Argo synthetic profile 1.0 1.2 1950010100000020260702174755202607021747552902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 2902264 Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo Indian Argo 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 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESC ENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES 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CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES TEMP PSAL DOXY CHLA CHLA_FLUORESCENCE BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLU ORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output CHLA_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA)/PHYSIO_RATIO CHLA_FLUORESCENCE_ADJUSTED = ((FLUORESCENCE_CHLA-MEDIAN(PRELIM_DARK_CHLA))*SCALE_CHLA) BBP700_ADJUSTED = BBP700 none none none 1.0812 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11523 PRELIM_DARK_CHLA = [], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14622 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14622 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11675 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07831 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07831 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07831 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04023 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04023 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04023 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04023 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04023 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01581 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01581 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01581 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01581 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.977856 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.977856 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.977856 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.977856 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.943583 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.956367 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.956367 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.956367 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08421 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01596 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09185 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.14323 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11263 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11263 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11263 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11263 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11263 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [ 54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11533 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.11014 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.0812 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09198 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09198 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07113 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.03162 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.03162 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.03162 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07225 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07225 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07225 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07225 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0394 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.999952 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04469 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08028 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.15253 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.15253 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09418 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.07525 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_C HLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01563 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.01563 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 0.99423 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0283 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.0574 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04468 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08378 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.04479 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.06187 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08028 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.08028 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.09346 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.15437 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 none none none 1.076 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073, PHYSIO_RATIO = 1.15437 PRELIM_DARK_CHLA = [54,54,54,54,54], SCALE_CHLA = 0.0073 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_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 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 10101 RTQC_FAILED 10001 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adju stement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_F LUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pol ynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. RTQC_APPLIED 11110 RTQC_FAILED 00000 No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 CHLA real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03, and following recommendations of Sauzede et al., 2025 (https://doi.org/10.17882/105732)). PHYSIO_RATIO extracted from the LUT. CHLA_FLUORESCENCE real time adjustment (specified in http://dx.doi.org/10.13155/35385 and computed with MLD_LIMIT = 0.03). BBP700_ADJUSTED is being filled with BBP700 directly in real time. Adjustment method may be enhanced in the future. 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