4.2 Editorial Material

Zoo animals as proxy species for threatened sister taxa: Defining a novel form of species surrogacy

Journal

ZOO BIOLOGY
Volume 40, Issue 1, Pages 65-75

Publisher

WILEY
DOI: 10.1002/zoo.21573

Keywords

collection planning; conservation marketing; flagship species; surrogate species; zoo conservation

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Due to limited resources, prioritizing species for conservation is necessary, with zoos often selecting different species from conservation organizations. A novel species surrogacy approach is proposed, using non-threatened species as proxies for related threatened species in zoos to enhance conservation efforts.
The vast number of species threatened with extinction, coupled with the limited resources to support them, results in the need to prioritize species for conservation action. Similarly, zoo collection managers must prioritize species for inclusion at their institutions, which are also limited by space and resources. While conservation status is one factor considered by zoos, weight is also given to qualitative features and practical considerations when evaluating the fit of different species. Resultantly, the species prioritized by zoos have limited overlap with those prioritized for conservation. Several recent studies have highlighted that the majority of species maintained in zoos are ranked globally as least concern. Given the centrality of conservation to the modern mission of zoos, there is value in identifying clear connections between non-threatened species in zoos and the roles they can play in conservation. Surrogate species approaches have been used in many instances to facilitate indirect conservation, and several distinctive types of surrogacy have been formally described. The aim of this study is to define a novel form of species surrogacy (i.e., proxy species) that draws utility from non-threatened species maintained in zoos. A proxy species is here defined as a non-threatened species managed ex situ that can be used as a flagship for a related threatened species that is morphologically similar but not otherwise represented in zoos. The benefits of this approach and opportunities for its application are here reviewed. This concept will provide opportunities to enhance the value of pre-existing zoo collections, and ultimately, support conservation objectives.

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