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Total organic carbon contents of sediment cores retrieved during R/V SONNE cr...
This dataset has no description
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Solid-phase radionuclide data of sediment core SO239_199-1 retrieved during R...
This dataset has no description
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Ex-situ oxygen data of sediment cores retrieved during R/V SONNE cruise SO239...
This dataset has no description
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Pore-water manganese and nitrate data of sediment cores retrieved during R/V ...
This dataset has no description
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CTD-profiles from SONNE cruise SO239 and SO240
This dataset has no description
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Current meter data from SONNE cruise SO239
This dataset has no description
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Seafloor images and raw context data along AUV track SO239_28-1_AUV3 (Abyss_1...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_19-1_AUV2 (Abyss_1...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_201-1_AUV19 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_193-1_AUV18 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_188-1_AUV17 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_172-1_AUV16 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_166-1_AUV15 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_130-1_AUV10 (Abyss...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_115-1_AUV9 (Abyss_...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_98-1_AUV8 (Abyss_1...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_79-1_AUV7 (Abyss_1...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Seafloor images and raw context data along AUV track SO239_65-1_AUV6 (Abyss_1...
The raw images (available on request) have been captured using a Canon 8-15mm fisheye lens and therefore they have a wide field of view, which results in a dark image boundary... -
Results of nodule detection along AUV track SO239_172-1_AUV16 (Abyss_182) dur...
Images were acquired by the DeepSurvey Camera on board GEOMAR's AUV Abyss. Nodules were delineated by the CoMoNoD algorithm [see related to references]. Result files are... -
Results of nodule detection along AUV track SO239_166-1_AUV15 (Abyss_181) dur...
Images were acquired by the DeepSurvey Camera on board GEOMAR's AUV Abyss. Nodules were delineated by the CoMoNoD algorithm [see related to references]. Result files are...