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A Science-Based Policy for Managing Free-Roaming Cats
Springer
  • David Hunter, American University Washington College of Law
  • Christopher A. Lepczyk
  • David C. Duffy
  • David M. Bird
  • Michael Calver
  • Dmitry Cherkassky
  • Linda Cherkassky
  • Christopher R. Dickman
  • David Jessup
  • Travis Longcore
  • Scott R. Loss
  • Kerrie Anne T. Loyd
  • Peter P. Marra
  • John M. Marzluff
  • Reed F. Noss
  • Daniel Simberloff
  • Grant C. Sizemore
  • Stanley A. Temple
  • Yolanda van Heezik
Document Type
Article
Publication Date
8-20-2022
Disciplines
Abstract

Free-roaming domestic cats (i.e., cats that are owned or unowned and are considered ‘at large’) are globally distributed non-native species that have marked impacts on biodiversity and human health. Despite clear scientific evidence of these impacts, free-roaming cats are either unmanaged or managed using scientifically unsupported and ineffective approaches (e.g., trap-neuter-release [TNR]) in many jurisdictions around the world. A critical first initiative for effective, science-driven management of cats must be broader political and legislative recognition of free-roaming cats as a non-native, invasive species. Designating cats as invasive is important for developing and implementing science-based management plans, which should include efforts to prevent cats from becoming free-roaming, policies focused on responsible pet ownership and banning outdoor cat feeding, and better enforcement of existing laws.

Using a science-based approach is necessary for responding effectively to the politically charged and increasingly urgent issue of managing free-roaming cat populations.

Citation Information
David Hunter, Christopher A. Lepczyk, David C. Duffy, David M. Bird, et al.. "A Science-Based Policy for Managing Free-Roaming Cats" Springer (2022) p. 3693 - 3701
Available at: http://works.bepress.com/david_hunter/79/