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For microscopic organisms, ocean currents act as expressway to deeper depths

For microscopic organisms, ocean currents act as expressway to deeper depths
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Mediterranean seaOceans generalMara freilichAlexandra wordenAmala mahadevanBrown university division of applied mathematicsMarine biological laboratoryProceedings of the national academy sciencesMarine biological laboratory alexandraz wordenWoods hole oceanographic institutionDepartment of earthPlanetary sciencesNational academyBrown universityApplied mathematicsWoods hole oceanographic

For microscopic organisms, ocean currents act

Some of the ocean’s tiniest organisms get swept into underwater currents that act as a conduit that shuttles them from the sunny surface to deeper, darker depths where they play a huge role in affecting the ocean’s chemistry and ecosystem, according to new research.

Mediterranean seaOceans generalAmala mahadevanAlexandra wordenMara freilichMarine biological laboratoryBrown university division of applied mathematicsDepartment of earthMethod of researchProceedings of the national academy sciencesMarine biological laboratory alexandraz wordenWoods hole oceanographic institutionPlanetary sciencesNational academyBrown universityApplied mathematics

Ocean Currents: Expressway to Depths for Microbes, Study Says

Ocean Currents: Expressway to Depths for Microbes, Study Says
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Mediterranean seaOceans generalMara freilichAmala mahadevanBrown university division of applied mathematicsPlanetary sciencesProceedings of the national academy sciencesDepartment of earthWoods hole oceanographic institutionMarine biological laboratory alexandraz wordenNational academyBrown universityApplied mathematicsWoods hole oceanographicWoods holeMarine biological laboratory alexandra

For microscopic organisms, ocean currents act as expressway to deeper depths, study finds

New research shows how tiny plant-like organisms hitch a ride on ocean currents to reach darker and deeper depths, where they impact carbon cycling and microbia

Mediterranean seaOceans generalMara freilichAmala mahadevanAlexandraz wordenProceedings of the national academy sciencesBrown universityMarine biological laboratoryWoods holeNational academyCoherent lagrangian pathwaysSurface oceanSenior scientistNorth atlanticBermuda atlantic time series studyEditerranean sea microorganisms

For microscopic organisms, ocean currents act as expressway to deeper depths, study finds

New research shows how tiny plant-like organisms hitch a ride on ocean currents to reach darker and deeper depths, where they impact carbon cycling and microbia

Mediterranean seaOceans generalAlexandraz wordenAmala mahadevanMara freilichBrown universityProceedings of the national academy sciencesMarine biological laboratoryWoods holeNational academyCoherent lagrangian pathwaysSurface oceanSenior scientistNorth atlanticBermuda atlantic time series study