From the Ice Sheet to the Sea: An Interdisciplinary Study of the Impact of Extreme Melt on Ocean Stratification and Productivity near West Greenland

Funding Agency: 
National Aeronautics and Space Administration (NASA)
Collaborators: 
T. Mote (U Georgia), K. Arrigo (Stanford U.), R. Castelao (U Georgia), M Tedesco (CCNY), P. Yaeger (U Georgia)

While the potential impact of increasing meltwater from Greenland on global sea level is clear, another important implication is its potential impact on coastal ocean physics, biogeochemistry, and ecology. Our interdisciplinary project seek to understand how increasing meltwater runoff from the west Greenland Ice Sheet (GrIS) affects ocean productivity in the coastal waters of Greenland. In particular, we aim to understand how freshwater, sediment, and nutrient input from ice sheet runoff and surface fluxes impact the evolution of seasonal stratification and ocean productivity differentially along the latitudinal gradient from the Labrador Sea to the Northwater polynya.