Argo profile 3.1 1.2 1950010100000020130918080917202311091010212901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 2901708 Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Argo METRI/KMA Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Young-Hwa Kim Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong Kang Ki-Ryong 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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 none 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 none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none none none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none PSAL_ADJUSTED = PSAL + Delta_S, where Delta_S is calculated from a potential conductivity (ref to 0 dbar) multiplicative adjustment term r none none none none none PSAL_ADJUSTED = 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(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(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 n/a n/a n/a 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 none none r= 0.99981 (+/- 1e-05) , vertically averaged dS =-0.0071181 (+/- 0.004) SP = -0.7 decibar none r= 0.99984 (+/- 9e-06) , vertically averaged dS =-0.0061571 (+/- 0.004) none none r= 0.99982 (+/- 1e-05) , vertically averaged dS =-0.0067098 (+/- 0.004) none none r= 0.99982 (+/- 1e-05) , vertically averaged dS =-0.006591 (+/- 0.004) none none r= 0.99983 (+/- 1e-05) , vertically averaged dS =-0.006506 (+/- 0.004) none none r= 0.99984 (+/- 1e-05) , vertically averaged dS =-0.0062059 (+/- 0.004) none none r= 0.99984 (+/- 9e-06) , vertically averaged dS =-0.005919 (+/- 0.004) none none r= 0.99985 (+/- 8e-06) , vertically averaged dS =-0.0055203 (+/- 0.004) none none none none none r= 0.99986 (+/- 7e-06) , vertically averaged dS =-0.0053352 (+/- 0.004) none none r= 0.99986 (+/- 7e-06) , vertically averaged dS =-0.0052427 (+/- 0.004) none none r= 0.99986 (+/- 7e-06) , vertically averaged dS =-0.0051309 (+/- 0.004) none none r= 0.99987 (+/- 7e-06) , vertically averaged dS =-0.0050344 (+/- 0.004) none none r= 0.99987 (+/- 7e-06) , vertically averaged dS =-0.0049404 (+/- 0.004) none none r= 0.99987 (+/- 7e-06) , vertically averaged dS =-0.004838 (+/- 0.004) none none r= 0.99987 (+/- 7e-06) , vertically averaged dS =-0.0047404 (+/- 0.004) none none r= 0.99988 (+/- 7e-06) , vertically averaged dS =-0.0046464 (+/- 0.004) none none r= 0.99988 (+/- 7e-06) , vertically averaged dS =-0.0045461 (+/- 0.004) none none r= 0.99988 (+/- 7e-06) , vertically averaged dS =-0.0043403 (+/- 0.004) none none r= 0.99989 (+/- 7e-06) , vertically averaged dS =-0.0042439 (+/- 0.004) none none r= 0.99989 (+/- 7e-06) , vertically averaged dS =-0.0041559 (+/- 0.004) none none r= 0.99989 (+/- 7e-06) , vertically averaged dS =-0.0040576 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039537 (+/- 0.004) none none r= 0.9999 (+/- 8e-06) , vertically averaged dS =-0.0038514 (+/- 0.004) none none none none none r= 0.9999 (+/- 8e-06) , vertically averaged dS =-0.0036483 (+/- 0.004) none none r= 0.99991 (+/- 8e-06) , vertically averaged dS =-0.0035512 (+/- 0.004) none none r= 0.99991 (+/- 9e-06) , vertically averaged dS =-0.0034523 (+/- 0.004) none none r= 0.99991 (+/- 9e-06) , vertically averaged dS =-0.0033532 (+/- 0.004) none none r= 0.99991 (+/- 9e-06) , vertically averaged dS =-0.0032534 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0031559 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030561 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0029578 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0028602 (+/- 0.004) none none r= 0.99993 (+/- 1e-05) , vertically averaged dS =-0.0027617 (+/- 0.004) none none none none none none none none r= 0.99995 (+/- 1e-05) , vertically averaged dS =-0.0019742 (+/- 0.004) none none r= 0.99995 (+/- 2e-05) , vertically averaged dS =-0.0017723 (+/- 0.004) none none r= 0.99996 (+/- 2e-05) , vertically averaged dS =-0.0016761 (+/- 0.004) none none r= 0.99996 (+/- 2e-05) , vertically averaged dS =-0.0015767 (+/- 0.004) none none r= 0.99998 (+/- 2e-05) , vertically averaged dS =-0.00085105 (+/- 0.004) none none none none none r= 0.99997 (+/- 1e-05) , vertically averaged dS =-0.001102 (+/- 0.004) none none r= 0.99997 (+/- 1e-05) , vertically averaged dS =-0.0012286 (+/- 0.004) none none r= 0.99996 (+/- 1e-05) , vertically averaged dS =-0.00135 (+/- 0.004) none none r= 0.99996 (+/- 1e-05) , vertically averaged dS =-0.0014745 (+/- 0.004) none none r= 0.99996 (+/- 1e-05) , vertically averaged dS =-0.0015991 (+/- 0.004) none none r= 0.99995 (+/- 2e-05) , vertically averaged dS =-0.0017234 (+/- 0.004) none none r= 0.99995 (+/- 2e-05) , vertically averaged dS =-0.0018484 (+/- 0.004) none none r= 0.99995 (+/- 1e-05) , vertically averaged dS =-0.0019705 (+/- 0.004) none none r= 0.99994 (+/- 1e-05) , vertically averaged dS =-0.002093 (+/- 0.004) none none r= 0.99994 (+/- 1e-05) , vertically averaged dS =-0.002225 (+/- 0.004) none none r= 0.99993 (+/- 1e-05) , vertically averaged dS =-0.0024765 (+/- 0.004) none none r= 0.99993 (+/- 1e-05) , vertically averaged dS =-0.0026024 (+/- 0.004) none none r= 0.99993 (+/- 1e-05) , vertically averaged dS =-0.0027134 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0028408 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0029678 (+/- 0.004) none none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030955 (+/- 0.004) none none r= 0.99991 (+/- 1e-05) , vertically averaged dS =-0.0034593 (+/- 0.004) none none r= 0.9999 (+/- 1e-05) , vertically averaged dS =-0.0037083 (+/- 0.004) none none r= 0.99989 (+/- 2e-05) , vertically averaged dS =-0.003958 (+/- 0.004) none none r= 0.99989 (+/- 9e-06) , vertically averaged dS =-0.0040973 (+/- 0.004) none none r= 0.99989 (+/- 9e-06) , vertically averaged dS =-0.0041025 (+/- 0.004) none none r= 0.99989 (+/- 9e-06) , vertically averaged dS =-0.004096 (+/- 0.004) none none none none none r= 0.99989 (+/- 8e-06) , vertically averaged dS =-0.0039714 (+/- 0.004) none none r= 0.99989 (+/- 7e-06) , vertically averaged dS =-0.0039609 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039548 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.003938 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039354 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039264 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039134 (+/- 0.004) none none r= 0.9999 (+/- 7e-06) , vertically averaged dS =-0.0039019 (+/- 0.004) none none r= 0.9999 (+/- 6e-06) , vertically averaged dS =-0.0038903 (+/- 0.004) none none r= 0.9999 (+/- 6e-06) , vertically averaged dS =-0.003886 (+/- 0.004) none none none none none none SP = -0.7 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0036366 (+/- 0.004) SP = -0.9 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0036213 (+/- 0.004) SP = -0.7 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0036142 (+/- 0.004) SP = -0.6 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0036104 (+/- 0.004) SP = -0.7 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0036038 (+/- 0.004) SP = -0.8 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0035988 (+/- 0.004) SP = -0.9 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0035895 (+/- 0.004) SP = -0.7 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.003584 (+/- 0.004) SP = -0.8 decibar none r= 0.9999 (+/- 5e-06) , vertically averaged dS =-0.0035784 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035711 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035667 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.003559 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.003551 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035456 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035414 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.003542 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035086 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0035015 (+/- 0.004) SP = -1 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0034777 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.003479 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0034796 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0034602 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0034498 (+/- 0.004) SP = -0.6 decibar none r= 0.99991 (+/- 5e-06) , vertically averaged dS =-0.0034254 (+/- 0.004) SP = -0.5 decibar none r= 0.99991 (+/- 6e-06) , vertically averaged dS =-0.0033913 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 6e-06) , vertically averaged dS =-0.0033166 (+/- 0.004) SP = -0.6 decibar none r= 0.99991 (+/- 6e-06) , vertically averaged dS =-0.0033035 (+/- 0.004) SP = -0.6 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032981 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032883 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032744 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032614 (+/- 0.004) SP = -0.6 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032568 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032461 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.003242 (+/- 0.004) SP = -0.8 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032364 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 7e-06) , vertically averaged dS =-0.0032288 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 8e-06) , vertically averaged dS =-0.0032184 (+/- 0.004) SP = -0.7 decibar none r= 0.99991 (+/- 8e-06) , vertically averaged dS =-0.0032119 (+/- 0.004) SP = -0.9 decibar none r= 0.99991 (+/- 8e-06) , vertically averaged dS =-0.0032067 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 8e-06) , vertically averaged dS =-0.0032046 (+/- 0.004) SP = -0.9 decibar none r= 0.99992 (+/- 8e-06) , vertically averaged dS =-0.0031977 (+/- 0.004) SP = -0.9 decibar none r= 0.99992 (+/- 8e-06) , vertically averaged dS =-0.0031845 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 8e-06) , vertically averaged dS =-0.0031838 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 8e-06) , vertically averaged dS =-0.0031625 (+/- 0.004) n/a n/a n/a SP = -0.7 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0031421 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0031273 (+/- 0.004) SP = -0.6 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0031357 (+/- 0.004) SP = -0.6 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0031141 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0031043 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0030962 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0030877 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 9e-06) , vertically averaged dS =-0.0030793 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030754 (+/- 0.004) SP = -0.7 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030764 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.003064 (+/- 0.004) SP = -0.8 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030611 (+/- 0.004) SP = -0.9 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.0030476 (+/- 0.004) SP = -0.9 decibar none r= 0.99992 (+/- 1e-05) , vertically averaged dS =-0.003054 (+/- 0.004) Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - none No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - none No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - none No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No adjustement was necessary -Calibration error is manufacturer specified accuracy Salinity drift or offset detected - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - Pressures(PRES) are adjusted by using SURFACE PRESSURE(SP) values No significant temprature drift detected Salinities(PSAL) are adjusted by using Cell TM program none none No adjustement was necessary. Error = 0.004 provided by the PI. OWC Method, 3.0., -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - n/a n/a n/a 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 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 - OWC fit is adopted. Error = 0.004 provided by the PI. OWC Method, 1.1.2, -JJEJS_v1 - 201609201642002021040516570420210405165704 202104051326132021040513261320210405132613 201609201642002021040516570420210405165704 201609201643002021040516570420210405165704 201609201643002021040516570420210405165704 201710270224002021040516570420210405165704 201609201643002021040516570420210405165704 201609201644002021040516570420210405165704 201609201644002016092016440020160920164400 201609201644002021040516570420210405165704 201609201645002021040516570420210405165704 201609201645002021040516570420210405165704 201609201645002021040516570420210405165704 201609201646002021040516570420210405165704 201609201646002021040516570420210405165704 201609201646002021040516570420210405165704 201609201646002021040516570420210405165704 201609201647002021040516570420210405165704 201609201647002021040516570420210405165704 201609201647002021040516570420210405165704 201609201647002021040516570420210405165704 201609201648002021040516570420210405165704 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