简介：小朋友们，Ron刚刚学习英语，所以很多事情、很多东西都不知道如何用英文表达。七月到了，暑假来了，Ron又要和Peter聊聊七八月份的故事了，你能帮帮Ron吗？

简介：在叶绿素的空间分布上学习水道学的因素的效果一(Chl一)，调查在热带东方印度洋被执行(80栠杩敨瑳瘠污敵?瑡删来潩?我

简介：appendicularians上的桡脚类的动物的潜在的抑制在领域和试验性的条件里被发现。appendicularians和planktonic桡脚类的动物的丰富和分发在华南海(SCS)的西北大陆人架上在夏天期间与他们的关联的参考被学习。基于地形学和调查区域的水质量，它被划分成三个分区：区域我(东方Leizhou半岛的沿海的水)与低温度，咸度和高叶绿素一(Chl一)集中，有低温度的区域II(东方的沿海的水和东南海南岛)，高咸度和中等Chl集中和区域III(近海从Leizhou半岛流水到海南岛)与高温度，高咸度和低Chl集中。appendicularians和桡脚类的动物的种类丰富增加了从对沿海近海水，和高价值在区域III被观察。appendicularian和桡脚类的动物丰富的分发通常减少了从对沿海近海水，与最高的价值在区域我。我们的结果建议appendicularians和桡脚类的动物的分发模式显著地不同，由于物理、生物的因素的影响。appendicularians上的远洋的桡脚类的动物的否定影响没被发现基于在在SCS的西北大陆人架中的situ数据。

简介：在XiamenWestern海湾的浮游植物社区结构的空间变化在海藻的房间并且CHEMTAX处理颜料数据基于光合的颜料的HPLC分析在在2001的夏天和秋天巡航期间被调查。Chl集中到达了18.9湩

简介：TheestablishmentoftheSouth-Asianhigh(SAH)inAprilandMayovertheIndochinaPeninsula(IP)isinvestigatedbasedontheERA-40reanalysisdata.TheresultshowsthattheSAHisgeneratedandstrengthenedovertheIPlocally,ratherthanmovingwestwardtotheIPfromtheWesternPacific.AftertheSAHestablishmentthetropicaluppertropospherictrough(TUTT)formsabovetheoceantotheeastofthePhilippines.WehavefoundthattheprincipaltriggeringfactorofboththeSAHconstructionandtheTUTTformationisthevariationintheSouthernAsianatmosphericdiabaticheatingregime.InlateApril,boththeclimbingeffectofShanPlateauandthelocalsurfacesensibleheatingcontributetolocalrainfallovertheIP.Thenthelocalupdraftandupper-airdivergencearestrengthened,beingresponsiblefortheSAHformedinthesouthernpartoftheIP.AsconvectionmovesnorthwardalongtheAustralian-Asian"maritimecontinent"andtheBayofBengal(BoB)summermonsoonbegins,theconvectionisintensifiedinMayontheeasternBoB.ThestrongconvectionresultsintheSAHenhancingandexpandingwestward,accompaniedbyreinforcedmeridionalflowtotheeastofSAH,whereresponsesofthecirculationtodiabaticheatingarriveataquasi-steadystate.Meanwhile,becauseofthepositivegeopotentialvorticityadvectionresultingfromupperequatorwardflow,thelocalpositiverelativevorticityincreasesovertheoceantotheeastofthePhilippines,makingthetropicaluppertropospherictrough(TUTT)formaround150°E.

简介：Daily850-hPameridionalwindfieldsinEastAsiafromMarchtoSeptember2002wereusedtoestablishamodeloftheprincipaloscillationpattern(POP).Thismodelwasthenusedtoconductindependentextended-rangeforecastsoftheprincipaltemporalandspatialvariationsinthelow-frequencymeridionalwindfieldonatimescaleof20-30days.ThesevariationsaffecttheoccurrenceofheavyprecipitationeventsinthelowerreachesoftheYangtzeRivervalley(LYRV).Theresultsof135forecastexperimentsduringthesummerhalfyearshowthatthepredictedandobservedanomaliesarestronglycorrelatedataleadtimeof20days(meancorrelationgreaterthan0.50).Thisstrongcorrelationindicatesthatthemodeliscapableofaccuratelyforecastingthelow-frequencyvariationsinmeridionalwindthatcorrespondedtothe3heavyprecipitationeventsintheLYRVduringthesummerof2002.Furtherforecastexperimentsbasedondatafrommultipleyearswithsignificant20-30-dayoscillationsshowthatthesepredictionmodesareeffectivetoolsforforecastingthespace-timeevolutionofthelow-frequencycirculation.ThesefindingsofferpotentialforimprovingtheaccuracyofforecastsofheavyprecipitationovertheLYRVatleadtimesof3-4weeks.