Ancient Europeans Crafted Tools From Elephant Bones, Rewriting Early Human History
New research reveals that hominins at a 480,000-year-old site in England weren’t just scavenging mammoths and elephants – they were deliberately shaping their bones into tools, demonstrating a level of ingenuity previously underestimated.
The presence of massive mammals, including elephants weighing up to ten thousand kilograms (33,070 pounds) and stretching fifteen feet in length, profoundly shaped the lives of early humans in Europe. These creatures weren’t simply a food source; they were a resource that extended to their bones, which were repurposed in surprising ways. A recent study, published in the journal Science Advances, details the discovery of the oldest known elephant bone tools in Europe, unearthed at the Boxgrove site in southern England.
This groundbreaking finding challenges the long-held assumption that early hominins primarily scavenged large mammals for sustenance. Researchers from University College London (UCL) and the Natural History Museum have demonstrated that these ancient people actively utilized elephant bones to create tools, specifically for shaping flint. The analysis centers around a triangular fragment of thick cortical bone, approximately 11 centimeters long, identified as a “retoucher” – a tool used to refine the edges of flint handaxes.
The Boxgrove site, situated along an ancient riverbank in West Sussex, England, has yielded a wealth of archaeological evidence over decades of excavation. Thousands of stone tools, butchered animal bones, and even rare hominin fossils, including a tibia and teeth, have been recovered. The site is particularly renowned for the abundance of expertly crafted handaxes found near water sources frequented by large animals. Over 450 finished and unfinished handaxes at the “Waterhole Site” attest to the skill and training of the artisans who produced them.
Analysis of wear patterns on these handaxes revealed they were primarily used for cutting meat, suggesting a focus on processing animal carcasses. Crucially, the toolmakers at Boxgrove employed a sophisticated technique, switching between hard stone hammers and softer hammers made from bone or antler. The use of softer hammers allowed for greater control during the flint-knapping process, enabling the removal of smaller flakes and the creation of sharper edges. The prevalence of soft hammer use at Boxgrove indicates an advanced level of stone working expertise.
The newly classified elephant bone retoucher, originally discovered in the early 1990s, underwent detailed reanalysis using 3D scanners and electron microscopes. Scientists determined the bone was broken while “green” – less than 1.5 years old – creating a manageable blank for toolmaking. Subsequent methodical removal of flakes and retouching at both ends created a functional tool. Cut marks on the surface indicate soft tissue removal prior to final shaping, a technique consistent with other bone tools found at Boxgrove.
Evidence of repeated use is apparent in the pronounced clusters of pits, grooves, and scratches on the bone’s surface, mirroring those found on known retouchers. Small pieces of locally sourced flint embedded within these grooves further confirm the tool’s function, indicating consistent striking angles and controlled force. The grooves themselves suggest light strikes, likely used for minor repairs to butchering tools.
The rarity of elephant bones at Boxgrove – only about twenty pieces have been discovered at the entire site – suggests the retoucher was likely sourced from elsewhere, potentially a scavenged carcass. The absence of initial shaping flakes at the Waterhole Site supports the theory that the tool was crafted elsewhere and transported to the site, indicating a level of curation and planning in resource management.
“This remarkable find shows how ingenious and resourceful our ancient ancestors were,” stated a lead author of the study. “They not only knew what materials to use but also demonstrated a high level of sophistication in their knowledge of crafting high-quality stone tools. Having a rare but highly useful resource, we would assume that this was a valuable tool.”
The discovery also sheds light on the cognitive complexity of early hominins. According to Dr. Silvia Bello, a researcher at the Natural History Museum, the ability to select, shape, and repeatedly use an elephant bone fragment to create other tools demonstrates “a significant level of complex and abstract thought.” These early humans were not simply opportunistic scavengers; they were resourceful gatherers with a deep understanding of material properties.
This finding represents a shift within the Acheulean tradition, with later handaxes, like those from Boxgrove, exhibiting more refined techniques using soft hammers and careful planning compared to earlier, thicker examples. By approximately 500,000 B.C.E., humans were not only tool producers but also tool maintainers, preparing to continue making and maintaining equipment over time. The Boxgrove discovery underscores the adaptability and ingenuity of our ancestors, rewriting our understanding of early human technological capabilities in Europe.
