FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4287877476> ?p ?o ?g. }

• W4287877476 endingPage "132" @default.
• W4287877476 startingPage "132" @default.
• W4287877476 abstract "Irrigation-led farming system intensification and efficient use of ground and surface water resources are currently being championed as a crucial ingredient for achieving food security and reducing poverty in Nepal. The potential scope and sustainability of irrigation interventions under current and future climates however remains poorly understood. Potential adaptation options in Western Nepal were analyzed using bias-corrected Regional Climate Model (RCM) data and the Soil and Water Assessment Tool (SWAT) model. The RCM climate change scenario suggested that average annual rainfall will increase by about 4% with occurrence of increased number and intensity of rainfall events in the winter. RCM outputs also suggested that average annual maximum temperature could decrease by 1.4 °C, and average annual minimum temperature may increase by 0.3 °C from 2021 to 2050. Similarly, average monthly streamflow volume could increase by about 65% from March–April, although it could decrease by about 10% in June. Our results highlight the tight hydrological coupling of surface and groundwater. Farmers making use of surface water for irrigation in upstream subbasins may inadvertently cause a decrease in average water availability in downstream subbasins at approximately 14%, which may result in increased need to abstract groundwater to compensate for deficits. Well-designed irrigated crop rotations that fully utilize both surface and groundwater conversely may increase groundwater levels by an average of 45 mm from 2022 to 2050, suggesting that in particular subbasins the cultivation of two crops a year may not cause long-term groundwater depletion. Modeled crop yield for the winter and spring seasons were however lower under future climate change scenarios, even with sufficient irrigation application. Lower yields were associated with shortened growing periods and high temperature stress. Irrigation intensification appears to be feasible if both surface and groundwater resources are appropriately targeted and rationally used. Conjunctive irrigation planning is required for equitable and year-round irrigation supply as neither the streamflow nor groundwater can provide full and year-round irrigation for intensified cropping systems without causing the degradation of natural resources." @default.
• W4287877476 created "2022-07-26" @default.
• W4287877476 creator A5019348643 @default.
• W4287877476 creator A5020273708 @default.
• W4287877476 creator A5022723059 @default.
• W4287877476 creator A5026973465 @default.
• W4287877476 creator A5033131843 @default.
• W4287877476 creator A5056756150 @default.
• W4287877476 creator A5057409920 @default.
• W4287877476 date "2022-07-26" @default.
• W4287877476 modified "2023-10-01" @default.
• W4287877476 title "Impact of Climate Change on Water Resources and Crop Production in Western Nepal: Implications and Adaptation Strategies" @default.
• W4287877476 cites W1055927009 @default.
• W4287877476 cites W1216692668 @default.
• W4287877476 cites W1491028034 @default.
• W4287877476 cites W1865770566 @default.
• W4287877476 cites W1991308688 @default.
• W4287877476 cites W2001158730 @default.
• W4287877476 cites W2025919700 @default.
• W4287877476 cites W2039043036 @default.
• W4287877476 cites W2050914675 @default.
• W4287877476 cites W2052601848 @default.
• W4287877476 cites W2070767983 @default.
• W4287877476 cites W2084997128 @default.
• W4287877476 cites W2124343053 @default.
• W4287877476 cites W2152190553 @default.
• W4287877476 cites W2161925018 @default.
• W4287877476 cites W2198925700 @default.
• W4287877476 cites W2261645655 @default.
• W4287877476 cites W2263074768 @default.
• W4287877476 cites W2264942241 @default.
• W4287877476 cites W2292231375 @default.
• W4287877476 cites W2577310580 @default.
• W4287877476 cites W2600143079 @default.
• W4287877476 cites W2605717173 @default.
• W4287877476 cites W2607906390 @default.
• W4287877476 cites W2749545117 @default.
• W4287877476 cites W2792922192 @default.
• W4287877476 cites W2793757297 @default.
• W4287877476 cites W2807119786 @default.
• W4287877476 cites W2903216141 @default.
• W4287877476 cites W2950827585 @default.
• W4287877476 cites W2978387607 @default.
• W4287877476 cites W2997434830 @default.
• W4287877476 cites W3004101199 @default.
• W4287877476 cites W3009852998 @default.
• W4287877476 cites W3013480061 @default.
• W4287877476 cites W3019174766 @default.
• W4287877476 cites W3024530487 @default.
• W4287877476 cites W3042646013 @default.
• W4287877476 cites W3116981333 @default.
• W4287877476 cites W3119390119 @default.
• W4287877476 cites W3119508770 @default.
• W4287877476 cites W3157594375 @default.
• W4287877476 cites W3159436968 @default.
• W4287877476 cites W3165368428 @default.
• W4287877476 cites W3170762113 @default.
• W4287877476 cites W3189737365 @default.
• W4287877476 cites W3213211089 @default.
• W4287877476 cites W4207043936 @default.
• W4287877476 cites W900078586 @default.
• W4287877476 doi "https://doi.org/10.3390/hydrology9080132" @default.
• W4287877476 hasPublicationYear "2022" @default.
• W4287877476 type Work @default.
• W4287877476 citedByCount "2" @default.
• W4287877476 countsByYear W42878774762023 @default.
• W4287877476 crossrefType "journal-article" @default.
• W4287877476 hasAuthorship W4287877476A5019348643 @default.
• W4287877476 hasAuthorship W4287877476A5020273708 @default.
• W4287877476 hasAuthorship W4287877476A5022723059 @default.
• W4287877476 hasAuthorship W4287877476A5026973465 @default.
• W4287877476 hasAuthorship W4287877476A5033131843 @default.
• W4287877476 hasAuthorship W4287877476A5056756150 @default.
• W4287877476 hasAuthorship W4287877476A5057409920 @default.
• W4287877476 hasBestOaLocation W42878774761 @default.
• W4287877476 hasConcept C110158866 @default.
• W4287877476 hasConcept C118518473 @default.
• W4287877476 hasConcept C126645576 @default.
• W4287877476 hasConcept C127413603 @default.
• W4287877476 hasConcept C132651083 @default.
• W4287877476 hasConcept C153823671 @default.
• W4287877476 hasConcept C166957645 @default.
• W4287877476 hasConcept C176205827 @default.
• W4287877476 hasConcept C187320778 @default.
• W4287877476 hasConcept C18903297 @default.
• W4287877476 hasConcept C205649164 @default.
• W4287877476 hasConcept C2780852570 @default.
• W4287877476 hasConcept C39432304 @default.
• W4287877476 hasConcept C524765639 @default.
• W4287877476 hasConcept C53739315 @default.
• W4287877476 hasConcept C549605437 @default.
• W4287877476 hasConcept C58640448 @default.
• W4287877476 hasConcept C6557445 @default.
• W4287877476 hasConcept C66204764 @default.
• W4287877476 hasConcept C76177295 @default.
• W4287877476 hasConcept C76886044 @default.
• W4287877476 hasConcept C8625798 @default.
• W4287877476 hasConcept C86803240 @default.

• next