首页> 美国卫生研究院文献>International Journal of Environmental Research and Public Health >The Potential Role of Migratory Birds in the Rapid Spread of Ticks and Tick-Borne Pathogens in the Changing Climatic and Environmental Conditions in Europe
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The Potential Role of Migratory Birds in the Rapid Spread of Ticks and Tick-Borne Pathogens in the Changing Climatic and Environmental Conditions in Europe

机译:在欧洲不断变化的气候和环境条件下候鸟在壁虱和壁虱病原体快速传播中的潜在作用

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摘要

This opinion piece highlights the role of migratory birds in the spread of ticks and their role in the circulation and dissemination of pathogens in Europe. Birds with different lifestyles, i.e., non-migrants residing in a specific area, or short-, medium-, and long-distance migrants, migrating within one or several distant geographical regions are carriers of a number of ticks and tick-borne pathogens. During seasonal migrations, birds that cover long distances over a short time and stay temporarily in different habitats can introduce tick and pathogen species in areas where they have never occurred. An increase in the geographical range of ticks as well as the global climate changes affecting the pathogens, vectors, and their hosts increase the incidence and the spread of emerging tick-borne diseases worldwide. Tick infestations of birds varied between regions depends on the rhythms of tick seasonal activity and the bird migration rhythms determined by for example, climatic and environmental factors. In areas north of latitude ca. 58°N, immature ticks are collected from birds most frequently, whereas ticks from the group dominate in areas below 42°N. We concluded that the prognosis of hazards posed by tick-borne pathogens should take into account changes in the migration of birds, hosts of many epidemiologically important tick species.
机译:该观点强调了候鸟在壁虱传播中的作用及其在欧洲病原体传播和传播中的作用。不同生活方式的鸟类,即居住在特定区域的非移民或在一个或几个遥远地理区域内迁移的短,中和长距离移民,是许多of和tick传播病原体的携带者。在季节性迁徙期间,短距离覆盖很长距离并暂时停留在不同栖息地的鸟类会在从未发生过的地区引入areas虫和病原体。壁虱的地理范围以及影响病原体,病原体及其寄主的全球气候变化的增加,增加了新兴壁虱传播疾病在世界范围内的发病率和传播。不同地区之间禽类的虱侵扰取决于seasonal季节活动的节奏和由例如气候和环境因素确定的鸟类迁徙节奏。在纬度以北地区在北纬58度时,最频繁从鸟类那里采集tick,而在北纬42度以下的地区,该群体的tick占主导。我们得出的结论是,tick传播的病原体构成的危害的预后应考虑到鸟类迁移的变化,鸟类是许多流行病学上重要的tick物种的寄主。

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