FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310346530> ?p ?o ?g. }

• W4310346530 endingPage "108062" @default.
• W4310346530 startingPage "108062" @default.
• W4310346530 abstract "China’s rapid population growth has inevitably led to a need for cropland expansion to meet food security challenges. In arid regions such an expansion is restricted by limited water resources, and an increase in productivity per cropland area must be achieved while still limiting water use. However, the response of agroecosystem Water Use Efficiency (WUEa.e.) to alterations in cropland use in Northwest China’s Hexi Corridor has not been documented in any great detail. This has limited our understanding of the region’s water-carbon interactions and, in particular, how effective cropland management and efficient water utilization protocols might be applied there. The response of the region’s WUEa.e. to different potential shifts in cropland was evaluated by drawing on growing season (2003–2020), Gross Primary Productivity (GPP) and actual evapotranspiration (ETcact) data. Over this period net cropland area increased, with 12.3 % of total cropland transferred in, but only 2.5 % of cropland transferred out. The trend in growing season WUEa.e. was greatest in cropland regions transferred in (p < 0.05), and lowest in the cropland transferred out, indicating irrigation and field management in cropland could ensure that WUEa.e. could be maintained at a higher level. Among the different cropland transformation types, the impact of cropland change on WUEa.e. was essentially determined by shifting correlations between GPP and ETcact. This correlation was weakened when the water supply increased, heightening the negative impact of ETcact on WUEa.e., while weakening the positive impact of GPP on WUEa.e.. There was a tradeoff point for the level of irrigation between improving WUEa.e. and crop yield. Suitable water-saving irrigation is crucial to maintaining a relatively high level of WUEa.e., yet not decreasing crop yield. Water-saving irrigation in the Shiyang River basin was deemed to have limited potential, whereas in the Shule River and Heihe River basins there remains some potential for such irrigation. The present study’s results can potentially inform agricultural water and land management in the region, and provide the basis for efficient water resources utilization." @default.
• W4310346530 created "2022-12-09" @default.
• W4310346530 creator A5015639176 @default.
• W4310346530 creator A5023267084 @default.
• W4310346530 creator A5043058614 @default.
• W4310346530 creator A5049021556 @default.
• W4310346530 creator A5053311360 @default.
• W4310346530 creator A5074195612 @default.
• W4310346530 creator A5074614564 @default.
• W4310346530 creator A5075896209 @default.
• W4310346530 date "2023-02-01" @default.
• W4310346530 modified "2023-09-23" @default.
• W4310346530 title "The response of agroecosystem water use efficiency to cropland change in northwest China’s Hexi Corridor" @default.
• W4310346530 cites W1969498554 @default.
• W4310346530 cites W2018764772 @default.
• W4310346530 cites W2042048786 @default.
• W4310346530 cites W2051804572 @default.
• W4310346530 cites W2086397033 @default.
• W4310346530 cites W2088760776 @default.
• W4310346530 cites W2098020412 @default.
• W4310346530 cites W2135685863 @default.
• W4310346530 cites W2158683657 @default.
• W4310346530 cites W2163512293 @default.
• W4310346530 cites W2166460295 @default.
• W4310346530 cites W2185057465 @default.
• W4310346530 cites W2234681893 @default.
• W4310346530 cites W2237184599 @default.
• W4310346530 cites W2292173921 @default.
• W4310346530 cites W2564782988 @default.
• W4310346530 cites W2810397861 @default.
• W4310346530 cites W2852827100 @default.
• W4310346530 cites W2884840291 @default.
• W4310346530 cites W2912425590 @default.
• W4310346530 cites W2921226321 @default.
• W4310346530 cites W2922523955 @default.
• W4310346530 cites W2946669043 @default.
• W4310346530 cites W2953816194 @default.
• W4310346530 cites W2954511865 @default.
• W4310346530 cites W2955069038 @default.
• W4310346530 cites W2961799599 @default.
• W4310346530 cites W2967259743 @default.
• W4310346530 cites W2969017260 @default.
• W4310346530 cites W2970498196 @default.
• W4310346530 cites W2971099412 @default.
• W4310346530 cites W2971638684 @default.
• W4310346530 cites W2973011941 @default.
• W4310346530 cites W2979569561 @default.
• W4310346530 cites W2988161149 @default.
• W4310346530 cites W2989625389 @default.
• W4310346530 cites W2990206718 @default.
• W4310346530 cites W2999990820 @default.
• W4310346530 cites W3007258760 @default.
• W4310346530 cites W3015939408 @default.
• W4310346530 cites W3016489412 @default.
• W4310346530 cites W3041427973 @default.
• W4310346530 cites W3048787955 @default.
• W4310346530 cites W3105508747 @default.
• W4310346530 cites W3107485875 @default.
• W4310346530 cites W3107799256 @default.
• W4310346530 cites W3160471290 @default.
• W4310346530 cites W3167327703 @default.
• W4310346530 cites W3196861323 @default.
• W4310346530 cites W3201097864 @default.
• W4310346530 cites W4200236397 @default.
• W4310346530 cites W4210738575 @default.
• W4310346530 cites W4210905014 @default.
• W4310346530 cites W4212906294 @default.
• W4310346530 cites W4220659660 @default.
• W4310346530 cites W4220859950 @default.
• W4310346530 cites W4229459177 @default.
• W4310346530 doi "https://doi.org/10.1016/j.agwat.2022.108062" @default.
• W4310346530 hasPublicationYear "2023" @default.
• W4310346530 type Work @default.
• W4310346530 citedByCount "1" @default.
• W4310346530 countsByYear W43103465302023 @default.
• W4310346530 crossrefType "journal-article" @default.
• W4310346530 hasAuthorship W4310346530A5015639176 @default.
• W4310346530 hasAuthorship W4310346530A5023267084 @default.
• W4310346530 hasAuthorship W4310346530A5043058614 @default.
• W4310346530 hasAuthorship W4310346530A5049021556 @default.
• W4310346530 hasAuthorship W4310346530A5053311360 @default.
• W4310346530 hasAuthorship W4310346530A5074195612 @default.
• W4310346530 hasAuthorship W4310346530A5074614564 @default.
• W4310346530 hasAuthorship W4310346530A5075896209 @default.
• W4310346530 hasBestOaLocation W43103465301 @default.
• W4310346530 hasConcept C118518473 @default.
• W4310346530 hasConcept C127413603 @default.
• W4310346530 hasConcept C137660486 @default.
• W4310346530 hasConcept C139719470 @default.
• W4310346530 hasConcept C149207113 @default.
• W4310346530 hasConcept C153823671 @default.
• W4310346530 hasConcept C162324750 @default.
• W4310346530 hasConcept C166957645 @default.
• W4310346530 hasConcept C176783924 @default.
• W4310346530 hasConcept C187320778 @default.
• W4310346530 hasConcept C18903297 @default.
• W4310346530 hasConcept C204983608 @default.
• W4310346530 hasConcept C205649164 @default.

• next