The History of Creation, Vol. 1 (of 2): Or the Development of the Earth and its Inhabitants by the Action of Natural CausesHaeckel, Ernst
Philosophy
The History of Creation, Vol. 1 (of 2): Or the Development of the Earth and its Inhabitants by the Action of Natural Causes
Haeckel, Ernst
Evolution; Heredity; Human beings -- Origin
Bathybius consists solely of shapeless plasma, or protoplasm, as in the
case of the other Monera—that is, it consists of the same albuminous
combination of carbon, which in infinite modifications is found in all
organisms, as the essential and never-failing seat of the phenomena of
life. I have given a detailed description and drawing of the Bathybius
and other Monera in my “Monographie der Moneren,” 1870,(15) from which
the drawing in Fig. 9 is taken.
[Illustration: Life history of a simplest organism. Pl. I.
E. Haeckel del. _Prototmyxa aurantiaca._ Lagesse sc.]
In a state of rest most Monera appear as small globules of mucus or
slime, invisible, or nearly so, to the naked eye; they are at most as
large as a pin’s head. When the Moneron moves itself, there are formed
on the upper surface of the little mucous globule, shapeless, fingerlike
processes, or very fine radiated threads; these are the so-called false
feet, or pseudopodia. The false feet are simple, direct continuations of
the shapeless albuminous mass, of which the whole body consists. We are
unable to perceive different parts in it, and we can give a direct proof
of the absolute simplicity of the semi-fluid mass of albumen, for with
the aid of the microscope we can follow the Moneron as it takes in
nourishment. When small particles suited for its nourishment—for
instance, small particles of decayed organic bodies or microscopic
plants and infusoria—accidentally come into contact with the Moneron,
they remain hanging to the sticky semi-fluid globule of mucus, and here
create an irritation, which is followed by a strong afflux of the mucous
substance, and, in consequence, they become finally completely inclosed
by it, or are drawn into the body of the Moneron by displacement of the
several albuminous particles, and are there digested, being absorbed by
simple diffusion (endosmosis).
[Illustration: FIG. 1.—Propagation of the simplest organism, a Moneron,
by self-division. _A._ The entire Moneron, a Protamœba. _B._ It falls
into two halves by a contraction in the middle. _C._ Each of the two
halves has separated from the other, and now represents an independent
individual.]
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