Page 26 - 2024年第55卷第5期
P. 26

(4):1291 - 1306.
                [12] JIAZ,LIUS,XU Z,etal.ValidationofremotelysensedevapotranspirationovertheHaiRiverBasin,China
                       [J].JournalofGeophysicalResearchAtmospheres,2012,117:D13113.
                [13] 胡德勇.中国陆表人为热排放通量数据集(2000—2016)[EB?OL].(2023 - 09 - 16).https:??poles.tpdc.ac.cn?
                       zh - hans?data?637e99a1 - be38 - 4a9f - 8af9 - a8600e13d568?.
                [14] WANGS,HUD,YUC,etal.MappingChina’stime - seriesanthropogenicheatfluxwithinventorymethodand
                       multi - sourceremotelysenseddata[J].ScienceoftheTotalEnvironment,2020,734:139457.
                [15] WANGS,HU D, CHEN S, etal.A partitionmodelingforanthropogenicheatfluxmappinginChina[J].
                       RemoteSensing ,2019,11(9):1132.
                [16] FISHERJB,TUK,BALDOCCHID D.Globalestimatesoftheland - atmospherewaterfluxbasedonmonthly
                       AVHRRandISLSCP - IIdata ,validatedat16FLUXNETsites[J].RemoteSensingofEnvironment,2008,112:
                      901 - 919.
                [17] CHENGL,ZHANGL,WANGYP,etal.Recentincreasesinterrestrialcarbonuptakeatlittlecosttothewater
                       cycle [J].NatureCommunications,2017,8(1):110.
                [18] ZHANGX,SONG P.EstimatingUrbanEvapotranspirationat10m resolutionusingvegetationInformationfrom
                       Sentinel - 2 :AcasestudyfortheBeijingSpongeCity[J].RemoteSensing,2021,13(11):2048.
                [19] ZHANGY,KONGD,GANR,etal.Coupledestimationof500mand8 - dayresolutionglobalevapotranspiration
                       andgrossprimaryproductionin2002 —2017[J].RemoteSensingofEnvironment,2019,222:165 - 182.
                [20] ZHANGY,PEA - ARANCIBIAJL,MCVICARTR,etal.Multi - decadaltrendsinglobalterrestrialevapotrans
                       pirationanditscomponents [J].ScientificReports,2016,6(1):19124.
                [21] 李瑾璞.基于 InVEST模型的土地利用变化与生态系统碳储量研究———以雄安新区为例[D].保定:河北
                       农业大学,2020.
                [22] 朱丽亚,胡克,孙爽,等.基于 InVEST模型的辽宁省海岸带碳储量时空变化研究[J].现代地质,2022,
                      36(1):96 - 104.
                [23] AINSWORTHEA,LONGSP.Whathavewelearnedfrom15yearsoffree - airCO enrichment(FACE)?Ameta -
                                                                                   2
                       analyticreviewoftheresponsesofphotosynthesis,canopypropertiesandplantproductiontorisingCO [J].New
                                                                                                 2
                       Phytologist ,2005,165(2):351 - 372.
                [24] KEENANTF,HOLLINGERDY,BOHRERG,etal.Increaseinforestwater - useefficiencyasatmosphericcar
                       bondioxideconcentrationsrise[J].Nature,2013,499(7458):324 - 327.
                [25] BEERC,CIAISP,REICHSTEINM,etal.Temporalandamong - sitevariabilityofinherentwateruseefficiency
                       attheecosystem level [J].GlobalBiogeochemicalCycles,2009,23(2):GB2018.
                [26] MEDLYNBE,ZAEHLES,KAUWEM D,etal.Usingecosystemexperimentstoimprovevegetationmodels[J].
                       NatureClimateChange ,2015,5(6):528 - 534.
                [27] HUANGM,PIAOS,SUNY,etal.Changeinterrestrialecosystemwater - useefficiencyoverthelastthreedec
                       ades[J].GlobalChangeBiology,2015,21(6):2366 - 2378.
                [28] DEKKERSC,GROENENDIJKM,BOOTHBBB,etal.Spatialandtemporalvariationsinplantwater - useeffi
                       ciencyinferredfromtree - ring,eddycovarianceandatmosphericobservations[J].EarthSystemDynamics,2016,
                      7(2):525 - 533.
                [29] REICHSTEINM,BAHNM, MAHECHA M, etal.Linkingplantandecosystem functionalbiogeography[J].
                       ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesofAmerica ,2014,111(38):13697 -
                       13702.
                [30] ANAVA,FRIEDLINGSTEINP,BEERC,etal.Spatiotemporalpatternsofterrestrialgrossprimaryproduction:
                       Areview[J].ReviewsofGeophysics,2015,53(3):785 - 818.
                [31] RAMAMURTHYP,BOU - ZEIDE.Contributionofimpervioussurfacestourbanevaporation[J].WaterResourse
                       Research,2014,50:2889 - 2902.







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