简介:June Festival in QinghaiJuneFestivalinQinghai¥byXiaoZhenweiandLiujinghongEachJune.Tibetanslivinginsome50Tibetanvillagesontheb...
简介:Strongearthquakeactivityalovertheworldandstrong┐moderateearthquakeactivitywithinandnearChina(June~August,1995)PEI-SHANCHEN(陈培...
简介:Source:AssociationofChinaRareEarthIndustry1.RareearthmarketAffectedbythebidfailureofnationalreserve,rareearthpricewasweakinJuneandtheoverallrareearthmarketpresenteddownwardtrend.However,priceofsomeheavyrareearthsincreased,suchasterbiumoxide.Rareearthpricedeclinedbutinnarrowrangethismonth,whichdemonstratedthatthemarketwasstill
简介:Source:AssociationofChinaRareEarthIndustry1.RareearthmarketPricesofrareearthproductscontinuedtoraiseinJune,especiallypricesofsamarium,europiumandterbiumproducts.RareearthmarketkeptreboundingfromJan.toJune,butexportofrareearthproductsdeclinedduringtheperiod.Astheendofthethirdroundofnationalstockpilingandthecontinuousofcrackingdownonillegal
简介:SMEI(smallandmedium-sizedcompanyconfidenceindex)releasedbyStandardChartedBankinJuneshowsthattheoperationofSMEskeepssluggishmomentumforthesecondmonthconsecutively.SEMIdroppedto55.2from56.0lastmonth,althoughthereisaslightincreaseofaveragevaluefrom55.1to56.6forQ2.Theenterprisegrowth
简介:~~
简介:Anoperationalthree-dimensionaloilspillmodelisdevelopedbytheNationalMarineEnvironmentalForecastingCenter(NMEFC),StateOceanicAdministration,China,andthemodelhasbeenrunningfor9a.OnJune4and17,2011,oilisspilledintotheseawaterfromtwoseparateoilplatformsintheBohaiBay,i.e.,PlatformsBandCofPenglai19-3oilfield.Thespillcausespollutionofthousandsofsquarekilometresofseaarea.TheNMEFC'soilspillmodelisemployedtostudythePenglai19-3oil-spillpollutionduringJunetoAugust2011.ThewindfinalanalysisdataoftheNMEFC,whichisbasedonaweatherresearchandforecasting(WRF)model,areanalyzedandcorrectedbycomparingwiththeobservationdata.Acorrectedcurrentfiledisobtainedbyforcingtheprincetonoceanmodel(POM)withthecorrectedwindfield.Withtheabovemarineenvironmentalfieldforcingtheoilspillmodel,theoilmassbalanceandoildistributioncanbeproduced.Thesimulationisvalidatedagainsttheobservation,anditisconcludedthattheoilspillmodeloftheNMEFCisabletocommendablysimulatetheoilspilldistribution.ThustheNMEFC'soilspillmodelcanprovideatoolinanenvironmentalimpactassessmentaftertheevent.
简介:Ananalysisofhigh-resolutionprecipitationdatafor1978-2006indicatesthattheprecipitationoversouthernChinainJuneexperiencedalow-valueperiodin1980-1989andahigh-valueperiodin1992-2001.Italsorevealsthatexceptionalheavy(light)precipitationoccurredinJune2005(2004)since1951.Forthesevariationsonbothinterdecadalandinterannualtimescales,fairlyuniformanomaliesofprecipitationappearedoverVietnam,southernChina,andsoutheasternChina.Correspondingtopositive(negative)precipitationanomalies,anomaloussoutheasterly(northwesterly)flowat850hPareachedVietnamandanomaloussouthwesterly(northeasterly)flowexpandedtothecoastalregionsofsouthernandsoutheasternChina.Precedenttothepositive(negative)precipitationanomaliesduring1992-2001(1980-1989),positive(negative)anomaliesofseasurfacetemperatureappearedovertheextratropicalnorthwesternPacificinthewinterandspringseasons,associatedwithastrong(weak)extensionofthewarmKuroshioCurrentthataffectsthecoastalregionofeasternChina.Theabove-normalprecipitationinJune2005wasassociatedwiththepseudo-ENSOeventinthepreviouswinter,andthebelow-normalprecipitationinJune2004wasassociatedwithnegativeanomaliesofseasurfacetemperatureovertheequatorialcentralPacificandpositiveanomaliesovertheequatorialwesternandeasternPacific.
简介:在华东和NCEP/NCAR每天全球的期末考试从212个车站基于每日的降水数据在从2000~2010的6月和7月的分析数据,frontogenesis的climatological特征和相关发行量被分析了。结果证明那frontogenesis功能在华东非一致地散布。运动学的frontogenesis的不同学期显示出frontogenesis的不同紧张和分布。从不同运动学的frontogenesis学期综合的最强壮的frontogenesis在Jianghuai区域被观察。Frontogenesis事件作为每被分开成四种类型不同砍并且沿着在850hPa的强壮的frontogenesis乐队的水平风的集中类型。四种类型包括温暖砍类型,冷砍类型(与二种子类型),西方风集中类型,和东方风集中打字。在不同frontogenesis类型的事件在过去的十年与不同频率发生。温暖砍类型最经常发生。frontogenesis的不同类型有特殊水平、垂直的结构。强壮的frontogenesis与se平行的340-K轮廓被展示到正面的地区在垂直。在气旋或反气旋,风集中,以及垂直发行量结构的转移地点和力量表明的改变的大规模发行量模式与frontogenesis的不同类型被联系。而且,在frontogenesis和降水之间的强壮的积极关联被发现,即,越强壮frontogenesis,有越多猛冲。每日的降水与有关温暖砍类型frontogenesis最大,并且经常与强壮的frontogenesis带与一样的取向发生在正面的地区内。第二最大的每日的猛冲与寒冷发生砍类型frontogenesis,和相关降雨通常被观察到正面的地区的南方,与延长的雨带向东北。与西方风集中类型frontogenesis有关的降水是第三最大,主要在正面的地区的南方发生。
简介:从在预言在在6月的华南(SC)的车站规模降雨被评估的亚太经济合作(APEC)气候中心(APCC)多模型整体(MME)的各种各样的动态模型的表演。模型hindcasts的MME平均数能熟练地预言在SC领域上平均的6月降雨异例,这被发现。这能与在在Indo和平的区域捕获在SC降雨和大气的大规模发行量异例之间的观察连接的MME能力有关。对基于直接模型输出(DMO),超过97在SC驻扎的车站规模6月降雨预言的另外的评价表明MME平均数超过每个单个模型。然而,在某内陆的差的预言能力和东南的SC车站在MME平均数并且在很多个模型是明显的。以便与差的DMO预言技巧在那些车站改进表演,一个基于车站的统计downscaling计划被构造并且适用于个人和MME吝啬的hindcast跑。为几个模型,这个计划能在超过30个车站超过DMO,因为它能在捕获SC降雨更加敏感的异常Indo和平的对发行量拍进模型的能力。因此,提高了在这些模型的预言能力应该使他们成为的降雨为灾难有准备和缓解目的更有用。
简介:OnJune22,1518,alargeearthquake,measuringM71/2,occurredoffshorewestofSeoul,KoreainthesouthernYellowSea.ThisearthquakeaffectedthewholeKoreanPeninsula,andcauseddamagetothecoastalareassuchasSeoul,wheretheseismicintensitywasdegreeⅧ.Aftershockactivitylastedformorethanonemonth.TheearthquakealsoaffectedtheEasternChinaregion.ThisearthquakewaspossiblyrelatedtotheactivityofthewesternmarginfaultzoneoftheKoreanPeninsula(theeasternmarginfaultzoneofthesouthernYellowSea).Theepicenteroftheearthquakewaslocated36.5°Nand125.2°E.