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Stakeholder Participation in Freshwater Monitoring and Evaluation Programs: Applying Thresholds of Potential Concern within Environmental Flows

机译:利益相关者参与淡水监测和评估计划:在环境流量中应用潜在关注阈值

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摘要

The complex nature of freshwater systems provides challenges for incorporating evidence-based techniques into management. This paper investigates the potential of participatory evidence-based techniques to involve local stakeholders and make decisions based on different "knowledge" sources within adaptive management programs. It focuses on the application of thresholds of potential concern (TPC) within strategic adaptive management (SAM) for facilitating inclusive decision-making. The study is based on the case of the Edward-Wakool (E-W) "Fish and Flows" SAM project in the Murray-Darling River Basin, Australia. We demonstrate the application of TPCs for improving collaborative decision-making within the E-W, associated with environmental watering requirements, and other natural resource management programs such as fish stocking. The development of TPCs in the E-W fish and flows SAM project helped improve stakeholder involvement and understanding of the system, and also the effectiveness of the implemented management interventions. TPCs ultimately helped inform environmental flow management activities. The TPC process complemented monitoring that was already occurring in the system and provided a mechanism for linking formal and informal knowledge to form explicit and measurable endpoints from objectives. The TPC process faced challenges due to the perceived reduction in scientific rigor within initial TPC development and use. However, TPCs must remain tangible to managers and other stakeholders, in order to aid in the implementation of adaptive management. Once accepted by stakeholders, over time TPCs should be reviewed and refined in order to increase their scientific rigor, as new information is generated.
机译:淡水系统的复杂性质为将基于证据的技术纳入管理提出了挑战。本文研究了基于参与证据的技术可能使本地利益相关者参与进来,并根据适应性管理计划中的不同“知识”来源做出决策。它着重于潜在适应阈值(TPC)在战略适应性管理(SAM)中的应用,以促进包容性决策。该研究基于澳大利亚墨累达令河流域的Edward-Wakool(E-W)“鱼与水” SAM项目的案例。我们演示了TPC在改善E-W中与环境浇水要求以及其他自然资源管理计划(例如鱼类放养)相关的协作决策中的应用。 E-W鱼类和水流SAM项目中TPC的开发有助于提高利益相关者对系统的参与和理解,并有助于实施管理干预措施的有效性。 TPC最终帮助告知了环境流量管理活动。 TPC流程补充了系统中已经进行的监视,并提供了一种将正式和非正式知识联系起来以形成目标明确且可衡量的终点的机制。由于在TPC最初的开发和使用过程中科学严谨性下降,因此TPC流程面临挑战。但是,TPC必须与管理者和其他利益相关者保持有形的联系,以帮助实施适应性管理。一旦利益相关者接受,随着新信息的产生,随着时间的流逝,TPC应进行审查和完善,以提高其科学严谨性。

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