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地理学报  2013 

1990-2010年中国土地覆被变化引起反照率改变的辐射强迫

, PP. 875-885

Keywords: 生态区,下行短波辐射,地表辐射强迫,中国,地表反照率,土地覆被变化

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Abstract:

土地覆被变化通过改变地表反照率而影响地表辐射收支与能量平衡,从而对区域和全球气候产生影响。本文利用高时空分辨率遥感数据分析1990-2010年中国土地覆被变化改变地表反照率的时空驱动机制,并计算全国50个生态区地表反照率变化导致的年际尺度辐射强迫,揭示土地覆被变化在生态区尺度上影响气候变化的生物地球物理机制。结果表明1990-2010年全国土地覆被变化以耕地开垦、草地沙化、城市化等人类土地利用活动导致的土地覆被变化最为明显,全国草地与林地面积分别减少了0.60%和0.11%;建设用地和耕地面积分别增加了0.60%和0.19%。全国土地覆被变化通过改变地表反照率引起的平均辐射强迫为0.062W/m2,表现为增温的气候效应,但在生态区尺度辐射强迫空间差异很大。京津唐城镇与农城郊农业生态区主要土地覆被变化为耕地转为建设用地,引起地表反照率降低了0.00456,产生0.863W/m2的辐射强迫,表现为增温的气候效应;而三江平原温带湿润农业与湿地生态区主要的土地覆被变化为林草地转为耕地,引起地表反照率升高了0.00152,产生-0.184W/m2的辐射强迫,表现为降温的气候效应。

References

[1]  LiQiaoping,DingYihui,DongWenjie.Anumericalsimulationofimpactofhistoricalland-usechangesonregionalclimateinChinasince1700.ActaMeteorologicaSinica,2006,64(3):257-270.[李巧萍,丁一汇,董文杰.中国近代土地利用变化对区域气候影响的数值模拟.气象学报,2006,64(3):257-270.]
[2]  BarnesCA,RoyDP.Radiativeforcingovertheconterminousunitedstatesduetocontemporarylandcoverlandusealbedochange.GeophysicalResearchLetters,2008,35(9):L09706.
[3]  O'HalloranTL,LawBE,GouldenMLetal.Radiativeforcingofnaturalforestdisturbances.GlobalChangeBiology,2012,18(2):555-565.
[4]  FlannerMG,ShellKM,BarlageMetal.RadiativeforcingandalbedofeedbackfromtheNorthernHemispherecryospherebetween1979and2008.NatureGeoscience,2011,4(3):151-155.
[5]  Ni-MeisterW,GaoHL.Assessingtheimpactsofvegetationheterogeneityonenergyfluxesandsnowmeltinborealforests.JournalofPlantEcology,2011,4(1/2):37-47.
[6]  vandenBroekeM,SmeetsP,EttemaJetal.Surfaceradiationbalanceintheablationzoneofthewestgreenlandicesheet.JournalofGeophysicalResearch,2008,113(D13):D13105.
[7]  ThomA,StewartJ,OliverHetal.Comparisonofaerodynamicandenergybudgetestimatesoffluxesoverapineforest.QuarterlyJournaloftheRoyalMeteorologicalSociety,2006,101(427):93-105.
[8]  ClaussenM,BrovkinV,GanopolskiA.Biogeophysicalversusbiogeochemicalfeedbacksoflarge-scalelandcoverchange.GeophysicalResearchLetters,2001,28(6):1011-1014.
[9]  PielkeSrRA.Landuseandclimatechange.Science,2005,310(5754):1625-1626.
[10]  BettsRA.Biogeophysicalimpactsoflanduseonpresent-dayclimate:Near-surfacetemperaturechangeandradiativeforcing.AtmosphericScienceLetters,2001,2(1-4):39-51.
[11]  BettsRA,FalloonPD,GoldewijkKKetal.Biogeophysicaleffectsoflanduseonclimate:Modelsimulationsofradiativeforcingandlarge-scaletemperaturechange.AgriculturalandForestMeteorology,2007,142(2-4):216-233.
[12]  BrovkinV,ClaussenM,DriesschaertEetal.Biogeophysicaleffectsofhistoricallandcoverchangessimulatedbysixearthsystemmodelsofintermediatecomplexity.ClimateDynamics,2006,26(6):587-600.
[13]  BrovkinV,SitchS,VonBlohWetal.RoleoflandcoverchangesforatmosphericCO2increaseandclimatechangeduringthelast150years.GlobalChangeBiology,2004,10(8):1253-1266.
[14]  SchimelD,MelilloJ,TianHetal.ContributionofincreasingCO2andclimatetocarbonstoragebyecosystemsintheunitedstates.Science,2000,287(5460):2004-2006.
[15]  RotenbergE,YakirD.Contributionofsemi-aridforeststotheclimatesystem.Science,2010,327(5964):451-454.
[16]  LeeX,GouldenML,HollingerDYetal.Observedincreaseinlocalcoolingeffectofdeforestationathigherlatitudes.Nature,2011,479(7373):384-387.
[17]  BalaG,CaldeiraK,MirinAetal.Biogeophysicaleffectsofco2fertilizationonglobalclimate.TellusSeriesB:ChemicalandPhysicalMeteorology,2006,58(5):620-627.
[18]  HansenJ,SatoM,RuedyR.Radiativeforcingandclimateresponse.JournalofGeophysicalResearch,1997,102(1997):6831-6864.
[19]  AndrewsT,ForsterPM,GregoryJM.Asurfaceenergyperspectiveonclimatechange.JournalofClimate,2009,22(10):2557-2570.
[20]  SolomonS,QinD,ManningMetal.ClimateChange2007:ThePhysicalScienceBasis:WorkingGroupIContributiontotheFourthAssessmentReportoftheIPCC.Campridge:CambridgeUniversityPress,2007.
[21]  MyhreG,MyhreA.Uncertaintiesinradiativeforcingduetosurfacealbedochangescausedbyland-usechanges.JournalofClimate,2003,16(10):1511-1524.
[22]  PitmanA,deNoblet-DucoudréN,CruzFetal.Uncertaintiesinclimateresponsestopastlandcoverchange:Firstresultsfromthelucidintercomparisonstudy.GeophysicalResearchLetters,2009,36(14):L14814.
[23]  PielkeSrRA,MarlandG,BettsRAetal.Theinfluenceofland-usechangeandlandscapedynamicsontheclimatesystem:Relevancetoclimate-changepolicybeyondtheradiativeeffectofgreenhousegases.PhilosophicalTransactionsoftheRoyalSocietyofLondonSeriesA:Mathematical,PhysicalandEngineeringSciences,2002,360(1797):1705-1719.
[24]  MahmoodR,QuintanarAI,ConnerGetal.Impactsoflanduse/landcoverchangeonclimateandfutureresearchpriorities.BulletinoftheAmericanMeteorologicalSociety,2010,91(1):37-46.
[25]  WuL,LiuZ,LiCetal.Extratropicalcontrolofrecenttropicalpacificdecadalclimatevariability:Arelayteleconnection.ClimateDynamics,2007,28(1):99-112.
[26]  MyhreG,KvalevagMM,SchaafCB.Radiativeforcingduetoanthropogenicvegetationchangebasedonmodissurfacealbedodata.GeophysicalResearchLetters,2005,32(21):L21410.
[27]  DavinEL,deNoblet-DucoudreN,FriedlingsteinP.Impactoflandcoverchangeonsurfaceclimate:Relevanceoftheradiativeforcingconcept.GeophysicalResearchLetters,2007,34(13):L13702.
[28]  DavidsonA,WangSS.Theeffectsofsamplingresolutiononthesurfacealbedosofdominantlandcovertypesinthenorthamericanborealregion.RemoteSensingofEnvironment,2004,93(1/2):211-224.
[29]  DickinsonRE.Landsurfaceprocessesandclimate-surfacealbedosandenergybalance//BARRYS.AdvancesinGeophysics,1983:305-353.
[30]  OlesonKW,BonanGB,LevisSetal.Effectsoflandusechangeonnorthamericanclimate:Impactofsurfacedatasetsandmodelbiogeophysics.ClimateDynamics,2004,23(2):117-132.
[31]  LoarieSR,LobellDB,AsnerGPetal.Directimpactsonlocalclimateofsugar-caneexpansioninBrazil.NatureClimateChange,2011,1(2):105-109.
[32]  AsnerGP,AlencarA.Droughtimpactsontheamazonforest:Theremotesensingperspective.TheNewPhytologist,2010,187(3):569-578.
[33]  ZhaoM,RunningSW.Drought-inducedreductioninglobalterrestrialnetprimaryproductionfrom2000through2009.Science,2010,329(5994):940-943.
[34]  LiuJ,LiuM,TianHetal.Spatialandtemporalpatternsofchina'scroplandduring1990-2000:Ananalysisbasedonlandsattmdata.RemoteSensingofEnvironment,2005,98(4):442-456.
[35]  CaoS,ChenL,YuX.ImpactofChina'sgrainforgreenprojectonthelandscapeofvulnerablearidandsemi-aridagriculturalregions:AcasestudyinnorthernShaanxiProvince.JournalofAppliedEcology,2009,46(3):536-543.
[36]  YangXuchao,ZhangYili,LiuLinshanetal.SensitivityofsurfaceairtemperaturechangetolandtypesinChina.ScienceChinaSeriesD-Earth,2009,14(5):638-646.[杨续超,张镱锂,刘林山等.中国地表气温变化对土地利用/覆被类型的敏感性.中国科学D辑:地球科学,2009,14(5):638-646.]
[37]  LiangS.Recentdevelopmentsinestimatinglandsurfacebiogeophysicalvariablesfromopticalremotesensing.ProgressinPhysicalGeography,2007,31(5):501-516.
[38]  LiuJY,TianHQ,LiuMLetal.China'schanginglandscapeduringthe1990s:Large-scalelandtransformationsestimatedwithsatellitedata.GeophysicalResearchLetters,2005,32(2):L02405.
[39]  GaoF,SchaafCB,StrahlerAHetal.Modisbidirectionalreflectancedistributionfunctionandalbedoclimatemodelinggridproductsandthevariabilityofalbedoformajorglobalvegetationtypes.JournalofGeophysicalResearch-Atmospheres,2005,110(D1):D01104.
[40]  JinY,SchaafCB,GaoFetal.Howdoessnowimpactthealbedoofvegetatedlandsurfacesasanalyzedwithmodisdata?GeophysicalResearchLetters,2002,29(10):1374.
[41]  LiangSL,ShueyCJ,RussAL,etal.Narrowbandtobroadbandconversionsoflandsurfacealbedo(II):Validation.RemoteSensingofEnvironment,2003,84(1):25-41.
[42]  SumnerDM,WuQL,PathakCS.Variabilityofalbedoandutilityofthemodisalbedoproductinforestedwetlands.Wetlands,2011,31(2):229-237.
[43]  WangKC,LiuJM,ZhouXJetal.ValidationoftheMODISgloballandsurfacealbedoproductusinggroundmeasurementsinasemidesertregionontheTibetanPlateau.JournalofGeophysicalResearch:Atmospheres,2004,109(D5):D05107.
[44]  SchaafCB,GaoF,StrahlerAH,etal.Firstoperationalbrdf,albedonadirreflectanceproductsfrommodis.RemoteSensingofEnvironment,2002,83(1/2):135-148.
[45]  DeeD,UppalaS,SimmonsAetal.Theera-interimreanalysis:Configurationandperformanceofthedataassimilationsystem.QuarterlyJournaloftheRoyalMeteorologicalSociety,2011,137(656):553-597.
[46]  ZhangZengxiang,ZhaoXiaoli,WangXiaoetal.ChineseLandUseRemoteSensingMonitoring.Beijing:StarMapPress,2012:102-123.[张增祥,赵晓丽,汪潇等.中国土地利用遥感检测.北京:星球地图出版社,2012:102-123.]
[47]  LiuHP,RandersonJT.Interannualvariabilityofsurfaceenergyexchangedependsonstandageinaborealforestfirechronosequence.JournalofGeophysicalResearch:Biogeosciences,2008,113(G1):G01006.

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