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加拿大环境非政府组织在水资源治理中的作用:信息需求和监测实践。

Canadian ENGOs in governance of water resources: information needs and monitoring practices.

机构信息

Department of Geography, University of Ottawa, Ottawa, Canada,

出版信息

Environ Monit Assess. 2013 Nov;185(11):9451-60. doi: 10.1007/s10661-013-3264-6. Epub 2013 May 29.

Abstract

Water quality monitoring involves a complex set of steps and a variety of approaches. Its goals include understanding of aquatic habitats, informing management and facilitating decision making, and educating citizens. Environmental nongovernmental organizations (ENGOs) are increasingly engaged in water quality monitoring and act as environmental watchdogs and stewards of water resources. These organizations exhibit different monitoring mandates. As government involvement in water quality monitoring continues to decline, it becomes essential that we understand their modi operandi. By doing so, we can enhance efficacy and encourage data sharing and communication. This research examined Canadian ENGOs that collect their own data on water quality with respect to water quality monitoring activities and information needs. This work had a twofold purpose: (1) to enhance knowledge about the Canadian ENGOs operating in the realm of water quality monitoring and (2) to guide and inform development of web-based geographic information systems (GIS) to support water quality monitoring, particularly using benthic macroinvertebrate protocols. A structured telephone survey was administered across 10 Canadian provinces to 21 ENGOs that undertake water quality monitoring. This generated information about barriers and challenges of data sharing, commonly collected metrics, human resources, and perceptions of volunteer-collected data. Results are presented on an aggregate level and among different groups of respondents. Use of geomatics technology was not consistent among respondents, and we found no noteworthy differences between organizations that did and did not use GIS tools. About one third of respondents did not employ computerized systems (including databases and spreadsheets) to support data management, analysis, and sharing. Despite their advantage as a holistic water quality indicator, benthic macroinvertebrates (BMIs) were not widely employed in stream monitoring. Although BMIs are particularly suitable for the purpose of citizen education, few organizations collected this metric, despite having public education and awareness as part of their mandate.

摘要

水质监测涉及一系列复杂的步骤和多种方法。其目标包括了解水生栖息地、为管理提供信息并促进决策、以及教育公民。环境非政府组织(ENGO)越来越多地参与水质监测,充当环境监督者和水资源管理者。这些组织表现出不同的监测任务。随着政府对水质监测的参与持续下降,了解它们的运作方式变得至关重要。通过这样做,我们可以提高效率并鼓励数据共享和交流。本研究考察了加拿大的一些 ENGO,它们自行收集有关水质的水质监测活动和信息需求的数据。这项工作有两个目的:(1)增进对加拿大从事水质监测领域的 ENGO 的了解;(2)指导和告知基于网络的地理信息系统(GIS)的开发,以支持水质监测,特别是使用底栖大型无脊椎动物协议。在 10 个加拿大省份对 21 个从事水质监测的 ENGO 进行了结构化电话调查。这提供了有关数据共享的障碍和挑战、常见的收集指标、人力资源以及对志愿者收集的数据的看法的信息。结果以汇总水平和不同组别的受访者呈现。受访者之间的地理信息系统技术使用不一致,我们没有发现使用和不使用 GIS 工具的组织之间有明显的差异。大约三分之一的受访者没有使用计算机系统(包括数据库和电子表格)来支持数据管理、分析和共享。尽管底栖大型无脊椎动物(BMIs)是水质的整体指标,但它们在溪流监测中并未得到广泛应用。尽管 BMI 特别适合公民教育的目的,但很少有组织收集此指标,尽管它们的任务包括公众教育和意识。

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