International Journal of Primatology

, Volume 26, Issue 4, pp 825-854

First online:

New Insights into Old Lemurs: The Trophic Adaptations of the Archaeolemuridae

  • Laurie R. GodfreyAffiliated withAnthropology, Univ. Mass. Amherst Email author 
  • , Gina M. SemprebonAffiliated withBay Path College
  • , Gary T. SchwartzAffiliated withAnthropology and Institute of Human Origins, Arizona State University
  • , David A. BurneyAffiliated withBiological Sciences, Fordham University, New YorkNational Tropical Botanical Garden
  • , William L. JungersAffiliated withAnatomical Sciences, Stony Brook University
  • , Erin K. FlanaganAffiliated withAnthropology, Univ. Mass. Amherst
  • , Frank P. CuozzoAffiliated withAnthropology, University of North Dakota
  • , Stephen J. KingAffiliated withAnthropology, University of North Dakota

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Modern tools of paleoecological and ecomorphological research have enabled researchers to reconstruct the lifeways of extinct species more thoroughly than ever before. We apply a variety of tools in an attempt to reconstruct the diets of the extinct archaeolemurids of Madagascar. Our data include dental use wear (examined across species and across ontogenetic series of single species), enamel microstructure, enamel thickness, and δ13C. The data are complemented by field data on the environmental contexts in which the species lived and 14C determinations that demonstrate the surprisingly late survival of archaeolemurids. Several lines of evidence converge to suggest that all archaeolemurid species were hard-object processors, but with different diets and different methods of food processing. Past reconstructions of the diet of Hadropithecus as a specialized grass consumer fail under the scrutiny of multiple lines of evidence.


paleoecology ecomorphology diet microwear dental microstructure 13C Archaeolemur Hadropithecus Madagascar