Study Dispersant Use and Ecosystem Impacts of Dispersed Oil02/06/2010 |
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| Last Thursday, over fifty experts and practitioners from government, academia and industry finished a two-day meeting looking at the potential long-term impacts of the prolonged use of large volumes of dispersants in the Deepwater Horizon oil spill response efforts in the Gulf of Mexico. EPA and NOAA scientists are conducting rigorous ongoing monitoring and analysis of the effectiveness and toxicity of the dispersants used. Should data indicate that the dispersants are causing significant environmental damage that outweighs the benefits of their use, EPA and the Coast Guard reserve the right to discontinue use. |
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Although the crude oil is more toxic than the authorized dispersants, much is unknown about the long term environmental impacts of dispersants when used in these unprecedented volumes on the surface and in the subsea. Because of this and due to the effectiveness of subsea applications, EPA and the US Coast Guard directed BP to significantly ramp down their use of dispersants. BP has complied and has significantly reduced dispersant use.
"This conference provided us with additional scientific information about potential impacts of prolonged dispersant use that can help guide decision-making as we continue to support the U.S. Coast Guard's response to and clean up of this spill," said Craig Carroll, EPA Co-Chair of the Region 6 Regional Response Team.
"It is the consensus of the group that up to this point, use of dispersants and the effects of dispersing oil into the water column has generally been less environmentally harmful than allowing the oil to migrate on the surface into the sensitive wetlands and near shore coastal habitats," said Nancy Kinner, University of New Hampshire co-director of the Coastal Response Research Center.
"The meeting is adding to our knowledge, both in terms of helping identify key questions that should be asked and helping identifying new, quality sources of information and relevant expertise to draw on as we make these difficult decisions," said Charlie Henry, NOAA's Scientific Support Coordinator for the Unified Command Center in Roberts, LA, USA. "The thoughtful scientific input from this meeting will prove valuable to responders as we continue to do everything possible to minimize damages caused by this unprecedented spill," said Robert Pond of the US Coast Guard.
This was the third science summit in three weeks that builds on the unprecedented mobilization of science the federal government has brought to this incident. The Administration has engaged some of the world's brightest scientific minds from the public and private sectors to mitigate the oil's impact and ensure an effective response.
Read more about: monitoring conference analysis Website: http://www.crrc.unh.edu Supplier: National Oceanic and Atmospheric Administration (NOAA) More news from this supplier: Grant to Help Prevent Toxin-induced Seafood Poisoning Deepwater Horizon spill Air pollution Similar to City Coastal Planning Conference CANVIS Aesthetical Simulation Reports Highlights Gulf of Mexico Value USD4.7 Million For Coastal Land Management Sewage Used for Drinking Water Water Resources Management Support Partnership Improved Marine and Weather Forecast Water Quality Information in Hawaii NASA Mission Takes Stock of Earth's Melting Land Ice Alleviating Water Problems In Abu Dhabi Dutch Experts to Design Flood Safety System 2.8 Million Gallons of Water Saved In Seven Months Oil and Gas Water Reuse Pilot in Alberta UN Agency Funds Irrigation Improvement Projects Smart Grids Crucial for Future Utility Operations UK: Underinvestment in Flood Infrastructure Nearly 10 Million to Clean Up US Beaches California Clean Water Agencies Champion Clean Energy Initiative Comments (0): |

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