This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES24C11, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES23C17, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES22C19, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

https://doi.org/10.1016/j.gca.2026.03.048

https://doi.org/10.1016/j.gca.2026.03.048

This collection of global maps provides two NetCDF files that record the ensemble predictions of global monthly (12 time levels) biomass concentrations of calcifying Pteropoda (in mg C m-3) and Foraminifera (in µg C m-3). The monthly biomass concentration fields were obtained by training a suite of five distribution models tailored for predicting plankton biomass data obtained from traditional sampling techniques (see Knecht et al., 2023 for details). The observational data and the environmental layers used to train the biomass models were integrated over the epipelagic layer (0-200m) of the global ocean. Therefore, the predicted values are representative of the conditions prevailing in the epipelagic layer. The two NetCDF files thus record the: minimum (Min), maximum (Max), mean, median and the standard deviation (Stdev) of the monthly predictions issued from these five models.This collection, and other collections of Global maps of the Ocean microbiome are described in the AtlantECO-MAPS publication (https://doi.org/10.5281/zenodo.18696236).

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES22C03, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES22C06, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES22C04, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.

This dataset contains the validated master track of the S/Y Eugen Seibold during expedition ES22C05, with a time resolution of about 10 seconds. This master track can be used as reference for further expedition data. For creating the master track, the 1-second resolution raw data acquired by the GPS position sensor on board S/Y Eugen Seibold were processed, averaging latitude and longitude within equidistant 10-second intervals. Quality control was performed visually and by checking the maximum speed calculated between neighbouring positions. In case of unrealistically high speeds, data points have been removed.