简介：<正>SriLankawasnamed"Simhalauipa"inancienttimesanditwasasouth-Asianislandwitharecordedhistoryofmorethan2,000years.OnFebruary4,1948,thecountryformallyannouncedindependenceandadopted"Ceylon"asthestatename.InAugust1978,thecountrychangeditsnameto"TheDemocraticSocialistRepublicofSriLanka"or"SriLanka"forshort.

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简介：现在的学习被承担决定病原并且M的isolates的基因差异。从斯里兰卡的湿、中间、干燥的地区收集考虑到的oryzae开发授与持久的抵抗到米饭的米饭变化强风。不重要词法或生长变化在学习的isolates之中存在。基因差异孤立由执行Pot2transposable决定元素基于repetitive

简介：Phosphorus(P)deficiencyinsoilisamajorconstrainforriceproduction.Animportantsetofricegenotypes(landraces,oldimprovedandnewimprovedvarieties)werescreenedforPdeficiencytoleranceintwomajorcroppingseasonsofSriLanka,in2012.TheUltisolsoil,whichwascollectedfromaplotcultivatedwithricewithoutfertilizerapplicationforpast40years(P0)attheRiceResearchandDevelopmentInstitute(RRDI),Bathalagoda,SriLanka,wasusedasthepottingmediumforgreenhousetrials.TwofieldtrialswereconductedinthesameplotsatRRDI.BothP0andP30(30mg/kgP2O5)conditionswereusedinthetwogreenhousetrials.Attheearlyvegetative(threeweeksaftertransplanting),latevegetative(sixweeksaftertransplanting)andfloweringstages,plantheightandnumberoftillersperplantwererecorded.Atthefloweringstage,shootswereharvestedandshootdryweight,shootPconcentration,shootPuptakeandPutilizationefficiencyweremeasured.Alldatawerestatisticallyanalyzedusinganalysisofvariance,regressionandclusterprocedures.ThemeasuredparametersweresignificantlydifferentbetweenP0andP30conditions(P<0.05).HighershootdryweightwasreportedbythericegenotypesH4andMarssunderP0conditions.TheregressionanalysisbetweenshootdryweightandPutilizationefficiencyrevealedthatthestudiedricegenotypescouldbecategorizedtothreePdeficiencytoleranceclasses.Atotalof13genotypescouldbeconsideredashighlytolerantand4genotypesassensitiveforPdeficiency.Theseresultscouldbeusedtoselectparentalgenotypesforbreedingandgeneticstudiesandalsotoselectinterestingvarietiesorlandracesfororganicriceproduction.

简介：Inthemid-December,DongSonggen,VicePresidentofCCPITledadelegationtovisitSriLanka.Duringthevisit,Mr.DongmetMr.Kosala,PresidentofSriLankaIndustrialandCommerceAssociationandMr.Peiris,MinisterofTrade.

简介：<正>AttheinvitationoftheSriLanka-ChinaFriendshipAssociation(SLCFA),a5-memberCAFIUdelegationheadedbySecretary-GeneralNiJianvisitedSriLankafromMarch31toApril2.IntheeveningofMarch31,thedelegationarrivedatColomboAirport.SLCFAPresidentAnandaGoonatillekeandhiswife,

简介：AttheinvitationofThai-ChineseCultureandEconomyAssociation,SriLanka-ChinaFriendshipAssociationandNepalCouncilofWorldAffairs,CAFIUVicePresidentandformerIDCPCViceMinisterLiuHongcaiheadedaCAFIUdelegationtothethreecountriesfromMay17to26.

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简介：<正>AttheinvitationofNationalStrategyInstituteofROK(NSI),Japan&ChinaTechnologicalYouthInterchangeSocietyandSriLanka-ChinaFriendshipAssociation(SLCFA),CAFIU’sSecretary-GeneralNiJianheadedafive-memberdelegationtovisitthethreecountriesfromMarch24toApril2.

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简介：Indikolapelessa的serpentinite块，定位了在高地建筑群(HC)和斯里兰卡的Vijayan建筑群(VC)之间的一条识别石版印刷构造的边界，与金属丰富经历了广泛的lateralization。有某地方性的种类的典型serpentinite植被在土壤被认出，supergene存款在serpentinite岩性学上发展。是的serpentinite岩性学上的这类地质、生态的关系表格植被封面严厉地从包围界定变形地面。上述的geo生态的现象能为在ultramafic地面印射在岩石露头是几乎不在的风景跟踪地质的边界的geo植被被用作一个工具。我们成功地使用了印射以便从包围non-serpentinite界定underlainserpentinite岩石的边界的geo植被的概念变形岩石(例如花岗石的片麻岩)。假设被在serpentinite和non-serpentinite地点发现的soils/supergene存款的geochemical变化支持，特别不动的元素和一些踪迹元素。基于整个岩石化学和获得的土壤化学药品数据，我们建议和另外的四个serpentinite露头，Indikolapelessaserpentinite露头是更可能的在平底锅非洲人事件期间在HC和VC的二外壳的块的overthrusting的时候代表Mg富有的披风碎片。

简介：<正>AttheinvitationofSriLanka-ChinaFriendshipAssociation(SLCFA)andSudanNetworkforNationalNon-GovernmentalOrganizations,a5-memberdelegationledbyCAFIUDeputySecretary-GeneralLiuKaiyangvisitedSriLankaandattendedtheThirdChina-AfricaPeople’sForumheldinSudanfromMay7to14,2014.Asamemberofthisdelegation,Ihadthegreathonor