de.pangaea.dataset993367 und dataset PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact 2026-04-08T07:40:08Z https://doi.pangaea.de/10.1594/PANGAEA.993367 2026-04-08T07:40:02 publication Ayim, Samuel M

samuel.ayim@uni-oldenburg.de

https://orcid.org/0009-0007-0381-5669 information author Jaeger, Leonie

leonie.jaeger@uni-oldenburg.de

https://orcid.org/0000-0003-4810-1217 information author Rauch, Carsten https://orcid.org/0009-0004-2469-6337 information author Goecke, Pia author Kehr, Mira author Möller, Lea author Pöppelreiter, Martin author Wurl, Oliver

oliver.wurl@uol.de

https://orcid.org/0000-0002-0905-4721 information author PANGAEA

info@pangaea.de

https://www.pangaea.de/ information publisher tableDigital We provide data from the autonomous surface vehicle HALOBATES. It gathered Essential Climate Variables (ECVs) like sea surface temperature (SST) and salinity (SSS). Data were collected during RV Meteor cruise M211 from 14 June (Nice, France) to 27 July 2025 (Ponta Delgada, Portugal) in the Mediterranean Sea and the Central Atlantic Ocean. HALOBATES measured conductivity and temperature at seven depths. Vertical resolution was ~10 centimetres. Depths spanned the near-surface layer (NSL, at 30, 40, 50, 60, 85, and 100 cm) to the sea-surface microlayer (SML) with a sampling depth of the upper ~ 80 µm. NSL water was collected with tubes on a bow-mounted ladder. SML water was collected using six partially submerged glass disks. Water from all sampled depths, including the SML, reached the CTD sensors via a pumped flow-through system. Salinity was corrected with discrete water samples. Additionally, offsets between the CTDs were corrected. Additional in-situ temperature sensors corresponding to depths of the flow-through system inlets and CTDs (30, 50 and 85 cm depth) were mounted beneath the catamaran. Two data loggers with meteorological stations recorded wind speed, air temperature, relative humidity, solar radiation, GPS positions, and atmospheric conditions. Upward and downward facing pyranometers and pyrgeometers mounted on the research vessel measured net radiative fluxes for short- and longwave radiation. A disdrometer mounted on the vessel measured precipitation. The research vessel kept an average distance of 500 metres from HALOBATES which was operated manually or via autopilot. Autopilot involved pre-defined waypoints whilst manual involved steering HALOBATES with a remote control or drifting with surface currents during station work. The dataset includes quality flags 0-4 with flags 1 and 2 are ready for use. See metadata for more information. completed Ayim, Samuel M

samuel.ayim@uni-oldenburg.de

https://orcid.org/0009-0007-0381-5669 information principalInvestigator Rauch, Carsten https://orcid.org/0009-0004-2469-6337 information principalInvestigator Jaeger, Leonie

leonie.jaeger@uni-oldenburg.de

https://orcid.org/0000-0003-4810-1217 information principalInvestigator Atlantic Ocean autonomous surface vehicle essential climate variables Mediterranean near-surface layer sea-surface microlayer Sea surface salinity Sea surface temperature theme 1995-01-01 creation PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact copyright restricted copyright CC-BY-4.0: Creative Commons Attribution 4.0 International (License comes into effect after moratorium ends) textTable und geoscientificInformation -38.55016666666667 7.875833333333333 7.722 43.35466666666667 2025-06-15T11:37:00 2025-07-18T16:57:00 Quality Flag: Name - Implication 0: Unknown - No information on data quality 1: Good data - Certainly good data point 2: Probably good data - Likely good data 3: Questionable data - Data point needs extra attention 4: Bad Data - Do not use Event label thematicClassification Other event thematicClassification DATE/TIME thematicClassification LATITUDE thematicClassification LONGITUDE thematicClassification Pressure, atmospheric physicalMeasurement Weather station, Campbell Scientific, METSENS550 hPa hPa Humidity, relative physicalMeasurement Weather station, Campbell Scientific, METSENS550 % % Temperature, air physicalMeasurement Weather station, Campbell Scientific, METSENS550 °C °C Dew/frost point physicalMeasurement Weather station, Campbell Scientific, METSENS550 °C °C Wind speed at 2 m height physicalMeasurement Weather station, Campbell Scientific, METSENS550 m/s m/s Wind speed at 10 m height physicalMeasurement Weather station, Campbell Scientific, METSENS550 m/s m/s Wind direction, true physicalMeasurement Weather station, Campbell Scientific, METSENS550 deg deg Ultraviolet-a global physicalMeasurement UV-A sensor, Apogee Instruments, SU-200-SS Series W/m**2 W/m**2 Temperature, technical physicalMeasurement UV-A sensor, Apogee Instruments, SU-200-SS Series; panel temperature °C °C Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at the SML (depth = 0) °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at the SML (depth = 0) mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at the SML (depth = 0) Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at the SML (depth = 0) g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at the SML (depth = 0) Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 30 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 30 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 30 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 30 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 30 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 40 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 40 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 40 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 40 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 40 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 50 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 50 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 50 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 50 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 50 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 60 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 60 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 60 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 60 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 60 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 85 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 85 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 85 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 85 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 85 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 100 cm depth °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 100 cm depth mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 310; at 100 cm depth Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 310; at 100 cm depth g/kg g/kg pH thematicClassification CTD, Idronaut, Ocean Seven 310; at 100 cm depth Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 30 cm depth; OS1 °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 30 cm depth; OS1 mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 28; at 30 cm depth; OS1 Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 30 cm depth; OS1 g/kg g/kg Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 50 cm depth; OS2 °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 50 cm depth; OS2 mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 28; at 50 cm depth; OS2 Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 50 cm depth; OS2 g/kg g/kg Temperature, water physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 85 cm depth; OS3 °C °C Conductivity physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 85 cm depth; OS3 mS/cm mS/cm Salinity thematicClassification CTD, Idronaut, Ocean Seven 28; at 85 cm depth; OS3 Salinity, absolute physicalMeasurement CTD, Idronaut, Ocean Seven 28; at 85 cm depth; OS3 g/kg g/kg Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 30 cm depth °C °C Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 40 cm depth °C °C Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 50 cm depth °C °C Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 60 cm depth °C °C Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 85 cm depth °C °C Temperature, water physicalMeasurement Temperature Sensor, RBR Solo³; at 100 cm depth °C °C Pressure, water physicalMeasurement T.D, RBR, RBRduet³; at 100 cm depth dbar dbar Short-wave downward (GLOBAL) radiation physicalMeasurement Pyranometer, Hukseflux, SR20-D2; spectral range (0.3-3) x 10E-6 m; mounted on the ship W/m**2 W/m**2 Short-wave upward (REFLEX) radiation physicalMeasurement Pyranometer, Hukseflux, SR20-D2; spectral range (0.3-3) x 10E-6 m; mounted on the ship W/m**2 W/m**2 Long-wave downward radiation physicalMeasurement Pyrgeometer, Hukseflux, IR20; spectral range (4.5-42) x 10E-6 m; mounted on the ship W/m**2 W/m**2 Long-wave upward radiation physicalMeasurement Pyrgeometer, Hukseflux, IR20; spectral range (4.5-42) x 10E-6 m; mounted on the ship W/m**2 W/m**2 Precipitation physicalMeasurement Optical Laser-based distrometer, Thies Clima, 5.4110.xx.x00; amount; mounted on the ship mm mm Precipitation physicalMeasurement Optical Laser-based distrometer, Thies Clima, 5.4110.xx.x00; intensity; mounted on the ship mm/h mm/h Short-wave downward (GLOBAL) radiation, minimum physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; spectral range (0.285-2.8) x 10E-6 m; at a height of 200 cm above the sea surface W/m**2 W/m**2 Short-wave downward (GLOBAL) radiation, maximum physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; spectral range (0.285-2.8) x 10E-6 m; at a height of 200 cm above the sea surface W/m**2 W/m**2 Temperature, air, minimum physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; at a height of 200 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; at a height of 200 cm above the sea surface °C °C Temperature, air, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface °C °C Humidity, relative, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface % % Humidity, relative, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface % % Dew/frost point, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface °C °C Dew/frost point maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface °C °C Temperature, air, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface °C °C Temperature, air, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface °C °C Humidity, relative, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 200 cm above the sea surface % % Humidity, relative, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 200 cm above the sea surface % % Dew/frost point, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface °C °C Dew/frost point maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface °C °C Temperature, air, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface °C °C Humidity, relative, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 100 cm above the sea surface % % Humidity, relative, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 100 cm above the sea surface % % Dew/frost point, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface °C °C Dew/frost point maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface °C °C Wind speed, minimum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface m/s m/s Wind speed, maximum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface m/s m/s Wind direction, minimum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface deg deg Wind direction, maximum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface deg deg Temperature, air, minimum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface °C °C Temperature, air, maximum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface °C °C Humidity, relative, minimum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface % % Humidity, relative, maximum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface % % Pressure, atmospheric, minimum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface hPa hPa Pressure, atmospheric, maximum physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface hPa hPa Humidity, relative, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface % % Humidity, relative, maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface % % Dew/frost point, minimum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface °C °C Dew/frost point maximum physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface °C °C Short-wave downward (GLOBAL) radiation physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; average; spectral range (0.285-2.8) x 10E-6 m; at a height of 200 cm above the sea surface W/m**2 W/m**2 Temperature, technical physicalMeasurement Pyranometer, Kipp & Zonen, SMP6; at a height of 200 cm above the sea surface °C °C Temperature, air physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface; average °C °C Humidity, relative physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface; average % % Dew/frost point physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 2; at a height of 150 cm above the sea surface, average °C °C Temperature, air physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface; average °C °C Humidity, relative physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface; average % % Dew/frost point physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 3; at a height of 50 cm above the sea surface; average °C °C Temperature, air physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface; average °C °C Humidity, relative physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a height of 100 cm above the sea surface; average % % Dew/frost point physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 4; at a heoght of 100 cm above the sea surface; average °C °C Temperature, air physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface; average °C °C Humidity, relative physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface; average % % Dew/frost point physicalMeasurement Hygro-Thermo-Transmitter-compact, RS485, Thies Clima; sensor 5; at a height of 200 cm above the sea surface; average °C °C Wind speed physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface; average m/s m/s Wind direction physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface; average deg deg Temperature, air physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface; average °C °C Humidity, relative physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface; average % % Pressure, atmospheric physicalMeasurement Weather station, Thies Clima, Climate Sensor US (CUS); at a height of 200 cm above the sea surface; average hPa hPa Quality flag thematicClassification Campbell_Air_Temperature Quality flag thematicClassification Campbell_Panel_Temperature Quality flag thematicClassification Campbell_Relative_Humidity Quality flag thematicClassification CTD_pH_100cm Quality flag thematicClassification CTD_Conductivity_100cm Quality flag thematicClassification CTD_Temperature_100cm Quality flag thematicClassification CTD_pH_40cm Quality flag thematicClassification CTD_Conductivity_40cm Quality flag thematicClassification CTD_Temperature_40cm Quality flag thematicClassification CTD_pH_30cm Quality flag thematicClassification CTD_Conductivity_30cm Quality flag thematicClassification CTD_Temperature_30cm Quality flag thematicClassification CTD_pH_85cm Quality flag thematicClassification CTD_Conductivity_85cm Quality flag thematicClassification CTD_Temperature_85cm Quality flag thematicClassification CTD_pH_60cm Quality flag thematicClassification CTD_Conductivity_60cm Quality flag thematicClassification CTD_Temperature_60cm Quality flag thematicClassification CTD_pH_SML Quality flag thematicClassification CTD_Conductivity_SML Quality flag thematicClassification CTD_Temperature_SML Quality flag thematicClassification CTD_pH_50cm Quality flag thematicClassification CTD_Conductivity_50cm Quality flag thematicClassification CTD_Temperature_50cm Quality flag thematicClassification RBR_Temperature_30cm Quality flag thematicClassification RBR_Temperature_40cm Quality flag thematicClassification RBR_Temperature_50cm Quality flag thematicClassification RBR_Temperature_60cm Quality flag thematicClassification RBR_Temperature_85cm Quality flag thematicClassification RBR_Temperature_100cm Quality flag thematicClassification Thies_Temperature_SMP6_MIN Quality flag thematicClassification Thies_Temperature_SMP6_MAX Quality flag thematicClassification Thies_Temperature_2_MIN Quality flag thematicClassification Thies_Temperature_2_MAX Quality flag thematicClassification Thies_Temperature_3_MIN Quality flag thematicClassification Thies_Temperature_3_MAX Quality flag thematicClassification Thies_Temperature_4_MIN Quality flag thematicClassification Thies_Temperature_4_MAX Quality flag thematicClassification Thies_Temperature_5_MIN Quality flag thematicClassification Thies_Temperature_5_MAX Quality flag thematicClassification Thies_Temperature_CUS_MIN Quality flag thematicClassification Thies_Temperature_CUS_MAX Quality flag thematicClassification Thies_Relative_Humidity_2_MIN Quality flag thematicClassification Thies_Relative_Humidity_2_MAX Quality flag thematicClassification Thies_Relative_Humidity_4_MIN Quality flag thematicClassification Thies_Relative_Humidity_4_MAX Quality flag thematicClassification Thies_Relative_Humidity_5_MIN Quality flag thematicClassification Thies_Relative_Humidity_5_MAX Quality flag thematicClassification Thies_Relative_Humidity_CUS_MIN Quality flag thematicClassification Thies_Relative_Humidity_CUS_MAX Quality flag thematicClassification Thies_Relative_Humidity_3_MIN Quality flag thematicClassification Thies_Relative_Humidity_3_MAX Quality flag thematicClassification Thies_Temperature_SMP6_AVG Quality flag thematicClassification Thies_Temperature_2_AVG Quality flag thematicClassification Thies_Temperature_3_AVG Quality flag thematicClassification Thies_Temperature_4_AVG Quality flag thematicClassification Thies_Temperature_5_AVG Quality flag thematicClassification Thies_Temperature_CUS_AVG Quality flag thematicClassification Thies_Relative_Humidity_2_AVG Quality flag thematicClassification Thies_Relative_Humidity_3_AVG Quality flag thematicClassification Thies_Relative_Humidity_4_AVG Quality flag thematicClassification Thies_Relative_Humidity_5_AVG Quality flag thematicClassification Thies_Relative_Humidity_CUS_AVG Quality flag thematicClassification CTD_Salinity_Absolute_SML Quality flag thematicClassification CTD_Salinity_Absolute_30cm Quality flag thematicClassification CTD_Salinity_Absolute_40cm Quality flag thematicClassification CTD_Salinity_Absolute_50cm Quality flag thematicClassification CTD_Salinity_Absolute_60cm Quality flag thematicClassification CTD_Salinity_Absolute_85cm Quality flag thematicClassification CTD_Salinity_Absolute_100cm text/tab-separated-values unknown https://doi.pangaea.de/10.1594/PANGAEA.993367?format=textfile download dataset The data set was checked for completeness, correctness, and consistency of metainformation. Validity of used methods was checked and - if applicable - precision and range of data. EVENT LABEL: M211_1-8 * LATITUDE START: 43.347817 * LONGITUDE START: 7.872483 * LATITUDE END: 43.348417 * LONGITUDE END: 7.872100 * DATE/TIME START: 2025-06-15T11:18:46 * DATE/TIME END: 2025-06-15T18:58:15 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-06-15T11:18:46 EVENT LABEL: M211_1-17 * LATITUDE START: 43.348433 * LONGITUDE START: 7.872100 * LATITUDE END: 43.348400 * LONGITUDE END: 7.872100 * DATE/TIME START: 2025-06-16T04:17:44 * DATE/TIME END: 2025-06-16T18:50:26 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-06-16T04:17:44 EVENT LABEL: M211_1-33 * LATITUDE START: 43.348283 * LONGITUDE START: 7.872333 * LATITUDE END: 43.347350 * LONGITUDE END: 7.874217 * DATE/TIME START: 2025-06-17T04:13:08 * DATE/TIME END: 2025-06-17T07:03:10 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-06-17T04:13:08 EVENT LABEL: M211_2-2 * LATITUDE START: 23.999983 * LONGITUDE START: -23.000017 * LATITUDE END: 23.819483 * LONGITUDE END: -23.168583 * DATE/TIME START: 2025-06-26T07:03:08 * DATE/TIME END: 2025-06-27T07:22:05 * ELEVATION: -4890.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-06-26T07:03:08 EVENT LABEL: M211_3-3 * LATITUDE START: 23.999417 * LONGITUDE START: -30.000533 * LATITUDE END: 23.904750 * LONGITUDE END: -30.226233 * DATE/TIME START: 2025-06-29T07:14:48 * DATE/TIME END: 2025-06-30T09:24:45 * ELEVATION: -5504.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-06-29T07:14:48 EVENT LABEL: M211_4-3 * LATITUDE START: 23.998983 * LONGITUDE START: -38.000983 * LATITUDE END: 23.904133 * LONGITUDE END: -38.147833 * DATE/TIME START: 2025-07-02T07:47:44 * DATE/TIME END: 2025-07-03T08:27:25 * ELEVATION: -5199.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-02T07:47:44 EVENT LABEL: M211_4-25 * LATITUDE START: 23.910183 * LONGITUDE START: -38.110083 * LATITUDE END: 23.911150 * LONGITUDE END: -38.112650 * DATE/TIME START: 2025-07-03T11:07:03 * DATE/TIME END: 2025-07-03T16:41:51 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-03T11:07:03 EVENT LABEL: M211_4-34 * LATITUDE START: 23.911183 * LONGITUDE START: -38.112650 * LATITUDE END: 23.879833 * LONGITUDE END: -38.258150 * DATE/TIME START: 2025-07-03T20:15:36 * DATE/TIME END: 2025-07-04T18:30:33 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobaters 2025-07-03T20:15:36 EVENT LABEL: M211_5-3 * LATITUDE START: 19.999367 * LONGITUDE START: -38.000350 * LATITUDE END: 20.022450 * LONGITUDE END: -38.132517 * DATE/TIME START: 2025-07-06T08:12:25 * DATE/TIME END: 2025-07-06T21:17:38 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-06T08:12:25 EVENT LABEL: M211_6-3 * LATITUDE START: 15.006833 * LONGITUDE START: -37.994350 * LATITUDE END: 15.003317 * LONGITUDE END: -38.030283 * DATE/TIME START: 2025-07-08T08:26:53 * DATE/TIME END: 2025-07-08T15:58:01 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-08T08:26:53 EVENT LABEL: M211_7-3 * LATITUDE START: 12.002100 * LONGITUDE START: -37.999317 * LATITUDE END: 12.011267 * LONGITUDE END: -38.195933 * DATE/TIME START: 2025-07-09T13:40:10 * DATE/TIME END: 2025-07-10T15:10:30 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-09T13:40:10 EVENT LABEL: M211_8-3 * LATITUDE START: 9.584350 * LONGITUDE START: -38.550033 * LATITUDE END: 9.584950 * LONGITUDE END: -38.549967 * DATE/TIME START: 2025-07-11T12:43:25 * DATE/TIME END: 2025-07-11T17:25:57 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-11T12:43:25 EVENT LABEL: M211_9-4 * LATITUDE START: 9.583750 * LONGITUDE START: -36.417167 * LATITUDE END: 9.622667 * LONGITUDE END: -36.302417 * DATE/TIME START: 2025-07-12T08:35:18 * DATE/TIME END: 2025-07-12T19:56:36 * ELEVATION START: -4369.0 m * ELEVATION END: -4266.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-12T08:35:18 EVENT LABEL: M211_10-2 * LATITUDE START: 7.901283 * LONGITUDE START: -36.299433 * LATITUDE END: 7.892083 * LONGITUDE END: -36.247167 * DATE/TIME START: 2025-07-13T09:07:46 * DATE/TIME END: 2025-07-13T18:56:14 * ELEVATION START: -3793.0 m * ELEVATION END: -3777.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-13T09:07:46 EVENT LABEL: M211_11-4 * LATITUDE START: 9.166483 * LONGITUDE START: -35.252267 * LATITUDE END: 9.100033 * LONGITUDE END: -35.298467 * DATE/TIME START: 2025-07-14T08:20:24 * DATE/TIME END: 2025-07-14T20:16:07 * ELEVATION START: -4742.0 m * ELEVATION END: -7696.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-14T08:20:24 EVENT LABEL: M211_13-2 * LATITUDE START: 7.925117 * LONGITUDE START: -33.972350 * LATITUDE END: 7.972433 * LONGITUDE END: -33.898450 * DATE/TIME START: 2025-07-16T08:54:53 * DATE/TIME END: 2025-07-16T18:09:06 * ELEVATION START: -3953.0 m * ELEVATION END: -4990.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-16T08:54:53 EVENT LABEL: M211_13-13 * LATITUDE START: 7.971933 * LONGITUDE START: -33.896800 * LATITUDE END: 8.032767 * LONGITUDE END: -33.455467 * DATE/TIME START: 2025-07-16T19:18:09 * DATE/TIME END: 2025-07-17T16:04:32 * ELEVATION: -4989.0 m * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-16T19:18:09 EVENT LABEL: M211_13-22 * LATITUDE START: 8.031733 * LONGITUDE START: -33.454150 * LATITUDE END: 7.721817 * LONGITUDE END: -33.044000 * DATE/TIME START: 2025-07-17T18:06:07 * DATE/TIME END: 2025-07-18T17:05:38 * CAMPAIGN: M211 * BASIS: Meteor (1986) * METHOD/DEVICE: CATAMARAN Halobates 2025-07-17T18:06:07