Page 26 - 《水资源与水工程学报》2022年第4期
P. 26
2 2 & ' ( ) & * + , - 2022 $
[5]WICHELNSD.Thewater-energy-foodnexus:Isthein dinationdegreeofproduction ,livingandecologicalspaces
creasingattentionwarranted,fromeitheraresearchorpoli anditsinfluencingfactorsintheYellowRiverBasin[J].
cyperspective?[J].EnvironmentalScienceandPolicy, JournalofCleanerProduction,2021,298:126803.
2017,69:113-123. [19]^E.~Í?P9|å.2019 c^P9KL·[R].
[6] YAN Xingchen,FANG Lan,MU Lan.How doesthe _: ^E.~Í?P9|å,2020.
water-energy-foodnexusworkindevelopingcountries ? [20]CHENYiping,FUBojie,ZHAOYan,etal.Sustainable
AnempiricalstudyofChina[J].ScienceoftheTotalEn developmentintheYellowRiverBasin:Issuesandstrate
vironment,2020,716:134791. gies[J].JournalofCleanerProduction,2020,263:
[7]RAVARZ,ZAHRAIEB,SHARIFINEJADA,etal.Sys 121223.
temdynamicsmodelingforassessmentofwater-food-en [21]ZHANGQiang,XUChongyu,YANGTao.Variabilityof
ergyresourcessecurityandnexusinGavkhunibasininIran waterresourceintheYellowRiverbasinofpast50years,
[J].EcologicalIndicators,2020,108:105682. China[J].WaterResourcesManagement,2009,23
[8] LIN Yingchen,LIN Chiachun,LEE Mengshan,etal. (6):1157-1170.
Comprehensiveassessmentofregionalfood-energy-water [22]¸à×, ké, ¥ ^, s. B]k<i,-M¥
nexuswithGISbasedtool [J].Resources,Conservation bf4ê"ó*ØÇ'[J]. ¤ÙKLI·,
andRecycling ,2019,151:104457. 2021,36(1):176-195.
[9]DARGINJ,DAHERB,MOHTARRH.Complexityver [23]ÙÚÛ, ê Ü, ®ÝÞ. ^+°Ã9、 DL、 #$åv
sussimplicityinwaterenergyfoodnexus (WEF)assess §&[J]. ^P{e·ß,2014(1):109-111.
menttools [J].ScienceoftheTotalEnvironment,2019, [24]%,», õàá. B]^f@i,-?¥bf4
650(Part1):1566-1575. ,45[J]. .~B],2021,43(2):1-5.
[10]NIVAV,CAIJialiang,TAKAM,etal.China’ssustain [25]â ó, ã:ä. B]k<KL0s¶i3FGzj*
ablewater-energy-foodnexusby2030 :Impactsofur ^gÍy[J]. ¤ÙKLI·,2021,36(1):223-239.
banizationonsectoralwaterdemand[J].Journalof [26]ºóä, ±ßå, Ñdæ, s. B]k<<{eH?
CleanerProduction ,2020,251:119755. Ggi¨[J]. .Ä@F,2016,31(5):119-125.
[11]OZTURK I.Sustainabilityinthefood-energy-water [27]PQô$.s¶ÚÌ{eç. ^Ps¶ô$c.
nexus :EvidencefromBRICS(Brazil,theRussianFeder (2001-2019)[M]. _: ^Pô$"ÙÚ,2019.
ation ,India,China,andSouthAfrica)countries[J]. [28]ôÂà, 70ÿ. ^P#9 - DL - #$ê3v
Energy ,2015,93:999-1010. *ÆÇÍy45[J]. ^P.p·KLMNO,2020,30
[12]Õüý, S», /CD, s. ﯓ 9 - DL - $ - (1):120-128.
i” ÏÍ"ó?ÐÑ78Ò]k<9 [29]Ô³Õ, âóD. ^P9KL - DL - #$êóô¹
¨[J]. @FI·,2020,75(5):1036-1052. ºwx*G"¨ [J]. 9KL , -,2018,34
[13]LIANGSai,QUShen,ZHAOQiaoting,etal.Quantif (5):1-8.
yingtheurbanfood-energy-waternexus :Thecaseof [30]® ý, 6(à, ®è2. ^PA<st«9»¤w
theDetroitmetropolitanarea[J].EnvironmentalScience x* 0ø¨[J]. @F45,2012,31(7):1305-
&Technology ,2019,53(2):779-788. 1316.
[14]® Ä, ôXÓ, Ûóí, s. ï¯ ESDA6ßB]k< [31]ìQé. `olß],#¶ëf4DEw
9¬Ôÿv*G"¨[J]. NO$IM%ð, ^'[J]. KL$I,2004,26(1):113-119.
2021,44(2):196-202. [32]®êê, ëìE, ôíh, s. ï¯lߧD#st
[15]OMERA,ELAGIBN,MAZhuguo,etal.Waterscarcity «brv*GH?¨[J]. @F$I,2013,33
intheYellowRiverBasinunderfutureclimatechangeand (11):1323-1329.
humanactivities [J].ScienceoftheTotalEnvironment, [33]DONGFugui,LIWanying.Researchonthecouplingco
2020,749:141446. ordinationdegreeof“upstream -midstream -down
[16]Ï>ù, ¸Ê¼, Ô³Õ. B]k<9 - DL - #$¹ stream ”ofChina’swindpowerindustrychain[J].Jour
ºóôê3f445[J]. 9KL,-,2021,37 nalofCleanerProduction ,2021,283:124633.
(1):69-78. [34]XUShasha,HEWeijun,SHENJuqin,etal.Coupling
[17]Fµ, /, ® Ö, s. B]k<9KL - DL - #$ andcoordinationdegreesofthecorewater-energy-food
3½§«[J]. 9$Io4,2017,28(5):681-690. nexusinChina [J].InternationalJournalofEnvironmen
[18]LIJiangsu,SUNWei,LIMingyue,etal.Couplingcoor talResearchandPublicHealth,2019,16(9):1648.