Page 52 - 《水资源与水工程学报》2025年第2期
P. 52

8
             4                        & ' ( ) & * + , -                 2025 $
                 mountainouswatershed:acasestudyoftheWujiangRiver  moteSensingofEnvironment ,2022,273:112985.
                 Basin,China[J].JournalofHydrology:RegionalStud  [32],V», î Â. *:Ö&ØÖ.¡ÆOJlBgÆÇ
                 ies ,2023,48:101484.                              ™iT›V()[J]. I‚ƒ*I#$Zš,2024,35
            [18]JINTao,ZHANGXiao,WANGTingting,etal.Spatio         (5):5361.
                 temporalimpactsofclimatechangeandhumanactivities  [33]HANJiqin,GELATAFT,GEMEDASC.Applicationof
                 onblueandgreenwaterresourcesinnorthwestriverbasins  MKtrendandtestofSen ’sslopeestimatortomeasureim
                 ofChina [J].EcologicalIndicators,2024,160:111823.  pactofclimatechangeontheadoptionofconservationag
            [19]"[ò, sýþ, 1—‚, Q. ÆÇ*ovŸ „P!Õ                      riculturein Ethiopia [J]. JournalofWaterClimate
                 hƒnØ`I.T„…›V()[J]. I—,2023,43                     Change,2023,14(3):977988.
                 (2):6671+77.                                 [34]XULi,GAOGuangyao,WANGXiaofeng,etal.Distin
            [20]Y»0. ¬:ƒvnÜÿ«¦„P´¡Ö&I—Î                           guishingtheeffectsofclimatechangeand vegetation
                 $Tš›[D]. _@: !"YZ%lZ,2022.                        greeningonsoilmoisturevariabilityalongariditygradient
            [21] #, $é', Õ§%, Q. ÆÇ„P!c:ƒo~I                      inthedrylandsofnorthernChina [J].Agriculturaland
                 „…HP´•–›V[J]. I—vŠ#$vŠ,2023,                     ForestMeteorology ,2023,343:109786.
                 50(5):3952.                                  [35]BENNOURA,JIALi,MENENTIM,etal.Calibration
            [22]¨a&, ¨ÞØ, Yö6, Q. o~ӗJBÃÓÚ¡¬                      andvalidationofSWATmodelbyusinghydrologicalre
                 :ƒlP„}'ӁTš›[J]. ;¦Zš,2021,41                    motesensingobservablesintheLakeChadBasin [J].Re
                 (18):71387152.                                   moteSensing,2022,14(6):1511.
            [23]( ), qè», *ÌD, Q. !/Ì¬:ƒvnS 60                [36]XULi,GAOGuangyao,WANGXiaofeng,etal.Distin
                 a ÆÇ*ˆRÆÇ„PQ©†½[J]. lÆYZZš,                       guishingtheeffectsofclimatechangeand vegetation
                 2020,43(6):10421055.                             greeningonsoilmoisturevariabilityalongariditygradient
            [24]jœ+, ýII, jé, Q. c:Ö&ˆRI—ÆOA                      inthedrylandsofnorthernChina[J].Agriculturaland
                 1„…„PQ©´¡BÃTš›[J]. IYZ»˜,                        ForestMeteorology ,2023,343:109786.
                 2021,32(6):867876.                           [37][kò, â¸, -—., Q. ¬:ƒ"ęIS 30 T
            [25]AHMEDN,WANGGenxu,LHaishen,etal.Attribu           ovŸ „P;¦jP„…Q©[J]. ’3YZ,2024,
                 tionofchangesinstreamflowtoclimatechangeandland   49(4):208220.
                 coverchangeinYangtzeRiversourceregion,China[J].  [38]îj4, `c6, –/Ü, Q. ú5“ WØ$” c:Ö&
                 Water ,2022,14(2):259.                            I;¦•–¢¥Ty‚[J]. •–YZ(),2020,33
            [26]MAHMOODR,JIAShaofeng,AIZhipin.Projectedin         (5):10751080.
                 tensifiedhydrologicalprocessesinthethreeriverheadwa  [39]NIENing,LITing,MIAOYiyi,etal.Asymmetryofblue
                 terregion ,QinghaiTibetanPlateau[J].WaterResources  andgreenwaterchangesintheYangtzeriverbasin,Chi
                 Research,2024,60(5):e2023WR036072.                na,examinedbymultiwatervariablecalibratedSWAT
            [27]». ÆÇ„P!c:ƒn7³I‚ƒH„Q©                           model [J].JournalofHydrology,2023,625:130099.
                 ß«ï[D]. ·×: c:YZ%,2020.                      [40]£Z, 1ª., Õ0, Q. Õh!qBÄP¡I.
            [28]á “. ÆÇ„PF4!£Síw()»˜‰@: !                         àPT𛆽[J]. 7˜Õh,2016,38(10):712.
                 /ÌTI—、 BÃJo~íG[J]. vÉYZ»˜,                   [41]SUNShanlei,LIUYibo,CHENHaishan,etal.Causesfor
                 2024,39(1):4655.                                 theincreasesinbothevapotranspirationandwateryieldover
            [29]XIAOJianyong,XIEBinggeng,ZHOUKaichun,etal.         vegetatedmainlandChinaduringthelasttwodecades[J].
                 Responsesofhydrologicalprocessestovegetationgreening  AgriculturalForestMeteorology,2022,324:109118.
                 andclimatechangeinsubtropicalwatersheds[J].Journal  [42]ZHANGBaoqing,TIANLei,YANGYuting,etal.Reve
                 ofHydrology:RegionalStudies,2024,55:101946.       getationdoesnotdecreasewateryieldintheLoessPlateau
            [30]MARTENSB,MIRALLESDG,LIEVENSH,etal.GLEAM            ofChina[J].GeophysicalResearchLetters,2022,49
                 v3:satellitebasedlandevaporationandrootzonesoil  (9):e2022GL098025.
                 moisture[J].GeoscientificModelDevelopment,2017,  [43]ABATEBZ,ALAMINIEAA,ASSEFATT,etal.Mod
                 10(5):19031925.                                  elingclimatechangeimpactsonblueandgreenwaterof
            [31]MAHan,LIANGShunlin.DevelopmentoftheGLASS250       theKoboGolinaRiverindatascarceupperDanakilba
                 mleafareaindexproduct (version6)fromMODISdatau   sin ,Ethiopia[J].JournalofHydrology:RegionalStud
                 singthebidirectionalLSTM deeplearningmodel[J].Re  ies,2024,53:101756.
   47   48   49   50   51   52   53   54   55   56   57