Yes, humans can eat termites, and millions of people already do. At least 43 termite species are consumed as food across Africa, Asia, and South America, making them one of the most widely eaten insect groups on the planet. They’re rich in protein, high in healthy fats, and packed with iron and zinc.
Where Termites Are Already a Common Food
Termite eating isn’t a novelty or survival trick. It’s a longstanding food tradition across dozens of countries. A global review published in the Journal of Ethnobiology and Ethnomedicine identified 43 termite species used in human diets or livestock feed, spanning four biological families. The vast majority, about 87%, belong to one family (Termitidae), with the large mound-building species being the most popular.
The most widely consumed species appear across sub-Saharan Africa, particularly in Nigeria, Kenya, Uganda, Tanzania, the Democratic Republic of the Congo, Zambia, Angola, and South Africa. Other species are eaten in Thailand, Malaysia, India, China, Brazil, and Mexico. In many of these regions, winged termites (called alates) are considered a seasonal delicacy, not just an emergency food source.
People tend to prefer the larger species, especially those in the Macrotermes genus. These termites build the massive mounds you might associate with African savannas, and their popularity likely comes down to simple practicality: they’re big enough to harvest in useful quantities and have especially high levels of protein and fat.
Nutritional Profile of Edible Termites
Termites are remarkably nutrient-dense. Depending on the species and where they’re collected, edible winged termites contain 28 to 43% protein and 39 to 67% fat by dry weight. Some samples from Zimbabwe and South Africa have tested as high as 69% protein. That protein content comfortably exceeds conventional meats: beef sirloin provides about 20 grams of protein per 100 grams, and chicken breast about 21.5 grams, while many edible insects exceed 25 to 35 grams per 100 grams.
Like meat, insects provide complete protein containing all the essential amino acids your body can’t make on its own. The amino acid profile of edible insects is broadly comparable to beef and chicken, with similar levels of leucine, isoleucine, and valine (the branched-chain amino acids important for muscle).
The mineral content is where termites really stand out. Iron levels in edible winged termites range from about 71 to 112 mg per 100 grams, which dwarfs the roughly 2 to 3 mg you’d get from the same amount of beef. Zinc content ranges from 4.4 to 16.2 mg per 100 grams, also competitive with or higher than most meats. For populations without easy access to red meat or supplements, termites serve as a genuinely important source of these minerals.
The high fat content isn’t a downside. Much of the fat in termites is unsaturated, and in food-insecure regions, the caloric density is a benefit rather than a concern.
How People Harvest Them
Most termite harvesting happens during swarming season, when winged reproductive termites leave the colony in large numbers to mate and establish new nests. These swarms are triggered by warm days following rain, typically during the start of a rainy season. In tropical Africa, this can happen once or twice a year, creating a brief but abundant harvest window.
Harvesters use a variety of techniques. One traditional method involves inserting a stripped sisal leaf into a termite mound to coax the insects out. In many communities, people collect the swarming alates by placing containers near lights at night, since the winged termites are attracted to light sources. Large quantities can be gathered in a short time during a heavy swarm.
How Termites Are Prepared
Termites are rarely eaten completely raw, though some people do eat freshly caught alates without cooking. The most common preparation methods are simple and practical: dry frying, roasting, sun-drying, or smoking.
A typical approach, demonstrated in a recipe shared by the World Food Program, involves dry frying termites over low heat for about 10 minutes, then turning up the heat and adding salt and chili. A small amount of vegetable oil finishes the dish. The result is a crunchy, nutty snack that can be eaten on its own or mixed into porridge, stews, or ground into flour for baking. Sun-dried termites store well and can be kept for weeks or months, making them a reliable protein reserve between harvests.
The flavor is often described as nutty or slightly smoky, with a satisfying crunch when fried. The high fat content means they crisp up easily without much added oil.
Potential Risks to Be Aware Of
Termites are generally safe to eat, but a few considerations matter. People with shellfish allergies should be cautious, because insects contain chitin, a structural compound also found in crustacean shells. Cross-reactivity between shellfish and insect allergies is documented, so if you have a known shellfish allergy, termites could trigger a reaction.
Contamination is the other main concern. Termites harvested from areas treated with pesticides or near industrial pollution can carry chemical residues. Wild-harvested insects don’t go through the same safety screening as farmed food, so the source matters. In regions with a long tradition of termite eating, local knowledge usually guides which mounds are safe to harvest from.
Cooking also reduces the risk of any bacterial contamination, which is why most food traditions involve at least some heat treatment before eating.
Environmental Considerations
One complexity worth noting: termites produce methane. Symbiotic microbes in their guts help them digest tough plant material like wood fiber, and that process releases methane, a potent greenhouse gas. Global termite methane emissions are estimated at roughly 15 to 17 teragrams per year, and that figure is projected to rise with warming temperatures.
That said, harvesting termites for food doesn’t require the land, water, or feed inputs of conventional livestock farming. You don’t need to grow crops to feed termites; they eat wood and organic matter that humans can’t digest. And because they’re harvested from wild colonies or low-input farming systems, their overall environmental footprint per gram of protein is far smaller than beef or pork. The methane they produce exists whether or not anyone eats them.