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Reducing Stormwater Runoff in the Chesapeake Bay
Stormwater runoff is one of the leading contributors to pollution in the Chesapeake Bay. After big storms, the water carries whatever is on the ground and in the streets into our waterways. Impervious surfaces, such as the roads and pavement that cover densely populated areas, don’t allow rain to seep into the ground, causing more polluted stormwater to enter the Bay.
Flash flood shows need for better stormwater restoration plans
On Saturday, July 30th, a flash flood devastated Ellicott City. Approximately six inches of rain fell in two hours, which carried away over 100 vehicles and caused millions of dollars of damage to the City’s roads, sidewalks, and buildings. Not only was there severe destruction of infrastructure, but the storm also killed two people who were swept away by the water. Downtown Ellicott City has been evacuated, and no one knows how long the residents and businesses will be displaced. Governor Hogan has declared a state of emergency for the area. Although Ellicott City is prone to flooding due to
Solving Stormwater Problems with an Innovative Approach
Over many years and decades, ineffective stormwater management has become a leading cause of the degradation of District waterways like the Anacostia and Potomac Rivers, and smaller tributaries such as Rock Creek, Watts Branch, and Oxen Run.
Minnesota's Cumulative Impacts Law: Rulemaking
In the 2023 Minnesota legislative session, we saw the passage of an important environmental justice law; the cumulative impacts law. This law is currently entering into the rulemaking process, where the Minnesota Pollution Control Agency will clarify details of how the law will work in effect. This will be an incredibly important process to engage with, as weak rules could effectively undermine any power this law could hold.
Background: Federal Regulation of Lead in Drinking Water
For our introduction to lead and drinking water, click here. The Federal Government regulates lead in drinking water, primarily through the Lead and Copper Rule. Lead and Copper Rule Adopted as part of the Safe Drinking Water Act (SDWA) in 1991 by the Environmental Protection Agency (EPA) the Lead and Copper Rule (LCR)'s purpose is to protect public health by minimizing lead and copper exposure at the tap. The LCR requires water systems to monitor the drinking water they provide and control for corrosion. Because lead can get into drinking water at various points throughout the system, as well
