Page 98 - 《水资源与水工程学报》2022年第6期
P. 98
9 4 & ' ( ) & * + , - 2022 $
Î|:LZ, &JnxnN}nN [14]óV, =#, Ðn8. 7à CMIP6 °R}@"
³Q|°, ¤Ï 2070 21 ³´HÝ«'G oÎ|nN¡é¢£[J]. r2wQNdNR,
QXË¡。 2022(3):1-7+12.
[15]Þ=î, A, i j, f.CMIP6 R¥j!ËgnN
¹PÄÅ[J]. .¿F,2021,40(3):547-558.
OP:
[16]jVï, óåú. 7à CMIP6 Î"aÞ«klÎ
[1]MYHREG,ALTERSKJAREK,STJERNCW,etal.Fre
|ÄÅ[J]. u¿F6Ú,2022,33(2):231-243.
quencyofextremeprecipitationincreasesextensivelywith
[17]ZAZULIEN,RUSTICUCCIM,RAGAGB.Regionalclimate
eventrarenessunderglobalwarming [J].ScientificRe
ofthesubtropicalcentralAndesusinghighresolutionCMIP5
ports,2019,9(1):16063.
models ———PartI:pastperformance(1980-2005)[J].
[2]HUYurong,MASKEYS,UHLENBROOK S.Trendsin
ClimateDynamics,2007,49(11-12):3937-3957.
temperatureand rainfallextremesin theYellow River
[18]LOV, Ðd², :, f. 7à CMIP6 r2$Y
sourceregion,China[J].ClimaticChange,2012,110:
nx¿Z / nN¹
ÅPÎ|ÄÅ[J].
403-429.
,Õc66Ú( g6ú),2021,54(1):46-57+81.
[3]óûû, _.1960-2014 yzx¿Z}¡é
[19]ZHOUBotao,XUYing,WUJia,etal.Changesintem
¼z[J]. Y]-6,2015,35(12):1640-1647.
peratureandprecipitationextremeindicesoverChina:A
[4]ó, æå#, Ó. }@"oónN°O,Å
nalysisofahighresolutiongriddataset [J].International
¼zP(n[J]. }@"oQR(st,2021,30(1):
JournalofClimatology,2016,36(3):1051-1066.
111-121.
[20]ʪ·Â
@, ÿ
·Â:ܨ
, SÕT,
[5]., & %. FµW@"oxnN¹PÄÅ
f. NgÝçM"o£"¡é¿£XP(ÆÇÝ
[J]. òe,2021,43(2):580-558.
J[J]. Nelé6Ú,2020,34(6):198-210.
[6]8 }, o(, t, f. ~@"oÀÝxnN}M
[21]Î, þ@*. 7à Morlet MÉ=!£"¡éP
y ¡¼z[J]. NRR-6,2021,39(7):1-4+15.
(Ý[J]. Nelé&J,2019,26(2):208-
[7]Þ$D, ÐVp, ', f.1971-2018 Õ@"o6
215.
νnNMy¼z [J]. NQR(Ngh6Ú,
[22]MOSIERTM,HILLDF.SHARPKV.30Arcsecond
2020,31(6):80-87.
monthlyclimatesurfaceswithgloballandcoverage [J].
[8]Sò8, û. @$ª-gÏ78nNÄv
InternationalJournalofClimatology ,2013,34(7):
ru[J]. Cg}@,2017,48(S1):82-84+100.
2175-2188.
[9]o !, _VÍ, ,, f. 7àc¬$ª-
[23]THEME β LMJ,GOBIETA,HEINRICHG.Empirical-
gÏnÞÄvru[J]. N*+,2018(10):
statisticaldownscalinganderrorcorrectionofregionalcli
33-36+41.
matemodelsanditsimpactontheclimatechangesignal
[10]j Í, : 4, ª5Ê ·
, f. 7à ARIMA
[J].ClimaticChange,2012,112(2):449-468.
GA-Elman ËÖÖhå % n N ¨ Ä v & J
[24]É , 3O, Ðap, f. Q.Þ²nN¡é¼z
[J]. å%w-6,2015,52(6):1093-1098.
[J]. Ü]ghc66Ú,2020,35(5):565-571.
[11]WEIMeng,SHUQi,QIAOFangli,etal.CouldCMIP6
[25]v f, *, O, f. Î"YnxnN¡é¢
climatemodelsreproducetheearly2000sglobalwarming
£[J]. ¿F-6,2015,35(5):581-586.
slowdown ?[J].ScienceChinaEarthSciences,2021,
[26]Ð §, óS. Ò 48 Î"YnnNÞö¿À
64(6):853-865.
¡é¼z[J]. .¿F,2014,33(2):372-383.
[12]GAOChao,SUBuda,KRYSANOVAV,etal.A439
[27]Þô?, v T, j}p. §
CMIP5¿ÀR
yearsimulateddailydischargedataset (1861-2299)for
CMIP6 Y¶[\R'q[J]. ¿À¡é&J©q,
theupperYangtzeRiver ,China[J].EarthSystem Sci
2018,14(6):643-648.
enceData ,2020,12(1):387-402.
[28]= ô, ó÷ú, =%, f.CMIP6µ¶¿ÀR¥r
[13]o%, ®, V9, f. S&Ô2T¨RD¾
2xnN¹
ÅP(( CMIP5D¾
9:(CMIP6) [J]. ¿À¡é&J©q,2019,15
[J]. ¿F6Ú,2021,79(3):369-386.
(5):445-456.