'Situ chlorophyll' diaporamas de présentation

MODIS Land Bands for Ocean Remote Sensing: Application to Chesapeake Bay

MODIS Land Bands for Ocean Remote Sensing: Application to Chesapeake Bay. Bryan Franz NASA Ocean Biology Processing Group. MODIS Science Team Meeting, October 2006, College Park, MD. Contents. Why the land/cloud bands? Implementation & Sensor Characterization Results for Chesapeake Bay

492 views • 37 slides

MODIS Land Bands for Ocean Remote Sensing: Application to Chesapeake Bay

MODIS Land Bands for Ocean Remote Sensing: Application to Chesapeake Bay. Bryan Franz NASA Ocean Biology Processing Group. MODIS Science Team Meeting, October 2006, College Park, MD. Contents. Why the land/cloud bands? Implementation & Sensor Characterization Results for Chesapeake Bay

376 views • 37 slides

ISAC Contribution to Ocean Color activity

ISAC Contribution to Ocean Color activity. Mediterranean high resolution surface chlorophyll mapping Use available bio-optical data sets to estimate the uncertainties of the existing ocean colour algorithms (chlorophyll and PP)

389 views • 30 slides

ISAC Contribution to Ocean Color activity

ISAC Contribution to Ocean Color activity. Mediterranean high resolution surface chlorophyll mapping Use available bio-optical data sets to estimate the uncertainties of the existing ocean colour algorithms (chlorophyll and PP)

305 views • 30 slides

ESTIMATING OCEANIC PRIMARY PRODUCTIVITY:

ESTIMATING OCEANIC PRIMARY PRODUCTIVITY:. AN EVALUATION OF OCEAN COLOR ALGORITHMS AND GENERAL CIRCULATION MODELS. Vincent S. Saba, Marjorie A.M. Friedrichs, Mary-Elena Carr, and the PPARR4 team. Background. Primary Productivity Algorithm Round Robin (PPARR):

328 views • 29 slides

Michael Jacox University of California, Santa Cruz Raphael Kudela , Christopher Edwards (UCSC)

409 views • 15 slides

ISAC Contribution to Ocean Color activity

ISAC Contribution to Ocean Color activity. Mediterranean high resolution surface chlorophyll mapping Use available bio-optical data sets to estimate the uncertainties of the existing ocean colour algorithms and to define an optimal chlorophyll algorithm for the Mediterranean Sea (case I water).

233 views • 13 slides