Department of Veterinary Pathobiology, College of Veterinary Medicine and Biomedical Sciences, Texas A&M University, College Station, Texas, USA.
School of Veterinary Medicine, Texas Tech University, Amarillo, Texas, USA.
Transbound Emerg Dis. 2022 Nov;69(6):3582-3596. doi: 10.1111/tbed.14721. Epub 2022 Oct 22.
Biological agents as weapons of agro-crime or agro-terrorism pose threats to peace and economic stability. Such agents pre-exist worldwide as hazards, adversely affecting animal health, as well as imposing substantial burdens on many nations. Few studies have quantified the global risks and vulnerabilities of countries and regions to potential terrorist or criminal operations targeting animal health. We present here a risk-based mutual insurance premium framework for animal health outcomes built upon the World Organisation for Animal Health (WOAH) quantitative risk assessment paradigm. Our objective was to generate dimensionless and relative domain indices related to release and exposure for several biological factors, as well as to assess the preparedness and response ability of each country. We also considered disease-specific measures relating to pathogens, targeted animal populations, the ongoing disease situation, within- and among-country peace or conflict, disease-specific control measures, and the availability of technical tools and personnel for successful disease management. National economic, political, and research and development competencies were used to assess each WOAH Member's potential for resilience. We formulated indices of vulnerability for 25 WOAH Members selected from five worldwide regions; initially, against four transboundary infectious animal diseases that target diverse animal species. We developed these indices using variables obtained from public databases arising from multiple intergovernmental organizations. Subsequently, we compared the relative vulnerability indices among countries for each given disease using three different index building methods: arithmetic mean, distance matrix, and principal component analysis (PCA). The PCA-based approach provided the greatest ability to discriminate among the components and among countries and regions. Due to its transparency and reliance on publicly available datasets, the risk premium framework proposed herein may readily be adjusted by policymakers and agencies and utilized to improve risk management strategies against agro-crime or agro-terror events, as well as for unintentional disease introductions.
生物制剂作为农业犯罪或农业恐怖主义的武器,对和平与经济稳定构成威胁。这些制剂在全球范围内作为危害物存在,对动物健康产生不利影响,并给许多国家带来巨大负担。很少有研究量化过国家和地区面临针对动物健康的潜在恐怖或犯罪行动的全球风险和脆弱性。我们在此提出了一种基于世界动物卫生组织(WOAH)定量风险评估范式的动物健康结果的基于风险的相互保险保费框架。我们的目标是针对几种生物因素生成与释放和暴露相关的无量纲和相对域指数,并评估每个国家的准备情况和应对能力。我们还考虑了与病原体、目标动物群体、正在发生的疾病情况、国家内部和国家之间的和平或冲突、针对特定疾病的控制措施以及成功管理疾病的技术工具和人员有关的特定疾病措施。利用国家经济、政治和研发能力来评估 WOAH 每个成员国的复原力潜力。我们从五个世界区域中选择了 25 个 WOAH 成员国,针对针对多种动物物种的四种跨界传染性动物疾病,制定了脆弱性指数。我们使用来自多个政府间组织的公共数据库中的变量来开发这些指数。随后,我们使用三种不同的指数构建方法(算术平均值、距离矩阵和主成分分析(PCA))对每个国家的每种疾病的相对脆弱性指数进行了比较。基于 PCA 的方法提供了在组件和国家/地区之间进行区分的最大能力。由于其透明度和对公开数据集的依赖,本文提出的风险溢价框架可以由政策制定者和机构轻松调整,并用于改进针对农业犯罪或农业恐怖主义事件以及意外疾病引入的风险管理策略。