Data

In situ sediment temperature measurements for geothermal heat flow estimates, cruise PS134

The University of Western Australia
Brand, Caroline ; Kaul, Norbert ; Lösing, Mareen ; Gohl, Karsten
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ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft_id=info:doi10.1594/pangaea.984027&rft.title=In situ sediment temperature measurements for geothermal heat flow estimates, cruise PS134&rft.identifier=10.1594/pangaea.984027&rft.publisher=PANGAEA&rft.description=In situ sediment temperatures measured during cruise PS134 on the Bellingshausen Sea Shelf. Five Miniaturized Temperature Data-Loggers (MTL) were mounted on a 5 m lance for measuring sediment temperatures. One MTL was mounted on the weight head (Sensor 0) and reports here the bottom water temperature. Depth, sediment/rock [m] = penetration depth with seafloor at 0 m and negative depths as meters above seafloorDepth, relative [m] = Sensor depth relative to the top of the heat flow probe/beginning of the weight head&rft.creator=Brand, Caroline &rft.creator=Kaul, Norbert &rft.creator=Lösing, Mareen &rft.creator=Gohl, Karsten &rft.date=2025&rft.relation=http://research-repository.uwa.edu.au/en/publications/e110a62f-750f-454b-b633-cb0d955bb918&rft.coverage=-92.69322999999997,73.52065 -72.67754000000002,73.52065 -72.67754000000002,-73.63678 -92.69322999999997,-73.63678 -92.69322999999997,73.52065&rft.coverage=-92.69322999999997,73.52065 -72.67754000000002,73.52065 -72.67754000000002,-73.63678 -92.69322999999997,-73.63678 -92.69322999999997,73.52065&rft.type=dataset&rft.language=English Access the data
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In situ sediment temperatures measured during cruise PS134 on the Bellingshausen Sea Shelf. Five Miniaturized Temperature Data-Loggers (MTL) were mounted on a 5 m lance for measuring sediment temperatures. One MTL was mounted on the weight head (Sensor 0) and reports here the bottom water temperature. Depth, sediment/rock [m] = penetration depth with seafloor at 0 m and negative depths as meters above seafloorDepth, relative [m] = Sensor depth relative to the top of the heat flow probe/beginning of the weight head

Notes

External Organisations
Aarhus University; University of Bremen; University of Kiel; Alfred Wegener Institute - Helmholtz Centre for Polar and Marine Research
Associated Persons
Caroline Brand (Creator); Norbert Kaul (Creator); Karsten Gohl (Creator)

Issued: 2025

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-92.69323,73.52065 -72.67754,73.52065 -72.67754,-73.63678 -92.69323,-73.63678 -92.69323,73.52065

-82.685385,-0.058064999999999

text: -92.69322999999997,73.52065 -72.67754000000002,73.52065 -72.67754000000002,-73.63678 -92.69322999999997,-73.63678 -92.69322999999997,73.52065

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