Karesh W B
Rev Sci Tech. 2024 Dec;Special Edition:141-144. doi: 10.20506/rst.SE.3568.
The evolution of wildlife disease management and surveillance, as documented in the World Organisation for Animal Health's Scientific and Technical Review, reflects a deepening understanding of the links between wildlife health, ecosystem integrity and human well-being. Early work, beginning with the World Assembly of Delegates in 1954, primarily focused on diseases like rabies. This focus expanded over time to include broader concerns such as the impacts of climate change, habitat loss and increased human-wildlife interactions on wildlife health. By the late 20th century, the emphasis had shifted towards improved practices for wildlife disease control and the development of advanced diagnostic methods and vaccines. Articles in the Review highlight the growing complexity of wildlife diseases and the need for holistic management strategies. The adoption in recent years of cutting-edge technologies like CRISPR-Cas systems and metagenomics points to a future of more proactive and integrated approaches to wildlife disease management. There is still a need to address not just the consequences of wildlife diseases but also their anthropogenic drivers. The latest perspectives advocate for nature-based solutions, expanded partnerships and systems-level thinking to effectively tackle 21st-century challenges in wildlife and biodiversity conservation.
世界动物卫生组织《科学与技术评论》中记载的野生动物疾病管理与监测的演变,反映出对野生动物健康、生态系统完整性与人类福祉之间联系的理解日益深入。早期工作始于1954年的世界代表大会,主要聚焦于狂犬病等疾病。随着时间推移,这一重点扩大到包括气候变化、栖息地丧失以及人类与野生动物互动增加对野生动物健康的更广泛影响等问题。到20世纪后期,重点已转向改进野生动物疾病控制措施以及开发先进的诊断方法和疫苗。《评论》中的文章强调了野生动物疾病日益增长的复杂性以及采取整体管理策略的必要性。近年来采用的CRISPR-Cas系统和宏基因组学等前沿技术表明,野生动物疾病管理将朝着更积极主动和综合的方法发展。不仅需要应对野生动物疾病的后果,还需要解决其人为驱动因素。最新观点主张采用基于自然的解决方案、扩大伙伴关系并进行系统层面的思考,以有效应对21世纪野生动物和生物多样性保护方面的挑战。