| Year |
|
|
Keyword |
|
Event and Description |
| 1100 |
ag |
* |
Plow |
A |
Iron
plows with wheels will replace wooden plows in much of northern Europe in
this century. Food will become more abundant as a result of such agricultural
improvements, but France will nevertheless have 26 famines, and England will |
| 1400 |
ag |
* |
Econ |
E |
The
rise of capitalism in the first half of this century will begin a 3-century
advance in Europe’s agricultural technology. |
| 1701 |
ag |
* |
Plow |
A |
A
seed-planting drill invented by Berkshire farmer Jethro Tull, 27, sows three
parallel rows of seeds at once and will increase crop yields by reducing seed
waste (see 1782; Swift, 1726). |
| 1774 |
ag |
* |
Ames Company |
K |
Bridgewater,
Massachusetts, blacksmith John Ames uses bar iron to fabricate shovel blades
that will replace the hand-hewn shovels and imported English shovels now used
in America (see 1803). |
| 1784 |
ag |
* |
Plow |
A |
English
farmers show little interest in an iron plow developed by inventor James
Small, continuing to use wooden plows (see Wood, 1819). |
| 1786 |
ag |
* |
Reaper |
A |
Scottish
millwright and agricultural engineer Andrew Meikle, 67, develops the first
successful threshing machine. It rubs the grain between a rotating drum and a
concave metal sheet, employing a basic principle that will be used in future
threshing machines (see 1831). |
| 1792 |
ag |
* |
Whitney |
K |
Eli
Whitney, 26, invents a cotton “gin” that will revolutionize the economies of
the United States and Britain. Just out of Yale, the mechanical genius has
been visiting at Mulberry Grove on the Savannah River, Georgia plantation of
Katherine Greene, widow of Gen. Nathanael Greene, who died 6 years ago at age
43. She met Whitney aboard ship while he was en route to the Carolinas for a
tutoring position, she has invited him to Mulberry Grove, and he has observed
that upland short-staple cotton has green seeds that are difficult to
separate from the lint, quite unlike the long-staple sea-island cotton whose
black seeds are easily separated and which has long been a staple of American
commerce. |
| 1803 |
ag |
* |
Shovel |
E |
The
Ames Shovel Co. started by John Ames in 1774 is taken over by his son Oliver,
who invests $1,600 to expand operations and moves the firm to Easton, Mass.
Faced with little competition, Ames shovels will be the largest-selling |
| 1819 |
ag |
* |
Plow |
A |
An
improved plow, patented by Cayuga County, N.Y., farmer Jethro Wood, 45, is
constructed in several major pieces so that a farmer who breaks one part can
replace it without having to buy a whole new plow. Other plowmakers will
infringe on Wood’s patent, and many farmers will insist that cast-iron plows
poison the soil and will refuse to give up their old wooden plows (see 1784;
Deere, 1837). |
| 1826 |
ag |
* |
Reaper |
A |
The
first workable reaper joins two triangular knives to two horizontal bars at
the front of a machine that is pushed through a field of ripe grain by two
horses. Scotsman Patrick Bell’s lower bar is fixed, while the upper bar is
geared to the ground wheels to give it a reciprocal motion; revolving sails
hold the grain to the knives while a canvas drum lays aside the stalks in a
neat swath, but horses cannot see ahead, they resist pushing Bell’s reaper,
it is difficult to turn, and will achieve only moderate success (see
McCor-mick, 1831). |
| 1831 |
ag |
* |
Reaper |
A |
The McCormick reaper that
enables one man to do the work of five is demonstrated by Virginia farmer
Cyrus Hall |
| 1833 |
ag |
* |
Reaper |
A |
A
reaper patented by Cincinnati Quaker inventor Obed Hussey, 41, will rival the
1831 McCormick reaper and beat it to market. Hussey’s reaper will go into
production next year and be snapped up by midwestern grain farmers;
McCormick’s machine will not go into production until 1840 and will encounter
resistance from farmers in hilly Virginia (but see 1847). |
| 1834 |
ag |
* |
Reaper |
A |
Cyrus McCormick receives a
patent for his reaper of 1831 and Obed Hussey begins manufacturing his reaper
(see 1833; |
| 1837 |
ag |
* |
Plow |
A |
A
self-polishing steel plow fashioned by Vermont-born blacksmith John Deere,
32, at Grand Detour, Ill., can break the heavy sod of the Illinois and Iowa
prairie. Deere chisels the teeth off a discarded circular saw blade of
Sheffield steel, creates a plow with the proper moldboard curve for breaking
the sod, and saves farmers from having to pull their plows out of furrows for
repeated cleaning with wooden paddles. The Deere plow will permit efficient
farming in vast areas that have defied earlier efforts (see 1839). |
| 1837 |
ag |
* |
Reaper |
A |
The
first steam-powered threshing machine, patented by Winthrop, Maine, inventors
John A. Pitts and Hiram Abial Pitts, separates grain from its straw and chaff
with far less effort than was heretofore required (see Case, 1843). |
| 1840 |
ag |
* |
Reaper |
A |
Manufacture
of the McCormick reaper begins with improvements added by McCormick to his
original 1831 machine (see 1834; 1847). |
| 1843 |
ag |
* |
Reaper |
A |
The
J. I. Case threshing machine is introduced by former Oswego County, N.Y.,
farmer Jerome Increase Case, 24, who last year came West with six of the best
threshing machines he could buy, sold five to prairie farmers, used the sixth
to thresh wheat for farmers in Wisconsin, learned from experience the
deficiencies of existing machines, and used money earned while learning to
develop a superior machine. Case will build a factory at Racine, Wis., and
develop a sales organization that will make J. I. Case the world’s largest
thresher producer and a major manufacturer of farm steam engines, tractors,
and other farm equipment (see 1837; 1908). |
| 1845 |
ag |
* |
Remington |
K |
The
Ames & Co. arms factory at Springfield, Mass., is acquired by Eliphalet
Remington, 53, who has been making rifles at Ilion, N.Y., since 1828 and will
contract for government work (see Oliver Ames, 1803; Remington typewriter,
1874). |
| 1847 |
ag |
* |
Reaper |
A |
Obed
Hussey introduces an improved version of his 1834 reaper, but he has moved
his works to Baltimore and lacks the central geographical location (and
capital) to compete successfully with McCormick. |
| 1847 |
ag |
* |
Reaper |
A |
Cyrus
McCormick forms a partnership with C. M. Gray and builds a three-story brick
reaper factory on the north bank of the Chicago River near Lake Michigan (see
1834). McCormick has rejected sites at Cincinnati, Cleveland, Milwaukee, and
St. Louis, deciding that Chicago may still be a swamp but is receiving great
tonnages of grain via William Ogden’s new Galena and Chicago Union Railroad
and is clearly destined to become a grain transportation center (see
1848). |
| 1850 |
ag |
* |
Reaper |
A |
Cyrus McCormick buys out William
Ogden for twice the $25,000 Ogden invested in McCormick’s Chicago reaper |
| 1851 |
ag |
* |
Reaper |
A |
Cyrus McCormick exhibits his
reaper at the London Great Exhibition, produces 6,000 reapers, and begins to
enlarge |
| 1869 |
ag |
* |
Plow |
A |
The
first U.S. plow with a moldboard entirely of chilled steel is patented by
James Oliver who has established the Oliver Chilled Plow Works (see
1855). |
| 1872 |
ag |
* |
Milk |
S |
Louis
Pasteur publishes a classic paper on fermentation showing that it is caused
by microorganisms. |
| 1884 |
ag |
* |
Navistar |
A |
Reaper
magnate Cyrus McCormick dies March 13 at age 75, leaving a fortune of $200
million to his widow, four sons, and three daughters. His son Cyrus, Jr., 25,
assumes the presidency of McCormick Harvesting Machine Co. (see International
Harvester, 1902). |
| 1889 |
ag |
* |
Cotton |
A |
The
first spindle-type cotton picking machine is tested by U.S. inventor Angus
Campbell whose machine will not be developed and produced commercially for
more than half a century (see Rust, 1927). |
| 1892 |
ag |
* |
Deere |
A |
The
first successful U.S. gasoline tractor is produced by Waterloo, Iowa, farmer
John Froelich who will organize Waterloo Gasoline Traction Engine Co. early
next year. John Deere Plow will acquire it (see 1902). |
| 1902 |
ag |
* |
Navistar |
A |
International
Harvester is founded by Cyrus McCormick, Jr., who persuades J. P. Morgan to
underwrite a trust that merges the four top U.S. harvesting machine makers.
Charles Deering of William Deering & Co. is chairman of the board,
McCormick president, and the company controls 85 percent of all U.S. reaper
production (see 1884). |
| 1911 |
ag |
* |
Ag |
A |
U.S.
inventor Benjamin Holt devises an improved combine that harvests, threshes,
and cleans wheat (see 1904; 1905; Industrial Commission, 1901). |
| 1916 |
ag |
* |
Co. |
A |
Funk
Brothers of Bloomington, Ill., ships the first hybrid seed corn to a
Jacobsburg, Ohio, farmer. He pays $15 per bushel (see East and Shull, 1921;
Golden Bantam, 1933). |
| 1927 |
ag |
* |
Cotton |
A |
The
mechanical cotton picker perfected by Texas inventor John Daniel Rust, 35,
and his 27-year-old brother Mack will have a profound social impact on the
South when marketing of the machine begins in 1949 (see Campbell, 1889). The
Rust cotton picker inserts a long spinning spindle with teeth into the cotton
boll, winds up the cotton, picks it out, and is kept wet to facilitate
removal of the cotton from the teeth. It picks a bale of cotton in one day,
and it will spur migration of blacks to northern cities as it reduces the
need for field hands (see 1949). |
| 1944 |
ag |
* |
Ag |
A |
A “Green Revolution” moves
forward outside Mexico City as former E. I. du Pont plant pathologist Norman
Borlaug, |
| 1949 |
ag |
* |
Cotton |
A |
The Rust cotton picker of 1927
goes into mass production at Allis-Chalmers Corp. in Milwaukee and Ben
Pearson, Inc., |
| 1954 |
ag |
* |
Ag |
A |
A
breakthrough in wheat genetics achieved by University of Missouri plant
geneticist Ernest Robert Sears, 44, does for wheat genetics what Russia’s
Dmitri Mendeléev did for chemistry in 1870. Sears shows that specific
chromosomes in wheat can be substituted to achieve desired changes, and he
raises hopes for new hybrid wheat strains that will raise yields and will
increase resistance to disease and drought. |
| 1955 |
ag |
* |
Ag |
A |
Dwarf indica rice, introduced
into Taiwan (Formosa), is higher yielding than most varieties but requires
lots of fertilizer |
| 1962 |
ag |
* |
Ag |
A |
An International Rice Research
Institute (IRRI) is established in the Philippines at Los Baños with support
from both the |
| 1964 |
ag |
* |
Ag |
A |
High-yielding dwarf strains of
indica rice are introduced on experimental basis under the names IR5 and IR8
by the |
| 1965 |
ag |
* |
Ag |
A |
Dwarf Indica rice with higher
per-acre yields is introduced in India, the Philippines, and other Asian
nations (see Taiwan, |
| 1968 |
ag |
* |
Ag |
A |
Improved IR-8 rice strains from
the IRRI in the Philippines produce record yields in Asia (see 1962; 1964).
But the |
| 1968 |
ag |
* |
Ag |
A |
India’s wheat production is 50
percent above last year’s level as a result of intensive aid by Ford
Foundation workers |
| 1972 |
ag |
* |
Ag |
A |
Soviet grain buyers arrive in
the United States in late June, find U.S. wheat for July delivery selling at
$1.40 per bushel, |
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