New observations on the natural history of beesHuber, François
Science
New observations on the natural history of bees
Huber, François
Bees
They soon prepared to work; and commenced by stretching the anterior
part of the body in a straight line, while the other was bent in a
curve. This formed a curve of which the longitudinal sides of the cells
were tangents, and afforded two points of support. The head was next
conducted to the different parts of the cell which it could reach, and
it carpeted the surface with a thick bed of silk. We remarked that the
threads were not carried from one side to another, and that this would
have been impracticable, for the worms being obliged to support
themselves, and to keep the posterior rings curved, the free and
moveable part of the body was not long enough for the mouth to reach the
sides diametrically opposite, and fix the threads to them. You will
remember, Sir, that the royal cells are of a pyramidal form, with a wide
base, and a long contracted top. These cells hang perpendicularly in the
hive, the point downwards, from which position the royal worm can be
supported in the cell, only when the curvature of the posterior part
forms two points of support; and that it cannot obtain this support
without resting on the lower part, or towards the extremity. Therefore
if it attempted to stretch out and spin towards the wide end of the
cell, it could not reach both sides from being too distant. One part
would be touched by its extremity, the other by its back, and it would
consequently tumble down. I have particularly ascertained the fact in
glass cells that were too large, and of which the diameter was greater
towards the point than is usual in cells; there they were unable to
support themselves.
These first experiments obviated the suspicion of any particular
instinct in the royal worms. They proved, if the worms spun incomplete
coccoons, it was because they were forced to do so by the figure of
their cells. However, I wished to have evidence still more direct. I put
them into cylindrical glass cells, or portions of glass tubes resembling
common cells, and I had the satisfaction of seeing them spin complete
coccoons, as the worms of workers do. Lastly, I put common worms in very
wide cells, and they left the coccoon open. Thus it is demonstrated,
that the royal worms, and those of workers, have the same instinct and
the same industry, or in other words, when situated in the same
circumstances, the course they follow is the same. I may here add, that
the royal worms artificially lodged in cells, where they can spin
complete coccoons, undergo all their metamorphoses equally well. Thus
the necessity imposed on them by nature, of having the coccoons open, is
not necessary for their increment; nor has it any other object than that
of exposing them to the certainty of perishing by the wounds of their
natural enemy; an observation new and truly singular.
* * * * *
I ought to relate my experiments on the influence that the size of the
cells has on bees. It is to you, Sir, that I am indebted for suggesting
them.
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