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简介：ThepeopleofallethnicgroupsofYunnanprovince,whoareJivingamongbigmountains,ornamentthemselveswithjewelsofvariedtexturesandstyles,whichembodytheingenuity,diligenceandsuperbcraftsmanshipoftheethnicgroupsofYunnanprovince.Theysparenoeffortstodressthemselvesupfromheadtotoe,nreatingrichandcolourfulbodyornamentsintheprocess.Theseornaments,regardlessofsizeorprice,arethemostattractireandcharacteristicamongthegarmentsandaccessoriesoftheethnicgroupsofYunnan.

简介：YunnanProvincelocatestothefarendofsouthwestChina,covering16prefecturesandcities,and129counties(andsub-citiesand

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简介：在云南，在地形的生物多样性和脆弱的8个主要方面，生态系统，分发人口，相异的侵略，分离，污染和maladministrationwith，引起生物多样性损失的各种各样的威胁因素被描述了。生物多样性和脆弱在这共存的thefacts糊，这被揭示。因此，为有效保存的6majorcountermeasures和省的biodiversitywere的合理利用与象气候、人种、文化的差异那样的richintangible资源在云南根据科学发展概念，自然保护的原则，保存生物学，资源管理和人类植物学和现在的地位建议了，等等。

简介：In2010,theGuansuoOperaofChengjiangCounty,YunnanProvince,wasincludedinthethirdlistofChina’snationalintangibleculturalheritages,underthecategoryoftraditionaloperasandplays.AvariantoftheancientNuoOpera,GuansuoOperaisaperformanceartuniquetoXiaotunVillage,YangzongTown,ChengjiangCounty.

简介：ＧｒａｖｉｔａｔｉｏｎａｌｅｆｆｅｃｔｏｆｗａｔｅｒｃｉｒｃｕｌａｔｉｏｎｉｎｔｈｅｎｏｒｔｈｗｅｓｔＹｕｎｎａｎＭｉｎ－ＹｕＪＩＡ；（贾民育）Ｓｈａｏ－ＡｎＳＵＮ；（孙少安）Ａｉ－ＭｉｎＸＩＡＮＧ；（项爱民）ａｎｄＤｏｎｇ－ＺｈｉＬＩＵ（刘冬至）（...

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简介：Yunnanhasattractedgreatattentionfromtheworldforitsideallocation,advantagedclimaticcondition,richbiologicalresourcesandcheaplaborforces.AlltheseadvantagedconditionsmakeYunnanbecomeoneofthemostpotentialplacesintheworldforflowerproductionandtrade.Inrecentyears,moreandmoreforeigncompa-niesfromdifferentcountrieshaveforestalledtheirfacilitiesinYunnan,joininginthedevelopmentprocessofYunnanfloricultureindustry.TheflowerindustryinYunnanProvincestartedtodeveloptowardstheendofthe1980s.Flowerwasonlyplantedonehectareoutputtotaled35,000yuan,andtheplantingareaoftheflowerhad17,000haandthesalesvolumeoftheflowershad6billionyuanin2006.YunnanProvinceaccountsfor50%ofthenation'stotalcutflowerproduction.Yunnan'sflowerindustryhasbecomeAsia'slargestfresh-cutflowerproductionandexportbaseandsproutbreedingandproductionbase.Andithassteppedintooneofthemajorfresh-cutflowerproductionareasintheworldandamodernflowertradingcenterthatisleadinginChina.

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简介：Epidemicsofsexuallytransmitteddiseaseshavebecomeworldwideseriousproblems.TheInstituteofDermatologyandVeneologyofWenshanAutonomousPrefectureinYunnanisacenterofpolitical,economical,culturalandsocialactivitiesintheprefecture.ItisalsothelocationoftheCommitteeofWenshananditsgovernment.WenshandataindicatesthatSTDshavebeenspreadingfromtownsofthisprefecturetothecountryside.

简介：WENSHANZhuang-MiaoAutonomousPrefectureisinsoutheasternYunnanProvince.ToitseasisGuangxiZhuangAutonomousRegion,andVietnamistoitsouth.Eightcountiesinhabitedby11ethnicgroupscomeunderitsjurisdiction,andWenshan's3millioninhabitantsencompasstheHan,Zhuang,Miao,Yi,Luo(abranchoftheYi),Hui,Dai,Bouyei,Mongolian,BaiandGeloethnicgroups.Ethnicminoritiesmakeupmorethanhalfthetotalpopulation.

简介：在这份报纸，用在云南和它的邻近的区域的中等强壮的地震的焦点的机制解决方案，并且基于焦点的机制解决方案的参数的统计分析，我们详细在云南区域讨论了地震差错类型和现代构造压力领域的特征。结果证明很中等强壮的地震发生在云南区域具有罢工--滑动类型，等于80%总数。指责的正常和有有罢工滑倒地震的罢工滑倒和颠倒和颠倒的正常在比例是几乎相等的，大约8%各个。云南区域的构造压力领域是在水平附近的，并且地震差错飞机的剧降大。有三主要动态来源，对一个人是的云南区域起作用从Myanmar，老挝和越南的NE，NNE和指导NNW的代理力量；第二是SE-SSE从四川和四川云南菱形块的指导力量并且第三是NW-NNW从华南块的指导力量。这三代理力量控制了主要差错的指责的行为和云南和它的邻近的区域的强烈地震活动的特征。

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简介：TheNeolithicsettlementsiteofXinguang新光islocatedatthewesternsectionofBonan博南StreetintheeasternoutskirtsofthecountyseatYongping永平County,Yunnan云南Province.Rising1600mabovesealevelinahighlandbasinlandscape,itissurroundedbyhighmountainridges.TheYinjiang银江River，originatingfromthepiedmontzone,crossesthebasintoconvergewiththeLancang(Mekong)澜沧江River.

简介：ThereisagoodcorrelationbetweenanomalousSchumannresonanceandseismicactivities.Pre-earthquakeanomalousSchumannresonanceisanimportantmanifestationofLAIC(Lithosphere-Atmosphere-IonosphereCoupling),whichisprobablyassociatedwithseismicionosphericdisturbance.TheobservationsystemparametersoftheYunnanSchumannresonancemonitoringstationsandtheresultsofstatisticalandseismiccasesanalysisareintroducedinthispaper.ThreedaysbeforetheMarch10,2011MS5.8Yingjiangearthquake,anomalousSchumannresonanceintheBycomponent(E-W)wasobservedbyYongshengstation,andtwodaysbeforetheLincangMS4.0earthquakeofJanuary23,2011,anomalousSchumannresonanceintheBycomponentwasdetectedbythesamestation.SpectrumanalysisresultsontheBycomponentobservationsofTonghaistationshowthatstrongdisturbanceswereobservedinspectraldensitycorrespondingtothefirstthreeSchumannresonantfrequenciesontheverydayoftheMS4.2HongheearthquakeofMay22,2011.ResearchshowsthatSchumannresonancemonitoringisafeasiblemethodforseismic-electromagneticprecursorsmonitoring.

简介：Inthispaper,weconductedaregressionanalysisoftheintensitydistributiondataof146earthquakes(M≥5.0)whichoccurredintheperiodfrom1900to2014.Accordingtopreviousresearch,Yunnanisdividedinto3tectonicregions.Thenweusethedataoftheisoseismiclinesinthese3regionstofittheintensity-attenuationmodelofeachregion.SincetherewereafewM≥7.0earthquakesinthis114-yearperiod,thefittedintensity-attenuationmodelofthestrongearthquakeswouldberandomoruncertain.Tosolvethisproblem,weintroducetheRuptureScalerelationshiptolimitingourfittedintensity-attenuationmodelofstrongearthquakes.Wechoosetheempiricalrelationshipofmagnitudeandrupture-scale,whichwasproposedbyLiZhonghuaandQinJiazheng,tocorrectthesizeoftheinfluencefieldestimatedthroughourintensity-attenuationmodel.Comparingourintensity-attenuationmodelswiththepreviousones,wefindthatinacertaintectonicregion,theintensityisoseismalsestimatedthroughourmodelhaveaverageminimumerrorwiththerealintensityisoseismaldecidedthroughfieldinvestigation.Therefore,itismoreadvisabletochoosethesmall-scalezonefortheintensity-attenuationevaluation

简介：Thispaperselectstherecordsof7,412earthquakes,eachrecordedbymorethan10stationsinYunnanbetween2009and2014toacquirethetraveltimecurves.Meanwhile,forimprovingprecision,linearanalysis,reducedtraveltimecurveandintervalstabilityanalysisareconductedfocusingontherecordsof83earthquakeswithML≥3.0recordedeachby≥80%ofthestations,andbycombiningpredecessors??researchresults,theinitialcrustalvelocitymodelofthestudyareaisobtained.Byselecting200earthquakeswithM≥3.0occurringinYunnanbetween2010and2014,usingtheHyposatbatchlocationprocessingmethodtoiteratetheinitialvelocitymodel,andperformingfittingtoSwaveslayeredvelocitystructure,weobtainthecrustalvelocitymodelfortheYunnanregion,namely,the2015Yunnanmodel,with:vP1=6.01km/s,vP2=6.60km/s,vPn=7.89km/s,H1=20km,H2=21km,vS1=3.52km/s,vS2=3.86km/s,vSn=4.43km/s.AnalysisonearthquakerelocationsbasedonthenewmodelshowsthatmostearthquakesoccurringinYunnanareatadepthof10km-20kmoftheuppercrust.TheMarch10,2011MS5.8YingjiangandAugust3,2014MS6.5Ludianearthquakesarerelocated,andthefocaldepthsdeterminedwiththenewmodelarerespectivelyclosetotheprecisepositioningresultandhypocentraldistancetothestrongmotionstationsattheepicenters,indicatingthatthenewone-dimensionalvelocitymodelcanbetterreflecttheaveragevelocitystructureofthestudyarea.

简介：这篇论文学习红河盆的流量的变化并且讨论“走廊障碍”的影响由基于每月的降水使用GIS和统计方法的流量的变化上的山谷和山的功能，温度一