Physical oceanography from the Drake Passage and Bransfield Strait during Meteor cruise M56

Autoria(s): Haardt, H; Maaßen, R
Cobertura

MEDIAN LATITUDE: -62.426827 * MEDIAN LONGITUDE: -55.976388 * SOUTH-BOUND LATITUDE: -64.295800 * WEST-BOUND LONGITUDE: -64.159200 * NORTH-BOUND LATITUDE: -54.628300 * EAST-BOUND LONGITUDE: -50.139200 * DATE/TIME START: 1980-11-20T12:29:00 * DATE/TIME END: 1980-12-14T12:20:00
Data(s)

04/05/1983
Resumo

This data publication is the electronic version of hydrographical and fluorometric data which were taken during the Antarctic cruise ANT I No. 56 of 'Meteor' from November 13th to December 18th 1980. The data were measured by means of the Optik Sonde (OS) of the SFB95. The data set contains the temperature and salinity profiles, the profiles of attenuation (extinction) coefficient at 670 nm wavelength and the fluorescence of chlorophyll expressed as chlorophyll a concentration values.
Formato

application/zip, 106 datasets
Identificador

https://doi.pangaea.de/10.1594/PANGAEA.737666

doi:10.1594/PANGAEA.737666
Idioma(s)

en
Publicador

PANGAEA
Relação

Zeitzschel, Bernt; Zenk, Walter (1981): Beobachtungen und erste Ergebnisse der Meteor-Reise 56 aus der Scotia-See und der Branfield-Strasse im November/Dezember 1980 (ANT I): Ein nautischer und wissenschaftlicher Bericht. Berichte aus dem Institut für Meereskunde an der Christian-Albrechts Universität Kiel, 80, 73 pp, hdl:10013/epic.37667.d001
Direitos

CC-BY: Creative Commons Attribution 3.0 Unported

Access constraints: unrestricted
Fonte

Institut für Angewandte Physik, Christian-Albrechts-Universität, Kiel

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
Palavras-Chave #Attenuation; Attenuation, optical beam transmission; Chl fluores; Chlorophyll fluorescence, Dr. Haardt Instruments; Chlorophyll fluorescence raw data; Cond; Conductivity; CTD; DEPTH, water; Depth water; E; FIBEX - First International BIOMASS Experiment, ANT I; Irradiance, heat flux density; M56; M56_100-129; M56_100-131; M56_102-132; M56_102-134; M56_104-135; M56_107-164; M56_110-168; M56_111-169; M56_114-212; M56_116-215; M56_117-217; M56_119-220; M56_120-221; M56_121-223; M56_122-225; M56_123-227; M56_124-229; M56_125-231; M56_126-233; M56_127-235; M56_128-237; M56_129-239; M56_130-241; M56_131-243; M56_132-245; M56_133-247; M56_137-249; M56_139-0; M56_139-255; M56_144-2; M56_148-9; M56_19-3; M56_20-6; M56_21-7; M56_21-8; M56_22-10; M56_22-9; M56_23-13; M56_23-15; M56_24-18; M56_24-19; M56_25-25; M56_25-27; M56_26-29; M56_26-30; M56_27-32; M56_28-35; M56_30-36; M56_30-37; M56_31-38; M56_31-39; M56_33-41; M56_33-42; M56_34-43; M56_34-44; M56_35-45; M56_35-46; M56_37-47; M56_37-48; M56_40-49; M56_40-51; M56_41-53; M56_42-54; M56_43-55; M56_44-56; M56_45-57; M56_46-59; M56_47-60; M56_48-61; M56_49-62; M56_50-63; M56_51-64; M56_52-66; M56_53-67; M56_54-68; M56_55-69; M56_56-70; M56_57-71; M56_58-72; M56_59-73; M56_60-74; M56_61-76; M56_62-77; M56_63-78; M56_64-79; M56_65-80; M56_66-81; M56_67-83; M56_68-85; M56_71-88; M56_72-91; M56_73-92; M56_73-96; M56_74-98; M56_76-100; M56_77-102; M56_78-105; M56_78-108; M56_86-110; M56_92-113; M56_95-116; M56_95-117; M56_96-119; M56_97-122; M56_97-124; M56_99-127; Meteor (1964); MS; Multisonde; Press; Pressure, water; Sal; Salinity; see comment; SFB95; Temp; Temperature, water; 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; Wechselwirkung Meer-Meeresboden (Interaction Sea-Sea Bottom)
Tipo

Dataset
Acesso ao item digital