Posts Tagged ‘runoff’

EPA’s New Parking Lot Explores Environmentally Friendly Pavements

Without pavement and parking lots we would still be traveling cross-country in Conestoga wagons on 6-inch deep ruts and be breathing lungfulls of dust every time a vehicle drove by at the Kwik-E-Mart. Needless to say, pavement is one of the many things that makes modern life possible.

But, like everything else in our modern life, the more advanced we get in our ability to collect and analyze data, the more we realize that the good stuff always seems to have its awful consequences too. It’s the same story with pavement.

Ethanol Incentives Contribute to Gulf of Mexico Dead Zone

It looks like ethanol subsidies may impede efforts to reduce the size of the Dead Zone in the Gulf of Mexico. A draft report from the EPA Science Advisory Board says that ethanol subsidies could lead to a dramatic increase in nutrient loading in the Mississippi river basin, due to diverting cropland to corn production.

Recent energy policies, combined with pre-existing crop subsidies, tax policies, global market conditions and trade barriers all provide economic

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Tip o’ the Day: At the Car Wash

Washing the car may make your ride nice and shiny, but all that water runoff might make you feel dirty.

When you wash your vehicle on a paved surface such as a driveway or parking lot, all that dirty, soapy water has to go somewhere. Chances are it flows into storm drains, which lead directly to creeks, lakes, and streams harming water quality and wildlife.

Eco-Effective Decisions: What Hormones Belong to Who?

Recent headlines have been telling us about a class of chemical detergents or surfactants (nonylphenol ethoxylates, NPE’s) found in many industrial and household cleaners that have been reported to cause male fish to develop female characteristics. This hormone instability is commonly due to foreign “hormone disruptors”. The hormone instability occurs when a foreign chemical is introduced to the body and imitates our natural hormones. The toxins bind to the same sites in our body where [...]

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