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Full-Text Articles in Law
Integrated Estuary Governance, Mary Jane Angelo, J.W. Glass
Integrated Estuary Governance, Mary Jane Angelo, J.W. Glass
William & Mary Environmental Law and Policy Review
Estuaries are complex, dynamic ecosystems that play a critical role in supporting crucial economic industries, such as commercial fishing and tourism, and providing the resources necessary to sustain coastal communities. A range of anthropogenic environmental stressors are threatening the health of estuaries throughout the world. Traditional top-down single resource focused environmental regulatory approaches have proved inadequate to protect and restore estuarine systems. In recent years, scientific and legal academics, as well as policymakers, have called for more holistic participatory approaches to addressing environmental challenges. Drawing on the literature on ecosystem management, integrated water resources management, collaborative governance, and adaptive management, …
A "Directed Trust" Approach To Intergenerational Solidarity In American Environmental Law And Policy: A Modest Proposal, Lucia A. Silecchia
A "Directed Trust" Approach To Intergenerational Solidarity In American Environmental Law And Policy: A Modest Proposal, Lucia A. Silecchia
William & Mary Environmental Law and Policy Review
No abstract provided.
Too Little, Too Late: Congress's Attempt To Regulate Forever Chemicals Through Military Appropriations, Michael Heard Snow
Too Little, Too Late: Congress's Attempt To Regulate Forever Chemicals Through Military Appropriations, Michael Heard Snow
William & Mary Environmental Law and Policy Review
Per- and polyfluoroalkyl substances, shortened to “PFAS,” are a broad class of approximately 4,000 to 6,000 industrial chemicals characterized by a carbon chain saturated with fluorine molecules. This structure, dominated by carbon-fluorine bonds, is one of the most stable known chemical structures—and it is this stability that lies at the core of both the usefulness and the greatest issues surrounding PFAS. They are generally non-reactive except at tailored “active sites” and they never break down naturally—leading to the nickname “forever chemicals.” The persistence of their structures creates a plethora of desirable characteristics: PFAS are grease-resistant, waterproof, fireproof, stain-proof, and chemically …