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The Role of Monitoring in the Integrated Management of Surface Water Bodies: Recommendations for the Implementation of the Water Framework Directive

机译:监测在地表水体综合管理中的作用:实施水框架指令的建议

摘要

The collection of data though environmental monitoring is critical to the success of integrated water management, therefore this PhD investigated its role in the management of surface water bodies, providing recommendations for the implementation of the Water Framework Directive (WFD).udThe monitoring requirements of the WFD have been reviewed and a comparison to previous arrangements in England and Wales was made. Findings demonstrated the challenges associated with a transition from established networks to those that support more integrated approaches. Using a river basin in England the role of monitoring in both ecological and chemical assessments was evaluated. Results revealed the need to evaluate data produced and ensure that networks are risk based and adaptive, both responding to and aiding understanding of the processes that determine water quality. The need to supplement regulatory monitoring with technical analyses to understand source-pathways-receptor models for contaminants, along with the need to combine chemical and biological assessments so that the risks to ecosystems can be identified was highlighted. The use of data to enable the identification and management of the pressures on surface water bodies was then explored. It was demonstrated that a systems approach to understanding the interactions between the abiotic, biotic and functioning of the ecosystem was needed so that pressures could be managed sustainably. The need to monitor the effectiveness of measures implemented to improve water bodies was also highlighted, with examples of both the structural and functional elements that could be used provided. Finally, recommendations on the communicating of data to stakeholders, along with their involvement in the management and monitoring of water bodies, were made.udThis work highlights the potential role monitoring has in the successful implementation of the WFD, demonstrating the need for review and flexibility in monitoring networks, along with frameworks which enable monitoring to contribute to understanding of ecosystems and allow collaboration and knowledge sharing within decision making processes.
机译:通过环境监测收集数据对于综合水管理的成功至关重要,因此本博士研究了其在地表水体管理中的作用,为实施《水框架指令》(WFD)提供了建议。 ud世界粮食日已得到审查,并与英格兰和威尔士以前的安排进行了比较。调查结果证明了从已建立的网络向支持更多集成方法的网络过渡所带来的挑战。使用英格兰的一个流域,评估了监测在生态和化学评估中的作用。结果表明,需要评估产生的数据,并确保网络基于风险并且具有适应性,既响应并帮助人们了解确定水质的过程。强调了需要通过技术分析来补充监管监测,以了解污染物的源-途径-受体模型,并需要结合化学和生物学评估,以便能够确定对生态系统的风险。然后探讨了使用数据来识别和管理地表水体压力的方法。事实证明,需要一种系统的方法来理解非生物,生物和生态系统功能之间的相互作用,以便可以可持续地管理压力。还强调需要监测为改善水体而采取的措施的有效性,并举例说明可以使用的结构和功能要素。最后,提出了有关将数据传达给利益相关者以及他们参与水体管理和监测的建议。 ud这项工作强调了监测在成功实施WFD中可能发挥的作用,表明需要进行审查和评估。监控网络的灵活性以及使监控有助于理解生态系统并允许在决策过程中进行协作和知识共享的框架。

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    Collins Alexandra;

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  • 年度 2014
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