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地理学报  2005 

古尔班通古特沙漠生物结皮的分布特征

DOI: 10.11821/xb200501006, PP. 53-60

Keywords: 古尔班通古特沙漠,新疆,生物结皮,遥感

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Abstract:

新疆古尔班通古特沙漠是我国最大的固定和半固定沙漠,其间广泛发育着以地衣植物为主的生物结皮,是除种子植物以外的固定沙面的重要生物因子。研究表明,选择适当的时段,应用遥感技术并结合地面调查来研究沙漠生物结皮的空间分布格局是可行的,遥感制图与地面调查的结果基本一致。该沙漠南部是生物结皮最为丰富的区域,各种类型的生物结皮均有充分发育,呈连续分布,但其分布模式向北、向西和向东变得破碎。通过统计生物结皮像元的面积,得到生物结皮覆盖率超过33%的像元面积占研究区总面积的28.7%。生物结皮的分布对地貌部位有较强的选择性,生物结皮的不同发育阶段种类组成亦有较大的差别。

References

[1]  BelnapJ,HarperKT,WarrenSD.Surfacedisturbanceofcryptobioticsoilcrusts:nitrogenaseactivity,chlorophyllcontentandchlorophylldegradation.AridSoilRes.Rehabil.,1994,8:1-8.
[2]  BelnapJ.Surfacedisturbances.EnvironmentalMonitoringandAssessment,1995,37:39-57.
[3]  EldridgeDJ,GreeneRSB.Microbioticsoilcrusts.Aus.J.SoilRes.,1994,32:389-415.
[4]  TownshendJR,JusticeCO.AnalysisofdynamicsofAfricanvegetationusingthenormalizeddifferencevegetationindex.Int.J.Rem.Sens.,1986,12:1224-1242.
[5]  LiXinrong,JiaYukui,LongLiqunetal.Advancesinmicrobioticsoilcrustresearchanditsecologicalsignificanceinaridandsemiaridregion.JournalofDesertResearch,2001,21(1):4-12.
[6]  YangXiaohui,ZhangKebin,ZhaoYunjie.Microbioticsoilcrust.ActaEcologicaSinica,2001,21(3):474-480.
[7]  [杨晓晖,张克斌,赵云杰.生物土壤结皮.生态学报,2001,21(3):474-480.]
[8]  BelnapJ,LangeOL.BiologicalSoilCrust:Structure,Function,andManagement.Berlin:Springer-Verlag,2001.
[9]  EldridgeDJ,BradstockRA.Theeffectoftimesincefireonthecoverandcompositionofcryptogamicsoilcrustonaeucalyptshrublandsoil.Cunninghamia,1994,3:521-527.
[10]  EldridgeDJ,FerrisJ.RecoveryofpopulationsofthesoillichenPsoracrenataafterdisturbanceinaridSouthAustralia.TheRangelandJournal,1999,21:194.
[11]  EldridgeDJ.Tramplingofmicrophyticcrustsoncalcareoussoilsanditsimpactonerosionunderrain-impactedflow.Catena,1998,33:221-239.
[12]  AndersonDC,HarperKT,Rushforth,SR.RecoveryofcryptogamicsoilcrustfromgrazinginUtahdeserts.JournalofRangeManagement,1982,35:180-185.
[13]  CallisonJ,BrothersonJD,BownsJE.Theeffectsoffireontheblackbush(Coleogyneramosissima)communityofsouthwestUtah.JournalofRangeManagement,1985,38:535-538.
[14]  ColeDN.TramplingdisturbanceandrecoveryofcryptogamicsoilcrustsinGrandCanyonNationalPark.GreatBasinNaturalist,1990,50:321-325.
[15]  GraetzRD,GentleMR.TherelationshipbetweenreflectanceintheLandsatwavebandsandthecompositionofanAustraliansemi-aridshrubrangeland.PhotogrammetricEngineeringandRemoteSensing,1982,48:1721-1730.
[16]  AgerCM,MiltonNM.Spectralreflectanceoflichensandtheireffectsonthereflectanceofrocksubstrates.Geophysics,1987,52:898-906.
[17]  RollinEM,MiltonEJ,RocheP.Theinfluenceofweatheringandlichencoveronthereflectancespectraofgraniticrocks.RemoteSensingofEnvironment,1994,50:194-199.
[18]  KarnieliA,TsoarH.SatellitespectralreflectanceofbiogeniccrustdevelopedondesertdunesandalongtheIsrael-Egyptborder.InternationalJournalofRemoteSensing,1995,16:369-374.
[19]  TsoarH,KarnieliA.WhatdeterminesthespectralreflectanceoftheNegev-Sinaisanddunes.InternationalJournalofRemoteSensing,1996,17:513-525.
[20]  KarnieliK,SarafisV.Reflectancespectrometryofcyanobacteriawithinsoilcrusts:adiagnostictool.InternationalJournalofRemoteSensing,1996,8:1609-1615.
[21]  ChenJ,ZhangYM,TamuraMetal.Anewindexformappinglichen-dominatedbiologicalsoilcrustindesertarea.RemoteSensingofEnvironment,2003,inrevision.
[22]  HuangC,WylieB,YangLetal.DerivationofatasseledcaptransformationbasedonLandsat7at-satellitereflectance.USGSEROSDataCentre,2000.Internetsource:http://landcover.usgs.gov/pdf/tasseled.pdf.
[23]  NashTH,WhiteSL,MarshJE.Lichenandmossdistributionandbiomassinhotdesertecosystems.TheBryologist,1979,80:470-479.
[24]  LoriaM,HerrnstadI.Mosscapsulesasfoodfortheharvestant,Messor.TheBryologist,1980,83:524-525.
[25]  FriedmannEI,GalunM.Desertalgae,lichensandfungi.In:BrownGW(ed.),DesertBiology.NewYork:AcademicPress,1974.165-212.
[26]  WestNE.Structureandfunctionofmicrophyticsoilcrustsinwildlandecosystemsofaridtosemi-aridregions.AdvancesinEcologicalResearch,1990,20:179-223.
[27]  CameronRE.Desertalgae.JetPropulsionLabTechnicalReport,1966,32:1-41.
[28]  BelnapJ,GardnerJS.SoilmicrostructureinsoilsoftheColoradoPlateau:theroleofthecyanobacteriumMicrocoleusvaginatus.GreatBasinNat.,1993,53:40-47.
[29]  StoddartLA,SmithAD,BoxTW.RangeManagement.NewYork:McGraw-Hill,1943.532.
[30]  DaubenmireR.SteppevegetationofWashington.AgriculturalExperimentStationTechnicalBulletinNo.62,WashingtonStateUniversity,Pullman,1970.131.
[31]  HironakaM,FosbergMA,WinwardAH.Sagebrush-grasshabitattypesofsouthernIdaho.UniversityofIdahoForest,WildlifeandRangeExperimentStationBulletinNo.35,UniversityofIdaho,Moscow,1983.44.
[32]  [李新荣,贾玉奎,龙利群等.干旱半干旱地区土壤微生物结皮的生态学意义及若干研究进展.中国沙漠,2001,21(1):4-12.]
[33]  HarperKT.Arolefornonvascularplantsinmanagementofaridandsemiaridrangeland.In:TuellerPT,VegetationScienceApplicationsforRangelandAnalysisandManagement.Dordrecht:KluwerAcademicPublishers,1988.135-169.
[34]  FriedmannEI,Ocampo-PausR.Endolithicblue-greenalgaeinthedryvalley:primaryproducersintheAntarcticdesertecosystem.Science,1976,193:1247-1249.
[35]  TownshendJR,JusticeCO.AnalysisofdynamicsofAfricanvegetationusingthenormalizeddifferencevegetationindex.Int.J.Rem.Sens.,1986,12:1224-1242.
[36]  JeffriesDL,KlopatekJM.Effectsofgrazingonthevegetationoftheblackbrushassociation.JournalofRangeManagement,1987,40:390-392.
[37]  BelnapJ.Measuringrestorationsuccess:alessonfromPatton'stanktracks.EcologicalBulletin,1998:79:33.
[38]  BelnapJ.Theworldatyourfeet.FrontiersinEcologyandtheEnvironment,2003,1(5):181-189.
[39]  JacobbergerPA.Reflectancecharacteristicsandsurfaceprocessesinstabilizedduneenvironments.RemoteSensingofEnvironment,1989,28:287-295.
[40]  O'NeillAL.ReflectancespectraofmicrophyticsoilcrustsinsemiaridAustralia.InternationalJournalofRemoteSensing,1994,15:675-681.
[41]  KarnieliA,ShachakM,TsoarH.Theeffectofmicrophytesonthespectralreflectanceofvegetationinsemiaridregions.RemoteSensingofEnvironment,1996,57:88-96.
[42]  PinkerRT,KarnieliA.Characteristicspectralreflectanceofasemi-aridenvironment.InternationalJournalofRemoteSensing,1995,16:1341-1363.
[43]  KarnieliA.Developmentandimplementationofspectralcrustindexoverdunesands.InternationalJournalofRemoteSensing,1997,18:1207-1220.
[44]  ZhangLiyun,ChenChangdu.OnthegeneralcharacteristicsofplantdiversityofGurbantunggutsandydesert.ActaEcologicaSinica,2002,22(11):1923-1932.
[45]  [张立运,陈昌笃.论古尔班通古特沙漠植物多样性的一般特点.生态学报,2002,22(11):1923-1932.]
[46]  ZhangYuanming,CaoTong,PanBorong.AstudyonbryophyteassociatedwithformationofsoilcrustinsouthfringeofGurbantunggutDesertinXinjing.ActaBot.Boreal-OccidentalisSinica,2002,22(1):18-23.
[47]  [张元明,曹同,潘伯荣.新疆古尔班通古特沙漠南缘土壤结皮中苔藓植物的研究.西北植物学报,2002,22(1):18-23.]

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