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OALib Journal期刊
ISSN: 2333-9721
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九寨沟和黄龙自然保护区原始林与次生林土壤物理性质比较
DOI: 10.3724/SP.J.1145.2009.00768, PP. 768-773
Keywords: 土壤物理性质,植被类型,容重,持水性能,孔隙度,九寨沟自然保护区,黄龙自然保护区
Abstract:
森林土壤的结构和贮水保水能力是决定土壤水分及其时空分布的关键，九寨沟和黄龙自然保护区均是以水为灵魂，其水量的多少及时空分布格局对景区景点的视觉观赏效果具有十分重要的作用.通过对九寨沟和黄龙核心景区原始林与次生林土壤容重、持水性能和孔隙度等指标的监测，探讨了不同植被类型下土壤结构及持水能力状况.结果表明：(1)由于较早地得到保护，九寨沟景区原始林、桦槭次生林土壤物理性质均优于四川西部其它同类型植被，与此相反，人工云杉纯林土壤物理性质明显劣于其它植被类型，可能主要与云杉平根系统对土壤膨胀挤压和单优势乔木群落所形成的不利微气候影响有机物分解归还土壤有关；(2)在黄龙核心景区的原始云、冷杉林，发育于坡积母质的土壤物理性质明显优于发育于钙华母质上的土壤物理性质.图3表1参31
| [1] | 1baow(鲍文),baowk(包维楷),hebh(何丙辉),dingdr(丁德蓉).interceptioneffectofprecipitationbylitterandsoilunder23-yearartificialpinustabulaeformisforestinupperreachesofminjiangriver.jsoilwaterconser(水土保持学报),2004,18(5):115~119.
|
| [2] | 10ranjh(冉江洪),liusy(刘少英).scientificexpeditionofhuanglongnaturereserve,sichuan.chengdu,china(成都):sichuanforestrypress,2002
|
| [3] | 11lip(李鹏),tangsy(唐思远),dongl(董立),luoyb(罗毅波),kouy(寇勇),yangxq(杨小琴),holgerp.speciesdiversityandfloweringphenologyoforchidaceaeinhuanglongvalley,sichuan.biodivsci(生物多样性),2005,13:255~261
|
| [4] | 12中国科学院南京土壤研究所.土壤理化分析.上海:上海科技出版社,1978
|
| [5] | 14arshadma,loweryb,grossmanb.physicaltestsformonitoringsoilquality.in:doranjw,jonesajeds.methodsforassessingsoilquality,sssaspecialpublications,vol.49.madison,wi,usa:soilsciencesocietyofamerica,1996.123~141
|
| [6] | 24ewelj.speciesandrotationfrequencyinfluencesoilnitrogeninsimplifiedtropicalplantcommunities.ecolappl,2006,16:490~502
|
| [7] | 25warrenmw,zoux.soilmacrofaunaandlitternutrientsinthreetropicaltreeplantationsonadisturbedsiteinpuertorico.forecolmanage,2002,170:161~171
|
| [8] | 27russellae,raichjw,valverde-barrantesoj,fisherrf.treespecieseffectsonsoilpropertiesinexperimentalplantationsintropicalmoistforest.soilscisocamj,2007,71:1389~1397
|
| [9] | 28cornsigw.compactionbyforestequipmentandeffectsonconiferousseedlinggrowthonfoursoilsinthealbertafoothills.canjforres,1988,18:75~84
|
| [10] | 29liuzy(刘再华),yuandx(袁道先)hesy(何师意),caojh(曹建华),yousy(游省易),dreybrodtw,svenssonu,yoshimurak,drysdaler.originandformingmechanismsoftravertineathuanglongravineofsichuan.geochmica(地球化学),2003,32(1):1~10
|
| [11] | 30huh(胡泓),liusq(刘世全),chenqh(陈庆恒),wangcq(王昌全),pankw(潘开文),pangxy(庞学勇).changesofsoilpropertiesduringartificialrecoveryofsubalpineconiferousforestsinwesternsichuan.chinjapplenvironbiol(应用与环境生物学报),2001,7(4):308~314
|
| [12] | 31wangj(王晶)，baowk(包维楷)，dingdr(丁德蓉).surfacerunoffandconnectionwithsurfacestatusandsoilunderthreeforestsinjiuzhaigouworldnatureheritagereserve.jsoilwaterconserv(水土保持学报),2005,19(3):93~96
|
| [13] | 2changzy(常志勇),baowk(包维楷),hebh(何丙辉),yangyc(杨以翠),heqh(何其华).interceptionanddistributioneffectsofmixedartificialpinustabulaeformisandpinusarmandiforestsonprecipitationintheupperreachesofminjiangriver.jsoilwaterconser(水土保持学报),2006,20(6):37~40
|
| [14] | 3pangxy(庞学勇),baowk(包维楷),zhangym(张咏梅),lengl(冷俐),yuanzz(袁志忠).geographicalcomparisonofsoilphysicalpropertiesundercupressuschengianaforests.chinjapplenvironbiol(应用与环境生物学报),2004a,10(5):596~601.
|
| [15] | 4pangxy(庞学勇),liuq(刘庆),liusq(刘世全),wuy(吴彦),linb(林波),heh(何海),zhangzj(张宗锦).changesofsoilfertilityqualitypropertiesundersubalpinespruceplantationinwesternsichuan.actaecolsin(生态学报),2004b,24(2):261~267.
|
| [16] | 5maheg,paturelje,servate,conwayd,dezettera.theimpactoflandusechangeonsoilwaterholdingcapacityandriverflowmodellinginthenakamberiver,burkina-faso.jhydro,2005,300:33~43.
|
| [17] | 6zhangyd,liusr,majm.water-holdingcapacityofgroundcoversandsoilsinalpineandsub-alpineshrubsinwesternsichuan,china.actaecolsin,2006,26(9):2775~2781
|
| [18] | 7linzy(林致远),yinp(尹平).studiesonthesoilgeneticcharacteristicsandgeographicaldistributioninjiuzhaigouregion.jswchinnormalunivnatsci(西南师范大学学报自然科学版),1994,19(1):90~99
|
| [19] | 8liyw(李玉武),baowk(包维楷),pangxy(庞学勇),zhuz(朱珠),wangj(王晶).theimpactofhumandisturbanceonsoilecologicalfunctionofjiuzhaigouvalley.i.onsoilphysicalproperties.chinpopulresenviron(中国人口资源与环境),2006,16:319~322.
|
| [20] | 9lix(李西),luocd(罗承德),liaoxb(廖心北).humbleopinionaboutvegetationrestorationandreconstructionbythehighwayslopeinjiuzhaigouvalley.sichuancaoyuan(四川草原),2003,17(4):17~18
|
| [21] | 13karlendl,stottde,aframeworkforevaluatingphysicalandchemicalindicatorsofsoilquality.in:doranjw,colemandc,bezdicekdf,stewartbaeds.methodsforassessingsoilquality,sssaspcialpublications,vol.35.madison,wi,usa:soilsciencesocietyofamerica,1994.53~72
|
| [22] | 15boix-fayosc,calvo-casesa,imesonac,soriano-sotomd.influenceofsoilpropertiesontheaggregationofsomemediterraneansoilsandtheuseofaggregatesizeandstabilityaslanddegradationindicators.catena,2001,44:47~67
|
| [23] | 16dexterar.physicalpropertiesoftilledsoils.soiltillresear,1997,43(1~2):41~63
|
| [24] | 17diasaccp,northcliffs,effectsoftwolandclearingmethodsonthephysicalpropertiesofanoxisolinthebrazilianamazon.tropiagricul,1985,62:207~212
|
| [25] | 18bergertw,hagerh.physicaltopsoilpropertiesinpurestandsofnorwayspruce(piceaabies)andmixedspeciesstandsinaustria.forecolmanage,2000,136:159~172
|
| [26] | 19montagninif,ramstadk,sanchof.litterfall,litterdecompositionandtheuseofmulchoffourindigenoustreespeciesintheatlanticlowlandsofcostarica.agroforsyst,1993,23:39~61
|
| [27] | 20cuevase,browns,lugoaf.above-andbelowgroundorganicmatterstorageandproductioninatropicalpineplantationandapairedbroadleafsecondaryforest.plantsoil,1991,135:257~268
|
| [28] | 21carvalheirokd,nepstaddc.deepsoilheterogeneityandfinerootdistributioninforestsandpasturesofeasternamazonia.plantsoil,1996,182:279~285
|
| [29] | 22albandh.effectsofnutrientaccumulationbyaspen,spruce,andpineonsoilproperties.soilscisocamj,1982,46:853~861
|
| [30] | 23roggyjc,prévostmf,gourbieref,casabiancah,garbayej,domenacham.leafnatural15nabundanceandtotalnconcentrationaspotentialindicatorsofplantnnutritioninlegumesandpioneerspeciesinarainforestoffrenchguiana.oecologia,1999,120:171~182
|
| [31] | 26hobbiese,reichpb,oleksynj,ogdahlm,zytkowiakr,halec,karolewskip.treespecieseffectsondecompositionandforestfloordynamicsinacommongarden.ecology,2006,87:2288~2297
|
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