Diseases at the Wildlife - Livestock Interface

Shared diseases among wildlife, livestock and humans, often transboundary, are relevant to public health and global economy, as being highlighted currently relative to the global COVID19 pandemic. Diseases at these interfaces also impact the conservation of biodiversity and must be considered when managing wildlife. While wildlife and domestic livestock have coexisted in dynamic systems for thousands of years, spillover disease risks are higher today than in the past due to global patterns of increasing close contact and interactions among wildlife, livestock and humans in the context of complex, diverse and numerous circumstances. Multidisciplinary studies of animal interfaces, especially those involving wildlife, therefore, must be brought to the forefront so that knowledge gaps can be realized and filled to inform managers and policy makers.

In the first part of the book authors illustrate and discuss ecological and epidemiological concepts related to the interfaces, with a vision towards socio-ecological system health. In addition, the history of past animal interfaces provides the necessary perspective to focus current questions, better understand present situations, and informs how we can best approach the future. The second part discusses the myriad of similar and differing wildlife- livestock interfaces found around the world from a regional point of view. The third part focuses on how to assess the spatial and temporal overlap between livestock and wildlife, and authors present new technical innovations about how inter-transmissions between wild and domestic populations can be quantified. An overview of main modeling approaches available to quantify multi-host disease transmission at the wildlife/livestock interface, illustrated with specific-case studies, is also presented. Finally, the need for interdisciplinary approaches and a dedicated thematic field to approach the wildlife/livestock interfaces and create opportunities to promote wildlife-livestock coexistence is emphasized.

The concluding chapter presents perspectives and directions to better understanding disease dynamics at the wildlife/livestock interface, global change and implications for the future. The changing distribution of interfaces, ongoing human and environmental changes (e. g. climate warming, changes in animal production systems, etc.) and their likely impacts and consequences for the interfaces and disease transmission processes are all discussed.

Prof. Joaquín Vicente is researcher at the National Wildlife Research Institute IREC (CSIC-Universidad de Castilla - La Mancha, Spain). His research interests include wildlife health and population monitoring, epidemiology and disease control at the animal interfaces. He currently coordinates ENETWILD and MAMMALNET projects, which aims to improve the European capacities for monitoring wildlife and support risk assessment of shared diseases. Kurt C. VerCauteren, PhD, is a Supervisory Research Wildlife Biologist with the National Wildlife Research Center of the United States Department of Agriculture. His research interests include wildlife-human conflict, wildlife damage management and the wildlife component of One Health diseases.
Prof. Christian Gortázar is the head of the SaBio (Health and Biotechnology) Research Group at the National Wildlife Research Institute IREC (CSIC-Universidad de Castilla - La Mancha) in Ciudad Real, Spain. His research interests include viral, bacterial and parasitic diseases of wildlife, with emphasis on the epidemiology and control of relevant infections shared with livestock and humans, such as tuberculosis.

Autorentext
Prof. Joaquín Vicente is researcher at the National Wildlife Research Institute IREC (CSIC-Universidad de Castilla La Mancha, Spain). His research interests include wildlife health and population monitoring, epidemiology and disease control at the animal interfaces. He currently coordinates ENETWILD and MAMMALNET projects, which aims to improve the European capacities for monitoring wildlife and support risk assessment of shared diseases. Kurt C. VerCauteren, PhD, is a Supervisory Research Wildlife Biologist with the National Wildlife Research Center of the United States Department of Agriculture. His research interests include wildlife-human conflict, wildlife damage management and the wildlife component of One Health diseases.
Prof. Christian Gortázar is the head of the SaBio (Health and Biotechnology) Research Group at the National Wildlife Research Institute IREC (CSIC-Universidad de Castilla La Mancha) in Ciudad Real, Spain. His research interests include viral, bacterial and parasitic diseases of wildlife, with emphasis on the epidemiology and control of relevant infections shared with livestock and humans, such as tuberculosis.

Inhalt
Part 1 Introduction 1 Host community interfaces: the wildlife-livestock 2 Natural and historical overview of the animal wildlife-livestock interface 3 The ecology of pathogens transmission at the wildlife-livestock interface: beyond disease ecology, towards socio-ecological system health Part 2 Regional perspectives of disease at the wildlife-livestock interface 4 Characteristics and perspectives of disease at the wildlife-livestock interface in Europe 5 Characteristics and perspectives of disease at the wildlife-livestock interface in Asia 6 Characteristics and perspectives of disease at wildlife-livestock interface in Africa 7 Characteristics and perspectives of disease at the wildlife-livestock interface in Oceania 8 Characteristics and perspectives of disease at the wildlife-livestock interface in North America 9 Characteristics and perspectives of disease at the wildlife-livestock interface in Central and South America Part 3 Characterization of the wildlife-livestock interface 10 Collecting data to assess the interactions between livestock and wildlife 11 Characterization of wildlife-livestock interfaces: the need for interdisciplinary approaches and a dedicated thematic field 12 Quantifying transmission between wild and domestic populations Part 4 Synthesis and conclusions 13 Synthesis and future perspectives of the study and management of diseases at the wildlife-livestock interface