Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386237862> ?p ?o ?g. }
- W4386237862 endingPage "101517" @default.
- W4386237862 startingPage "101517" @default.
- W4386237862 abstract "The Min River basin, China. In order to investigate the ecohydrological response under historical and future land use changes, we simulated daily runoff sequences under different land use scenarios by coupling the PLUS model with the Physical Hydrological Model and quantitatively assessed the ecohydrological impacts of different land use changes in the watershed by combining the IHA method. The Min River Basin is dominated by grassland, woodland and, cultivated land which account for 94 % of the total. During the period 2000–2020, the area of cultivated land decreased by 4.47 % overall, and construction land increased by 78.68 % overall. Compared to the base year of 2010, the multi-year average monthly runoff increased under different land use scenarios. The high flow indicators (1 daymax, 7 daymax, and 30 daymax) had the largest increasing trend under the natural development scenario in 2030, 54 m3/s, 33 m3/s, and 24 m3/s, respectively, whereas their increase decreased under the ecological protection scenario in 2030; the low flow indicators (1 daymin, 7 daymin, and 30 daymin) decreased less in the 2030 eco-protection scenario than in the natural development scenario, where they decreased by − 5 m3/s, − 9 m3/s, and − 11 m3/s, respectively. The results of the study contribute to a deeper understanding of the response of watershed hydrological processes to land-use change." @default.
- W4386237862 created "2023-08-29" @default.
- W4386237862 creator A5000162426 @default.
- W4386237862 creator A5000977982 @default.
- W4386237862 creator A5018073672 @default.
- W4386237862 creator A5043093200 @default.
- W4386237862 creator A5043204543 @default.
- W4386237862 creator A5057450769 @default.
- W4386237862 creator A5061750440 @default.
- W4386237862 creator A5066118129 @default.
- W4386237862 date "2023-10-01" @default.
- W4386237862 modified "2023-10-02" @default.
- W4386237862 title "Ecohydrological response to multi-model land use change at watershed scale" @default.
- W4386237862 cites W1983724666 @default.
- W4386237862 cites W2003665101 @default.
- W4386237862 cites W2022413055 @default.
- W4386237862 cites W2033904036 @default.
- W4386237862 cites W2037511922 @default.
- W4386237862 cites W2044207976 @default.
- W4386237862 cites W2044430104 @default.
- W4386237862 cites W2058998445 @default.
- W4386237862 cites W2065798678 @default.
- W4386237862 cites W2081184297 @default.
- W4386237862 cites W2090915513 @default.
- W4386237862 cites W2120683298 @default.
- W4386237862 cites W2138763184 @default.
- W4386237862 cites W2147365519 @default.
- W4386237862 cites W2151941169 @default.
- W4386237862 cites W2169616177 @default.
- W4386237862 cites W2169886917 @default.
- W4386237862 cites W2230911711 @default.
- W4386237862 cites W2557622302 @default.
- W4386237862 cites W2610004313 @default.
- W4386237862 cites W2617979241 @default.
- W4386237862 cites W2742825605 @default.
- W4386237862 cites W2756586130 @default.
- W4386237862 cites W2766529052 @default.
- W4386237862 cites W2793918277 @default.
- W4386237862 cites W2804523998 @default.
- W4386237862 cites W2811383989 @default.
- W4386237862 cites W2890399403 @default.
- W4386237862 cites W2894935226 @default.
- W4386237862 cites W2898842734 @default.
- W4386237862 cites W2905729553 @default.
- W4386237862 cites W2936593275 @default.
- W4386237862 cites W2997452866 @default.
- W4386237862 cites W3000067000 @default.
- W4386237862 cites W3009420116 @default.
- W4386237862 cites W3013473194 @default.
- W4386237862 cites W3024067863 @default.
- W4386237862 cites W3037492766 @default.
- W4386237862 cites W3037544483 @default.
- W4386237862 cites W3046831412 @default.
- W4386237862 cites W3048646687 @default.
- W4386237862 cites W3082231988 @default.
- W4386237862 cites W3082819170 @default.
- W4386237862 cites W3084017342 @default.
- W4386237862 cites W3084210213 @default.
- W4386237862 cites W3094695295 @default.
- W4386237862 cites W3109268000 @default.
- W4386237862 cites W3124217380 @default.
- W4386237862 cites W3135581101 @default.
- W4386237862 cites W3171900300 @default.
- W4386237862 cites W3197065975 @default.
- W4386237862 cites W3204131594 @default.
- W4386237862 cites W3206941713 @default.
- W4386237862 cites W3209553145 @default.
- W4386237862 cites W3216731820 @default.
- W4386237862 cites W4200252102 @default.
- W4386237862 cites W4205629361 @default.
- W4386237862 cites W4283790470 @default.
- W4386237862 cites W4285405093 @default.
- W4386237862 cites W4285731535 @default.
- W4386237862 cites W4288032605 @default.
- W4386237862 cites W4289667145 @default.
- W4386237862 cites W4297200317 @default.
- W4386237862 cites W4297243537 @default.
- W4386237862 cites W4307725072 @default.
- W4386237862 cites W4308553510 @default.
- W4386237862 cites W4309412196 @default.
- W4386237862 cites W4311092394 @default.
- W4386237862 cites W4311630711 @default.
- W4386237862 cites W4313327858 @default.
- W4386237862 cites W4313328679 @default.
- W4386237862 cites W4321102299 @default.
- W4386237862 cites W4381681107 @default.
- W4386237862 doi "https://doi.org/10.1016/j.ejrh.2023.101517" @default.
- W4386237862 hasPublicationYear "2023" @default.
- W4386237862 type Work @default.
- W4386237862 citedByCount "0" @default.
- W4386237862 crossrefType "journal-article" @default.
- W4386237862 hasAuthorship W4386237862A5000162426 @default.
- W4386237862 hasAuthorship W4386237862A5000977982 @default.
- W4386237862 hasAuthorship W4386237862A5018073672 @default.
- W4386237862 hasAuthorship W4386237862A5043093200 @default.
- W4386237862 hasAuthorship W4386237862A5043204543 @default.
- W4386237862 hasAuthorship W4386237862A5057450769 @default.
- W4386237862 hasAuthorship W4386237862A5061750440 @default.