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

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https://doi.org/10.1007/978-981-97-6282-8than 25,000 islands, has a land area of approximately 8.6 M square kilometers, and a human population of approximately 40 million. It is the smallest continent on earth, with the largest island on earth, and is surrounded by the Indian, Southern, and Pacific Oceans. Oceania features extensive geolog

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Norsyahida Mohammad,Siti Indati Mustapaock agriculture has become well established across the continent wherever practical and profitable, this has led to a high degree of overlap and interaction between wildlife and livestock. The interface created has led to two-way pathogen transmission, from livestock to wildlife and vice versa. The

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SK Safdar Hossain,May Ali Alsaffaraphical range. This is a Region with a vast wildlife diversity, which also holds the largest livestock producing and exporting countries. In this context, many opportunities for interaction at the wildlife–livestock interface arise, enabling the occurrence of important infectious diseases..This chap

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Ayodeji E. Oke,Clinton O. Aigbavboad to the development of multiple approaches in the field of epidemiology. Methodologies can be broadly classified into those that allow the quantification of interactions and those whose objective is to detect the existence of potential interactions at the interface. Regardless of their capacity to

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Ayodeji E. Oke,Clinton O. Aigbavboaify the consequences for animal health and conservation, among other objectives. Different types of approaches have been extensively used in epidemiology to evaluate pathogen transmission among individuals in one or more populations. However, considering wildlife–livestock or wildlife–livestock–huma

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