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Validation Protocol Updates June 2006 Jo Høkedal and Kai Sørensen. Changes and updates. Change record. Chapter 3.5. Additional datasets. Updated Fig 3.3. Chapter 5 Specifics for validation of PPS Update 5.1 Absolute Valdation of the PPS.
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Validation ProtocolUpdates June 2006 Jo Høkedal and Kai Sørensen
Changes and updates Change record
Chapter 5 Specifics for validation of PPSUpdate 5.1 Absolute Valdation of the PPS • More in situ data in 2002 than 2003 (NOMAD and NILU database). • Change of Validation month? • Org: March 2003, June 2003, Sept 2003, Dec. 2003 • New: July 2002, Oct 2002, Jan 2003, April 2003. • Any impact on the planned validation?
Available in situ data (DDS) • NOMAD: DDS01 (Hawaii), DD04 (Sargasso Sea), DDS05( Caribian Sea), DD06 (California), DD07 (Gulf of Maine), DD08 (New Jersey), DD09 (Benguela), DD13 (Antartic) • NILU: DDS03 (Adriatic Sea), DDS18 (Skagerrak) (not in Document), DDS10 (Helgoland) (Should be available?) • Other: DDS02 (Ligurian Sea), DDS11 (English Channel).
Chap. 6. Specifics for validation of FPS • Ten years of daily-, weekly- and monthly-binned level 3 merged data products, generated using the best merging algorithm. • The time series will cover the period 1997 (only SeaWiFS available) – 2006 (SeaWiFS, MODIS, MERIS, Parasol data available) • FPS will include both level 2 binned input products and level 3 merged products as daily, weekly and monthly averaged products mapped on a common 4.64km grid.
Chap. 6. Specifics for validation of FPSOpen Ocean • chlorophyll-a, • diffuse attenuation coefficient, • and, depending on the selected merging algorithm, possibly • normalised water-leaving radiances (nLw), • CDOM absorption at 443 nm in Case 1 water • Particle backscattering at 443 nm
Chap. 6. Specifics for validation of FPS Coastal waters • Same as for open ocean Case 1, plus : • Particle backscattering or total suspended matter (TSM), • CDOM absorption produced through Case 1 algorithm, • Possibly YSBPA-MERIS type Case 2 product
Chap. 6. Specifics for validation of FPSValidation phases • Absolute validation against in situ data sets • Assessment of temporal variability • Comparison with other ongoing project, i.e., REASon.