Page 83 - 《水资源与水工程学报》2023年第5期
P. 83
! 5# ÄÅÆ, H:DEMÇÁdªPÈ~À SWAT &ÉÊËO6———ÌÍ]^_ÎJ 7 9
sesofvariationsinsedimentyieldintheJingheRiverBa (2):223-233.
sin,China[J].ScientificReports,2020,10:18045. [25]#[Ö, $%, )K&.SWAT ³Ñ38ÔÕHÔÄ
[19]ô e, ÅÇQ, _ ô, ê.SWAT³¡.ÔÕCX %·|¸¹[J]. (MF3,2020,41(12):27-31+52.
YÀ¸¹·|x¯h¾ñIxy[J]. XY*#+ [26]SINGHA,JHASK.Identificationofsensitiveparameters
J,2020,33(11):2571-2580. indailyandmonthlyhydrologicalsimulationsinsmallto
[20]ü`-, ÒÖ, ý. 2¬ù TOPSIS xyÒ largecatchmentsincentralIndia [J].JournalofHydrolo
þ[\rÓ8ÅCÒ[jÍ[J]. KÇ øHI# gy ,2021,601:126632.
$,2018,36(12):1306-1311. [27]) ~, )á½, 0!, ê. ¾~¦ÎÀr SWAT
[21]CARRERA-HERNANDEZJJ.NotallDEMsareequal:an ³k:µ H Ô À · | ¸ ¹ [J]. C ç $ E * #,
evaluationofsixgloballyavailable30m resolutionDEMs 2017,35(8):27-30+44.
withgeodeticbenchmarksandLiDARinMexico [J].Re [28]AL-KHAFAJIM,SAEEDFH,AL-ANSARIN.The
moteSensingofEnvironment ,2021,261:112474. interactiveimpactoflandcoverandDEMresolutiononthe
[22]ÿÿ, R;Ø.SWAT ÔÕÙ¦³ÁÇa accuracyofcomputedstreamflowusingtheSWATmodel
|z®«¸¹ [J]. 3 ` k # # $ ( 0 1 * # i), [J].WaterAirandSoilPollution,2020,231:416.
2019,59(10):866-872. [29]KHOIDN,THOMVT.Parameteruncertaintyanalysisfor
[23]%Áh, È!, kLh, ê.DEMªÃE«¦ÎÀ simulatingstreamflowinarivercatchmentofVietnam[J].
HEC-HMS C5À|PQ[J]. C*#®Ù,2015, GlobalEcologyandConservation ,2015,4:538-548.
26(5):624-630. [30]Ñ7, %#;, d P. saÕdà|]¨Ð@a
[24])È5, ) ", ?ô;, ê.2000-2020 jõµÔÕÍ Õ|ÁN໿C/òI¯[J]. @äj#$,
fºÚq«C6Ûd[J]. ·.9À,2022,42 2021,64(6):1869-1884.
檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵檵
( x 69 y) E,£
C+J [J]. ª«H I # $,2013,29
(2):93-100.
[39]' ç, 0(÷, qü, ê. ó3na 2010—2020 j
[42],x, ) ò, -l. 2 SWAT sÒf¾pS
Vuø$Û°±«PQYf[J]. Cuð
xy|7K[J]. (M´µ,2017,39(1):24-29.
$,2021,41(6):288-294+376.
[43]ZEIGERSJ,OWENM R,PAVLOWSKYRT.Simula
[40]K}ï, )×, K;, ê. 2 SWAT |ñª
tingnonpointsourcepollutantloadinginakarstbasin :a
«8ÔÕ,¬õۦϰ±«E)§[J]. ù
SWATmodelingapplication [J].ScienceoftheTotalEn
*#,2022,34(2):517-527.
vironment ,2021,785:147295.
[41])Ù*, . q, ++. 2 SWAT |8ÔÕf