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Social Network Analysis of Equidae Movements and Its Application to Risk-Based Surveillance and to Control of Spread of Potential Equidae Diseases

机译:马科运动的社交网络分析及其在基于风险的监视和潜在马科疾病传播控制中的应用

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Movements of animals and animal products are one of the most important ways of disease introduction and spread between regions and countries. Maybe one of the most complex animal species in terms of diversity of uses, nature and extent of movements are equidae, for which animal movement records are usually not available. The study presented here is the first characterization of a complete and reliable network of equidae movements in Castile and Leon, which is one of the most important equidae production regions of Spain. Social network analysis and space-time cluster analysis were used to describe the contact patterns of the equidae network and to identify the most important premises, areas and time periods for potential disease introduction or spread into the region. The studied network was complex, with very heterogeneous types of premises and diverse nature and extent of the movements compared with other livestock species, which have important implications for prevention and control of equidae diseases. Centrality measures revealed that production and reproduction farms and centres of livestock competition were the most important type of premises in the studied network. Cluster analyses allowed to identify seventeen significant spatio-temporal clusters of premises at high risk of dispatching or receiving equidae, which formed four interconnected compartments. These clusters were mainly located in the north-west region and in the second part of the year. The results of this study may be useful to design risk-based surveillance and control programmes of equidae diseases and increase the speed of detection and control of potential secondary outbreaks in future epidemics. Consequently, these results will help to minimize the great economic and sanitary impact of equidae diseases. The analytical approach used here may be easily extended to characterize the equidae movement patterns in other countries and regions of the world.
机译:动物和动物产品的运动是疾病传入和在地区和国家之间传播的最重要方式之一。就用途的多样性,活动的性质和程度而言,也许是最复杂的动物物种之一,但通常没有动物活动记录。这里介绍的研究是卡斯蒂利亚和莱昂(西班牙最重要的马球生产地区之一)的马球运动完整而可靠的网络的第一个特征。使用社交网络分析和时空聚类分析来描述马科动物网络的接触方式,并确定潜在疾病引入或传播到该地区的最重要前提,区域和时间段。与其他牲畜物种相比,所研究的网络非常复杂,其处所类型非常不同,并且活动的性质和程度也各不相同,这对于预防和控制马科疾病具有重要意义。中央集权措施显示,生产和繁殖农场以及牲畜竞争中心是所研究网络中最重要的场所类型。通过聚类分析,可以识别出高风险的时空群集,这些群集具有很高的调度或接收马匹风险,并形成了四个相互连接的隔间。这些集群主要位于西北地区和今年下半年。这项研究的结果可能有助于设计基于风险的马科疾病监测和控制程序,并提高在未来流行病中潜在的继发暴发的发现和控制的速度。因此,这些结果将有助于最大程度地减少马科疾病对经济和卫生的巨大影响。此处使用的分析方法可以轻松扩展,以表征世界其他国家和地区的马运动模式。

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