抵御水鸟高致病性禽流感风暴

Pub Date : 2023-11-22 DOI:10.1675/063.046.0113
Michelle Wille, J. Waldenström
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引用次数: 0

摘要

摘要目前由高致病性禽流感病毒引起的禽流感泛流行规模空前,大规模死亡事件对多个水鸟物种造成了种群层面的影响。虽然泛禽流感始于 2021 年,但在过去几十年中发生的一系列关键事件导致了这一病毒系的出现。自 2021 年以来,已爆发了数万次疫情,影响了 21 个目至少 320 个物种,其中绝大多数是水鸟。在本报告中,我们提供了全球范围内与种群数量下降相关的实例。只有澳大利亚和南极洲未受影响,尽管这种情况可能会迅速改变。尽管大规模死亡事件造成了大屠杀,但仍有一些策略可以在短期和长期内更好地保护水鸟。这些策略包括:防止家禽进一步蔓延;设计改进的监测系统,为病毒流行病学提供信息,并使所有野生鸟类受益,而不仅仅是家禽(和人类);以必要的细节和资源对野生动物疫情做出适当反应。按照目前的规模,水鸟的损失不仅是一场保护灾难,也是一场生态灾难,因此必须优先应对水鸟疫情。
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Weathering the Storm of High Pathogenicity Avian Influenza in Waterbirds
Abstract. The ongoing panzootic of bird flu caused by high pathogenicity avian influenza (HPAI) virus is unprecedented in scale, with mass mortality events causing population level effects for several waterbird species. While the panzootic commenced in 2021, a number of key events have occurred over the past decades leading to the emergence of this viral lineage. Since 2021, tens of thousands of outbreaks have occurred affecting at least 320 species belonging to 21 orders, of which the vast majority are waterbirds. In this report we provide examples from across the globe associated with population level declines. Only Australia and Antarctica are unaffected, although this could change rapidly. Despite the carnage caused by mass mortality events, there are strategies to better protect waterbirds in both the short and long term. These include prevention of further spillover events from poultry, designing improved surveillance systems to both inform virus epidemiology and to benefit of all wild birds rather than only poultry (and humans), and respond appropriately to outbreaks in wildlife with necessary detail and resources. The loss of waterbirds at the current scale will not only be a conservation disaster, but also an ecological disaster, and therefore response to outbreaks in waterbirds must be prioritized.
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