Science from an Easy ChairLankester, E. Ray (Edwin Ray), Sir
History
Science from an Easy Chair
Lankester, E. Ray (Edwin Ray), Sir
Natural history; Science
The fact was published some four months ago that the new Corrèze skull
agrees with the celebrated skull-top (called a “calvaria” by anatomists)
of the Neanderthal (Fig. 76) in the extraordinary shallowness or absence
of “dome,” in the retreating forehead, the thick prominent eyebrow
ridges, and in the excessive “lowness,” or want of elevation of the back
region. But further study of the new skull has enabled Professor Boule
to show, as he demonstrated to me, that the outline of the new skull
looked at from above coincides not merely approximately, but exactly
with that of the Neanderthal skull. There is the same great length from
eyebrows to occiput, and the same great breadth at a series of
corresponding regions. The curious thing is that both these skulls are
of enormous size—a good deal bigger in length and breadth than modern
European skulls, and not small and ape-like, though they are far
shallower (that is, less high in the dome) than any skulls of living
men. I had, myself, always been astonished by the great breadth and
length of the casts of the Neanderthal skull which we possess in
England, and supposed that possibly the casts were carelessly made. Now
Professor Boule shows that both the Neanderthal and the Corrèze skull
are so much larger in breadth and length than average European skulls,
that in spite of its flat, depressed shape, the Corrèze skull (and
consequently the Neanderthal skull, too) has a brain-cavity holding 1600
cubic centimetres, whilst the average modern European skull only holds
1500 to 1550. The estimate given by former observers for the Neanderthal
skull was as low as 1200. This calculation was based on the diminution
of volume caused by the flatness of the skull, and would be correct were
the skull of the Neander race no longer or broader than an ordinary
European skull. If we imagine a skull of the ordinary European
proportionate height, but as long and as broad as the Neander skulls,
then its volume would be something like 2000 cubic centimetres. This is
a very remarkable result. The ancient Neander Men’s brain was not
smaller, but actually a little bigger than that of modern Europeans; it
was bigger in regions where the modern European is small, and smaller
where that is large!
[Illustration: FIG. 81.—The skull of a male chimpanzee. Drawn one-third
the natural size (linear) to compare with the human skulls and jaws here
figured. The dotted lines and the letters _a_, _b_, _c_, _d_, _e_, and
_f_ have the same signification as in Fig. 65, to which reference should
be made. The flatness of the cranial dome and the reduction of the
frontal boss (_d_) are very marked. So are the relatively large size of
the jaws and teeth. Compare the shape of the lower jaw with that from
Heidelberg (Fig. 82), and with that of a modern European (Fig. 79).]
Public-domain text, read in full here on John Shaqi.
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