資源描述：
《nacl脅迫對(duì)辣椒種子、幼苗生長(zhǎng)發(fā)育和葉綠素?zé)晒馓匦缘挠绊憽酚蓵?huì)員上傳分享，免費(fèi)在線閱讀，更多相關(guān)內(nèi)容在學(xué)術(shù)論文-天天文庫(kù)。
1、萬(wàn)方數(shù)據(jù)AbstractEightcapsicumcultivarsarechosetobethematerials，tlleyareMeiJia、ZaoLaWang、QiangFen97301、BaoXi、QiuYan、YiXianTian、FuChengQingJiaoF1andJiangHuanno．2．OurExperimentisdesignedtotestthegerminationrateunderNaCIstress．Accordingtothegerminationpotential，germinationrate，germinationind
2、ex，vitalityindexandrelativerateofsaltinjury，wewillfilterhaloduriccultivarandweaksaltresistancecultivar,Wewillexplorethedifferenceofresistancetosaltinseedlingstagebytestphysiologicalandbiochemicalindexesandchlorophyllfluorescencecharacteristicofthetwokindscultivars．Themainresearchresu
3、ltsareasfollows：ThedegreeoftheNaCIstressinfluenceontheei【ghtcultivarswasdifferent，althoughthegerminationstagewasallapparentlyaffectedbytheNaCIstress．WhentheconcentrationofNaClwas50mmol·L-1thegerminationratewashigherthanthecontrol，whiletheconcentrationof‘NaClwas250mmol·L-l，thephenomen
4、onwasinreverse．HowevertheinfluenceofNaClstressongerminationpotentialwereevenmoreapparent，whentheconcentrationofNaClwasabove150mmol·L-1，itwillpostponethegerminationoftheseeds．Accordingtothecomprehensiveanalysisoftheindexes，wefoundthatQiangFen9730lhasthehighestabilityofNaCltolerance，Me
5、iJia，ZaoJiaoWang，BaoXi，YiXianTian，F(xiàn)uChengQingJiaoF1andJiangHuaino．2comesecond，whileQiuYancomesthird．Duringtheperiodofthepepperseedlingsgrowth，lowNaCIconcentrationhasaneffectonthepartofthepeppervarietiesthatpromotetheplantgrowth，whileastheconcentrationincreasing，theplantwillshowthesym
6、ptomsofNaClinjury．Underthesameconcentration，differentpeppervarietieshavedifferentreflection，whenwithhigherNaCIconcentration，QiangFen97301andMeiJiahavelowerrelativeNaC!injuryrate，whileQiuYanandFuChengQingJiaoFlhavehigherrelativeNaC!injuryrate．UndertheNaCIstress，theactivityoftheprotect
7、iveenzymeSOD，PODandCATallhaveaupwardtendencyinthetwovarietieswhichshowdifferenttolerancetotheNaCI．Whenthestresscometoacertaindegree，theactivityoftheprotectiveenzymedecreased．WhenunderhigherNaClconcentration，theactivityoftheprotectiveIII萬(wàn)方數(shù)據(jù)enzymeSOD，PODandCATintheQiangFen97301whichha
8、veahighertol
