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Physical oceanography during METEOR cruise M179/2 (CoastCarb)
The data presented here were collected during the cruise M179/2 (CoastCarb) with RV Meteor from Punta Arenas (Chile) to Montevideo (Uruguay) (January, 18th, 2022 to February... -
Physical oceanography during Sonne cruise SO283
During Sonne cruise SO283 in the western South Atlantic (19 March - 25 May, 2021) conductivity, temperature, and depth (CTD) measurements were made out using a SeaBird 9+... -
Physical oceanography (CTD, vertical casts) during RV SONNE cruise SO263
This expedition was conducted in the North Eastern Lau Basin, Southwest Pacific. The program aimed at improving our understanding of the igneous, hydrothermal, and tectonic... -
Physical oceanography (CTD Tow-yo) during RV SONNE cruise SO263
This expedition was conducted in the North Eastern Lau Basin, Southwest Pacific. The program aimed at improving our understanding of the igneous, hydrothermal, and tectonic... -
Physical oceanographic profiles of 31 CTD casts during METEOR cruise M134 in ...
Detailed information about the temperature, conductivity and oxygen of the water column have been carried out with a CTD/Rosette (Seabird 911+) with additional SBE 43 oxygen... -
Physical oceanography raw data from CTD cast MSM11/1_379-1
This dataset has no description
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Physical oceanography raw data from CTD cast MSM37_339-1
This dataset has no description
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Physical oceanography raw data from CTD cast MSM37_324-1
This dataset has no description
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Physical oceanography (CTD/Rosette) during the Akademik Tryoshnikov cruise Tr...
A standard Sea-Bird Electronics SBE911+ CTD system with a temperature and conductivity sensor was used to measure temperature, conductivity, and pressure at 180 stations during... -
Physical oceanography and fluorescence measurements (CTD/Rosette) during the ...
A standard Sea-Bird Electronics Inc SBE911+ CTD system with single temperature and conductivity sensors was used to measure temperature, conductivity and pressure at 73 stations... -
Statistics of radar altitude estimates of plume-top over time intervals of 24...
Radar did not detect plume when below about 2.9 km due to mountain ranges and curvature of the Earth.Date/time (UTC) refer to the end of the time interval. -
Statistics of radar altitude estimates of plume-top over time intervals of 12...
Radar did not detect plume when below about 2.9 km due to mountain ranges and curvature of the Earth.Date/time (UTC) refer to the end of the time interval. -
Statistics of radar altitude estimates of plume-top over time intervals of 6 ...
Radar did not detect plume when below about 2.9 km due to mountain ranges and curvature of the Earth.Date/time (UTC) refer to the end of the time interval. -
Statistics of radar altitude estimates of plume-top over time intervals of 3 ...
Radar did not detect plume when below about 2.9 km due to mountain ranges and curvature of the Earth.Date/time (UTC) refer to the end of the time interval. -
Statistics of radar altitude estimates of plume-top over time intervals of 1 ...
Radar did not detect plume when below about 2.9 km due to mountain ranges and curvature of the Earth.Date/time (UTC) refer to the end of the time interval.