Bushmeat is meat harvested from wild animals, most commonly in tropical regions of Africa, Southeast Asia, and South America. The term typically refers to species like rodents, monkeys, apes, bats, and antelope hunted in forests and grasslands. While it sounds exotic to many Western readers, bushmeat is a routine protein source for millions of people, particularly in rural communities where livestock farming is limited or unaffordable.
Which Animals Are Considered Bushmeat?
The range of species is broad. In Central and West Africa, the most commonly hunted animals include cane rats (also called grasscutters), duiker (a small antelope), monkeys, apes, fruit bats, and bushbuck. In Southeast Asia, the term extends to pangolins, civets, wild pigs, and various reptiles. In South America, it covers species like peccaries, capybaras, and primates.
The common thread is that these are free-ranging wild animals, not farmed or domesticated. Bushmeat can come from animals as small as a forest rodent or as large as a gorilla. The species hunted in any given area depend on what’s locally available, culturally acceptable, and economically valuable.
Why People Depend on It
For many rural communities, bushmeat is not a luxury or a novelty. It is a critical source of calories and protein. A study of 478 households near Cross River National Park in Nigeria found that 75% experienced some degree of food insecurity, and households that consumed bushmeat, especially rodents, had significantly higher food security than those that did not.
Nutritionally, wild game tends to be leaner and more protein-dense than domesticated livestock. Protein content in bushmeat ranges from about 16% to 55%, compared to 11% to 20% for domestic animals like cattle, pork, and sheep. Wild meat also tends to be higher in iron, calcium, zinc, and certain vitamins. For communities without reliable access to markets, refrigeration, or livestock, hunting wild animals is often the most practical way to feed a family.
In cities, the dynamic shifts. Urban bushmeat markets in parts of West and Central Africa sell wild game at a premium, where it functions more as a cultural preference or status food than a survival necessity. This urban demand fuels a commercial trade that extends well beyond local subsistence hunting.
The International Trade
Bushmeat crosses borders more often than most people realize. It is regularly seized from passenger luggage at airports across Europe and the United States. Researchers have estimated that roughly 273 tonnes of illegal bushmeat enter France through its major airports each year, with an additional 8.6 tonnes arriving in Switzerland. The majority originates from Central and West African countries and supplies an organized, profitable trade network.
International law restricts much of this commerce. The Convention on International Trade in Endangered Species (CITES) classifies protected wildlife into three tiers. Species on Appendix I, those most threatened with extinction, cannot be traded commercially across borders, with rare exceptions for scientific research. Many of the primates, bats, and antelope commonly sold as bushmeat fall under these protections, making their international trade illegal.
Disease Risks From Handling and Eating Wild Meat
The most significant health concern with bushmeat is not eating a well-cooked piece of meat. It is the chain of events that comes before: tracking, killing, butchering, and transporting a wild animal. Each step involves contact with blood, tissue, and feces, which is how most zoonotic pathogens, diseases that jump from animals to humans, make the leap.
The list of infections linked to bushmeat handling is sobering. It includes Ebola virus, monkeypox virus, anthrax, and parasitic infections from worms and protozoa. The strongest evidence points to direct blood contact during butchering as the highest-risk moment. Researchers believe that HIV-1 originated when hunters with open wounds or cuts came into contact with the blood of infected chimpanzees or other nonhuman primates, allowing a simian virus to cross into humans. Spillover of Ebola has been traced to the handling of gorillas, chimpanzees, duiker, and fruit bats across multiple outbreaks in Central and West Africa since the virus was first identified in 1976.
Other risks are less dramatic but still real. Bacterial infections like leptospirosis can spread through contact with the urine of wild mammals. Parasitic larvae can penetrate the skin during handling. Eating undercooked wild meat carries its own set of risks from helminths and other parasites. Some communities also capture and trade live animals or consume animals found dead in the forest, both of which significantly increase exposure to infectious agents.
Threat to Wildlife Populations
Bushmeat hunting is one of the leading drivers of mammal extinction worldwide. A global analysis published in Royal Society Open Science found that 301 terrestrial mammal species are threatened with extinction due to hunting, primarily for food and traditional medicine. Only 2% of the populations of these heavily hunted species are considered stable or increasing. Between 1996 and 2008, the conservation status of 23% of these species deteriorated, while just one species improved.
The pressure is particularly severe for slow-reproducing animals like great apes and large antelope. These species cannot replenish their populations fast enough to withstand sustained commercial hunting. Multiple Ebola outbreaks in Central Africa have been traced back to gorilla and chimpanzee carcasses, suggesting that the same populations being hunted for food are also being decimated by disease, a compounding threat.
Deforestation accelerates the problem. As logging roads push deeper into previously inaccessible forests, hunters gain access to wildlife populations that were once buffered by remoteness. The combination of habitat loss and hunting pressure creates a collapse that is difficult to reverse.
Why Simple Bans Don’t Work
Efforts to curb the bushmeat trade run into a fundamental tension: the same practice that threatens biodiversity and spreads disease also keeps millions of people fed. Blanket bans on hunting tend to fail in communities where no affordable alternative protein source exists. When three out of four households already struggle with food access, telling people to stop hunting without offering a replacement is neither realistic nor ethical.
More promising approaches involve working with local communities to identify which behaviors carry the greatest disease risk, like handling animals found dead or trading live animals, and developing prevention strategies that people actually accept and follow. Sustainable harvesting programs that focus on fast-reproducing species like cane rats, rather than vulnerable primates and large mammals, offer another path forward. These approaches try to preserve the food security benefits of wild meat while reducing the ecological and public health costs.