cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.1594/pangaea.982666
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-06-29

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-06-29 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983829
title: Weather data measured during ALKOR cruise AL575 on 2022-06-29

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-06-29 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983846
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-01

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-01 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983847
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-02

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-02 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983848
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-03

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-03 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983849
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-06

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-06 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983850
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-11

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-11 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983851
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-04

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-04 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983852
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-05

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-05 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983853
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-12

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-12 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983854
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-07

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-07 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983855
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-09

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-09 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983856
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-10

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-10 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983857
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-07-08

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-07-08 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .
DOI: 10.1594/pangaea.983858
title: Weather data measured during ALKOR cruise AL575 on 2022-07-01

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-01 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983859
title: Weather data measured during ALKOR cruise AL575 on 2022-07-12

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-12 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983860
title: Weather data measured during ALKOR cruise AL575 on 2022-07-10

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-10 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983861
title: Weather data measured during ALKOR cruise AL575 on 2022-07-03

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-03 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983862
title: Weather data measured during ALKOR cruise AL575 on 2022-07-11

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-11 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983863
title: Weather data measured during ALKOR cruise AL575 on 2022-07-04

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-04 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983864
title: Weather data measured during ALKOR cruise AL575 on 2022-07-02

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-02 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983865
title: Weather data measured during ALKOR cruise AL575 on 2022-07-07

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-07 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983866
title: Weather data measured during ALKOR cruise AL575 on 2022-07-05

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-05 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983867
title: Weather data measured during ALKOR cruise AL575 on 2022-07-09

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-09 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983868
title: Weather data measured during ALKOR cruise AL575 on 2022-07-08

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-08 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983869
title: Weather data measured during ALKOR cruise AL575 on 2022-07-06

description: Weather data (atmospheric pressure, air temperature, humidity, wind direction and speed) were monitored during AL575 cruise on 2022-07-06 from the DWD weather station (EUropean Common Automated Weather Station, short EUCAWS) at about 23 m altitude and obtained via the WERUM dship repository (https://dship.geomar.de). The weather data was correlated to atmospheric methane and carbon dioxide measurements that are published separately at doi:10.1594/PANGAEA.982665 .
DOI: 10.1594/pangaea.983931
title: Atmospheric methane and carbon dioxide concentrations measured during ALKOR cruise AL575 on 2022-06-30

description: Atmospheric carbon dioxide (CO2) and methane (CH4) concentrations were monitored during AL575 cruise on 2022-06-30 using a cavity ring down spectrometer (Picarro G2301-f CRDS) and GEOMARs 'Atmospheric Intake System' (AIS). The Picarro/AIS system was installed in the wet laboratory (starboard, main deck) of RV ALKOR and was connected by an aluminium tube to an air inlet nozzle placed at the bow of RV ALKOR. The air was pumped via the AIS intake tube with a flow rate of 2.67 litre per minute to the Picarro analyser. The atmospheric CH4, CO2, and water vapour concentrations were determined in real time at 2-3 Hz sampling rate. A time offset of 87 seconds between the air intake nozzle at the bow (6 m above sea surface) and the actual gas measurement at the Picarro was determined and the calculated flow rate considered, when correlating the gas data with navigation and weather data provided by the WERUM dship repository (https://dship.geomar.de). The weather data is published separately at doi:10.1594/PANGAEA.983833 .