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Nearly all the tar balls filling the beaches of Alabama in the wake of Hurricane Isaac are from the BP Deepwater Horizon oil disaster that started in 2010 and continues to spread its black legacy to the communities and ecosystems, a report released Thursday from Auburn University shows.
The report states: "as TS Lee and Hurricane Isaac have revealed, mobilization and re-deposition of oil onto the beaches continues to be a lasting consequence of the Deepwater Horizon catastrophe."
The research team collected roughly 25 pounds of tar balls and tar mat fragment samples post-Hurricane Isaac from seven locations along the state's coast.
By analyzing the chemical fingerprints of samples of tar balls in 2010 soon after the BP Deepwater Horizon disaster (June 2010), after Tropical Storm Lee (September 2011) and Hurricane Isaac (September 2012), the team found nearly identical make-ups, implicating the BP disaster as the effects of the oil disaster continue to unfold, years later.
Beyond the ugly site of tar balls filling Alabama beaches, the report warns of ecological concerns, saying that they "contain a number of hazardous PAH [polycyclic aromatic hydrocarbons] compounds" at roughly the same concentrations as those from three years ago, and "in fact, some of the PAHs appear to be concentrating within tar mat." The report states that the "ecological implications of this fact remain uncertain."
The report's authors write that "without detailed chemical analysis it is safe to conclude that the fragile, sticky tar balls and oil fragments currently found along Alabama's shoreline are all Deepwater Horizon-related tar balls and oil fragments. In our opinion, local communities should not be burdened with proving the chemical origin of these tar balls and oil fragments; rather it should be the responsibility of BP to prove an alternative origin for these tar balls if they consider that a possibility."
Dear Common Dreams reader, It’s been nearly 30 years since I co-founded Common Dreams with my late wife, Lina Newhouser. We had the radical notion that journalism should serve the public good, not corporate profits. It was clear to us from the outset what it would take to build such a project. No paid advertisements. No corporate sponsors. No millionaire publisher telling us what to think or do. Many people said we wouldn't last a year, but we proved those doubters wrong. Together with a tremendous team of journalists and dedicated staff, we built an independent media outlet free from the constraints of profits and corporate control. Our mission has always been simple: To inform. To inspire. To ignite change for the common good. Building Common Dreams was not easy. Our survival was never guaranteed. When you take on the most powerful forces—Wall Street greed, fossil fuel industry destruction, Big Tech lobbyists, and uber-rich oligarchs who have spent billions upon billions rigging the economy and democracy in their favor—the only bulwark you have is supporters who believe in your work. But here’s the urgent message from me today. It's never been this bad out there. And it's never been this hard to keep us going. At the very moment Common Dreams is most needed, the threats we face are intensifying. We need your support now more than ever. We don't accept corporate advertising and never will. We don't have a paywall because we don't think people should be blocked from critical news based on their ability to pay. Everything we do is funded by the donations of readers like you. When everyone does the little they can afford, we are strong. But if that support retreats or dries up, so do we. Will you donate now to make sure Common Dreams not only survives but thrives? —Craig Brown, Co-founder |
Nearly all the tar balls filling the beaches of Alabama in the wake of Hurricane Isaac are from the BP Deepwater Horizon oil disaster that started in 2010 and continues to spread its black legacy to the communities and ecosystems, a report released Thursday from Auburn University shows.
The report states: "as TS Lee and Hurricane Isaac have revealed, mobilization and re-deposition of oil onto the beaches continues to be a lasting consequence of the Deepwater Horizon catastrophe."
The research team collected roughly 25 pounds of tar balls and tar mat fragment samples post-Hurricane Isaac from seven locations along the state's coast.
By analyzing the chemical fingerprints of samples of tar balls in 2010 soon after the BP Deepwater Horizon disaster (June 2010), after Tropical Storm Lee (September 2011) and Hurricane Isaac (September 2012), the team found nearly identical make-ups, implicating the BP disaster as the effects of the oil disaster continue to unfold, years later.
Beyond the ugly site of tar balls filling Alabama beaches, the report warns of ecological concerns, saying that they "contain a number of hazardous PAH [polycyclic aromatic hydrocarbons] compounds" at roughly the same concentrations as those from three years ago, and "in fact, some of the PAHs appear to be concentrating within tar mat." The report states that the "ecological implications of this fact remain uncertain."
The report's authors write that "without detailed chemical analysis it is safe to conclude that the fragile, sticky tar balls and oil fragments currently found along Alabama's shoreline are all Deepwater Horizon-related tar balls and oil fragments. In our opinion, local communities should not be burdened with proving the chemical origin of these tar balls and oil fragments; rather it should be the responsibility of BP to prove an alternative origin for these tar balls if they consider that a possibility."
Nearly all the tar balls filling the beaches of Alabama in the wake of Hurricane Isaac are from the BP Deepwater Horizon oil disaster that started in 2010 and continues to spread its black legacy to the communities and ecosystems, a report released Thursday from Auburn University shows.
The report states: "as TS Lee and Hurricane Isaac have revealed, mobilization and re-deposition of oil onto the beaches continues to be a lasting consequence of the Deepwater Horizon catastrophe."
The research team collected roughly 25 pounds of tar balls and tar mat fragment samples post-Hurricane Isaac from seven locations along the state's coast.
By analyzing the chemical fingerprints of samples of tar balls in 2010 soon after the BP Deepwater Horizon disaster (June 2010), after Tropical Storm Lee (September 2011) and Hurricane Isaac (September 2012), the team found nearly identical make-ups, implicating the BP disaster as the effects of the oil disaster continue to unfold, years later.
Beyond the ugly site of tar balls filling Alabama beaches, the report warns of ecological concerns, saying that they "contain a number of hazardous PAH [polycyclic aromatic hydrocarbons] compounds" at roughly the same concentrations as those from three years ago, and "in fact, some of the PAHs appear to be concentrating within tar mat." The report states that the "ecological implications of this fact remain uncertain."
The report's authors write that "without detailed chemical analysis it is safe to conclude that the fragile, sticky tar balls and oil fragments currently found along Alabama's shoreline are all Deepwater Horizon-related tar balls and oil fragments. In our opinion, local communities should not be burdened with proving the chemical origin of these tar balls and oil fragments; rather it should be the responsibility of BP to prove an alternative origin for these tar balls if they consider that a possibility."