Phylogenetic comparative methods: Harnessing the power of species diversity to investigate welfare issues in captive wild animals

Zoo Biology
Emma MellorGeorgia Mason

Abstract

This paper reviews a way of investigating health and welfare problems in captive wild animals (e.g., those in zoos, aviaries, aquaria, or aquaculture systems) that has great potential, but to date has been little used: systematically comparing species with few or no health and welfare issues to those more prone to problems. Doing so empirically pinpoints species-typical welfare risk and protective factors (such as aspects of their natural behavioral biology): information which can then be used to help prevent or remedy problems by suggesting new ways to improve housing and husbandry, and by identifying species intrinsically best suited to captivity. We provide a detailed, step-by-step "how to" guide for researchers interested in using these techniques, including guidance on how to statistically control for the inherent similarities shared by related species: an important concern because simple, cross-species comparisons that do not do this may well fail to meet statistical assumptions of non-independence. The few relevant studies that have investigated captive wild animals' welfare problems using this method are described. Overall, such approaches reap value from the great number and diversity of species held in captivity (e.g....Continue Reading

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Citations

Aug 23, 2020·Animals : an Open Access Journal From MDPI·Emma L MellorMichael Mendl
May 26, 2021·Nature Communications·Katherine A FarquharsonCatherine E Grueber
Oct 7, 2021·Proceedings. Biological Sciences·Emma L MellorGeorgia J Mason

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