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FIGURE 2 .- See also: India-See also: rubber See also: Tree, Ficus elastica, showing spreading
woody roots
.
in it, to induce earlier ripening
.
The ancients, after soaking it in See also: water, preserved it like the See also: common fig
.
The porous See also: wood is only See also: fit for fuel
.
The sacred fig, See also: peepul, or bo, Ficus religiosa, a large tree with See also: heart-shaped, long-pointed leaves on slender footstalks, is much grown in See also: southern See also: Asia
.
The leaves are used for tanning, and afford See also: lac, and a gum resembling caoutchouc is obtained from the juice; but in India it is chiefly planted with a religious See also: object, being regarded as sacred by both Brahmans and Buddhists
.
The former believe that the last See also: avatar of Vishnu took place beneath its shade
.
A gigantic bo, described by See also: Sir J
.
Emerson See also: Tennent as growing near Anarajapoora, in See also: Ceylon, is, if tradition may be trusted, one of the See also: oldest trees in the See also: world
.
It is said to have been a branch of the tree under which Gautama See also: Buddha became endued with his divine See also: powers, and has always been held in the greatest veneration
.
The See also: figs, however, hold as important a place in the religious fables of the See also: East as the ash in the myths of Scandinavia
.
Ficus elastica, the India-rubber tree (figure 2), the large, oblong, glossy leaves, and See also: pink buds of which are so See also: familiar in our greenhouses, furnishes most of the caoutchouc obtained from the East Indies
.
It grows to a large See also: size, and is remarkable
334
for the snake-like roots that extend in contorted masses around the See also: base of the trunk
.
The small fruit is unfit for See also: food
.
Ficus bengalensis, or the Banyan, See also: wild in parts of See also: northern India, but generally planted throughout the country, has a woody See also: stem, branching to a height of 70 to 100 ft. and of vast extent with heart-shaped entire leaves terminating in acute points
.
Every branch from the See also: main See also: body throws out its own roots, at first in small See also: tender See also: fibres, several yards from the ground; but these continually grow thicker until they reach the See also: surface, when they strike in, increase to large trunks, and become See also: parent trees, See also: shooting out new branches from the top, which again in See also: time suspend their roots, and these, swelling into trunks, produce other branches, the growth continuing as long as the See also: earth contributes her sustenance
.
On the See also: banks of the See also: Nerbudda stood a celebrated tree of this kind, which is supposed to be that described by See also: Nearchus, the See also: admiral of See also: Alexander the
See also: Great
.
This tree once covered an See also: area so immense, that it was known to shelter no fewer than 7000 men, and though much reduced in size by the destructive power of the floods, the See also: remainder was described by See also: James
See also: Forbes (1749-1819), in his See also: Oriental See also: Memoirs (1813–1815) as nearly 2000 ft. in circumference, while the trunks large and small exceeded 3000 in number
.
The tree usually grows from seeds dropped by birds on other trees
.
The leaf-axil of a palm forms a frequent receptacle for their growth, the palm becoming ultimately strangled by the growth of the fig, which by this time has See also: developed numerous daughter stems which continue to expand and cover ultimately a large area
.
The famous tree in the Royal Botanic Gardens, See also: Calcutta, began its growth at the end of the 18th century on a sacred date-palm
.
In 1907 it had nearly 250 aerial roots, the parent trunk was 42 ft. in girth, and its leafy See also: crown had a circumference of 857 ft.; and it was still growing vigorously
.
Both this tree and F. religiosa cause destruction to buildings, especially in See also: Bengal, from seeds dropped by birds germinating on the walls
.
The tree yields an inferior rubber, and a coarse rope is prepared from the bark and from the aerial roots
.
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