期刊名称：Boston College Environmental Affairs Law Review
出版年度：2015
卷号：42
期号：1
页码：1
出版社：Boston College Law School
摘要：Although the U.S. Clean Water Act does not directly regulate nonpoint source water pollution, it does provide mechanisms that prompt states to address nonpoint source water quality problems within their borders. This prompt, however, merely raises the next question: when, or under what political conditions, will states actually do so? Although individual states within the United States provide many bases for comparison, this Article examines the issue of prompting nonpoint source regulation from an international comparative perspective, focusing on the nascent efforts of the Australian states of Victoria and Queensland to address nonpoint source pollution and the potential lessons from the various U.S. states’ histories of nonpoint source regulation. Specifically, this Article’s examination of nonpoint source management in various U.S. states suggests: (1) there will be little political will to regulate water quality until water quality problems become obvious to the relevant populace; (2) agricultural sources of nonpoint source pollution generally create the most significant political resistance to regulation; but (3) important countervailing interests in water quality—such as water-based tourism and recreational interests, drinking water quality, and culturally important fisheries—can sometimes overcome at least some political resistance to nonpoint source regulation. Translating these lessons to Australia, open source water supply catchments in Victoria and agriculturally induced water quality impacts to the Great Barrier Reef in Queensland may present the best political opportunities to create regulatory requirements for upstream agricultural nonpoint sources. Still, institutional reform and increased political will at both the Australian state and federal levels are needed. In particular, the Australian Commonwealth Government must become the leader in improving water quality for the Great Barrier Reef.
