seeinnovation: Motivated by the social impact and scientific challenges posed by the Deep Water Horizon oil spill, a University of Miami oceanographer has modeled the physics of buoyant oil plumes rising from the ocean floor. He determined the circumstances required for a buoyant plume to remain below the surface and spread out in vertical layers. Here, you see a side view of the modeled buoyant plume. Learn more at NSF’s website devoted to science outcomes, SEE Innovation. Credit: Tamay Ozgokmen, University of Miami Click for high-res image

seeinnovation:

Motivated by the social impact and scientific challenges posed by the Deep Water Horizon oil spill, a University of Miami oceanographer has modeled the physics of buoyant oil plumes rising from the ocean floor. He determined the circumstances required for a buoyant plume to remain below the surface and spread out in vertical layers. Here, you see a side view of the modeled buoyant plume. Learn more at NSF’s website devoted to science outcomes, SEE Innovation. Credit: Tamay Ozgokmen, University of Miami

Posted on January 26, 2012 at 8:16am with 6 notes and was reblogged from central science

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