The Public Paper and the Private Forest
How eight witnesses on Mount Elgon recorded a medicine chest the scientific story can only putatively claim
pu•ta•tive l’pyoodadiv | adjective [attributive] generally considered or reputed to be
The public origin story is tidy. A journal article appears. Eight Sabaot experts are interviewed. Thirty-five plants from twenty-three families are named. Thirty-nine resources in all, if you count the soils and clays. Thirty-four of those resources already live in human medicine. Twenty-five are judged, by the people who walk the same slopes, to be medicine for elephants as well. The authors classify the claims. They assign modes. They print a table. They close with a careful word: putatively. African elephants on Mount Elgon may seek plants on purpose when health fails. The repertoire may be broader than earlier studies recorded. The record is interview evidence, not a trial.
The private record is messier, and that is the point. It is not a hypothesis first. It is a lifetime of watching. A scout, a retired ranger, an elder who has been on the mountain longer than the paper’s vocabulary. They do not begin with Mode 4. They begin with a calf that will not eat, a mother that strips leaves, a bark that is tusked only when the animal moves too slowly. The public story has to convert that watching into categories. The private story never left the forest.
The point is the gap. The published paper is the official story: eight interviews, thirty-five plants, modes of evidence, and a careful word, putative. That is what science is allowed to claim. The private record is older and less tidy. Scouts and elders already knew which bark a sick animal would tusk, which leaves a mother would mix with milk for a calf. The essay’s job is to hold those two accounts next to each other without pretending they are the same thing. It is not a plant list. It is not proof that elephants practice medicine. It is an argument that the knowledge was already in the forest, and the paper is what happens when that knowledge has to pass through a seal.
Mode 4 is the public name for the strongest private scenes. A mother feeds Aloe arborescens, Rotichekukwa, to a calf to wake its appetite. The same leaves, in human hands, treat allergies and infections. Bersama abyssinica, Nyaliit, is chewed, mixed with other roots and the mother’s milk, and given as a kind of immunization. Coleus barbatus, Angurweet, is prepared the same way. Local people use both for stomachache in babies. Three Dombeya species, all called Poromet-apamo, are stripped for the slippery cambium between bark and stem. Informants say it aids digestion and softens droppings. Half of them named these trees. Ficus natalensis, Simotwet, is one of the two most cited plants in the whole study. Bark and leaves are mixed with other roots and milk and given to calves. People use the same tree for chest trouble, malaria, wounds, and allergies. Kuloa usambarensis is simpler and stranger: a sick elephant, movement off, goes to the tree and tusks the bark. No one is sure what the human indication is. The private record does not need the name of the illness to recognize the act.
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Mode 4 with an exclamation mark is the public story admitting what the private record already knew: sick animals go to certain trees, and the exact complaint is not always spoken. Afrocarpus falcatus and Podocarpus latifolius, both Podo, both Sidetet, are eaten as bark and seed when the animal is unwell. People burn and soak the bark against illness after old meat. Half the witnesses named them. Bamboo roots are taken when sick; the young shoots are also food. Croton macrostachyus, Tobosweet, is the single most cited plant. Bark when sick. People use it for sick babies and malaria, and they warn that too much is poison. Elgon teak bark is eaten in illness. Warburgia ugandensis, Sokwondet, is taken infrequently and in small amounts; people use it for chest congestion, and the literature behind the paper stretches that tree toward malaria, pain, wounds, cough, and digestion. Solanum campylacanthum is the private record at its most veterinary: leaves and roots boiled as broth for calves. People do not drink it.
Mode 3 is the public paper’s middle ground: called medicine for elephants, no named condition. The private list is still specific. Markasheet and Karasheet for weakness, worms, stomach, infections. Chepkara roots after an injection, recovery said to stall if the plant is skipped. Cedar bark for flu, unusual when an elephant takes it. African olive to clean the body. Prunus africana praised as good medicine for both species. Mochorwa taken after the interviewer had just spoken of it as medicine. Kibiriti leaves only sometimes, roots used by herbalists as an antibiotic. Stinging nettle more food than drug, except to the witness who called it routine and high in zinc. Red acacia in small quantities for sick babies and diarrhea.
Then the names that never quite cross the threshold. NEI: not enough information to call it elephant medicine. Wild almond for human diarrhea. Matip Sorin as food and as fertility and respiratory medicine. Sweet potato leaves. A plant elephants finish because it is rare. A solanum used as anti-venom. Another given to livestock. Roots mixed for diabetes. Todolia bark and roots boiled, sometimes with honey, for infections and general illness. The public paper has to leave these in the margin. The private record still has them in the mouth.
Even the caves refuse the origin story the public might prefer. Clay and mineral salt are named by most of the witnesses. Every one of them says the same thing: salt, not medicine. Red soil is iron, dug especially by females. Swamp clay has no agreed purpose. The paper’s public conclusion is that elephants may seek plants when health is compromised, and that mothers may prepare plant-and-milk mixes for calves. The private record is the reason that sentence can be written at all. It is older than the modes. It is eight people who already knew which tree a sick animal would choose, and which leaf a mother would strip, long before anyone asked them to make a list.
References
Schultz, F., Clark, T. O., Powles, C., Freymann, E., Kinyanjui, R. N., Ndiema, E., Sila, J. M., Baez, K., Colson, A. J. M., & Garbe, L.-A. (2026). African elephants putatively self-medicate with medicinal plants in the Mount Elgon region, Kenya. Scientific Reports, 16, 28904. https://www.nature.com/articles/s41598-026-53610-4
