Sternberg, C. H.
In the Niobrara and Laramie Cretaceous.
Kansas Academy of Science, Transactions 23:70-74.
Copyright © 2003-2010 by Mike Everhart
ePage created 12/04/2004 - Last updated 07/07/2010
LEFT: An illustration by Sidney Prentice, showing the crinoid, Unitacrinus socialis, the mosasaur, Clidastes velox (C. propython), and the pteranodon, Ornithostoma ingens (Pteranodon longiceps). (Plate LXXI, Vol. IV of the University Geological Survey of Kansas. 1898)
Wherein Charles Sternberg describes some of his fossil discoveries from the Smoky Hill Chalk of western Kansas, including a Platecarpus mosasaur, a Pteranodon, a large Ginsu shark (Cretoxyrhina). and another shark (Squalicorax) with teeth so small they could only be seen with a magnifying glass... See more about Charles H. Sternberg here.
Kansas Academy of Science.
IN THE NIOBRARA AND LARAMIE CRETACEOUS.
By CHARLES H. STERNBERG, Lawrence.
THE early part of the season was spent in the Kansas chalk. As has been the case during many of the last thirty-five years, since I first began collecting in this formation, I have been quite successful. My three sons, George, Charles and Levi, were with me, while the monotony of camp life was broken by the presence of my son George's wife and baby son. We made our first camp at Mrs. Livingston's ranch, on Hackberry creek, south of Quinter, Kan., in Gove county, near the eastern line. And we are under many obligations to Mrs. Livingston and her two sons for shelter for our team, as well as hay; otherwise our horses might have suffered from the inclemency of the weather .
While here I experienced for the first time a very peculiar electric storm. About the 10th of May a violent wind and dust storm came up from the northeast about sundown, and gravel, sand and earth were hurled through the air with great force. I faced it for a hundred yards to get my son Levi, who was at the barn. My face was beaten with sand and gravel, and I could hardly walk, owing to the fury of the gale. However, I got to the barn, and, taking my son's hand, we started to return. It was so dark that we could not see an inch ahead. What was my surprise to see the telephone line that was suspended over my tent dotted with points from which light radiated in all directions, and as far as I could see the line it was swinging, with myriad little lamps, back and forth with the wind. Looking around, I saw posts that supported a barbed-wire fence sending out light in the same way, except of course, they were stationary. I found after the storm that these centers of light were nails driven in the posts. So for the first time in the history of western Kansas, as far as I have observed, we had a display of St. Elmo's fire.
At our camp on Hackberry we discovered, among other fine material, the largest example of a species of Inoceramus I have ever seen preserved. It measured four feet in height and five feet in length. At certain horizons in the Niobrara of Kansas acres of chalk are strewn with fragments of these shells in endless profusion, owing to the fact that the chalk is disintegrated and washed away by water or blown to the four points of the compass
Geological Papers. 71
by Kansas winds, No wonder the late Prof. E. D. Cope saw in imagination these shells as the remains of a feast of Titans.
This great cretaceous shell will be mounted in the American Museum, New York. We found in the same vicinity enough material of the mosasaur Platecarpus coryphæus to enable us, with the assistance of some exchanges we made with the University of Kansas, to make a complete slab mount of this swimming lizard, once so abundant along the shores of the old cretaceous ocean in western Kansas. The specimen is seventeen feet long, and is being mounted by my two sons, George and Charles, and myself, and is now nearly completed.
Our second camp proved very rich. Here we camped southwest of Banner post office, in Trego county. Some photographs I exhibit show some sculptured towers near Castle Rock, a few miles west of our camp. George discovered a fine skeleton of a great flying reptile Pteranodon. This also has gone to the American Museum. One wing was complete, including the claw-armed fingers used in clinging to rocks while at rest. Our bats hang head downward, while the Pteranodons hung with head up.
The crowning discovery of our work here was the discovery by George Sternberg of a nearly complete skeleton of a great shark, Lamna. In 1891, while employed by the Munich Museum, I discovered the first and most complete skeleton known of the shark Oxyrhina mantelli in the same vicinity. This was made the subject of Dr. C. R. Eastman's inaugural address delivered before0 the Ludwig-Maximilian University of Munich for his Ph.D. degree.
The specimen we collected on the south side of Hackberry creek, South of Banner post office, in Trego county, includes the plates of the mouth holding the teeth, of which some 150 are in sight, and the entire column of flattened disk-like vertebræ to within five feet of the end of the tail. The total length is about twenty feet of the preserved head and column. I think this will prove one of the greatest scientific discoveries of the year, because the sharks are cartilagenous [sic], and consequently their skeletons are not preserved. But in the two cases mentioned enough bone was deposited to preserve the greater part of the skeleton. I further believe that such, discoveries will prove that the ancient sharks do not reach the enormous proportions that science has believed, owing to the size of the teeth. For instance, the great shark of the Tertiary, Carcharodon megalodon, found along on the coast of South Carolina, has enormous teeth, measuring six inches in length. By comparing them with the living man-eating shark of
72 Kansas Academy of Science.
the same region today. Doctor Dean has restored a set of jaws measuring nine feet across and having a gape of six feet.
In my specimen the largest tooth is an inch and a half long while the smallest is but three-eighths of an inch. According to these measurements, the ancient shark with teeth six inches long must have been 100 feet in length. That such measurements cannot be relied on is proved by my discovery of a large part of the shark Corax, from the Kansas chalk. The vertebræ proved to be as large as in Lamna and yet none of the teeth were over half an inch in length. Further, I have in my laboratory to-day a new species of shark, found this season on Hackberry creek whose vertebræ are half as large as the Lamna we secured. The teeth are so small that some of them can only be seen with a magnifying glass. It is pretty safe to restore one of these extinct sharks, because their skeletons are so rare that they will in all likelihood never be discovered. But I believe if these great teeth of the Carolinas are ever, as in my specimen, found in place, the beautiful restoration in the American Museum will go to the junk pile.
the 23d of June my sons Charlie and Levi started with their team, wagon
and outfit to drive across northern
bones by Marsh and Hatcher, and the other authorities who copied after
them, were wrong; and instead of its being a land animal with thick skin.
and leaping around like a kangaroo or
frog, it is a water animal, and was web. footed, with a skin as thin as
ours, covered with minute scales no larger than a snake's. So, as I have
said so often before, the most carefully prepared restorations made by our
highest scientific authorities fall to pieces when the complete skeleton
is found of the animal in its normal position.
A man cannot mount a skeleton right when he has every bone lying
slightly disassociated before him unless he has seen the animal with bones
in position first. The quicker scientists learn this truth the sooner will
science teach the truth instead of so much error.
As I have already, in my paper of last year, described the physical characters of the region, I will finish with a few words in regard to my illustrations. The one marked "Cannon Ball hill" shows lying in the grass a great many round concretions that have weathered out of the grey sandstone above. These are from four to
inches in diameter. This hill is across the