/* DATA DESCRIPTION: Citation: Haardt, H; Maaßen, R (1983): Oceanographic and optical profile at station M56_59-73. PANGAEA, https://doi.org/10.1594/PANGAEA.80695, In supplement to: Haardt, H; Maaßen, R (1983): CTD and optical data from the Antarctic - Meteor 56 ANT I - Part I: CTD and Chlorophyll profiles. Reports Sonderforschungsbereich 95 Wechselwirkung Meer-Meeresboden, 61, 8 pp, tables digital, hdl:10013/epic.35197.d001 Project(s): Wechselwirkung Meer-Meeresboden (Interaction Sea-Sea Bottom) (SFB95) Coverage: LATITUDE: -62.188900 * LONGITUDE: -56.267800 DATE/TIME START: 1980-11-29T02:26:00 * DATE/TIME END: 1980-11-29T02:26:00 MINIMUM DEPTH, water: 2 m * MAXIMUM DEPTH, water: 179 m Event(s): M56_59-73 * LATITUDE: -62.188900 * LONGITUDE: -56.267800 * DATE/TIME: 1980-11-29T02:26:00 * ELEVATION: -945.0 m * CAMPAIGN: M56 (FIBEX - First International BIOMASS Experiment, ANT I) (URI: hdl:10013/epic.37667.d001) * BASIS: Meteor (1964) (URI: https://de.wikipedia.org/wiki/Meteor_(Schiff,_1964)) * METHOD/DEVICE: Multisonde (MS) Parameter(s): DEPTH, water [m] (Depth water) * GEOCODE Pressure, water [dbar] (Press) * PI: Haardt, H * METHOD/DEVICE: CTD Temperature, water [°C] (Temp) * PI: Haardt, H * METHOD/DEVICE: see comment * COMMENT: The variation of the electrical resistance of a platinum thermometer is converted to an analogous frequency variation by using a relaxation oscillator. The thermometers are calibrated against a set of standard thermometers with an accuracy of 0.02 deg C Conductivity [mS/cm] (Cond) * PI: Haardt, H * METHOD/DEVICE: CTD Salinity (Sal) * PI: Haardt, H * METHOD/DEVICE: CTD Chlorophyll fluorescence raw data [V] (Chl fluores) * PI: Haardt, H * METHOD/DEVICE: Chlorophyll fluorescence, Dr. Haardt Instruments Irradiance, heat, flux density [W/m**2] (E) * PI: Haardt, H * METHOD/DEVICE: CTD License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 184 data points */ Depth water [m] Press [dbar] Temp [°C] Cond [mS/cm] Sal Chl fluores [V] E [W/m**2] 2 1.5 -1.445 27.333 34.358 4.36 4 3.9 -1.432 27.340 34.351 6.46 10 10.2 -1.435 27.340 34.350 4.65 -4.96 16 16.5 -1.426 27.358 34.361 5.74 -4.84 23 23.0 -1.420 27.376 34.375 5.00 -4.71 29 29.2 -1.432 27.352 34.352 4.66 -4.65 35 35.6 -1.426 27.376 34.374 5.06 -4.50 42 41.9 -1.445 27.364 34.375 3.49 -4.35 48 48.2 -1.478 27.333 34.367 7.00 -4.26 54 54.7 -1.536 27.309 34.396 3.45 -4.24 61 61.0 -1.518 27.340 34.413 3.00 -4.25 67 67.3 -1.518 27.340 34.409 1.75 -4.19 73 73.4 -1.518 27.358 34.431 3.27 -4.19 79 79.8 -1.527 27.352 34.429 0.98 -4.20 85 85.5 -1.493 27.425 34.488 1.03 -4.22 91 92.0 -1.487 27.449 34.510 1.15 -4.22 97 98.3 -1.493 27.431 34.488 2.11 -4.22 104 104.7 -1.496 27.499 34.513 1.11 -4.24 110 110.7 -1.493 27.456 34.514 0.97 -4.15 116 116.8 -1.512 27.456 34.531 1.00 4.23 122 123.0 -1.499 27.486 34.555 0.47 -4.24 128 128.8 -1.499 27.468 34.526 0.53 -4.27 134 134.9 -1.496 27.474 34.527 0.31 -4.28 140 141.1 -1.493 27.510 34.571 0.29 -4.30 145 146.4 -1.499 27.498 34.558 0.28 -4.28 151 152.4 -1.499 27.510 34.571 0.20 -4.29 157 158.1 -1.478 27.529 34.568 0.18 -4.27 162 163.6 -1.481 27.547 34.593 0.17 -4.29 168 169.6 -1.490 27.553 34.608 0.20 -4.31 174 175.2 -1.484 27.547 34.589 0.21 -4.34 179 180.8 -1.469 27.553 34.576 0.21 -4.40