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ABN1314-103 ice core; Age; AGE; Age-depth model (ALC01112018); Ant_ABN-1314; Antarctica; Chemical and physical analysis in snow/firn for accumulation studies in Adelie L; CHICTABA; Colorimetry and/or ion chromatography; density; Depth, bottom/max; DEPTH, ice/snow; Depth, top/min; East Antarctica; Ground-penetrating radar (GPR); IC; Ice core; Ice corer; Mass spectrometer, Finnigan, MAT 253; nitrate; Nitrate; nitrogen isotope ratio (δ15N); Physical measurement; Sample ID; surface mass balance; Surface mass balance; Time in years; δ15N; δ15N, standard error (1)

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Published Data from PANGAEA (1)

Keywords

ABN1314-103 ice core; Age; AGE; Age-depth model (ALC01112018); Ant_ABN-1314; Antarctica; Chemical and physical analysis in snow/firn for accumulation studies in Adelie L; CHICTABA; Colorimetry and/or ion chromatography; density; Depth, bottom/max; DEPTH, ice/snow; Depth, top/min; East Antarctica; Ground-penetrating radar (GPR); IC; Ice core; Ice corer; Mass spectrometer, Finnigan, MAT 253; nitrate; Nitrate; nitrogen isotope ratio (δ15N); Physical measurement; Sample ID; surface mass balance; Surface mass balance; Time in years; δ15N; δ15N, standard error (1)
Age; AGE; Bromide; Bromide enrichment; DSS1213; Law Dome, Wilkes Land, Antarctica; Law Dome summit; MARKVI; Mark VI motorized coring device, Kovacs Enterprise Inc; Sodium ion (2)
ABN1314-103 ice core; Age; AGE; Age-depth model (ALC01112018); Ant_ABN-1314; Antarctica; Calculated from density and age-depth model; Chemical and physical analysis in snow/firn for accumulation studies in Adelie L; CHICTABA; density; Density, ice; Depth, bottom/max; DEPTH, ice/snow; Depth, top/min; East Antarctica; IC; Ice core; Ice corer; nitrate; nitrogen isotope ratio (δ15N); Physical measurement; Sample ID; surface mass balance; Surface mass balance; Time in years (1)
ABN1314-103 ice core; Ant_ABN-1314; Ant_ABN-DL1; Ant_ABN-DL2; Ant_ABN-P4; Ant_ABN-P5; Ant_AGO5; Ant_asuma.2016.1; Ant_asuma.2016.2; Ant_CHIC-01; Ant_CHIC-04; Ant_CHIC-05; Ant_CHIC-07; Ant_CHIC-10; Ant_CHIC-11; Ant_CHIC-13; Ant_CHIC-15; Ant_CHIC-18; Ant_CHIC-20; Ant_cph.d17; Ant_cph.d24; Ant_cph.d5; Ant_cph1516; Ant_DA2005; Ant_DC04; Ant_DC07-1; Ant_DC07-2; Ant_DC07-3; Ant_dc14; Ant_dc2010pits; Ant_DF1; Ant_DF2; Ant_dml.pit.a; Ant_dml.pit.b; Ant_eaiist.stop01; Ant_eaiist.stop02; Ant_eaiist.stop03; Ant_eaiist.stop04; Ant_eaiist.stop05; Ant_eaiist.stop06; Ant_eaiist.stop07; Ant_eaiist.stop08a; Ant_eaiist.stop08b; Ant_eaiist.stop09; Ant_eaiist.stop10; Ant_eaiist.stop11; Ant_eaiist.stop12; Ant_eaiist.stop13a; Ant_eaiist.stop13b; Ant_eaiist.stop14; Ant_eaiist.stop19; Ant_eaiist.stop20; Ant_eaiist.stop21; Ant_eaiist.stop22; Ant_eaiist.stop23; Ant_eaiist.stop24; Ant_eaiist.stop25; Ant_eaiist.stop26; Ant_Fuji_Pass; Ant_H108; Ant_H128; Ant_H42; Ant_H68; Ant_H88; Ant_IM0; Ant_IV; Ant_MD590; Ant_NDF; Ant_NMD304; Ant_Paleo; Ant_Plateau_S; Ant_posteaiist.asuma01; Ant_posteaiist.asuma02; Ant_posteaiist.asuma03; Ant_posteaiist.asuma04; Ant_posteaiist.asuma05; Ant_posteaiist.asuma06; Ant_posteaiist.asuma07; Ant_posteaiist.asuma08; Ant_posteaiist.asuma09; Ant_posteaiist.asuma10; Ant_posteaiist.asuma11; Ant_posteaiist.samba; Ant_posteaiist.stop27; Ant_posteaiist.stop28; Ant_posteaiist.stop29; Ant_posteaiist.stop30; Ant_posteaiist.stop31; Ant_posteaiist.stop32; Ant_posteaiist.stop33; Ant_posteaiist.stop34; Ant_posteaiist.stop35; Ant_posteaiist.stop36; Ant_posteaiist.stop37; Ant_posteaiist.stop38; Ant_preeaiist.01; Ant_preeaiist.02; Ant_preeaiist.03; Ant_preeaiist.04; Ant_preeaiist.05; Ant_preeaiist.06; Ant_preeaiist.07; Ant_preeaiist.08; Ant_preeaiist.09; Ant_preeaiist.10; Ant_preeaiist.11; Ant_preeaiist.12; Ant_preeaiist.13; Ant_preeaiist.14; Ant_preeaiist.15; Ant_preeaiist.16; Ant_preeaiist.17; Ant_preeaiist.18; Ant_S1; Ant_S2; Ant_S3; Ant_S30-JARE; Ant_S4; Ant_S80core; Ant_S80pit; Ant_V09-1; Ant_V09-2; Ant_VI; Ant_VIII; Ant_X; Ant_XII; Ant_XIV; Ant_XVI; Ant_XVIII; Ant_Z2; Ant_ZtoA-P1; Ant_ZtoA-P2; Ant_ZtoA-P3; Ant_ZtoA-P4; Ant_ZtoA-P5; Ant_ZtoA-P7; Antarctica; Bias-adjusted MAR output; Campaign; Category; Chemical and physical analysis in snow/firn for accumulation studies in Adelie L; CHICTABA; Colorimetry and/or ion chromatography; Comment; East Antarctica; ELEVATION; Event label; Extracted from REMA; GPS in field; IC; Ice core; Ice corer; isotope; LATITUDE; LONGITUDE; MAR output; Mass spectrometer, Finnigan, MAT 253; nitrate; Nitrate; nitrogen isotope ratio (δ15N); Physical measurement and observations; Reference/source; Site; SNOW; Snow/ice sample; Snow pits/firn core/ice core; surface mass balance; Surface mass balance; Transect; Type; δ15N (1)
ABN_firn_air; According to Trudinger et al. (2013); Age; AGE; Antarctica; carbon monoxide; Carbon monoxide; DE08-2_firn_air; DSSW19K_firn_air; DSSW20K_firn_air; Firn air; Firn air sampling system; Holocene; ice cores; South_Pole_firn_air (1)

ABN_firn_air; According to Witrant et al. (2012); Age; AGE; Antarctica; Berkner_ice_core; carbon monoxide; Carbon monoxide; DE08-2_firn_air; DSSW19K_firn_air; DSSW20K_firn_air; Firn air; Firn air sampling system; Holocene; IC; Ice corer; ice cores; ICEDRILL; Ice drill; LOCK-IN_Site; South_Pole_firn_air (1)

ABN_firn_air; Antarctica; carbon monoxide; Carbon monoxide; Carbon monoxide, uncertainty; DEPTH, ice/snow; Firn air; Firn air sampling system; Gas chromatography; Holocene; ice cores (1)

ABN_ice_core; Antarctica; Aurora Basin North ice core drilling; carbon monoxide; Carbon monoxide; Carbon monoxide, uncertainty; Continous Flow Analysis (CFA) coupled with laser spectroscopy detection (OF-CEAS) according to Faïn et al. (2022); DEPTH, ice/snow; Firn air; Gas age; Holocene; IC; Ice corer; ice cores (1)

ABN_ice_core; Antarctica; Aurora Basin North ice core drilling; carbon monoxide; Carbon monoxide; Continous Flow Analysis (CFA) coupled with laser spectroscopy detection (OF-CEAS) according to Faïn et al. (2022); DC12_ice_core; Dome Concordia 2012 shallow ice drilling; Electromechanical drill; EMD; Firn air; Gas age; Holocene; IC; Ice corer; ice cores; TALDICE; Talos Dome (1)

According Langenfelds et al. (2023); Antarctica; carbon monoxide; Carbon monoxide; Carbon monoxide, uncertainty; DEPTH, ice/snow; Firn air; Firn air sampling system; Holocene; ice cores; South_Pole_firn_air (1)

According Langenfelds et al. (2023); Antarctica; carbon monoxide; Carbon monoxide; Comment; DEPTH, ice/snow; DSSW19K_firn_air; Firn air; Firn air sampling system; Holocene; ice cores (1)

According Langenfelds et al. (2023); Antarctica; carbon monoxide; Carbon monoxide; DEPTH, ice/snow; DSSW19K_firn_air; Firn air; Firn air sampling system; Holocene; ice cores (1)

According to Trudinger et al. (2013); Antarctica; carbon monoxide; Carbon monoxide; Code; DATE/TIME; Firn air; Holocene; ice cores; Instrument; Mawson_Station; Number; Research station; RS; Sample comment; Sample ID (1)

Accumulation rate in ice equivalent per year; Bromide; Bromide, flux per year; Bromide, standard error; DATE/TIME; DEPTH, ice/snow; Distance; ELEVATION; LATITUDE; Law_Dome_Traverse; Law Dome, Wilkes Land, Antarctica; Law Dome summit; LONGITUDE; Sample code/label; SNOW; Snow/ice sample; Sodium, flux per year; Sodium, standard error; Sodium ion (1)

Age; AGE; Antarctica; Berkner_ice_core; carbon monoxide; Carbon monoxide; Carbon monoxide (CO) model reconstruction, IGE-GIPSA [laboratory of modeling, Institut des Géosciences de l'Environnement (IGE), France, Grenoble]; DE08-2_firn_air; DSSW19K_firn_air; DSSW20K_firn_air; Firn air; Firn air sampling system; Holocene; IC; Ice corer; ice cores; ICEDRILL; Ice drill; LOCK-IN_Site; South_Pole_firn_air (1)

Age; AGE; Bromide 79; Bromide 79, error; Calcium-44; Calcium-44, error; Chlorine-35; Chlorine-35, error; DEPTH, ice/snow; ICP-SF-MS, Thermo Scientific, Element 2; Iodine-127; Iodine-127, error; Iron-56; Iron-56, error; Law_Dome_Snow_Pit; Law Dome, Wilkes Land, Antarctica; Law Dome summit; Magnesium-24; Magnesium-24, error; Sample code/label; SNOWPIT; Snow pit; Sodium-23; Sodium-23, error (1)

Age; AGE; Bromide; Bromide enrichment; Comment; DSS0506; ICEDRILL; Ice drill; Iodine ion; Law Dome, Wilkes Land, Antarctica; Law Dome summit; Sodium ion (1)

Age; AGE; Bromide; Bromide enrichment; DEPTH, ice/snow; DSS0506; ICEDRILL; Ice drill; Iodine ion; Law Dome, Wilkes Land, Antarctica; Law Dome summit; Sodium ion (1)

Age; Antarctica; Bromine; Bromine, non-sea-salt; DEPTH, ice/snow; Enrichment factor; ICEDRILL; Ice drill; Iodine; Law_Dome2013; Sodium; δ18O, water (1)

Age; Bromine; Bromine, non-sea-salt; DEPTH, ice/snow; Enrichment factor; Greenland; ICEDRILL; Ice drill; Iodine; NEEM2012; Sodium (1)

–

Publisher

PANGAEA (1)

Years

2020-2024 (1)

Unknown

Nitrate concentration, isotopic δ15N and surface mass balance from the ABN1314-103 ice core, Aurora Basin North, Antarctica (2022)

Akers, Pete D ; Savarino, Joël ; Caillon, Nicolas ; [et al.] Servettaz, Aymeric P M ; Le Meur, Emmanuel ; Magand, Olivier ; Agosta, Cécile ; Crockford, Peter ; Kobayashi, Kanon ; Hattori, Shohei ; Curran, Mark ; van Ommen, Tas D ; Jong, Lenneke ; Roberts, Jason L ; Martins, Jean

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Publication Date: 2023-02-13

Keywords: ABN1314-103 ice core; Age; AGE; Age-depth model (ALC01112018); Ant_ABN-1314; Antarctica; Chemical and physical analysis in snow/firn for accumulation studies in Adelie L; CHICTABA; Colorimetry and/or ion chromatography; density; Depth, bottom/max; DEPTH, ice/snow; Depth, top/min; East Antarctica; Ground-penetrating radar (GPR); IC; Ice core; Ice corer; Mass spectrometer, Finnigan, MAT 253; nitrate; Nitrate; nitrogen isotope ratio (δ15N); Physical measurement; Sample ID; surface mass balance; Surface mass balance; Time in years; δ15N; δ15N, standard error

Type: Dataset

Format: text/tab-separated-values, 3207 data points

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