Behavioural Biology of Zoo Animals

Dr Paul Rose gained his PhD in 2018, investigating the behaviour and welfare of captive flamingos using a variety of methodological approaching including social networks analysis. He is a lecturer in the Psychology Department at the University of Exeter where he specialises in animal behaviour. Paul also works for the Wildfowl & Wetlands Trust (WWT) where he manages the Animal Welfare & Ethics Committee and is a research associate for WWT’s captive animal research programme. Paul is also a lecturer on the zoo animal management courses for University Centre Sparsholt. As a member of Defra’s Zoos Expert Committee, Paul writes and reviews policy pertaining to the running and licencing of zoos and aquariums. Paul is also co-chair of the IUCN Flamingo Specialist Group and is a member of the IUCN SSC Giraffe & Okapi Specialist Group. He is the co-chair of the BIAZA Research Committee and a member of the BIAZA Bird Working Group steering committee. Paul completed his first piece of in-zoo research in 2002 and has been professionally involved in zoo animal behaviour and welfare in an academic and practitioner capacity since 2006. His research predominantly focusses on behaviour and welfare, and evidence for zoo husbandry. He is a Senior Fellow of the Higher Education Academy and a Fellow of the Zoological Society of London.

"The Behavioral Biology of Zoo Animals leverages the expertise of biologists to describe key aspects of a species’ natural life history and behavioral ecology that can inform holistic, evidence-based animal management decisions to enhance the health and wellbeing of zoo and aquarium animals. The taxa covered in this text are remarkably diverse and extend beyond high-profile species, with entire chapters dedicated to historically under-represented taxonomic groups such as amphibians, reptiles, fishes, sharks, and invertebrates. The book is an eloquent synergy of scientific research and species-specific husbandry that looks into the future of how we manage animals in zoos and aquariums, making it a valuable resource for animal managers, administrators, scientists, veterinarians, and students alike." James Gillis, PhD, South-East Zoo Alliance for Reproduction & Conservation, Florida, USA"This book emphasises the importance of applying behavioural ecology concepts to zoo animals and as such should have broad appeal to students from a range of biological disciplines from zoology to animal behaviour and animal management. It is particularly exciting to see emphasis placed on less studied (in zoos) taxonomic groups such as invertebrates and amphibians."Katherine Jones, PhD, Senior Lecturer in Zoology, Bangor University, UK

• Foreword by Geoff Hosey. PART I SETTING THE SCENE. 1. Introduction to the Behavioural Biology of the Zoo. 2. Behavioural Biology in Animal Collection Planning and Conservation 3. Behavioural Biology, Conservation Genomics and Population Viability (OPEN ACCESS) 4. Behavioural Biology, Applied Zoo Science and Research 5. Behavioural Biology Methods and Data Collection in the Zoo PART II SELECTED TAXONOMIC ACCOUNTS 6. The Behavioural Biology of Primates 7. The Behavioural Biology of Ungulates and Elephants 8. The Behavioural Biology of Carnivores 9. The Behavioural Biology of Marine Mammals 10. The Behavioural Biology of Marsupials and Monotremes 11. The Behavioural Biology of Flightless Birds 12. The Behavioural Biology of Waterbirds 13. Behavioural Biology of Parrots 14. The Behavioural Biology of Hornbills, Toucans and Kingfishers 15. The Behavioural Biology of Passerines 16. The Behavioural Biology of Captive Reptiles 17. The Behavioural Biology of Amphibians 18. The Behavioural Biology of Freshwater Fishes 19. The Behavioural Biology of Marine Fishes and Sharks 20. Behavioural Biology of Invertebrates PART III FOR THE FUTURE 21. Behavioural Biology and Zoo Animal Welfare: For the Future 22. Behavioural Biology and Animal Health and Wellbeing 23. Behavioural Biology and Enhancing Visitor Education and Experiences 24. Behavioural Biology and the Zoo as a Nature Reserve 25. Behavioural Biology for the Evidence-based Keeper. Behavioural Biology and the Future Zoo: Overall Conclusions.