獾生态学、牛结核病与种群管理:来自爱尔兰岛的经验教训

Badger Ecology, Bovine Tuberculosis, and Population Management: Lessons from the Island of Ireland.

作者信息

Byrne Andrew W, Allen Adrian, Ciuti Simone, Gormley Eamonn, Kelly David J, Marks Nikki J, Marples Nicola M, Menzies Fraser, Montgomery Ian, Newman Chris, O'Hagan Maria, Reid Neil, Scantlebury David M, Stuart Peter, Tsai Ming-Shan

机构信息

One Health Scientific Support Unit, Department of Agriculture, Food and the Marine, National Disease Control Centre (NDCC), Agriculture House, Dublin 2, Ireland.

Veterinary Science Division, Agri-Food and Biosciences Institute (AFBI), Stoney Road Stormont, Belfast BT43SD, Northern, Ireland.

出版信息

Transbound Emerg Dis. 2024 Jan 16;2024:8875146. doi: 10.1155/2024/8875146. eCollection 2024.

Abstract

The European badger, , is an important wildlife host for and contributes to the epidemiology of bovine tuberculosis (bTB) in cattle in several countries. The control of zoonotic diseases, such as bTB, is a central component of global One-Health strategies. Such strategies are complicated by human-wildlife conflicts, particularly where wildlife reservoirs are legally protected. The contrasting objectives of disease management and wildlife conservation, therefore, can require significant investment in research to support evidence-based policies. In Britain and Ireland, for example, badgers are a legally protected species but are also subject to lethal control and vaccination for disease management. In this paper, we review recent (2012-2022) advances in research on this wildlife host on the island of Ireland, which is used to underpin national policies and identify research gaps. In recent years, significant advances in estimating key parameters related to badger management and population dynamics have been made, including estimating population abundance at varying scales (local, landscape, and national). Advances in tracking technology, integrated with mark-recapture and modelling tools, have provided significant insights into the movement ecology of badgers and their interactions with cattle. The adaptation of genetic technologies has improved our understanding of the transmission dynamics of among different hosts. As a disease management strategy, the culling of badgers to control bTB has reduced badger densities significantly, although this is not considered a sustainable sole long-term solution to the problem of spillback infection. The recent development of vaccination strategies presents an additional approach to control the disease in wild populations. These types of interventions will require significant applied research to ensure they are sustainable and to maximise benefits. It is also expected that focused research efforts will improve human-wildlife coexistence in the context of the broader One-Health strategy.

摘要

欧洲獾是牛结核病的重要野生动物宿主,在多个国家的牛群中对牛结核病的流行病学传播起到了推动作用。控制人畜共患疾病,如牛结核病,是全球“同一健康”战略的核心组成部分。此类战略因人类与野生动物的冲突而变得复杂,尤其是在野生动物宿主受到法律保护的情况下。因此,疾病管理和野生动物保护这两个相互矛盾的目标可能需要大量的研究投入,以支持基于证据的政策制定。例如,在英国和爱尔兰,獾是受法律保护的物种,但为了疾病管理也会对其进行捕杀和接种疫苗。在本文中,我们回顾了爱尔兰岛关于这种野生动物宿主的最新(2012 - 2022年)研究进展,这些进展被用于为国家政策提供支持并找出研究空白。近年来,在估计与獾管理和种群动态相关的关键参数方面取得了重大进展,包括在不同尺度(局部、景观和国家尺度)上估计种群数量。追踪技术与标记重捕法及建模工具相结合,为獾的运动生态学及其与牛的相互作用提供了重要见解。基因技术的应用增进了我们对不同宿主间牛结核病传播动态的理解。作为一种疾病管理策略,捕杀獾以控制牛结核病已显著降低了獾的密度,尽管这并非被认为是解决回溢感染问题的可持续的唯一长期解决方案。疫苗接种策略的最新发展为控制野生种群中的疾病提供了另一种方法。这类干预措施将需要大量的应用研究,以确保其可持续性并使效益最大化。预计有针对性的研究工作也将在更广泛的“同一健康”战略背景下改善人类与野生动物的共存状况。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3b0d/12016995/2b62c3cd3472/TBED2024-8875146.001.jpg

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