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Quantifying direct and indirect contacts for the potential transmission of infection between species using a multilayer contact network

机译:使用多层联系网络定量用于物种之间感染潜在传播的直接和间接触点

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摘要

Detecting opportunities for between-species transmission of pathogens can be challenging, particularly if rare behaviours or environmental transmission are involved. We present a multilayer network framework to quantify transmission potential in multi-host systems, incorporating environmental transmission, by using empirical data on direct and indirect contacts between European badgers Meles meles and domestic cattle. We identify that indirect contacts via the environment at badger latrines on pasture are likely to be important for transmission within badger populations and between badgers and cattle. We also find a positive correlation between the role of individual badgers within the badger social network, and their role in the overall badger-cattle-environment network, suggesting that the same behavioural traits contribute to the role of individual badgers in within-and between-species transmission. These findings have implications for disease management interventions in this system, and our novel network approach can provide general insights into transmission in other multi-host disease systems.
机译:检测物种之间传播病原体的机会可能是具有挑战性的,特别是如果涉及罕见的行为或环境传动。我们介绍了多层网络框架,以量化多主机系统中的传输电位,通过在欧洲獾之间的直接和间接触点上使用实证数据来计算环境传输。我们确定通过獾厕所的环境的间接联系人在牧场上的环境可能对獾群体和獾和牛之间的传输很重要。我们还发现獾社会网络中的个人獾的角色与他们在整体獾 - 牛环境网络中的作用之间的积极相关性,这表明相同的行为特征有助于在 - 之间的个人獾的作用 - 物种传输。这些发现对该系统中的疾病管理干预有影响,我们的新型网络方法可以在其他多宿主疾病系统中提供一般的见解。

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