@misc{10481/76318,
year = {2022},
url = {http://hdl.handle.net/10481/76318},
abstract = {Determining the cause and nature of the postmortem processes that living organisms experience is one
of the main common issues faced by forensic experts, zooarchaeologists, palaeontologists, and other
specialists. Carnivores are among the most destructive agents that can interact with a corpse, since
their feeding behaviour can lead to very extensive alterations, complicating the diagnostic
identification of which carnivore species was responsible for the death of an individual, a livestock
unit, or the formation of a fossil assemblage. Even though some currently available techniques enable
forensic experts to undertake a differential diagnosis of carnivore agency from corpse examination,
these are very difficult to apply when skeletal parts are all that remains. Nevertheless, a computational
taphonomic approach can help identify which carnivore could have generated the tooth marks present
on bone surfaces, and thus aid in the reconstruction of their forensic biography.},
organization = {Junta de Andalucía, Consejería de Educación,
Cultura y Deporte: Orce Research Project “Primeras ocupaciones humanas y contexto paleoecológico
a partir de los depósitos pliopleistocenos de la cuenca Guadix-Baza: zona arqueológica de la Cuenca
de Orce (Granada, España), 2017–2020” (BC.03.032/17)},
organization = {Spanish Ministry of Science, Innovation and
Universities, with a FPI Predoctoral Grant (PRE2019-089411)},
organization = {Project RTI2018-099850-
B-I00},
organization = {Ministry of
Science, Innovation and Universities, under the contract REF: PEJ2019-005420-A},
organization = {AHRC-Baillie Gifford Doctoral
Scholarship (AH/R012709/1)},
publisher = {Elsevier},
title = {Taphonomic characterisation of tooth marks of extinct Eurasian carnivores through Geometric Morphometric},
doi = {10.1016/j.scib.2022.07.017},
author = {Yravedra, José and Serrano Ramos, Alexia and Jiménez Arenas, Juan Manuel},
}