A new study by researchers at Lamont-Doherty Earth Observatory and Stony Brook University shows how ‘brown tide’ algae thrive in waters that are murky and low in inorganic nutrients.
|Name||Title||Fields of interest|
|Galen McKinley||Professor||carbon cycle, marine biogeochemistry, ocean circulation|
September 05, 2014
June 11, 2013
Smaller than a speck of dust, Emiliania huxleyi plays an outsized role in the world’s seas. Ranging from the polar oceans to the tropics, these free-floating photosynthetic algae remove carbon dioxide from the air, help supply the oxygen that we breathe, and form the base of marine food chains. When they proliferate, their massive turquoise blooms are visible from space.Now scientists have discovered one of the keys to E. huxleyi’s success. A seven-year effort by 75 researchers from 12 countries to map its genome has revealed a set of core genes that mix and match with a set of variable genes that likely allows E. huxleyi, orEhux, to adapt to different environments. Their results are described in the latest issue of Nature.
|How Natural Iron Fertilization Works in Productive West Antarctic Shelf Regions|
|Oxygen in the Ocean||Dynamics, Trends and New Observational Approaches|