Matches in SemOpenAlex for { <https://semopenalex.org/work/W2909822745> ?p ?o ?g. }
- W2909822745 endingPage "1526" @default.
- W2909822745 startingPage "1511" @default.
- W2909822745 abstract "Abstract. Groundwater is the biggest single source of high-quality freshwater worldwide, which is also continuously threatened by the changing climate. In this paper, we investigate the response of the regional groundwater system to climate change under three global warming levels (1.5, 2, and 3 ∘C) in a central German basin (Nägelstedt). This investigation is conducted by deploying an integrated modeling workflow that consists of a mesoscale hydrologic model (mHM) and a fully distributed groundwater model, OpenGeoSys (OGS). mHM is forced with climate simulations of five general circulation models under three representative concentration pathways. The diffuse recharges estimated by mHM are used as boundary forcings to the OGS groundwater model to compute changes in groundwater levels and travel time distributions. Simulation results indicate that groundwater recharges and levels are expected to increase slightly under future climate scenarios. Meanwhile, the mean travel time is expected to decrease compared to the historical average. However, the ensemble simulations do not all agree on the sign of relative change. Changes in mean travel time exhibit a larger variability than those in groundwater levels. The ensemble simulations do not show a systematic relationship between the projected change (in both groundwater levels and travel times) and the warming level, but they indicate an increased variability in projected changes with adjusting the enhanced warming level from 1.5 to 3 ∘C. Correspondingly, it is highly recommended to restrain the trend of global warming." @default.
- W2909822745 created "2019-01-25" @default.
- W2909822745 creator A5010664324 @default.
- W2909822745 creator A5040003030 @default.
- W2909822745 creator A5041667630 @default.
- W2909822745 creator A5042286266 @default.
- W2909822745 creator A5070210019 @default.
- W2909822745 creator A5077572366 @default.
- W2909822745 creator A5084795321 @default.
- W2909822745 date "2020-03-31" @default.
- W2909822745 modified "2023-10-16" @default.
- W2909822745 title "Assessing the response of groundwater quantity and travel time distribution to 1.5, 2, and 3 °C global warming in a mesoscale central German basin" @default.
- W2909822745 cites W115219148 @default.
- W2909822745 cites W1502378849 @default.
- W2909822745 cites W1504900115 @default.
- W2909822745 cites W1517854276 @default.
- W2909822745 cites W1520198441 @default.
- W2909822745 cites W1539229456 @default.
- W2909822745 cites W1637586365 @default.
- W2909822745 cites W1712124724 @default.
- W2909822745 cites W1744528052 @default.
- W2909822745 cites W1973353597 @default.
- W2909822745 cites W1979411313 @default.
- W2909822745 cites W1994884434 @default.
- W2909822745 cites W2014745949 @default.
- W2909822745 cites W2027219405 @default.
- W2909822745 cites W2039203839 @default.
- W2909822745 cites W2047788254 @default.
- W2909822745 cites W2051172440 @default.
- W2909822745 cites W2051889289 @default.
- W2909822745 cites W2053876170 @default.
- W2909822745 cites W2059107849 @default.
- W2909822745 cites W2062621489 @default.
- W2909822745 cites W2063490748 @default.
- W2909822745 cites W2069079992 @default.
- W2909822745 cites W2072848150 @default.
- W2909822745 cites W2082566831 @default.
- W2909822745 cites W2085396229 @default.
- W2909822745 cites W2089667468 @default.
- W2909822745 cites W2094915443 @default.
- W2909822745 cites W2095477753 @default.
- W2909822745 cites W2106371033 @default.
- W2909822745 cites W2117660948 @default.
- W2909822745 cites W2119005709 @default.
- W2909822745 cites W2119765305 @default.
- W2909822745 cites W2125484960 @default.
- W2909822745 cites W2127170577 @default.
- W2909822745 cites W2131917069 @default.
- W2909822745 cites W2143191422 @default.
- W2909822745 cites W2148345493 @default.
- W2909822745 cites W2155347783 @default.
- W2909822745 cites W2166897237 @default.
- W2909822745 cites W2170816806 @default.
- W2909822745 cites W2214509940 @default.
- W2909822745 cites W2225716271 @default.
- W2909822745 cites W2281207328 @default.
- W2909822745 cites W2342593938 @default.
- W2909822745 cites W2407481733 @default.
- W2909822745 cites W2409747310 @default.
- W2909822745 cites W2466828695 @default.
- W2909822745 cites W2522839062 @default.
- W2909822745 cites W2526248710 @default.
- W2909822745 cites W2533132454 @default.
- W2909822745 cites W2560806021 @default.
- W2909822745 cites W2568995074 @default.
- W2909822745 cites W2573176464 @default.
- W2909822745 cites W2743864113 @default.
- W2909822745 cites W2754654804 @default.
- W2909822745 cites W2767399814 @default.
- W2909822745 cites W2768938368 @default.
- W2909822745 cites W2775219845 @default.
- W2909822745 cites W2786406624 @default.
- W2909822745 cites W2800227153 @default.
- W2909822745 cites W2805621639 @default.
- W2909822745 cites W2808755612 @default.
- W2909822745 cites W2883898014 @default.
- W2909822745 cites W2885823721 @default.
- W2909822745 cites W2913897181 @default.
- W2909822745 cites W2921891520 @default.
- W2909822745 cites W2968691126 @default.
- W2909822745 cites W3013671444 @default.
- W2909822745 cites W3121211132 @default.
- W2909822745 cites W4229518129 @default.
- W2909822745 cites W591085065 @default.
- W2909822745 doi "https://doi.org/10.5194/hess-24-1511-2020" @default.
- W2909822745 hasPublicationYear "2020" @default.
- W2909822745 type Work @default.
- W2909822745 sameAs 2909822745 @default.
- W2909822745 citedByCount "11" @default.
- W2909822745 countsByYear W29098227452021 @default.
- W2909822745 countsByYear W29098227452022 @default.
- W2909822745 countsByYear W29098227452023 @default.
- W2909822745 crossrefType "journal-article" @default.
- W2909822745 hasAuthorship W2909822745A5010664324 @default.
- W2909822745 hasAuthorship W2909822745A5040003030 @default.
- W2909822745 hasAuthorship W2909822745A5041667630 @default.
- W2909822745 hasAuthorship W2909822745A5042286266 @default.
- W2909822745 hasAuthorship W2909822745A5070210019 @default.