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See also: American botanist, was See also: born at See also: Paris, See also: Oneida county, N.Y., on the 18th of See also: November 1810
.
He was the son of a See also: farmer, and received no formal See also: education except at the See also: Fairfield (N.Y.) See also: academy and the Fairfield medical school
.
From Dr See also: James Hadley, the professor of chemistry and materia medica he obtained his first instruction in science (1825-1826)
.
In the spring of 1827 he first began to collect and identify
See also: plants
.
His formal education, such as it was, ended in See also: February 1831, when he took the degree of M.D
.
His first contribution to descriptive botany appeared in 1835, and thereafter an uninterrupted series of contributions to systematic botany flowed from his See also: pen for fifty-three years
.
In 1836 his first botanical text-See also: book appeared under the title Elements of Botany, followed in 1839 by his Botanical Text-Book for Colleges, See also: Schools, and Private Students which See also: developed into his Structural Botany
.
He published later First Lessons in Botany and See also: Vegetable Physiology (18J7); How Plants Grow (1858) ; See also: Field,
See also: Forest, and Garden Botany (1869); How Plants Behave (1872)
.
These books served the purpose of developing popular See also: interest in botanical studies
.
His most important See also: work, however, was his See also: Manual of the Botany of the See also: Northern See also: United States, the first edition of which appeared in 1847
.
This manual has passed through a large number of See also: editions, is clear, accurate and compact to an extraordinary degree, and within its See also: geographical limits is an indispensable book for the student of American botany
.
Throughout his See also: life See also: Gray was a diligent writer of reviews of books on natural
See also: history subjects
.
Often these reviews were elaborate essays, for which the books served merely as texts; often they were clear and just summaries of extensive See also: works; sometimes they were sharply critical, though never See also: ill-natured or unfair; always they were interesting, lively and of See also: literary as well as scientific excellence
.
The greater See also: part of Gray's strictly scientific labour was devoted to a See also: Flora of See also: North See also: America, the See also: plan of which originated with his early teacher and associate, See also: John
See also: Torrey of New See also: York
.
The second See also: volume of Torrey and Gray's Flora was completed in 1843; but for See also: forty years there-after Gray gave up a large part of his See also: time to the preparation of his Synoptical Flora (1878)
.
He lived at the See also: period when the flora of North America was being discovered, described and systematized; and his enthusiastic labours in this fresh field placed him at the See also: head of American botanists and on a level with the most famous botanists of the See also: world
.
In 1856 he published a paper on the distribution of plants under the title See also: Statistics of the Flora of the Northern United States; and this paper was followed in 1859 by a memoir on the botany of See also: Japan and its relations to that of North America, a paper of which See also: Sir J
.
D
.
See also: Hooker said that " in point of originality and far-reaching results lit] was its author's
See also: opus magnum." It was Gray's study of plant distribution which led to his intimate See also: correspondence with See also: Charles Darwin during the years in which Darwin was elaborating the doctrines that later became known as Darwinism
.
From
1855 to 1875 Gray was both a keen critic and a sympathetic exponent of the Darwinian principles
.
His religious views were those of the Evangelical bodies in the
See also: Protestant See also: Church; so that, when Darwinism was attacked as
See also: equivalent to atheism, he was in position to answer effectively the unfounded allegation that it was fatal to the See also: doctrine of design
.
He taught that " the most puzzling things of all to the old-school teleologists are the principia of the Darwinian." He openly avowed his conviction that the See also: present See also: species are not See also: special creations, but rather derived from previously existing species; and he made his avowal with See also: frank courage, when this truth was scarcely recog ` nized by any naturalists, and when to the clerical mind See also: evolution meant atheism
.
In 1842 Gray accepted the See also: Fisher professorship of natural history in Harvard University
.
On his accession to this chair the university had no See also: herbarium, no botanical library, few plants of any value, and but a small garden, which for lack of See also: money had never been well stocked or well arranged
.
He soon broughttogether, chiefly by widespread exchanges, a valuable herbarium and library, and arranged the garden; and thereafter the development of these botanical resources was part of his See also: regular labours
.
The herbarium soon became the largest and most valuable in America, and on account of the numerous type specimens it contains it is likely to remain a collection of See also: national importance
.
Nothing of what Gray did for the botanical department of the university has been lost; on the contrary, his labours were so well directed that everything he originated and developed has been enlarged, improved and placed on See also: stable See also: foundations
.
He himself made large contributions to the establishment by giving it all his own specimens, many books and no little money, and by his will he gave it the royalties on his books
.
During his long connexion with the university he brought up two generations of botanists and he always took a strong See also: personal interest in the researches and the personal prospects of the See also: young men who had studied under him
.
His scientific life was mainly spent in the herbarium and garden in Cambridge; but his labours there were relieved by numerous journeys to different parts of the United States and to See also: Europe, all of which contributed to his work on the Synoptical Flora
.
He lived to a See also: good age—long enough, indeed, to receive from learned See also: societies at home and abroad abundant evidence of their profound respect for his attainments and services
.
He died at Cambridge, Mass., on the 3oth of See also: January 1888
.
His Letters (1893) were edited by his wife; and his Scientific Papers (1888) by C
.
S
.
See also: Sargent
.
(C
.
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