Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 4 of 4
Full-Text Articles in Law
Same As It Ever Was : The Tijuana River Sewage Crisis, Non-State Actors, And The State, James M. Cooper
Same As It Ever Was : The Tijuana River Sewage Crisis, Non-State Actors, And The State, James M. Cooper
Faculty Scholarship
Sewage—a scary mixture of human waste and industrial toxins—flows into the Tijuana River Valley, an environmentally sensitive watershed that straddles the United Mexican States ("Mexico") and the United States of America. Treatment plants, a deteriorating one in Punta Bandera with limited capacity south of the border, and another in San Diego County completed in 1997, are inadequate to process the volume of sewage. So much sewage made its way into the Tijuana River that CBS 60 Minutes broadcast a special report on the binational environmental disaster in 2020.
Border factories and a population spike contribute to the sewage. Maquiladoras, …
Clearing Up Questions On River Spill, Clifford J. Villa
Clearing Up Questions On River Spill, Clifford J. Villa
Faculty Scholarship
What-are the impacts of mine contamination, and who is responsible for cleaning it up?
Consequences For Cleanup: Epa Gets Serious About Weak Watershed Improvement Plans, Rena I. Steinzor, Anne Havemann
Consequences For Cleanup: Epa Gets Serious About Weak Watershed Improvement Plans, Rena I. Steinzor, Anne Havemann
Faculty Scholarship
In a landmark series of reports issued on June 26, 2014, the Environmental Protection Agency (EPA) put the seven jurisdictions that pollute the Chesapeake Bay on notice that their plans for reducing nitrogen, phosphorous, and sediment fall short of where they must be to make cleanup by 2025 a reality. By EPA’s reckoning, Pennsylvania and Delaware were furthest off the mark, but Maryland, New York, Virginia, and West Virginia face EPA action if they fail to substantially improve their plans. Of the seven jurisdictions, only Washington, D.C. escaped serious criticism.
The Legal And Regulatory Framework For Thermal Discharge From Nuclear Power Plants, Michael S. Baram
The Legal And Regulatory Framework For Thermal Discharge From Nuclear Power Plants, Michael S. Baram
Faculty Scholarship
As the rate of electricity generation increases, and as more nuclear power plants-in contrast to fossil fuel and hydro-electric facilities-are built to meet power needs, the use of cooling water and its subsequent discharge in heated states into the environment is expected to rise to massive levels. Estimates of future cooling water use vary and are subject to technical and economic developments, but by 1990, between 640 and 850 billion gallons per day are expected to be required. This range of water use can be roughly equated to one-half to three fourths of the average daily run-off of fresh water …