Dietary flexibility of Australopithecus afarensis in the face of paleoecological change during the middle Pliocene: Faunal evidence from Hadar, Ethiopia

Earth & Environmental Sciences

• Pliocene 83%
• ecomorphology 75%
• fauna 71%
• consumption 64%
• food consumption 56%
• carbon 52%
• mammal 40%
• diet 40%
• isotopic composition 39%
• community structure 39%
• stable isotope 39%
• young 31%
• food 31%
• oxygen 30%
• habitat 28%
• distribution 16%

Agriculture & Biology

• Ethiopia 98%
• fauna 77%
• ecomorphology 72%
• carbon 60%
• food grades 57%
• stable isotopes 48%
• food consumption 47%
• community structure 43%
• mammals 33%
• oxygen 32%
• habitats 26%
• diet 23%

Social Sciences

• Ethiopia 100%
• flexibility 73%
• food consumption 57%
• habitat 51%
• reconstruction 40%
• evidence 38%
• food 32%