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OALib Journal期刊
ISSN: 2333-9721
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基于HASM的中国森林植被碳储量空间分布模拟
DOI: 10.11821/dlxb201309005, PP. 1212-1224
Keywords: 驱动场,精度控制条件,HASM,LPJ-Guess,森林碳储量
Abstract:
当前区域尺度上森林碳储量估算主要依据森林资源清查数据,整个过程不仅消耗大量人力、物力,而且十分耗时,严重影响了森林碳储量估算的时效性。针对这一问题,本文提出了基于HASM的森林植被碳储量模拟方法,该方法以全球植被动态模型LPJ-Guess输出的植被碳储量为驱动场,以森林清查样地数据为精度控制点,模拟生成中国陆地森林碳储量分布情况。研究以第7次中国森林资源清查数据作为精度控制点数据源,同时作为本文模拟方法的精度验证。结果表明,中国森林碳储量为9.2405Pg,考虑到森林资源清查是基于一定的郁闭度进行的,因此HASM模拟的结果与根据森林资源清查结果计算得出的7.8115Pg相比更符合实际情况,西南山区和东北林区是中国森林最主要的碳库,其碳储量分别占中国森林植被碳储量的39.82%和20.46%。同时与之前(1975-1995年)相比具有较大幅度的增长,表明近几十年来中国坚持大规模植树造林的碳汇效果显著。同时也表明基于HASM的森林植被碳储量空间分布模拟方法是有效的,模拟结果合理且精度较高,表明该方法在全球尺度上森林植被碳储量模拟及其它生态系统中碳储量模拟中具有应用潜力。
| [1] | KramerPJ.Carbondioxideconcentration,photosynthesis,anddrymatterproduction.BioScience,1981,31:29-33.
|
| [2] | WoodwellGM,WhittakerRH.Thebiotaandtheworldcarbonbudget.Science,1978,199:141-146.
|
| [3] | OlsonJS,WattsJA,AllisonLJ.Carboninlivevegetationofmajorworldecosystems.ReportORNL-5862.OakRidgeNationalLaboratory,OakRidge,Tenn.,1983:15-25.
|
| [4] | PostWM,EmanuelWR,ZinkePJetal.Soilpoolsandworldlifezones.Nature,1982,298:156-159.
|
| [5] | WaringRH,SchlesingerWH.ForestEcosystems.Inc.Orlando,FL,USA:AcademicPress,1985:313-335.
|
| [6] | HoughtonRA.Land-usechangeandthecarboncycle.GlobalchangeBiology,1995,1:275-287.
|
| [7] | DetwilerRP,HallCS.Tropicalforestsandtheglobalcarboncycle.Science,1988,239:42-47.
|
| [8] | LiHaikui,LeiYuancai,ZengWeisheng.ForestcarbonstorageinChinaestimatedusingforestryinventorydata.ScientiaSilvaeSinicae,2011,47(7):7-12.[李海奎,雷渊才,曾伟生.基于森林清查资料的中国森林植被碳储量.林业科学,2011,47(7):7-12.]
|
| [9] | PiaoShilong,FangJingyun,ZhuBiaoetal.ForestbiomasscarbonstocksinChinaoverthepast2decades:Estimationbasedonintegratedinventoryandsatellitedata.JournalofGeophysicalResearch,2005,110:G01006.
|
| [10] | LiuShuangna,ZhouTao,ShuYang.TheestimatingofthespatialdistributionofforestbiomassinChinabasedonremotesensinganddownscaletechniques.ActaEcologicalSinica,2012,32(8):2320-2330.[刘双娜,周涛,舒阳.基于遥感降尺度估算中国森林生物量的空间分布.生态学报,2012,32(8):2320-2330.]
|
| [11] | KoganFN.Evolutionoflong-termerrorsinNDVItimeseries.AdvancesinSpaceResearch,2001,28(1):149-153.
|
| [12] | TrishchenkoAP,JosefCihlar,LiZhanqing.EffectsofspectralresponsefunctiononsurfacereflectanceandNDVImeasuredwithmoderateresolutionsatellitesensors.RemoteSensingEnvironment,2002,81(1):1-18.
|
| [13] | YueTianxiang,DuZhengping,DongDunjiangetal.AnewmethodofsurfacemodelinganditsapplicationtoDEMconstruction.Geomorphology,2007,91(1/2):161-172.
|
| [14] | ShiWenjiao,LiuJiuyuan,SongYinjunetal.SurfacemodelingofsoilpH.Geoderma,2009,150(1/2):113-119.
|
| [15] | WangChenliang,YueTianxiang,FanZemengetal.HASM-basedclimaticdownscalingmodeloverChina.JournalofGeo-InformationScience,2012,14(5):599-610.[王晨亮,岳天祥,范泽孟等.基于高精度曲面建模的中国气候降尺度模型.地球信息科学学报,2012,14(5):599-610.]
|
| [16] | WangXiaoke,FengZongwei,OuyangZhiyun.VegetationcarbonstorageanddensityofforestecosystemsinChina.ChineseJournalofAppliedEcology,2001,12(1):13-16.[王效科,冯宗炜.中国森林生态系统的植物碳储量和碳密度研究.应用生态学报,2001,12(1):13-16.]
|
| [17] | ZhaoMin,ZhouGuangsheng.Carbonstorageofforestvegetationanditsrelationshipwithclimaticfactors.ScientiaGeographicaSinica,2004,24(1):50-54.[赵敏,周广胜.中国森林生态系统的植被碳贮量及其影响因子分析.地理科学,2004,24(1):50-54.]
|
| [18] | FangJY,ChenAPetal.ChangesinforestbiomasscarbonstorageinChinabetween1949and1998.Science,2001,292:2320-2322.
|
| [19] | DepartmentofForestResourcesManagementofStateForestryAdministration.ForestResourcesStatisticsofChina.Beijing:DepartmentofForestResourcesManagementofStateForestryAdministration,2010.[国家林业局森林资源管理司.全国森林资源统计:第七次全国森林资源清查.北京:国家林业局森林资源管理司,2010.]
|
| [20] | XingYanqiu,WangLihai.CompatiblebiomassestimationmodelsofnaturalforestsinChangbaiMountainsbasedonforestinventory.ChineseJournalofAppliedEcology,2007,18(1):1-8.[邢艳秋,王立海.基于森林调查数据的长白山天然林森林生物量相容性模型.应用生态学报,2007,18(1):1-8.]
|
| [21] | ZengWeisheng,LuoQibang.Studyoncompatiblenonlineartreebiomassmodels.ChineseJournalofEcology,1999,18(4):19-24.[曾伟生,骆期邦.兼容性立木生物量非线性模型研究.生态学杂志,1999,18(4):19-24.]
|
| [22] | AlexeyevV,BirdseyR,StakanovVetal.CarboninvegetationofRussianforest:methodstoestimatestorageandgeographicaldistribution.Water,AirandSoilPollution,1995,82:271-282.
|
| [23] | TurnerDP,KoepperGJ,HarmonMEetal.AcarbonbudgetforforestsoftheconterminousUnitedStates.EcologicalApplications,1995,5:421-436.
|
| [24] | FangJY,LiuGH,XuSL.Storage,distributionandtransferofthebiogeniccarboninChina.The1stIGACConference,Eilat,Israel,1993.
|
| [25] | FangJY,WangGG,LiuGH.ForestbiomassofChina.EcologicalApplications,1998,8:1084-1091.
|
| [26] | LiHaikui.EstimationandEvaluationofForestBiomassCarbonStorageinChina.Beijing:ChinaForestryPublishingHouse,2010.[李海奎.中国森林植被生物量和碳储量评估.北京:中国林业出版社,2010.]
|
| [27] | MoralesP,SykesMT,PrenticeICetal.Computingandevaluatingprocess-basedecosystemmodelpredictionsofcarbonandwaterfluxesinmajorEuropeanforestbiomes.GlobalChangeBiology,2005,11(12):2211-2233.
|
| [28] | BonanGB,LevisS.Evaluatingaspectsofthecommunitylandandatmospheremodels(CLM3andCAM3)usingadynamicglobalvegetationmodel.JournalofClimate,2006,19(11):2290-2301.
|
| [29] | SitchS,HuntingfordC.Evaluationoftheterrestrialcarboncycle,futureplantgeographyandclimate-carboncyclefeedbacksusingfiveDynamicGlobalVegetationModels(DGVMs).GlobalChangeBiology,2008,14(9):2015-2039.
|
| [30] | DohertyRM,SitchS.ImplicationsoffutureclimateandatmosphericCO2contentforregionalbiogeochemistry,biogeographyandecosystemservicesacrossEastAfrica.GlobalChangeBiology,2010,16(2):617-640.
|
| [31] | SitchS,SmithB,PrenticeIC.Evaluationofecosystemdynamics,plantgeographyandterrestrialcarboncyclingintheLPJdynamicglobalvegetationmodel.GlobalChangeBiology,2003,9:161-185.
|
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