Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201181511> ?p ?o ?g. }
- W3201181511 abstract "Water isotopologues, as natural tracers of the hydrological cycle on Earth, provide a unique way to assess the skill of climate models in representing realistic atmospheric-terrestrial water pathways. This study presents the newly developed WRF-Hydro-iso, which is a version of the coupled atmospheric-hydrological WRF-Hydro model enhanced with a joint soil-vegetation-atmospheric description of water isotopologue motions. It allows the consideration of isotopic fractionation processes during water phase changes in the atmosphere, the land surface, and the subsurface. For validation, WRF-Hydro-iso is applied to two different climate zones, namely Europe and Southern Africa under the present climate conditions. Each case is modeled with a domain employing a 5 km grid-spacing coupled with a terrestrial subgrid employing a 500 m grid-spacing in order to represent lateral terrestrial water flow. A 10-year slice is simulated for 2003–2012, using ERA5 reanalyses as driving data. The boundary condition of isotopic variables is prescribed with mean values from a 10-year simulation with the Community Earth System Model Version 1. WRF-Hydro-iso realistically reproduces the climatological variations of the isotopic concentrations and from the Global Network of Isotopes in Precipitation. In a sensitivity analysis, it is found that land surface evaporation fractionation increases the isotopic concentrations in the rootzone soil moisture and slightly decreases the isotopic concentrations in precipitation. Lateral terrestrial water flow minorly affects these isotopic concentrations through changes in evaporation-transpiration partitioning." @default.
- W3201181511 created "2021-09-27" @default.
- W3201181511 creator A5007062724 @default.
- W3201181511 creator A5008454064 @default.
- W3201181511 creator A5013120024 @default.
- W3201181511 creator A5014528008 @default.
- W3201181511 creator A5015499505 @default.
- W3201181511 creator A5053834532 @default.
- W3201181511 creator A5058103673 @default.
- W3201181511 creator A5068888494 @default.
- W3201181511 date "2021-10-01" @default.
- W3201181511 modified "2023-10-09" @default.
- W3201181511 title "A Joint Soil‐Vegetation‐Atmospheric Modeling Procedure of Water Isotopologues: Implementation and Application to Different Climate Zones With WRF‐Hydro‐Iso" @default.
- W3201181511 cites W1484343224 @default.
- W3201181511 cites W1603438430 @default.
- W3201181511 cites W179065688 @default.
- W3201181511 cites W1867005924 @default.
- W3201181511 cites W1964264187 @default.
- W3201181511 cites W1972390388 @default.
- W3201181511 cites W1979723077 @default.
- W3201181511 cites W1985455748 @default.
- W3201181511 cites W1988378253 @default.
- W3201181511 cites W2000828106 @default.
- W3201181511 cites W2006993195 @default.
- W3201181511 cites W2016254491 @default.
- W3201181511 cites W2019044590 @default.
- W3201181511 cites W2020078651 @default.
- W3201181511 cites W2021350270 @default.
- W3201181511 cites W2026373621 @default.
- W3201181511 cites W2031377389 @default.
- W3201181511 cites W2034955991 @default.
- W3201181511 cites W2051348776 @default.
- W3201181511 cites W2054699382 @default.
- W3201181511 cites W2057615067 @default.
- W3201181511 cites W2061746142 @default.
- W3201181511 cites W2065265184 @default.
- W3201181511 cites W2066405228 @default.
- W3201181511 cites W2069615716 @default.
- W3201181511 cites W2070076803 @default.
- W3201181511 cites W2072191315 @default.
- W3201181511 cites W2080233132 @default.
- W3201181511 cites W2082145563 @default.
- W3201181511 cites W2083339292 @default.
- W3201181511 cites W2086329978 @default.
- W3201181511 cites W2086860108 @default.
- W3201181511 cites W2101360684 @default.
- W3201181511 cites W2112695060 @default.
- W3201181511 cites W2113288124 @default.
- W3201181511 cites W2121025662 @default.
- W3201181511 cites W2131372757 @default.
- W3201181511 cites W2131382820 @default.
- W3201181511 cites W2133215638 @default.
- W3201181511 cites W2154224151 @default.
- W3201181511 cites W2155905859 @default.
- W3201181511 cites W2160156450 @default.
- W3201181511 cites W2160741281 @default.
- W3201181511 cites W2163954777 @default.
- W3201181511 cites W2170816806 @default.
- W3201181511 cites W2171675471 @default.
- W3201181511 cites W2175815314 @default.
- W3201181511 cites W2178483954 @default.
- W3201181511 cites W2179912439 @default.
- W3201181511 cites W2261645655 @default.
- W3201181511 cites W2270093444 @default.
- W3201181511 cites W2280030185 @default.
- W3201181511 cites W2293528564 @default.
- W3201181511 cites W2330226802 @default.
- W3201181511 cites W2347124536 @default.
- W3201181511 cites W2526248710 @default.
- W3201181511 cites W2555987735 @default.
- W3201181511 cites W2567461795 @default.
- W3201181511 cites W2603570520 @default.
- W3201181511 cites W2604339654 @default.
- W3201181511 cites W2604554813 @default.
- W3201181511 cites W2621100320 @default.
- W3201181511 cites W2779877257 @default.
- W3201181511 cites W2788851420 @default.
- W3201181511 cites W2802019867 @default.
- W3201181511 cites W2802129483 @default.
- W3201181511 cites W2807585951 @default.
- W3201181511 cites W2821214984 @default.
- W3201181511 cites W2889344703 @default.
- W3201181511 cites W2904919312 @default.
- W3201181511 cites W2912635155 @default.
- W3201181511 cites W2955279208 @default.
- W3201181511 cites W2955655561 @default.
- W3201181511 cites W2960123403 @default.
- W3201181511 cites W2981355915 @default.
- W3201181511 cites W3004534889 @default.
- W3201181511 cites W3025949386 @default.
- W3201181511 cites W3157580899 @default.
- W3201181511 cites W4247286579 @default.
- W3201181511 cites W4252453706 @default.
- W3201181511 doi "https://doi.org/10.1029/2021ms002562" @default.
- W3201181511 hasPublicationYear "2021" @default.
- W3201181511 type Work @default.
- W3201181511 sameAs 3201181511 @default.
- W3201181511 citedByCount "2" @default.
- W3201181511 countsByYear W32011815112022 @default.
- W3201181511 countsByYear W32011815112023 @default.