Page 29 - 《水资源与水工程学报》2022年第2期
P. 29

! 2#         7 f, 9: HI SWAT ghFGijk<=l、 m&'(Jnopqrst                                         2 5

            &ÛÆp|“¹, ¡ËDâcd¹mqÄLUVW                              tershed [J].TheoreticalandAppliedClimatology,2019,
            …w‰UVW…phº’“, 4qAU/žp]                              136(1-2):169-184.
            ¾œLUVW…w‰UVW…prs, (çœHIÈ                           [8]VELPURINM,SENAYGB.Partitioningevapotranspiration
                                                                  intogreenandbluewatersourcesintheconterminousUnited
            ApUVWmŸ(%Ö)*gãŽ。
                                                                  States[J].ScientificReports,2017,7(1):6191.
            5 O R                                              [9]㠙, PQ(. +‹ SWAT š›p¨UAL‰Ugm
                                                                  qüÖ/•æ›p‰UÍÎ4F[J]. UVWgUa
                 (1) ç4F¾éÄHIÈA SWATš›, à
                                                                  %Ý,2013,24(4):6-10.
                                             2
            œš›mŸÄ•Hgkœ, •HŸ R T 0.95,ENS
                                                               [10]㠙. ‡ˆD✱~AUVWqðñ°…rs4
                                          2
            T 0.94,PBIAS T 4.9; kœŸ R T 0.93,ENST                  F[D]. ­8: ­GbØ3%,2014.
            0.92,PBIAS T -2.7, š›šìp¡KL。                       [11]ï Ë, EF, © _, ". VWÈAŠAœ‡ˆwü
                 (2) HIÈA²¤Ç¿ºU…T 931mm, ¬­                       Ö/•DâpsØ[J]. UVWgUa%Ý,2020,31
            LUVW…T 386mm, ÆUVWb…p 41.5%; ‰U                        (3):110-118.
            VW…T 545mm, ÆUVWb…p 58.5%。1981-                    [12]£6X, ªÓº, J Y, ". +‹ CMADS w SWAT š›
            2020 ¤A^ºU…w‰UVW…§nÛª«, LU                            pY*–~AU˜Úšì[J]. UVWgUa%
                                                                   Ý,2021,32(2):116-123.
            VW…§stª«, ¾D⪫¿mËÌ。•›U˜
                                                               [13]NASIRIS,ANSARIH,ZIAEIAN.Simulationofwater
            ¤HÅpLUVW…DâËÌ, ç‰UVW…Dâª
                                                                   balanceequationcomponentsusingSWATmodelinSa
            «mËÌ, T“U¤、 ÇU¤、 T\U¤pLUVW…
                                                                   malqanWatershed (Iran)[J].ArabianJournalofGeosci
            h™T 165.61、456.71 w 643.70mm, ‰Uµ™k•
                                                                   ences,2020,13(11):421.
            ›U˜¤pDâÍÎK3, T\U¤T 46.28%, ÇU
                                                               [14]ñÒ_, T «, â Ü, ". x~oµÇU`Dâ)µgŽ
            ¤T 54.43%, T“U¤T74.99%。                                ¿4F[J]. UVWgUa%Ý,2019,30(6):144-149.
                 (3) HIÈALUVW…w‰UVW…§|                        [15]LIUX,RENL,YUANF,etal.Quantifyingtheeffectof
            GgºU…+ç¼qphº)µ, §|(¨Õ´¹                                landuseandlandcoverchangesongreenwaterandblue
            ÕwsÒ7n3、 ¯t°²p¹Å¾Z。                                    waterinnorthernpartofChina [J].HydrologyandEarth
                                                                   SystemSciences ,2009,13(6):735-747.
            }~LM:                                              [16]c d, ¬f$, J ­, ". ‰UVW4Fm‡q}A
                                                                   [J]. ­ö®¯VWgÄ*,2020,41(1):173-184.
            [1]7/†, Ó¢º, @ \, ". £¤~AUVW€}~
                4F[J]. ­ö®CU/Uú,2020(9):84-89+94.              [17]@€Q, @_3, T®¯, ". ‡ˆDâwOæ踜f
                                                                   ~ALU‰Urs4F [J]. Ö Ž ( %,2016,36
            [2]楥, Zâ.. AUVW*:ïí½ë•í}~qrì
                                                                   (4):571-579.
                žhi[J]. UVWgUa%Ý,2021,32(1):43-50.
            [3]FALKENMARKM.Copingwithwaterscarcityunderrapid   [18]SCHUOLJ,ABBASPOUR K C,YANG Hong,etal.
                populationgrowth [C]//ConferenceofSADC Minister.    ModelingblueandgreenwateravailabilityinAfrica [J].
                Preoria ,1995:23-24.                                WaterResourcesResearch,2008,44(7):81-98.
            [4]¦O], T7ö. §~AL‰Uk•›¤xpr¹Í                      [19]hij, Z0°, ÓÔÕ, ". +‹ SWAT š›p~A
                ÎT„[J]. ­8=¯3%%Ý,2013,35(3):1-10.                  LU‰UVW…r¹hº4F[J]. oÈAVWg
            [5]MAOGanquan,LIUJunguo,HANFeng,etal.Assessing         cd,2019,28(1):39-47.
                theinterlinkageofgreenandbluewaterinanaridcatch  [20]â˜j, Jªù, ±é¼, ". +‹ SWAT š›p}~W
                mentinNorthwestChina[J].EnvironmentalGeochemistry  ÄL / ‰UVWr¹hºT„4F[J]. ­ö®CU/
                andHealth ,2020,42(1):933-953.                     Uú,2021(8):59-66.
            [6]YUANZhe,XUJijun,WANGYongqiang.Historicaland     [21]A ², 6ÿ©. HIÈAˆ³‡>wºUr¹Dâ
                futurechangesofbluewaterandgreenwaterresourcesin   T„hi [J]. ´µbØ%j%Ý ( ì í ( % %),
                theYangtzeRiversourceregion ,China[J].Theoreticaland  2021,20(1):42-49.
                AppliedClimatology ,2019,138(1-2):1035-1047.   [22]Z ¶, Z·¸, 7 £, ". üÖ/•w‡ˆDâœHI
            [7]FARSANIIF,FARZANEHM R,BESALATPOURAA,                ÈAU˜T„prs[J]. Uü:4F,2019,26
                etal.Assessmentoftheimpactofclimatechangeonspati  (1):135-142.
                otemporalvariabilityofblueandgreenwaterresourcesun  [23]ã j, ¹°º, U,», ".2000-2019 HIÈA$
                derCMIP3andCMIP5modelsinahighlymountainouswa      8ÔÕr¹DâT„q‡ˆsØhi[J]. oÈAV
   24   25   26   27   28   29   30   31   32   33   34