Titlebook: Diseases at the Wildlife - Livestock Interface; Research and Perspec Joaquín Vicente,Kurt C. Vercauteren,Christian Gort Book 2021 Springer

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Norsyahida Mohammad,Siti Indati Mustapan place to limit pathogen transmission. North America is home to many long endemic (e.g., bovine tuberculosis, brucellosis, rabies, pneumonia) and emerging or re-emerging (e.g., chronic wasting disease [CWD], West Nile virus, variants of highly pathogenic avian influenza) diseases. The continent is

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SK Safdar Hossain,May Ali Alsaffarpposite—representing an alternative epidemiological scenario for this disease..The chapter identifies several knowledge gaps, particularly those in relation to disease occurrence, to the identification of hosts/reservoirs and their role, and to disease dynamics. In response, strategies for enhanced

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Stakeholders to Sustainable Value Managementldlife-livestock interfaces and review the different approaches that have been developed to characterise them in terms of frequency and intensity of contacts between hosts. Then we provide case studies in the context of disease ecology illustrating how the characterisation of the wildlife-livestock

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harmony

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Host Community Interfaces: The Wildlife-Livestockestock have “spilled over” to wild populations and have “spilled back” to livestock. The ever-increasing role of anthropogenic drivers of change suggests a future exponential growth in interactions among wildlife, domestic animals, and humans, with important implications, including additional diseas

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等待

The Ecology of Pathogens Transmission at the Wildlife-Livestock Interface: Beyond Disease Ecology, Ton the growing importance of anthropogenic factors shaping wildlife–livestock–human interfaces, with recent changes in both livestock husbandry and biodiversity conservation practices having major impacts on pathogen emergence and spread in interface areas. We conclude by laying out the importance o

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