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Provision of high meat content food and object play reduce predation of wild animals by domestic cats Felis catus

Citation

Cecchetti, Martina; Crowley, Sarah L.; Goodwin, Cecily E.D.; McDonald, Robbie A. (2021), Provision of high meat content food and object play reduce predation of wild animals by domestic cats Felis catus, Dryad, Dataset, https://doi.org/10.5061/dryad.cvdncjt3k

Abstract

Predation by domestic cats Felis catus can be a threat to biodiversity conservation,​ but its mitigation is controversial.​​ Confinement and collar-mounted devices can impede cat hunting success and reduce numbers of animals killed,​ but some owners do not wish to inhibit what they see as natural behavior, perceive safety risks associated with collars, or are concerned about device loss and ineffectiveness.​ In a controlled and replicated trial, we tested novel, non-invasive interventions that aim to make positive contributions to cat husbandry, alongside existing devices that impede hunting. Households where a high -meat -protein, grain-free food was provided, and households where 5–10 min of daily object play was introduced, recorded decreases of 36% and 25%, respectively, in numbers of animals captured and brought home by cats, relative to controls and the pre-treatment period. Introduction of puzzle feeders increased numbers by 33%. Fitting Birdsbesafe collar covers reduced the numbers of birds captured and brought home by 42% but had no discernible effect on mammals. Cat bells had no discernible effect. Reductions in predation can be made by non-invasive, positive contributions to cat nutrition and behavior that reduce their tendency to hunt rather than impede their hunting. These measures are likely to find support among cat owners who are concerned about the welfare implications of other interventions.

Methods

Controlled, replicated trial of interventions to reduce depredation of wildlife by domestic cats.

Usage Notes

See Readme.txt and R markdown files.

The data submission should allow for the repetition of the analysis in the paper. In case of any queries, or further data requests, the lead contact for the paper is Robbie McDonald r.mcdonald@exeter.ac.uk

Funding

SongBird Survival

University of Exeter

SongBird Survival