New archeological study shows ancient connection between populations 3,000 km apart, and provides first direct link between climate change and ancient human social behavior
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New study provides marine radiocarbon reservoir effect reference values for the study of chronologies in northern Iberia during the Early- to Mid-Holocene, between 9,000 and 7,500 years ago. more
New special edition of the Proceedings of the National Academy of Sciences showcases multidisciplinary approaches to exploring human impacts on tropical forests and their associated earth systems. more
A new study published in the Proceedings of National Academy of Sciences compiles ancient pollen records from a variety of settings in tropical southeastern Asia spanning the past 6,000 years
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A new perspective article published in a special edition of PNAS titled ‘Tropical Forests as Key Sites of the Anthropocene’ pairs Indigenous scholarship with palaeoecological, archaeological, geographical, and anthropological research from the global tropics to explore some of the key barriers posed by pervasive “wilderness thinking” for the conservation of some of the most biodiverse places on earth.
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Dating from 120,000 – 90,000 years ago, the bone tools were found in association with carnivore remains that showed signs of skinning for furs and pelts.
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The long-distance migrations of early Bronze Age pastoralists in the Eurasian steppe have captured widespread interest. But the factors behind their remarkable spread have been heavily debated by archaeologists. Now a new study in Nature provides clues regarding a critical component of the herders’ lifestyle that was likely instrumental to their success: dairying.
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A new study lead by an international team of scientists uses a wide range of methods to date the heavily eroded reliefs, and connecting them to a period in which a green Arabia was home to monument-building pastoralists
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New research shows that over the last 400,000 years, multiple pulses of increased rainfall transformed the generally arid Arabian Peninsula into a hospitable route for human population movements across Southwest Asia
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Plant wax biomarkers are an innovative proxy for reconstructing vegetation composition and structure, rainfall intensity, temperature, and other climatic and environmental dynamics and are now incorporated in archeology and paleoanthropology to answer questions relating to past human-environment interactions and human evolution.
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New research shows that persistent tropical forest-grassland ecotones in southern Mexico provided critical ecologies for some of the first Pleistocene human arrivals through to the emergence of food production in this part of the world.
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New research led by scientists from the Max Planck Institute for the Science of Human History, shows that disruptions to Indigenous land management following Iberian colonization did not always result in widespread forest regrowth in the Americas and Asia-Pacific, as has been recently argued.
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A scientific consortium led by Dr Stefanie Kaboth-Bahr of the University of Potsdam has found that ancient El Niño-like weather patterns were the primary drivers of environmental change in sub-Saharan Africa over the last 620 thousand years – the critical timeframe for the evolution of our species. The group found that these ancient weather patterns had more profound impacts in sub-Saharan Africa than glacial-interglacial cycles more commonly linked to human evolution.
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Dr. von Baeyer has been awarded a fellowship to continue her ongoing research into human impacts on the environment along the ancient Silk Road. She is also studying the origins of arboriculture and the maintenance of forests in ancient Central Asia.
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A new article in PLOS ONE offers a novel method for illustrating stone tools, developed to allow researchers, students and educators to produce high quality, publishable illustrations
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New research led by scientists from Griffith University and the Max Planck Institute for the Science of Human History reveals that the arrival of Pleistocene humans and their hominin ancestors to uninhabited islands didn’t always lead to widespread extinctions, as is often thought.
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Researchers compare changes in the size and shape of ancient barley grains from Europe and Central Asia to understand and highlight the plausible drivers for population-scale change through time
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In a world in which biodiversity is increasingly under threat, and nature itself under siege, the role of human activities in driving ecosystem change has never more been apparent. But is all human activity bad for ecosystems? An international team of researchers suggests not.
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A new study reveals that ratios of magnesium and calcium derived from the limpet Patella depressa using LIBS, a cutting-edge methodological approach, serve as a high-resolution seawater thermometer, with significant implications for palaeoclimate and archaeological studies.
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Of the vast diversity of plants on Earth, only a few evolved to become prominent agricultural crops. Scholars now suggest they originally evolved to secure mutualistic relationships with now-extinct megafauna.
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Dr. Patrick Roberts of the Department of Archaeology at the Max Planck Institute for Human History is one of 10 researchers to receive Germany's most important prize for young researchers in 2021. The DFG and BMBF will award Heinz Maier-Leibnitz Prizes of 2021 at a virtual award ceremony on May 4th.
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Conservation approaches to rainforests in the Wet Tropics of Queensland must celebrate and protect both natural ‘Gondwanan’ heritage and the stewardship and cultural heritage of Aboriginal peoples.
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A new grant to the Department of Archaeology will support the documentation of thousands of threatened sites and construct an open access database in English, Mongolian and Russian.
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New analysis of a fossil tooth and stone tools from Shukbah Cave reveals Neanderthals used stone tool technologies thought to have been unique to modern humans
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In a new study, a researcher from the Max Planck Institute for the Science of Human History led a team that re-discovered how ancient people made beads from giant land snails, and found that the origin of this practice is thousands of years older than previously believed.
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Scantily clad tomb raiders and cloistered scholars piecing together old pots - these are the kinds of stereotypes of archaeology that dominate public perception. Yet archaeology in the new millennium is a world away from these images. In a major new report, researchers from the Max Planck Institute for the Science of Human History probe a thoroughly modern and scientific discipline to understand how it is helping to address the considerable challenges of the Anthropocene.
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The discovery of 120,000-year-old human, elephant and horse footprints near an ancient lakebed on the Arabian Peninsula changed what we know about what the world was like, and where our ancestors were, deep in prehistory
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Some 11 thousand years ago, Africa’s furthest west harboured the last populations to preserve tool-making traditions first established by the earliest members of our species
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