Throughout the U.S. oil and gas boom, frackers have countered public concerns about water contamination with the assurance that drilling operations target deposits that sit much deeper than drinking-water aquifers. This picture is not entirely accurate, according to recent research.
Last month, the towns of Dryden and Middlefield, New York, represented by Earthjustice, triumphed over the fracking industry after the state’s highest court ruled that the towns can use local zoning laws to ban heavy industry within their borders.
Last month, we celebrated EPA's announcement that it is proposing first-ever limits on carbon pollution from power plants, the nation's biggest contributors to climate change. After years of paralysis in Washington, there is a real prospect of national action on climate that will shrink the U.S. carbon footprint and set the stage for more productive international negotiations in Paris, where the president may now arrive with new leverage and even some moral authority for a change.
One year ago this week, on July 6, 2013, a train carrying crude oil derailed in the Canadian town of Lac-Megantic, causing a fiery explosion that decimated the town and killed 47 people. Today, a large portion of the town is still in rubble and the ground remains too polluted for reconstruction.
At Earthjustice, we are not waging academic battles. While our cases play out in the courts, our work is firmly rooted in the real world. Behind the motions, arguments and decisions are people, wildlife and places whose fate depends on the outcome of our litigation.
Success in our work increasingly requires that we turn to a powerful tool—Geographic Information Systems, or GIS—to understand the where, when, what and who of our issues.
Last week, a hearty group of activists from Upstate New York gathered in Washington, D.C. to cheer Helen Slottje, one of six environmental activists worldwide to receive the Goldman Environmental Prize.
Colorado, Texas and Oklahoma aren't known for earthquakes, but that’s changing thanks to hydraulic fracking. Fracking-triggered earthquakes may become stronger and more frequent as the wastewater is injected underground, according to new research. Enormous amounts of wastewater are produced from the fracking process, and underground injection of wastewater is the most commonly used disposal technique. Each time a new well is fracked, the stakes grow higher.