Over the past 15 years,the Paleoanthropological and Paleolithic team from the Institute of Vertebrate Paleontology and Paleoanthropology(IVPP),Chinese Academy of Sciences,has made significant progress in understanding...Over the past 15 years,the Paleoanthropological and Paleolithic team from the Institute of Vertebrate Paleontology and Paleoanthropology(IVPP),Chinese Academy of Sciences,has made significant progress in understanding modern human origins and evolution through extensive fieldwork,fossil and artifact discoveries,and cutting-edge ancient molecular analysis.The new fossil findings from Hualongdong,Xuchang,the first report on Harbin,and the reevaluations of previously found fossils like Xujiayao revealed high population diversity in East Asia during the late Middle Pleistocene,implying multiple evolutionary lineages linked to modern humans,Neanderthals,or Denisovans.Different species names were proposed for these unique fossils.Discoveries from Zhiren Cave and Fuyan Cave refreshed our knowledge of modern human emergence in China,sparking debates between the“Recent African Origin”and“Multiregional Evolution”hypothesis.Additionally,new archaeological evidence from Nwya Devu and Xiamabei highlighted human adaptations to extreme climates and technological innovations.Genomic studies further revealed complex patterns of modern human dispersal,admixture,and adaptation in China,especially in the past 40,000 years.The first mitochondrial DNA of Denisovan outside Denisova Cave was successfully extracted from the sediments on the Plateau,suggesting the long-term occupation of this population in this area.展开更多
基金supported by the National Natural Science Foundation of China(41925009)the Chinese Academy of Sciences(CAS)(YSBR-019)+1 种基金the National Social Science Foundation of China(Grant No.23&ZD268)the National Natural Science Foundation of China(Grant No.42072033).
文摘Over the past 15 years,the Paleoanthropological and Paleolithic team from the Institute of Vertebrate Paleontology and Paleoanthropology(IVPP),Chinese Academy of Sciences,has made significant progress in understanding modern human origins and evolution through extensive fieldwork,fossil and artifact discoveries,and cutting-edge ancient molecular analysis.The new fossil findings from Hualongdong,Xuchang,the first report on Harbin,and the reevaluations of previously found fossils like Xujiayao revealed high population diversity in East Asia during the late Middle Pleistocene,implying multiple evolutionary lineages linked to modern humans,Neanderthals,or Denisovans.Different species names were proposed for these unique fossils.Discoveries from Zhiren Cave and Fuyan Cave refreshed our knowledge of modern human emergence in China,sparking debates between the“Recent African Origin”and“Multiregional Evolution”hypothesis.Additionally,new archaeological evidence from Nwya Devu and Xiamabei highlighted human adaptations to extreme climates and technological innovations.Genomic studies further revealed complex patterns of modern human dispersal,admixture,and adaptation in China,especially in the past 40,000 years.The first mitochondrial DNA of Denisovan outside Denisova Cave was successfully extracted from the sediments on the Plateau,suggesting the long-term occupation of this population in this area.
