Matches in SemOpenAlex for { <https://semopenalex.org/work/W3153953609> ?p ?o ?g. }
- W3153953609 endingPage "126336" @default.
- W3153953609 startingPage "126336" @default.
- W3153953609 abstract "Groundwater systems provide an important source of water supply as well as contributing baseflow to rivers, lakes and dependent ecosystems and so the impact of climate change on these systems needs to be understood. Calculating recharge to groundwater systems is, therefore, necessary to quantify what is typically one of the largest components of the groundwater balance. This study uses the national-scale recharge model developed for the British mainland and the 11 ensemble members from the Hadley Centre for rainfall and potential evaporation created by the Future Flows and Groundwater Levels (FFGWL) project to investigate the impact of future climate on groundwater resources. Changes to seasonal and monthly recharge for the 2050s and 2080s time slices have been produced for the whole modelled area and for river basin districts for England and Wales. Areal summaries and monthly time series of recharge values show a generally consistent trend of increased recharge in winter, decreased recharge in summer, and mixed pattern in autumn and spring. The work shows that increased winter rainfall is the main factor in increasing recharge. Water balance calculations reveal that over the 2050s and 2080s, the climate change “signal” predominates over the annual variability, which results in a clearer pattern of more recharge being concentrated in fewer months. This finding should prove useful for water resources planners to assess the resilience of groundwater resources to climate change. Further work is recommended to understand the sequencing of flooding and drought events and to the effects of soil health and land cover changes in the future analysis." @default.
- W3153953609 created "2021-04-26" @default.
- W3153953609 creator A5016583253 @default.
- W3153953609 creator A5024260748 @default.
- W3153953609 creator A5026382185 @default.
- W3153953609 creator A5032860965 @default.
- W3153953609 creator A5035957752 @default.
- W3153953609 creator A5044444975 @default.
- W3153953609 creator A5067199767 @default.
- W3153953609 creator A5089115511 @default.
- W3153953609 date "2021-07-01" @default.
- W3153953609 modified "2023-10-14" @default.
- W3153953609 title "The impact of climate change on groundwater recharge: National-scale assessment for the British mainland" @default.
- W3153953609 cites W1517854276 @default.
- W3153953609 cites W1529970352 @default.
- W3153953609 cites W1553433319 @default.
- W3153953609 cites W163638857 @default.
- W3153953609 cites W1733387413 @default.
- W3153953609 cites W1751764816 @default.
- W3153953609 cites W1860512142 @default.
- W3153953609 cites W1868026556 @default.
- W3153953609 cites W1941405426 @default.
- W3153953609 cites W1949052430 @default.
- W3153953609 cites W1965846378 @default.
- W3153953609 cites W1966396962 @default.
- W3153953609 cites W1987854713 @default.
- W3153953609 cites W1988865337 @default.
- W3153953609 cites W1989473331 @default.
- W3153953609 cites W2004870604 @default.
- W3153953609 cites W2014745949 @default.
- W3153953609 cites W2024673387 @default.
- W3153953609 cites W2025484364 @default.
- W3153953609 cites W203007372 @default.
- W3153953609 cites W2031459422 @default.
- W3153953609 cites W2031964839 @default.
- W3153953609 cites W2033875806 @default.
- W3153953609 cites W2043447552 @default.
- W3153953609 cites W2044512625 @default.
- W3153953609 cites W2049059559 @default.
- W3153953609 cites W2051889289 @default.
- W3153953609 cites W2067341612 @default.
- W3153953609 cites W2070666875 @default.
- W3153953609 cites W2072100388 @default.
- W3153953609 cites W2078683174 @default.
- W3153953609 cites W2079269672 @default.
- W3153953609 cites W2095477753 @default.
- W3153953609 cites W2097542110 @default.
- W3153953609 cites W2101272580 @default.
- W3153953609 cites W2103126642 @default.
- W3153953609 cites W2109721388 @default.
- W3153953609 cites W2143353665 @default.
- W3153953609 cites W2152668900 @default.
- W3153953609 cites W2155347783 @default.
- W3153953609 cites W2157071022 @default.
- W3153953609 cites W2171442655 @default.
- W3153953609 cites W2198519514 @default.
- W3153953609 cites W2466828695 @default.
- W3153953609 cites W2571328444 @default.
- W3153953609 cites W2613019336 @default.
- W3153953609 cites W2764340901 @default.
- W3153953609 cites W2765366455 @default.
- W3153953609 cites W2788731867 @default.
- W3153953609 cites W2795872316 @default.
- W3153953609 cites W2911313384 @default.
- W3153953609 cites W2922438832 @default.
- W3153953609 cites W2987929267 @default.
- W3153953609 cites W61432675 @default.
- W3153953609 doi "https://doi.org/10.1016/j.jhydrol.2021.126336" @default.
- W3153953609 hasPublicationYear "2021" @default.
- W3153953609 type Work @default.
- W3153953609 sameAs 3153953609 @default.
- W3153953609 citedByCount "26" @default.
- W3153953609 countsByYear W31539536092021 @default.
- W3153953609 countsByYear W31539536092022 @default.
- W3153953609 countsByYear W31539536092023 @default.
- W3153953609 crossrefType "journal-article" @default.
- W3153953609 hasAuthorship W3153953609A5016583253 @default.
- W3153953609 hasAuthorship W3153953609A5024260748 @default.
- W3153953609 hasAuthorship W3153953609A5026382185 @default.
- W3153953609 hasAuthorship W3153953609A5032860965 @default.
- W3153953609 hasAuthorship W3153953609A5035957752 @default.
- W3153953609 hasAuthorship W3153953609A5044444975 @default.
- W3153953609 hasAuthorship W3153953609A5067199767 @default.
- W3153953609 hasAuthorship W3153953609A5089115511 @default.
- W3153953609 hasBestOaLocation W31539536091 @default.
- W3153953609 hasConcept C107054158 @default.
- W3153953609 hasConcept C111368507 @default.
- W3153953609 hasConcept C126645576 @default.
- W3153953609 hasConcept C127313418 @default.
- W3153953609 hasConcept C132651083 @default.
- W3153953609 hasConcept C153294291 @default.
- W3153953609 hasConcept C153823671 @default.
- W3153953609 hasConcept C174091901 @default.
- W3153953609 hasConcept C187320778 @default.
- W3153953609 hasConcept C187606762 @default.
- W3153953609 hasConcept C18903297 @default.
- W3153953609 hasConcept C205649164 @default.
- W3153953609 hasConcept C39432304 @default.