rivers. Rock, Fourth and Mus-
kego Lakes,
exacutus, Say. Milwaukee River.
parvus, Say. Milwaukee and Manitowoc Rivers, Muskego Lake.
trivolvis. Say. Milwaukee and Twin Rivers. Muskego Lake.
LiMKEA, Lamarck.
caperata. Say. (L. umbilicata Adams.) Milwaukee and ^Manitowoc
Rivers. Muskego Lake,
catascopinn, Say. N. W. Territor3% (Mr. Say.)
columella, Say. (L. Macrostoma, Say.) Milwaukee,
emarginata. Say. Four Lakes.
fragilis, Linn. (L. Elodes, Say.) Milwaukee, Manitowoc and She-
boygan Rivers. Rock, Muskego and the Four Lakes.
gracilis, Say. Milwaukee River.
jugularis, Say. (L. stagnalis, Kirtland.) Milwaukee, Sheboygan and
Twin Rivers. Muskego. Rock, Horricon and Fourth Lakes,
megasoma. Say. N. W. Territory, (Mr. Say.)
umbrosa, Say. N. W. Territory, (Mr. Say.)
Phtsa, Draparnaud.
heterostropha, Say. Milwaukee, Sheboygan and Twin Rivers. Rock L..
elongata. Say. Milwaukee and Manitowoc Rivers.
Paludina, Lamarck.
decisa, Say. Milwaukee, Sheboygan and Rock Rivers.
isogona. Say. 'Rock River.
subglobosa, Say. N. W. Territory, (Mr. Say.)
Amnicola, Gould & Haldeman.
limosa. Say. N. W. Territory, (Mr. Say.)
lustrica, Say. Four Lakes.
Melania, Lamarck.
depygis, Say. Milwaukee and Sheboygan Rivers,
elevata. Say. Milwaukee and Manitowoc Rivers.
Valvata, Muller.
tricarinata, Say. Milwaukee River. Rock and Four Lakes.
sincera, Say. Milwaukee River. Four Lakes.
369
ORDEK ACEPHALA.
Unio, Bruguieres.
buUatus, Rat'.* [U. pustulosus, Lea.j Rock River. Wisconsin River at
Prairio du Sac.
cardium, Raf, [U. ventricosiis, Barnas.] Mississippi at Prairie da
Chien. Wisconsin River, (Mr. Barnes.)
cariosus, Say. Silver Lake. Fourth Lake.
clava, Lam. [U. mytiloides, Raf.] Rock River. Wisconsin at Prairie
du Sac.
dilatu«, Raf. [U. gibbosus, Bar.] Manitowoc, Rock and Wisconsin Rivers,
fasciolaris, Raf. [LJ. pbaseolus, Hildreth, U. mucronatus Bar.] Wis-
consin River, (Mr. Barnes.)
fasciatus, Raf. [U. crassus, U. ellipticus. and U. carinatus, Barnes.] At
Prairie du Chien, (Mr. Say.) Wisconsin and Nee-
nah Rivers, (Mr. Barnes.) Rock River,
luteolus, Lam. [U. sih"quoideus, and U. inflatus, Bar.] Milwaukee and
Rock Rivers. Pike Creek. Wisconsin River, (Mr. Barnes.)
metanervus, Raf. [U. nodosa?. Bar.] Wisconsin River at Prairie du Sac.
nervosus, Raf. [IT. zigzag, and U. douaciformis, Lea,] Wisconsin
River at Prairie du 8ac.
olivarius, Raf. [U. ellipsis, Lea.] Wisconsin River at Prairie du Sac.
parvus, Barnes. Neeuah (Fox) River, (Mr. Barnes.)
prasinus, Conrad. [U. Schoolcraftensis, Lea.] Neenah River, (Mr. Lea.)
radiatus. Lam. Wisconsin River. (Mr. Barnes.)
rectus, Lam. [U. prcelongus, Barnes.] Rock River. Wisconsin River at
Prairie du Sac. Neenah River, (Mr. Barnes.)
reflexus, Raf. [U. eornulus Bar.] Xeenali River, (Mr. Barnes.)
subrostratiis, R;if. [U. ii-is, Lea.] Milwaukee and Root Rivers,
trigonus. Lea. jMilwaukee, Sheboygan and Rock Rivers,
truncatus, Raf. [U. elegans. Lea.] ' Wisconsin River at Prairie du Sac.
tuberculatus, Raf. [U. verrucosos. Bar.] Wisconsin River, (Mr. Barnes)
Rock River,
undatus, Bar. Neenah River, (Mr. Barnes,) Wisconsin at Pr. du Sac.
verrucosus, Raf. [U. tuberculatus. Bar.] Neenah River, (Mr. Barnes) Wis.
River at Prairie du Sac.
Met.4ptera, Rafinesque, Agassiz.
alata, Conrad, [Unio alatus. Say] Milwaukee, Rock, Neenah, Wisconsin
and Sheboygan Rivers,
fragilis. Con. [U. fragilis, Sav. U. gracilis, Bar.] Sheboygan and Rock
Rivers. Wisconsin River at Prairie du S.ac.
Plectomerus, Conrad.
(Proc. Ac. Nat. Sc, vol. VI, p. 260.;
plicatus. Con. [Unio plicatus Bar.] Rock River. Wisconsin Ri^er at
Prairie du Sac.
*I follow 'Mr. T. A. Conrr.d's Syuopsis of the Family of Xaiades, recently publislied,
(Proc. of ibe Acad, of Xat. Sv'iences, vol. VI, p. 243,) for reasons there given, which
appear to be conclusive.
370
CoMPLANARiA, Swainson.
complanata, Con. [Alasraoclonta complanata, Bar.] Wisconsin and
Neenah Kiver?, (I\Ir. Barnes.) Sheboyg-an and Rock Rivers.
costata Con. [Alas costata Uaf. A. rugosa Bar.] Wisconsin and Neenah
Rivers, (Mr. Barnes.) Milwaukee and Rock Rivers.
compressa, Con. [Sympbynota conipressa Lea.] Milwaukee River.
Alasmodonta, Say.
marginata, Say. Milwaukee, Sheboygan and Rock Rivers.
leptodon Raf. [Unio planus, Bar. U. tenuissima, Lea.] Wisconsin
River, (Mr. Barnes.)
Strophites, Rafinesque.
calceolus, Con. [L^nio calceolus, Lea.] Milwaukee, Root and Rock
Rivers. Rock Lake,
edentulus, Con. [Alas edentula, Say. Anodonta edentula, De Kay.]
' Milwaukee and Rock Rivers.
ANODOifTA, Bruguieres.
cataracta, Say. [A. fluviatilis. Lea.] Milwaukee River. Fourth Lake.
declivis. Con. [A. plana, Lea.] Milwaukee River,
ferussaciana, Lea. Milwaukee, Sheboygan and Rock Rivers. Pike
Creek. Oconomowoc and Silver Lakes.
imbecihs, Say. [A. incerta, Lea.] Milwaukee River.
Cyclas, Lamarck.
similis, Say. Common.
PALAEONTOLOGY OF WISCONSIN,
Being an enumeration of the Fossil Organic Remains discovered in the rocks
of that State. By I. A. Lapham.
This list of fossils will be of use in making a geological survey of the State.
As an instance of the importance of the careful study of these interesting relics
of a "former world," I may mention that this list shows conclusively that the
rocks of this State belong to the Silurian period, and are therefore much older
than the Coal Formation. We hence infer, with confidence, that no coal beds
of workable value, will ever be found in Wisconsin; and all the money hereto-
fore expended, or that will hereafter be expended by ignorant persons, in search
of this valuable product, is only a useless waste of capital.
PLANT.E.
ScoLiTHUs, Hall, Pal.ieont. of N. Y., vol. I. p. 2.
linearis, Hall, Pal. N. Y., vol. I. p. 2. One mile north of Lyons, Sauk
Co , also near Madison.
371
Pal.eopiiycl'3, Hall, Pal. of N. Y., I. p. 7.
tubularis, Halj. Janesville.
Phytopsis, Hall, Pal. of N. Y., I. p. 38.
tubulosmn, Hall. Mineral Point.
BuTiiOTREPUis, Hall, Pal. ]^. Y., I. p. 8.
succulens, Hall, Pal. N. Y., I. p. 62. Mineral Point.
ZOOPHYTA.
Strepelasma, Hail, Pal. of N. Y., I. p. 17.
expansa, Hall. Doty 's Island, Lake Winnebago,
corniculnra. Hall, Pal. N. Y., I. p. 69. Blue Mounds, Beetown, Exeter,
Beloit, Emerald Grove.
parvula, Hall, Pal. N. Y., I. p. 71. Mineral Point, Fairwater, Doty's I.
Stictopora, Hall, Pal. Tn'. Y., I. p. 73.
ramosa, Hall, Pal. N. Y., I. p. 51. Mineral Point.
Ch.etetes.
lycoperdon. Hall, Pal. N. Y., I. p, 64 (Favosites lycoperdon, Say.) Bee-
town, Mineral Point, Beloit.
Receptaculites .
a species resembling R Neptuni, De France. (Coscinopora sulcata ?
Owen.) Mineral Poirrt, Blue Mounds, \Yyot3, Emerald Grove,
Whitewater, Fort Atkinson, Watertowu.
Graptolitiius.
Hallianus, Prout, Ara. Jour, of Science, Vol. XL, p. 187. Osceola Mills'
St. Croix River.
DiPLOPUYLLUM, Hall. Pal. N. Y., TL p. 115.
cajspitosum. Hall. Milwaukee.
Favosites.
Niagarensis, Hall, Pal. X. Y., 11. p. 125. Milwaukee.
favosa, Goldfus. (F. striata, Say.) Milwaukee, Bailey's Harbor, Door Co.
Catenipora. The Chain Coral.
agglomerata. Hall, Pal. N. Y., II p. 129. Milwaukee.
gracilis. Hall, Fost. (fe Wh. Report, p. 212. Easter a shore of Green Bay.
Helioijtes, Hall, Pal. N. Y., XL p. 130.
pyriformis. Hall. Milwaukee.
uiacrostykis, Hall, Pal. N. Y., II. p, 135. Milwaukee.
Stromatopora, Goldfus.
concentrica, Goldfus, Hall, Pal. N. Y,, 11. p. 136. Milwaukee.
o-n
CPwINOIDEA.
ScHizocRiNus, Hall, Pal. N. Y., I. p. 81.
nodosus, Hall. Mineral Point, Beetown, Blue Mounds, Doty's Island.
EUCALYPTOCRINPS.
decorus. Hall, Pal. N. Y., II. p. 207, (Hjpantbocrinities, Philips.) Racine.
Cartocrinus, Say.
oinatus, Say. Hall, Pal. N. Y. II., p. 21G. Milwaukee, Racine.
BBACHIOPODA.
LiNGULA.
prima, Conrad. Hall, Pal. N. Y., I. p. 3. Falls of the St. Croix.
antiqua, Hall; Pal. N. Y., I. p. 3. Falls of the St. Croix.
obtusa, Hall, Pal. N. Y., I. p. 98. Hazel Green, Little Butte des Morts.
Lept.^na.
alternata, Conrad. Hall, Pal. K Y., I. p. 102. Mineral Point, Hazel
Green, Sturgeon Bay.
deltoidea, Conrad. Hall, Pal. L, p. 106. Blue Mounds, Mineral Point
Newark and Beloit, Rock Co.
seiicea, Sowerby, Hall, Pal. N. Y., I. p. 110. Platte Mounds, Mineial
Point, Blue Mounds, Doty's Island,
filitexta. Hall, Pal. N. Y., I. p. 111. Mineral Point,
planumbona. Hall, Pal. N. Y., I. p. 112. Mineral Point,
deflecta, Conrad. Hall, Pal. N. Y., I. p. 113. Mineral Point,
recta, Conrad. Hall, Pal. N. Y., I. p. 113. Patch Grove,
planoconvexa, Hall, Pal. N. Y., I. p. 114.
depressa, Del man. Hall, Pal. N. Y., II. p. 257. Milwaukee,
subplana, Conrad. Hall, Pal. N. Y., II. p. 259. Milwaukee.
Ortuis.
testudinaria, Delman. Hall, Pal. N. Y., I. p. 1 1 7. Mineral Point, Platte
Mounds, Blue Mounds, Beloit, Sturgeon Bay.
subsequata, Conrad. Proc. Ac. Nat. Sc. I. p. 333. Hall, Pal. N. Y., I.
p. 118. Mineral Point,
bella-rugosa, Conrad. Hall, Pal. N. Y., I. p. 118. Mineral Point,
disparilis, Conrad. Hall, Pal. N. Y.. I. p. 119. Mineral Point,
perveta, Conrad. Hall, Pal. N. Y., I. p. 120. Mineral Point,
tricenaria, Conrad. Hall, Pal. N. Y., I. p. 121. Mineral Point, Blue
Mounds, Exeter, Newark, Rock Co.
pectinella, Conrad. Hall, Pal. N. Y., I. p. 123. Mineral Point.
occidentalis. Hall, Pal. N. Y., I. p. 127. Sturgeon Bay.
hybrida, Sowerby. Hall, Pal. N. Y., II. p. 253. Milwaukee.
3rQ
io
Spirifer.
lynx, Von Buch. Hall, Pal. N. Y., I. p. 133. Mineral Point, Doty's
Island, Sturgeon Bay.
Niagarensis, Conrad. Hall, Pal. N. Y., II. p. 264. Milwaukee.
Atbtpa.
increbescenp. Hall, Pal. N". Y., I. p. 146. Mineral Point, Newark. <
reticularis, Dalman. Hall, Pal. N. Y., II. p. 72, (Anemia reticularis,
Linn.) Milwaukee,
nitida, Hall, Pal. N. Y., II. p. 26S. Milwaukee,
obtusicplicata, Hall, Pal. N. Y., II. p. 279. Milwaukee.
Pektamerus.
Oblongus, Murcbison. Hall, Pal. X. Y., II. p. V9. Milwaukee, Blue
Mounds, Bailey's Harbor, Door Co., Sturgeon Bay.
cccidentalis, Hall, Pal. JN. Y., II. p. 341. On the peninsula between
Green Bay and Lake Michigan. Mr. Hall.
ACEPHALA.
NUCULA.
levata, Hall, Pall. X. Y., I. p. 150. Platte Mounds, Hazel Green.
Tellinomya, Hall, Pal. N. Y., I. p. 15l.
nasuta, Hall. Mineral Point.
Amboyciiia, Hall, Pal. N. Y., I. p. 103.
AmygdaUua, Hall, Pal. N. Y., I. p. 165. Mineral Point, Beetown, Beloit.
MODIOLOPSIS.
curta, Conrad. Hall, Pal. N. Y., I. p. 297. Mineral Point,
ovatus, Hall, Pal. N, Y., II. p. 101. Milwaukee.
Pyrenomceus, Hall, Pal. N. Y., II. p. 87.
cuneatus, Hall. Milwaukee.
V
GASTEKOrODA.
Maclurea, Laseuer.
magna, Laseuer, Jour. Acad. Nat. Sc, vol. I., p. 313, pi. 13, figs. 1, 2, 3.
Hall, Pal. N. Y., I. p. 26, pi. 5, fig. 1. Newark, Rock county.
Pleurotomaria.
Uinbilicata, Hall, Pal. N. Y., L p. 43. Beloit, Fairwater, Doty's Island,
lenticularis, Conrad. Hall, Pal. N. Y., I. p. 172. Mineral Point, Exeter,
Newark, Doty's Island, West side of Green Bay.
subconica, Hal), Pal. N. Y., I. p. 174. Mineral Point, Newark, Rock Co.
374
MURCHISONIA.
tricarinata, Hall, Pal. N, Y., I. p. 178. Mineral Point,
bellicincta, Hall, Pal. N. Y., I. p. 179. Beetown, Blue Mounds, Exeter,
Emerald Grove,
major, Hall, in Foster & Whitney's Pieport, p. 209. Western Shore of
Green Bay.
gracilis. Hall, Pal. N. Y., I. p. 181. Mineral Point, Exeter, Newark,
* Doty's Island.
SrBULiTES, Conrad. Hall, Pal. N. Y., I. p. 182.
elongata, Conrad. Hall. Mineral Point, Beloit, Patch Grove.
BELLEROPnON.
bilobatus, Sowerby. Hall, Pal. X. Y., I. p. 184. Mineral Point, Doty's
Island.
BUCANIA.
expansa, Hall, Pal. N. Y., I. p. 186. Newark, Rock Co.
Ctrtolites.
compressus, Conrad. Hall, Pal. N. Y., I. p. 1^. Mineral Point.
Ctcloxema, Hall, Pal. N. Y., II. p. 87.
bilix (Pleurotomaria ? bilix. Hall, Pal. N. Y., I. p. 305.) Near Prairie
du Chien,
Platyostoma, Conrad. Hall^ Pal. N. Y., II. p. 286.
Niagarensis, Hall, Pal. N. Y., II. p. 287. Milwaukee,
hemispherica, Hall, Pal. N. Y., II. p. 288.
cephalopoda.
Orthoceras.
multicameratum, Conrad. Hall, Pal. X. Y., I. p. 45. Beetown, Mineral
Point,
bilineatum, Hall, Pal. N. Y., I. p. 199. Hazel Green,
anellum, Conrad. Pro. Ac. Xat. Sc. I., p. 334— Hall, Pal. X. Y., I. p.
202. Hazel Green, Mineral Point,
undulatum, Hisinger. (0. annulatum, Sowerby.) Hall, Pal. X. Y., I.
p. 293. Milwaukee.
LrrciTEs.
undatus, Conrad, in Hall, Pal.X. Y. I., p. 52. Beloit.
convolvulans ? Hisinger. Hall, Pal. X. Y., I. p. 53. Xewark, Rock
County.-
GoKiocERAs, Hall, Pal. X. Y., I. p. 54.
anceps. Hall. ' Mineral Point.
Cyrtoceras.
macrostonum, Hall, Pal. X. Y., I. p. 194. Hazel GreeOr
Okcoceros. Hall, Pal. N. Y., I. p. 196.
constriotuui, Hall. Newark, Beloit, Fairwater.
CEUSTACEA.
AsAPHUs, Brougniait.
Earrandi, Hall, in Fost. it Whitney's Report, p. 212. Near Platteville.
extans, Hall, Pal. N. Y., I. p. 228. Patch Grove, Mineral Point.
Cytherixa.
fabulites, Conrad. Proc. Acad. Nat. So. Vol. I., p. 332. Beloit, Mineral
Point'
Illjexcs.
crassicauda, Dalman. Hall, Pal. N. Y. I. p. 229. Mineral Point, Hazel
Green.
IsoTELUs, De Kay.
gigas, De Kay. Hall, Pal N. Y, I. p. 231. Mineral Point,
Ceraurus, Green.
pleurexanthemus. Green. Hall, Pal. N, Y, I. p. 242. Beloit, Mineral
Point, Patch Grove,
insignis, Beyrich. Hall, Pal. N. Y., II. p. 300.
Phacops.
Dalmani, Portlock. (P. callicephalus. Hall, Pal. N. Y., I. p. 247.)
Patch Grove.
BUMASTIS.
barriensis, Murcliison. Hall, Pal. N. Y., II. p. 302. Burlington Racine,
Co.; Milwaukee; Hartford, Washington Co.
Calymene, Brongniart.
Blumenbchii, Brongniart. Hall, Pal. N. Y., II. p, 307. Milwaukee.
Racine.
PLANTS OF WISCONSIN.
The vicinity of the " Great Lakes," Superior and Michigan; the elevated
plateau between Lake Superior and the Mississippi River ; the " pineries;'*
the heavily timbered land ; the "oak openings," and the prairies, may
each be considered as distinct botanical districts, within the State, afford-
ing plants peculiar to themselves, and giving great richness and variety
to our flora.
Mr. Thomas Nuttall was the first botanist, so far as I can learn, who
visited Wisconsin. He passed Green Bay, by the Portage of the Neenali
376
(Fox) and Wisconsin rivers, to Prairie du Chien, and thence down the
Mississippi, as early as about the year 1813. In his very valuable
''Genera of North American Plants," published in 1818, he makes
frequent reference to localities in this State, and has described thirteen
new species first discovered by him in these regions.
The next notice of our plants was published in 1821, in Sillman's
Journal,* by Prof. D. B. Douglass and Dr. Johx Toreey; being "a
notice of the plants collected by Prof. Douglass, in an expedition under
Governor Cass, during the summer of 1820, around the Great Lakes
and upper waters of the Mississippi." One hundred and ten plants
are enumerated, many of them from within the limits of this State ; and
three are indicated as new species.
In 1S23, Major Long, with a party of scientific gentlemen, under the
direction of the Secretary of "War, traversed the North West Territory
(as Wisconsin was then called); but unfortunately the botanist was
detained, and did not join the Expedition. We have, consequently, only
an account of a few plants gathered by the late lamented Thomas Say,
naturalist to the Expedition ; these were examined by Lewis de Schwei-
MTz, an accomplished botanist of Pennsylvania, and a list of them
published in the Narrative of the Expedition.
The next and last published notice of our plants is in Schoolcraft's
"Narrative of an Expedition through the Upper Mississippi to Itasca
Lake, the actual source of that river, in 1832." This Expedition was
accompanied by the late Dr. Douglass Houghton, whose premature
death in Lake Superior, while performing his arduous duties of State
Geologist of Michigan, is sincerely regretted, not only by all who knew
him, but by all the friends of science. The list of plants collected by
him in this Expedition, numbers two hundred and forty-seven, of which
eifjht Avere new and undescribed.
Numerous prepared specimens of Wisconsin plants, have, within the
last few years, been distributed among the botanists of our own and
other countries ; and the critical notices kindly i-eturned by them, have
been of much assistance in making this enumeration. It embraces one
hundred and thirty-six of the natural orders or families, four hundred
and fifty-nine genera, and nine hundred and forty -nine species — all found
within thirty miles of the city of Milwaukee, unless other localities are
mentioned.
*76l. IV. p 56.
37r
RANUNCULACE.E. The Crowfoot Family.
Atkagexe, Linn.
Americana, Sims. Head of Lake St. Croix. Dr. Parry.
Clematis, Linn. Virgin's Bower.
Virginiana, Linn. Common Virgin's BoAver.
Pulsatilla, Tourn. Pasque-flower.
patens, Mill. Anemone patens, Linn.
Anemone, Linn. Wind-flower.
nemorosa, Linn. Low Wind-flower.
Virginiana, Linn. Tall Anemone.
muliiiida, DC. Shore of Lake Superior. Dr. Z. Pitcher.
Pennsylvanica, Linn.
Hepatica, Dillenius. Liver-leaf.
triloba, Chaix. Round-leaved Hepatica.
acutiloba, DC. Sharped-leaved Hepatica.
Thalictrum, Linn. MeadoAV Rue.
anemonoides, Michx.
diocum, Linn.
Cornuti, Linn. Meadow Rue.
Ranunculus, Linn. Crowfoot.
aquatilis, Linn. White-Water Crowfoot.
Purshii, Richards. Yellow-Water Crowfoot.
rhomboideus, Goldie.
abortivus, Linn. Small-flowered Crowfoot.
recurvatus, Poir.
Pennsylvanicus, Linn. Bristly Crowfoot.
fascicularis, Muhl.
repens, Linn. Creeping Crowfoot.
Marylandicns, Poir. Hairy Crowfoot.
acris, Linn, Buttercups.
IsoPYRUM, Linn. Enemion, Raf.
biternatum, Torrey & Gray.
Caltha, Linn. Marsh Marigold,
palustris, Linn. .Cowslip.
CopTis, Salisb. Goldthread,
trifolia, Salisb.
Aquilegia, Linn. Columbine.
Canadensis, Linn. Wild Columbine.
25
378
Delphinium, Linn. Larkspur,
azureum, Michx. LTpper Mississippi, Dr. Hougbton.
Hydrastis, Linn. Orange-root.
Canadensis, Linn.
AcT^A, Linn. Cohosh.
rubra, Bigel. Red Cohosh,
alba, Eigel. White Cohosh.
MENISPERMACE^E. The Moonseed Family.
Menispermum, Linn. Moonseed.
Cauadense, Linn.
BERBERIDACE^. The Barberry Family.
Leontice, Linn. Caulopbylkiiri, Michx.
thalictroides, Linn, Bkie Cohasb.
Jeffersonia, Barton. Twiu-leaf.
diphylla, Pers.
Podophyllum, Linn. May Apple,
peltatum, Linn.
CABOMBACE^. The Water-Shield Family.
Brasenia, Schreber. Hydropeltis, Michx.
peltata, Pursh. Water-shield.
NELUMBIACE.E. The Nelumbo Family.
Nelumbium, Juss. Sacred Bean.
luteum, Willd. Upper Mississippi, Dr. Hougbton.
2^YMPH.F:AC^E. The Water-Lily Family.
Nympilea, Tourn.
odorata, Ait. White Water-Lily.
NuPHAR, Smith.
advena, Ait. Yellow Water-Lily.
SARRACENIACE^. The Pitcher Plant Family,
Sarracenia, Linn.
purpurea, Linn. Side-Saddle Flower.
379
PAP AVERAGES. The Poppy Family.
Sanguinaria. Dill. Bloodroot.
Canadensis, Linn.
FUMAKIACE^. The Fumitory Family.
DlCENTRA, Boik.
cucullaria, DC. Breeches Flower.
Canadensis, DC. Squirrel Corn.
Corydalis, Linn.
aurea, Willd. Upper Mississippi, Dr. Houghton,
glauca, Pursb. Blue Mounds.
CRUCIFERyE.
I^asturtium, R. Brown.
pahistre, DC.
natans, DC.
Cardamine, Linn.
rhomboidea, DC. Spring Cress,
birsuta, Linn,
pratensis, Linn.
Dektaria, Linn. Tootbwort.
laciniata, Muhl.
Arabis, Linn.
petrsea, Lam. Shore of Lake Superior, Dr. Z. Pitcher.
lyratta, Linn.
birsuta, Scop.
laevigata, DC.
Canadensis, Linn. Sicklepod.
TuRRiTis, Dill. Tower Mustard.
glabra, Linn. Shore of Lake Superior, Dr. Z. Pitcher.
stricta, Graham. Lake Superior, Dr. A. Gray.
brachycarpa, Torr. & Gray. Shore of Lake Superior, Dr. Z. Pitcher.
Erysimum, Linn. Treacle Mustard.
cheiranthoides, Linn. Lake Superior, Dr. Houghton.
Sisymbrium, Linn. Hedge Mustard,
canescens, Nutt.
SlNAPis, Tourn. Mustard.
arvensis, Linn,
nigra, Linn.
380
?Draba, Linn. Whitlow Grass.
Caroliuiana, Walt. iS'ear Waukesha, Mr. G. W. Cornwall.
Camelina, Crantz. False Flax,
sativa, Crantz.
IiEPiDiuM, Linn. Pepperwort.
Virginicura, Linn.
€apsella, Yent. Shepherd's Purse.
Bursa-pastoris, Msench.
•€akile, Tourn. Sea-Rocket.
Americana, Xutt,
CAPPARTDACEtE. The Caper Family.
TOLANSIA, Raf.
graveolens, Raf. Near Beloit, Mr. T. McEl Henry.
YIOLACE^. The Violet Family.
Viola, Lion. Violet.
blanda, Willd.
sao-itiata, Ait. Marquette County, Mr. John Townley.
cucuUata, Ait. Blue Violet.
pedata, Linn.
Muhlenbergii, Torrey.
pubescens, Ait. Yellow Violet.
CISTACE.E. The Rock-Rose Family.
Helianthemum, Trura. Rock Rose.
Canadense, Michx.
HuDsoxiA, Linn.
tomentosa, Nutt. Lake Superior, Dr. Houghton.
XiECHEA, Linn. Pinweed.
minor, Lam, Upper Mississippi, Dr. Floughton.
DROSERACEtE. The Scxdew Family.
Drosera, Linn. Sundew.
rotundifolia, Linn,
longifolia, Linn. L. Sup. to Upper Miss., Dr. Houghton.
linearis, Goldie. La Pointe, L. Superior, Dr. Houghton.
381
Parnassia, Tourn.
Carollniana, Michx.
palustris, Linn. South shore of L. Superior, Dr. Z. Pitcher..
HYPERICACE^. The St. Joun's-Wort Family.
Hypericum, Linn. St. John's-Wort.
pyramidatuin, Ait. Waukesha, Mr. G. H, Cornwall.
Canadensis, Linn. Lake Superior, Dr. Houghton,
prolificurn, Linn. Marquette Co., Mr. J. Townley.
Elodea, Adans.
Virginica, Nutt.
CARYOPHYLLACE^. The Pink 'Family.
§ 1. Silenece.
Saponaria, Linn. Soapwort.
Vaccaria, Linn. Cow-herb.
SiLENE, Linn. Catchfly.
stcllata, Ait. Starry Campion,
antirrhina, Linn,
noctiflora, Linn.
Lychnis, Tourn. Cockle,
githago, Lam.
§ 2. Alsinece.
Arenaria, Linn. Sandwort.
stricta, Michx.
serpyllifolia, Linn. Waukesha, Mr. G. H. Cornwall.
lateriflora, Linn.
Stellaria, Linn. Chickweed.
me lia. Smith.
longifolia, Muhl, Stichwort.
Cerastium, Linn.
vulgatum, Liun. Beloit, Mr. T. McEl Henry,
viscosum, Linn. Mouse-Ear.
§ 3. Illecehreoe.
Spergula, Linn. Spurrey.
arvensis, Linn. Wauwatosa, Mr. M. Spears.
Anychia, Michx.
dichotoma, Michx. Blue Mounds, L A. Lapham.
382
§ 4. MoUug'mece.
MoLLUGO, Linn.
verticilatta, Linn. Carpet Weed.
PORTULACACE^. The Purslain Family.
PoRTULACA, Tourn.
oleracea, Linn. Purslain.
Talinum, Adans.
tereti folium, Pursh. Falls of the St. Croix, Dr. Houglaton.
Claytonia, Linn. Spring Beauty.
Virginica, Linn.
MALVACE^. The Mallow Family.
Malva, Linn. Mallow.
triangulata, Leavenworth. M. Houglitonii, Torr. & Gray. Upper
Mississippi, Dr. Houghton,
rotundifolia, Linn. Dwarf Mallow.
TILIACE^. The Linden Family.
TiLiA, Linn.
Americana, Linn. Basswood.
LINACE^. The Flax Family.
LiNUM, LiNN.
rigidum, Pursh.
GERANIACEvE.
Geranium, Linn. Cranesbill.
maculatum, Linn.
Carolinianum, Linn.
Robertianum, Linn. L. Superior to Upper Mississippi, Dr. Houghton.
OXALIDACE^. The Wood Sorrel Family.
OxALis, Linn.
violacea, Linn. Rock Prairie and near Beloit.
stricta, Linn.
BALSAMINACE^. The Balsam Family.
Impatiens, Linn. Jewel Weed.
pallida, Nutt.
fulva Nutt.
383
LIMNANTHACE.E.
Fl(erkea, Willd. False Mermaid,
proserpinacoides, Willd.
ZANTHOXYLACE.E. The Prickly Ash Family.
Zanthoxylum, Linn.
Americanum, Mill. Prickly Asn.
Ptelea, Linn.
trifoliata, Linn.
ANACARDIACE^E. The Sumach Family.
Khus, Linn. Sumach.
typliina, Linn.
glabra, Linn.
venenata, DC. Poison Sumach.
Toxicodendron, Linn. Poison Oak.
ACERACE^. The Maple Family.
Acer, Linn. Maple.
spicatum, Lam. Mountain Maple,
saccharinum, Wang. Sugar Maple,
rubrum, Linn. Red Maple.
Negundo, Mcench. Box Maple.
aceroides, Moench. Rock River and Sugar River, I. A. L.
CELASTRACE.E. The Spixdle-Tree Family.
Staphylea, Linn. Bladder-Nut.
trifolia, Linn. Beloit. Mr. T. McEl Henry.
Celastrus, Linn. Bittersweet,
scandens, Linn.
EuoNYMus, Tourn. Spindle-Tree.
atropurpureus, Jacq. Here called Wahoo.
RAMNACE.E. The Buckthorn Family.
Rhamnus, Linn. Buckthorn,
alnifolius, L'Her.
Ceanothus, Linn. New Jersey Tea.
Americanus, Linn.
ovalis, Bigel. Beloit, Mr. T. McEl Henry.
884
VITACE^. The Vine Family.
ViTis, Linn. Grape Vine.
aestivalis, Michx. Summer Grape,
ripari, Michx. Frost Grape.
Ampelopsis, Michx. Virginia Creeper,
quinquefolia, Michx.
POLYGALACE^. The Milkwort Family.
Polygala, Tourn. Milkwort.
incarnata, Linn. Beloit, Mr. T. McEl Henry,
sanguinea, Linn. P. purpurea, Nutt.
crusiata, Linn.
■ verticiliata, Linn.
Senega, Linn. Seneca Snake-Root,
polygama, Walt. Waukesha, Mr. G. H. Cornwall,
paucifolia, Willd.
LEGUMINOS^. The Pea Family.
ViciA, Tourn. Vetch.
Cracca, Linn. Tufted Vetch.
Americana, Muhl.
Caroliniana, Waltr. Marquette Co., Mr. J. Townly.
Lathyrus, Linn.
maritimus, Bigel.
venosus, Muhl.
ochroleucus, Hook,
palustris, Linn.
Apios, Boerh.
tuberosa, Moench. Indian Potato.
Amphicarp^a, Ell.
monoica, Nut. Wild Bean.
Desmodium, DC. Tick Trefoil.
nudiflorum, DC. St. Croix, Dr. Parry,
acuminatum, DC.
Canadense, DC.
Lespedeza, Michx. Bush Clover.
violacea, Pers. var. divergens, Beloit, Mr. T. McEl Henry. Var.
capitata, Michx. [sessiliflora Waukesha, L A. Lapham.
Astragalus, Linn. Milk Vetch.
Canadensis, Linn.
385
Phaca, Linn. Bladder Vetch,
neglecta, Torr. <fe Gray.
Tepiirosia, Pers. Hoary Pea.
Virginiana, Pers.
Amorpha, Linn.
fructicosa, Linn. Beloit, Mr. T. McEl Henry,
canescens, Nutt. Lead Plant.
Dalea, Linn.
laxiflora, Pursh. Near Prairie du Chien, Mr. Nuttall.
Petalostemon, Miehx.
violaceum, Michx.
candidiira, Michx.
villosum, Nutt. St. Croix, Dr. Parry.
Trifolium, Linn. Clover.
pratense, Linn. Red Clover,
repens, Linn. White Clover.
LupiNis, Tourn. Lupine.
perennis, Linn. Wild Lupine.
Baptisia, Vent. False Indigo.
australis, R. Brown. B. cserulea, Nutt. On the Ncenah River, Dr.
leiicantha, Torr. & Gray. B. alba, Hooker. [Houghton,
leucophaga, Nutt.
Cassia, Linn. Senna.
Chamsecrista, Linn. Beloit, Mr. T. McEl Henry.
Gleditschia, Linn. Honey Locust.
triacanthus, Linn. Beloit, Dr. S. P, Lathrop.
ROSACEA. The Rose Family.
§ 1. AmT/gdaleoe.
Prunus. Tourn. Plum.
American, Marsh. Yellow Plum.
Cerasus, Tourn. Cherry.
purailla, Michx. Sand Cherry. Lakes Michigan and Superior, Dr.
Pennsylvanica, Loisel. Bird Cherry. [Houghton.
Virginiana, DC. Choke Cherry,
serotina, DC: Wild Black Cherry.
386
§ 2. Bosacece.
Spir^a, Linn. Meadowsweet.
opulifolia, Linn. Nine-Bark.
salicifolia, Linn. Meadowsweet.
tomentosa, Linn. Hardback. Upper Wisconsin River. L A. L.
Agrimonia, Tourn. Agrimony.
Eupatoria, Linn.
Geum, Linn. Avens.
Virginianum, Linn. Wliite Avens.
macrophyllum, Willd. Lake Superior, Dr. Z. Pitcher.
strictum, Ait.
rivale, Linn. Water or Purple Avens.
triflorum, Pursh.
Waldsteinia, Willd.
fragaroides, Tratt. Dividing ridge between the St. Croix and Bois
[Brule Rivers, Dr. Parry.
PoTENTiLLA, Linn.
Norvegica, Linn.
Canadensis, Linn. Fivefinger.
paradoxa, Nutt. Near St. Croix River, Dr. Parry.
arguta, Pursh.
anserina, Linn. Silver-Leaf.
fruticosa, Linn.
tridentata, Ait. Lake Superior, Dr. Houghton.
CoMARUM, Linn. Marsh Fivefinger.
palustre, Linn.
Fragaria, Tourn. Strawberry.
Virginiana, Ehrh.
vesca, Linn.
RuBus, Linn. Bramble.
Nutkanus, Mocino. Head of Lake Superior, Dr. Houghton.
odoratus, Linn. Lake Superior, Dr. Parry.
canadensis, Linn. Low Blackberry. Marquette Co., Mr. J. Townley.
triflorus, Richards.
strigosus, Michx. Red Raspberry.
occidentalis, Linn. Black Raspberry.
villosus. Ait. Blackberry.
hispidus, Linn. Lake Superior, Dr. Houghton.
Rosa, Tourn. Rose.
lucida, Ehrh. Wild Rose.
blanda, Ait. Lake Superior, Dr. Houghton.
387
§3. Pomecr.
Crat^gus, Linn.
coccinea, Linn. White Thorn,
punctata, Jacq.
Pyrus, Linn. Apple.
coronaria, Linn. Crab-Apple,
arbutafolia, Linn. Choke Berry.
Americana DC. Mountain Ash. Brookfield, Waukesha Co., Mr.
[G. H. Cornwall.
Amelanchier, Medic. June-Berry.
Canadensis, Torr. & Gray.
MELASTOMACE.£.
Rhexia, Linn. Deer Grass.
Virginica, Linn. Mauvaise River, C. Whttlesey.
LYTHRACE^E. The Loosestrife Familt.
Ltthrum, Linn. Loosestrife,
alatum, Pursh.
Dkcodon, Gmel.
verticillatum, Ell. Fish Trap Rapids, Upper St. Croix, Dr. Parry.
ONAGRACE.E. The Evening Primrose Family.
§ 1. Onagracea\
Epilobium, Linn.
angustifolium, Linn. Willow Herb,
coloratum, Muhl.
palustre, Linn.
OENOTHERA, Linn. Evening Primrose.
biennis, Linn.
rhombipetala, Nutt. Near the St. Croix, Dr. Parry.
chrysantha, Michx. Waukesha, Mr. G. H. Cornwall.
Gaura, Linn.
biennis, Linn. Beloit.
LiTDWiGiA, Linn,
palustris. Ell. Water Purslain.
CiRC^A, Tourn. Enchanter's Nightshade.
Lutetiana, Linn,
alpina, Linn.
388
§ 2. Haloragece.
MrRiOPHYLLUM, Vaill. Water Milfoil.
spicatum, Linn,
verticillatum, Linn.
HipPURis, Linn. Mares-Tail,
vulgaris, Linn.
CACTACE^. The Cactus Family.
Opuntia, Tourn. Prickley Pear.
vulgaris, Mill. Falls of the St. Croix, Dr. Parry.
GROSSULACE^. The Gooseberry Family.
RiBES, Linn.
Cynosbati, Linn. Prickly Gooseberry,
hirtellum, Michx. Smooth Gooseberry,
rotundifolium, Michx. Swamp Gooseberry,
floridum, Linn. Wild Black Currant,
rubrum, Linn. Wild Red Currant.
CUCURBIT A CE^E. The Cucumber Family.
EcHiNOCYSTis, Torr. & Gray.
lobata, Torr. & Gray. Wild Cucumber.
CRASSULACE.E. The House-Leek Family.
Penthorum, Gronov.
sedoides, Linn. Stonecrop.
SAXIFRAGACE.E. The Saxifrage Family.
Saxifraga, Linn. Saxifrage.
Aizoon, Jacq. Lake Superior, Dr. Z. Pitcher.
Virginiensis, Michx. Lake Superior, Dr. Houghton.
Pennsylvanica, Linn.
Heuchera, Linn. Alum Root.
Americana, Linn.
MiTELLA, Tourn. Mitrewort.
diphylla, Linn. Currant Leaf,
nuda, Linn.
Chrysosplenium, Tour. Golden Saxifrage.
Americanum, Schw. Lake Superior to Up. Mississippi, Dr. Houghton.
389
HAMAMELACExE. The Witch Hazel Familt.
Hamamelis, Linn. Witch Hazel.
Virginica, Linn.
UMBELLIER^.
Htdrocotyle, Tourn.
Americana, Linn. Falls of the St. Croix, Dr. Parry.
Sanicula, Tourn.
Marylandica, Linn. Sanicle.
Ertngium, Tourn.
aquaticum, Linn. Rattlesnake-Master.
PoLTTiENIA, DC.
Nuttallii, DC.
Heracleum, Linn. Cow Parsnip,
lanatura, Michx.
Pastinaca, Tourn.
sativa, Linn. Wild Parsnip. Poisonous.
Archangelica, Hofi'm.
atropurpurea, Hofi'm.
CoNiosELiNUM, Fischcr.
Canadense, Torr. & Gray.
Zizia, Kocli. Alexanders.
cordata, Koch.
aurea, Koch,
integerrima, DC.
BuPLEURUM, Tourn.
rotundifolium, Linn. Introduced.
CicuTA, Linn.
maculata, Linn,
bulbifera, Linn.
SiUM, Linn. Water Parsnip,
latifolium, Linn.
Crtptot^enia, DC.
Canadense, DC. Honewort.
390
OsMoRHizA, Raf. Sweet Cicely.
longistylis, DC.
brevistylis, DC. St. Croix, Dr. Parry.
CoNiuM, Linn. Poison Hemlock,
maculatum, Linn. Green Bay.
Erigenia, Nutt.
bulbosa, Nutt.
ARALIACE.E. The Spikenard Familt.
Aralia, Linn.
racemosa, Linn. Spikenard.
nudicaulis, Linn. Wild Sarsaparilla.
hispida, Michx. Upper Wisconsin River, I. A. L.
Panax, Linn.
quinquefolium, Linn. Ginseng,
trifolium, Linn. Ground-Nut.
CORXACE^E. The Dogwood Family.
CoRNus, Tourn.
alternifolia, Linn. Yellow-Twigged Dogwood.
circinata, L'Her. L. Superior to Upper Miss., Dr. Houghton.
sericea, Linn.
stolonifera, Michx. Red-Twigged Dogwood.
paniculata, L'Her.
Canadensis, Linn. Pudding Berry.
CAPRIFOLIACE^. The Honeysuckle Family.
LiNN^A, Gronov. Twin-Flower,
borealis, Gronov.
SXMPHORICARPITS, Dill.
occidentalis, R. Brown. Wolf-Berry,
racemosus, Michx. Snowberry.
LoNiCERA, Linn. Honeysuckle.
sempervirens, Ait. Lake Superior, Dr. Houghton.
flava, Sims. Yellow Honeysuckle.
parviflora, Lam.
hirsuta, Eaton. L. Superior to Upper Miss,, Dr. Houghton,
ciliata, Muhl.
caerulea, Linn.
oblongifolia, Muhl.
p
91
DiERviLLA, Tourn.
trifida, Moench.
Triosteum, Linn. Horse- Gentian,
perfoliatum, Linn.
Sambucus, Linn. Elder.
Canadensis, Linn.
pubens, Michx. Lake Maria, Marquette Co., L A. L,
Viburnum, Linn.
Lentaijo, Linn.
dentatum, Linn. Arrowwood.
acerifolium, Linn.
Opulus, Linn. V. oxycoccus, Pursla. High Cranberry.
RUBIACE.E. 'The Madder Family.
§ 1. Stellatce.
Galium, Linn.
Aparine, Linn. Goose-Grass.
asprellum, Michx.
trifidum, Linn.
triflorura, Michx.
lanceolatum, Torr. Wild Liquorice.
boreale, Linn.
§ 2. Cinchonece.
Cephalaxthus, Linn. Button Bush,
occidentalis, Linn.
MiTOHELLA, Linn. Partridge-Berry,
repens, Linn.
Hedyotis, Linn.
ciliolata, Torr.
longifolia. Hook. St. Louis River, Dr. Houghton.
VALERIANACE^. The Valerian Family.
Valeriana, Tourn. Valerian.
edulis, Nutt. V. ciliata, Torr. & Gray.
Fedia, Gsertn.
Fagopyrum, Torr. & Gray,
392
COMPOSITE.
Vebnonia, Schreb.
Noveboracensis, Willd. Upper Mississippi, Dr. Hougbton.
fasciculata, Michx. Beloit, Mr. T. McEl Henry.
LiATRis, Scbreb.
cylindracea, Michx.
scariosa, Willd.
spicata, Willd.
KuHNiA, Linn.
eupatorioides, Linn.
EuPATORiuM, Tourn.
purpureum, Linn.
perfoliatum, Linn. Thorougbwort.
ageratoides, Linn.
Adenocaulon, Hook.
bicolor, Hook. Lake Superior, Dr. Z. Pitcher.
Aster, Linn. Starwort.
macropbyllus, Linn.
sericeus, Vent.
concolor, Linn. Neenali River, Dr. Houghton.
Jsevis, Linn.
azureus, Lindl.
Shortii, Boott.
cordifolius, Linn. St. Croix, Dr. Parry.
sagittifolius, Willd.
multiflorus, Ait.
miser, Linn.
tenuifoius, Linn. Upper Mississippi, Dr. Hougbton.
prcealtus, Poir. .
carneus, Nees.
laxifolius, Nees. *
puniceus, Linn.
prenantboides, Mubl.
oblongifolius, Nutt. Upper Mississippi, Torr. & Gray. • , j
Novse-Anglise, Linn.
ptarmicoides, Torr. & Gray.
Erigeron, Linn. Fleabane.
Canadense, Linn.
bellidifolium, Mubl. Roberts's Plantain.
Pbiladelpbicum, Linn.
glabellum, Nutt. St. Croix River, Dr. Hougbton.
strigosum, Mubl.
393
DrPLOPAPPus, Cass.
linariifolius, Hook. Beloit, Mr. T. McEl Henry,
umbellatus, Torr. & Gray.
SoLiDAGO, Linn. Golden Rod.
bicolor, Linn. Falls of St. Croix, Dr. Parry,
latifolia, Linn.
stricta, Ait. St. Croix, Dr. Parry.
' speciosa, Nutt.
Virga-aurea, Linn. Lake Superior, Dr. Houghton,
rigida, Linn.
Ohioensis, Riddell.
Riddellii, Frank,
neglecta, Torr. & Gray,
patula, Mulil.
arguta, Ait.
altissima, Linn,
ulmifolia, Muhl.
nemoralis, Ait.
Canadensis, Linn,
lanceolata, Linn.
Chetsopsis, Nutt.
villosa, Nutt. Upper Mississippi, Dr. Houghton.
Inerla, Linn. Elecampane.
heleniurn, Linn. Introduced.
PoLYMNiA, Linn.
Canadensis, Linn.
SiLPiiiuM, Linn.
ternatum, Linn. Waukesha, Mr. G. H. Cornwall,
laciniatum, Linn. Compass Plant,
terebinthinaceum, Linn. Prairie Dock,
trifoliatum, Linn. Waukesha, Mr. G. H. Cornwall,
integrifolium, Miclix.
perfoliatum, Linn. Waukesha, Mr. G. H, Cornwall.
Parthenium, Linn.
integrifolium, Linn.
Ambrosia, Tourn.
trifida, Linn,
artemisia^folia, Linn.
Xanthium, Tourn.
strumarium, Linn.
Heliopsis, Pers. Oxeye.
leevis, Pers.
26
394
Echinacea, Mcencli.
angustifolia, DC. Beloit,;,Mr. T. McEl Henry.
KuDBECKiA, Linn.
laciniata, Linn.
hirta, Linn.
Lepachys, Raf.
pinnata, Torr. & Gray.
Heliantiius, Linn. Sunflower.
rigidus, Pers.
occidentalis, BiddelL
giganteus, Linn,
decapetalus, Linn,
strumosus, Linn.
Coreopsis, Linn.
trichosperma, Michx.
palmata, Nutt.
lanceolata, Linn. Two Ilivers,^Manitowoc Co.
BiDENS, Linn. Beggar-Ticks.
frondosa, Linn.
cerniia, Linn.
chrysanthemoides, Michx.
Beckii, Torr. St. Croix River, [Dr. Houghton.
Helenium, Linn.
autumnale, Linn.
Maruta, Cass. May-Weed.
CotuLa, DC.
Achillea, Linn. Yarrow.
Millefolium, Linn.
Tanacetum, Linn. Tansey.
Huronensis, Nntt. Lake Superior, Dr. Houghton.
Artemisia, Linn. Wormwood.
Canadensis, Michx.
Ludoviciana, Nutt.
biennis, Willd.
Gnaphalium, Linn.
decurrcns, Ives. Lake Superior, Dr. Parry.
polycephalum, Michx.
\iliu:inosum, Linn. Elkhorn, Walworth Co.
305
Antennaria, Gaertn.
dioica, Gaertn.
plantaginifolia, Hook.
Erechthites, Raf. Fireweed.
hieracifolia, Raf. Falls of St. Croix, Dr. Parry.
Cacalia, Linn. Indian Plantain.
suaveolens, Linn.
reniformis, Mnhl.
atriplicifolia, Linn.
tuberosa, Nutt.
Senecio, Linn.
vulgaris Linn. .
aureus, Linn. Rasfwort.
tomentosus, Micbx. Beloit, Mr. T. McEl Henry.
Cersium, Tourn.
lanceolatum, Scop. Thistle, introduced.
Pitcheri, Torr. & Gray. Two Rivers, Manitowoc Co.
Virginianum, Michx.
muticum, Michx.
pumilum, Spreng.
arvense, Scop. Canada Thistle, introduced.
Lappa, Tourn.
major, Gcertn. Burdock.
Cynthia, Don.
Virginica, Don.
HiERACiuM, Tourn. Hawkwced.
Canadense, Michx.
scabrum, Michx.
Gronovii, Linn.
longipilum, Torrey. Blue Mounds.
Nabalus, Cass.
alb us, Hook,
racemosus, Hook.
Troximon, Nutt.
cuspidatum, Pursb.
Taraxacum, Haller.
Dens-leonis, Desf. Dandelion,
Lactuca, Tourn.
elongata, Muhl,
396
SoKCHUs, Linn. Sovr-Thistle.
oleraceus, Linn.
LOBELIACE^E. The Lobella Family.
LoBELLA, Linn.
cardinalis, Linn. Cardinal Flower,
siphilitica, Linn. Blue Lobelia.
inflata, Linn. Indian Tobacco,
spicata, Lam.
Kalmii, Linn.
CAMPANULACE.E. The Bell-Flo-sver Fajmilt.
Campanula, Toum.
rotundifolia, Linn. Hair-Bell,
aparinoides, Pur&li.
Americana, Linn.
Specuiaria, Heist.
jKrfoliata, A. DC. Marc^uette Co., Mr. J. Townley.
ERICACE^. The Heath Family.
§ 1. Vacciniece.
Gatluesacia, H. B. & K. Huckleberry.
leiincsa, Torr. <fc Gray. Black Huckleberry.
VACCiKirM, Linn.
macrocarpon, Ait. Cranberry.
Pennsylvanicura, Lara. Blue Huckleberry.
Canadense, Kalm. Blueberry. Falls of St. Croix, Dr. Parry.
Chiogexes, Salisb.
hispidula, Torr. &: Gray.
§ 2. Uriel lie w.
Aectostaphtlos, Adans.
Uva-ursi, Spieng. Bear-Berr)'.
Gaulthekia, Kalm.
procumbens, Linn. Winter-Green.
Epig-EA, Linn,
repens, Linn, Mayflower. Lemonwier Pviver.
AsDBOMEDA, Linn.
poli folia, Linn,
calyculta, Linn.
on"
Kalmia, Linn. Laurel.
glauca, Ait, Lake Superior, Prof. Douglrs;.
Ledcm, Linn. Labrador Tea.
latifolium. Ait, Dells of the Wisconsin Eirer.
§ 3. Pyroleae.
Ptt.ola, Linn.
rotundifolia, Linn,
asarifolia, Michx.
elliptica, XutL Shin-Leaf,
secunda Linn.
MoKESES, Salisb. Pyrola, Linn.
unidora. Mauvaise River, Dr. Hcujhton.
Chimaphila, Pursh.
umbellata, Xutt. Prince's Pine.
§ 4. JfonofropecE.
Htpopitts, Dill.
lanuginosa, Xutt Lake Superior, D.'. Parrr,
MoxoTBOPA, Gronov. Indian Pipe.
uniflora, Linn.
AQUIFOLL\CE.E. The Hollt Fasiily.
Prinos, Linn. Winter-Berry,
verticillatus, Lino.
Xemopanthes, Raf. Lemonwier River.
Canadensis, DC.
PLAXTAGIXACE^. The PL.\xTAi>i Family.
Plantago, Linn. Plantain.
major, Linn,
cordata, Lam.
PRIMTLACE^. The Ppjmrose FAiiiLY.
Primula, Linn. Primrose.
farinosa, Linn. Lake Supericr, Dr. Houghton.
Mistassinica, Michx. Dells of the Wisconsin, Mr. B. F. Mills,
DoDECATHEOx, Lino.
Meadia, Linn. Shooting Star.
398
Trientalis, LiuD.
Americana, Pursh.
Lysimachia, Linu. Loosestrife.
stricta, Ait. Marquette Co., Mr. John Townlej.
quadiit'olia, Linn.
ciliata, Linn.
lanceolata, Walt. L. liybrida, Michx. Brookfield, Mr. M. Spears.
angustifolia, Lara. L. revoluta, Nutt.
Naumburgia, Moench.
tbyrsiflora, Reicli.
LENTIBULACE^. Tue Bladdervvort Family.
Utricularia, Linn.
purpurea, Walt. Lac Cbetac, Dr. HougLton.
vulgaris, Linn.
minor, Linn.
intermedia, Hayne. Eroolsfield, Mr. M. Spears.
cornuta, Michx. Lake Superior, Dr. Houghton.
OROBANCHACEtE. The Broom Rape Family.
Epiphegus, Nutt. Beech Drops,
Virginiana, Bart.
CoNOPHOLis, Wallr. Orobanche, Linn.
Americana, Wallr.
Aphyllon, Mitchell.
uniflorum. Tor. &. Gr. Marquettee Co., Mr. J. Townley.
ACANTHACEiE. The Acanthus Family.
DiPTERACANTHus, Nees. lluellia, Linn.
hybridus, Nees. Beloit, Mr. T. McEl Henry.
SCROPHULARIACE^. Tub Figwoet Family.
Verbascum, Linn. Mullen.
Thapsus, Linn. Introduced.
Linaria, Tourn. Toad Flax.
vulgaris. Mill. Waukesha, Mr. G. H. Cornwall.
ScROPnuLARiA, Linn. Figwort.
nodosa, Linn. S. Marylandica.
399
COLLINSIA, Nutt
verna, Nutt.
parviflora, Dougl. South shore of Lake Superior, Dr. Z, Pitcher.
Chelone, Tourn. Snake Head,
glabra, Linu.
Pentstemon, Mitchell,
pubescens, Solander.
MiMULus, Linn. Monkey Flower.
ringrens, Linn.
Jamesii, Torr. & Gray.
Gratiola, Linn.
virginlana, Linn. Wisconsin River, Grant Co.
Synthyris, Benth.
Houghtoniana, Benth.
Veronica, Linn. Speedwell. ^
Virginica, Linn. Leptandra, Nutt.
Angalis, Linn,
scutellata, Linn,
peregiina, Linn.
Gerardia, Linn.
purpurea, Linn.
tenuifolia, Vahl.
setacea, Waltr.
pediculaiia, Linn. Wisconsin River, Prof. Douglass. Neenah River, Dr.
grandiflora, Benth. [Houghton.
Castilleja, Mutis. Painted Cup.
coccinea, Spreng.
sessiliflora, Pursh. Euchroraa grandiflora, Nutt.
Pedicularis, Tourn. Lousewort.
Canadensis, Linn,
lanceolata, Michx.
Melampyrum, Tourn. Cow Wheat.
pratense, Linn. M. Americanura, Michx.
VERBENACE^. The Vervain Family.
Verbena, Linn. Vervain.
hastata, Linn.
urticifolia, Linn. • ' '
ano-ustifolia, Linn.
bracteosa, Michx.
stricta, Vent. Upper Mississippi, Dr. Houghton.
400
Phryma, Linn. Lopseed.
leptostachya, Linn.
LABIAT.^. The Mint Family.
Mentha, Linn. Mint.
Canadensis, Linu. M. borealis, Micbx.
Lycopus, Linn.
Virginicus, Linn. Bugle Weed,
sinuatus, Ell. L. Europreus, Ph.
MiCROMERiA, BentL.
glabella, Benth. Hedeoma glabra, Nntt. Lake Michigan to Lake Supe-
[rior and Upper Mississippi, Dr. Houghton,
Blephilla, Raf.
ciliata, Raf.
MoNARDA, Linn. Horse Mint.
fistulosa, Linn,
punctata, Linn.
Nepeta, Linn. Catnip,
cataria, Linn.
LoPANTHus, Benth.
anisatus, Benth. Falls of St. Croix, Dr. Parry.
nepetdides, Benth.
scrophulai'iasfolius, Benth.
PrcNANTHEMUM, Michx. Mountain Mint,
lanceolatura, Pursh.
Prunella, Linn. Heal-All.
vulgaris, Linn.
Scutellaria, Linn. Scullcap.
parvula, Michx.
galericulata, Linn.
lateritloia, Linn. Mad Dog Scullcap.
cordifolia, Muhl.
Puysostegia, Benth. Dracocephalum, Linn.
Virginiana, Benth. Dragon-Head.
Leonurus, Linn. Motherwort.
Cardiaca, Linn.
401
Galeopsis, Linn,
tetrahit, Linn. Lake Superior, Dr. Parry.
Stachys, Linn. Horse Nettle.
aspera, Michx.
Teucrium, Linn. Germander.
Canadense, Linn.
BOIIAGINACE^. The Borage Family.
Onosmodium, Michx.
Virginianum, DG. 0. hispidum, Mx.
LiTHOspERMUM, Toum. Gromwell.
officinale, Linn.
hirtura, LeliHi. Marquette Co., Mr. John Townley.
canescens, Lehm. Batschia canescens, Mx.
Pektalophus, DC. Batschia, Nutt.
longiflorus, DC. Beloit, Mr. T. McEl Henry.
Mertensia, Roth. Pulmonaria, Linn. Lungwort.
Virglnica, DC. Beloit, Mr. McEl Henry.
Myostis, Linn.
Stricta, Linn. Marpuette Co., Mr. J. Townley.
EcHiNosPERMUM, Swartz.
Lappula, Lehra.
Cynoglossum, Tourn. Hound's-Tongue.
officinalis, Linn.
Virginicum, Linn.
Jlorisoni, DC.
HYDROPHYLLACE^. The Water-Leaf Fawily.
Hydrophyllum, Linn. Water-Leaf,
Virginicum, Linn.
appendiculatum, Michx, Beloit, Mr. T. McEl Henry.
POLEMONIACE^.
Polemonium, Tourn.
reptans, Linn. Jacob's Ladder.
Phlox, Linn. «
glaberrima, Linn. P. revoluta, Eaton,
pilosa, Linn,
divaricata, Linn.
402
CONVOLVULACE^v.
Calystegia, R. Brown. Convolvulii?, Linn,
sepiuno, R. Biown.
spitbamsea, Pursh.
CuscDTA, Touru.
Gronovii, Willd. C. Americana, Pursh.
SOLANACEtE. The Nightshade Family.
Datura, Linn. Jamestown "Weed. .
Stramonium, Linn. Introduced.
NicANDRA, Adans.
physaloides, Gsertn.
Physalis, Linn. Ground Cherry,
viscosa, Linn.
SoLANUM, Linn.
nigrum, Linn. Night Shade.
GENTIANACE^. The Gentian Family.
Gkntiana, Linn.
quinqueflora, Lam.
crinita, Frsel.
detonsa, Fries.
rubricaulis, Keating. Waukesha, Mr. G. H. Cornwall.
saponaria, Linn.
Halenia, Borkh. Swertia, Linn.
deflexa, Griesb. Mauvaise and Bois Brule Rivers, Dr. Houfrhton.
Menyanthes, Tourn. Buckbean.
trifoliata, Linn.
APOCYNACE^. The Dogbane Family.
Apocynum, Tourn.
androsaemifolium, Linn,
hypericifoham, Ait.
ASCLEPIADACE^. The Milkweed Family.
AscLEPiAs, Linn.
Cornuti, Decaisne. A. Sjriaca, Linn,
pbytolaccoides, Pursh.
403
(ASCLEPIAS.)
variegata, Linn.
obtusifolia, Micbx.
rubra, Linn. Waukesha, Mr. G. H. Cornwall.
'incarnata, Linn.
verticillata, Linn. Beloit, Dr. S. P. Latbrop.
tuberosa, Linn. ButteiHy Weed.
lanuginosa, Nutt. Eagle Prairie, I. A. Lapham.
ACERATES, Ell.
viridiflora, Ell.
longifolia, Ell. Marquette Co., Mr. J. Townley.
OLE ACE ^E. The Olive Family.'
Fraxinus, Tourn. Ash.
Americana, Linn. White Ash.
sambucifolia, Lam. Black Ash.
ARISTOLOCHIACE^. The Birthwort Family.
AsARUM, Tourn.
Cauadense, Linn. Colt's Foot.
CHEN0P0DIACEJ5. The Goosefoot Family.
Salsola, Linn. Saltwort.
kali, Linn. Lake Shore, Milwaukee.
Chenopodium, Linn.
album, Linn. Pigweed,
hybridura, Linn Goosefoot.
Blitum, Tourn.
capitatum, Linn. Indian Strawberry.
Ambrina, Spach.
Botrys, Moquin. Brooklield, Mr. G. H. Cornwall.
AcNiDA, Mitchell. Water Hemp.
cannabina, Linn. St. Croix, Dr. Parry.
AMARANTHACE^. The Amaranth Family.
Amaranthus, Linn.
altissimus, Riddell.
hybridus, Linn. Red Root,
hypocondriacus, Linn. Prince's Feather,
tamariscinus, Nutt.
40-1:
NYCTAGINACE.-E. Tue JTrcxAQo Family.
Allionia, Linn.
albiJa, Wallr. St Croix River, Dr. Houghton,
nyctaginea, Micbx. St. Croix River, Dr. Houghton.
OxYBAPHus ANGusTiFOLius, Torr. St. Croix, Dr. Parry.
POLYGONACE.E. The Buckwheat Family.
Polygonum, Linn.
Pennsylvanicum, Linn.
Persicaria, Linn.
Hydropiper, Linn. P. punctatura, Ell.
hydropiperoides, Michx.
aruphibiiim, Linn.
aviculare, Linn. Knot-Grass.
articulatum, Linn. Lakes Michigan and Superior, Dr. Houghton.
Virginianum, Linn.
sagittatum, Linn.
Convolvuhis, Lion.
cilinode, Michx, Lake Superior, Dr. Houghton.
dumetorium, Linn. P. scandens, L.
RuMEX, Linn. Dock.
Britannica, Linn.
crispus, Linn. Curled Dock.
Acetosella, Linn. Sorrel.
hydrolapathum, Hudson. St. Croix. Dr. Parry.
THYMELEACE.E. The Mezereum Family.
DiRCA, Linn. Leatherwood.
palustris, Linn.
EL^AGNACE^E. The Oleaster Family.
Shepherdia, Nutt.
Canadensis, Nutt.
SANTALACE.E. The Sandal Wood Family.
COMAXDRA, i!^Utt.
umbellata, Nutt.
ULMA.CE.E. The Elm Family.
Ulmus, Linn. Elm.
Americana, Linn. White Elm.
fulva, Michx. Slippery Elm.
405
Celtis, Tourii.
occidentalis, Linn. Hack Berry.
SAURURACE^E. The Lizard's Tail Family.
Saururus, Linn. Lizard's Tail.
cernuu?, Linn. Upper Mississippi, Dr. Hougliton.
CALLITRICHACE>'E.
Callitriche, Linn,
verna, Linn.
EUPHORBIACEyE. The Spupge Family.
Euphorbia, Linn.
corollata, Linn,
maculata, Linn,
hypericifolia, Linn. St. Croix, Dr. Parry.
EMPETRACE.^. The Ceowberry Family.
Empetrum, Tourn. Crowberry.
nigrum, Linn. Lake Superior, Dr. Hougliton.
JUGLANDACE^. The Walnut Family.
Juglans, Linn. Walnut.
cinerea, Linn. Butternut or White- Walnut,
nigra, Linn. Black-Walnut.
Carya. Nutt. Hickory.
alba, Nutt. Shag-Bark Hickory.
glabra, Torr. C. porcina, Nutt. Pignut Hickory.
CUPULIFER^E. The Oak Family.
Quercus, Linn. Oak.
alba> Linn. While Oak.
obtusilpba, Michx. Q. stellate, Willd. Post Oak. Upj^er Mississippi,
macrocarpa, Michx. Burr Oak. [Dr. Houghton.
bicolor, Willd. Swamp White Oak.
Prinos, Linn. Swamp Chestnut Oak. Near Janesville, I. A. L.
rubra, Linn. Red Oak.
palustris, Linn. Pin Oak.
Fagus, Tourn. Beech,
ferruginea, Ait.
406
CoRYLUS, Tourn. Hazel-Nut.
Americana, Walt,
rostrata, Ait.
Carpinus, Linn. Hornbeam.
Americana, Micbx.
OsTRYA, Micheli. Iron Wood.
Virginica, Willd. ,
MYRICACE^. The Sweet Gale Family,
Myrica, Linn. Sweet Gale.
Gale, Linn. Lake Superior, Dr. Houghton.
CoMTONiA, Solander. Sweet Fern.
asplenifolia, Ait. Dells of Wisconsin River.
BETULACE^. The Birch Family.
Betula, Tourn. Birch.
papyracea, Ait. Canoe Birch.
pumila, Linn. B. glandulosa, Mx. Low Birch.
Alnus, Tourn. Alder.
incana, V\'^illd. A. glanca, Mx. St. Croix River, Dr. Houghton,
serrulata, Willd.
SALICACE^. The Willow Family.
Salix, Tourn. Willow.
Candida, Willd.
tristis, Ait.
humilis, Marshall. S, Muhlenbergiana, Barr.
discolor, Muhl.
eriocephala, Michx. S. prinoides, Ph. Mauvaise River, Dr. Houghton.
sericea, Marshall. S. Gr.sea, Willd.
rostrata, Ricbardson.
lucida, Muhl.
longifolia, Mubl. Upper Mississippi, Dr. Houghton.
pedicellaris, Pursh. St. Croix, Dr. Parry.
PoPULUS, Tourn. Poplar.
tremuloides, Michx. Quaking Aspen.
grandidentata, Micbx.
candicans, Ait. Balm of Gilead.
• PLATAN ACE^. The Plane-Tree Family.
Platancs, Linn. Sycamore, Buttonwood. ^
occidentalis, Linn.
407
URTICACEiE. The Nettle Family.
HuMULus, Linn. Hop.
Lupulu3, Linn.
Urtica, Tourn. Nettle.
dioica, Linn.
Canadensis, Linn.
PiLEA, Lincll. Adike, Raf.
pumila, Linn.
Parietaria, Tourn. Pellitory.
Pennsylvanica, Muhl.
CONIFERS, The Pine Family.
PiNus, Tourn. Pine.
Banksiana, Lambert. Dells of the Wisconsin,
resinosa, Ait. Red Pine.
niitis, Miclix. Yellow Pine. Dane County, L A. L.
Strobus, Linn. White Pine.
Abies, Tourn. Spruce.
bal<amea, Mai.sh. Balsam Fir. Manitowoc, L A. L.
Canadensis, Michx. Hemlock. Manitowoc, L A. L.
nigra, Poir. Black Spruce. Lake Superior, Dr. Houghton. Upper
[Mississippi, Prof. Douglass,
alba, Michx. White Spruce. Upper St. Croix, Dr. Pany.
Larix, Tourn. Laich.
Americana, Michx. Tamarack.
Thuja, Tourn.
occidentalis, Linn. White Cedar.
JuNiPERUS, Linn. Juniper.
communis, Linn.
Virginiana, Linn. Red Cedar.
Taxus, Tourn. Yew.
Canadensis, Willd.
ARACE^. The Arum Family.
Arum, Linn. Indian Turnip,
tiiphyllum, Linn.
Calla, Linn. Water Arum,
paluslris, Linn.
408
Symplocarpus, Salisb. Skunk Cabbage,
foetidus, Salisb.
AcoRus, Linn. Sweet Flag.
calamus, Linn.
LEMNACE^E. The Duckweed Family.
Lemna, Linn. Duckweed.
minor, Linn,
trisulca, Linn.
TYPHACE^. The Cat -Tail Family.
Typha, Tourn. Cat-Tail,
latifolia, Linn.
Sparganium, Tourn.
ramosum, Hudson.
natans, Linn. St. Croix, Dr. Parry.
NAIDACEtE. The Pondweed Family.
Potamogeton, Tourn. Pondweed.
amplifolius, Tuckerman.
perfoliatu?, Linn.
compressus, Linn. P. zosterifolius, Sebum.
pauciflorus, Pursb. P. gramineus, Mx.
pectinalus, Linn.
heteropbyllns, Scbreber.
ALISMACE^. The Water Plantain Family.
§ 1. Juncaginece.
Triglochin, Linn,
elatum, Nutt.
ScHEUcnzERiA, Linn,
palustris, Linn,
§ 2. AUsmece.
Alisma, Line. Water Plantain.
Plantago, Linn.
EcHiNODORUs, Ricbard.
subulatus, Engleman. St. Croix, Dr, Parry.
Saqittaria, Linn.
sagittifolia, Linn. Arrow-Leaf.
409
. HYDRO OARDI ACE /E. The Frog's-Bit Family.
Udoua, Nutt. Water Weed.
Canadensis, Nutt.
Vallisneria. Mitchell. Tape Grass,
spiralis, Linn.
ORCHIDACE^E. Tuk Orchis Family.
MrCROSTYLIS, Nutt.
monophylla?, Lindl. St. Croix, Dr. Parry,
ophioglossoidos, Nutt.
Liparis, Richards.
liliifora, Ricliards.
Lceselii, Richards. Waukesha, Mr. G. H. Cornwall.
Corallorhiza, Haller.
multifiora, Nutt. Waukesha. Mr. G. H. Cornwall.
Aplkctrum, Nutt. Putty Root. ^
hyemale, Nutt.
Orchis, Linn.
spectabilis, Linn.
Platantiiera, Richards.
orbiculata, Lindl.
Hookeri, Lindl.
bracteata, Torr.
dilatata, Lindl. St. Croix, Dr. Parry.
hyperborea, Lindl.
leucophcoa, JNutt.
psycodes. Gray. 0. fimbriata Pursh.
AjiETUusA, Gronov.
bulbosa, Linn. Lemonwier River.
PoGONiA, Juss.
ophioglossoides, Nutt. Waukesha, Mr. G. H. Cornwall.
Calopogox, R. Brown.
pulchellus, R. Br.
Spiranthes, Richards. Lady's Tresses,
gracilis, Bigelow.
cernua, Richards
GooDYERA. R. Brown,
pubescens, R. Brown.
27
410
Ctpripedium, Linn. Lady's Slipper.
pubescens, Willd. Yellow Lady's Slipper,
parviflorum, Salisb. Small Yellow Lady's Slipper,
candidum, Miihl. White Lady's Slipper,
spectabile, Swartz. Moccason Flower,
acaule, Ait. Purple Lady's Slipper.
AMARYLLIDACE^. The Amaryllis Family.
Hypoxis, Linn. Star Grass,
erecta, Linn.
H^MODORACE^. The Bloodwort Family.
Aletris, Linn. Star Grass.
farinosa, Linn. Marquette Co., Mr. J. Townlej.
IRIDACE^. TuE Iris Family.
Iris, Linn.
§
versicolor, Linn. Blue Flag,
lacustris, Nutt.
Sisyrinchium, Linn. Blue-eyed Grass.
Bermudianum, LiuH.
DIOSCORACE^. The Yam Family.
DioscoREA, Plumier.
viUosa, Linn.
SMIL ACE. ^. The Green Brier Familt.
§ 1. Smilacece.
Smilax, Tourn.
rotundifolia, Linn. Green Brier,
herbacea, Linn,
lasioneuron, Hook.
§ 2. Trilliaceoe.
. Trillium, Linn.
cernuum, Linn. T. pendulum, Mubl.
grandiflorum, Salisb.
nivale, Riddell.
recurvatum. Beck,
sessile, Linn.
Medeola, Gronov.
Virginica, Linn.
411
LTLIACE.^, The Lily Family.
§ 1, Asparageoe.
Asparagus, Lino.
officinale, Linn. Introduced.
PoLYGONATUM, Tourn. Solomon's Seal,
pubescens, Pursh.
Smilacina, Desf.
racemosa, Desf.
st el lata, Desf,
tiifolia, Desf.
bifolia, Ker.
Clintonia, Raf.
bo real is, Raf.
§ 2. Asphodelece.
Scilla, Linn.
esculenta, Ker. Beloit, Dr. S. P. Latlirop.
Allium, Linn. Garlic.
Canadense, Kalm.
cernuum, Roth,
tricoccum, Ait. Leek.
§ 3. TulipacecE.
LiLiUM, Linn. Lily.
Philadelphicum, Linn. Orange Lily.
Canadense, Linn. Nodding Lily.
Erythronium, Linn. Dog's Tooth Violet.
Americaiuim, Smith,
albidum, Nutt.
MELANTHACE^. The Colchicum Family.
§ \. Uoidariece.
Uvularia, Linn. Bellwort.
grandiflora, Smith.
sessilifolia, Linn. Marquette Co., Mr. John Townley.
Streptopus, Michx.
roseus, Michx.
§ 2. MelanthiecB,
Zygadenus, Michx.
glaucus, Nutt,
412
ToFiELDiA, Hudson,
glutinosa, Willd.
- JUNCAOE^. The Rush Family.
LuzuLA, DC. Woodrusli.
pilosa, Willd.
campestris, Linn.
JuNCus, Linn. Rush.
eflfusus, Linn.
..Balticus, Willd.
scirpoides, Lam. T. polycephalus, Mx.
acurainatus, Micbx.
tenuis, Willd.
conradi, Tuckerman. St. Croix, Dr. Parry.
PONTEDERIACEiS. The Pickerel-Weed Familt.
PoNTEDERiA, Linn. Pickerel-Weed,
cordata, Linn.
COMMELYNACE^E. The Spiderwort Family.
Tradescantia, Linn. Spiderwort.
Virginica, Linn.
CYPERACE^. The Sedge Family.
Cyperus, Linn.
diandrus, Torr.
inflexus, Muhl. Bass Lake, Dane Co., I. A. Lapbam.
schweinitzii, Torr. St. Croix, Dr. Parry.
strigosus, Linn.
filiculmis, Vahl. Upper Mississippi, Dr. Houghton.
Dulichium, Richard,
spathaceum, Pers.
Eleocharis, R. Brown,
obtusa, Schultz.
palustris, R. Brown,
tenuis, Schultz.
acicularis, R. Brown.
SciRPUS, Linn.
pungens, Vahl. S. triqueter, Mx.
lacustris, Linn. Bulrush.
fluviatilis, Gray. S. maratimus, var. Torr.
atrovirens, Muhl.
lineatus, Micbx.
Eriophorum, Micbx.
413
Eriophorum, Linn. Cotton Grass.
alpinura, Linn. Lake Superior, Dr. Houghton,
vaafinatum, Linn.
Virginicum, Linn,
polystachyura, Linn,
angustifolium, Richard.
ScLERiA, Linn.
triglomerata, Mx. Beloit, Dr. S. P. Lathrop.
Carex, Linn, Ledge.
aurea, Nutt.
anceps, Willd.
blanda, Dewey.
bromoides, Schk.
Buxbaumii, WahL
bullata, Schk.
chordorrhiza, Ehrh.
comosa, Boott.
Deweyana, Schw.
eburnea, Boott.
festucacea, Schk.
gracilis, Ehrh. C. disperma, Dewey.
granulans, Muhl.
gracillima, Schw.
grisea, Wahl. Beloit, Dr. S. P. Lathrop.
hystriciana, Willd.
intermedia, Good.
irrigua, Smith.
inturaescens, Rudge.
laxiflora, Lam.
lanuginosa. Michx. C. Pellita, Muhl.
lacustris, Willd.
lupulina, Muhl.
longirostris, Torr. Blue Mounds, I. A. Lapham.
miliacea, Muhl. Beloit, Dr. S. P. Lathrop.
mirabilis. Dew.
oligosperum, Michx.
plantasinea, Lam.
polytrichoides, Muhl.
panicea, Linn. C. Meadii, Dew.
Pennsylvanica, Lam.
pubescens, Muhl. Brookfield, Mr. M. Spears.
rosea, Schk.
rigida, Good. C. saxatalis. Lake Superior, Dr. Houghton.
siccata, DeAvey. Beloit, Dr. S. P. Lathrop.
stipata, Muhl.
sparganoides, Nuhl.
stellulata. Good.
414
(Cabex.)
straminea, Schk.
stricta, Lam. C. acuta, Mulil. C. angustata, Boott.
teretiuscula, Good.
tenera, Dew.
vulpinoidea, Michx. C. multiflora, Miilil.
GRAMINE.'E. The Grass Family.
Leersia, Solander. White Grass.
oryzoides, Swartz. Cut Grass.
Virginica, Willd. White Grass.
Zizania, Gronov. Wild Rice,
aquatica, Linn.
Alopecurus, Linn. Fox-Tail Grass,
aristulatus, Mx.
Phleum, Linn. Timothy,
pratense Linn.
Agrostis, Linn. Bent- Grass.
scabra, Willd. Thin Grass. A. Michaiixii, Trin.
vulgaris, With. Redtop.
CiNNA, Linn.
arundinacea, Linn.
Mtthlenbergia, Schreber.
glomerata, Trin. Polypogon racemosa, Nutt.
Mexicana, Trin. Agrostis lateriflora, Mx.
Willdenovii, Trin. Agrostis tenuiflora, Willd.
Brachyelytrum, Beauv.
aristatum, Beauv. Muhlenbergia erecta, Schreb.
Calamagrostis, Adans.
Canadensis, Beauv.
Ortzopsis, Michx. Mountain Rice,
asperifolia, Michx.
melanocarpa, Muhl. Piptatherum nigrum, Torr.
Stipa, Linn.
avenacea, Linn.
Aristida, Linn.
tuberculosa, Nutt. St. Croix, Dr. Parry.
415
Spartina, Scbreb. Cord Grass.
cynosuroides, Willd. «
BouTELOuA, Lagasca. Atheropogon, Mubl.
racemosa, Lag. A. apludoidcs, Michx.
papillosa, Gray. Cassville, Dr. Houghton.
Ka)LERiA, Pers.
cristata, Pers. K. nitida, Nutt.
Reboulea, Kunth.
obtusata, Kceleria truncata Torr.
Melica, Linn. Melic- Grass.
speciosa, MubL Beloit, Dr. S. P. Latbrop.
Gltceria, R. Brown.
Canadensis, Trin. Poa Canadensis,
nervata, Trin. Poa nervata, Willd".
fluitans, R. Brown,
aquatica, Smith.
Poa, Linn. Meadow Grass.
compressa, Linn. Blue Grass. Beloit, Dr. S. P. Latbrop. Introduced.
debilis, Torr.
nemoralis, Linn.
serotina, Ehrb.
trivialis, Linn.
pratensis, Linn.
Ebagrostis, Beauv.
megastacbya, Link. Poa eragrostis, Linn.
Festuca, Linn.
nutans, Willd.
ovina, Linn. Two Rivers, Manitowoc Co.
Bromus, Linn. Brome Grass.
ciliatus, Linn,
purgans, Linn,
secalinus, Linn. Chess.
Phragmites, Trin. Reed,
communis, Trin.
Triticum, Linn. Wheat.
repens, Linn. Couch-Grass.
dasystachyum. Gray. Two Rivers,
caniuum, Linn. Beloit, Dr. S. P. Latbrop.
416
Eltmus, Linn. Lime- Grass.
YJrginicus, Linn.
Canadensis, Linn.
glaucifolius, MuhL
striatus, Willd.
hystrix, Linn. Bottle-Brush Grass.
HoRDECM, Linn. Barley.
jubatum, Linn. Squirrel-Tail Grass.
AiRA, Linn. Hair- Grass,
csespitosa, Linn.
Da>-thonia, DC. "Wild-Oat Grass,
spicata, Beauv.
A VEX A, Linn. Oat.
striata, Michx. Trisetum purpurascens, Torr»
HoLCus, Linn. Velvet Grass.
lanatus, Linn. Upper Mississippi, Dr. Houghton.
HiEROCHLOA, Gmelin. Seneca Grass,
borealis, Eoem. & Sch.
Milium, Linn. Millet- Grass,
effusum, Linn.
PA>ncuM, Linn. Panic Grass.
capillare, Linn.
virgatum, Linn.
latifolium, Linn.
clandestinum, Linn.
dichotomum, Linn.
pubesccns. Lam.
crus-galli, Linn. Barn-Yard Grass.
lonsrisetum, Torr. Xeenah River, Prof. Dougrlass.
xanthophysum. Gray. Beloit. Dr. S. P. Lathrop.
depauperatum, Muhl. Beloit, Dr. S. P. Lathrop.
Setaria, Beauv.
glauca, Beauv.
Cexchrus, Linn. Burr-Grass.
tribuloides, Linn. Upper Mississippi, Dr. Houghton.
Akdropogox, Linn. Beard- Grass.
furcatus, Muhl.
scoparius, Michx.
417
Sorghum, Pers.
nutans. Andropogon nutans, Linn.
EQUISETACE^. The Horse-Tail Family.
Equisetum, Linn. Horse-Tail.
arvense, Linn.
eburnura, Sclireb. Lake Superior, Dr. Torrey.
sylvaticum, Linn,
limosum, Linn.
hyemale, Linn. Scouring Rush,
laevigatura, Braun.
variegatum, Schleicher,
scirpoides, Michx.
FILICES. The Fern Family.
PoLYPODiuM, Linn.
vulgare, Linn. Blue Mounds, I. A. Lapham.
phegopteris, Linn. St. Croix, Dr. Parry,
dryopteris, Linn. Dells of the Wisconsin.
Struthiopteris, Willd. Ostrich Fern.
Germanica, Willd.
Allosorus, Bernhardi.
gracilis, Presl. Dells of the Wisconsin.
ASPIDIUM.
fragrens, Sw. Falls of the St. Croix, Dr. Parry.
Adiantum, Linn. Maiden Hair,
pedatum, Linn.
Pteris, Linn. Brake.
aquilina, Linn,
atropurpurea, Linn.
Cheilantiies, Swartz. Lip Fern. ^
vestita, Willd. Falls of St. Croix, Dr. Parry.
Camptosorus, Link. Asplenum, Linn,
rhizophyllus. Link. Walking Leaf.
AsPLENiuM, Linn. Spleenwort.
trichomanes, Linn. Dells of the Wisconsin.
thelypteroides, Michx.
Filix-femina, R. Brown. Aspidium asplenoides.
Cystopteris, Bernhardi. Bladder Fern,
bulbifera, Bernh.
418
WooDsiA, R. Brown.
ilvensis, R. Brown. Blue Mounds, I. A. Lapham.
Dbtopteris, Adans. Aspidium, Linn. Wood Fern.
thelypteris, Gray.
dilatata, Gray. Falls of the St. Croix, Dr. Parry.
cristata, Gray.
Goldiana, Gray.
Onoclea, Linn. Sensitive Fern. •
sensibilis, Linn.
OsMUNDA, Linn. Flowering Fern.
spectabilis, Willd.
Claytoniana, Linn. 0. interrupta, Mx.
cinnamomea, Linn.
BoTRYCHiuM, Swartz.
lunarioides, Sw. B. fumarioides, Willd.
Virginicum, Sw.
LYCOPODIACE^. The Club Moss Family.
Lycopodium, Linn. Club Moss.
lucidulum, Michx.
annotinum, Linn. Lake Superior, Dr. Houghton.
dendroideum, Michx. Lake Superior to Upper Mississippi, Dr.
clavatum, Linn. [Houghton.
complanatum, Linn.
Selaginella, Beauv.
rupestris. Spring. Lye. rupestre, Linn. Blue Mounds,
apus. Spring. L. apodum, Linn.
CHARACEiE. The Chara Family.
Chara, Linn.
vulgaris, Willd. Feather-Beds.
MUSCL Mosses.
FuNARiA, Schreber.
bygrometrica, Hedwig. Lake Superior, Dr. Parry.
DiCRANUM, Hedwig.
scoparium, Hedwig.
Leucobryum, Hampe. •«.
vulgare, Hampe. St. Croix, Dr. Parry.
419
Atrichcm, Beauv.
angustatum, Beauv. Lake Superior, Dr. Parry.
Bartramia, Hedw.
pomiformis, Hedw. Montreal River, Dr. Parry.
MiNUM,
affine, Blandon. Lake Superior, Dr. Parry.
Brvum, Linn.
roseum, Schreber. Lake Superior, Dr. Parry.
Hypnum, Linn. Feather Moss.
populum, Hedw. Lake Superior, Dr. Parry.
Schreberi, Willd. Lake Superior, Dr. Parry,
tamariscinum, Hedw. Lake Superior, Dr. Parry.
CuMACiuM, Weber & Mohr. Tree Moss.
dendroides, W. & M. Lake Superior, Dr. Parry.
HEPATICJE. Liverworts.
RicciA, Mitchell,
natans, Linn.
Marchantia, Linn.
polymorpha, Linn.
LICHENES.
Cladonia, Hoffm. Reindeer Moss.
rangiferina, Hoffm. Falls of St. Croix, Dr. Parry.
Umbilicaria, Hoffm, Tripe de Roche.
Muhlenbergii, Ach. Falls of St. Croix, Dr. Parry.
WOODS OF WISCOKSIX.
Racine, November 25, 1852.
Dear Sir : — Your letter, inviting me to prepare a paper for the State
Agricultural Society, upon the "Woods of Wisconsin," and making sug-
gestions as to the manner in which the subject should be considered,
came duly to hand.
In reply, I cannot but say, that were I to consult my other engage-
ments, I should find it impossible to comply with your request ; yet in
420
view of the importance of the subject you suggest, and believing also,
as I do, that the State has a claim upon every citizen to contribute his
part, so far as able, to the fund of information on any subjects immedi-
ately important to that class whose prosperity is of vital importance to
the -welfare of all. In view of these considerations, I will endeavor, in a
brief manner, to comply with your request, so far as possible, in the
short time given.
It will not be my purpose, in this communication, to give a botanical
description, but merely brief notes on the principal qualities and value of
the woods, and the fitness of the various trees for the purposes of orna-
ment. I take great pleasure in tendering my thanks, to a much esteemed
friend, and accomplished botanist, I. A. Lapham, Esq., of Milwaukee,
for his CataloGfue of the Flora of Wisconsin,* which embraces a more
complete list of our Forest Trees, than can elsewhere be found.
TREES INDIGENOUS TO WISCONSIN.
OAKS.
This family bears transplanting rather poorly, unless quite small.
They are readily raised from seed, which should be kept in a cool, dry
place, till March or April, when they must be planted, two inches deep,
in rich vegetable mould.
o
White Oak — Quer^us Alba.
This noble tree is the largest and most important of the American oaks.
The excellent properties of the wood render it eminently valuable for
a great variety of uses. Wherever strength and durability is required,
the White Oak stands in the first rank. It is employed in making wagons,
coaches and sleds ; staves and hoops of the best quality for barrels and
casks, are obtained from this tree; it is extensively used in architecture,
ship -building, &c., and vast quantities are used for fencing. The bark
is employed in tanning. The domestic consumption of this tree is so
great that it is of the first importance to preserve the young trees wher-
ever it is practicable, and to make young plantations where the tree is not
found. The White Oak is a graceful ornamental tree, and worthy of
particular attention as such — found abundantly in most of the timbered
districts.
•See ante, page 337,
421
BuRK Oak — Q. Macrocarjpa.
This is perhaps the most ornamental of our oaks. Nothing can exceed
the graceful beauty of these trees, when not crowded or cramped in their
growth, but left free to follow the laws of their development. Who has
not admired these trees in our extensive Burr Oak openings? Its large
leaves are a dark-green above, and a bright silvery-white beneath, which,
gives the tree a singularly fine appearance when agitated by the wind.
The wood is tough, close-grained, and more durable than the White
Oak, especially when exposed to frequent changes of moisture and dry-
ing ; did the tree grow to the same size, it would be preferred for most
uses. Abundant, and richly worthy of cultivation both for utility and
ornament.
SwAiip White Oaic — C). Bicolor.
Another valulable and ornamental oak, rather larger than the Burr
Oak. The wood is close-grained, durable, splits freely, and is well wor-
thy of cultivation. Not quite so common as the Burr Oak. Valuable
for fuel.
Post Oak — Q. Oltusiloba.
A scraggy, small tree, found sparingly in this State, The timber is
durable, and makes good fuel. Not worthy of cultivation.
S'sva:mp Chestnut Oak — Q. Prinos.
This species of Chestnut Oak is a large, graceful tree, wood rather
open-grained, yet valuable for most purposes to which the oaks are
applied ; makes the best fuel of any of this family. A rare tree, found
by Mr. Lapham, growing near Janesville. Worthy of cultivation.
Red Oak — Q. Rubra.
The Red Oak is a well known, common and rather large tree. The
wood is coarse-grained, and the least durable of the oaks, nearly worth-
less for fuel, and scarcely worthy of cultivation, even for ornament.
Pin Oak — Q. Palustris.
One of the most common trees, in many sections of the State. The
wood is of little value, even for fuel. The tree is quite ornamental, and
should be sparingly cultivated for this purpose.
422
MAPLES.
A family of beautiful trees, which bear transplanting well ; even those
of from six to eight inches in diameter, can, without difficulty, be suc-
cessfully transplanted. Grows in almost any well-drained soil, free from
stagnant water. The seed should be planted in the fall, as soon as ripe ;
they require but a slight covering.
Sugar Maple — Acer Saccharinum.
This well-known and noble tree is found growing abundantly in many
sections of the State. The wood is close-grained and susceptible of a
beautiful polish, which renders it valuable for many kinds of furniture,
more especially the varieties known as Bird's-eye and Curled Maples. —
The wood lacks the durability of the oak ; consequently, is not valuable
for purposes where it will be exposed to the weather. For fuel, it ranks
next to Hickory. The sugar manufactured from this tree aflfords no in-
considerable resource for the comfort and even wealth of many sections
of the northern States, especially those newly settled, where it would be
difficult and expensive to procure their supply from a distance. As an or-
namental tree, it stands almost at the head of the catalogue. The foliao-e
is beautiful, compact, and free from the attacks of insects. It puts forth its
yellow blossoms early, and in the autumn the leaves change in color, and
show the most beautiful tints of red and yellow long before they fall. —
Worthy of especial attention for fuel and ornament — well adapted for
street planting.
Ked Maple — A. Riibrum,.
Another fine maple, of more rapid growth than the foregoing species.
With wood rather lighter, but quite as valuable for cabinet-work — for
fuel not quite so valuable. The young trees bear transplanting even bet-
ter than other maples. Though highly ornamental, this tree hardly
equals the first named species. It puts forth, in early spring, its scarlet
blossoms before a leaf has yet appeared. Well adapted for street planting.
Mountain Maple — A. SpicaUim.
A small, bj-anching tree, or rather shrub, found growing in clumps. —
Not worthy of much attention.
423
Box Maple — Negundo Aceroides.
This tree is frequently called Box Elder. It is of a rapid growth ;
quite ornamental. The wood is not used in the arts, but is good fuel. —
Should be cultivated ; grows on Sugar and Rock rivers.
• ELMS.
These are tall, fine trees, more remarkable for ornament than for the
value of their wood. They grow to the greatest perfection in deep, moist
soils, but will flourish to a considerable extent in almost any productive
grounds. They endure transplanting admirably. The seed should be
sown immediately after ripening, which is in June.
Whitu Elm — Ulmus Americana.
This large and graceful tree stands confessedly at the head of the list
of ornamental deciduous trees. Its wide-spreading branches and long
pendulous branchlets form a beautiful and conspicuous head. It grows
rapidly ; is free from disease and the destructive attacks of insects ; will
thrive on most soils ; and for planting along streets, in public grounds or
lawns, is unsurpassed by any American tree. The wood is but little used
in the arts ; makes good firewood ; should be planted along all the roads
and streets, near every dwelling and on all public grounds.
>
Slippehy El:,i — U. Fuli^a.
This smaller and less ornarnental species is also common. The wood,
however, is much more valuable than the White Elm, being durable and
splitting readily. It makes excellent rails, and is much used for the
frame work of buildings. Valuable for fuel ; should be cultivated.
CHERRY.
A valuable class of trees, which flourish best in a deep, moist, sandy
soil. They all bear transplanting well. The seed should be planted
immediately when ripe, which is the case with all stony seeds.
Wild Black Chekry — Cerasus Serotina.
This large and beautiful species of Cherry is one of the most valuable
of American trees. The wood is compact, fine-grained, and of a bril-
liant, reddish color, not liable to warp, or shrink and swell with atmos-
pheric changes ; extensively employed by cabinet makers for every spe-
424
cies of furniture; is next in value to mahogany. It is exceedingly dura-
ble; hence is valuable for fencing, building, <fec. Richly deserving of a
place in the lawn or timber plantation.
BiBD Cherry — 0. Fennsylvanica.
A small northern species, common in the State, but scarcely worthy
of cultivation, unless for ornament.
Choke Cherry — O. Yirginiana.
This diminutive tree is of little value, not worth the trouble of culti-
vation.
Wild Plum: — Prunus Americana.
The common Wild Plum, when in full bloom, is one of the most orna-
mental of small flowering trees, and as such, should not be neglected.
The fruit is rather agreeable, but not to be compared to fine cultivated
varieties, which may be engrafted on the wild stock to the very best ad-
vantage. It is best to select small trees, and work them on the roots.
The grafts should be inserted about the middle of April.
Hack Berry — Celtis Occidenialis.
An ornamental tree of medium size ; wood hard, close-grained, and elas-
tic ; makes the best of hoops, whip-stalks, and thills for carriages. The
Indians formerly made great use of the Hackberry wood for their bows.
A tree worthy of a limited share of attention.
American Linden, or Bass Wood — Tilia Americana.
One of the finest ornamental trees for public grounds, parks, etc., but
will not thrive where the roots are exposed to bruises ; for this reason,
it is not adapted to planting along the streets of populous towns. The
wood is light and tough ; susceptible of being bent to almost any curve ;
durable if kept from the weather ; takes paint well and is considerably
used in the medicinal arts ; for fuel, nearly worthless. This tree will
flourish in almost any moderately rich, damp soil; bears transplanting
well ; can be propagated readily from layers. The seed should be sown
in autumn.
White Thorn — Cratcegus Coccinea.
Dotted Thorn — C. Punctata.
These two species of Thorn are found everywhere on the rich bottom
lands. When in bloom they are beautiful, and should be cultivated for
425
ornament. The wood is remarkably compact and hard, and were it not
for the small size of the tree, would be valuable.
Crab Apple — Pyrus Coronaria.
This common small tree is. attractive when covered with its highly
fragrant rose-colored blossoms. Wood hard, fine compact grain, but
the tree is too small for the wood to be of much practical value. Well
worthy of a place in extensive grounds.
Mountain' Ash — P. Americana.
This popular ornament to our yards, is found groAving in the northern
part of the State, and as far south as 43'* lat. The wood is useless.
Ash — Fraxinus.
This genus comprises several tall, straight trees, with valuable wood
and handsome foliage. It mostly grows in rich, damp soil. It bears
transplanting well. The seed may be planted either in the fall or spring.
White Ash — Fraxln us Acuminata.
A large, interesting tree, which combines utility with beauty in an
eminent degree. The wood possesses strength, suppleness and elasticity,
which renders it valuable for a great variety of uses. It is extensively
employed in carriage manufacturing; for various agricultural imple-
ments ; is esteemed superior to any other wood for oars ; excellent for
fuel. The White Ash grows rapidly, and in open ground forms one of
the most lovely trees that is to be found. The foliage is clean and hand-
some, and in the autumn turns from its bright green to a violet purple
hue, which adds materially to the beauty of our autumnal sylvan scenery.
It is richly deserving our special care and protection, and will amply
repay all labor and expense bestowed on its cultivation.
Black Ash — F. Samhucifolia.
Another tall, graceful and well known species of Ash. The wood is
used for making baskets, hoops, &c. ; when thoroughly dry, affords a
good article of fuel. Deserves to be cultivated in low, rich, swampy
situations, where more useful trees will not thrive.
WALNUT.
The Walnut Family includes the Hickories with the Walnuts proper.
The latter bear transplanting well, while the former recjuire great care.
28
426
A rich, deep, sandy loam is required to develope the trees in all their
luxuriant grandeur. The nuts may either be planted in the autumn or
kept in a dry place until spring, when they should be planted three
inches deep, in a light vegetable mould.
Black Walnct — Juglans Nigra.
This o-iant of the rich alluvial bottom lands, claims special attention
for its valuable timber. It is among the most durable and beautiful of
American woods ; susceptible of a fine polish ; not liable to shrink and
swell by heat and moisture. It is extensively employed by the cabinet-
makers, for every variety of furniture. Walnut forks are frequently
found, which for richness and beauty, rival, the far-famed Mahogany.
This tree, in favorable situations, grows rapidly ; is highly ornamental,
and produces annually an abundant crop of nuts.
BuTiERKUT — J. Cinerea.
This species of Walnut is not as valuable as the above ; yet for its
beauty, and the durability of its wood, it should claim a small portion
of attention. The wood is rather soft for most purposes to which it
otherwise might be applied. When grown near streams, or on moist
side-hills, it produces regularly an ample crop of excellent nuts. It
grows rapidly.
Shell-Bark Hickory — Canja Alha.
This, the largest and finest of American Hickories, grows abundantly
throuo-hout the State. Hickory wood possesses probably the greatest
strength and tenacity of any other of our indigenous trees, and is used
for a variety of purposes ; but, unfortunately, it is liable to be eaten by
worms, and lacks durability. For fuel, the Shell-bark Hickory stands
unrivalled. The tree is ornamental, and produces every alternate year
an ample crop of the best of nuts. It does not bear transplanting well,
and the young trees should be preserved in their original situation
wherever practicable.
Pignut Hickory — C. Glabra.
This species possesses all the good and bad qualities of the Shell-bark.
The nuts, however, are smaller, and not quite so pleasant. It should be
preserved and cultivated in common with the Shell-bark.
42
"T
Eed Beech — Fagus Ferruglnea.
A common tree, with brilliant, shining, light-green leaves, and lono-
flexible branches. It is highly ornamental, and should be cultivated for
this purpose, as well as for its useful wood, which is tough, close-
grained, and compact. It is much used far plane-stocks, tool handles,
(fee, and as an article of fuel, nearly equal to maple. The youno-
trees do not bear transplanting well ; those only of a few feet hio-h
can be removed with success. It is readily grown from seed, which had
better be planted in the spring.
"Water Bekch — Carplnus Americana.
A small tree, called Hornbeam by many. The wood is exceedingly
hard and compact, but the small size of the tree renders it almost useless,.
Iron "Wood — Ostrya Virglnica..
This small tree is found disseminated throughout most of our wood-
lands. It is, to a considerable degree, ornamental, but of remarkably
slow growth. The wood possesses valuable properties, being heavy and
strong, as the name would indicate; yet, from its small size, it is of but
little use.
POPLAR.
The Poplars are trees of rapid growth. The wood is soft and white,
and is not very useful. They thrive on almost any arable soil, and are-
readily propagated from cuttings.
Balsam Topi.Aii—Pqpulus Candican^.
This tree is of medium size, and is known by several names : Wild
Balm of Gilead, Cotton Wood, &c. It grows in moist, sandy soil, on
river bottoms. It has broad, heart-shaped leaves, which turn a fine yel-
low after the autumn frosts. It grows more rapidly than any other of
our trees ; can be transplanted with entire success when eight or nine
inches in diameter ; and makes a beautiful shade tree — the most orna-
mental of poplars. The wood is soft, spongy, and nearly useless.
Quaking Aspen — P. Tremuloides.
A well-known, small tree. It is rather ornamental, but scarcely wor-
thy of cxiltivation.
428
Large Aspen — P. Grandidentata.
The largest of our poplars. It frequently grows to the height of sixty
or seventy feet, with a diameter of two and one-half feet. The wood is
soft, easily split, and used for frames for buildings. It is the most dura-
ble of all our poplars, and well worthy of our attention.
Sycamoke, oe Buttonwood — Platanus Occidentalis.
This, the largest and most majestic of our trees, is only found groAving
on the rich alluvial river bottoms. The tree is readily known, even at a
considerable distance, by its Avhitish smooth branches. The foliage is
large and beautiful, and the tree one of the most ornamental known. —
The wood speedily decays, and when sawed into lumber warps badly ; on
these accounts it is but little used, although susceptible of a fine finish. —
As an article of fuel it is of inferior merit.
Ca^'oe ~Biucii—BetuJa Pajvjracea.
A rather elegant and interesting tree. It grows abundantly in nearly
every part of the State. The wood is of a fine glossy grain, susceptible
of a good finish, but lacks durability and strength, and, therefore, is but
little used in the mechanical arts. For fuel, it is justly prized, is to a
considerable degree ornamental, and bears transplanting without difficul-
ty. The Indians manufacture their celebrated bark canoes from the bark
of this tree.
Kentucky Coffee Tkee — Gymnocladus Canadensis.
This singularly beautiful tree is only found sparingly, and on rich
alluvial lands. I met with it growing near the Peccatouica, in Green
County. The wood is fine-grained, and of a rosy hue ; is exceedingly
durable, and well worthy of cultivation. It is readily grown from the
seed, which should be immersed in boiling water for a few minutes, to
insure a rapid germinaton.
June Beery — Amdanchicr Canadensis.
A small tree which adds materially to the beauty of our woods in
early spring, at which time it is in full bloom. The wood is of no par-
ticular value, and the tree interesting only when covered with its white
blossoms.
429
EVERGREENS.
The Cone-bearing Evergreens — Coniferse — are peculiarly interesting,
as well for the invaluable qualities of their wood, as for their beauty, and
the shelter and protection they afford, especially during winter, when all
other trees are stripped of their green mantle. The seeds should not be
taken out of the cones until they are to be planted, in April or May. A
warm, sandy soil, which has a large proportion of decayed leaves, well
incorporated into it, is the most suitable for raising seedling Evergreens.
WmxE Pine — Plnus Strohus.
The largest and most valuable of our indigenous pines. The wood is
soft, free from resin, and works easily. It is extensively employed in
the mechanical arts for a great variety of uses. It is found in great pro-
fusion in the northern parts of the State. This species is readily known
by the leaves being in fives. It is highly ornamental, but in common
with all pines, will hardly bear transplanting. Only small plants should
be moved.
ISToKWAY, OK Rkd Pine — P. Jieslnosa.
Yellow Pine — P. Iftiis.
Two large trees, but little inferior in size to the White Pine. The wood
contains more resin, and is consequently more durable. The leaves of
both of these species are in twos. Vast quantities of lumber are yearly
manufactured from these two, together with the White Pine, and yet the
extensive pineries of the State are scarcely lessened.
Shrub Pine — P. Banksiana.
A small, low tree ; only worthy of notice here for the ornamental
shade it produces. It is found in the northern sections of the State.
Balsam Fir — Abies Balsamea.
This beautiful evergreen is multiplied to a great extent on the shores
of Lake Superior, where it grows forty or fifty feet in height. The wood
is of but little value. The Balsam of Fir, or' Canadian Balsam, is obtained
from this tree.
Double Spruce — A Nigra.
This grows in the same localities with the Balsam Fir, and assumes the
same pyramidal form, but is considerably larger. The wood is light, and
possesses considerable strength and elasticity, which renders it one of the
430
best materials for yards and top-masts for sliippiag. It is extensively
cultivated for ornament.
Hemlock — A . Canadtmsis.
The Hemlock is the largest of the genus. It is gracefully ornamen-
tal, but the wood is of little value. The bark is extensively employed in
tanning.
Tasiarack — Larix Americana.
This beautiful tree grows abundantly in swampy situations through-
out the State. It is not quite an Evergreen, it drops its leaves in winter,
but quickly recovers them in early spring. The wood is remarkably du-
rable, and valuable for a variety of uses. The tree grows rapidly, and
■can be successfully cultivated in peaty situations, where other trees
would not thrive.
White Cedak — Cupressus, Thyoides. (?)
Aebokvit Ji — Thuja Occidtntalis.
These two trees are indiscriminately called White or Flat Cedar.
They grow abundantly in many parts of the State, the latter in the
northern section. The wood is well known as being exceedingly durable,
furnishing better fence posts than any other tree, excepting the Red cedar.
Shingles and staves of a superior quality are obtained from these trees.
A beautiful evergreen hedge is made from the young plants, which bear
transplanting better than most Evergreens. They will grow on most
soils, if sufficiently damp.
BED CEDAE — JinupcTus Virguiiana.
This is the well-known tree that furnishes those celebrated fence posts
that "last forever." The wood is highly fragrant, of a rich red color,
and fine grained ; hence it is valuable for a variety of uses. It should
be extensively cultivated.
There are many shrubs and vines indigeneous to the State that are
worthy of notice for ornamental purposes, but it is not our purpose to
speak of them here.
TREES NOT FOUND IN WISCONSIN.
There are many trees that have not yet been found growing in the
State, the introduction and culture of which, we would especially recom-
laend. Among these are :
431
CucuMUER Tree — Magnolia xicuminata.
One of the largest and most beautiful of American trees. The wood
is soft, light, and valuable for many purposes ; but principally on account
of its ornamental grandeur, we would recommend its introduction and
cultivation.
Tulip Tree — Linodtndron Tulip'>fera.
This grand and noble forest tree is found in great profusion in Michi-
gan, Indiana, and most of the adjoining States, where it is called White
Wood or Poplar. The wood is of a yellowish color, easily worked, and
sufficiently close-grained to admit of a good polish — strong enough for
most uses, even where a considerable degree of strength is required. It
is used extensively in the mechanical arts for a great variety of purposes,
and grows rapidly. It is a beautiful tree, especially when covered with
its large, tulip-like blossoms. It flourishes best in a rich alluvial soil.
Chestnut — Castanea Vtsea.
A well-known, large and valuable. tree, of remarkably rapid growth.
It flourishes best in light, sandy, or gravelly soils. The wood is one of
the most durable, capable of resisting a succession of heat and moisture
for a considerable length of time; a valuable quality, which renders it
especially suitable for fencing. In favorable situations, this tree pro-
duces an abundant crop of delicious nuts.
There are many other trees worthy of introduction, but to the three
species mentioned, we would more especially call the attention of arbor-
iculturists. Should either of these be known, to grow within the State,
"we should be glad to be informed of the locality.
Locust — Bobinia Pseu-dacacia .
One word in relation to the Locust, so much cultivated as an orna-
mental tree. Its rapid growth and durable wood, is all it has to recom-
mend it. It is the last tree to put forth in the spring, and the first to
shed its leaves in the autumn ; which wither and fall Avithout displaying
any of those dying beauties so charming in many of our indigenous
forest trees. The Locust is liable to the attack of the " borer ;" an insect
which is extensively destroying it in the Eastern States. The branches
are so fragile, that the tree is frequently blown literally to pieces by the
wind; to obviate which, to a considerable degree, we should "shorten
in" all long and slender limbs. We cannot recommend its extensive
4-32
cultivation, when so many better and more profitable trees can easily be
obtained.
RAISING FOREST TREES FROM SEED.
In preparing seed-beds, a well drained, light, rich, sandy loam is best
for nearly all trees. Dig deep, at least eighteen inches, and prepare as
carefully as you would for a bed of choice vegetables. Plant in rows,
three or four inches apart one way, and two feet the other. It is of
great advantage to cover the surface of the ground, after planting, with
decayed leaves, in imitation of nature. By this mulching, the ground
will be kept moist, and thus facilitate the germination of the seed. The
seedlings should be transplanted in the nursery, when one or two years
old ; six or eight inches by three feet is the proper distance in the nur-
sery. It may, perhaps, be as well to plant the .seed in the nursery at
once, and save the first transplanting.
Planting. — In a timber plantation, the proper distance that trees
should be planted from each other, must vary with the species and size of
the young tree. The medium distance for trees of four or five years'
grovvth, is four feet each way. It must be remembered, that many more
must be planted than can grow to any great size. The object is to plant
the trees so close that they will mutually afi'ord protection to each other
from the sun and storm. They must be thinned out from time to time,
to give room for the most valuable, as they advance in size.
Time for Transplanting. — All deciduous trees — those that shed their
leaves in autumn — may be removed any time when the leaves are ofif*
Early spring is generally to be preferred. Evergreens are more success-
fully transplanted, when the new shoots are just springing, which, in this
climate, is about the first of June. Choose a damp, cloudy day, if pos-
sible ; otherwise cover the roots from the sun with straw, moss, or mat-
ting. This precaution is indispensable when moving Evergreens, for if
the fine rootlets ever become dry, the tree will surely perish.
Preparations for Planting. — Dig the holes before you procure the
trees, in order to avoid unnecessary delays, for the sooner the trees are
planted after they are dug up the better. Dig the holes for large trees six
feet in diameter, and eighteen inches deep — smaller ones in proportion.
Deposit the surface soil by itself, and if the sub-soil be poor, procure
enough of good to replace it, so as not to be under the necessity of using
433
this worthless soil dug from the bottom of the pit. Have ready good
substantial stakes, sufficiently stout to effectually prevent the trees from
motion. Do all this before you start for your trees, and not leave it to
be done when your "poor trees, like so many fish out of water, are
pantinf and suffering for a return to their native element."
Selecting and Digging up. — Procure trees of low and rather stalky
growth, from open grounds, if possible. Avoid those of tall and slender
form growing in deep and shady woods. Be sure the trees are healthy,
young and growing. Having selected your tree, dig a trench two or
three feet from the body all around it, deep enough to cut off every root;
then dig under until it is easily loosened and turned out of its bed. Be
careful and preserve every small root within the circle, for upon the pre-
servation of the rootlets principally depends your success. Lay the trees
upon a long wagon ; protect the trunks and roots from being bruised and
barked ; cover the roots if the sun shines, or if there is a drying wind at
the time.
Trimming and Setting out. — Cut off all the bruised and broken roots ;
next, cut off not less than one-half the top by shortening some, and cut-
ting other limbs entirely away, as the shape of the tree may require. Set
your trees no deeper than they originally grew, unless the soil be light
and sandy, when you may set them three or four inches deeper. Having
adjusted the roots in their natural position, drive your stakes before the
roots are covered, that you may avoid injuring them; then fill up with
finely pulverized surface soil, gently pressing it in every cavity. After
the roots are lightly covered, pour in one or two pails-full of water;
then finish by filling and treading it firmly.
Mulching. — Take half a bundle of straw to each tree; if the tree is
of a large size, spread it evenly about the roots, then cover slightly with
soil, leaving it a little "dishing;" this will prevent the evaporation of
moisture, and keep the soil light and porous, permitting the water to
penetrate freely. Old tan-bark or rotted chips will answer quite as well
for this purpose as straw. You must not water your trees too often.
Once a week, even during a protracted drought, is enough ; daily water-
ing is positively injurious. Do not consider the work completed until the
trees are secured from motion, by firmly fastening them to the stakes ;
for be assured, if they are permitted to move about with every wind,
they will perish. Transplanting trees in winter, with a ball of frozen
434
earth attached to the roots, is the most successful method of removing
large trees.
Concluding Remarks.
It is truly lamentable to see how much time and money is expended in
planting trees, which for the want of information as to the lohat, how,
and when, have already perished, or are in a most unfavorable state of
decline, manifest by the sickly foilage, denuded trunks, or already dry
and withered stems. And how could it be otherwise, since the trees
have been kidnapped — forcibly taken from their damp and shady forest
homes — the roots sadly mutilated, and then their long and slender trunks
cut in two in the middle, and one end, (but little matter Avhich) rudely
thrust into a "post-hole" in the ground, and there subjected to the
scorching rays of a midsummer sun ; and then, as if to add insult to
injury, they are asked to live, grow, and reward the perpetrator of all
these outrages against vegetable life, by a luxuriant, healthy shade, and
lovely ornament ! It has been truly said, that "judicious planting, and
the skilful culture of plantations, combine national and private interest
in an eminent degree ; for, besides the real or intrinsic value of the tim-
ber or ostensible crop, with other produce of woods, available for the
arts and comforts of life, judicious forest-tree planting improves the gen-
eral climate of the neighborhood, the staple of the soil as regards the
gradual accumulation of vegetable matter ; affords shelter to live stock ;
promotes the growth of pasture and of corn crops ; beautifies the land-
scape, and thus greatly and permanently increases the value of the fee
simple of the estate and adjoining lands." There is no country to which
these remarks would apply with more truth than to this. How naked and
cheerless those dwellings situated on the broad prairies, without a single
tree to enliven the scene, and speak of shady comforts ; but we hope to
see a different picture when the farmers turn their attention more to the
comforts and luxuries of Home. Finally, we say, plant trees young and
old, and recollect, " What is worth doing at all, is worth doing well."
Yours very faithfully,
P. R. HOY.
To Albert C. Inguam, Esq.,
Sec. of the Wis. State Agr. Society.
435
LAYING OUT GROUNDS, FLORICULTURE, &c.
MiLWAUKEK, December 10, 1852.
Dear Sir — It is with great pleasure that I comply with the re-
quest with which you honored me, to furnish a few ideas on the above
subjects, for the use of the State Agriciiltural Society. Deeming these
to be highly subsidiary to the great objects which the Society has in
view, I only wish the task had fallen into more competent hands. How-
ever, I trust my attempt may at least have the effect of stimulating
others, who have the capability to espouse the cause, and treat it more
thoroughly and scientifically, on a future occasion.
Laying out Grounds. — Under this head may be comprehended all
the operations requisite to the production of a finished residence, embrac-
ing the site for building, the embellishment of the grounds, and the
judicious disposition of the fields, garden, orchard, &c. After the land
is selected, the next important point is to choose the most eligible site
for building. The mansion and offices demand peculiar attention, as
they ought to form the centre of attraction, and present the prin-
cipal feature of the homestead, for there are assembled all those scenes of
usefulness, convenience, or elegance, which form the constituents of a
country residence. In selecting the situation, a variety of circumstances,
both of a local and general character, must be taken into consideration.
Proximity, or otherwise, to the boundary line, or public road, the suita-
bleness of the grounds contiguous for garden scenery, and trees, if any,
and their capability of aiding in the general effect, belong to the former;
to the latter, the prospect from the house, the view of the house from a
distance, shelter, facility for drainage, &c. A pleasant aspect for the prin-
cipal rooms is always desirable, and in the absence of any local objection,
perhaps that of the south, or south-east, would be the best. A south-
west aspect is objectionable from the constant dazzling rays of the sun
throughout the greater part of the day in summer, and a west aspect
from the prevailing icy winds of winter. A north aspect for the front
part of the house would at all seasons be too gloomy, although the view
from the windows in that direction might be the most pleasant, as all
vegetation looks the most luxuriant on the sunny side. A mere square,
or oblong house, can, therefore, have only one really good aspect, and it
naturally becomes a question as to what style of architecture would best
436
seciirc a variety of aspects, consistent with the irregularity of offices,
and other necessary appendages to a country mansion. The spirit of the
Gothic style, more than any other, admits of this irregularity ; and hence,
the prevalence of that style in modern country residences. Among the
advantages of this irregular style, one is, that it readily admits of addi-
tions in almost any direction, without compromising the character of the
tout ensemble. When, however, a rigid adherence to the principles of
good taste is aimed at, this style may not be always in keeping with the
character of the neighboring grounds or surrounding country. Perhaps
the more regular style of the Roman, or the simple style of the Grecian,
would be more in place. In this case, the offices and erections for farm-
ing purposes might better form a distinct and distant feature in the land-
scape, or otherwise be concealed by trees, shrubbery, or walls behind
the house.
The Lawjt. — Whatever may be the style of the house, it is almost
indispensable to a good residence to have a greater or less breadth of
lawn extending in difl'erent directions from the principal front. This may
be comprehended in one, or a series of terraces, or on a level, according
to the position of the house and taste of the owner. Thanks to modern
taste, and modern gardening, it is no longer considered necessary to have
a square, or quadrangular hedged-in, or walled-in depository of plants
to be called a garden. The whole lawn, or a portion of it, may be made
available for a flower-garden, and will aflford scope for a display of tas-te
either of the most simple or the most elaborate — but this part of the sub-
ject I shall resume in iLs proper place.
At this juncture, it is to be presumed that the woodman has spared
many trees, either single specimens, or groups, or both — for that reck-
less demolition of every tree and shrub round many settlements is lament-
able to behold, and cannot be too highly reprobated. Well may they be
called clearings ; to-day, the noble denizens of the forest proudly wave
their heads in stately grandeur, impressing the beholder with the power
and majesty of nature ; but to-morrow, alas, reveals another scene ! The
ruthless age has robbed fair nature of her ornaments, and left instead a
wilderness of ghostly stumps, guarded on every side — as if in very
mockery of their stability — with bristling lines of zig-zag fences. Here,
amidst this desolate array of stumps and rails, a family of young chil-
dren have to be reared, and what else can be expected but that the minds
of the latter will be as destitute of ideality and refinement as the aspect
43T
of the former is of comeliness. After a few years have elapsed, an em-
bryo orchard shoots up to relieve the general monotony, distinguished
by a number of green lines, so formally and abrubtly defined that it looks
like a thing per se, having no connection or harmony in itself, or with
anything else in nature.
Few States in the Union can compare with Wisconsin in the capability
of furnishing materials for creating beautiful landscapes ; nor need we go
out of it to seek for the choicest models. The world-renowned parks of
"Old England" do not afford better opportunities than our own oak
openings — with their graceful and flowing outlines, and their gently un-
dulating sweeps, the noble vistas — here contracted, there extended — in
this direction, radiant with some gleaming lakelet half concealed; in an-
other, reflecting sombre shadows from some lazy stream ; and as a whole,
producing such harmony of coloring, so rich a distribution of light and
shade as cannot fail to delight, but never cloy, the most artistic eye. —
When a dwelling is located amidst the oak openings, the occupant can
have no difficulty in laying out his grounds, for the scenery around will,
be suggestive of the character of all his out-door embellishments, and
his aim will be to make them tend to the idea of connectedness and con-
sistency with that. In such situations, to make startling: contrasts is
attended with no small amount of expense, and a demand of no common-
place skill. In this State, nature is so lavish of the materials for verdant
decoration that little or no expense need be incurred in furnishing, but
rather in thinning out, and only subduing a reasonable portion of the
land foi usefulness or convenience, without impairing any of the natural
or local beauties. When it is desired to give a park-like appearance to a
whole farm, where the land is well timbered, nothing can be more easy.
The square, or quadrangular form, may generally be the most convenient
for fencing off" the various fields, but it is not necessary that they should
assume that form. By a little management, the fences at a certain point
may be so concealed by clumps of trees left standing as to take away any
formality, and obscure the real boundary of a field. The size of the
fields, and the distance and distribution of the clumps, will of course de-
pend on the extent of the farm, and the purposes to which it is devoted.
The clumps of trees should consist of irregular, detached masses, or oc-
casionally single trees, when they possess individual beauty to recommend
them, and can maintain the idea of connectedness. Under this arrange-
ment, a farm would partake of the character of a forest scene subjected
' 438
to the plow; and if extensive, and really forest-like, resemble those
woody districts in Germany where "cultivation smiles in the glades and
recesses of eternal forests."
Fbnces. — Of all kinds of fences, the common rail or zig-zag fence
presents to the eye of strangers the most uncoiith appearance, as well as
that of a prodigal waste of the "raw material." Perhaps they may be,
in many instances, the most economical, as regards cheapness of con-
struction, strength and durability ; but where facilities exist for sawing
timber, these qualities might be made to combine with a more agreeable
form, and a tithe of the amount of material. The improved state of the
manufacture of iron, affords new and desirable accommodations in the
way of light, cheap and durable fences, desiderata of no small impor-
tance in districts, where wood is not abundant.
Planting. — When a necessity exists for planting young trees, either
near or remote from the house, as a general rule, a selection from those
found in the neigborhood would be best ; as they will not only better
harmonize with those around, but grow and thrive with more certainty
than others, transferred from a different soil and climate. As to the
best kinds for planting on the rich, black soil of our prairies, I have had
no opportunity of forming an opinion ; but I should expect that most of
the soft-wooded, rapid-growing kinds would succeed. As fencing must
be a comparatively expensive undertaking on extensive prairie lands, it
would be well for settlers thereon to provide themselves at the outset,
with seeds of such plants or shrubs as will most rapidly or permanently
afford them live fences or hedges. Of these may be mentioned the
Osage Orange, Locust, Buckthorn, Hawthorn, Beech, <fec. It is affirmed
by those who have had experience, that the Osage Orange will form a
hedge fence in five years from the time of sowing, capable of resisting
all sorts of cattle, and at the same time so compact as to produce a com-
plete barrier, even to rabbits and other small vermin. That this rapid
growing tree will survive the wii ters of this latitude, has been proved
beyond a doubt within the State, and in several instances. One fine,
thrifty tree may be seen in this city, in the garden of Lewis Potter, Esq.,
which has stood the test of over ten winters.
The Vegetable Garden. — This necessary appendage to a family
mansion, should, when circumstances permit, be formed convenient to
the rear of the building, out of the view from the principal rooms, and
439
the front approach. A very convenient locality would be such as to
have easy access to the domestic offices for culinary purposes, and to the
stables and farm buildings for manure.
The Orchard. — The situation of the orchard — all other circumstances
being suitable — might be near the gai'den ; and where a gardener or
overseer is kept, his house, together with the fruit house, and other
receptacles for the winter storage of roots and vegetables, might be very
properly placed between them.
The Road, or Approach. — When of any material length, the approach
should be formed so as to reveal gradually any natural or artificial
beauties the place affords, and each turn should be produced by some
gentle variation of the surface, a clump of shrubs or single trees. The
first or most distant view of the house, should be as favorable as
possible ; and the nearest or close view, to comprehend the front entrance
or porch, together with the most refined creations of ornament in its
vicinity, at a glance.
Walks. — These are often necessary accompaniments to home scenes
that cannot otherwise be seen except at certain seasons and conditions of
the surface. Walks should always bear some degree of analogy to the
scenes they pass through. Their course should be dictated by the range
of attractions to be seen, and their turnings by some local or accidental
beauty, being careful that there should be a sufficient reason for such
arrangement.
The Flower Garden. — There are perhaps few departments of out-
door pastime surrounded by more delightful and refining associations,
than the cultivation of a tasteful and elegant flower garden. It is a
field equally open and inviting to the humblest cottager and his wealthier
neighbor, as well a source of agreeable recreation to the son of toil
as to the heir of luxury. The flower garden is a never failing concomi-
tant of a refined civilization ; and the entire absence of flowers around a
dwelling, bespeaks either abject penury or a rude ignorance of the sweets
of life. In the gloomy retreats of forest life, what can be more refreshing
and delightful than the companionship of flowers ? Though all else
around be new, in these we can recognize the sweet companions of our
youth ; the silent, yet eloquent souvenirs of our early home and father-
land. If parents desire to cultivate in children their powers of fore-
thought and patience, let them give them a flower garden. The impres-
sions received there Avill be as lasting as life itself; and the maxims
employed to make them successful florists, will not be lost on their
character and moral bearing in after years. It is rarely that a parent is
found fond of his plants and negligent of his child; or gentle towards
his flowers, and rough towards his own kind. Hence, we might expect
that the cultivation of flowers will favor the amenities of domestic life,
and that a wide spread taste and interest in Floriculture, will be a remedy
for idleness and other demoralizing habits.
The flower garden, as I suggested before, might be consistently formed
on the lawn or terrace, in front of the house. The usual way is to cut out
certain figures in the turf, each figure or set of figures, to bear, in size,
a just proportion to the extent of the lawn, and the magnitude of the
house. In order to be effective, they should be symmetrical and have
one general character of outline, whether of straight, curved, or composite
lines ; nor should their size differ so much as to give the idea of large
and small ones mixed together. The figures, or system of figures,
however detached, should always be formed to harmonize with some
obvious design, and show decidedly their connection with a general
centre. Sharp angles or projecting points, should be avoided, as such
parts cannot be properly covered with plants, and must always have a
bad effect. Neither should the surface of the beds be much raised above
the level of the turf, for in such case they look blotchy, and the plants
in them too much subjected to the influence of drought for their health
and vigor. In planting the beds each may contain flowers only, or flow-
ers and shrubs mixed; but a better effect is produced by each having
only one kind of flowers, or one kind of shrubs, so as to form masses, or
shades of color to harmonize with those of the other beds. Of all
plants or shrubs, capable in themselves of forming an interesting and
varied flower garden, the rose, perhaps, stands alone. It is to be found
of nearly every shade of color, and by a judicious selection of kinds,
a continued succession of bloom may be had from June till December.
A very effective method would be, to have each bed filled with roses of
one color, containing a mixture of summer and autumn blooming kinds,
so that no bed would be without a perpetual display of flowers. A very-
neat method of keeping roses dwarfish and compact, is, to peg down the
branches to the ground : this will, at the same time, expose a greater
surface of the plants to the light, and induce an increase of foliage and
bloom.
441
The flower-garden should be well sheltered, either naturally or artifi-
cially, in the direction of the prevailing winds, but, if possible, open
towards the East, to allow the morning sun gradually to dispel the dew
or frost from the tender buds of plants, which are apt to suffer by a too
sudden transition from cold to heat when his rays burst upon them all
at once from over the tops of the trees — this is more especially the case
in spring.
I beieve that I have already entered as far into the details of the sub-
jects treated of as the nature of such a communication will admit, and
shall therefore conclude by answering briefly those of your queries not
already noticed. " Should there be trees allowed in the garden ? " To
this I should say yes, if in the flower garden, and provided they form ob-
jects of beauty in themselves, and stand detached from the mass. In
the vegetable garden, trees are unnecessary, as all culinary vegetables
require abundance of light and air, and the presence of trees would only
rob them of these, as well as of their legitimate quantum of moisture
and nourishment.
"What vegetables and fruits should the garden contain?" These
would be best dictated by the taste and wants of the cultivator. Almost
any seedsman can tell the relative proportions of a general collection of
garden seeds for a given space of ground. The usual fruits admissible
in a kitchen garden are gooseberries, raspberries, currants, strawberries,
grapes, &c. For the best method of cultivating these, and all sorts of
vegetables, I would refer your readers to Buist's "Family Kitchen Gar-
dener."
Yours truly,
THOMAS HISLOP.
To Albert C. Ingham, Esq.,
Sec. of the Wis. State Agr. Society.
AGEICULTURAL EDUCATIOiT.
State Universitt, Madison, December, 1852.
Dear Sir — In your note of November, you allude to an article fur-
nished by me for the first volume of the Transactions of the State Agri-
cultural Society, relative to the organization of an agricultural depart-
29
442
ment in the University ; and invite me to occupy a few pages in the
second Volume, in the further discussion of the same subject, or of any
other pertaining to the interests which your Society proposes to sub-
serve.
Since the natural sciences have been so largely pressed into the service
of the farming interests, the importance of professional schools of agri-
culture, one, at least, in each State, is fast becoming a conviction of the
popular mind. It is conceded that the young farmer, who proposes to
make himself eminent in his profession, will best approach the practice
of it, through an appropriate course of scientific training. But the pro-
per oroanization of such schools, and its position in the educational econ-
omy of the State, are still open questions.
Having stated in the last Volume of the Transactions, the grounds of
the opinion, that the object in view would be best attained by bringing
the Agricultural school into the University system, and placing it side by
side with the schools of Medicine, Law, and Normal Instruction, I have
no occasion to extend the argument on that point further.
But whether the Agricultural College be connected with the University
or not, the main object to be accomplished by its organization, is the
professional culture of the young men of the State, who are destined to
agricultural pursuits, and who resolve to work out their position in the
social economy, by making themselves eminent in their chosen art.
The functions of the agricultural school are, of course, instructional,
in the main — the inculcation of science in its various applications to the
production of the material of physical wealth. But such school should
not only be the repository of science for instructional uses, but should be
prepared to do something for the advancement of science itself, by anal-
ysis and experiment. Its permanent endowment and continued presence
as a public institution, would furnish the means for a survey of the State
with more especial reference to its agricultural capabilities. It should be
charged with a gratuitous analysis of soils for the benefit of farmers in
any section of the State, and the laboratory should be amply supplied
with the means of meeting all practical calls of this character.
The results of such analysis, in order to being of immediate practical
utility to the farmer, should be accompanied by suggestion of the crops,
to the growing of which the soil, in its natural state, is best adapted ; and
also of the specific manures which might be necessary to bring it into
443
condition to produce crops to which it was naturally unfitted. Farmers
who will thus avail themselves of scientific jvidgments of the capabili-
ties and the deficiencies of the soil which they have to deal with, will be
saved from many an expensive and unsuccessful experiment, as to the
crops which they can, most profitably cultivate, the kind of treatment
which may be necessary to prevent exhaustion, and the specific manures
which should be applied, to supply natural defects in the soil, to keep it
in heart, or to restore it if exhausted by ill advised and unthrifty cultiva-
tion.
Agriculture is eminently an experimental art, and past experience col-
lected, compared, classified ; reasoned out into conclusions and general-
ized into laws, constitutes the body of agricultural science as we now
have it ; which the analysis and the tests of the laboratory render of
cheap and discriminate application to the uses of the farmer. Without
these lio-hts and helps, agriculture may continue to be practised, as here-
tofore, on traditional maxims ; or, if it aim at higher conditions, must
accomplish its end by a grosser outlay of means, and at comparatively-
uncertain returns.
The functions of the Agricultural College, however, should not termi-
nate here. It is fairly to be expected of it that it should undertake the
great work of extending the boundaries of knowledge available to the
uses of the farmer. It should be the great store-house of statistical in-
formation, the watch-tower of varied and discriminating observation. It
should be diligent in the collation of facts, and in the development of the
lessons of value they are calculated to teach ; and should bring, as far
as practicable, every principle, thus reasoned out, to the test of rigid and
well guarded experiment.
It is here that the important agency of the experimental farm, as part
and parcel of the Agricultural College, is brought distinctly to view. It
is true, indeed, that every farmer may be an experimenter, and that every
departure from routine cultivation is an experiment. But if all farmers
were experimenters, our agricultural accounts would, in the agregate,
foot up disastrously at the close of the year. Random experiment
accomplishes but little, and that little at a large comparative outlay. It
is a species of lottery in which some prizes are drawn, but the blanks are
legion. Science must guide the hand of experiment if it is to be intelli-
gently and economically done.
Now it may be well asked, by what agency this needful service can be
rendered to the Agricultural interest, so efficaciously as by a well
endowed and well appointed school of Agricultural Science? Such
institution is to be presumed to be in possession of the results of past
observation and experience, and enabled to reason successfully from
the known to the unknown ; thus framing conclusions in advance of the
art in its existing conditions, probable, and if true, of value to the
practical farmer.
But a conclusion of science in advance of art, is not entitled to univer-
sal and confident reception, till subjected to the proper practical test of
-its truth. The experimental farm enables the Agricultural College to
perform this service for the farming interest, under conditions which are
a safeguard against those incidental and unobserved causes of error,
which are apt to affect ordinary farming experiment.
There are thousands of agricultural problems of great practical interest
to the farmer, whose early and undoubted solution may be best expected
from the Agricultural College, so endowed and so appointed, that no
philosophical conclusion, suggestive of progress and improvement, and
involving outlay in its adoption, need go forth to the community until
authoritatively tested through the agency of the experimental farm.
The functions of the Agricultuial College are, then, threefold. 1 . In-
structional ; 2. Analytic ; 3. Experimental.
In its first character, it is charged with the conservation and inculcation
of existing agricultural knowledge, to the end that the candidates for
eminence in this vocation, may carry into the field of their labors, that
professional preparation which the advanced condition of the art now
imperatively demands.
In its second ofiice, the Agricultural College is made immediately sub-
sidiary to the operations of the practical farmer, by enabling him, through
a special analysis, to apply the science, already acquired, to the circum-
stances by Avhich he is surrounded, and the physical elements with which
he has to deal.
Lastly, by bringing science into immediate contact with practice, and
furnishing it, through a suitable endowment, with ample means for pro-
secuting its researches and experiments intelligently, cautiously, and,
therefore, successfully, the Agricultural College is destined to accomplish,
in the line of valuable discovery, what could be hardly expected from
445
ordinary farming experiment, Tvitliout a far greater aggregate outlay of
means, and a lapse of time whicli, in this truly "fast" age, we cannot
very "well afford.
While every thing is in progression ai'ound us, it is not possible that
aa-riculture should remain unaffected. But it is not becoming that this
important interest, furnishing the material for all the rest, should lag in
the rear of the movement. Acceleration is the object of your Society;
and it is much to be doubted whether any single measure will be capable
of generating more momentum in the right direction than tlie organiza-
tion of a well endowed and well appointed Agricultural College.
With a high appreciation of the important service your Association is
rendering to the cause it represents,
I remain,
Your obedient servant,
J. H. LATHROP.
To Albert C. Ixgham, Esq.
Sec. of the Wis. State Agr. Society.
CLIMATE OF WISCO:^TSIN.
The connection existing between the Agriculture of any country and its
climate is of too intimate a character not to demand the attention of the Agri-
culturist. The following Tables of Meteorological Observations form a con-
tinuation of those presented in the First Volume of the Society's Transactions,
and taken in connection therewith, will exhibit, in some degree, the peculiarities
of the climate of this State. These Observations the Society is desirous of
extending over the whole State, so as to cover every variety of local circumstance,
and to continue them for a series of years, sufficiently long to cover every possi-
ble change of season.
The Society invites all who are engaged in these pursuits, to contiibute the
results annually for publication, believing that thus, in a few years, a mass of
information will be accumulated from which all that is desirable in regard to
our climate may be obtained, and made the basis of a future Essay on this
subject.
446
METEOROLOGICAL OBSERVATIONS
Made at Beloit College, Beloit, Wisconsin, for the Year 1852'
Latitude 42° 30' 23" N. Lono-itiide 12=' 03' 20" AV. from Washington.
Elevation above Lake Michigan, 172 feet ; above the Atlantic Ocean,
750 feet. By S. P. Latiirop, M. D., Professor of Chemistry and
Natural History.
MONTH.
BAROMETER.
THERMOMETER.
Clearness
of Sky.*
Prevailing
Winds.
Inch. Kain
& Melted
Snow.
MAX.
29.66
23.73
29.80
29.38
29.56
29.58
29.56
29.52
29.58
29.56
29.67
29.56
29.597
MIN.
MEAN
MAX,
58
48
72
72
85
89
92
93
88
76
50
55
93
MIN.
-18
0
4
20
35
43
51
52
37
32
11
-4
-18
MEAN.
21.44
30.26
34.00
43.83
60.61
68.13
74.16
7042
58.58
51.25
31.83
24.55
47.421
January . .
February..
March
April
May
June
July
August
September
October...
Kovember.
December.
Year
28.67
28.24
28.40
23.54
28.72
28.87
29.07
29.03
23.40
28.90
28.66
28.47
23.6G5
29.325
29.155
29.121
29.501
29.210
29.258
29.300
29.346
29.314
29.258
29.214
29.154
29.265
4.32
5.70
4.22
4.95
6.85
6.73
6.70
7.10
6.40
4.40
4.15
3.63
5.51
N.W. <fcS.W.
N.W.&S.E.
N.W. & K
N. & N. W.
S.E.&S.W.
S.W. & N.W.
N., S., & S.E.
N.E. & S.
N.<feS.
N. & S.
S.W., N.&K.W.
S.W. & S.
N.N.W. & S.W.
3.39
.84
6.75
3.99
4.75
2.15
3.49
1.02
2.91
4.98
2.43
3.30
40.00
* Clearness of Sky is indicated by numbers from 1 to 10 ; perfectly clear is marked 10.
The mean temperature of the past year is 47°.42l, being nearly a medium
of the two previous years.
The mean temperature of the Winter months of 1851-52 is 24°. 6, being a
lower temperature than either of the two former years, 1849-50 and 1850-51,
by some 2°. The temperature of the Spring months is 46''.146, being 0°.554
lower than that of the last year, and 2". 966 higher than that of the year pre-
vious to the last. The temperature of the Summer months is '70°. 57, being
2'='. 93 higher than that of the summer months of last year, and 0°.93 higher
than that for the year 1850. The temperature of the Autumnal months is
47'',22, being 3''.23 lower than that of last year, and 2°.35 lower than that
of the year before the last.
447
The average density of the atmosphere, as indicated by the baiometer, is
29,265 inches, being 0,0'74 inches lower than for last year, and 0,005 inches
lower than for the year 1850.
The amount of rain and melted snow for the year is 40 inches, being 15.9
inches less than last year, and 11,24 less than the year 1850. This amount
with the exception of the months of February and March, was quite equally
distributed through the year.
The amount of snow which fell in the winter of 1851-52, was more than in
either of the two previous years, being 30 inches, which was quite equally
distributed through the winter, with the exception of February and March —
February having 1.5 inches, and March 9 inches.
The crops of the past year were universally good crops, tliough not remark-
able for their great yield. Wheat, corn, oats, &c,, all did well. With potatoes,
there was scarcely any rot ; and the quantity of the tubers was probably never
better. The yield of grass was rather more than a fair one, though much put
back by the want of rain in June. Late crops were slightly effected by the
drought in August. Our prairie soil in this region is remarkable for its retention
of moisture, and the small extent to which the crops suffer when it is appa-
rently very dry. The presence of a stratum of fine, red, arenaceous clay, which
so generally underlies the surface soil of this district, seems to act an important
part in imparting this valuable property to our soils. No New England soil
.possesses this to so great an extent.
The chinch-hug appeared again in some places, in great abundance, doing,
as some think, much damage to the wheat crop. The amount of injury done
by this small insect will doubtless be little thought of, in a short time, and like
the cantharis cinerea, which was thought greatly to injure the potato crop,
will prove mostly, if not quite, a harmless insect.
The prevailing winds, as in the two years previous, were north and north-
west.
CALENDAR.
January l9th. — Splendid Auroral Arch, from 8j to 10 o'clock P. M.
February 18th, Aurora at 10 P. M.
March 7th, Wild Geese seen. — 8th, Thunder storm. — lOth, Meadow Lark
teard singing. — llth, Robbins singing. — 12th, Star of Bethlehem just up. —
13th, Hurricane at 4 P. M. — 14th, Hurricane at 9 P. M. — l7th, Aurora with
streamers. — 24th, Tiger Lily up. — 30th, Crown Imperial up.
448
April 2d, Anemone in flower; Wild Gooseberry in leaf. — 14th, Wild
Pigeons seen; Missouri currant in leaf. — 21st, Ground Ivy in flower. — 22d,
Arched Aurora at 9 P. M. ; Blood-root in flower. — 29th, Rainbow in the west
at 5^ A. M.
May 1st, Dutchman's Breeches and Dwarf Iris in flower. — 4th, Hood-leaved
Violet in flower. — 5th, Solomon's Seal and Jonquil in flower. — 6th, Hyacinth
in flower. — Vth, Missouri currant in flower. — 8th, Painted Cup, Wood Sorrel,.
and English Cherry in flower. — 10th, Spring Beauty and Wild Plum in
blossom; Burr Oak, Hickory, and Horse Chestnut in leaf; Peach, Pear, Apple,
Hound's Tongue, Puccoon, and Cranes-bill in blossom; Baltimore Oriole seen.
— 16th. Tulip in flower. — l7th, Flov/ering Almond in blossom; Black Oak
and White Oak in leaf. — 18th, Wild Columbine in flower. — 19th, Splendid
Aurora from 9f to 11, P.M. — 20th, Mandrake in flower. — 22d, Blue-eyed
grass in flower. — 24th, Tartarian and Fly Honeysuckle in flower. — 27th, Wild
Indigo and Wild Lupine in flower. — 29th, Snow-ball and Five-finger in flow-
er.— 31st, Lady's Slipper In flower.
June 2d, Locust, Scarlet Trumpet, Honeysuckle, Spiderwort, and Sweet-
scented Syringa in blossom. — 6th, Creeping Veitch in flower. — loth, LobeHa
Spicata in flower. — 19th, Fiudbeckias in flower. — 22d, Trilliums in flower. —
24d. Hair-bells and Golden Alexander in flower.
July 21, Hottest day of the year; Thermometer averaged 82° 5.
November Gth, First snow.
December 17th, Aurora. — 21st, Coldest day of the year; Thermometer
averaged 4°, 5.
449
METEOROLOGICAL OBSERVATIONS
Made at Milwaukee, Wisconsin, for the Year 1852. Latitude 43° 03' 45" N.
Lono-itude 87° 57' W. Elevation of the Cistern of the Barometer above Lake
Michicran, 15 feet ; above the Atlantic Ocean, 593 feet. By I, A. Lapham.
^ 1
•
CO
o
i
a
C
2?
C3
^
3
Sd
O
o
>
o
o
a
C3
1-3
P=^
^
<
S
►^
t-3
<
W
O
"R
o
>^
Barometer (inches)
At Sun rise
29.36
29.33
29.31
29.24 29.43
29.43
29.49
29.53
29.52
29.45
29.39
29.33
29.40
9 A.M
29.37
29.34
29.36
29.25
29.45
29.44
29.51
29.56
29.53
29.46
29.41
29.33
29.42
3P.M
29.34
29..33
29.30
29.23
29.42
29.42
29.49
29.53
29.49
29.43
29.38
29.31
29.39
9 P.M
29.33
29.36
29.30
29.25
29.44
29.43
29.49
29.53
29,51 29.45
29.40
29.34
29.41
Maximum
29.80
29.97
30.20
29.59
29.81
29.75
29.71
29.73
29.78
29.72
29.84
29.78
30.20
Minimum
28.79
28.34
28.51
28.73 28.90
29.03
29.17
29.22
29.07
29.06
28.83
28.61
28.34
Meau . .
29.36
29.34
29.32
29.24
29.44
29.43
29.49129.54
29.51
29.45
29.39
29.33
29.40
Temp, of Baromet.
At Sun riso
.30.81
39.00 41.00
44.80
57.32
57.32
69.32
68.16
60.80 56.93
42.23
37.87
50.46
9 A.M
31.10
39.00
41.13
44.30
57.26
57.26
70.32
68.29
60.53 56.10
42.23
37.51
50.42
3 P.M
35.23
43.38
44.19
47.73
60.71
60.71
73.77
72.00
64.00 58.78
^U.33
40.82
53.80
9 P.M
30.77
44.3146.19
45.60
60.87
60.87
72.77
70.35
63.70
58.87
45.37
41.93
53.88
Meau
33.48
41.42
43.13
45.61
59.04
59.01
71.54
69.70
62.26
57.67
43.54
39.53
52.16
Temperat. of Air.
At Sun rise
17.71
23.90
27.81
33.67
47.71
58.53
C2.S7
G0.52
51. .57
48.71
31.10
23.93
40.67
9 AM
19.51
27.31
31.55
39.77
.57.74
68.50
73.74
71.68
61.47
53.07
33.03
25.39
46.90
3 P.M
25.13
3317
.36.10
42.10 60.80
72.07
76.00
73.90
64.90
58.94
36.67
30.13
50.83
9P.M
20.55
27.78
32.45
37.13 52.32
63.63
08.68
(.6.45
57.37
51.77
32.90
26.64 44.64
Maximum
48
54
57
52
84
89
.91
.85
85
<36
.75
.48
.43 .91
Minimum
-19
3
1
21
30
45
.46
.51
.32
.16
.1 -19
Mean
20.72
28.03
31.98
38.17
54.65
65.66
70.32
68.13
58.82
53.12
33.42
26.52
45.80
Clearness of Sky."
At Sun rise
323
397
471
533
707
630
665
643
637
409
430
329
515
9 A.M
358
431
429
487
684
727
667
600
653
523
337
429
.531
3 P.M
368
548
307
343
643
570
660
710
653
584
290
274
495
9 P.M
507
669
316
483
764
673
765
790
677
497
353
319
568
Mean
389
511
381
461
701
650
692
687
655
503
365
338
528
Wind, (No. of Obs.)
1 t_From tho North..
1
■3
1
5
1
3
4
2
3
4
3
1
31
South..
5
2
0
0
2
2
5
7
4
8
4
6
45
East....
5
4
6
7
10
12
1
5
5
6
7
0
68
West....
33
34
10
12
6
20
11
13
19! 29
28
40
255
N.E....
11
3
27
47
29
14
29
28
17! 15
11
4| 235|
S.E
4
8
25
16
17
13
24
36
27
6
12
20
208
N.W....
46
33
35
18
24
17
19
10
26
27
45
28
328
3.W....
18
28
20
13
29
35
29
17
16
28
10
24
267
Calm,
1
1
0
2
6
4
2
6
3
1
0
11 271
Rain (JcMeltedSnow
Inches
1.13
1.00
4.56
2.64
1.95
2.46
3.27
0.58
2.30
4.87
2.72
1.85
29.33
* Entire clearness, being 1,000.
450
METEOROLOGICAL OBSERVATIONS
Made at Aztalax, Wisconsik, for the Tear 1852. Latitude 43' 04' N.
Longitude 88° 30 W. Elevation above Lake Michigan, about 230 feet.
By James C. Brattox.
c
a:
■-3
14.90
31.77
a
47.52
d
53.43
68.03
X
5c
<
57.39
9
E
S
a.
47.53
0
44.45
>
2553
c
0
0
0
Q
17.71
><
38.09
^San rise
22.35
26.87
i
9 A.M
20.23 •2S.55
32.48
39.35
58.00
68.69
73.97'
67.97
61.17
53.55
30.33
24.07
46.55
u
3 P.M
25.29'33.34'
33.03
49.33
70.10
78.50
S4.00
80.19'
69.30
61.00 34.83
29.55
54.04
1 <;9P.M
19.52
26.66
31i>0
35.00
54.80
67.90
67.23 65.81
53.17
5271
29.43
23.65
43.93
g
Mean
19.9S
27.72
32.14
38.86
57.60
67.13
72.06
68.34
57.79
52.85
29.95
24.24
45.72
e-i
Maiimum..
50
54
62
58
84
92
92
91
88
78
47
53
92
l^Mitiimum..
-21
2
-12
20
28
40
43
44
30
32
6
-3
-21
'Sunrise...
374
465
345
437
735
716
545
736
757
607
457
374
546
9A.M
357
486
345
437
733
723
568
736
710
616
420
419
552
il< 3 P.M
468
541
338
443
739
670
693
746
747
619
403
440
571
11
9 P.M...-.
543
645
298
477
790
733
735
836
880
563
433
433
615
s^
l^Me.-in
444
534
331
461
749
711
635
764
773
602
428
414
571
Days entirely clear
0
4
0
2
8
4
0
6
10
1
2
44
Entirely cloudy...
5
4
7
^
0
1
0
0
1
6
3
5
37
' From theX.
7
3
3
5
1
4
2
3
5
4
0
3
40
. rf
E.
0
1
2
2
3
0
0
0
0
1
0
2
11
" s.
0
3
3
2
3
2
0
0
11
0
9
3
5
4
8
3
3
3
4
0
6
5
1
1
53
36
" N.E.
4
2
4
6
1
0
4
3
4
5
0
3
36
"c'r
'■ S. E.
1 2
4
6
9
i ^^
5
7
3
1
1
3
5
57
" S.W.
' 10
8
4
7
7
2
3
6
5
1
4
12
9
4
8
7
6
15
10
10
1
18
! 11
1
9
78
99
LCalm
3
4
3
12
20
22
3
20
14
17
13
; 8
139
Eain and ilelted )
Snow (inches) ^
1.69
0.90
a9o
2.07
i.a4
3.70
4.75
1.50
2.02
3.75
a80
i
1.75
31.17
451
METEOROLOGICAL OBSERVATIONS
Made at Baraboo, Wisconsin, for the Year 1852. Latitude 43'' 29' N.
Longitude 89=' 14' W. By B. F. Mills.
b
e
p
B
a
14.17
g February.
a
23.66
<
32.89
52.93
c
B
3
62.04
"p
►--,
63.85
tc
3
<
59.41
53
B
ST
50.45
o
S
o
O
£
o
12
.
o
.a
a
o
o
o
Q
19.11
38.86
'Sun rise...
44.21
23.61
ti
9A.M
19.41
27.05
31.61
41.76
63.18
73.29
77.25
74.86
60.90
52.45
30.31
23.01
48.75
g
3P.M
23.91
33.61
37.04
4840
69.95
78.42
83.13
78.97
67.83
60.29
32.62
26.69
53.40
9P.M
16.84
23.84
28.93
37.13
54.62
60.6?
66.66
61.00
52.32
47.99
25.44
21.11
41.38
Mean
18.46
26.03
30.09
40.04
60.15
68.58
72.75
68.08
57.56
51.12
28.00
22.54
45.28
H
Maximum..
52
51
65
63
89
93
95
88
85
77
44
49
95
Minimum..
-23
-6
-7
18
30
45
50
42
30
26
-2
-9
-23
^ .
'Sunrise...
261
472
396
300
558
706
500
540
543
241
256
219
416
9 A.M
267
434
401
306
525
630
530
583
551
409
193
209
419
rs^
3P.M
377
354
206
316
519
566
519
600
496
500
226
193
406
C "3
9P.M
429
520
251
493
648
666
583
696
640
412
411
145
491
^Mean
333
445
314
354
562
642
533
605
570
393
271
191
434
Days entirely clear
1
0
0
1
1
1
1
0
1
0
0
0
6
Entirely cloudy
8
6
9
G
2
0
0
0
1
6
10
10
58
rPromtheX.
2
0
4
0
0
0
1
0
0
8
6
0
21
— ; ^
S.
0
5
1
1
8
14
7
3
3
4
3
1
50
^1
Cm ^
'• E.
3
34
2
38
14
33
18
35
7
24
0
11
1
9
2
11
0
12
3
20
8
26
10
41
68
294
iM<
" KE.
8
3
5
2
0
0
4
5
4
15
4
4
54
.2 0
" S.E
11
0
22
19
23
7
4
17
15
19
3
7
147
o o
•* N.W.
37
21
9
2
3
12
4
12
16
8
3
1
128
" S.W.
16
18
14
8
9
28
45
24
30
19
17
18
246
^Calm
13
29
22
35
50
48
.49
50
40
28
50
42
456
Rain and Melted )
Snow (inches) ^
»
1.420
4.183
3.465
1.630
3.665
3.980
2.445
1.700
4.857
2.407
1.510
31.26
452
METEOROLOGICAL OBSERVATIONS
Made at Kenosha, Wisconsin, for the Year 1852. Lat. 42" 35' N. Long.
87" 50' W. Elevation above Lake Michigan, 35 feet. By John Gridlet.
w
o
OS
»
a
'Sun rise...
9 A.M
3P.M
9P.M
Mean
Maximum.
^Minimum..
San rise...
9 A.M
O g
S'g <(3P.M
CO
Q) I— i
9 P.M.
Mean..
a!
c
ca
1-3
22.09
25.G3
31.2C
28.04
26.25
45
-18
o
o
Days entirely clear
Entirely cloudy...
fFromtheK
S.
E.
W.
. TO
c o
S re
qO
W.E.
S. E.
N.W.
S.W,
Calm
409
429
532
441
4
■5
5
6
1
31
11
0
9
17
33
24.62
30.00
35.41
29.00
29.76
57
5
29.13
^
^
34.60
393 345
540
617
707
552
6
3
1
6
10
36
o
0
20
7
26
33.6340.93
40.20 42.36
34.60 36.43
34.39
57
5
490
567
416
361
458
2
3
3
6
24
32
10
6
10
6
23
38.5S
51
19
683
496
473
550
550
7
2
2
2
16
27
^4
2
1
3
25
'43.32
53.61
57.74
30.93
52.45
86
33
658
713
648
670
672
7
0
4
12
13
15
29
6
5
6
30
30 6
56
63.87
65.87
61.10
61.78
85
40
723
803
626
616
692
3
34.00
73.55
72-36
68.70
69 45
89
49
790
832
751
739
778
6
6
9
33
9
4
5
7
25
3
3
I
0
0
9
10
27
28
l'
3
8
30
p..
xn
57.61
68.03
71.64
63.70
65.24
81
50
674
703
780
703
715
7
1
2
2
24
7
25
1
2
4
52
52.83
62.43
63.40
54.00
58.14
80
37
740
663
643
643
675
8
2
5
7
22
24
8
6
6
2
32
q
o
O
£
c
S
o
Q
49.90
28.96
23.51
40.16
50.83
34.47
26.39
46.91
51.71
35.G6
30.35
49.83
48.84
32.60
26.39
45.11
50.32
32.92
26.66
45.16
79
47
49
89
35
17
7
-18
468
384
342
557
471
348
416
580
507
220
374
540
461
448
445
573
475
350
394
562
4
2
3
67
6
8
4
34
8
2
3
41
10
0
5
71
11
10
3
153
20
21
21
294
16
1
2
■175
0
9
8
43
10
22
28
121
7
7
10
84
26
34
32
368
453
METEOROLOGICAL OBSERVATIONS
Made at Emerald Geove, Rock County, Wisconsin, for the Year 1852.
Latitude 42° 3r N. Longitude 88° 54^ W. Elevation above Lake Mich-
igan, 408 feet ; above the Atlantic Ocean, 986 feet. By Orrin Densmore.
§
14.63
3!
3
22.31
i
26.16
1 April.
o
47.48
d
5
•-5
56.06
63.32
2
So
■<
58.71
b^ September.
a
X>
c
o
O
46.03
o
a
3
o
12;
25.90
o
c
a
19.64
a
38.59
'Sun rise
d
9 A.M
17.42
26.65
32.22
40.36
59.64
69.90
75.22
71.45
59.53
52.32
29.87
22.35
46.41
s
3P.M
24.22
32.14
38.84
46.23
68.80
76.83
80.87
78.58
65.63
58.68
33.36
28.13
52.69
? ^
9 P. M
16.58
24.58
30.48
37.36
52.00
61.13
66.16
63.90
55.20
43.51
27.70
20.87
42.04
§
H
Maximum..
47
49
73
60
84
91
92
91
83
73
47
52
92
H
Minimum..
-24
-7
0
16
31
40
51
49
37
31
8
-2
-24
^Mean
18.21
26.42
31.84
39.06
56.49
65.97
71.39
68.14
57.75
51.38
29.20
22.91
44.89
'Sunrise...
261
399
371
333
671
610
603
555
590
377
233
232
411
2-^
^ a
9 A.M
264
520
383
346
532
533
464
516
573
403
223
255
418
|1^
3P.M
322
520
287
270
561
523
506
574
513
503
223
227
419
9P.M
545
545
293
413
564
646
684
745
623
471
350
251
510
O
^Mean
347
495
333
340
582
570
564
597
575
439
257
233
442
Days
entirely clear
1
0
0
0
1
0
0
0
1
2
1
0
6
Entire
ily cloudy...
1
5
7
6
1
0
0
1
1
7
8
11
4&
'From theN.
17
4
9
16
7
4
3
19
9
9
10
13
120
• CO
S.
11
3
18
2
24
13
25
23
25
30
2
11
187
.S.2
E.
4
10
20
29
20
4
7
21
9
9
10
12
155
W.
16
23
15
14
11
19
9
9
19
21
25
28
209
" X.E.
6
1
13
9
8
6
9
11
12
14
16
5
110
" S. E.
8
2
6
8
11
3
15
9
10
8
14
21
115
«l
" N.W.
" S.W.
31
28
36
32
29
13
22
8
15
23
25
29
12
26
1
9
14
10
15
13
21
16
10
23
231
230
.. Calm....
3
5
1
12
5
17
18
22
12
5
6
1
107
454
METEOROLOGICAL OBSERVATIONS
Made at Platteville, Wisconsin, for the Year 1852. Latitude, 42° 45' N".
Longitude 90° W. Elevation above the Mississippi, about 200 feet. By J.
L. PiCKARD.
p
•-3
6
a
P
1
<
35.07
>>
53.58
d
p
58.93
>->
59.10
to
3
biJ
<
62.26
CJl
i^ September.
o
o
O
46.61
a
o
24.50
a
s
a
17.74
39.36
'Sun rise....
14.61
21.34 26.68
i
9A.M
19.01
27.49 34.74
43.03
62.45
70.09
71.15
73.45
61.43
54.58
28.97
20.35
47.22
14
3P.M
23.13
34.97
41.19
51.57
72.74
79.23
78.14
83.87
71.80
61.52
34.13
23.97
54.68
o ^ 9P.M
16.58
25.72
32.45
33.80
58.36
64.53
66.18
69.58
58.90
51.22
27.60
19.42
44.11
Mean
18.35
27.38
33.76
42.12
'61.78
68.39
68.64
72.29
61.03
53.48
28.80
20.37
46.36
Maximum..
54
54
80
74
87
96
95
96
93
85
46
46
96
^Minimum..
-2S
-6
-4
16
30
42
43
47
34
34
2
12
-28
^Sun rise....
300
500
450
300
500
650
600
600
600
400
200
300
450
^-3
9 A.M
400
550
275
300
600
600
600
600
600
500
200
300
450
o a
Sg-o<(3P.M
400
500
350
400
600
550
500
700
500
500
300
.300
475
"1
9P.M
400
575
300
500
700
700
700
600
600
400
400
300
525
gh-H
3
Mean
375
531
345
375
600
625
600
625
575
450
275
300
473
Prevailing Winds.
N.W.
W.
N.W.
N.W.
S.E.
S.W.
S.W.
E.
W.
S.E.
N.W.
N.E.
N.W.
Rain and Melted ^
Snow (inches) 5
1.08
0.20
5.00
2.57
3.56
2.90
3.00
1.50
2.00
5.63
2.63
1.00
32.07
No. of days Rain ?
fell 5
6
3
17
16
11
8
6
7
8
12
14
16
124
Whole amount of Snow, 45 inches.
The more remarkable phenomena of the year are — Very brilliant Aurora, Feb. 17, 18 and
19th; Snow accompanied by vivid Lightning and heavy Thunder, April 10th ; Rain night of
June 1st and 3d, 3.65 inches ; First Snow, November 10th.
A peculiar rustling noise was observed on the evening of the 27th of October, as of a large
flock of birds passing rapidly from N.W. to S.E. I am contident it could not have been
produced by birds, as it was time of full moon, perfectly clear, and no birds were to be seen,
though the noise produced was immediately over our heads.
455
METEOROLOGICAL OBSERVATIONS
Made at Summit, Waukesha Countt, AVisconsin, for the Year 1862. Latitude
43« 05' N. Longitude 88'' 30' W. Elevation above Lake Michigan, about
300 feet. By Edward W. Spencer.
o
'^Sun rise..
9 A.M....
3 P.M....
|-|^9P.M.
g Meau ,
a
u.
cd
C9
3
>H
a
^
ra
a
1-3
tq
a o
.2 0
a> . I
^P 1
Maximum..
.Minimum..
From theN.
S.
E.
W.
N.E.
S.E.
N.W.
S.W.
(^Cloudy
" Fair
Rainy
LSnowy
1468
17.39
24.03
19.71
18.94
42
-22
0
4
1
5
3
2
13
3
19
10
0
2
20.97
24.67
32.17
26.13
25.99
52
0
1
3
0
8
3
3
7
4
13
13
0
3
24.97
2D.55
36.94
31.8-
30.84
62
-14
1
3
2
3
4
0
8
4
13
9
7
2
a,
31.60
39.23
46.20
38.30
38.83
65
20
0
0
4
2
8
2
10
4
14
10
6
0
47.16
59.51
66.51
54.55
57.00
82
28
0
1
5
4
4
4
7
6
3
23
5
0
^
►^
.4J
3
tc
<
s
CO
0
0
0
s
0
©
e
0)
0
0
Q
54.30
59.84
57.39
49.13
45.58
26.10
20.00
37.64
67.40
71.93
69.70
59.70
51.68
29.73
2297
45.29
72.47
78.10
76.42
66.27
59.32
33.63
27.35
51.64
64.73
69.93
67.84
58.50
52.29
28.07
23.65
4463
64.72
69.96
67.84
58.40
52.47
29.84
23.50
4486
88
88
88
85
76
43
51
88
36
40
46
30
28
9
-2
-22
1
1
1
0
0
1
0
6
3
1
5
1
2
1
4
28
2
0
2
4
1
2
4
27
3
o
0
4
7
6
9
53
■2
7
11
3
4
3
0
52
1
2
4
6
0
5
4
39
8
7
3
7
6
8
5
89
10
9
5
5
9
4
5
68
3
3
11
8
8
22
18
135
24
21
17
16
16
2
5
166
3
7
3
6
.7
4
1
49
0
0
0
0
0
2
6
15
Total depth of Snow, 35 inches.
New York Botanical Garden Libra
3 5185 00257 5874
vw
i m
i