PLoS ONE · 2014 · 37 citations · 93 references
Natural SciencesPaleontologyZoologyMammalogyPaleoanthropologyTaphonomyBone ConservationFaunal Remains AnalysisMammal PaleontologyMammalian PaleontologySkeletal BiologyVertebrate EvolutionAnimal Bone AnalysisFossil Vertebrate AnatomyMammal Fossil RecordMammalian Fossil AssemblagesMammalian Fossil RecordPleistocene MammalsTaphonomic AgentsTaphonomic Analysis
Eating habits of Panthera pardus are well known. When there are caves in its territory, prey accumulates inside them. This helps to prevent its kill from being stolen by other predators like hyenas. Although the leopard is an accumulator of bones in caves, few studies have been conducted on existing lairs. There are, however, examples of fossil vertebrate sites whose main collecting agent is the leopard. During the Late Pleistocene, the leopard was a common carnivore in European faunal associations. Here we present a new locality of Quaternary mammals with a scarce human presence, the cave of Los Rincones (province of Zaragoza, Spain); we show the leopard to be the main accumulator of the bones in the cave, while there are no interactions between humans and leopards. For this purpose, a taphonomic analysis is performed on different bone-layers of the cave.
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The Spotted Hyena. A Study of Predation and Social Behavior
H. N. Southern, Hans Kruuk · Journal of Animal Ecology · 1973 · 1K citations
Life Sciences, Entomology, Zoology +16
Breakage patterns of human long bones
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Development, Function and Evolution of Teeth
Richard H. Madden, Mark F. Teaford, Moya Meredith Smith et al. · Palaios · 2001 · 684 citations
Prey preferences of the leopard (<i>Panthera pardus</i>)
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Life Sciences, Ecology, Zoology +15