+
Argo synthetic profile 1.0 1.2 1950010100000020260709062756202607090627562902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 2902273 Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA Argo INDIA M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran 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 BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700
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APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX APEX 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 8670 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" " # # # $ $ $ $ $ $ % & & & ' ( ( ( ( ( ) ) ) * * * + , , , , - - - - - - - . / 0 0 1 1 1 1 2 2 3 3 3 3 3 4 4 4 4 4 4 5 5 5 6 7 7 7 7 7 7 8 8 8 9 9 9 9 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES TEMP PSAL DOXY CHLA BBP700 PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_ADJUSTED = PRES - [PRES_SurfaceOffsetNotTruncated_dbar] no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) DOXY_ADJUSTED = DOXY*G, where G is the gain obtained from the SAGEO2 output none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) none none CHLA_ADJUSTED = CHLA / fluorescence_chlorophyll_ratio PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4209 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4209 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4209 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4209 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4209 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4558 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3683 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3945 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3945 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.3945 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4474 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.4279 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5181 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5168 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6597 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6286 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6286 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.7552 0.8865 none fluorescence_chlorophyll_ratio = 1.7552 0.8865 none fluorescence_chlorophyll_ratio = 1.7552 0.8865 none fluorescence_chlorophyll_ratio = 1.6286 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5258 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5262 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5262 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5552 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5552 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5894 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5894 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5894 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6383 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6383 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6631 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6631 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6383 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6383 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.6383 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8865 none fluorescence_chlorophyll_ratio = 1.5894 PRES_SurfaceOffsetNotTruncated_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; 0.8655 none fluorescence_chlorophyll_ratio = 1.4946 0.8655 none fluorescence_chlorophyll_ratio = 1.4946 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.5894 0.8655 none fluorescence_chlorophyll_ratio = 1.5894 0.8655 none fluorescence_chlorophyll_ratio = 1.5894 0.8655 none fluorescence_chlorophyll_ratio = 1.5552 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.4631 0.8655 none fluorescence_chlorophyll_ratio = 1.5552 0.8655 none fluorescence_chlorophyll_ratio = 1.5552 0.8655 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6383 0.886 none fluorescence_chlorophyll_ratio = 1.6383 0.886 none fluorescence_chlorophyll_ratio = 1.6383 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.6138 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.4946 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5894 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.5552 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4209 0.886 none fluorescence_chlorophyll_ratio = 1.4209 0.886 none fluorescence_chlorophyll_ratio = 1.4631 0.886 none fluorescence_chlorophyll_ratio = 1.4631 none none fluorescence_chlorophyll_ratio = 1.4631 none none fluorescence_chlorophyll_ratio = 1.4631 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5258 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.5262 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4209 none none fluorescence_chlorophyll_ratio = 1.4279 none none fluorescence_chlorophyll_ratio = 1.4279 none none fluorescence_chlorophyll_ratio = 1.4279 none none fluorescence_chlorophyll_ratio = 1.4279 none none fluorescence_chlorophyll_ratio = 1.4279 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 Pressures adjusted using PRES_SurfaceOffsetNotTruncated_dbar; Pressure drift corrected; Manufacturers sensor accuracy No significant temperature drift detected; Manufacturers sensor accuracy; No significant salinity drift detected; Manufacturers sensor accuracy Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis Polynomial calibration coeficients were used. G determined by surface measurement comparison to World Ocean Atlas 2009.See Takeshita et al.2013,doi:10.1002/jgrc.20399 QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC available for CHLA CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC done for CHLA using add_chla_rtqc_to_profile_file and CHLA adjusted using Roesler et al. (2017) CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 This sensor is subject to hysteresis No QC available for DOXY QC done for CHLA using add_chla_rtqc_to_profile_file and CHLA adjusted using Roesler et al. (2017) CHLA scaled with New RTQC physiological factor (Sauzede et al., 2025; DOI:10.17882/105732) replacing global Roesler factor of 2 20230512013635202305120136352023051201363520230801120318 20230512013635202305120136352023051201363520230801120318 20230512013635202305120136352023051201363520230801120320 20230512013635202305120136352023051201363520230801120320 20230512013635202305120136352023051201363520241223152833 20230512013635202305120136352023051201363520230801120321 20230512013635202305120136352023051201363520230801120323 20230512013635202305120136352023051201363520241223152833 20230512013635202305120136352023051201363520241223152833 20230512013635202305120136352023051201363520230801120325 20230512013635202305120136352023051201363520230801120326 20230512013635202305120136352023051201363520241223152834 20230512013635202305120136352023051201363520241223152834 20230512013635202305120136352023051201363520241223152834 20230512013635202305120136352023051201363520241223152834 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CC=CqC CCHC CqCHCqCRC CfCẟCCqCHCCC CqCCCC©CCC CfCCCqCCC\C)CqC C CHCCCCHC)CqC
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DDR@DHDDDD DHDDADDD\D@D\DfD\D?DsDDD\D@DD D
D\?DDRD D
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BBBB B B B B B{B{B)BB33BB\B B B{B B=
B B CõCRCCfCRCp C C CR
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C\CCqCR C: C C!CR#Cq%C'C(C *C+C-CR/C 2C 3C 4C=
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וC CHCCCqCC CCCC)CCCCCCCHCqCHC٨C=
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CCqCC)CRC CyCCCqCCqCqCCCHCHCqCC CCCHCfCCHCC CCqCCHCCCHCCfCHC C3 DH D\ D DHDD D\DD\D DDHD\DD~DDDD D)| D D\
D DH D D~ Dq D\
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