<gco:CharacterString>Above water irradiance Es measured during the cruise MSM139 with RV MARIA S. MERIAN</gco:CharacterString>

de.pangaea.dataset995345 und de.pangaea.dataset995340 dataset PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact 2026-06-19T07:13:14Z https://doi.pangaea.de/10.1594/PANGAEA.995345 <gco:CharacterString>Above water irradiance Es measured during the cruise MSM139 with RV MARIA S. MERIAN</gco:CharacterString> 2026-06-19T07:12:38 publication Voß, Daniela

daniela.voss@uni-oldenburg.de

https://orcid.org/0000-0002-1580-5456 information author Henkel, Rohan

rohan.henkel@uni-oldenburg.de

author Oelker, Julia

julia.oelker@uni-oldenburg.de

https://orcid.org/0000-0002-0783-3617 information author Badewien, Thomas Henry

thomas.badewien@uni-oldenburg.de

https://orcid.org/0000-0003-0692-7731 information author PANGAEA

info@pangaea.de

https://www.pangaea.de/ information publisher tableDigital Data presented here were collected during the cruise MSM139 with MSM139 with RV Maria S. Merian from Reykjavik, Iceland to Reykjavik, Iceland (25.07 - 27.08.2025, working area Greenland). In total, 29 underwater light profiles were collected at 33 stations, using a free-falling hyperspectral light profiler. The system used was a SEABIRD HyperPro II (SN 189, former Satlantic), equipped with a irradiance sensor to measure downwelling irradiance (Ed, SN 532) and a radiance sensor for upwelling radiance (Lu, SN 421). A reference unit was attached to the ship to measure the above water irradiance (Es, SN 533). The sensors were calibrated by the manufacturer and validated prior to the cruise with a reference lamp. Data were recorded with the SatView software (V 2.9.5_7) and processed from raw to Level1, 1b, 2, 2s to Level 3a using the ProSoft Processing software (V 7.7.19_2). Measured data were binned in 0.5 m depth intervals. A dark correction was made automatically based on shutter measurements by the instrument. Measurements with a tilt higher than 5° were not taken into account during processing. Spectra were interpolated to 1 nm intervals. For each station the hyperspectral profiles for each parameter cover the wavelength range from 400-700 nm, for Ed and Es in [W/m² nm], for Lu in [W/m² nm sr]. For Ed, Lu and Es descriptive statistics are given including min, max, mean, median and standard deviation of the tilt and the photosynthetically active radiation PAR [µmol photons/m² s (sr)], integrated from 400 - 700 nm. Statistics are not given for profiles which do not reach the 1% PAR depth. To allow an assignment of above water conditions to the respective depth measurements, Es spectra were given as a function of depth, recalculated from data Level2s. The Profiler measurements were only conducted during daylight. Raw data are available on request from the principal investigator. Chief Scientist of RV Maria S Merian cruise MSM139: Dr.Uwe John, Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI). completed Voß, Daniela

daniela.voss@uni-oldenburg.de

https://orcid.org/0000-0002-1580-5456 information principalInvestigator Disco Bay Ed GreenHab Greenland irradiance Melville Bay Narsaq Nuuk ocean color radiance Uummanaq theme <gco:CharacterString>PANGAEA Keyword List</gco:CharacterString> 1995-01-01 creation PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact copyright copyright CC-BY-4.0: Creative Commons Attribution 4.0 International textTable und geoscientificInformation -58.71942899999999 -45.423377000000016 60.622179 74.998851 2025-07-29T10:00:24 2025-08-21T16:34:23 Event label thematicClassification Station label, Dship system DATE/TIME thematicClassification LATITUDE thematicClassification LONGITUDE thematicClassification ELEVATION physicalMeasurement m a.s.l. m a.s.l. Station label thematicClassification profiler cast at station DEPTH, water physicalMeasurement m m Irradiance, downward, in air, photosynthetically active physicalMeasurement Calculated µmol photons/m**2/s µmol photons/m**2/s Spectral irradiance, downward, in air at 400 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 401 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 402 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 403 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 404 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 405 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 406 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 407 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 408 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 409 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 410 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 411 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 412 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 413 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 414 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 415 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 416 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 417 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 418 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 419 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 420 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 421 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 422 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 423 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 424 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 425 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 426 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 427 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 428 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 429 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 430 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 431 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 432 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 433 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 434 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 435 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 436 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 437 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 438 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 439 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 440 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 441 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 442 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 443 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 444 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 445 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 446 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 447 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 448 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 449 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 450 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 451 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 452 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 453 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 454 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 455 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 456 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 457 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 458 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 459 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 460 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 461 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 462 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 463 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 464 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 465 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 466 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 467 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 468 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 469 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 470 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 471 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 472 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 473 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 474 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 475 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 476 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 477 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 478 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 479 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 480 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 481 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 482 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 483 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 484 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 485 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 486 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 487 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 488 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 489 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 490 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 491 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 492 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 493 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 494 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 495 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 496 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 497 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 498 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 499 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 500 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 501 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 502 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 503 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 504 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 505 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 506 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 507 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 508 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 509 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 510 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 511 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 512 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 513 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 514 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 515 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 516 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 517 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 518 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 519 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 520 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 521 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 522 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 523 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 524 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 525 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 526 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 527 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 528 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 529 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 530 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 531 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 532 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 533 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 534 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 535 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 536 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 537 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 538 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 539 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 540 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 541 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 542 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 543 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 544 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 545 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 546 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 547 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 548 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 549 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 550 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 551 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 552 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 553 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 554 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 555 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 556 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 557 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 558 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 559 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 560 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 561 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 562 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 563 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 564 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 565 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 566 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 567 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 568 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 569 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 570 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 571 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 572 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 573 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 574 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 575 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 576 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 577 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 578 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 579 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 580 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 581 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 582 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 583 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 584 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 585 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 586 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 587 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 588 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 589 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 590 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 591 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 592 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 593 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 594 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 595 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 596 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 597 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 598 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 599 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 600 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 601 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 602 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 603 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 604 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 605 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 606 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 607 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 608 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 609 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 610 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 611 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 612 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 613 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 614 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 615 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 616 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 617 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 618 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 619 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 620 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 621 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 622 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 623 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 624 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 625 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 626 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 627 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 628 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 629 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 630 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 631 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 632 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 633 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 634 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 635 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 636 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 637 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 638 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 639 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 640 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 641 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 642 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 643 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 644 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 645 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 646 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 647 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 648 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 649 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 650 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 651 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 652 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 653 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 654 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 655 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 656 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 657 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 658 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 659 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 660 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 661 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 662 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 663 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 664 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 665 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 666 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 667 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 668 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 669 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 670 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 671 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 672 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 673 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 674 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 675 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 676 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 677 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 678 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 679 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 680 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 681 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 682 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 683 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 684 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 685 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 686 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 687 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 688 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 689 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 690 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 691 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 692 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 693 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 694 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 695 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 696 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 697 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 698 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 699 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm Spectral irradiance, downward, in air at 700 nm physicalMeasurement Hyperspectral free falling profiler, Sea-Bird, HyperPro II [SN: 189 / SN: 532 / SN: 421 / SN: 533]; binned at 0.5 m depth intervals W/m**2/nm W/m**2/nm text/tab-separated-values unknown https://doi.pangaea.de/10.1594/PANGAEA.995345?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: MSM139_2-7 * LATITUDE: 60.622179 * LONGITUDE: -46.535516 * DATE/TIME: 2025-07-29T10:00:00 * ELEVATION: -85.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-29T10:00:00 EVENT LABEL: MSM139_3-8 * LATITUDE: 60.860591 * LONGITUDE: -46.094436 * DATE/TIME: 2025-07-29T16:57:00 * ELEVATION: -311.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-29T16:57:00 EVENT LABEL: MSM139_4-6 * LATITUDE: 61.098598 * LONGITUDE: -45.423377 * DATE/TIME: 2025-07-30T07:29:00 * ELEVATION: -121.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-30T07:29:00 EVENT LABEL: MSM139_4-11 * LATITUDE: 61.095067 * LONGITUDE: -45.443874 * DATE/TIME: 2025-07-30T11:36:00 * ELEVATION: -150.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-30T11:36:00 EVENT LABEL: MSM139_5-6 * LATITUDE: 60.960270 * LONGITUDE: -46.241955 * DATE/TIME: 2025-07-30T18:31:00 * ELEVATION: -358.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-30T18:31:00 EVENT LABEL: MSM139_6-6 * LATITUDE: 60.819717 * LONGITUDE: -46.701677 * DATE/TIME: 2025-07-31T10:19:00 * ELEVATION: -657.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-31T10:19:00 EVENT LABEL: MSM139_7-6 * LATITUDE: 60.701584 * LONGITUDE: -47.173725 * DATE/TIME: 2025-07-31T14:42:00 * ELEVATION: -129.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-07-31T14:42:00 EVENT LABEL: MSM139_8-9 * LATITUDE: 64.114152 * LONGITUDE: -51.882400 * DATE/TIME: 2025-08-02T12:35:00 * ELEVATION: -351.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-02T12:35:00 EVENT LABEL: MSM139_9-1 * LATITUDE: 64.257462 * LONGITUDE: -51.082681 * DATE/TIME: 2025-08-02T16:42:00 * ELEVATION: -357.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-02T16:42:00 EVENT LABEL: MSM139_10-10 * LATITUDE: 64.501885 * LONGITUDE: -50.626848 * DATE/TIME: 2025-08-03T12:22:00 * ELEVATION: -169.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-03T12:22:00 EVENT LABEL: MSM139_11-1 * LATITUDE: 64.426427 * LONGITUDE: -51.511787 * DATE/TIME: 2025-08-03T18:52:00 * ELEVATION: -618.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-03T18:52:00 EVENT LABEL: MSM139_12-11 * LATITUDE: 74.998851 * LONGITUDE: -58.719429 * DATE/TIME: 2025-08-07T13:39:00 * ELEVATION: -446.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-07T13:39:00 EVENT LABEL: MSM139_13-6 * LATITUDE: 74.747698 * LONGITUDE: -58.497275 * DATE/TIME: 2025-08-07T18:46:00 * ELEVATION: -1074.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-07T18:46:00 EVENT LABEL: MSM139_14-1 * LATITUDE: 74.523331 * LONGITUDE: -58.314512 * DATE/TIME: 2025-08-07T20:33:00 * ELEVATION: -470.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-07T20:33:00 EVENT LABEL: MSM139_15-6 * LATITUDE: 74.270898 * LONGITUDE: -58.246289 * DATE/TIME: 2025-08-08T08:52:00 * ELEVATION: -897.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-08T08:52:00 EVENT LABEL: MSM139_16-6 * LATITUDE: 73.979919 * LONGITUDE: -58.004048 * DATE/TIME: 2025-08-08T13:20:00 * ELEVATION: -400.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-08T13:20:00 EVENT LABEL: MSM139_18-9 * LATITUDE: 71.589543 * LONGITUDE: -52.326527 * DATE/TIME: 2025-08-10T15:14:00 * ELEVATION: -885.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-10T15:14:00 EVENT LABEL: MSM139_20-6 * LATITUDE: 71.425215 * LONGITUDE: -53.366611 * DATE/TIME: 2025-08-11T10:44:00 * ELEVATION: -619.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-11T10:44:00 EVENT LABEL: MSM139_21-8 * LATITUDE: 71.166442 * LONGITUDE: -54.587761 * DATE/TIME: 2025-08-11T17:29:00 * ELEVATION: -355.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-11T17:29:00 EVENT LABEL: MSM139_23-9 * LATITUDE: 68.808682 * LONGITUDE: -53.062821 * DATE/TIME: 2025-08-14T20:52:00 * ELEVATION: -725.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-14T20:52:00 EVENT LABEL: MSM139_24-7 * LATITUDE: 68.756738 * LONGITUDE: -52.025953 * DATE/TIME: 2025-08-15T10:28:00 * ELEVATION: -123.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-15T10:28:00 EVENT LABEL: MSM139_25-7 * LATITUDE: 68.712244 * LONGITUDE: -51.119589 * DATE/TIME: 2025-08-15T15:15:00 * ELEVATION: -357.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-15T15:15:00 EVENT LABEL: MSM139_26-1 * LATITUDE: 69.120906 * LONGITUDE: -52.000878 * DATE/TIME: 2025-08-15T18:57:00 * ELEVATION: -508.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-15T18:57:00 EVENT LABEL: MSM139_28-5 * LATITUDE: 69.685750 * LONGITUDE: -51.665753 * DATE/TIME: 2025-08-16T16:05:00 * ELEVATION: -248.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-16T16:05:00 EVENT LABEL: MSM139_29-1 * LATITUDE: 69.324098 * LONGITUDE: -52.298010 * DATE/TIME: 2025-08-16T19:52:00 * ELEVATION: -365.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-16T19:52:00 EVENT LABEL: MSM139_30-9 * LATITUDE: 69.185359 * LONGITUDE: -53.517544 * DATE/TIME: 2025-08-17T12:22:00 * ELEVATION: -338.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-17T12:22:00 EVENT LABEL: MSM139_31-5 * LATITUDE: 69.273336 * LONGITUDE: -54.026537 * DATE/TIME: 2025-08-17T18:31:00 * ELEVATION: -81.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-17T18:31:00 EVENT LABEL: MSM139_32-6 * LATITUDE: 64.191601 * LONGITUDE: -50.619636 * DATE/TIME: 2025-08-21T14:37:00 * ELEVATION: -394.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-21T14:37:00 EVENT LABEL: MSM139_33-1 * LATITUDE: 64.095876 * LONGITUDE: -51.193318 * DATE/TIME: 2025-08-21T16:34:00 * ELEVATION: -718.0 m * O2A REGISTRY URI: https://hdl.handle.net/10013/registry.fd779823-aa98-4b42-a2e0-e72a1c0d550f * CAMPAIGN: MSM139 * BASIS: Maria S. Merian * METHOD/DEVICE: Light/Optics 2025-08-21T16:34:00 Related to <gco:CharacterString>Investigate and evaluate the risks of harmful algae blooms in Greenlandic waters due to climate change: Assessment of range expansion and HAB population connectivity, Cruise No. MSM139, 25.07.2025 - 27.08.2025, Reykjavík (Iceland) - Reykjavík (Iceland)</gco:CharacterString> 2025-01-01 publication


https://doi.org/10.48433/cr_msm139

John, Uwe

uwe.john@awi.de

https://orcid.org/0000-0002-1297-4086 information author Christensen, Anneliese author Becks, Lutz

lutz.becks@uni-konstanz.de

https://orcid.org/0000-0002-3885-5253 information author Thielecke, Antonia

antonia.thielecke@awi.de

https://orcid.org/0009-0005-9584-4699 information author Voß, Daniela

daniela.voss@uni-oldenburg.de

https://orcid.org/0000-0002-1580-5456 information author Henkel, Rohan

rohan.henkel@uni-oldenburg.de

author Oelker, Julia

julia.oelker@uni-oldenburg.de

https://orcid.org/0000-0002-0783-3617 information author Thome, Pauline author Andipalagan, Mathiroopini author Schmitt-Kopplin, Philippe

schmitt-kopplin@helmholtz-muenchen.de

https://orcid.org/0000-0003-0824-2664 information author Clarke, Dave https://orcid.org/0000-0002-8122-5193 information author Burfeid-Castellanos, Andrea M

andrea.burfeid-castellanos@uni-due.de

author Eikrem, Wenche author Lundholm, Nina https://orcid.org/0000-0002-2035-1997 information author Nagai, Satoshi author Honorato, Ricardo author Kühne, Nancy https://orcid.org/0000-0002-9418-7296 information author Kopplin, Leila author documentDigital MARIA S. MERIAN-Berichte, Begutachtungspanel Forschungsschiffe MSM139 50 pp Documentation <gco:CharacterString>Non-Exclusive Licence No. G25-007 for Utilization of Greenland Genetic Resources</gco:CharacterString> 2025-01-01 publication documentHardcopy Naalakkersuisut - Government of Greenland