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Using Microbial Source Tracking in Watershed Management: Is High Quality Source Water Sustainable 在流域管理中使用微生物源追踪:高质量水源水可持续吗
发布日期: 2008-02-01
本powerpoint演示文稿首先介绍了流域监测项目的目标和挑战,以及微生物源追踪(MST)的简要概述,包括:开发工具箱;识别污染源是关键;MST分类;特定于宿主的MST;物种特异性MST;化学指示剂MST;MST比较;最近的MST研讨会;以及MST和可持续性。本文介绍了三个案例研究,其中包括:马萨诸塞州比曼·庞德·布鲁克(Beaman Pond Brook,又名a.k.a.),当时农民将责任归咎于住宅区 房屋,房主责备马;马萨诸塞州西博伊斯顿布鲁克。 k、 答:当一个紧凑的新英格兰景观 提供了太多无法统计的潜在来源;和 威斯康星州门县,又名a.a.,当含水层形态对 你包括表格、数字。
This powerpoint presentation begins by presenting the objectives and challenges of watershed monitoring programs, along with a brief overview of microbial source tracking (MST) including: developing a toolbox; identification of pollution sources is key; MST classifications; host-specific MST; species-specific MST; chemical indicator MST; MST comparison; recent MST workshops; and, MST and sustainability. Three case studies are presented, including: Beaman Pond Brook, Massachusetts, a.k.a., when the farmer blames the residential homes, and the homeowners blame the horses; West Boylston Brook, Massachusetts, a.k.a., when a compact New England landscape provides too many potential sources to count; and, Door County, Wisconsin, a.k.a., when aquifer morphology works against you. Includes tables, figures.
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发布单位或类别: 美国-美国给水工程协会
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