At a site called Gesher Benot Ya'aqov in northern Israel, Acheulian hominins (early human relatives) returned to the same lakeshore across more than 20 layers of sediment, and the wood they burned shows they were choosing their fuel, not just making do.
Roughly 780,000 years ago, on the shore of an ancient lake in what is now northern Israel, a group of early human relatives kept returning to the same spot. They came back generation after generation, layer after layer, leaving behind a record of campfires preserved in sediment at a site called Gesher Benot Ya'aqov (GBY), near the present-day Hula Valley.
The thing that kept drawing them back may not have been fire itself, but the wood that fed it. According to a June 13, 2026 summary from SciTechDaily of new research from the Hebrew University of Jerusalem and international collaborators, what was preserved at GBY is not just evidence of fire. It is one of the oldest and most extensive charcoal assemblages ever recovered from a prehistoric site, and the assemblage shows that the people who built these fires were choosing their fuel rather than gathering whatever was at hand.
Acheulian hominins (the tool-making populations most often linked to Homo erectus or Homo heidelbergensis, and not to Homo sapiens) inhabited the lakeshore in repeated waves. The site holds more than 20 distinct occupation layers, each preserving wood that was burned where it lay. That pattern matters. It suggests people were not just using fire once. They were using it often enough, and in the same place often enough, to leave a layered signature in the ground.
The setting shaped the fuel supply. Paleo-Lake Hula was a freshwater lake bordered by riparian woodland, the kind of wooded wetland where willow, oak, and other deciduous trees grow close to the water. The reported charcoal assemblage is dominated by specific wood types, a sign that the people who built these fires were selecting fuel rather than grabbing whatever was at hand.
That is what reframes the story. "Oldest fire" is a curiosity beat. "Oldest evidence that early hominins read their landscape well enough to plan a fuel supply" is a cognitive beat. The 780,000-year age is the doorway, not the destination. What sits on the other side of the doorway is a group of people who knew which wood burned best, knew where to find it, and came back to the same lakeshore over enough generations to leave a record a modern lab can read.
The "first campfire" framing still comes with a caveat. Other early-fire localities in Africa and the Levant have pushed the date of hominin fire use further back than GBY, and the question of when hominins first controlled fire is still debated. The new contribution is not the age. It is the fuel-choice signal inside an unusually well-preserved charcoal record, paired with the clearest evidence yet that the same spot was reused, on purpose, across many human lifetimes.
What to watch: whether the GBY charcoal assemblage survives independent reanalysis, and whether paleoecologists can pin down whether the wood was collected fresh, scavenged from natural fires, or salvaged from deadfall. Each of those would tell a different story about how much planning was actually involved.