Recent History
January 1, 1833
Experiments and Observations on the Gastric Juice and the Physiology of Digestion
Carnivorous animals most resemble man in their digestive apparatus.
Arguments from analogy may be very plausible, and are certainly very allowable, when the subject presents no other mode ; but they are not conclusive. We cannot judge of the mode of digestion in the human stomach by that of animals, particularly the granivorous and ruminating animals. Carnivorous animals most resemble man in their digestive apparatus. One thing is certain, and it is capable of demonstration in the stomach of the subject of these experiments, that old and new food, if they are in the same state of comminution, are readily and speedily mixed in the stomach.
Dr. William Beaumont
April 2, 1837
The Graham Journal of Health and Longevity
Graham started publishing a journal to recommend vegetarianism, even using diagrams to make scientific cases for it, however an anonymous person wrote back to say “there are far worse articles of food in common use than healthy flesh-meat. . . . A man may be a pure vegetable liver, and yet his diet be far less favorable to health than a diet of animal food might be."
In April 1837, the fi rst issue of the Graham Journal of Health and Longevity became available to the public. The journal served as a catalyst for a significant shift in the development of proto-vegetarianism. The new journal promoted Sylvester Graham’s diet as well as his writings, lecture tours, and other public appearances, helping to expand the diet’s prominence and reputation. Graham regularly contributed to the journal, providing both new essays as well as excerpts from his previously published books and pamphlets. However, the journal—despite bearing the name of the movement’s founder—was published independently of Sylvester Graham, who was not directly involved in its production. Thus while the Graham Journal of Health and Longevity helped further expose the masses to Sylvester Graham and his ideology, it also emphasized that the actions of individuals helped determine its success. The journal helped further develop a nationwide community that, for the time being, bore Graham’s name. However, the journal relied on the work of other writers, editors, and reformers to accelerate the spread of meatless dietetics.
The publisher of the new journal was David Cambell, owner of the first Graham boardinghouse in Boston. The journal quickly spread its reach throughout the United States. During its first three months of publication, only thirty-eight local agents were listed as selling the Graham Journal in twelve states. By October of the same year, 108 agents were selling the journal in fift een states, as far west as St. Louis; south to Macon, Georgia; and throughout all of New England. 123 In 1839, its final year of publishing, New Jersey was added to this list of states, and the journal was sold by a total of 140 agents.
The journal featured a wide variety of articles and followed a similar structure in each of its biweekly issues. It opened with a series of letters and endorsements, offering the familiar conversion narrative structure of redemption. Nathaniel Perry of Boston, writing in the first issue, recollected that soon after marrying he “began to indulge in what is called by most people, good living,” consisting of “roast and fried meats, of all kinds, and poultry with their rich gravies.” Meat and alcohol led to a battle with rheumatism, constant headaches, canker sores, and tooth decay.
Perry hit bottom when a dyspeptic stomach left him unable to attend to his business dealings or even leave his house. After hearing Graham lecture in Boston, Perry “became interested in the principles he taught; and finally adopted them in diet and regimen.” The results were nearly immediate, Perry reported, with all maladies gone within a month. He slept soundly, and at fifty years of age could attest to “good health,” “the keenest relish for my food,” and an “elastic, energetic, untiring” ability to labor. Both lay Grahamites and professional medical doctors wrote testimonials, attempting to lend populist and professional credibility to the cause.
In each issue Sylvester Graham himself was represented by an article, often a summary, excerpt, or reworking of themes and arguments made in lectures and published works on the science of human life or bread making. The journal also included articles focused on anatomy and the inner workings of the human body as proof of the benefits of a meatless diet. Charts, figures, and drawings frequently accompanied these articles, attempting to make scientific arguments accessible to the average reader.
In a series of articles appearing in the journal, William Beaumont—a famed U. S. army surgeon—wrote on his observations of human digestion. Beaumont’s research was based on fi rsthand observation of Alexis St. Martin, a patient who had been accidentally shot in the stomach. This wound caused a fistula, an observable hole in St. Martin’s stomach leading to the digestive track. Beaumont placed various foods on a string in order to observe how food stuff s were broken down, leading to the observation that stomach acids helped digest food into various nutrients. Beaumont’s experiments illustrated that vegetables were easily broken down by stomach acid, in contrast to various meat products, which were “partly digested,” observable proof of Grahamites’ claims that meat was difficult to break down into digestible matter.
Issues also included recipes, further linking Grahamites through common gastronomy. The recipes expanded the Grahamite diet beyond cold water and Graham bread, teaching meatless epicures how to properly prepare vegetables, bake pies, and prepare grains. By expanding the repertoire of meatless cookery, the Graham Journal ironically further shifted proto-vegetarianism away from Graham. The publication closed with an advertising section, offering information on where to buy the journal and find Grahamite boardinghouses, literature, and dietary products.
Health advocates frequently wrote letters to the journal, though not always in support of meatless dietetics. One concerned reformer wrote with the desire to express a few “hasty remarks” regarding the journal’s advocacy for a vegetable diet. Not all advocates of dietary reform were followers of Graham, he argued. While admitting that Graham’s diet had beneficial effects, the writer said he would call “no man master” and was writing to the journal to “protest against the common notion that the efforts of the advocates of physiological reform are designed solely or mainly to bring about the disuse of animal food.” The writer believed that “there are far worse articles of food in common use than healthy flesh-meat. . . . A man may be a pure vegetable liver, and yet his diet be far less favorable to health than a diet of animal food might be.” The letter concluded with a call for further scientific study into the eff ects of all dietary practices, stating that “we do not aim at dietetic reform solely—we advocate physiological reform.” The anonymous writer raised an important question for those interested in dietary reform to consider: Should the movement focus on a dogmatic dedication to a meatless diet or advocate for scientific study to continually redefi ne the most benefi cial diet?
The fate of the journal at the end of 1839 seems to have offered an answer to the lingering question over the aims of dietary reformers, indicating that total dietary reform had become preferable to Grahamism. After three years of weekly publication, the Graham Journal of Health and Longevity ceased production, with its last issue dated December 14, 1839. The journal had originally planned to release a fourth edition, promising potential subscribers seven free issues for the remainder of 1839 when opening a new account for the coming year. This enticement to subscribe seems to indicate significant financial diffi culty for Cambell and the journal.
May 1, 1842
My sixty years on the plains, trapping, trading, and Indian fighting by William Thomas Hamilton
Hamilton describes how the Cheyennes hunt buffalo, drying and turn the meat and tallow into pemmican, being 5 times as energy dense as fresh meat. He also describes the practice of using dupuyer - a long fatty strip of flesh along the buffalo backbone that is cherished above all else.
CHAPTER II Buffalo Hunt with Cheyennes. A Stirring Picture. My First Buffalo. Perils of the Chase. We are Feasted on our Return. Character of the Cheyennes. Pemmican and Depuyer a Substitute for Bread. We Leave the Cheyennes.
The next morning, before daylight, fifty hunters and about twenty squaws with pack animals were assembled, ready to start on the buffalo hunt. We travelled about ten miles, when the scouts discovered a herd and reported their location to the hunting chief. He was thoroughly acquainted with the topography of the country and led us on a long detour, so as to get on the leeward side of the herd. As soon as we reached there, the Indians stripped to breech-clout and advanced, leading their running horses. The chief now divided the hunters in two divisions, in order to get what buffalo were wanted in the smallest possible area. It is necessary to approach as close as possible before raising the herd, for when raised they travel fast and no laggard of a horse can overtake them. Generally each division has a leader, who gives the order to go. We rode to within a quarter of a mile of the herd before the word was given. Here would have been a grand scene for an artist to put on canvas—this wild array of naked Indians, sending forth yell after yell and riding like demons in their eagerness to bring down the first buffalo. For this is quite a feat and is commented upon by the whole village. Swift Runner and his cousin had the fastest horses in our division and brought down the first buffalo, much to the chagrin of many a young brave, who coveted that honor that they might receive smiles from their lady loves. My pony was close on the heels of the leaders, and Swift Runner pointed out a fat cow for me. In a few jumps I was alongside and fired, greenhorn like, at the cow's kidneys. As luck would have it, however, I broke her back and she dropped. Swift Runner gave a yell of delight at my success. I should have put the shot just behind the shoulder. There was yelling and shooting in every direction; and many riderless ponies were mixed in with the buffalo, with Indians after them, reckless if they in turn were dismounted as their friends had been, by the ponies stepping into prairie-dog or badger holes. Many an Indian has come to grief by having an arm or leg broken in this way. Ponies are sure-footed, but in a run such as this one, where over a thousand buffalo are tearing at full speed over the prairie, a dust is created which makes it impossible for the ponies to see the holes, hence the mishaps, which are very common. All the meat required lay in an area of three quarters of a mile. I had brought down four and received great praise from the Indians. I could have done much better, but, boy-like, I wanted to see the Indians shoot their arrows, which many of them used. One arrow was sufficient to bring the buffalo to its knees. They shot behind the shoulder, sending the arrow deep enough to strike the lungs. One shot there is enough for any animal in the United States.
Now came the butchering, which was completed in two hours, and each pony was packed with three hundred pounds of the choicest of meat. Several Indians who had been thrown, limped somewhat, but none were seriously hurt.
We arrived at the village about sundown and found the whole tribe lined up to greet us and to ascertain how successful we had been. A feast had been prepared and was awaiting our coming; and as for myself, I was "wolfish,” —which is a mountain man's expression for hungry,—for I had tasted no food since five o'clock in the morning. After supper incidents of the hunt were gone over, and listened to with interest by all. Our party congratulated me warmly on my success, and it was commented on also by the Indians, which pleased the boys immensely. If a white man fails to acquit himself creditably it invariably casts a reflection on all whites. The Cheyennes were and are today a proud and brave people. Their domestic habits were commendable and could be followed to advantage by many white families. To violate the marriage vow meant death or mutilation. This is a rule which does not apply to all tribes. Meat is their principal food, although berries of different kinds are collected in season, as well as various roots. The kettle is on the tripod night and day. They use salt when they can get it, and are very fond of molasses, sugar, coffee, and flour. They are hospitable to those whom they respect, and the reverse to those for whom they have contempt.
Most tribes of plains Indians dry their meat by cutting it in thin flakes and spreading it on racks and poles in the sun; although in damp or wet weather it is put inside of lodges, where it will dry, but not so well as in the sun. Mountain men follow the same practice and use the meat when game is scarce, and this often occurs. Pemmican is manufactured in the following manner. The choicest cuts of meat are selected and cut into flakes and dried. Then all the marrow is collected and the best of the tallow, which are dissolved together over a slow fire to prevent burning. Many tribes use berries in their pemmican. Mountaineers always do unless they have sugar. The meat is now pulverized to the consistency of mince meat; the squaws generally doing this on a flat rock, using a pestle, many specimens of which may be seen on exhibition in museums. A layer of meat is spread, about two inches thick, the squaws using a wooden dipper, a buffalo horn, or a claw for this work. On this meat is spread a certain amount of the ingredients made from the marrow and tallow, the proportion depending on the taste. This same process is repeated until the required amount is secured. One pound of pemmican is equal to five pounds of meat.
Buffalo tongues are split the long way and dried for future use, and thus prepared are a delicacy fit for a prince. Another important article of food, the equal of which is not to be had except from the buffalo, is “depuyer” (dépouille). It is a fat substance that lies along the backbone, next to the hide, running from the shoulder-blade to the last rib, and is about as thick as one's hand or finger. It is from seven to eleven inches broad, tapering to a feather edge on the lower side. It will weigh from five to eleven pounds, according to the size and condition of the animal. This substance is taken off and dipped in hot grease for half a minute, then is hung up inside of a lodge to dry and smoke for twelve hours. It will keep indefinitely, and is used as a substitute for bread, but is superior to any bread that was ever made. It is eaten with the lean and dried meat, and is tender and sweet and very nourishing, for it seems to satisfy the appetite. When going on the war-path the Indians would take some dried meat and some depuyer to live on, and nothing else, not even if they were to be gone for months. I have been asked many times regarding depuyer by different ones who have been astonished when told of its merits as a substitute for other food, and surprised that it was so little known except by mountain men and Indians. Trappers would pay a dollar a pound for it, and I do not believe that bread would bring that price unless one were starving. As I have said, it is a substitute for bread; and when you are invited to an Indian lodge your host will present you with depuyer just as you would present bread to a guest. You may be sure should they fail to present you with depuyer that you are an unwelcome guest.
https://babel.hathitrust.org/cgi/ssd?id=mdp.39015018021546;page=ssd;view=plaintext;seq=44;num=34
October 20, 1842
Osborne Russell
Journal of a Trapper
Russell says "I killed two Bulls which came in good time after living upon Dried meat all winter" which reiterates that mountaineers lived on a carnivore diet.
20th of Octr. we started to hunt Buffaloe and make meat for the winter. The party consisted of 15 men. We travelled to the head of the Jefferson fork of the Missouri where we Killed and dried our meat from there we proceeded over the mountain thro. "Cammas prarie" to the forks of Snake river where most of the party concluded to spend the winter 4 of us however (who were the only Americans in the party) returned to Fort Hall on the 10th of Decr. We encamped near the Fort and turned our horses among the springs and timber to hunt their living during the winter whilst ourselves were snugly arranged in our Skin lodge which was pitched among the large Cotton wood trees and in it provisions to serve us till the Month of April. There were 4 of us in the mess One was from Missouri one from Mass. one from Vermont and myself from Maine We passed an agreeable winter We had nothing to do but to eat attend to the horses and procure fire wood We had some few Books to read such as Byrons Shakespeares and Scotts works the Bible and Clarks Commentary on it and other small works on Geology Chemistry and Philosophy - The winter was very mild and the ground was bare in the Valley until the 15 of Jany. when the snow fell about 8 inches deep but disappeared again in a few days. This was the deepest snow and of the longest duration of any we had during the winter On the 10th of March I started again with my old companion Elbridge We travelled from the Fort on to the Blackfoot near the foot of the Mountain where the ice being broke up we set some traps for Beaver On the 15th we tried to cross the mountain to Grays Valley but were compelled to turn back for the snow On the 20th made another trial and succeeded and encamped at the Forks of `Gray's creek' here the ground was bare along the stream and some [on] the South sides of the hills but very deep on the high plains I killed two Bulls which came in good time after living upon Dried meat all winter Mch 19 we travelled up Grays creek about 10 Mls. There we found the snow very deep and hard enough to bear our horses in the morning. On the 22d we travelled on the snow up this stream about 5 Mls and encamped on a bare spot of ground where we staid three days Then started on the snow as usual and went about 8 Mls to the Valley about Grays Marsh where we found a bare spot about 40 rods square on the South side of a ridge and encamped The snow in the Valley was about 3 feet deep on a level Mch 28th We started on foot in the morning on the snow to hunt Buffaloe after going about 2 Mls we found 11 Bulls aproached and killed 10 of them on the spot we then butchered some of them and took out the tongues of the others buried the meat about 3 ft. deep in a snow drift laid some stones on the snow over it and burned gun powder upon them to keep away the wolves. We then took meat enough for our suppers and started for the Camp by this time the snow was thawed so much that we broke thro. nearly every step. Early next morning the snow being frozen we took two horses and went for our meat but when we reached the place where we had buried it we found the wolves had dug it up and taken the best of its notwithstanding our precautions. The Carcasses of the Bulls yet remained untouched by them and from these we loaded our horses and returned to camp.
January 1, 1843
Osborne Russell
Journal of a Trapper
A trapper describes the other carnivorous animals he is competing with and hunting in the Rocky Mountains.
THE WOLVERINE, CARCAJOU OR GLUTTON
This Species of animals is very numerous in the Rocky Mountains and very mischievous and annoying to the Hunters They often get into the traps setting for Beaver or searching out the deposits of meat which the weary hunter has made during a toilsome days hunt among mountains too rugged and remote for him to bear the reward of his labors to the place of Encampment, and when finding these deposits the Carcajou carries off all or as much of the contents as he is able secreting it in different places among the snow rocks or bushes in such a manner that it is very difficult for man or beast to find it. The avaricious disposition of this animal has given rise to the name of Glutton by Naturalists who suppose that it devours so much at a time as to render it stupid and incapable of moving or running about but I have never seen an instance of this Kind on the contrary I have seen them quite expert and nimble immediately after having carreyd away 4 or 5 times their weight in meat. I have good reason to believe that the Carcajou's appetite is easily satisfied upon meat freshly killed but after it becomes putrid it may become more Voracious but I never saw one myself or a person who had seen one in a stupid dormant state caused by Gluttony altho I have often wished it were the case The body is thick and long the legs short, the feet and Claws are longer in proportion than those of the Black bear which it very much resembles. with the exception of its tail which is 12 inches long and bushy. Its body is about 3 ft long and stands fifteen inches high its colour is black except along the sides which are of a dirty white or light brown -
Its movements are somewhat quicker than those of the Bear and it climbs trees with ease. I have never known either by experience or information the Carcajou to prey upon animals of its own killing larger than very young fawns or lambs altho. it has been described by Naturalists and generally believed that it climbs trees and leaps down upon Elk Deer and other large animals and clings to their back till it kills them in spite of their efforts to get rid of it by speed or resistance but we need go no further than the formation of the animal to prove those statements erroneous. Its body legs feet and mouth are shaped similarly to the Black Bear as has been already stated but its claws are somewhat longer and straighter in proportion and like the Bear its claws are somewhat blunted at the points which would render it impossible for them to cling to the back of an Elk or Deer while running. I do not pretend to say however what may be its habits in other countries I only write from Experience. They do not den up like the Bear in winter but ramble about the streams among the high mountains where they find springs open - its hair is 3 inches long and in the Summer is coarse like the Bear but in winter it is near as fine as that of the Red Fox The female brings forth its young in April and generally brings two at a birth
THE WOLF
Of this Species of animals there are several kinds as the Buffaloe Wolf the Big Prarie Wolf and the small prarie or Medicine Wolf. The Buffaloe wolf is from 2 to 3 ft high and from 4 to 5 ft long from the tip of the nose to the insertion of the tail its hair is long coarse and shaggy Its color varies from a dark gray to a snowy whiteness. They are not ferocious towards man and will run at sight of him. The big Prarie wolf is 2 ft high and 3 1/2 ft long; its hair is long and shaggy: its color is a dirty grey often inclining to a brown or brindle. The least kind is little Prarie or Medicine Wolf: its size is somewhat larger than the red fox: its color is brownish grey and its species something between the Big Wolf and the Fox. The Indians are very superstitious about this animal when it comes near a Village and barks they say there is people near Some pretend to distinguish between its warning the approach of friends and enemies and in the latter case I have often seen them secure their horses and prepare themselves to fight. I have often seen this prophecy tolerably accurately fulfilled and again I have as often seen it fail but a supperstitious Indian will always account for the failure The habits of these three kinds of wolves are similar Their rutting season is in March, the female brings forth from 2 to 6 at a birth
THE PANTHER
This animal is rarely seen in the plains but confines itself to the more woody and mountainous districts its color is light brown on the back and the belly is a sort of ash color: its length is 5 ft from the tip of the nose to the insertion of the tail which is about 1/2 the length of the body it is very destructive on Sheep and other animals that live on high mountains but will run at the sight of a man and has a great antipathy to fire.
THE GRIZZLY BEAR
Much has been said by travellers in regard to this animal yet while giving a description of animals that inhabit the Rocky Mountains I do not feel justified in silently passing over in silence the most ferocious species without endeavoring to con- tribute some little information respecting it which altho it may not be important I hope some of it at least will be new It lives chiefly upon roots and berries being of too slow a nature to live much upon game of its own killing and from May to Septr. it never tastes flesh. The rutting season is in Novr. and the Female brings forth from 1 to 3 at a birth I have not been able to ascertain the precise time that the female goes with young but I suppose from experience and enquiry it is about 14 weeks. The young are untameable and manifest a savage ferocity when scarcely old enough to crawl Several experiments have been tried in the Rocky Mountains for taming them but to no effect. They are possessed with great muscular strength I have seen a female which was wounded by a rifle ball in the loins so as to disable her kill her young with one stroke of the fore paw as fast as they approached her. If a young Cub is wounded an commences making a noise the mother immediately springs upon it and kills it when grown they never make a noise except a fearful growl they get to be fatter than any other animals in the Rocky Mts. during the season when wild fruit is abundant. The flesh of the Grizzly Bear is preferable to Pork - It likes in winter in caves in the Rocks or holes dug in the ground on high Ridges It loses no flesh while confined to its den in the winter but is equally as fat in the Spring when it leaves the den as when it enters it at the beginning of the winter. There is seldom to be found more than one in a den excepting the female and her young. I have seen them measure seven feet from the tip of the nose to the insertion of the tail. It will generally run from the scent of a man but when it does not get the scent it will often let him approach close enough to spring upon him and when wounded it is a dangerous animal to trifle with. Its speed is comparatively slow down hill but much greater in ascending it never climbs trees as its claws are too straight for that purpose.
THE BLACK BEAR
The Black Bear of the Mountains are much the same species of those in the States. In comparison with the Grizzly it is entirely harmless. It is seldom found in the plains but inhabits the Timbered and mountanous districts They are not very numerous and their habits are too well known to need a detailed description here
Ancient History
Vindija, 42000, Varaždin, Croatia
28500
B.C.E.
Neanderthal diet at Vindija and Neanderthal predation: The evidence from stable isotopes
The isotope evidence overwhelmingly points to the Neanderthals behaving as top-level carnivores, obtaining almost all of their dietary protein from animal sources
Archeological analysis of faunal remains and of lithic and bone tools has suggested that hunting of medium to large mammals was a major element of Neanderthal subsistence. Plant foods are almost invisible in the archeological record, and it is impossible to estimate accurately their dietary importance. However, stable isotope (13C and 15N) analysis of mammal bone collagen provides a direct measure of diet and has been applied to two Neanderthals and various faunal species from Vindija Cave, Croatia. The isotope evidence overwhelmingly points to the Neanderthals behaving as top-level carnivores, obtaining almost all of their dietary protein from animal sources. Earlier Neanderthals in France and Belgium have yielded similar results, and a pattern of European Neander- thal adaptation as carnivores is emerging. These data reinforce current taphonomic assessments of associated faunal elements and make it unlikely that the Neanderthals were acquiring animal protein principally through scavenging. Instead, these findings portray them as effective predators.
Stable Isotope Analyses.
Mammal bone collagen δ13C and δ15N values reflect the δ13C and δ15N values of dietary protein (14). They furnish a long-term record of diet, giving the average δ13C and δ15N values of all of the protein consumed over the last years of the measured individual's life. δ13C values can be used to discriminate between terrestrial and marine dietary protein in humans and other mammals (15, 16). In addition, because of the canopy effect, species that live in forest environments can have δ13C values that are more negative than species that live in open environments (17). δ15N values are, on average, 2–4‰ higher than the average δ15N value of the protein consumed (18). Therefore, δ15N values can be used to determine the trophic level of the protein consumed. By measuring the δ13C and δ15N values of various fauna in a paleo-ecosystem, it is possible to reconstruct the trophic level relationships within that ecosystem. Therefore, by comparing the δ13C and δ15N values of omnivores such as hominids with the values of herbivores and carnivores from the same ecosystem, it is possible to determine whether those omnivores were obtaining dietary protein from plant or animal sources.
Cheddar Reservoir, Cheddar BS26, UK
12000
B.C.E.
FOCUS: Gough’s Cave and Sun Hole Cave Human Stable Isotope Values Indicate a High Animal Protein Diet in the British Upper Palaeolithic
We were testing the hypothesis that these humans had a mainly hunting economy, and therefore a diet high in animal protein. We found this to be the case, and by comparing the human δ15N values with those of contemporary fauna, we conclude that the protein sources in human diets at these sites came mainly from herbivores such as Bos sp. and Cervus elaphus
We undertook stable isotope analysis of Upper Palaeolithic humans and fauna from the sites of Gough's Cave and Sun Hole Cave, Somerset, U.K., for palaeodietary reconstruction. We were testing the hypothesis that these humans had a mainly hunting economy, and therefore a diet high in animal protein. We found this to be the case, and by comparing the human δ15N values with those of contemporary fauna, we conclude that the protein sources in human diets at these sites came mainly from herbivores such as Bos sp. and Cervus elaphus. There are a large number ofEquus sp. faunal remains from this site, but this species was not a significant food resource in the diets of these Upper Palaeolithic humans.
If the humans hunted and consumed mainly horse, then their 15N values should be c. 3–5‰ (Equus 15N value of 0·7‰+enrichment of 2–4‰). Instead, their 15N values make more sense if they lived mostly off Bos and Cervus elaphus (Bos and Cervus values of c. 3‰+enrichment of 2–4‰=the observed values c. 6–7‰). It is also possible that other species, including Rangifer tarandus, were consumed by these individuals. Rangifer tarandus has 15N values similar to Cervus elaphus (Richards, 1998), and has more positive 13C values, which may explain the observed slight enrichment in the human 13C values. A number of artefacts made from Rangifer tarandus have been found at Gough’s, but there is no other evidence that this species was being exploited for food









