Stable water isotopes of precipitation and different surface waters in southern Africa, sampled from 2016 to 2021
Fuente:
PANGAEA
Gespeichert in:
| Hauptverfasser: | , , , |
|---|---|
| Format: | Dataset Open Access |
| Sprache: | en |
| Veröffentlicht: |
PANGAEA
2022
|
| Schlagworte: | |
| Online-Zugang: | |
| Tags: |
Tag hinzufügen
Keine Tags, Fügen Sie den ersten Tag hinzu!
|
| _version_ | 1867171032667783168 |
|---|---|
| author | Geppert, Marielle Hartmann, Kai Riedel, Frank Struck, Ulrich |
| author_facet | Geppert, Marielle Hartmann, Kai Riedel, Frank Struck, Ulrich |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Water samples of precipitation and different surface waters were collected between 2016 and 2021 in southern Africa using narrow-neck bottles of 300 ml volume. The bottles were stored in a refrigerator until measurements. The stable isotope ratios of oxygen (18O/16O) and hydrogen (2H/1H) of the water samples were measured using a PICARRO L1102-i isotope analyzer (WS-CRDS). Calibration of the measurements was done with VSMOW, SLAP and GISP standards from the IAEA. A total of six replicate injections were performed for each sample and mean and standard deviations (1 sigma) were calculated, resulting in a reproducibility of the replicate measurements of generally better than 0.1 ‰ for oxygen and 0.5 ‰ for hydrogen. The aim of this data collection is to fill a gap in southern Africa, where isotopic data on precipitation and surface waters do not have sufficient spatial coverage and are mainly sampled before 2013. Regional studies of meteorology, hydrology, environmental geochemistry and paleoclimate may benefit from this dataset. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_944811 |
| institution | PANGAEA |
| language | en |
| publishDate | 2022 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Stable water isotopes of precipitation and different surface waters in southern Africa, sampled from 2016 to 2021 Geppert, Marielle Hartmann, Kai Riedel, Frank Struck, Ulrich 18K1; 18K10; 18K11; 18K12; 18K13; 18K2; 18K3; 18K4; 18K5; 18K6; 18K7; 18K8; 18K9; 19KHJA1; 19KHJA2; 19KHJA3; 19KHJA4; 19KHS1W; 19KHS2W; 19KHS3W; 19KHS4W; 19KHS5W; 19KHS6W; 19KHW01; 19KHW02; 19KHW03; 19KHW04; 19KHW05; 19KHW06; 19KHW07; 19KHW08; 19KHW09; 19KHW10; 19KHW11; 19KHW12; 19KHW13; 19KHW14; 19KHW15; 19KHW16; 19KHW17; 19KHW18; 19KHW19; 19KHW20; 19KHW21; 19KHW22; 19KHW23; 19KHW24; 19KHW25; 19KHW26; 19KHW27; 19KHW28; 19KHW29; 19KHW30; 19KHW31; 19KHW32; 19KHW33; 19KHW34; 19KHW35; 19KHW36; 19KHW37; 19KHW38; 19KHW39; 19KHW40; 19KHW41; 19KHW42; 19LESSA10W; 19LESSA11W; 19LESSA12W; 19LESSA13W; 19LESSA14W; 19LESSA15W; 19LESSA16W; 19LESSA17W; 19LESSA18W; 19LESSA19W; 19LESSA1W; 19LESSA20W; 19LESSA21W; 19LESSA22W; 19LESSA23W; 19LESSA24W; 19LESSA25W; 19LESSA26W; 19LESSA27W; 19LESSA28W; 19LESSA29W; 19LESSA2W; 19LESSA30W; 19LESSA31W; 19LESSA32W; 19LESSA33W; 19LESSA34W; 19LESSA35W; 19LESSA36W; 19LESSA3W; 19LESSA4W; 19LESSA5W; 19LESSA6W; 19LESSA7W; 19LESSA8W; 19LESSA9W; 20KHW1; 20KHW10; 20KHW11; 20KHW12; 20KHW13; 20KHW14; 20KHW15; 20KHW16; 20KHW17; 20KHW18; 20KHW19; 20KHW2; 20KHW3; 20KHW4; 20KHW5; 20KHW6; 20KHW7; 20KHW8; 20KHW9; 21KHW1; 21KHW10; 21KHW11; 21KHW12; 21KHW13; 21KHW14; 21KHW15; 21KHW16; 21KHW17; 21KHW18; 21KHW19; 21KHW2; 21KHW20; 21KHW21; 21KHW22; 21KHW23; 21KHW24; 21KHW25; 21KHW26; 21KHW27; 21KHW28; 21KHW29; 21KHW3; 21KHW30; 21KHW31; 21KHW32; 21KHW33; 21KHW34; 21KHW35; 21KHW36; 21KHW37; 21KHW38; 21KHW39; 21KHW4; 21KHW5; 21KHW6; 21KHW7; 21KHW8; 21KHW9; ANW1; ANW2; ANW3; ANW4; ANW5; ANW6; ANW7; ANW8; DATE/TIME; DBW1; DBW2; DBW3; DBW4; DBW5; DBW6; Event label; GABORONEW3; GABORONEW5; GABORONEW6; GABORONEW7; GABORONEW8; Isotopic Water Liquid Analyzer, Picarro, L1102-i; LATITUDE; LO1; LONGITUDE; MAHALAPYERIVERW4; MOREMIGORGEW1; MOREMIGORGEW2; Sample comment; Sample ID; Sample type; SLW1; SLW10; SLW11; SLW12; SLW13; SLW14; SLW15; SLW16; SLW17; SLW18; SLW19; SLW2; SLW20; SLW21; SLW22; SLW23; SLW24; SLW25; SLW26; SLW27; SLW28; SLW29; SLW3; SLW30; SLW31; SLW32; SLW33; SLW34; SLW35; SLW36; SLW37A; SLW37B; SLW38; SLW4; SLW5; SLW6; SLW7; SLW8; SLW9; Southern Africa; SSW1; SSW10; SSW11; SSW12; SSW13; SSW14; SSW15; SSW16; SSW17; SSW2; SSW3; SSW4; SSW5; SSW6; SSW7; SSW8; SSW9; stable water isotopes; UW1; UW2; UW3; UW4; UW5; WaterSA_18K1; WaterSA_18K10; WaterSA_18K11; WaterSA_18K12; WaterSA_18K13; WaterSA_18K2; WaterSA_18K3; WaterSA_18K4; WaterSA_18K5; WaterSA_18K6; WaterSA_18K7; WaterSA_18K8; WaterSA_18K9; WaterSA_19KHJA1; WaterSA_19KHJA2; WaterSA_19KHJA3; WaterSA_19KHJA4; WaterSA_19KHS1W; WaterSA_19KHS2W; WaterSA_19KHS3W; WaterSA_19KHS4W; WaterSA_19KHS5W; WaterSA_19KHS6W; WaterSA_19KHW01; WaterSA_19KHW02; WaterSA_19KHW03; WaterSA_19KHW04; WaterSA_19KHW05; WaterSA_19KHW06; WaterSA_19KHW07; WaterSA_19KHW08; WaterSA_19KHW09; WaterSA_19KHW10; WaterSA_19KHW11; WaterSA_19KHW12; WaterSA_19KHW13; WaterSA_19KHW14; WaterSA_19KHW15; WaterSA_19KHW16; WaterSA_19KHW17; WaterSA_19KHW18; WaterSA_19KHW19; WaterSA_19KHW20; WaterSA_19KHW21; WaterSA_19KHW22; WaterSA_19KHW23; WaterSA_19KHW24; WaterSA_19KHW25; WaterSA_19KHW26; WaterSA_19KHW27; WaterSA_19KHW28; WaterSA_19KHW29; WaterSA_19KHW30; WaterSA_19KHW31; WaterSA_19KHW32; WaterSA_19KHW33; WaterSA_19KHW34; WaterSA_19KHW35; WaterSA_19KHW36; WaterSA_19KHW37; WaterSA_19KHW38; WaterSA_19KHW39; WaterSA_19KHW40; WaterSA_19KHW41; WaterSA_19KHW42; WaterSA_19LESSA10W; WaterSA_19LESSA11W; WaterSA_19LESSA12W; WaterSA_19LESSA13W; WaterSA_19LESSA14W; WaterSA_19LESSA15W; WaterSA_19LESSA16W; WaterSA_19LESSA17W; WaterSA_19LESSA18W; WaterSA_19LESSA19W; WaterSA_19LESSA1W; WaterSA_19LESSA20W; WaterSA_19LESSA21W; WaterSA_19LESSA22W; WaterSA_19LESSA23W; WaterSA_19LESSA24W; WaterSA_19LESSA25W; WaterSA_19LESSA26W; WaterSA_19LESSA27W; WaterSA_19LESSA28W; WaterSA_19LESSA29W; WaterSA_19LESSA2W; WaterSA_19LESSA30W; WaterSA_19LESSA31W; WaterSA_19LESSA32W; WaterSA_19LESSA33W; WaterSA_19LESSA34W; WaterSA_19LESSA35W; WaterSA_19LESSA36W; WaterSA_19LESSA3W; WaterSA_19LESSA4W; WaterSA_19LESSA5W; WaterSA_19LESSA6W; WaterSA_19LESSA7W; WaterSA_19LESSA8W; WaterSA_19LESSA9W; WaterSA_20KHW1; WaterSA_20KHW10; WaterSA_20KHW11; WaterSA_20KHW12; WaterSA_20KHW13; WaterSA_20KHW14; WaterSA_20KHW15; WaterSA_20KHW16; WaterSA_20KHW17; WaterSA_20KHW18; WaterSA_20KHW19; WaterSA_20KHW2; WaterSA_20KHW3; WaterSA_20KHW4; WaterSA_20KHW5; WaterSA_20KHW6; WaterSA_20KHW7; WaterSA_20KHW8; WaterSA_20KHW9; WaterSA_21KHW1; WaterSA_21KHW10; WaterSA_21KHW11; WaterSA_21KHW12; WaterSA_21KHW13; WaterSA_21KHW14; WaterSA_21KHW15; WaterSA_21KHW16; WaterSA_21KHW17; WaterSA_21KHW18; WaterSA_21KHW19; WaterSA_21KHW2; WaterSA_21KHW20; WaterSA_21KHW21; WaterSA_21KHW22; WaterSA_21KHW23; WaterSA_21KHW24; WaterSA_21KHW25; WaterSA_21KHW26; WaterSA_21KHW27; WaterSA_21KHW28; WaterSA_21KHW29; WaterSA_21KHW3; WaterSA_21KHW30; WaterSA_21KHW31; WaterSA_21KHW32; WaterSA_21KHW33; WaterSA_21KHW34; WaterSA_21KHW35; WaterSA_21KHW36; WaterSA_21KHW37; WaterSA_21KHW38; WaterSA_21KHW39; WaterSA_21KHW4; WaterSA_21KHW5; WaterSA_21KHW6; WaterSA_21KHW7; WaterSA_21KHW8; WaterSA_21KHW9; WaterSA_ANW1; WaterSA_ANW2; WaterSA_ANW3; WaterSA_ANW4; WaterSA_ANW5; WaterSA_ANW6; WaterSA_ANW7; WaterSA_ANW8; WaterSA_DBW1; WaterSA_DBW2; WaterSA_DBW3; WaterSA_DBW4; WaterSA_DBW5; WaterSA_DBW6; WaterSA_GABORONEW3; WaterSA_GABORONEW5; WaterSA_GABORONEW6; WaterSA_GABORONEW7; WaterSA_GABORONEW8; WaterSA_LO1; WaterSA_MAHALAPYERIVERW4; WaterSA_MOREMIGORGEW1; WaterSA_MOREMIGORGEW2; WaterSA_SLW1; WaterSA_SLW10; WaterSA_SLW11; WaterSA_SLW12; WaterSA_SLW13; WaterSA_SLW14; WaterSA_SLW15; WaterSA_SLW16; WaterSA_SLW17; WaterSA_SLW18; WaterSA_SLW19; WaterSA_SLW2; WaterSA_SLW20; WaterSA_SLW21; WaterSA_SLW22; WaterSA_SLW23; WaterSA_SLW24; WaterSA_SLW25; WaterSA_SLW26; WaterSA_SLW27; WaterSA_SLW28; WaterSA_SLW29; WaterSA_SLW3; WaterSA_SLW30; WaterSA_SLW31; WaterSA_SLW32; WaterSA_SLW33; WaterSA_SLW34; WaterSA_SLW35; WaterSA_SLW36; WaterSA_SLW37A; WaterSA_SLW37B; WaterSA_SLW38; WaterSA_SLW4; WaterSA_SLW5; WaterSA_SLW6; WaterSA_SLW7; WaterSA_SLW8; WaterSA_SLW9; WaterSA_SSW1; WaterSA_SSW10; WaterSA_SSW11; WaterSA_SSW12; WaterSA_SSW13; WaterSA_SSW14; WaterSA_SSW15; WaterSA_SSW16; WaterSA_SSW17; WaterSA_SSW2; WaterSA_SSW3; WaterSA_SSW4; WaterSA_SSW5; WaterSA_SSW6; WaterSA_SSW7; WaterSA_SSW8; WaterSA_SSW9; WaterSA_UW1; WaterSA_UW2; WaterSA_UW3; WaterSA_UW4; WaterSA_UW5; WaterSA_WindhoekRain1a; WaterSA_WindhoekRain1b; Water sample; Water sample, precipitation; WindhoekRain1a; WindhoekRain1b; WS; WSP; δ18O; δ18O, water; δ18O, water, standard deviation; δ2H; δ Deuterium, water; δ Deuterium, water, standard deviation Water samples of precipitation and different surface waters were collected between 2016 and 2021 in southern Africa using narrow-neck bottles of 300 ml volume. The bottles were stored in a refrigerator until measurements. The stable isotope ratios of oxygen (18O/16O) and hydrogen (2H/1H) of the water samples were measured using a PICARRO L1102-i isotope analyzer (WS-CRDS). Calibration of the measurements was done with VSMOW, SLAP and GISP standards from the IAEA. A total of six replicate injections were performed for each sample and mean and standard deviations (1 sigma) were calculated, resulting in a reproducibility of the replicate measurements of generally better than 0.1 ‰ for oxygen and 0.5 ‰ for hydrogen. The aim of this data collection is to fill a gap in southern Africa, where isotopic data on precipitation and surface waters do not have sufficient spatial coverage and are mainly sampled before 2013. Regional studies of meteorology, hydrology, environmental geochemistry and paleoclimate may benefit from this dataset. |
| title | Stable water isotopes of precipitation and different surface waters in southern Africa, sampled from 2016 to 2021 |
| topic | 18K1; 18K10; 18K11; 18K12; 18K13; 18K2; 18K3; 18K4; 18K5; 18K6; 18K7; 18K8; 18K9; 19KHJA1; 19KHJA2; 19KHJA3; 19KHJA4; 19KHS1W; 19KHS2W; 19KHS3W; 19KHS4W; 19KHS5W; 19KHS6W; 19KHW01; 19KHW02; 19KHW03; 19KHW04; 19KHW05; 19KHW06; 19KHW07; 19KHW08; 19KHW09; 19KHW10; 19KHW11; 19KHW12; 19KHW13; 19KHW14; 19KHW15; 19KHW16; 19KHW17; 19KHW18; 19KHW19; 19KHW20; 19KHW21; 19KHW22; 19KHW23; 19KHW24; 19KHW25; 19KHW26; 19KHW27; 19KHW28; 19KHW29; 19KHW30; 19KHW31; 19KHW32; 19KHW33; 19KHW34; 19KHW35; 19KHW36; 19KHW37; 19KHW38; 19KHW39; 19KHW40; 19KHW41; 19KHW42; 19LESSA10W; 19LESSA11W; 19LESSA12W; 19LESSA13W; 19LESSA14W; 19LESSA15W; 19LESSA16W; 19LESSA17W; 19LESSA18W; 19LESSA19W; 19LESSA1W; 19LESSA20W; 19LESSA21W; 19LESSA22W; 19LESSA23W; 19LESSA24W; 19LESSA25W; 19LESSA26W; 19LESSA27W; 19LESSA28W; 19LESSA29W; 19LESSA2W; 19LESSA30W; 19LESSA31W; 19LESSA32W; 19LESSA33W; 19LESSA34W; 19LESSA35W; 19LESSA36W; 19LESSA3W; 19LESSA4W; 19LESSA5W; 19LESSA6W; 19LESSA7W; 19LESSA8W; 19LESSA9W; 20KHW1; 20KHW10; 20KHW11; 20KHW12; 20KHW13; 20KHW14; 20KHW15; 20KHW16; 20KHW17; 20KHW18; 20KHW19; 20KHW2; 20KHW3; 20KHW4; 20KHW5; 20KHW6; 20KHW7; 20KHW8; 20KHW9; 21KHW1; 21KHW10; 21KHW11; 21KHW12; 21KHW13; 21KHW14; 21KHW15; 21KHW16; 21KHW17; 21KHW18; 21KHW19; 21KHW2; 21KHW20; 21KHW21; 21KHW22; 21KHW23; 21KHW24; 21KHW25; 21KHW26; 21KHW27; 21KHW28; 21KHW29; 21KHW3; 21KHW30; 21KHW31; 21KHW32; 21KHW33; 21KHW34; 21KHW35; 21KHW36; 21KHW37; 21KHW38; 21KHW39; 21KHW4; 21KHW5; 21KHW6; 21KHW7; 21KHW8; 21KHW9; ANW1; ANW2; ANW3; ANW4; ANW5; ANW6; ANW7; ANW8; DATE/TIME; DBW1; DBW2; DBW3; DBW4; DBW5; DBW6; Event label; GABORONEW3; GABORONEW5; GABORONEW6; GABORONEW7; GABORONEW8; Isotopic Water Liquid Analyzer, Picarro, L1102-i; LATITUDE; LO1; LONGITUDE; MAHALAPYERIVERW4; MOREMIGORGEW1; MOREMIGORGEW2; Sample comment; Sample ID; Sample type; SLW1; SLW10; SLW11; SLW12; SLW13; SLW14; SLW15; SLW16; SLW17; SLW18; SLW19; SLW2; SLW20; SLW21; SLW22; SLW23; SLW24; SLW25; SLW26; SLW27; SLW28; SLW29; SLW3; SLW30; SLW31; SLW32; SLW33; SLW34; SLW35; SLW36; SLW37A; SLW37B; SLW38; SLW4; SLW5; SLW6; SLW7; SLW8; SLW9; Southern Africa; SSW1; SSW10; SSW11; SSW12; SSW13; SSW14; SSW15; SSW16; SSW17; SSW2; SSW3; SSW4; SSW5; SSW6; SSW7; SSW8; SSW9; stable water isotopes; UW1; UW2; UW3; UW4; UW5; WaterSA_18K1; WaterSA_18K10; WaterSA_18K11; WaterSA_18K12; WaterSA_18K13; WaterSA_18K2; WaterSA_18K3; WaterSA_18K4; WaterSA_18K5; WaterSA_18K6; WaterSA_18K7; WaterSA_18K8; WaterSA_18K9; WaterSA_19KHJA1; WaterSA_19KHJA2; WaterSA_19KHJA3; WaterSA_19KHJA4; WaterSA_19KHS1W; WaterSA_19KHS2W; WaterSA_19KHS3W; WaterSA_19KHS4W; WaterSA_19KHS5W; WaterSA_19KHS6W; WaterSA_19KHW01; WaterSA_19KHW02; WaterSA_19KHW03; WaterSA_19KHW04; WaterSA_19KHW05; WaterSA_19KHW06; WaterSA_19KHW07; WaterSA_19KHW08; WaterSA_19KHW09; WaterSA_19KHW10; WaterSA_19KHW11; WaterSA_19KHW12; WaterSA_19KHW13; WaterSA_19KHW14; WaterSA_19KHW15; WaterSA_19KHW16; WaterSA_19KHW17; WaterSA_19KHW18; WaterSA_19KHW19; WaterSA_19KHW20; WaterSA_19KHW21; WaterSA_19KHW22; WaterSA_19KHW23; WaterSA_19KHW24; WaterSA_19KHW25; WaterSA_19KHW26; WaterSA_19KHW27; WaterSA_19KHW28; WaterSA_19KHW29; WaterSA_19KHW30; WaterSA_19KHW31; WaterSA_19KHW32; WaterSA_19KHW33; WaterSA_19KHW34; WaterSA_19KHW35; WaterSA_19KHW36; WaterSA_19KHW37; WaterSA_19KHW38; WaterSA_19KHW39; WaterSA_19KHW40; WaterSA_19KHW41; WaterSA_19KHW42; WaterSA_19LESSA10W; WaterSA_19LESSA11W; WaterSA_19LESSA12W; WaterSA_19LESSA13W; WaterSA_19LESSA14W; WaterSA_19LESSA15W; WaterSA_19LESSA16W; WaterSA_19LESSA17W; WaterSA_19LESSA18W; WaterSA_19LESSA19W; WaterSA_19LESSA1W; WaterSA_19LESSA20W; WaterSA_19LESSA21W; WaterSA_19LESSA22W; WaterSA_19LESSA23W; WaterSA_19LESSA24W; WaterSA_19LESSA25W; WaterSA_19LESSA26W; WaterSA_19LESSA27W; WaterSA_19LESSA28W; WaterSA_19LESSA29W; WaterSA_19LESSA2W; WaterSA_19LESSA30W; WaterSA_19LESSA31W; WaterSA_19LESSA32W; WaterSA_19LESSA33W; WaterSA_19LESSA34W; WaterSA_19LESSA35W; WaterSA_19LESSA36W; WaterSA_19LESSA3W; WaterSA_19LESSA4W; WaterSA_19LESSA5W; WaterSA_19LESSA6W; WaterSA_19LESSA7W; WaterSA_19LESSA8W; WaterSA_19LESSA9W; WaterSA_20KHW1; WaterSA_20KHW10; WaterSA_20KHW11; WaterSA_20KHW12; WaterSA_20KHW13; WaterSA_20KHW14; WaterSA_20KHW15; WaterSA_20KHW16; WaterSA_20KHW17; WaterSA_20KHW18; WaterSA_20KHW19; WaterSA_20KHW2; WaterSA_20KHW3; WaterSA_20KHW4; WaterSA_20KHW5; WaterSA_20KHW6; WaterSA_20KHW7; WaterSA_20KHW8; WaterSA_20KHW9; WaterSA_21KHW1; WaterSA_21KHW10; WaterSA_21KHW11; WaterSA_21KHW12; WaterSA_21KHW13; WaterSA_21KHW14; WaterSA_21KHW15; WaterSA_21KHW16; WaterSA_21KHW17; WaterSA_21KHW18; WaterSA_21KHW19; WaterSA_21KHW2; WaterSA_21KHW20; WaterSA_21KHW21; WaterSA_21KHW22; WaterSA_21KHW23; WaterSA_21KHW24; WaterSA_21KHW25; WaterSA_21KHW26; WaterSA_21KHW27; WaterSA_21KHW28; WaterSA_21KHW29; WaterSA_21KHW3; WaterSA_21KHW30; WaterSA_21KHW31; WaterSA_21KHW32; WaterSA_21KHW33; WaterSA_21KHW34; WaterSA_21KHW35; WaterSA_21KHW36; WaterSA_21KHW37; WaterSA_21KHW38; WaterSA_21KHW39; WaterSA_21KHW4; WaterSA_21KHW5; WaterSA_21KHW6; WaterSA_21KHW7; WaterSA_21KHW8; WaterSA_21KHW9; WaterSA_ANW1; WaterSA_ANW2; WaterSA_ANW3; WaterSA_ANW4; WaterSA_ANW5; WaterSA_ANW6; WaterSA_ANW7; WaterSA_ANW8; WaterSA_DBW1; WaterSA_DBW2; WaterSA_DBW3; WaterSA_DBW4; WaterSA_DBW5; WaterSA_DBW6; WaterSA_GABORONEW3; WaterSA_GABORONEW5; WaterSA_GABORONEW6; WaterSA_GABORONEW7; WaterSA_GABORONEW8; WaterSA_LO1; WaterSA_MAHALAPYERIVERW4; WaterSA_MOREMIGORGEW1; WaterSA_MOREMIGORGEW2; WaterSA_SLW1; WaterSA_SLW10; WaterSA_SLW11; WaterSA_SLW12; WaterSA_SLW13; WaterSA_SLW14; WaterSA_SLW15; WaterSA_SLW16; WaterSA_SLW17; WaterSA_SLW18; WaterSA_SLW19; WaterSA_SLW2; WaterSA_SLW20; WaterSA_SLW21; WaterSA_SLW22; WaterSA_SLW23; WaterSA_SLW24; WaterSA_SLW25; WaterSA_SLW26; WaterSA_SLW27; WaterSA_SLW28; WaterSA_SLW29; WaterSA_SLW3; WaterSA_SLW30; WaterSA_SLW31; WaterSA_SLW32; WaterSA_SLW33; WaterSA_SLW34; WaterSA_SLW35; WaterSA_SLW36; WaterSA_SLW37A; WaterSA_SLW37B; WaterSA_SLW38; WaterSA_SLW4; WaterSA_SLW5; WaterSA_SLW6; WaterSA_SLW7; WaterSA_SLW8; WaterSA_SLW9; WaterSA_SSW1; WaterSA_SSW10; WaterSA_SSW11; WaterSA_SSW12; WaterSA_SSW13; WaterSA_SSW14; WaterSA_SSW15; WaterSA_SSW16; WaterSA_SSW17; WaterSA_SSW2; WaterSA_SSW3; WaterSA_SSW4; WaterSA_SSW5; WaterSA_SSW6; WaterSA_SSW7; WaterSA_SSW8; WaterSA_SSW9; WaterSA_UW1; WaterSA_UW2; WaterSA_UW3; WaterSA_UW4; WaterSA_UW5; WaterSA_WindhoekRain1a; WaterSA_WindhoekRain1b; Water sample; Water sample, precipitation; WindhoekRain1a; WindhoekRain1b; WS; WSP; δ18O; δ18O, water; δ18O, water, standard deviation; δ2H; δ Deuterium, water; δ Deuterium, water, standard deviation |
| url | https://doi.org/10.1594/PANGAEA.944811 |