This translation of the Deinotherium segment of Paris avant les hommes (by Pierre Boitard, 1861) was requested by glarnboudin on tumblr. The book, which can be found online (e.g. here) presents what is probably the most idiosyncratic interpretation of Deinotherium. We know it now to be a primitive proboscidean, but the author reconstructs it as a giant mole!

The story itself is fun – the narrator is being shown around prehistory by a friendly devil.

Art is from the original book (first image) and by myself (second image).

*****

“Since we are on the chapter of singular animals, I shall let you see another one from the quaternary epoch, whose history is no less strange. It shall serve as an introduction to antediluvian mammals, although it belongs, I believe, to the molasse which, according to Beudant, succeeded the Parisian chalk wherever it is missing. Look, there it is showing up; but it disappeared behind that hillock. Let’s see, let us sit beneath this tree and it might come back. In the meantime, let us chat”.

“Parbleu, I recognized it perfectly: it is the dinotherium giganteum. I had seen in the Rue Vivienne, its bones shown to the public for a bit of money, for scientists have to be industrious, one way or another, to avoid dying of hunger. Whatever the case, they showed me an enormous fossil head, 1.30 meters long and 1 meter wide, that is to say bigger than the biggest Indian elephants. It had two tusks located, against all analogy of what we know of animals alive or fossil, not in the upper jaw, but in the lower; not in the place of the canines, but in the place of the incisors; not pointing skyward, but lowered towards the ground; not sticking out of the mouth, but emerging from two holes that had to have been in the lower lip. Truly, I said to myself, this is enough to embarrass a wiser man than I, and, after many contradictory thoughts for half an hour, I finally took a side. Well, I said to myself, the die is cast: despite all my misgivings, one must have to make of this dinotherium giganteum a walrus or a seal, like Mr. Buckland said; or an elephant, as presumed Mr. de Blainville; a tapir or a pangolin, as G. Cuvier wrote; or a whale, as some German paleontologists think, and yet these animals have no analogy among them. Let’s see, let’s decide, I said to myself: this shall be…”

“A mole”, said the genie in a small, acerbic, and mocking voice, and accompanied these words with a long peal of laughter that disconcerted me.

“A mole! But good sir, a mole hasn’t the least connection, the least resemblance with a tapir, a whale, an elephant; and what would the authors I just cited say of this?”

“Your authors can say what they want; but I shall insist that the carcass that you had seen was that of a mole”.

“That’s impossible! See, here are the engravings they gave me at the door, judge for yourself”.

The devil put his walking stick between his legs, put his glasses on his nose, took my images with his thumb and the other fingers of his left hand; then, running the index finger of his right hand on the figure representing the animal’s head, he said:

“And first of all, my dear scholar, you will see that this head is 1 meter 60 centimeters at its greatest length, and 92 centimeters wide; so therefore it could not be less than 1.32 m long and 1 meter wide when it was covered with muscle and skin. But the average size of the head of a mammalian quadruped is at least a quarter of the length of its body. The dinotherium therefore was at least 5 to 6 meters long, which equals the size of the largest elephants. I am being conservative in choosing those dimensions; and I suppose that this carcass found on the banks of the Rhine by Professor Klipstein is not the biggest dinotherium the species provided, which is more than probable, since we have a few other fragments that are proportionally larger, and which suggest that the animal keeping us busy must have been longer than 6 meters”.

“And you conclude from there that it should have been a mole?”

“One moment! Notice the enormous cavity destined to receive the bones of the nose”.

“Yes, of the trunk”.

“Who said anything about a trunk? Where do you see a trunk?”

“Scientists…”

“Why do you want to see a trunk instead of a nose? Take the skeleton of a pig or that of a mole, you will find at the same place enormous muscle impressions. Would you then conclude that the pig or the mole has a trunk? So the dinotherium has a nose, but a long nose, mobile, thick, powerful, good for searching in the earth; in short, a mole’s nose. Do you deny that? Is it more unrealistic that an animal has a nose like any other animal’s, than to have an anomaly instead?”

“It is true that by coldly calculating probability, one must believe more easily in analogies than anomalies, this seems more logical; but a mole!”

“Notice, my dear, that the orbits or holes of the eyes are extremely small in comparison to those of all known animals, and that they do not close in the posterior part; and, in fact, why would the dinotherium have eyes proportionally larger than those of a mole since, having to live in the darkness of a subterranean home, these organs would have been no more use to it than to the mole. As animals who are forced to push soil in front of them and by digging with their head, the frontal bones are short, but strong and very thick; the face of the occiput, of great dimension, forms with them a 130-140 degree angle, which you only see in whales. The prodigious muscles that move this colossal head gave it crushing strength. The chrysochlore, or Cape golden mole (talpa asiatica, L.) alone can offer you some analogy with the dinotherium in this aspect. You conceive that an animal forced to fray itself an underground passage, three or four meters in diameter, will need that prodigious strength in the neck muscles, strength that can conly compare, as I said, with that of a whale. And despite that it must have often encountered obstacles, stones, tree roots, despite living in the soft and deep soils, and the earth that the rivers, such as the Rhine, and the great flows of water carry and accumulate with the centuries in the basins that they run through and inundate every year. It would have been stopped dead in its tracks if nature had not given it a pickaxe to tear out those obstacles. This pickaxe, there it is: these are the tusks emerging from the lower jaw and directed earthward. They resemble, my word, those forked hoes that vineyard-keepers use in rocky or freshly cleared earth. There, look, they must have had terrifying strength, if we can judge by the deep depressions carved in the temporal bones to lodge the muscles that moved and directed the lower jaw. Besides, these tusks or teeth offered, relative to their shape, and especially in the place that they occupy, an example of a structure unique in all creation”.

“As for its other teeth”, added the demon, pointing his finger at the figure depicting them, “you will see that they are five in number. The first is cutting at its anterior part, the third has three hills, and the other two; from that one must conclude that the animal lived on roots, rhizomes, and tubers that lived underground. But, I ask you, what good would a trunk be for it? It would have certainly been a hindrance, and that is all”.

“I concede that this head is very good for digging in the ground, but that does not prove that the animal lived underground”.

“Let us examine the other fragments”, said the genie. “The scapula is long, narrow, and looks entirely like that of a mole. Observation has proven that all animals who have it in this shape use their forelegs in constant, painstaking motions, requiring great muscular strength. Thus this form of scapula, rare in mammals, is very common in birds, because the latter need great wing strength to remain aloft.

Now on to the second phalange of the front foot. You will notice that the articular facet of this bone is completely different from that of other animals. As an indispensable result of this very superficial articulation, the dinotherion could not walk on the tips of its fingers, and it would have to drag itself on the exterior edges of the hand, like the mole. This last animal is still is still the only one that presents in this phalange an analogy of form with our fossil monster”.

But here is an even more conclusive fragment; it is the first phalange, or inguinal phalange of this same front foot. Look how it is deeply notched in its anterior part. This incision exists in mammals only in three kinds of animals, all three of which dig in the ground and live in burrows; it gives their claws the prodigious strength that they need. The pangolin, the chrysochloris or Cape mole, and the common mole are the only living animals that have the same conformation, and, remarkably in the mole, the character is less pronounced than in the dinotherion.

And so, my dear, what must we conclude of all this? It is that, as naturalists have sworn, the dinotherion has no analogy with any animals other than those I have cited and, having the head of a mole, the scapula of a mole, and the hands of a mole, must, it seems to me, resemble a mole more than a whale. It is true that the great anatomist Cuvier made of it a giant pangolin, but he hadn’t seen the head”.

“I admit, lord demon, that most analogies are in favor of your opinion, and yet, here are teeth that…”

“That look nothing like a mole’s, I agree, because the jaws of the dinotherion lack incisors and canines, but they are no less suited for grinding roots and even mollusks and insects that it could find in its excavations. Besides, my dear, this anomaly, if it is one, has many examples in living animals. For example, if you ever go to New Holland, you will find a large family of marsupial mammals whose species have so many analogies that it is difficult to separate one from the group it forms, and who differ as much as possible by their dental system. Among these heterogeneously-toothed species, the opossum (the only genus not from Australia) represents insectivorous carnivores, like tenrecs and moles; the rat-kangaroo has teeth adapted for a frugivorous diet, like the hedgehog; the giant kangaroo lives on vegetation, lacks the upper canines that characterize the preceding and only has canines that are transverse to its jaws, which bring it closer to our herbivorous pachyderms; finally, the wombat is, like the hare, a veritable rodent by the teeth and by the intestines. And yet no naturalist has tried to separate these marsupials to put them in the great divisions where their teeth would have rigorously classified them. I intend therefore to make of the dinotherion, if it is not a mole, at least a related genus that I would place with the desmans, the moles, the chrysochlores and the tenrecs, all subterranean animals like it. And besides, if you aren’t content, you can place it elsewhere, but in this case you would have to, according to your principles, create not a genus, a family, or even an order, but a separate class that it would occupy by itself, and this necessity would be the bloodiest critique that you could make of the so-called natural method of your scientists”.

Despite the high opinion I had of my irascible demon’s merit, he had so filled my head with pangolins, seals, tapirs, whales, and elephants, that I could not in any way accept his mole, and a small smile of vanity and disapprobation came over my lips. He noticed, and cried out!

“Ah! Ah! Mister Incredulous! Have I not employed to convince you the same analogic arguments that your sagest paleontology professors use every day; but it will take more than reason to convince you, from what I see. Well then, morbleu! I will convince you with your own eyes or I shall lose my devilry”. He pounced upon me and seized me by the arm, which took away my desire to laugh; he threw me behind him astride his crutch, like a witch heading to the Sabbath on a broomstick, and together we flew into the air, we took off like a crossbow bolt. The speed of our voyage dizzied me so, that I cannot positively say how much time we took to make our way, nor where we passed to find ourselves on the borders of the Rhine, but what is certain is that we were traveling faster than on a train or on a steamboat.

When I came to, I was laid out on a bed of moss shaded by a tree at least thirty to thirty-five meters tall. I asked the genie which country we were in.

“We are”, he told me, “in this country that will be named, in a few thousand years, the Rhenish province of the grand duchy of Hesse-Darmstadt. This great lake that you see there in the East will dry out, and on of the most beautiful rivers of Europe, the Rhine, will cross its ancient bed in its entire length. The place where we are now will be the burg of Eppelsheim and further the city of Alzéi. If you remember the first voyages we made during the other periods, you will notice how much the vegetation has changed, and you will recognize the tree under which we are as a walnut tree quite similar to the common walnut tree, but with more angular nuts that end in a sharp point”.

Suddenly a low but horrible roar made me shiver to the very bone. I looked around in fear, but saw nothing. This horrible cry resonated in my ears a second time and I felt the earth shake under my feet. The idea of underground noises that you hear before an earthquake or rather before mountain upheaval, following Élie de Beaumont, or the sinking of a province according to Beudant, brought terror to my heart, and I thought for a moment that I would be lifted up at the top of a new chain of Alps raising from the depths of the Earth, or sinking into the central fire of the globe in a collapse. I got up quickly and started to run as fast as I was able. But I hadn’t made two hundred paces before my demon grabbed me by my arm, sat me down on a fragment of rock, and, with his finger, indicated the place under the tree where I had been where the most extraordinary scene unfolded.

The earth shook convulsively, and its movement was communicated by the shaking foliage of the walnut tree, which shook and balanced in the air as if a whirlwind had gone into its thousand branches. The tree bent over and straightened several times, then finally, it fell over with a crash, and the earth rose in a great cone seven meters high, opening up at the top of this singular molehill.

“Parbleu”, I told the genie, “I could swear you’re showing me the formation of the new Pyrenees in miniature”.

“In miniature!” he answered, “by my word, that’s quite the miniature! There, there it comes out of its hole”.

Indeed, I saw, coming out of the hole that had opened at the top of the cone like a volcanic crater, a monstrous head three times bigger than a barrel, then an even thicker neck; then a massive body, about three meters in diameter, that is to say as big as the biggest elephant; and finally, a strange animal, five to six meters long, with a terrifying appearance, and dragging itself clumsily on four very short, very thick legs. Its whole body was covered in long, silky hairs, green and shifting in hue from copper to bronze, offering, like the Cape chrysochlore, beautiful metallic reflections. Its very large nose, about sixty centimeters long, ended in a sort of mobile snout, bristling all over with sharp and keratinous tubercles, suitable for opening up the inside of the earth. Under this nose was an enormous lower jaw, prolonged anteriorly in a long chin pointing downwards. At the end of this chin, two tusks almost touching at the base, more than two feet long, emerged through the skin of the lip and directed their points perpendicularly earthwards, yet with a light curvature towards the forelegs. I saw that this monster was using them to help it crawl, by stretching its head out, sinking them into the soil, and pulling its body forward. Its eyes were so small that you would not have seen them through the long hairs surrounding them, if they did not gleam with a dark and red fire like two sparks. Its ears were very small and the concha was barely apparent. Its hindlegs were rather short and armed with very strong claws, but its forelegs ended in two enormous hands absolutely similar to those of a mole, and they were used to push the earth to the right or left as it used its nose to dig an underground tunnel.

The formidable animal descended from atop the monticule it had created; with a lot of agility, it crawled a few meters, then made a cry so sharp, so noisy, so extraordinary that I cannot compare it to anything that human ears have ever heard. The demon saw me shudder and reassured me, telling me that it was calling another animal of its species, and it would move away from us if it heard a response. It continued to make a sharp cry from time to time, moving to the edge of a great forest covering the flanks of a hill, and where I saw a few monticules similar to its own. Meanwhile, I observed a few of those animals a bit smaller in size, and I pointed them out to the genie.

“You are not mistaken”, he told me, “for the paleontologists know in fact, under the name dinotherium bavaricum, another species of this kind, but a bit smaller. What is most unusual in the history of these two dinotherions is that the scientist, G. Cuvier, took the bones of the great dinotherion to be those of a giant tapir, equal in size to the greatest Indian elephant”.

References

Boitard, P. (1861). Paris avant les hommes. Passard.

I was asked on tumblr about where imps came from and ended up going down a neat etymological rabbithole.

Turns out that imp itself was originally a horticultural term, referring to young shoots of trees. For example,

I was..þe couentes Gardyner for to graffe ympes. (Langland, 1377)

Of fieble trees ther comen wrecched ympes. (Chaucer, 1386)

It was also used to mean a child or offshoot of parents.

That his sonne prince Edward, that goodly ympe, maie long reigne ouer you. (Hall, 1548)

His sad lamenting sonne Faustus, a vertuous Impe of those impious parents. (Speed, 1611)

Note that none of the examples given yet use it in a negative sense. Its use in a demonic context comes from being used as describing someone as the child of the devil (or other vile creature).

Suche appereth as angelles, but in very dede they be ymps of serpentes. (Bond, 1526)

An impe of Sathan. (Stubbes, 1583)

Over time, imp lost its use as “child” and dropped the parental specifier, so now imps are just little demons by definition.

References

Oxford University Press. (n.d.). Imp, n.¹. In Oxford English dictionary. Retrieved October 5, 2026, from https://doi.org/10.1093/OED/8956357885

[A version of this post was posted on tumblr on September 30, 2025. It has been modified slightly.]

On Marvellous Things Heard, a collection of anecdotes ascribed to Aristotle, reports an unusual event involving metal-eating mice.

25. In Cyprus they say that mice eat iron. 26. And they say that the Chalybes, in one of the islands lying above them, collect gold from many of these creatures. For this reason apparently they cut up the mice which they catch in mines. (Aristotle, 1955, p. 249)

What are we to make of this? There seems to be two separate events here, both connected by the idea of rodents eating metal. Let’s take a bit of a dive into these metallophagic murines.

Now, if you subscribe to the theory that giant gold-digging ants were in fact marmots who dug gold up and brought it to the surface (Peissel, 1984), then the second one may be another expression of rodents as gold-diggers. Emphasis on the may. Without further evidence, this is no better than deducing that dinosaur fossils inspired griffins and dragons. It may just as easily represent a miner’s superstition that mice in mines might have possibly eaten some of their precious metal (Zucker, 2024).

But what about the Cypriot mice who eat iron? While both observations are about metal-eating mice, they seem to be otherwise unrelated.

The origin of the story of metal-eating mice, and a bunch of other swarming animals, appears to be a lost work by Theophrastus (Zucker, 2024). The story is repeated by Aelian (5.12)

In the island of Gyarus Aristotle says that there are Rats and that they actually eat iron ore. And Amyntas says that the Rats of Teredon (this is in Babylonia) adopt the same food. (Aelian, 1959, p. 307)

and by Pliny (8.43 and 8.82)

M. Varro informs us… that the inhabitants of Gyarus, one of the Cyclades, were driven away by mice… (Pliny, 1855, p. 295)

We are informed by Theophrastus, that after the mice had driven the inhabitants of Gyara from their island, they even gnawed the iron; which they also do, by a kind of natural instinct, in the iron forges among the Chalybes. (Pliny, 1855, p. 350)

The anecdote of metal-eating mice as a historical event is also told by Antigonus, Heracleides, and Livy (Papademetriou, 1970).

First of all… where are they exactly? Cyprus and Gyaros are two very different islands. It appears likely that the Cyprus reading is a corruption in the existing manuscripts of the Marvelous Things Heard, where Γυάρῳ was misread as Κύπρῳ (Giacomelli, 2023). Indeed, a more recent translation of the Marvelous Things Heard gives this.

25 · It is said that in the island of Gyaros the mice eat iron. (Aristotle, 1984, p. 2783)

The distinction is important, because this is what Gyaros looks like.

It’s a barren, desert island in the Aegean, about 23 sq km in area, a far cry from populous Cyprus.

So… at face value, it would seem that this started out as a tale about how an island got overrun by mice who ate everything, which evolved into “mice eat iron on this island”.

I say seem because I’m just making up explanations after the fact, given what’s available. No better than using dinosaur fossils to explain belief in dragons.

… but wait, there’s more. You didn’t think there was more?

“Where mice eat iron” exists on its own as an expression. It was used, for instance, by Herodas.

But you’re a bad boy, Kottalos, so bad that none could find a good word for you even were he selling you, not even in the land where mice throughout eat iron. (Herodas, 1922, p. 115)

In other words, “you’re so worthless that, even in the places where they’re desperate, nobody would want you”. “Mice eating iron” here suggests hardship and scarcity. Perhaps the mice ate everything on the island and, having exhausted all available food, had nothing left to gnaw but iron?

However! It has been suggested that “where mice throughout eat iron” is a misreading, and it would be more correct as “where mice eat iron just as slag [i.e. metallurgical waste]”. The sense of the sentence would be the same (a place with low standards) but it would imply that “mice eating iron” is to be taken as something that happens quite often (Stamoulakis, 2023). In fact, mice chewing on metal didn’t just happen on Gyaros. It was seen as a portent of war at Lanuvium when the mice gnawed on metal shields, since they would soon be reduced to famine as a result of the war (Marcovich, 1977).

Which adds another dimension to metal-eating mice: that of something extraordinary happening. A place where mice eat iron is a place where the unexpected happens, for better or worse (Papademetriou, 1970).

On the other hand, Seneca uses the expression to describe Hades. Here, Hercules addresses Claudius in the ever-delightfully-named Apocolocyntosis (Pumpkinification :3):

Listen to me and stop talking nonsense. You have come to a place where the mice gnaw iron [ubi mures ferrum rodunt]. Tell me the truth, quick, or I’ll knock the silliness out of you. (Seneca, 1902, p. 140)

Here, it reflects how tough and strenuous life is in Hades, although another commentator has suggested that it is a metaphor for a mouse getting caught in a trap (Ball, 1902). Perhaps it’s saying that this is a miraculous place where the impossible happens (Papademetriou, 1970). Or maybe it’s just trying to say that even the mice in Hades are so tough that they chew on metal (Marcovich, 1977).

Making them the equivalent of this guy, really.

But the most likely reason is to indicate scarcity and to criticize Claudius’ lavish lifestyle, which Seneca disapproved of. Like in the example of Lanuvium mentioned previously, the mice in the afterlife are starving, and soon Claudius will too – a terrible fate for the gluttonous emperor (Marcovich, 1977).

Finally, metal-eating mice (as a symbol for scarcity or marvelousness) eventually evolved into the modern Greek proverb “the fly is eating metal” (Papademetriou, 1970).

Ultimately, we need to ask the big question implied by all of this.

Can mice eat iron?

They could.

Iron is a 4 on the Mohs hardness scale. Mouse teeth are 5.5. Metal generally keeps mice away, but perhaps a sufficiently determined mouse – a starving one perhaps – could leave some gnaw marks on iron (Zucker, 2024).

So… perhaps there is some truth to it after all.

References

Aelian, Scholfield, A. F. trans. (1959). On the Characteristics of Animals, vol. I. Harvard University Press.

Aristotle, Hett, W. S. ed. (1955). Aristotle: Minor works. William Heinemann Ltd.

Aristotle, Barnes, J. ed. (1984). The complete works of Aristotle: The revised Oxford translation (one-volume digital edition). Princeton University Press.

Giacomelli, C. (2023). Suspicious toponyms in the De mirabilibus auscultationibus: Textual problems,“ forgeries,” and methodological issues. In Historiography and Mythography in the Aristotelian Mirabilia (pp. 234-257). Routledge.

Herodas, Headlam, W., & Knox, A. D. eds. (1922). The Mimes and Fragments. Cambridge University Press.

Marcovich, M. (1977). UBI MURES FERRUM RODUNT (Seneca,“ Apocolocyntosis” 7.1). Rheinisches Museum für Philologie, 120(H. 1), 85-89.

Papademetriou, J. T. (1970). The Mutations of an Ancient Greek Proverb. Revue des Études Grecques, 94-105.

Peissel, M. (1984). The Ants’ Gold. Harvill Press.

Pliny, Bostock, J. & Riley, H. T. eds. (1855). The natural history of Pliny, vol. II. Henry G. Bohn.

Seneca, Ball, A. P. trans. (1902). The satire of Seneca on the apotheosis of Claudius. Columbia University Press.

Stamoulakis, I. P. (2023). A Critical and Interpretative Proposal on Herodas 3, 75–76. Arctos–Acta Philologica Fennica, 57, 217-228.

Zucker, A. (2024). De mirabilibus auscultationibus 23–28 and Theophrastus’ Lost On Animals That Appear in Swarms 1. In The Aristotelian Mirabilia and Early Peripatetic Natural Science (pp. 86-111). Routledge.

Hello all! This was requested of me a while ago by hapalopus on tumblr – a translation of Colonel Marchand’s account of encountering a mysterious animal – an okapi – in the wild. The original version can be found here. Image from here. Any translation errors are my own.

*****

Colonel Marchand, who, as captain, commanded the Congo-Nile expedition, communicates to me some very curious details on the Okapi which demonstrate the presence of this animal several hundreds of kilometers north of the Semliki River, around which it was discovered for the first time in 1900. This information, which is of the most perfect authenticity, seems interesting enough for me to bring it to the knowledge of the scientific public.

It was on June 16 1890, in the immediate neighborhood of 9° latitude North and 27° 30′ longitude East (Paris meridian), right in the middle of the vast swampy depression of Bahr-el-Gazal, that the officers of the vanguard of the Congo-Nile expedition, having at their head Captain Marchand, encountered an animal that they took for an unknown Antelope.

Here is the passage of the expedition’s travel diary that Mr. Marchand wished to copy for me. After 4 days of navigation on a marsh, the little flotilla left an endless forest of thorny reeds and managed to enter a small lake.

“16 June, at 11 and ½ hours. – All boats of the flotilla have left the great reed bed and gathered in the small lake. Its breadth is no more than 12 to 1400 meters; its length, difficult to estimate from our vantage point, could be estimated to measure 4 or 6 kilometers. Its bank, or rather the perimeter of its vaguely triangular shape, is formed by the edge of the thicket of floating grasses and reeds which we just escaped and which from here seem to envelop us hermetically.

However, we notice a bank of earth or mud of a whitish color, in the form of a little island, 25 to 30 meters in diameter, completely bare, in the middle of the lake, a few hundred meters ahead of us. Beyond, on the south bank, a few Elephants and a herd of Antelopes grazing also indicate the presence of land.

Afternoon ½. – Stopped alongside the small island to have lunch. The whitish color is due to a thick layer of guano deposited there by the countless flights of aquatic Birds that were, at this very moment, quite occupied fishing in the lake.

At 1 o’clock, we continue our movement. The tirailleurs on guard in the first boat almost immediately report, amongst the herd of Antelopes noticed earlier, an individual absolutely different from the others, its shape, its coat, and its gait totally abnormal for the species and for the region. I do not recall ever having seen anything like it in Africa. I order the flotilla to stop its movement, and, armed with a rifle, I go in a light canoe, by means of which I will try to approach the strange animal in order to capture it. I have a hunch that natural history might be interested in the success of my attempt.

But the eminently muddy character of this entire curious lacustrine region makes the depths vary suddenly from 9, 12, and sometimes 15 meters, up to 0.20 m and even less, as the guano island attests.  At approximately 200 meters from the Antelopes and the edge of the lake, my canoe is effectively stopped and trapped in a bar of thick and foul-smelling mud. I can no longer advance, and there is no trying to set foot in that which is neither earth, nor water, nor liquid, nor solid.

From this vantage point I perfectly discover the strange object of my greed. The animal gives at this moment manifest signs of agitation and worry and would have certainly fled already, if the other individuals of the its herd, less timid than it, did not continue to graze peacefully on the stems of reeds and ambatch that form the lacustrine vegetation.

It is big! Much bigger than the others – at least 1 m. 50 at the withers. The color of its coat, the most striking detail at first glance, is a distinct fiery russet, with white spots on the chest that I can see poorly from here.

Were it not for a pair of enormous ears, greyish with reflected light, strangely shaped, and which I almost took for the horns of a Kashmir Mouflon, one could believe oneself, from the general form, to be in the presence of the svelte Donkey of the neighboring region of Abyssinia: the Zebra. But, by the swollen form of the snout and of the head as well as the presence of two curious little horns or protuberances on the crown, it recalls as well the young Giraffe. Certainly, this variety of Antelope – if Antelope it be – is still unknown and undescribed in naturalists’ collections. It seems even foreign to the herd of other Antelopes that it accompanies, more than it makes part of it. It is also more wary and more skittish.

I am furious that I cannot approach it to try to capture it. But even supposing I could shoot it down with one shot of my rifle from where I found myself, the depths of the liquid mud would stop me from recovering the carcass. I must content myself with targeting it… with my telescope.

At this moment in my mental soliloquy, the Antelope-Donkey-Giraffe Calf abandons its companions and runs off – so to speak – like a Zebra [the expression “filer comme un zèbre”, “running off like a zebra”, means “run quickly”]. To square things with my conscience, and in an instinctual hunter’s movement, I fired a bullet that did not reach its mark.

I returned, empty-handed, to the flotilla where my companions Baratier, Emily, Landevoin, Venail had borne witness, with an interest identical to mine, to the failure of an attempt where the naturalist alone had been engaged.”

From this unpublished account it is incontestably clear that the animal seen is indeed an Okapi, that the individuals, uncommon besides, seem to seek relative security among less suspicious and shy animals than them, but that they remain exclusively in marshy and lacustrine regions, among the great reeds, grasses, papyrus, and ambatch.

The testimony of Colonel Marchand and his mission companions allows us therefore to extend at minimum 3 degrees, or 600 kilometers North, the habitat range of the Okapi, which was once thought to be narrowly localized near the Semliki. This fact is also very easily acceptable given the topography of the region. Mr. Marchand also adds that he has reasons to believe that the maximal southern range of the territories occupied by the Okapi must be between the 12th and 13th degrees of latitude North; it is probable that that is where that Nilotic depression and the swamps that fill it end.

One question is asked: is it the Johnston’s Okapi or another species? That is what new explorations will teach us, probably soon.

From this interesting communication I will draw complimentary conclusions for the taxidermists of the Muséum who were able to elevate their profession into an art. The reconstruction made at the Muséum is the exact expression of truth for the pose, the shape of the body, the look, the way its head and ears are carried, for thus from a simple reproduction of a photograph (by Mr. Manteaux), representing the Okapi of the Galleries in profile, Mr. Marchand recognized the animal that had so intrigued him at Bahr-el-Gazal. Besides, the expression he uses, Antelope-Donkey-Giraffe Calf, indicates well that an extreme resemblance with the Giraffe struck him at first sight, and this completely justifies the reconstruction that was made in the taxidermy laboratory of the Muséum by the adept chief of work, Mr. Terrier. We can thus affirm that the taxidermy mount is in no way inferior to those made from animals whose shape and pose we know in the minutest detail.

References

Menegaux, M. A. (1905). Sur la présence de l’Okapi au Bahr-el-Gazal. Bulletin du Muséum National d’Histoire Naturelle, 11, 381-383.

Wishing you a merry Christmas and a happy New Year from ABC!

What better than to mention a seasonal being? Below are a depiction of the Callicantzari by James Lewicki for the December 19, 1955 issue of LIFE Magazine… and a correction sent by Nicholas R. of New Haven, CT in the January 9, 1956 issue.