USE OF THE SEAEXPLORER GLIDER FOR OCEANOGRAPHIC DATA COLLECTION ON THE ROMANIAN CONTINENTAL SHELF
DOI:
https://doi.org/10.55268/CM.2025.55.109Keywords:
SeaExplorer, autonomous glider, Black Sea, hydrographic conditionsAbstract
This study presents the deployment of the SeaExplorer autonomous underwater glider and the results of
two monitoring campaigns conducted on the Romanian continental shelf in 2024, as part of the ILIAD
Project. The glider collected high-resolution data on important oceanographic parameters such as
temperature, salinity and current velocities along transects extending up to 130 km offshore and reaching
depths up to 700 metres. The data confirmed the presence of strong vertical stratification in the Black Sea
water column and revealed spatial variability in marine currents and particle concentrations. These results
demonstrate the effectiveness of autonomous gliders for sustained and cost-efficient ocean observation in
regions where data is scarce and geopolitical sensitivity is high. The paper also outlines the SeaExplorer
platform's advantages in terms of spatial coverage, sensor versatility, and remote mission management.

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