斐济流域内基于地方的管理变革:流域干预促进系统健康项目

S. Jupiter, Aaron P. Jenkins, J. Negin, Shylett Sonam Anthony, Ponipate Baleinamau, Rachel Devi, Sikeli Gavidi, Alice Latinne, Kinikoto Mailautoka, S. Mangubhai, Kelera Naivalu, Timoci Naivalulevu, Vilisi Naivalulevu, Nabeela Nasim, Sikeli Naucunivanua, Sarah Nelson, Ingrid Qauqau, Anaseini Ratu, Mereia Ravoka, Jacqueline Thomas, Andrew Tukana, Paul van Nimwegen, Ama Wakwella, Amelia Wenger, Donald Wilson, Pierre Horwitz
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引用次数: 0

摘要

流域为基于地方的干预措施提供了机会,通过预防性而非反应性的管理方法来改变系统健康,从而实现公共和环境健康的多重共同利益。斐济系统健康流域干预(WISH 斐济)项目采用参与式知识共同生产和行动导向研究来识别公共和生态系统健康的风险,确定应对风险的干预措施的优先次序,并监测系统对干预措施的反应。我们利用筛选过滤器和当地知识,共同确定了五个与水有关的疾病(斐济的 "三大灾难":钩端螺旋体病、伤寒和登革热)发病率较高且下游环境健康风险较高的流域,以便采取行动。我们查阅了文献以确定疾病风险因素,评估了与下游环境影响风险的重叠之处,并设计了 13 种工具来收集有关基线风险的信息。在咨询以获得自由、事先和知情同意后,我们在 29 个社区招募了 311 户家庭。我们对数据进行了综合,以确定家庭、社区和景观层面的主要风险,并将其传达给社区水资源管理委员会和政府领导,作为每个社区制定用水和卫生安全计划的一部分。地方委员会确定了 339 项优先降低风险行动,涉及九大类别:动物管理、排水、卫生系统监测、个人卫生、综合规划、土地使用管理、卫生系统、废物管理和供水系统。截至 2022 年 10 月,已在五个流域的不同风险类别和规模实施了 154 项干预措施。虽然我们可以跟踪减少与水有关的疾病风险和改善环境健康的因素的变化,但由于病例记录的地理位置不佳,直接评估对公共健康的影响是有限的。斐济 WISH 项目是跨部门协调的典范,可有效推进多个可持续发展目标的实现,但要扩大规模,就需要对干预措施进行持续投资,以实现全部效益,特别是对于那些反应滞后的基于自然的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transforming place-based management within watersheds in Fiji: The watershed interventions for systems health project
Watersheds offer opportunities for place-based interventions to transform systems health via preventative versus reactive approaches to management that achieve multiple co-benefits for public and environmental health. The Watershed Interventions for Systems Health in Fiji (WISH Fiji) project embraced participatory knowledge co-production and action-oriented research to identify risks to public and ecosystem health, prioritize interventions to address risks, and monitor responses of the system to interventions. We used screening filters and local knowledge to collaboratively identify five watersheds for action with high prior incidence of water-related diseases (Fiji’s “three plagues” of leptospirosis, typhoid and dengue) and high risk to downstream environmental health. We reviewed literature to identify disease risk factors, evaluated overlaps with risks for downstream environmental impact, and designed 13 instruments to collect information about baseline risk. Following consultations to obtain free, prior and informed consent, we enrolled 311 households across 29 communities. We synthesized data to identify key risks at the household, community, and landscape level, which were communicated to community water and resource management committees and government leaders as part of developing water and sanitation safety plans for each community. Local committees identified 339 priority risk reduction actions across nine main categories: animal management; drainage; health systems surveillance; hygiene; integrated planning; land use management; sanitation systems; waste management; and water systems. As of October 2022, 154 interventions were implemented in the five watersheds across different risk categories and scales. While we can track changes to factors that reduce risk of water-related disease and improve environmental health, direct evaluation of impacts to public health is limited due to poor geolocation of case records. The WISH Fiji project is a model of cross-sectoral coordination that efficiently progresses multiple Sustainable Development Goals, but scaling requires sustained investment in interventions to realize full benefits, particularly for nature-based solutions that exhibit lagged responses.
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