2025/06/28 by Rhys T. Lemoine, Robert Buitenwerf, Søren Faurby +1 · 1 voice · 1 citation
Social Sciences · Earth and Planetary Sciences · Psychology · #Pleistocene-Era Hominins and Archaeology #Evolution and Paleontology Studies #Primate Behavior and Ecology
paper · pdf · doi:10.1111/geb.70078
ABSTRACT Aim The late‐Quaternary extinctions, which affected primarily large mammals, are strongly connected to the migration of modern humans out of sub‐Saharan Africa and tropical Asia (the Palaeotropics), and human hunting remains one of the greatest threats to large mammals globally. Species traits are known to affect vulnerability to human impacts in other (non‐megafauna) taxa and so here we conduct an exploratory analysis to test how traits affect the risk of megafaunal species being driven to extinction by humans—both prehistorically in species that are already extinct and currently in species threatened by hunting. Location Global. Time Late Pleistocene and Holocene, 129–0 kya. Major Taxa Studied Mammals with a body mass ≥ 9 kg. Methods We used phylogenetic logistic regression to analyse the effects of 17 functional, biogeographical, and phylogenetic traits on the incidence of extinction in 544 extinct and extant (196 and 348, respectively) megafauna species. Results Our primary finding was that, just as Palaeotropical species experienced a lower incidence of extinction compared to megafauna elsewhere, species on other continents that were more closely related to Palaeotropical species also had lower extinction compared to those more distantly related. We also found support for higher extinction in island endemics, larger‐bodied species and plantigrade (flat‐footed) species. Main Conclusions Larger, more insular and plantigrade species were more vulnerable to human impacts due to preferential hunting and/or vulnerability to specific hunting techniques. Older, hominin‐driven extinctions in the Palaeotropics (before the Late Pleistocene) may have filtered out species with vulnerable trait combinations, rendering Palaeotropical species and their non‐Palaeotropical relatives more resistant to later human impacts. Our finding that several of the same traits influence extinction threat in places where hunting of megafauna is still ubiquitous has implications for the contextualisation of prehistoric megafauna extinctions and for modern conservation and restoration.