Argo synthetic profile 1.0 1.2 1950010100000020260702160146202607021601462902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 2902244 Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA 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PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUO RESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DA RK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PR ELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.1007 PRELIM_DARK_CHLA = [54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.1007 PRELIM_DARK_CHLA = [53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.1007 PRELIM_DARK_CHLA = [54,53,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.03364 PRELIM_DARK_CHLA = [54,53,53,54], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.1007 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.1007 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07964 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09531 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09531 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09531 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14287 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10044 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.11811 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.15835 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.15835 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.11811 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.18218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.18218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16354 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16301 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16301 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16954 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07679 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07679 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08553 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07679 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07679 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0 .0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08553 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09341 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12467 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12467 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10122 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10122 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0267 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0267 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07979 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12969 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12969 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0905 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.15761 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14273 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12313 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10543 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10543 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10543 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14489 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14489 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10543 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10543 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12969 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12969 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0905 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0905 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14729 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0695 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0695 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08646 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10998 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10998 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10998 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10998 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.13083 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.13083 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16954 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.16954 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.17936 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12824 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.14034 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08623 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0759 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07757 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09703 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.9865 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.99303 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.99303 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.03136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.04087 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0643 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07979 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10122 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10122 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09112 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.07618 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.10122 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.0267 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12218 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.12467 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09341 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08553 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08553 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_C HLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.09067 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.03136 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.99303 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.9865 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.98593 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.98593 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.9865 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.9865 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.08213 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.05483 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.98429 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97355 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.95348 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 2.03364 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.94691 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.94691 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93084 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.94691 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.87599 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.84711 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.92982 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.89742 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.89742 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.8594 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.8594 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.81942 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.78793 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.78793 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.81942 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.89742 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.97798 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 1.0575 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.93592 PRELIM_DARK_CHLA = [54,53,53,54,53], SCALE_CHLA = 0.0073 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10110 RTQC_FAILED 10000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10111 RTQC_FAILED 10001 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10110 RTQC_FAILED 10000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10111 RTQC_FAILED 10001 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10110 RTQC_FAILED 10000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10111 RTQC_FAILED 10001 Polynomial calibration coeficients were u sed. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00010 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustmen t (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00010 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time ad justment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coef icients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 01000 Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 01000 20230515175438202607011510352026070115103520260701151035 20230515175438202607011510352026070115103520260701151035 20230605172028202607011510362026070115103620260701151036 20230515175438202607011510362026070115103620260701151036 20230605172028202607011510372026070115103720260701151037 20230515175439202607011510372026070115103720260701151037 20230605172028202607011510382026070115103820260701151038 20230515175439202607011510382026070115103820260701151038 20230605172028202607011510382026070115103820260701151038 20230515175439202607011510392026070115103920260701151039 20230605172028202607011510392026070115103920260701151039 20230515175440202607011510402026070115104020260701151040 20230515175440202607011510402026070115104020260701151040 20230515175440202607011510402026070115104020260701151040 20230515175440202607011510402026070115104020260701151040 20230515175440202607011510412026070115104120260701151041 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