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oil spills

Oleoducto en el sitio de derrame de petróleo Bemidji en Minnesota
Posted inResearch Spotlights

Los microbios podrían comer minerales magnéticos en un sitio de derrame de petróleo

by Sarah Stanley 7 June 20227 June 2022

Nuevos experimentos en un antiguo sitio de derrames de petróleo en Minnesota sugieren que los procesos no biológicos por sí solos no pueden explicar la disminución de la magnetización.

Installation of new pipeline through the Bemidji oil spill site in Minnesota
Posted inResearch Spotlights

Microbes Might Munch Magnetic Minerals at Oil Spill Site

by Sarah Stanley 19 May 20227 June 2022

New experiments at an old oil spill site in Minnesota suggest that nonbiological processes alone may not account for decreased magnetization.

An aircraft releases chemical dispersant on 5 May 2010 over oil floating on the surface of the Gulf of Mexico
Posted inFeatures

¿Por Qué la Luz Solar es Importante para los Derrames de Petróleo en el Mar?

by Collin P. Ward, C. M. Reddy and E. B. Overton 6 October 202018 May 2022

Una década de investigación desde el desastre de Deepwater Horizon ha revelado cómo la luz solar—su importancia subestimada durante mucho tiempo en la ciencia de derrames de petróleo—altera sustancialmente el petróleo que flota en la superficie del mar.

Candidatus Macondimonas diazotrophica visible both inside and around the edges of oil droplets
Posted inFeatures

Deepwater Horizon: La Plataforma Petrolera y el Surgimiento de las Técnicas Ómicas

by J. Kostka, S. B. Joye and R. R. Colwell 29 May 202018 May 2022

Las técnicas de genómica microbiana llegaron a su madurez después del derrame de Deepwater Horizon, ofreciendo a los investigadores una visión incomparable de cómo los ecosistemas responden a tales desastres ambientales.

An aircraft releases chemical dispersant on 5 May 2010 over oil floating on the surface of the Gulf of Mexico
Posted inFeatures

Why Sunlight Matters for Marine Oil Spills

by Collin P. Ward, C. M. Reddy and E. B. Overton 28 April 202018 May 2022

A decade of research since the Deepwater Horizon disaster has revealed how sunlight—its importance long understated in oil spill science—substantially alters petroleum floating at the sea surface.

Aerial photo of a ship in an oil slick
Posted inNews

Leveraging Satellite Sensors for Oil Spill Detection

by Sarah Derouin 26 March 202018 May 2022

By using multiple remote sensors, scientists can quickly estimate the nature and thickness of oil spills—important factors for containment efforts.

Oil on the surface of the Gulf of Mexico in June 2012 after the Deepwater Horizon spill
Posted inAGU News

Deepwater Horizon’s Legacy of Science

by Heather Goss 25 March 202018 May 2022

The biggest oil spill in history resulted in billions of dollars in settlements—and a massive scientific movement.

Candidatus Macondimonas diazotrophica visible both inside and around the edges of oil droplets
Posted inFeatures

Deepwater Horizon and the Rise of the Omics

by J. Kostka, S. B. Joye and R. R. Colwell 25 March 202018 May 2022

Microbial genomics techniques came of age following the Deepwater Horizon spill, offering researchers unparalleled insights into how ecosystems respond to such environmental disasters.

Oil from the Deepwater Horizon disaster floats in the Gulf of Mexico in April 2010.
Posted inFeatures

Modeling Under Pressure

by Mark Betancourt 25 March 202018 May 2022

At a critical moment in the effort to end one of the world’s worst oil spills, one scientist holed up in his office and pulled an all-nighter to calculate the well’s aquifer support.

One person’s hands hold a mahi-mahi while another person uses instruments to tag it.
Posted inNews

Oil-Exposed Mahi-Mahi More Likely to Lose Oil-Avoidance Behavior

by R. Crowell 30 January 202018 May 2022

Contact with oil may make it harder for the fish to avoid additional exposure, creating a vicious cycle following offshore oil spills.

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