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An Integrated Risk Management Model for Source Water Protection Areas

机译:水源保护区综合风险管理模型

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Watersheds are recognized as the most effective management unit for the protection of water resources. For surface water supplies that use water from upstream watersheds, evaluating threats to water quality and implementing a watershed management plan are crucial for the maintenance of drinking water safe for humans. The aim of this article is to establish a risk assessment model that provides basic information for identifying critical pollutants and areas at high risk for degraded water quality. In this study, a quantitative risk model that uses hazard quotients for each water quality parameter was combined with a qualitative risk model that uses the relative risk level of potential pollution events in order to characterize the current condition and potential risk of watersheds providing drinking water. In a case study of Taipei Source Water Area in northern Taiwan, total coliforms and total phosphorus were the top two pollutants of concern. Intensive tea-growing and recreational activities around the riparian zone may contribute the greatest pollution to the watershed. Our risk assessment tool may be enhanced by developing, recording, and updating information on pollution sources in the water supply watersheds. Moreover, management authorities could use the resultant information to create watershed risk management plans.
机译:流域是公认的最有效的水资源保护管理单位。对于使用上游流域水的地表水供应,评估对水质的威胁并实施流域管理计划对于维护对人类安全的饮用水至关重要。本文的目的是建立一个风险评估模型,为识别关键污染物和水质恶化的高风险区域提供基本信息。在这项研究中,将对每个水质参数使用危险商的定量风险模型与使用潜在污染事件的相对风险水平的定性风险模型相结合,以表征流域提供饮用水的现状和潜在风险。以台湾北部的台北水源水域为例,总大肠菌群和总磷是最令人关注的两种污染物。沿河带地区密集的茶树种植和娱乐活动可能对流域造成最大的污染。通过开发,记录和更新有关供水流域污染源的信息,可以增强我们的风险评估工具。此外,管理机构可以使用所得信息来创建分水岭风险管理计划。

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