RUSSIAN JOURNAL OF EARTH SCIENCES, VOL. 19, ES1001, doi:10.2205/2018ES000642, 2019
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Application of GPS/GSM Lagrangian mini-drifters for coastal ocean dynamics analysis
Figures
- Figure 1. Mini-drifter structure: 1 – GPS/GSM tracker in a waterproof...
- Figure 2. Mini-drifter deployment: 1 – Underwater sail launch; and...
- Figure 3. Area of ADCP/mini-drifters joint experiment in the Black Sea...
- Figure 4. Results of the ADCP/mini-drifters joint experiment. Mini-drifter...
- Figure 5. Current distributions determined with ADCP versus depth...
- Figure 6. The Area of field experiments from 2014–2017 in the southeastern...
- Figure 7. Results of the numerical modeling and mini-drifters joint experiment....
- Figure 8. Lagrangian mini-drifter trajectory during 2016 field experiments....
- Figure 9. The wind field (blue arrows), according to the HILRAM reanalysis...
- Figure 10. Lagrangian mini-drifter trajectories during the 2015 field experiments....
- Figure 11. The wind field (blue arrows), according to the HILRAM reanalysis...
- Figure 12. Vortex structures in the area of the drifter experiment. Fragment...
Citation: Krayushkin Evgeny, Olga Lavrova, Alexey Strochkov (2019), Application of GPS/GSM Lagrangian mini-drifters for coastal ocean dynamics analysis, Russ. J. Earth Sci., 19, ES1001, doi:10.2205/2018ES000642.
Copyright 2019 by the Geophysical Center RAS.
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