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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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塔里木河中游植物群落与环境因子的关系
DOI: 10.11821/xb200301013, PP. 109-118
Keywords: 双向指示分类,典范对应分析,植物群落,环境因子,塔里木河
Abstract:
应用数量分类和排序方法，对新疆塔里木河中游地区植被进行了多元统计分析。结果表明，该地区共有植物23种，隶属于11科21属。其中，多数植物种类在样方中的出现频次较低，说明该地区植物物种丰富度较低。TWINSPAN结果表明，该地区3个断面19个样地可分为3个主要类型，与实际调查结果一致。CCA排序结果同TWINSPAN分类结果基本一致，反映出植物群落分布格局的一般规律及其随环境因子梯度变化的趋势。分析了不同环境因子间的关系，并从定量的角度，以CCA排序图直观地揭示了决定塔里木河中游地区植物群落分布的环境因子主要是地下水位和土壤含水量，其回归模型分别为X1=-9.5991L+100.86(R2=0.6459)；X2=1.65W+43.011(R2=0.7646)。
| [1] | JiangHong,HuangJianhui,ChenLingzhietal.Studyonordination,quantitativeclassificationandenvironmentalinterpretationofplantcommunitiesinDonglingMountain.ActaBotanicaSinica,36(7):539-551.
|
| [2] | [江洪,黄建辉,陈灵芝等.东灵山植物群落的排序、数量分类与环境解释.植物学报,1994,36(7):539-551.]
|
| [3] | HillMO.TWINSPEN:AFortramforArrangingMultivariateDatainanOrderedTwo-wayTablebyClassificationoftheIndividualsandAttributes.Ithaca,NewYork:CornellUniversity,1979.
|
| [4] | WhittakerRH.AstudyofsummerfoliageinsectcommunitiesintheGreatSmokyMountains.Eco.Monogr.,1952,22(1):1-4.
|
| [5] | LiuQing,ZhouLihua.PrimarystudyoninterrelationbetweenplantcommunitiesandenvironmentalfactorsinthenorthshoreofQinghaiLake.ActaBotanicaSinica,1996,38(11):887-894.
|
| [6] | [刘庆,周立华.青海湖北岸植物群落与环境因子关系的初步研究.植物学报,1996,38(11):887-894.]
|
| [7] | WangXiaoan.MultivariateanalysisofdesertinAnxi.ActaBotanicaSinica,1997,39(5):461-466.
|
| [8] | [王孝安.安西荒漠植被的多元分析.植物学报,1997,39(5):461-466.]
|
| [9] | ZhangYuanming,CaoTong,PanBorong.QuantitativeclassificationandordinationanalysisonbryophytevegetationinBogdaMountain,Xinjiang.ActaPhytoecologicaSinica,2001,26(1):10-16.
|
| [10] | [潘代远,孔令韶,金启宏.新疆呼图壁盐化草甸群落的DCA,CCA及DCCA分析.植物生态学报,1995,19(2):115-127.]
|
| [11] | LouAnru,ZhouGuofa.RelationshipsbetweenenvironmentandspatialpatternofvegatationtypesinthemidTianshanMountains.ActaPhytoecologicaSinica,2001,25(4):385-391.
|
| [12] | [刘晏良.塔里木河中下游实地踏勘报告.北京:中国统计出版社,2000.22-23.]
|
| [13] | [Partial]
|
| [14] | [Detrended]
|
| [15] | OdaszAM.BryophytevegetationandhabitatgradientsintheTikhaiaBayRegion,HookerIsland,FranzJosefLand,ArcticRussia.TheBryologist,1996,99:407-415.
|
| [16] | WhittakerRH.VegetationoftheGreatSmokyMountains.Eco.Monogr.,1956,26(1):1-80.
|
| [17] | [张元明,曹同,潘伯荣.新疆博格达山地面生苔藓植被的数量分类与排序研究.植物生态学报,2001,26(1):10-16.]
|
| [18] | PanDaiyuan,KongLingshao,JinQihong.DCA,CCAandDCCAordinationanalysisofsaltymeadowcommunityinHutubi,Xinjiang.ActaPhytoecologicaSinica,1995,19(2):115-127.
|
| [19] | [娄安如,周国法.天山中段主要植被类型中种群的空间分布格局与环境的关系.植物生态学报,2001,25(4):385-391.]
|
| [20] | XiangHui,YueMing.QuantitativeclassificationandenvironmentalinterpretationonforestcommunitiesinloessplateauofthenorthofShaanxiProvince.ActaBot.Boreal.-Occident.Sin.,2001,21(4):726-731.
|
| [21] | [相辉,岳明.陕北黄土高原森林植被数量分类及环境解释.西北植物学报,2001,21(4):726-731.]
|
| [22] | WangGuohong,YangLimin.GradientanalysisandenvironmentalinterpretationofwoodyplantcommunitiesinthemiddlesectionofthenorthernslopesofQilianMountain,Gansu,China.ActaPhytoecologicaSinica,2001,25(6):733-740.
|
| [23] | [王国宏,杨利民.祁连山北坡中段森林植被梯度分析与环境解释.植物生态学报,2001,25(6):733-740.]
|
| [24] | ChenZhongxin,ZhangXinshi.TheclassificationandordinationofecologicalelementsinMaowususandygrasslandlandscape.ActaPhytoecologicaSinica,1996,20(5):423-437.
|
| [25] | [陈仲新,张新时.毛乌素沙化草地景观生态分类与排序的研究.植物生态学报,1996,20(5):423-437.]
|
| [26] | LiuYanliang.ReportonFieldSurveyofMiddleandLowerReachesofTarimRiver.Beijing:ChinaStatisticsPress,2000.22-23.
|
| [27] | BraakCJF.Canonicalcorrespondenceanalysis:aneweigenvectormethodformultivariatedirectorgradientanalysis.Ecology,1986,67:1167-1179.
|
| [28] | BraakCJF.Canoco-Afortranprogramforcanonicalcommunityordinationby
|
| [29] | [Canonical]CorrespondenceAnalysis,PrincipleComponentAnalysisandRedundaneyAnalysis.NewYork:CornellUniversityPress,1991.
|
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