Details of TS_1983_Cta

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Dataset identification

Title of datasetTS_1983_Cta
Narrative summary of datasetTime series: Sea water Temperature and Salinity , daily values , coastal station, Constanta, 1983
Summary of processing methodologySea water temperature and salinity measured daily at Constanta Coastal station. Temperature was measured using reversing or water thermometers, and salinity was obtained by Mohr-Knudsen method.
Start date1983-01-01
End date1983-12-31

Responsible organisations

CountryRomania
Organisation nameNational Institute for Marine Research and Development "Grigore Antipa"
Role of organisationOriginator of Dataset

Dataset availability

Original dataset download linkhttps://cloud.emodnet-ingestion.eu/index.php/s/uLJAGJ3nGn8KZmP
Date of original dataset publication2018-05-23
Dataset formatText or Plaintext
Public accessNo limitations
License for useODC-ODbL
TypeDataset
Link to dataset after processing by data centrehttps://cdi.seadatanet.org/search/welcome.php?query=2092&query_code={12100C55-1990-4373-AB35-7F3F665EB806}

Locations

Map
Latitude north boundary44.235965970365
Longitude east boundary28.62894210481
Latitude south boundary44.235654649297
Longitude west boundary28.628550502294
Coordinate reference systemWorld Geodetic System 84
Sea areaBlack Sea
Vertical extent maximum1 Metres

Data types, collection and processing

Observation typeWater column temperature and salinity
ParameterSalinity of the water column
Temperature of the water column
Platform typecoastal structure
Platform nameConstanta - Mamaia
Data quality processing informationBroad-range (Black Sea) and local-range check values

Process information

Submitting organisationNational Institute for Marine Research and Development "Grigore Antipa"
Submission identifier (UUID)88be9292-351b-46e9-854e-47556d3a5daa
Date of dataset creation1984-02-15
Date of metadata creation2018-05-18
Date of metadata latest revision2018-05-23
Date of publishing2018-05-19
Date of processed dataset publication2018-10-23
Processing data centreNational Institute for Marine Research and Development "Grigore Antipa"
Summary record-ID162