OALib Journal期刊
ISSN: 2333-9721
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水分胁迫对短葶山麦冬生长和总皂苷量的影响
DOI: 10.3724/SP.J.1145.2011.00345, PP. 345-349
Keywords: 水分胁迫,短葶山麦冬,生物量,总皂苷,田间持水量
Abstract:
以盆栽的短葶山麦冬为材料,采用称重控制浇水的方法,设置对照(ck)、轻度胁迫(w1)、中度胁迫(w2)、重度胁迫(w3)4个处理[土壤含水量分别为土壤田间持水量(fc)的80%、65%、50%和35%],研究不同程度土壤水分胁迫对短葶山麦冬生长和总皂苷量的影响规律.结果表明:短葶山麦冬生物量总体分配格局表现为叶片>根茎>须根>叶基>块根.在胁迫至d75(块根发生期)和d130(块根膨大前期)时中度胁迫(50%fc)组具有最大的叶片和须根生物量及须根分配比例,d195(块根膨大后期)时对照(80%fc)具有最大的叶片和须根生物量,但各处理差异未达显著水平.随土壤水分胁迫的加剧,叶生物量分配比例总体呈下降趋势.中度胁迫组具有最大的块根生物量和块根分配比例及根冠比,而重度胁迫推迟了块根的萌生.各土壤水分条件下须根总皂苷含量差异不显著,对照的须根总皂苷产量显著高于轻度和重度胁迫组.表明短葶山麦冬对土壤水分有较强的适应性,随土壤水分减少,趋于将更多的资源分配给根系以提高根冠比,50%fc土壤水分条件可提高块根产量,80%fc下可获最大的须根总皂苷产量.图3表1参19
References
[1] | 1yuby(余伯阳),xugj(徐国钧).studiesonresourceutilizationofchinesedrugdwarflilyturf(ophiopogonjaponicus).chintrad&herbaldrugs(中草药),1995,26(4):205~210
|
[2] | 2国家药典委员会.中华人民共和国药典2010年版(一部).北京:中国医药科技出版社,2010.25
|
[3] | 8yangf(杨帆),miaolf(苗灵凤),xux(胥晓),licy(李春阳).progressinresearchofplantresponsestodroughtstress.chinjapplenvironbiol(应用与环境生物学报),2007,13(4):586~591
|
[4] | 9lusp(鲁守平),suixx(隋新霞),sunq(孙群),sunbq(孙宝启).biologicalfunctionsofsecondarymetabolismofmedicinalplantsandinfluencesofecologicalenvironment.natprodresdev(天然产物研究与开发),2006,(18):1027~1032
|
[5] | 10gaoy(高扬),liangzs(梁宗锁).effectofwateronrootsystemgrowthofmedicinalplantsandaccumulationofeffectiveingredientintheirroots.res&practicechinmed(现代中药研究与实践),2004,18(3):10~15
|
[6] | 11huanglq(黄璐琦),guolp(郭兰萍).secondarymetabolitesaccumulatingandgeoherbsformationunderenviromentalstress.chinajchinmatmed(中国中药杂志),2007,32(4):276~280
|
[7] | 12tangxq(唐晓清),chengzh(程志红),yuby(余伯阳).qualitativeandquantitativestudiesonchinesedrugmaidong.chinajchinmatmed(中国中药杂志),1999,24(7):390~393
|
[8] | 13zhanglm(张丽梅),chenx(陈熹),zhangsm(张守梅).effectsofintercroppingmeasuresonhabitatandphysiologicalcharacteristicsofliriope.actaagricjiangxi(江西农业学报),2008(10):59~61
|
[9] | 14suhl(苏海兰),tangjy(唐建阳),chenjy(陈菁瑛),huangyz(黄颖桢),huangyj(黄玉吉),youht(尤海涛),lis(李松).apreliminarystudyonfertilizerassimilationofliriopemuscari(decne.)bailcy.fujianjagricsci(福建农业学报),2009(2):149~152
|
[10] | 15hasiotc.plantresponsestowaterstress.annrevplantphysiol,1973,24:519~570
|
[11] | 18longy(龙云),yangr(杨睿),zhongzc(钟章成),tanf(谈锋).effectofdifferentwaterandnitrogenonbiomassandgypenosidesingynostemmapentaphyllum.chintradherbaldrugs(中草药),2008,39(12):1872~1876
|
[12] | 19zhangyn(张亚妮),suwh(苏文华),zhanggh(张光飞).effectofwaterstressoncontentofactiveconstituentsinerigeronbreviscaps.chinajchinmatmed(中国中药杂志),2009,34(10):1191~1194
|
[13] | 3chengzh(程志红),wut(吴�),yuby(余伯阳),xuls(徐珞珊).studiesonchemicalcomponentsofliriopemuscari(decne.)bailey.chintrad&herbaldrugs(中草药),2005,36(6):823~826
|
[14] | 4sunq(孙麒),juy(巨勇),zhaoyf(赵玉芬).steroidsaponinswithbiologicalactivities.chintrad&herbaldrugs(中草药),2002,33(3):276~280
|
[15] | 5wuyg(吴友根),zhanglt(张莲婷),huangqc(黄权成),xiangzx(向增旭),guoqs(郭巧生).residualsoforganochlorinepesticidesandheavymetalsinsoilandwaterofplantingbaseandliriopemuscari.chinajchinmatmed(中国中药杂志),2009,34(11):1351~1354
|
[16] | 6xuzz(许振柱),zhougs(周广胜).relationshipbetweencarbonandnitrogenandenvironmentalregulationinplantsunderglobalchange-frommoleculetoecosystem.actaphytoecolsin(植物生态学报),2007,31(4):738~747
|
[17] | 7wangy(王英),caomk(曹明奎),taob(陶波),likr(李克让).thecharacteristicsofspatio-temporalpatternsinprecipitationinchinaunderthebackgroundofglobalclimatechange.geogrres(地理研究),2006,25(6):1031~1041
|
[18] | 16chenxf(陈兴福),yangwy(杨文钰),liuwc(刘文昌).studyonbiologicalcharacteristicsandrelativeyieldofophiopogonjaponicus.chinajchinmatmed(中国中药杂志),2006,31(14):1141~1143
|
[19] | 17sunzf(孙志虎),wangqc(王庆成).effectsofsoilmoistureongasexchangeandbiomassallocationofthreebroadleavedspeciesseedlings.chinjapplenvironbiol(应用与环境生物学报),2004,10(1):7~11
|
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