评估2002-2022年爱达荷州河流和溪流清洁水法进展驱动因素

Jason Williams
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摘要

在美国,《清洁水法》(CWA)是推动地表水质量管理的主要立法。其目标是“恢复和维持美国水域的化学、物理和生物完整性”。《水资源法》第305(b)条要求各州每两年报告是否达到所有州水域的适用水质标准,以记录水资源法的进展。制定提高达到标准的水域比例的战略需要诊断驱动305(b)数据时间趋势的因素。该分析展示了如何以新的方式系统地分析305(b)数据可以帮助记录wa进展(或缺乏进展)和相关驱动因素。爱达荷305(b)数据用于评估评估进展和恢复对2002-2022年爱达荷305(b)时间趋势的相对贡献。评估进度定义为评估未评估水域和纠正评估错误。恢复被定义为由于水质改善而从未达到一个或多个标准到达到所有评估标准的变化。从2002年到2022年,达到所有评估标准的爱达荷州河流公里的百分比从24%增加到32%。系统地评估了河流状态变化的原因,发现这一趋势主要是由评估进展驱动的,特别是对以前未评估的良好水域的进展监测和纠正先前的评估错误。由于先前的评估错误得到纠正,而不是由于水质改善,从受损到未受损的河流公里更多。在每两年一次的305(b)报告中,水质改善导致的所有河流公里变化状态不超过5%。截至2022年,受损的状态流km(39%)超过未评估的(29%),恢复成功率可能成为未来305(b)时间趋势的主要驱动因素。以新的方式系统分析305(b)数据可能有助于制定新的经验驱动策略,以加速CWA的进展,值得进一步研究。
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Evaluating Clean Water Act progress drivers for Idaho rivers and streams 2002–2022
In the United States, the Clean Water Act (CWA) is the primary legislation driving surface water quality management. Its goal is to “restore and maintain the chemical, physical, and biological integrity of the Nation’s waters.” Section 305(b) of the CWA requires states to document CWA progress by reporting whether applicable water quality standards are achieved for all state waters every two years. Developing strategies for increasing the proportion of waters achieving standards requires diagnosing factors driving 305(b) data temporal trends. This analysis demonstrates how systematically analyzing 305(b) data in new ways can help document CWA progress (or lack thereof) and associated drivers. Idaho 305(b) data were used to evaluate the relative contribution of assessment progress and restoration to 2002–2022 Idaho 305(b) temporal trends. Assessment progress was defined as assessing unassessed waters and correcting assessment errors. Restoration was defined as changes from not achieving one or more standards to achieving all assessed standards because water quality improved. From 2002–2022, the percentage of Idaho stream kilometers achieving all assessed standards increased from 24% to 32%. Systematically evaluating reasons for stream status changes revealed this trend was driven primarily by assessment progress, specifically progress monitoring previously unassessed waters in good condition and correcting prior assessment errors. More stream km changed from impaired to unimpaired because prior assessment errors were corrected than because water quality improved. In each biennial 305(b) report ≤ 5% of all stream km changing status resulted from water quality improvement. As of 2022, more state stream km were impaired (39%) than unassessed (29%) and restoration success rates will likely become the primary driver of 305(b) temporal trends in the future. Systematically analyzing 305(b) data in new ways may help develop new empirically driven strategies for accelerating CWA progress and merits further investigation.
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