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模拟英国牛结核病獾控制的后续步骤。

Simulating the next steps in badger control for bovine tuberculosis in England.

作者信息

Smith Graham C, Budgey Richard

机构信息

National Wildlife Management Centre, Animal and Plant Health Agency, Sand Hutton, York, United Kingdom.

出版信息

PLoS One. 2021 Mar 18;16(3):e0248426. doi: 10.1371/journal.pone.0248426. eCollection 2021.

Abstract

Industry-led culling of badgers has occurred in England to reduce the incidence of bovine tuberculosis in cattle for a number of years. Badger vaccination is also possible, and a move away from culling was "highly desirable" in a recent report to the UK government. Here we used an established simulation model to examine badger control option in a post-cull environment in England. These options included no control, various intermittent culling, badger vaccination and use of a vaccine combined with fertility control. The initial simulated cull led to a dramatic reduction in the number of infected badgers present, which increased slowly if there was no further badger management. All three approaches led to a further reduction in the number of infected badgers, with little to choose between the strategies. We do note that of the management strategies only vaccination on its own leads to a recovery of the badger population, but also an increase in the number of badgers that need to be vaccinated. We conclude that vaccination post-cull, appears to be particularly effective, compared to vaccination when the host population is at carrying capacity.

摘要

多年来,英国一直在进行由行业主导的獾捕杀行动,以降低牛群中牛结核病的发病率。獾疫苗接种也是可行的,在最近提交给英国政府的一份报告中,放弃捕杀“非常可取”。在此,我们使用一个既定的模拟模型,来研究英国捕杀行动后的獾控制方案。这些方案包括不进行控制、各种间歇性捕杀、獾疫苗接种以及使用疫苗结合生育控制。最初模拟的捕杀导致现存感染獾的数量大幅减少,如果不再对獾进行进一步管理,这一数量会缓慢增加。所有三种方法都导致感染獾的数量进一步减少,这些策略之间几乎没有什么可选择的。我们确实注意到,在管理策略中,只有单独接种疫苗会导致獾种群数量恢复,但同时需要接种疫苗的獾的数量也会增加。我们得出结论,与在宿主种群达到承载能力时接种疫苗相比,捕杀后接种疫苗似乎特别有效。

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