Lakes with physical, climatological, and isotopic data, located between 38ºS-46ºS along Chile
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| Autores principales: | , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
| Publicado: |
PANGAEA
2021
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| _version_ | 1867170397808492544 |
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| author | Scott, Wesley P Contreras, Sergio Bowen, Gabriel J Arnold, T Elliott Bustamante-Ortega, Ramón Werne, Josef P |
| author_facet | Scott, Wesley P Contreras, Sergio Bowen, Gabriel J Arnold, T Elliott Bustamante-Ortega, Ramón Werne, Josef P |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | This table contains physical, climatological, and isotope data. All lakes were open lakes. The slope was calculated according to methods/ranges proposed by the United States Department of Agriculture so that each watershed is described with a unitless slope characteristic, with slope gradient classes above 45 indicating steep drainage basins. The land uses were calculated from Chilean vegetative data (methods section) and values represent the proportion (%) of the catchment that is covered with this type of land use. Then, refer it as % snow or glaciers, that means that the zone is covered permanently with this land use. MAT and MAP, are mean annual air temperature and precipitation calculated from a monthly reanalysis product (CR2MET) with a 0.05° horizontal resolution considering the period from 1979 to 2016, and extracting data from the nearest grid point to the lake positions where we collected surface water. All samples were taken during austral spring/summer 2017 to 2019. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_934338 |
| institution | PANGAEA |
| language | en |
| publishDate | 2021 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Lakes with physical, climatological, and isotopic data, located between 38ºS-46ºS along Chile Scott, Wesley P Contreras, Sergio Bowen, Gabriel J Arnold, T Elliott Bustamante-Ortega, Ramón Werne, Josef P Berger; Blanco; Cajunco; Calculated; Captren; Cavity ring-down spectroscopy (CRDS), Los Gatos Research Inc.; Cipreces; Claro del Solar; Coipolafken; Comment; Conguillio; deuterium excess; El Barco; Elevation, mean; El Toro; Escondida; Event label; Galletue; isoscape; Laguna Negra; Lake; Lake_Berger; Lake_Blanco; Lake_Cajunco; Lake_Captren; Lake_Cipreces; Lake_Claro_del_Solar; Lake_Coipolafken; Lake_Conguillio; Lake_El_Barco; Lake_El_Toro; Lake_Escondida; Lake_Galletue; Lake_Laguna_Negra; Lake_Lanalhue; Lake_Malleco; Lake_Millan_de_Canaan; Lake_Negra; Lake_Negro; Lake_NN_Tantauco; Lake_Quepe; Lake_Rinihue; Lake_San_Jorge; Lake_San_Pedro; Lake_Toro_Coy_A; Lake_Toro_Puy; Lake_Trinidad; Lake_Trovolhue; Lake_Verde_Conguillio; Lake_Verde_Pehuenco; Lake_Verde_Tolhuaca; Lake_Villarrica; Lake surface area; lake water; Lanalhue; LATITUDE; LONGITUDE; Malleco; meteoric; meteoric 10Be; Millan de Canaan; MULT; Multiple investigations; Negra; Negro; NN Tantauco; oxygen and hydrogen stable isotopes; Precipitation, annual mean; Quepe; Rinihue; San Jorge; San Pedro; Slope; Snow and glaciers; Temperature, annual mean; Toro (Coy) A; Toro (Puy); Trinidad; Trovolhue; Verde (Pehuenco); Verde Conguillio; Verde Tolhuaca; Villarrica; δ18O, water; δ Deuterium, water This table contains physical, climatological, and isotope data. All lakes were open lakes. The slope was calculated according to methods/ranges proposed by the United States Department of Agriculture so that each watershed is described with a unitless slope characteristic, with slope gradient classes above 45 indicating steep drainage basins. The land uses were calculated from Chilean vegetative data (methods section) and values represent the proportion (%) of the catchment that is covered with this type of land use. Then, refer it as % snow or glaciers, that means that the zone is covered permanently with this land use. MAT and MAP, are mean annual air temperature and precipitation calculated from a monthly reanalysis product (CR2MET) with a 0.05° horizontal resolution considering the period from 1979 to 2016, and extracting data from the nearest grid point to the lake positions where we collected surface water. All samples were taken during austral spring/summer 2017 to 2019. |
| title | Lakes with physical, climatological, and isotopic data, located between 38ºS-46ºS along Chile |
| topic | Berger; Blanco; Cajunco; Calculated; Captren; Cavity ring-down spectroscopy (CRDS), Los Gatos Research Inc.; Cipreces; Claro del Solar; Coipolafken; Comment; Conguillio; deuterium excess; El Barco; Elevation, mean; El Toro; Escondida; Event label; Galletue; isoscape; Laguna Negra; Lake; Lake_Berger; Lake_Blanco; Lake_Cajunco; Lake_Captren; Lake_Cipreces; Lake_Claro_del_Solar; Lake_Coipolafken; Lake_Conguillio; Lake_El_Barco; Lake_El_Toro; Lake_Escondida; Lake_Galletue; Lake_Laguna_Negra; Lake_Lanalhue; Lake_Malleco; Lake_Millan_de_Canaan; Lake_Negra; Lake_Negro; Lake_NN_Tantauco; Lake_Quepe; Lake_Rinihue; Lake_San_Jorge; Lake_San_Pedro; Lake_Toro_Coy_A; Lake_Toro_Puy; Lake_Trinidad; Lake_Trovolhue; Lake_Verde_Conguillio; Lake_Verde_Pehuenco; Lake_Verde_Tolhuaca; Lake_Villarrica; Lake surface area; lake water; Lanalhue; LATITUDE; LONGITUDE; Malleco; meteoric; meteoric 10Be; Millan de Canaan; MULT; Multiple investigations; Negra; Negro; NN Tantauco; oxygen and hydrogen stable isotopes; Precipitation, annual mean; Quepe; Rinihue; San Jorge; San Pedro; Slope; Snow and glaciers; Temperature, annual mean; Toro (Coy) A; Toro (Puy); Trinidad; Trovolhue; Verde (Pehuenco); Verde Conguillio; Verde Tolhuaca; Villarrica; δ18O, water; δ Deuterium, water |
| url | https://doi.org/10.1594/PANGAEA.934338 |