Directionally supervised cellular automaton to predict changes in human populations in Sahul through Late Pleistocene into Holocone
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Updated
Apr 12, 2023 - R
Directionally supervised cellular automaton to predict changes in human populations in Sahul through Late Pleistocene into Holocone
Analysis of palaeoecological records across South-East Asia to determine the evidence for regime shifts between open savannas and dense tropical forests occurred since the Last Glacial Maximum
Python code and statistical analysis for comparing Last Glacial Maximum and Late Holocene oceanography in the Indonesian Maritime Continent
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