Shrimp boats outfitted to skim oil head out of Grand Isle to clean up the massive oil before it hits the Louisiana shore, Wed., June 9, 2010. Credit: Cheryl Gerber
No question it’s a big news day in Washington. One big thing we want to make sure doesn’t get lost in the mix is the inclusion of the RESTORE Act in the final Transportation bill that Congress will vote on this week. Directing the fines BP and other parties responsible for the 2010 Deepwater Horizon oil disaster have to pay back to the Gulf for restoration has been a key priority of ours since the early days of this ordeal.
Thanks are in order to Senator Boxer for her leadership in the negotiations and the Senators and Representatives from the Gulf States, particularly Senators Landrieu, Nelson, and Shelby, and Representative Scalise for their work in shepherding the bill to final passage. We’d like to thank Senator Nelson of Florida specifically for making sure the bill includes a science and monitoring program, which is always a crucial issue for Ocean Conservancy.
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credit: cpboingo's flickr stream
Like a zombie, the dead zone in the Gulf of Mexico just won’t seem to really die. Estimates for the size of this year’s dead zone, an area of water so deprived of oxygen that it can’t support life, were just released by LUMCON (Louisiana University Marine Consortium) and the University of Michigan.
LUMCON estimates the size of the 2012 dead zone at 6,123 square miles, while the more conservative estimate projects an area of 1,197 square miles. While these estimates differ as much as the best way to kill a zombie does, what is really important is that there is a dead zone in the Gulf of Mexico. Continue reading »
Credit: National Marine Sanctuaries
As George Leonard wrote recently, planning for a stormier, warmer ocean is a daunting but important task. That’s already a reality for those of us living on the Gulf Coast, where sea level rise (compounded by coastal erosion) can almost wash away an entire community.
With near-perfect timing, another new study has just revealed that sea grasses can trap 2 to 3 times more carbon than a typical forest. The ocean, not just forests, can play a larger role than scientists previously believed keeping carbon out of the atmosphere. Continue reading »