How Certain Bird Species Learned to Spread Wildfires for Their Own Survival
Northern Australia’s tropical savannas often catch fire. In some regions, fires sweep through the land every couple of years, and globally, savannas account for nearly half of all biomass burned each year. Wildlife has learned to deal with it, and some species even use it to their own advantage. And interestingly, birds of prey are among them.
Raptors like the Black Kite, Whistling Kite, and Brown Falcon are known to gather near active fire fronts for very specific reasons: flames push insects, rodents, and reptiles out of hiding and turn the chaos into an easy hunt.
The Behavior That Caused Skepticism
@ausgeo Have you ever heard of the Aussie birds that start their own fires? 🔥 First Nations people in the Northern Territory have observed the behaviour of “firebirds” or “firehawks” for centuries. These clever raptors – which include black kites, whistling kites, and brown falcons – have been observed picking up burning sticks and dropping them into dry grass to drive out prey. Are there any interesting Aussie animal abilities you’ve observed? Share your thoughts in the comments below. #ausgeo #seeaustralia #hawk #birding #aussiebirds ♬ original sound – Australian Geographic
Stories from Aboriginal communities in Australia’s Northern Territory, Queensland, and Western Australia have long described “firehawks” doing more than circling smoke. These birds, according to oral histories and written records dating back to at least 1963, pick up burning sticks and carry them to new patches of dry grass.
Between 2011 and 2017, researchers gathered accounts from Indigenous land managers, firefighters, and scientists. Many described the same pattern: a bird grabs a smoldering branch with its beak or talons, flies a short distance, and drops it into unburned vegetation. The fire spreads while the bird waits.
This forces small animals to flee the fresh flames, and the raptors move in. Some witnesses even described birds working in loose groups, repeating the process across barriers like roads or rivers that would normally slow a fire down.
Accident Or Strategy?
Disbelief followed these claims for years. One explanation suggested the birds were simply missing prey and accidentally grabbing burning debris. If that were true, the fire spreading would be random. The collected accounts suggest otherwise.
Observers reported that birds repeatedly picked up burning material until it successfully ignited a new area. That repetition points to intent. The behavior also appears rare, which helps explain why many people working in the bush for decades have only seen it once or twice.
Even without clear video evidence, the consistency across independent reports has pushed the idea into serious scientific discussion. The findings were formally documented in a 2017 study published in the Journal of Ethnobiology, giving weight to knowledge that Indigenous communities had shared for generations.
Knowledge That Was Already There
Image via Canva/blueorangestudio
Researchers involved in the study made one thing clear: this wasn’t a new discovery. Aboriginal Australians had been describing fire-spreading birds for tens of thousands of years through stories, ceremonies, and lived experience.
That long history is important because traditional land management practices in Australia already rely on controlled burns to reduce fuel loads and prevent large-scale wildfires. Rangers in some regions even factor in the possibility that birds could carry flames beyond containment lines.
At the same time, that knowledge faces pressure. As fire suppression became more common during European settlement, some raptors were targeted out of concern that they could worsen bushfires. That response may have affected species beyond the well-known firehawks.
This Changes How We See Wildfires
If birds can influence where fires spread, even occasionally, it adds a new aspect to wildfire behavior. Fire is no longer just a physical process driven by weather and terrain. It can intersect with animal behavior in ways that complicate control efforts.
Researchers are now working on ways to study this behavior more closely, including observing controlled burns with teams ready to document what happens at the fire front. The aim is to move beyond eyewitness accounts and build a clearer picture of how often this happens and under what conditions.