Argo profile 3.1 1.2 1950010100000020150130092221202505172109262902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 2902169 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 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 M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran M Ravichandran 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 PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL
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2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2B 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2B 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2C 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B 2B DDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDADDDDDDDDDDADDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRAPEX 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 APEX APEX 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TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES TEMP PSAL PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED = PRES none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r PRES_ADJUSTED(cycle i) = PRES(cycle i) - SP(cycle i) none PSAL_ADJUSTED = PSAL (re-calculated by using PRES_ADJUSTED) + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) Pcorrected = Praw - surface offset Scorrected = S(Ccorrected,Traw,Pcorrected) SP = -0.2 decibar none r= 0.9998 (+/- 0.0001) , vertically averaged dS =-0.0078237 (+/- 0.01) SP = -0.2 decibar none r= 0.99979 (+/- 0.0001) , vertically averaged dS =-0.008079 (+/- 0.01) SP = 0.1 decibar none r= 0.99979 (+/- 0.0001) , vertically averaged dS =-0.0083337 (+/- 0.01) SP = -0.2 decibar none r= 0.99978 (+/- 0.0001) , vertically averaged dS =-0.0085747 (+/- 0.01) SP = -0.2 decibar none r= 0.99977 (+/- 0.0001) , vertically averaged dS =-0.0088506 (+/- 0.01) SP = 0.1 decibar none r= 0.99977 (+/- 0.0001) , vertically averaged dS =-0.0091352 (+/- 0.01) none none r= 0.99976 (+/- 0.0001) , vertically averaged dS =-0.009405 (+/- 0.01) none none r= 0.99975 (+/- 0.0001) , vertically averaged dS =-0.0096599 (+/- 0.01) SP = -0.2 decibar none r= 0.99975 (+/- 9e-05) , vertically averaged dS =-0.0099176 (+/- 0.01) SP = 0.1 decibar none r= 0.99974 (+/- 9e-05) , vertically averaged dS =-0.010166 (+/- 0.01) SP = 0.1 decibar none r= 0.99973 (+/- 9e-05) , vertically averaged dS =-0.010426 (+/- 0.01) none none r= 0.99973 (+/- 9e-05) , vertically averaged dS =-0.010688 (+/- 0.01) SP = 0.1 decibar none r= 0.99972 (+/- 9e-05) , vertically averaged dS =-0.010941 (+/- 0.01) SP = 0.2 decibar none r= 0.99971 (+/- 8e-05) , vertically averaged dS =-0.011197 (+/- 0.01) none none r= 0.99971 (+/- 8e-05) , vertically averaged dS =-0.011455 (+/- 0.01) SP = 0.1 decibar none r= 0.9997 (+/- 8e-05) , vertically averaged dS =-0.011714 (+/- 0.01) SP = 0.1 decibar none r= 0.99969 (+/- 8e-05) , vertically averaged dS =-0.011959 (+/- 0.01) none none r= 0.99969 (+/- 8e-05) , vertically averaged dS =-0.012217 (+/- 0.01) SP = 0.2 decibar none r= 0.99968 (+/- 8e-05) , vertically averaged dS =-0.012476 (+/- 0.01) SP = 0.1 decibar none r= 0.99967 (+/- 7e-05) , vertically averaged dS =-0.01275 (+/- 0.01) SP = 0.1 decibar none r= 0.99967 (+/- 7e-05) , vertically averaged dS =-0.012993 (+/- 0.01) none none r= 0.99966 (+/- 7e-05) , vertically averaged dS =-0.01325 (+/- 0.01) SP = 0.2 decibar none r= 0.99965 (+/- 7e-05) , vertically averaged dS =-0.013503 (+/- 0.01) none none r= 0.99965 (+/- 7e-05) , vertically averaged dS =-0.013764 (+/- 0.01) none none r= 0.99964 (+/- 7e-05) , vertically averaged dS =-0.014026 (+/- 0.01) SP = 0.3 decibar none r= 0.99963 (+/- 7e-05) , vertically averaged dS =-0.014287 (+/- 0.01) SP = -0.2 decibar none r= 0.99963 (+/- 6e-05) , vertically averaged dS =-0.014551 (+/- 0.01) SP = 0.1 decibar none r= 0.99962 (+/- 6e-05) , vertically averaged dS =-0.014808 (+/- 0.01) SP = 0.1 decibar none r= 0.99961 (+/- 6e-05) , vertically averaged dS =-0.015069 (+/- 0.01) SP = -0.2 decibar none r= 0.99961 (+/- 6e-05) , vertically averaged dS =-0.015332 (+/- 0.01) SP = 0.1 decibar none r= 0.9996 (+/- 6e-05) , vertically averaged dS =-0.015594 (+/- 0.01) none none r= 0.99959 (+/- 6e-05) , vertically averaged dS =-0.015861 (+/- 0.01) none none r= 0.99959 (+/- 6e-05) , vertically averaged dS =-0.016114 (+/- 0.01) SP = -0.2 decibar none r= 0.99958 (+/- 6e-05) , vertically averaged dS =-0.016359 (+/- 0.01) none none r= 0.99958 (+/- 6e-05) , vertically averaged dS =-0.016624 (+/- 0.01) none none r= 0.99957 (+/- 6e-05) , vertically averaged dS =-0.016874 (+/- 0.01) SP = 0.1 decibar none r= 0.99956 (+/- 5e-05) , vertically averaged dS =-0.017154 (+/- 0.01) none none r= 0.99956 (+/- 5e-05) , vertically averaged dS =-0.017402 (+/- 0.01) SP = 0.1 decibar none r= 0.99955 (+/- 5e-05) , vertically averaged dS =-0.017684 (+/- 0.01) none none r= 0.99954 (+/- 5e-05) , vertically averaged dS =-0.017925 (+/- 0.01) SP = -0.2 decibar none r= 0.99954 (+/- 5e-05) , vertically averaged dS =-0.018193 (+/- 0.01) SP = 0.1 decibar none r= 0.99953 (+/- 5e-05) , vertically averaged dS =-0.018442 (+/- 0.01) none none r= 0.99952 (+/- 5e-05) , vertically averaged dS =-0.018725 (+/- 0.01) SP = 0.1 decibar none r= 0.99952 (+/- 5e-05) , vertically averaged dS =-0.018968 (+/- 0.01) SP = 0.1 decibar none r= 0.99951 (+/- 5e-05) , vertically averaged dS =-0.019234 (+/- 0.01) SP = 0.1 decibar none r= 0.9995 (+/- 5e-05) , vertically averaged dS =-0.019482 (+/- 0.01) SP = 0.1 decibar none r= 0.9995 (+/- 5e-05) , vertically averaged dS =-0.019743 (+/- 0.01) SP = 0.1 decibar none r= 0.99949 (+/- 5e-05) , vertically averaged dS =-0.020005 (+/- 0.01) SP = 0.1 decibar none r= 0.99948 (+/- 5e-05) , vertically averaged dS =-0.020255 (+/- 0.01) SP = 0.1 decibar none r= 0.99948 (+/- 5e-05) , vertically averaged dS =-0.020526 (+/- 0.01) SP = 0.3 decibar none r= 0.99947 (+/- 5e-05) , vertically averaged dS =-0.02075 (+/- 0.01) SP = 0.1 decibar none r= 0.99946 (+/- 5e-05) , vertically averaged dS =-0.021025 (+/- 0.01) SP = 0.1 decibar none r= 0.99946 (+/- 5e-05) , vertically averaged dS =-0.021296 (+/- 0.01) SP = 0.1 decibar none r= 0.99945 (+/- 5e-05) , vertically averaged dS =-0.021548 (+/- 0.01) SP = 0.2 decibar none r= 0.99944 (+/- 5e-05) , vertically averaged dS =-0.021829 (+/- 0.01) SP = 0.2 decibar none r= 0.99944 (+/- 5e-05) , vertically averaged dS =-0.022063 (+/- 0.01) SP = 0.2 decibar none r= 0.99943 (+/- 5e-05) , vertically averaged dS =-0.022338 (+/- 0.01) SP = 0.2 decibar none r= 0.99942 (+/- 5e-05) , vertically averaged dS =-0.022574 (+/- 0.01) SP = 0.1 decibar none r= 0.99942 (+/- 5e-05) , vertically averaged dS =-0.022839 (+/- 0.01) SP = 0.1 decibar none r= 0.99941 (+/- 5e-05) , vertically averaged dS =-0.023099 (+/- 0.01) SP = 0.1 decibar none r= 0.9994 (+/- 5e-05) , vertically averaged dS =-0.023376 (+/- 0.01) SP = 0.1 decibar none r= 0.9994 (+/- 6e-05) , vertically averaged dS =-0.023618 (+/- 0.01) SP = 0.1 decibar none r= 0.99939 (+/- 6e-05) , vertically averaged dS =-0.023887 (+/- 0.01) none none r= 0.99938 (+/- 6e-05) , vertically averaged dS =-0.024141 (+/- 0.01) SP = 0.3 decibar none r= 0.99938 (+/- 6e-05) , vertically averaged dS =-0.024411 (+/- 0.01) none none r= 0.99937 (+/- 6e-05) , vertically averaged dS =-0.024663 (+/- 0.01) none none r= 0.99936 (+/- 6e-05) , vertically averaged dS =-0.02494 (+/- 0.01) SP = 0.1 decibar none r= 0.99936 (+/- 6e-05) , vertically averaged dS =-0.025161 (+/- 0.01) SP = 0.3 decibar none r= 0.99935 (+/- 6e-05) , vertically averaged dS =-0.025431 (+/- 0.01) SP = 0.3 decibar none r= 0.99934 (+/- 6e-05) , vertically averaged dS =-0.025715 (+/- 0.01) SP = 0.1 decibar none r= 0.99934 (+/- 6e-05) , vertically averaged dS =-0.025956 (+/- 0.01) SP = 0.1 decibar none r= 0.99933 (+/- 7e-05) , vertically averaged dS =-0.026223 (+/- 0.01) SP = 0.1 decibar none r= 0.99932 (+/- 7e-05) , vertically averaged dS =-0.026478 (+/- 0.01) SP = 0.2 decibar none r= 0.99932 (+/- 7e-05) , vertically averaged dS =-0.02675 (+/- 0.01) SP = 0.2 decibar none r= 0.99931 (+/- 7e-05) , vertically averaged dS =-0.02702 (+/- 0.01) SP = 0.2 decibar none r= 0.9993 (+/- 7e-05) , vertically averaged dS =-0.027221 (+/- 0.01) SP = 0.4 decibar none r= 0.9993 (+/- 7e-05) , vertically averaged dS =-0.027486 (+/- 0.01) none none r= 0.99929 (+/- 7e-05) , vertically averaged dS =-0.027732 (+/- 0.01) SP = 0.1 decibar none r= 0.99928 (+/- 8e-05) , vertically averaged dS =-0.027978 (+/- 0.01) SP = 0.1 decibar none r= 0.99928 (+/- 8e-05) , vertically averaged dS =-0.028262 (+/- 0.01) SP = 0.2 decibar none r= 0.99927 (+/- 8e-05) , vertically averaged dS =-0.028529 (+/- 0.01) SP = 0.1 decibar none r= 0.99927 (+/- 8e-05) , vertically averaged dS =-0.028783 (+/- 0.01) SP = 0.1 decibar none r= 0.99926 (+/- 8e-05) , vertically averaged dS =-0.029078 (+/- 0.01) SP = 0.3 decibar none r= 0.99925 (+/- 8e-05) , vertically averaged dS =-0.029336 (+/- 0.01) SP = 0.3 decibar none r= 0.99925 (+/- 8e-05) , vertically averaged dS =-0.029617 (+/- 0.01) SP = 0.4 decibar none r= 0.99924 (+/- 9e-05) , vertically averaged dS =-0.029842 (+/- 0.01) SP = 0.3 decibar none r= 0.99923 (+/- 9e-05) , vertically averaged dS =-0.030111 (+/- 0.01) SP = 0.6 decibar none r= 0.99923 (+/- 9e-05) , vertically averaged dS =-0.030371 (+/- 0.01) SP = 0.3 decibar none r= 0.99922 (+/- 9e-05) , vertically averaged dS =-0.030607 (+/- 0.01) SP = 0.4 decibar none r= 0.99921 (+/- 9e-05) , vertically averaged dS =-0.030848 (+/- 0.01) SP = 0.3 decibar none r= 0.99921 (+/- 9e-05) , vertically averaged dS =-0.031107 (+/- 0.01) SP = 0.5 decibar none r= 0.9992 (+/- 9e-05) , vertically averaged dS =-0.031414 (+/- 0.01) SP = 0.4 decibar none r= 0.99919 (+/- 0.0001) , vertically averaged dS =-0.031622 (+/- 0.01) SP = 0.4 decibar none r= 0.99919 (+/- 0.0001) , vertically averaged dS =-0.031923 (+/- 0.01) SP = 0.3 decibar none r= 0.99918 (+/- 0.0001) , vertically averaged dS =-0.032127 (+/- 0.01) SP = 0.29 decibar none r= 0.99917 (+/- 0.0001) , vertically averaged dS =-0.032448 (+/- 0.01) SP = 0.6 decibar none r= 0.99917 (+/- 0.0001) , vertically averaged dS =-0.032672 (+/- 0.01) SP = 0.9 decibar none r= 0.99916 (+/- 0.0001) , vertically averaged dS =-0.032921 (+/- 0.01) SP = 0.3 decibar none r= 0.99991 (+/- 0.0008) , vertically averaged dS =-0.0034678 (+/- 0.059572) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) none none r= NaN (+/- NaN) , vertically averaged dS = (+/- ) SP = 0.3 decibar none r= 1.0917 (+/- 0.0008) , vertically averaged dS =3.1996 (+/- 0.054648) SP = 0.2 decibar none r= 1.0928 (+/- 0.0008) , vertically averaged dS =3.2462 (+/- 0.055434) SP = 0.4 decibar none r= 1.0939 (+/- 0.0008) , vertically averaged dS =3.2813 (+/- 0.05602) SP = 0.4 decibar none r= 1.095 (+/- 0.0008) , vertically averaged dS =3.3221 (+/- 0.056711) SP = 0.3 decibar none r= 1.0962 (+/- 0.0008) , vertically averaged dS =3.3633 (+/- 0.057409) SP = 0.3 decibar none r= 1.0973 (+/- 0.0008) , vertically averaged dS =3.3573 (+/- 0.057299) SP = 0.4 decibar none r= 1.0984 (+/- 0.0008) , vertically averaged dS =3.4204 (+/- 0.058374) SP = 0.4 decibar none r= 1.0996 (+/- 0.0008) , vertically averaged dS =3.466 (+/- 0.059155) SP = 0.4 decibar none r= 1.1007 (+/- 0.0009) , vertically averaged dS =3.4992 (+/- 0.059717) SP = 0.2 decibar none r= 1.1018 (+/- 0.0009) , vertically averaged dS =3.5437 (+/- 0.06048) SP = 0.3 decibar none r= 1.103 (+/- 0.0009) , vertically averaged dS =3.5843 (+/- 0.061174) SP = 0.3 decibar none r= 1.1041 (+/- 0.0009) , vertically averaged dS =3.629 (+/- 0.061944) SP = 0.3 decibar none r= 1.1052 (+/- 0.0009) , vertically averaged dS =3.6775 (+/- 0.062781) SP = 0.3 decibar none r= 1.1064 (+/- 0.0009) , vertically averaged dS =3.7178 (+/- 0.063477) SP = 0.5 decibar none r= 1.1075 (+/- 0.0009) , vertically averaged dS =3.7628 (+/- 0.064257) SP = 0.4 decibar none r= 1.1086 (+/- 0.0009) , vertically averaged dS =3.8004 (+/- 0.064912) SP = 0.4 decibar none r= 1.1098 (+/- 0.0009) , vertically averaged dS =3.8377 (+/- 0.065553) Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo qu ality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - This sensor is subject to hysteresis No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - This sensor is subject to hysteresis No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - No adjustement was necessary -Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.01]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V0 1 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - Pressure adjusted for offset by using surface pressure, following the real-mode pressure adjustment procedure described in the Argo quality control manual version 2.9. Calibration error is manufacturer specified accuracy No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OW fit is adopted. Error = maximum [statistical uncertainty, 0.016]. OW Method, 1.1, -CTD2018V01 & ARGO2018V01 - This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis This sensor is subject to hysteresis 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