'Ocean color data' presentation slideshows

Sea surface salinity from space: new tools for the ocean color community

Sea surface salinity from space: new tools for the ocean color community. Joe Salisbury, Doug Vandemark, Chris Hunt, Janet Campbell, Dominic Wisser, Tim Moore (UNH) Nico Reul, Bertrand Chapron (IFREMR). Outline:. Aquarius and SMOS AMSR-E: the first SSS product from space

591 views • 45 slides

Bryan Franz , Donna Thomas, Sean Bailey, Norman Kuring, Gene Feldman, Chuck McClain, John Wilding

Integrating the Scientific Community with a Measurement Based, Multi-Sensor Data Processing and Distribution System. Bryan Franz , Donna Thomas, Sean Bailey, Norman Kuring, Gene Feldman, Chuck McClain, John Wilding NASA Ocean Biology Processing Group.

322 views • 32 slides

Status of Current Ocean- Colour Missions

Status of Current Ocean- Colour Missions. Indian Remote Sensing Satellite (IRS) P4 OCM. IRS-P4 OCM features. Launch Date: 26 may 1999 Launcher: PSLV, India Orbit: Sunsynchronous Polar Altitude: 720 Km Equatorial crossing time: 1200 h (Descending node)

380 views • 21 slides

Ocean Biological Modeling and Assimilation of Ocean Color Data Watson Gregg

Ocean Biological Modeling and Assimilation of Ocean Color Data Watson Gregg NASA/GSFC/Global Modeling and Assimilation Office. Assimilation Objectives: Improved State and Flux Estimation (Chlorophyll and Primary Production) Modeling Objectives: New Derived Variables

344 views • 19 slides

Exploration of Satellite-Derived Ocean Color and Sea Surface Temperature Data: The Gulf Stream

158 views • 15 slides

Evaluating VIIRS Ocean Color Products for West Coast and Hawaiian Waters

Evaluating VIIRS Ocean Color Products for West Coast and Hawaiian Waters. Curtiss O. Davis a , Nicholas Tufillaro a , Jasmine Nahorniak a , Burton Jones b,d and Robert Arnone c a Oregon State University, Corvallis, OR, 97331 USA

198 views • 12 slides

Ocean color provides bio-optical anomalies which inform us on:

Ocean color provides bio-optical anomalies which inform us on: - possible phytoplankton assemblages (e.g., PHYSAT dominant types) - patchiness in phytoplanktonic communities.

135 views • 1 slides