This Jupyter notebook is a tool that can load seabird (https://www.seabird.com/) (.cnv) and (.ros) files and plot discrete samples that where collected with the CTD rosette of the Niskin bottle at a predefined depth/pressure level. The tool is handy, when in-sea during a cruise, to compare and check the difference between the records of the dissolved oxygen bottle, the winkler oxygen, and the CTD profile of the water columns. ie. Winkler method is based on the titration to determine dissolved oxygen note: this is part of a series of notebooks to calibrate seabird oxygen sensor based on Winkler Derived Coefficients.
Quality check CTD profiles against Bottle data
Belgacem, Malek, and KATRIN SCHROEDER. "Quality check CTD profiles against Bottle data." ROHub. Sep 14 ,2022. https://w3id.org/ro-id/07e76ee3-fe6c-4fb1-903d-3a8c5236e51b.
Quality check CTD profiles against Bottle data.
Economy, business and finance/Economic sector/Computing and information technology/Hardware
The tool is handy, when in-sea during a cruise, to compare and check the difference between the records of the dissolved oxygen bottle, the winkler oxygen, and the CTD profile of the water columns.
This Jupyter notebook is a tool that can load seabird (https://www.seabird.com/) (.cnv) and (.ros) files and plot discrete samples that where collected with the CTD rosette of the Niskin bottle at a predefined depth/pressure level.