cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.1594/pangaea.960973
title: 3D multichannel seismic reflection processed data (P-Cable system with GI Gun) from RV POSEIDON cruise POS538, Kolumbo Volcano, Aegean Sea

description: Included here are 3D post-stack time migrated data from the Kolumbo Volcano in the Aegean Sea. The data were collected aboard RV Poseidon in 2019 during Research Cruise POS538 using GEOMAR's P-Cable seismic system. Seismic source was a Generator-Injector airgun fired in harmonic mode with generator and injector volumes of 45 cubic inches. The source was towed at a nominal depth of 2 m beneath the sea surface. Shot interval was 4 seconds at a ship speed of ~3.5 knots. Gun pressure was set at 200 bar. The receiver geometry consisted of 16 streamer sections attached to a 199 m long cross cable. Processing included: 3D geometry application, trace editing, static time corrections, anomalous amplitude attenuation, FK filtering, pre-stack trace interpolation, adaptive subtraction multiple suppression using a 1D pattern matching algorithm, sorting to common midpoint gathers, normal moveout correction (1517 m/s constant velocity), stacking, trace interpolation, 3D FK coherency filtering, 3D Stolt migration (1517 m/s constant velocity), residual 2D finite difference migration (first inline, then crossline). The dataset has a horizontal resolution of 3.125 m (bin size) and a dominant frequency of ~100 Hz. Acquisition and processing details are included in the EBCDIC header of the SEG-Y file.
description: Information required for loading the data (Note: All information required for loading the data is also provided in the EBCDIC header of the SEG-Y file.):Data corners:Corner 1: Inline=1020, Crossline=1000, X=357858.86 m Y=4047575.34 mCorner 2: Inline=1020, Crossline=5210, X=367161.74 m Y=4038272.47 mCorner 3: Inline=1954, Crossline=1000, X=359922.73 m Y=4049639.21 mCorner 4: Inline=1020, Crossline=5210, X=369225.61 m Y=4040336.34 mCoordinate system: WGS 84 UTM zone 35N: EPSG 32635Inline and Crossline headers: Bytes 189-192 (inlines) and 193-196 (crosslines)Coordinate headers: Bytes 181-184 (X coord) and Bytes 185-188 (Y coord). Coordinates in centimetres (COORD_SCALE = -100)Trace length=1500 ms, Sample rate=1 ms, Total traces=3937285 (935 inlines x 4211 xlines)
DOI: 10.1594/pangaea.923986
title: Physical oceanography from mooring KPO_1089

description: GEOMAR moorings are typically equipped with instruments recording pressure, temperature, conductivity, dissolved oxygen and current velocity. Instruments with pressure, temperature, conductivity and oxygen sensors were calibrated in situ immediately prior to and after a mooring deployment period by attaching them to the CTD frame during CTDO casts. Correction terms were then developed from the difference between the sensor readings and the calibrated CTDO data during several minute long calibration stops. These correction terms were then applied to the full deployment periods. This ensured best data quality with recognition of potential sensor drifts and also allowed for the estimation of calibration and measurement errors (Hahn et al. 2014, Bittig et al. 2018, Berx et al. 2019).
description: instrument = Label:kpo_1089_01 File:kpo_1089_instr_01.nc Type:Teledyne RDI QuarterMaster 150 SN:8237instrument = Label:kpo_1089_02 File:kpo_1089_instr_02.nc Type:GEOMAR TD-Logger SN:58instrument = Label:kpo_1089_03 File:kpo_1089_instr_03.nc Type:Teledyne RDI LongRanger 75 SN:12538instrument = Label:kpo_1089_04 File:kpo_1089_instr_04.nc Type:Aanderaa Optode 4330 SN:00147instrument = Label:kpo_1089_05 File:kpo_1089_instr_05.nc Type:Seabird MicroCat 37-SM SN:02247instrument = Label:kpo_1089_06 File:kpo_1089_instr_06.nc Type:Aanderaa Optode 3830 SN:01069instrument = Label:kpo_1089_07 File:kpo_1089_instr_07.nc Type:Seabird MicroCat 37-IM SN:07417instrument = Label:kpo_1089_08 File:kpo_1089_instr_08.nc Type:GEOMAR TD-Logger SN:48instrument = Label:kpo_1089_09 File:kpo_1089_instr_09.nc Type:Sontek Argonaut SN:329instrument = Label:kpo_1089_10 File:kpo_1089_instr_10.nc Type:Aanderaa RCM 8 SN:10659instrument = Label:kpo_1089_11 File:kpo_1089_instr_11.nc Type:Aanderaa RCM 8 SN:10658instrument = Label:kpo_1089_12 File:kpo_1089_instr_12.nc Type:McLane Profiler MMP SN:11617Quality flags: 1:good_data7:nominal_value
DOI: 10.1594/pangaea.708132
title: Osmium concentrations and isotope ratios of ODP Site 146-893A

description: The Pleistocene deposits of Santa Barbara Basin (SBB) show laminations during interglacial periods typical of an anoxic or suboxic depositional environment and more sporadically laminated deposits during glacial times, indicating a more oxic environment of deposition. The 187Os/188Os value of sediment leaches varies as a function of climate, consistent with a more radiogenic Os signal during interglacial times and less radiogenic Os values more typical of glacial times. The signal is confounded by contributions from a high Os detrital component with a variable 187Os/188Os value, but generally agrees with prior result from deposits from other marine environments.
description: Supplement to: Williams, Gwyneth A; Turekian, Karl K (2004): The glacial-interglacial variation of seawater osmium isotopes as recorded in Santa Barbara Basin. Earth and Planetary Science Letters, 228(3-4), 379-389
DOI: 10.1594/pangaea.904026
title: Physical oceanography from mooring KPO_1176

description: GEOMAR moorings are typically equipped with instruments recording pressure, temperature, conductivity, dissolved oxygen and current velocity. Instruments with pressure, temperature, conductivity and oxygen sensors were calibrated in situ immediately prior to and after a mooring deployment period by attaching them to the CTD frame during CTDO casts. Correction terms were then developed from the difference between the sensor readings and the calibrated CTDO data during several minute long calibration stops. These correction terms were then applied to the full deployment periods. This ensured best data quality with recognition of potential sensor drifts and also allowed for the estimation of calibration and measurement errors (Hahn et al. 2014, Bittig et al. 2018, Berx et al. 2019). Moored Acoustic Doppler Current Profiler bin depths were corrected using the sound speed at instrument depth following the approach by Shcherbina et al. (2005). Velocities were not corrected, but respective measurement errors were assumed as described in Hahn et al. (2014). For all instruments within a mooring that did not record pressure, full deployment pressure time series were estimated by linearly interpolating between the instruments having a pressure sensor.
description: instrument = Label:kpo_1176_02 File:kpo_1176_instr_02.nc Type:Teledyne RDI QuarterMaster 150 SN:14910instrument = Label:kpo_1176_03 File:kpo_1176_instr_03.nc Type:GEOMAR TD-Logger SN:80instrument = Label:kpo_1176_04 File:kpo_1176_instr_04.nc Type:Teledyne RDI LongRanger 75 SN:01181instrument = Label:kpo_1176_05 File:kpo_1176_instr_05.nc Type:Seabird MicroCat 37-SM SN:08947 depth/pressure data was derived not measuredinstrument = Label:kpo_1176_06 File:kpo_1176_instr_06.nc Type:Aanderaa Optode 3830 SN:00940 depth/pressure data was derived not measuredinstrument = Label:kpo_1176_07 File:kpo_1176_instr_07.nc Type:Seabird MicroCat 37-IM mit P SN:02488instrument = Label:kpo_1176_08 File:kpo_1176_instr_08.nc Type:Aanderaa Optode 3830 SN:01142 depth/pressure data was derived not measuredinstrument = Label:kpo_1176_09 File:kpo_1176_instr_09.nc Type:Nortek Aquadopp Seriell SN:P25460-02instrument = Label:kpo_1176_10 File:kpo_1176_instr_10.nc Type:McLane Profiler MMP O2 SN:12201instrument = Label:kpo_1176_11 File:kpo_1176_instr_11.nc Type:Nortek Aquadopp Seriell SN:P26209-17 depth/pressure data was derived not measuredinstrument = Label:kpo_1176_12 File:kpo_1176_instr_12.nc Type:Nortek Aquadopp Seriell SN:P27523instrument = Label:kpo_1176_13 File:kpo_1176_instr_13.nc Type:Seabird MicroCat 37-IM mit P SN:10652
DOI: 10.1594/pangaea.910595
title: Geochemical and physical properties of sediments collected throughout the Canadian Arctic Archipelago during the CCGS Amundsen cruise AMD16
DOI: 10.1594/pangaea.974098
title: IMAU Antarctic automatic weather station data, including downward shortwave radiation (AWS01, NARE9697 Site A)

description: The authors thank all the persons involved in the transport, installation, servicing and dismantling of the weather stations. The technical staff of the IMAU is acknowledged for the design of the weather stations. The Alfred Wegener Institute (AWI) is acknowledged for the support regarding the weather stations at Kohnen Base (AWS9), on Berkner Island (AWS10) and on the Halvfarryggen ice rise (AWS11). The installations of weather stations on Plateau station B (AWS12), and the Pole of inaccessibility (AWS13) were carried out under the umbrella of the project Trans-Antarctic Scientific Traverse Expeditions – Ice Divide of East Antarctica (TASTE-IDEA), funded by the Norwegian Polar Institute, the U.S. National Science Foundation (NSF), and the Research Council of Norway within the framework of TASTE-IDEA project 152 of IPY 2007–2008. The installations of AWS1-3 were carried out at a traverse during the Norwegian Antarctic Research Expedition (NARE) 1996/97 organized by the Norwegian Polar Institute. The traverse was a contribution to the "European Project for Ice Coring in Antarctica" (EPICA), a joint ESF (European Science Foundation)/EC scientific programme, funded by the European Commission under the Environment and Climate Programme (1994-1998) contract ENV4-CT95-0074 and by national contributions from Belgium, Denmark, France, Germany, Italy, The Netherlands, Norway, Sweden, Switzerland and the United Kingdom. The Finnish Antarctic Research Program, (FINNARP) at the Finnish Meteorological Institute (FMI) is acknowledged for the support with the operation of the weather station at Wasa/Aboa Camp Maudheimvida (AWS5). The Royal Meteorological Institute of Belgium (KMI) and the KU Leuven are acknowledged for the support regarding the weather station at the Princess Elisabeth station (AWS16) and On the King Baudouin ice shelf (AWS19). The British Antarctic survey is acknowledged for the support with the operations of the weather stations on the Larsen C ice shelf: North (AWS14), South (AWS15) and Cabinet inlet (AWS18), and on the remnants of the Larsen B ice shelf on Scar inlet (AWS17). The Swedish Antarctic Research Programme (SWEDARP) is acknowledged for the support with the operations of the weather station at the Rampen site 1090 (AWS4), Wasa/Aboa Camp Maudheimvida (AWS5), Svea (AWS6), Scharffenbergbotnen (AWS7), and Camp Victoria (AWS8) in Dronning Maud Land. The weather station on Roi Baudouin ice shelf (AWS19) was installed in the framework of the BENEMELT project, funded by the InBev-Baillet Latour Antarctica Fellowship, a joint initiative of the InBev-Baillet Latour Fund and the International Polar Foundation (IPF).
DOI: 10.1594/pangaea.974103
title: IMAU Antarctic automatic weather station data, including downward shortwave radiation (AWS02, NARE9697 Site C)

description: The authors thank all the persons involved in the transport, installation, servicing and dismantling of the weather stations. The technical staff of the IMAU is acknowledged for the design of the weather stations. The Alfred Wegener Institute (AWI) is acknowledged for the support regarding the weather stations at Kohnen Base (AWS9), on Berkner Island (AWS10) and on the Halvfarryggen ice rise (AWS11). The installations of weather stations on Plateau station B (AWS12), and the Pole of inaccessibility (AWS13) were carried out under the umbrella of the project Trans-Antarctic Scientific Traverse Expeditions – Ice Divide of East Antarctica (TASTE-IDEA), funded by the Norwegian Polar Institute, the U.S. National Science Foundation (NSF), and the Research Council of Norway within the framework of TASTE-IDEA project 152 of IPY 2007–2008. The installations of AWS1-3 were carried out at a traverse during the Norwegian Antarctic Research Expedition (NARE) 1996/97 organized by the Norwegian Polar Institute. The traverse was a contribution to the "European Project for Ice Coring in Antarctica" (EPICA), a joint ESF (European Science Foundation)/EC scientific programme, funded by the European Commission under the Environment and Climate Programme (1994-1998) contract ENV4-CT95-0074 and by national contributions from Belgium, Denmark, France, Germany, Italy, The Netherlands, Norway, Sweden, Switzerland and the United Kingdom. The Finnish Antarctic Research Program, (FINNARP) at the Finnish Meteorological Institute (FMI) is acknowledged for the support with the operation of the weather station at Wasa/Aboa Camp Maudheimvida (AWS5). The Royal Meteorological Institute of Belgium (KMI) and the KU Leuven are acknowledged for the support regarding the weather station at the Princess Elisabeth station (AWS16) and On the King Baudouin ice shelf (AWS19). The British Antarctic survey is acknowledged for the support with the operations of the weather stations on the Larsen C ice shelf: North (AWS14), South (AWS15) and Cabinet inlet (AWS18), and on the remnants of the Larsen B ice shelf on Scar inlet (AWS17). The Swedish Antarctic Research Programme (SWEDARP) is acknowledged for the support with the operations of the weather station at the Rampen site 1090 (AWS4), Wasa/Aboa Camp Maudheimvida (AWS5), Svea (AWS6), Scharffenbergbotnen (AWS7), and Camp Victoria (AWS8) in Dronning Maud Land. The weather station on Roi Baudouin ice shelf (AWS19) was installed in the framework of the BENEMELT project, funded by the InBev-Baillet Latour Antarctica Fellowship, a joint initiative of the InBev-Baillet Latour Fund and the International Polar Foundation (IPF).
DOI: 10.1594/pangaea.974106
title: IMAU Antarctic automatic weather station data, including downward shortwave radiation (AWS03, NARE9697 Site M)

description: The authors thank all the persons involved in the transport, installation, servicing and dismantling of the weather stations. The technical staff of the IMAU is acknowledged for the design of the weather stations. The Alfred Wegener Institute (AWI) is acknowledged for the support regarding the weather stations at Kohnen Base (AWS9), on Berkner Island (AWS10) and on the Halvfarryggen ice rise (AWS11). The installations of weather stations on Plateau station B (AWS12), and the Pole of inaccessibility (AWS13) were carried out under the umbrella of the project Trans-Antarctic Scientific Traverse Expeditions – Ice Divide of East Antarctica (TASTE-IDEA), funded by the Norwegian Polar Institute, the U.S. National Science Foundation (NSF), and the Research Council of Norway within the framework of TASTE-IDEA project 152 of IPY 2007–2008. The installations of AWS1-3 were carried out at a traverse during the Norwegian Antarctic Research Expedition (NARE) 1996/97 organized by the Norwegian Polar Institute. The traverse was a contribution to the "European Project for Ice Coring in Antarctica" (EPICA), a joint ESF (European Science Foundation)/EC scientific programme, funded by the European Commission under the Environment and Climate Programme (1994-1998) contract ENV4-CT95-0074 and by national contributions from Belgium, Denmark, France, Germany, Italy, The Netherlands, Norway, Sweden, Switzerland and the United Kingdom. The Finnish Antarctic Research Program, (FINNARP) at the Finnish Meteorological Institute (FMI) is acknowledged for the support with the operation of the weather station at Wasa/Aboa Camp Maudheimvida (AWS5). The Royal Meteorological Institute of Belgium (KMI) and the KU Leuven are acknowledged for the support regarding the weather station at the Princess Elisabeth station (AWS16) and On the King Baudouin ice shelf (AWS19). The British Antarctic survey is acknowledged for the support with the operations of the weather stations on the Larsen C ice shelf: North (AWS14), South (AWS15) and Cabinet inlet (AWS18), and on the remnants of the Larsen B ice shelf on Scar inlet (AWS17). The Swedish Antarctic Research Programme (SWEDARP) is acknowledged for the support with the operations of the weather station at the Rampen site 1090 (AWS4), Wasa/Aboa Camp Maudheimvida (AWS5), Svea (AWS6), Scharffenbergbotnen (AWS7), and Camp Victoria (AWS8) in Dronning Maud Land. The weather station on Roi Baudouin ice shelf (AWS19) was installed in the framework of the BENEMELT project, funded by the InBev-Baillet Latour Antarctica Fellowship, a joint initiative of the InBev-Baillet Latour Fund and the International Polar Foundation (IPF).
DOI: 10.1594/pangaea.974112
title: IMAU Antarctic automatic weather station data, including surface radiation balance (AWS04, Rampen site 1090)

description: The authors thank all the persons involved in the transport, installation, servicing and dismantling of the weather stations. The technical staff of the IMAU is acknowledged for the design of the weather stations. The Alfred Wegener Institute (AWI) is acknowledged for the support regarding the weather stations at Kohnen Base (AWS9), on Berkner Island (AWS10) and on the Halvfarryggen ice rise (AWS11). The installations of weather stations on Plateau station B (AWS12), and the Pole of inaccessibility (AWS13) were carried out under the umbrella of the project Trans-Antarctic Scientific Traverse Expeditions – Ice Divide of East Antarctica (TASTE-IDEA), funded by the Norwegian Polar Institute, the U.S. National Science Foundation (NSF), and the Research Council of Norway within the framework of TASTE-IDEA project 152 of IPY 2007–2008. The installations of AWS1-3 were carried out at a traverse during the Norwegian Antarctic Research Expedition (NARE) 1996/97 organized by the Norwegian Polar Institute. The traverse was a contribution to the "European Project for Ice Coring in Antarctica" (EPICA), a joint ESF (European Science Foundation)/EC scientific programme, funded by the European Commission under the Environment and Climate Programme (1994-1998) contract ENV4-CT95-0074 and by national contributions from Belgium, Denmark, France, Germany, Italy, The Netherlands, Norway, Sweden, Switzerland and the United Kingdom. The Finnish Antarctic Research Program, (FINNARP) at the Finnish Meteorological Institute (FMI) is acknowledged for the support with the operation of the weather station at Wasa/Aboa Camp Maudheimvida (AWS5). The Royal Meteorological Institute of Belgium (KMI) and the KU Leuven are acknowledged for the support regarding the weather station at the Princess Elisabeth station (AWS16) and On the King Baudouin ice shelf (AWS19). The British Antarctic survey is acknowledged for the support with the operations of the weather stations on the Larsen C ice shelf: North (AWS14), South (AWS15) and Cabinet inlet (AWS18), and on the remnants of the Larsen B ice shelf on Scar inlet (AWS17). The Swedish Antarctic Research Programme (SWEDARP) is acknowledged for the support with the operations of the weather station at the Rampen site 1090 (AWS4), Wasa/Aboa Camp Maudheimvida (AWS5), Svea (AWS6), Scharffenbergbotnen (AWS7), and Camp Victoria (AWS8) in Dronning Maud Land. The weather station on Roi Baudouin ice shelf (AWS19) was installed in the framework of the BENEMELT project, funded by the InBev-Baillet Latour Antarctica Fellowship, a joint initiative of the InBev-Baillet Latour Fund and the International Polar Foundation (IPF).
DOI: 10.1594/pangaea.974113
title: IMAU Antarctic automatic weather station data, including surface radiation balance (AWS05, Wasa/Aboa Camp Maudheimvida)

description: The authors thank all the persons involved in the transport, installation, servicing and dismantling of the weather stations. The technical staff of the IMAU is acknowledged for the design of the weather stations. The Alfred Wegener Institute (AWI) is acknowledged for the support regarding the weather stations at Kohnen Base (AWS9), on Berkner Island (AWS10) and on the Halvfarryggen ice rise (AWS11). The installations of weather stations on Plateau station B (AWS12), and the Pole of inaccessibility (AWS13) were carried out under the umbrella of the project Trans-Antarctic Scientific Traverse Expeditions – Ice Divide of East Antarctica (TASTE-IDEA), funded by the Norwegian Polar Institute, the U.S. National Science Foundation (NSF), and the Research Council of Norway within the framework of TASTE-IDEA project 152 of IPY 2007–2008. The installations of AWS1-3 were carried out at a traverse during the Norwegian Antarctic Research Expedition (NARE) 1996/97 organized by the Norwegian Polar Institute. The traverse was a contribution to the "European Project for Ice Coring in Antarctica" (EPICA), a joint ESF (European Science Foundation)/EC scientific programme, funded by the European Commission under the Environment and Climate Programme (1994-1998) contract ENV4-CT95-0074 and by national contributions from Belgium, Denmark, France, Germany, Italy, The Netherlands, Norway, Sweden, Switzerland and the United Kingdom. The Finnish Antarctic Research Program, (FINNARP) at the Finnish Meteorological Institute (FMI) is acknowledged for the support with the operation of the weather station at Wasa/Aboa Camp Maudheimvida (AWS5). The Royal Meteorological Institute of Belgium (KMI) and the KU Leuven are acknowledged for the support regarding the weather station at the Princess Elisabeth station (AWS16) and On the King Baudouin ice shelf (AWS19). The British Antarctic survey is acknowledged for the support with the operations of the weather stations on the Larsen C ice shelf: North (AWS14), South (AWS15) and Cabinet inlet (AWS18), and on the remnants of the Larsen B ice shelf on Scar inlet (AWS17). The Swedish Antarctic Research Programme (SWEDARP) is acknowledged for the support with the operations of the weather station at the Rampen site 1090 (AWS4), Wasa/Aboa Camp Maudheimvida (AWS5), Svea (AWS6), Scharffenbergbotnen (AWS7), and Camp Victoria (AWS8) in Dronning Maud Land. The weather station on Roi Baudouin ice shelf (AWS19) was installed in the framework of the BENEMELT project, funded by the InBev-Baillet Latour Antarctica Fellowship, a joint initiative of the InBev-Baillet Latour Fund and the International Polar Foundation (IPF).