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OALib Journal期刊
ISSN: 2333-9721
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不同尺度中国大陆灵长目物种丰富度的地理格局及其与环境因子和人类活动的关系
DOI: 10.3724/SP.J.1145.2012.00954, PP. 954-963
Keywords: 能量假说,生境异质性假说,现代气候假说,灵长目,物种多样性,尺度格局,人类活动
Abstract:
物种丰富度的分布格局及其成因有多种假说，其中生态假说中能量假说、生境异质性假说和气候假说目前被广泛接受.本文通过代表不同假说的26个环境变量，同时也利用人口密度、农田牧场面积表征人类活动强度，分别在100km×100km、200km×200km和400km×400km尺度上，基于特征值的空域滤波模型的方法分析中国大陆灵长类物种丰富度与环境因子和人类活动之间的关系.结果表明，在所有分析的空间尺度上，中国大陆灵长类物种丰富度呈现纬度梯度格局，即由南向北逐渐递减.其中，华南区的滇西南山地省和滇南边地省是物种最为丰富的区域,东北区、华北区、蒙新区和青藏区大部分地区基本上没有分布.在不同空间尺度上，虽然影响中国大陆灵长类物种丰富度大尺度格局的主要因素不相一致，但环境能量假说（以潜在蒸发散表示）和气候假说（以年均温度表示）相互作用，共同影响中国大陆灵长类物种丰富度大尺度地理分布格局.当表征人类活动相关的指标和环境因子一起分析时，结果表明人类活动强度对灵长类物种丰富度地理格局有影响，这对加强灵长类物种保护有参考意义.图2表1参56
| [1] | 2hawkinsba,fieldr,cornellhv,curriedj,gueganjf,kaufmandm,kerrjt,mittelbachgg,oberdorfft,o’brienem,porteree,turnerjrg.energy,water,andbroad-scalegeographicpatternsofspeciesrichness.ecology,2003,84(12):3105~3117
|
| [2] | 3rahbekc,gravesgr.multiscaleassessmentofpatternsofavianspeciesrichness.pnas,2001,98:4534~4539
|
| [3] | 4tognellimf,keltda.analysisofdeterminantsofmammalianspeciesrichnessinsouthamericausingspatialautoregressivemodels.ecography,2004,27:427~436
|
| [4] | 5curriedj.energyandlarge-scalepatternsofanimal-andplant-speciesrichness.amnat,1991,137:27~49
|
| [5] | 6kerrjt,packerl.habitatheterogeneityasadeterminantofmammalspeciesrichnessinhigh-energyregions.nature,1997,385(6613):252~254
|
| [6] | 7turnerj,gatehousecm,coreyca.doessolarenergycontrolorganicdiversity?butterflies,mothsandthebritishclimate.oikos,1987,48:195~205
|
| [7] | 9brownjh.twodecadesofhomagetosantarosalia:towardageneraltheoryofdiversity.amzool,1981,21:877~888
|
| [8] | 10wrightdh.species�energytheory:anextensionofspecies-areatheory.oikos,1983,41:496~506
|
| [9] | 11kerrjt,southwoodtre,cihlarj.remotelysensedhabitatdiversitypredictsbutterflyspeciesrichnessandcommunitysimilarityincanada.pnas,2001,98:11365~11370
|
| [10] | 12piankaer.onlizardspeciesdiversity-northamericanflatlanddeserts.ecology,1967,48(3):333~351
|
| [11] | 13rohdek.latitudinalgradientsinspeciesdiversity:thesearchfortheprimarycause.oikos,1992,65:514~527
|
| [12] | 14kayrf,maddenrh,schaikcv,higdond.primatespeciesrichnessisdeterminedbyplantproductivity:implicationsforconservation.pnas,1997,94:13023~13027
|
| [13] | 15reedke,fleaglejg.geographicandclimaticcontrolofprimatediversity.pnas,1995,92:7874~7876
|
| [14] | 16mittermeierra,wallisj,rylandsab,ganzhornju,oatesjf,williamsonea,palaciose,heymannew,cecíliam,kierulffm,longyc,supriatnaj,roosc,walkers,cortés-ortizl,schwitzerc.primatesinperil:theworld’s25mostendangeredprimates2008�2010.iucn/sscprimatespecialistgroup(psg),internationalprimatologicalsociety(ips),andconservationinternational(ci),arlington,va,2009.84
|
| [15] | 17zhangrz(张荣祖).zoogeographyofchina.beijiing:sciencepress(北京:科学出版社),1999
|
| [16] | 18mittermeierra,gilpr,hoffmanm,pilgrimj,brookst,mittermeiercj,lamoreuxj,dafonseca,gab.hotspotsrevisited:earth’sbiologicallyrichestandmostendangeredterrestrialecoregions.2nded.conservationinternational,arlington,virginia,2005
|
| [17] | 19iucn.iucnredlistofthreatenedspecies.version2010.4.http://www.iucnredlist.org>.downloadedon9august2010
|
| [18] | 20mckinneyml.roleofhumanpopulationsizeinraisingbirdandmammalthreatamongnations.animconserv,2001,4:45~57
|
| [19] | 21mckeejk,sciullipw,foocecd,waiteta.forecastingglobalbiodiversitythreatsassociatedwithhumanpopulationgrowth.biolconserv,2003,115:161~164
|
| [20] | 22araújomb.thecoincidenceofpeopleandbiodiversityineurope.globalecol&biogeogr,2003,12:5~12
|
| [21] | 23scharlemannjp,balmforda,greenre.thelevelofthreattorestricted-rangebirdspeciescanbepredictedfrommappeddataonlanduseandhumanpopulation.biolconserv,2005,123:317~326
|
| [22] | 24daviesrg,ormecdl,storchd,olsonva,thomasgh,rosssg,dingts,rasmussenpc,bennettpm,owensipf,blackburnt,gastonkj.topography,energyandtheglobaldistributionofbirdspeciesrichness.procrsocbbiolsci,2007,274:1189~1197
|
| [23] | 36binilm,diniz-filhojaf,rangeltflvb,akretsb,albaladejorg,albuquerquers,aparicioa,araújomb,baselgaa,beckj,belloqmb,böhning-gaesek,borgespav,castro-pargai,cheyvk,chownsl,demarcop,dobkinds,ferrer-castánd,fieldr,filloyj,fleishmane,gómezjf,hortalj,iversonjb,kerrjt,kisslingwd,kitchingij,león-cortézjl,lobojm,montoyad,morales-castillai,morenojc,oberdorfft,olalla-tárragaám,pausasjg,qianh,rahbekc,rodríguezám,ruedam,ruggieroa,sackmannp,sandersnj,terribilelc,vetaasor,hawkinsba.coefficientshiftsingeographicalecology:anempiricalevaluationofspatialandnon-spatialregression,ecography,2009,32:193~204
|
| [24] | 38scheinersm,coxsb,willigmr,mittelbachgg,osenbergc,kasparim.speciesrichness,species-areacurves,andsimpson’sparadox.evolecolres,2000,2:791~802
|
| [25] | 39lisc(李双成),caiyl(蔡运龙).somescalingissuesofgeography.geogrres(地理研究),2005,24:11~18
|
| [26] | 48xiaow,dingw,cuilw,zhourl,zhaoqk.habitatdegradationofrhinopithecusbietiinyunnan,china.internjprimatol,2003,24:389~398
|
| [27] | 49qianh,wang,xh,wangsl,liyl.environmentaldeterminantsofamphibianandreptilespeciesrichnessinchina.ecography,2007,30:471~482
|
| [28] | 50zhaoqk(赵其昆).ecologicalinformationonstatisticsofhumanpopulationandagricultureinhengduanmountainsfromyunnan.biodivsci(生物多样性),1996,4:217~222
|
| [29] | 51jianghs(江海声),lianjs(练健生),wangj(王骏),liuzh(刘振河),fengm(冯敏).influenceofpopulationgrowthstressondistributionofmacaquemonkeyinsouthchina.chinjapplecol(应用生态学报),1995,6(2):176~181
|
| [30] | 52libg,panrl,oxnardce.extinctionofsnub-nosedmonkeysinchinaduringthepast400years.internjprimatol,2002,23(6):1227~1244
|
| [31] | 53huangy(黄勇),quanrc(权锐昌),rengp(任国鹏),xiaow(肖文),zhujg(朱建国).habitatalternationofrhinopithecusbietiinmilakaoftibet,china.zoolres(动物学研究),2008,29(6):653~660
|
| [32] | 56souléme,simberloffd.whatdogeneticsandecologytellusaboutthedesignofnaturereserve?biolconserv,1986,35:19~40
|
| [33] | 1vonhumboldta.ansichtendernaturmitwissenschaftlichenerlauterungen.jg.cotta,tübingen,germany,1808
|
| [34] | 8hutchinsonge.homagetosantarosaliaorwhyaretheresomanykindsofanimals?amnat,1959,93:145~159
|
| [35] | 25panqh(潘清华)，wangyx(王应祥)，yank(岩岜).afieldguidetothemammalsofchina.beijing:chinaforestrypublishinghouse(北京:中国林业出版社),2007
|
| [36] | 26laqt,trinhdh,longb,geissmannt.statusreviewofblackcrestedgibbons(nomascusconcolorandnomascussp.cf.nasutus)invietnam.abstractsofthexixthcongressoftheinternationalprimatologicalsociety,beijing,china,4th-9thaugust,2002
|
| [37] | 27chanbpl,tanxf,tanwj.rediscoveryofthecriticallyendangeredeasternblackcrestedgibbonnomascusnasutus(hylobatidae)inchina,withpreliminarynotesonpopulationsize,ecologyandconservationstatus.asianprimatesj,2008,1(1):17~25
|
| [38] | 28kaufmanr.newsnub-nosedmonkeydiscovered,eaten.natgeogr,2010http://news.nationalgeographic.com/news/2010/10/101027-snub-nosed-monkey-sneezes-new-species-science-discovered-eaten/
|
| [39] | 29geissmannt,lwing,aungs,naingaung.t,aungzm,hlat,grindleym,mombergf.anewspeciesofsnub-nosedmonkey,genusrhinopithecusmilne-edwards,1872(primates,colobianae),fromnorthernkachinstate,northeasternmyanmar.amjprimatol,2011,73:96-107.
|
| [40] | 30williskj,whittakerrj.speciesdiversity-scalematters.science,2002,295(5558):1245~1248
|
| [41] | 31tabachnickbg,fidellls.usingmultivariatestatistics.4thed.boston,massachusetts:allynandbacon,2000
|
| [42] | 32ahnch,tateishir.developmentofaglobal30-minutegridpotentialevapotranspirationdataset.jjpnsocphotogrammetry&remotesensing,1994,33:12~21
|
| [43] | 33defliesrs,townshendjrg.ndvi-derivedlandcoverclassificationsataglobalscale.internjremotesensing,1994,15:3567~3586
|
| [44] | 34legendrep.spatialautocorrelation-troubleornewparadigm.ecology,1993,74(6):1659~1673
|
| [45] | 35diniz-filhojaf,binilm,hawkinsba.spatialautocorrelationandredherringsingeographicalecology.globalecol&biogeogr,2003,12:53~64
|
| [46] | 37rangeltf,diniz-filhojaf,binilm.sam:acomprehensiveapplicationforspatialanalysisinmacroecology.ecography,2010,33:46~50
|
| [47] | 40lüyh(吕一河),fubj(傅伯杰).ecologicalscaleandscaling.actaecolsin(生态学报),2001,21(12):2098~2105
|
| [48] | 41andrewsp,o’brienem.climate,vegetation,andpredictablegradientsinmammalspeciesrichnessinsouthernafrica.jzool,2000,251:205~231
|
| [49] | 42whitakerrh，williskj，fieldr.scaleandspeciesrichness:towardsageneral,hierarchicaltheoryofspeciesdiversity.jbiogeogr,2001,28:453~470
|
| [50] | 43curriedj,mittelbachgg,cornellhv,fieldr,gueganjf,hawkinsba,kaufmandm,kerrjt,oberdorfft,o’briene,turnerjrg.predictionsandtestsofclimate-basedhypothesesofbroad-scalevariationintaxonomicrichness.ecollett,2004,7:1121~1134
|
| [51] | 44piankaer.latitudinalgradientsinspeciesdiversity:areviewofconcepts.amnat,1966,100:33~46
|
| [52] | 45fraserrh,curriedj.thespeciesrichness-energyhypothesisinasystemwherehistoricalfactorsarethoughttoprevail:coralreefs.amnat,1996,148:38~159
|
| [53] | 46srivastavad,lawtonj.whymoreproductivesiteshavemorespecies:anexperimentaltestoftheoryusingtree-holecommunities.amnat,1998,152:510~529
|
| [54] | 47linx(林鑫),wangzh(王志恒),tangzy(唐志尧),zhaosq(赵淑清),fangjy(方精云).geographicpatternsandenvironmentalcorrelatesofterrestrialmammalspeciesrichnessinchina.biodivsci(生物多样性),2009,17(6):652~663
|
| [55] | 54lium,tianh.china’slandcoverandlandusechangefrom1700to2005:estimationsfromhighresolutionsatellitedataandhistoricalarchives.globalbiogeochemcycles,2010,24:gb3003.doi:10.1029/2009gb003687
|
| [56] | 55liujy,liuml,zhuangdf,zhangzx,dengxz.studyonspatialpatternofland-usechangeinchinaduring1995�2000.scichinaserd,2003,46(4):373~384
|
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