Three new species of Genus Euphysora from China seas(Hydrozoa: Anthomedusae,Corymorphidae)

INTRODUCTIONEuphysorabelongstoChryTnorphidaeofAnthomedusaeofHydromedusae.fofarfourspeciesofEuphysorawererecordedinChina,i.e.,EuphysorabigelowiMaas1905(XuandZhang,1978),E.annulataKramp1928(~,1988),E.furcataKrarnp1948(~,1988)andE.gracilis(Brooks,1882)(JiangandChen,1994).ThroughstudyonEuphysorafromMinnan(SouthZhejiangProvince)--TaiwanBankfishinggroundandtheDatanBayofHongKongfrom1985,wehavefoundthreenewspeciesofEuphysora,i.e.,E.brunnesceatis,E.knidesandE.solidonema.Owingtothethre…     

Plectranthias kamii Randll, 1980 (Perciformes: Serranidae) collected from Bitung, North Sulawesi: first record from the Southwest Pacific Ocean

Three specimens of the serranid fish(Serranidae), Plectranthias kamii Randall, 1980 were collected from fish market, Bitung, North Sulawesi on May and June 2010. Some morphological characters P. kamii is closely related to P. sheni, P. megalophthalmus, P. retrofasciatus, P. rubrifasciatus, P. knappi, P. helenae, P. pelicieri, P. jothyi, P.retrofasciatus and P. randalli in sharing of body width, upper jaw length, pelvic spine length and orbit diameter.Meristic count characters of P. kamii differ from P. sheni, P. pilicieri, P. megalophthalmus, P. retrofasciatus and P.rubrifasciatus in having more numerous dorsal spine(18 vs. 15–17) and below lateral line(33–34 vs. 29–33) and differ from P. megalophthalmus and P. rubrifasciatus in having more numerous pored scales in lateral line(13 vs.14–15) and shorter of anal spine. The present anthiine fish collected from Bitung, Indonesia was described as new record and bringing the total number of species of this genus known in Indonesia to seven.     

Preliminary study on taxonomy of dinoflagellate cysts from major estuary and bays of Fujian Province, China

According to the morphology, wall structure, color, ornamentation, etc. , 25 speciesbelonging to 9 genera are identified and described from 144 sediment samples of the Xiamen Harbor, the mouth of the Minjiang River and the Sansha Bay. Among them there are 2 toxic species: Alexandrium minutun, A. tamarenes, 4 harmful species: Alexandrium affine, Lingulodinium polyedrum , Scrippsiella trochoide, Gonyaulax spinifera. It shows that 11 species of dinoflagellate cysts (Alexandrium affine, A. minutum , Diplopelta cf. parva , Polykrikos cf. schwartzii, protoceratium reticulatum ,Protoperidinium minutum ,P. cf. minutum,P. cf americanum and Alexandrium sp. , Protoperidinium sp. 1, P . sp. 2) are first recorded along the coast of Fujian Province, China. These newly discovered species might be transported to the coastal sea of Fujian Province by ballast water of international trade vessels.     

Laws of Chl. a maximum distribution and variation in the northern East China Sea

INTRODUCTIONTheChl.adistributionintheseawaterreflectstheabundanceanddistributionofphytoplankton,andthehighChl.aareasareusuallythedistributionareasofcentralfishingground.Intheearly1960s,Steelein1960andAndersonin1969concludedthatthereweresubsurfaceChl.amaximainthehomogeneouslystratifiedocean.Inthepast10a,ChinesescholarsmademanyinvestigationsonChl.aintheEastChinaSeacontinentalshelfareaanditsadjacentseaarealstudiedthegeneraldistributionofChl.aandtheformationmechanismofitsverticalmaxima,an…     

Two new species of Eirenidae from the coast of southeast China

Through the examination of 377 samples collected from the Taiwan Straits, two new species of Eirenidae, i. e. , Eirene octonemalis n. sp. and Eutima krampi n. sp. are described. All type specimens are deposited at the Department of Oceanography, Xiamen University.     

One new free-living marine nematode species of genus Cephalanticoma from the South China Sea

One new species of free-living marine nematode Cephalanticoma brevicaudata sp. nov. from the South China Sea is described. Cephalanticoma brevicaudata sp. nov. is characterized by spindle body with relatively short tail; head with cephalic capsule; three teeth at anterior of pharynx; excretory pore opens posterior to cervical setae; three cervical setae per file; spicules arcuate, cephalate and ventrally bent proximally, and blunt distally, 1.8 a.b.d. long, without ventral ala; gubernaculun slender, simple rod, without apophyses; tubular supplement 34 μm long, 2.3 a.b.d. in front of cloaca.     

A new type of Shipboard Meteorological Satellite Receiving-processing System

INTRODUCTIONTheSMSRPSisstalledontheshipnavigatingovertheseaandreceivessatellitecloudmapsatanytimetoprovidereliablereal-timedataofmeteorologyandocean.Itisanimportantequipmentforsafeguardofshipnavigation.Chinahasthousandsofoceanicships.Butalmostallships,withonlyveryfewexception,arenotstalledbySMSRPS.Thecausesareasfollows:1.Thetechniqueisverycomplicated.2.Thedevelopmentcostisveryhigh.3.Ifweintroduceforeignequipment,thecostistooexpensive.4.Foreignequipmentanditssoftwarearecompletelyclo…     

Dinoflagellate cysts in recent marine sediment from Guangxi, China

Total of 33 species of dinoflagellate cysts were discovered from surface sediment in the searegion of Guangxi, among them 12 cyst types (Diplopsalopsis sp.1, D. sp. 2, D. sp. 3, Cochlodinium sp., Protoperidinium sp. 1, P. sp. 2, P. compressum , Scrippsiella sp. 1, S. sp. 2, Alexandrium sp. 1, A. sp. 2, A. sp. 3) were first reported from the South China Sea. And one cyst type (Cochlodinium sp.) was first reported in the world. Scrippsiella trochoidea is the dominant species in this area, accounting for 45% of all the cysts. There are 2 cysts of toxic dinoflagellate (Alexandrium tamarensis and Gymnodinium catenatum). But there is no relationship between cyst number and grain size distribution.     

提问蔚蓝

1.意大利是位于欧洲南部的海洋国度,下列区域哪个不属于意大利？A.西西里岛B.亚平宁半岛C.萨丁岛D.科西嘉岛2.意大利的国土深入地中海,拥有众多欧洲著名的港口城市。请问下列城市中,属于意大利港口城市的是哪个？A.米兰B.巴伦西亚C.热那亚D.波尔图3.意大利是位于欧洲南部的海洋国度,其首都罗马公元1世纪时的人口已经超过百万。     

Morphological observation and rbcL gene sequences studies of two new species, Grateloupia dalianensis H.W.Wang et D.Zhao, sp. nov. and G. yinggehaiensis H.W.Wang et R.X.Luan, sp. nov. (Halymeniaceae, Rhodophyta) from China

A few species in the genus Grateloupia (Halymeniaceae,Rhodophyta) have been investigated in detail with respect to morphological observations and molecular analyses.In this study,the authors document the vegetative and reproductive structures of two new species of Grateloupia,G.dalianensis H.W.Wang et D.Zhao,sp.nov.and G.yinggehaiensis H.W.Wang et R.X.Luan,sp.nov.They both have the morphological character that carpogonial ampullae and auxiliary cell ampullae are the simple Grateloupia-type.The two species can be distinguished from other species of the genus by their distinctive morphological features respectively.Based on ribulose-1,5-bisphosphate carboxylase/oxygenase (rbcL) gene sequences,the phylogenetic tree obtained in the study indicated that they are both embedded within the Grateloupia clade.G.dalianensis clusters a subclade with G.asiatica,and G.yinggehaiensis forms a single monophyletic subclade with G.hawaiiana.     

Technical foundation research on high resolution remote sensing system of China''s coastal zone

China‘s coastal zone is a region with a highly developed economy that contrasts clearly with the slow paced regular investigation on its natural environment, which cannot keep pace with the requirement of economic development and modem management.Laying a theoretical foundation for the modem management of China‘s costal zone is aimed at.This research focuses on the following processing and analyzing technologies for coastal zone high-resolution remote sensing data: organization and management of large amounts of high-resolution remote sensing data, quick and precise spatial positioning system,algorithms for image fusion in feature level and coastal zone feature extraction. They will form a technical foundation of the system. And, if combined with other research results such as coastal zone remote sensing classification system and its mapping subsystem, an advanced technical frame for remote sensing investigation of coastal zone resource will be constructed.     

中国海岸带高分辨率遥感系统技术基础研究

基于海岸带作为经济高度发展的地带,特别是我国常规海岸带调查已不能满足海岸带经济发展和现代化管理的基本要求,着重从大量高分辨率遥感数据的组织和管理、快速准确的空间定位系统、特征级的影像融合以及海岸带特征提取等算法,共同构成海岸带高分辨率遥感数据处理及分析方法作为系统的技术基础,并通过与此相匹配的海岸带遥感分类系统及其综合制图等方法研究,支撑起海岸带遥感资源调查先进的技术构架,为实现我国海岸带现代化管理奠定理论和技术基础.     

中国海岸带及近海多源数据空间组合和运行的基础研究

基于来自空间和常规的海岸带及近海多源信息,旨在满足国家空间数据基础建设和应用的迫切需求,在对诸多信息特征进行分析的基础上,建立了中国海岸带科学数据平台概念模型,并在此概念模型的基础上进行了具体的逻辑结构、遥感影像数据的ARCSDE存储、遥感数据的元数据存储等模型设计.同时阐述了多源数据空间组合的复杂技术及其关键意义,一俟由此实现海岸带及近海数据库建立和系统业务化运行,便可更加有效地为海岸带及近海调查、研究、开发应用和管理提供智能化信息分析的平台和技术服务.     

Construction and implementation of multisource spatial data management system of China’s coastal zone and offshore

1IntroductionThe21stcenturyisacenturyoftheocean,andallofusmustprepareforthecomingofthiscentury.Asoceanologicalresearchers,wehavemanythingstodotopromotethecon-structionandapplicationofdigitaloceaninna-tionalspatialdatainfrastructure,suchascoastalintegrateddatamanagement,intelli-gentinformationanalysisandsubjectinforma-tionextractionofoceanologicremotesensingdata,nationalandprovincialremotesensingin-formationservicesystemsofoceanology,e-cologicalandenvironmentalinformationser-vicesystemandsharin…     

我国海岸带及近海卫星遥感应用信息系统构建和运行的基础研究

我国海岸带和近海的高度开发极大地促进了沿海经济的发展,也引发出一系列的资源和生态环境问题.研究和发展适用于我国海岸带及近海卫星遥感综合应用技术系统,旨在实现宏观、动态、同步监测区域资源开发和保护,以及为生态环境问题提供全新的技术支撑和协调解决整体技术方案,对此着重阐述了面向海岸带及近海卫星遥感应用技术系统的构建.本技术系统主要包括海岸带科学数据平台和信息提取模块、针对海洋过程的应用模块、我国海岸带及近海生态环境集成用户平台等,其目的是推进我国海洋遥感由研究阶段转向应用阶段,并为实现数字海洋提供技术基础.     

Construction and implementation of multisource spatial data management system of China''s coastal zone and offshore

To meet the increasing demand of national spatial database infrastructure construction and application, a concept model of China‘ s coastal zone scientific data platform is established based on the information feature analysis of a compound dataset, consisting of remote sensing data and conventional data. Based on this concept model, the detailed logical database structure and the storage strategy of remote sensing data and their metadata using ArcSDE are designed. The complicated technology of multisources data combination in this research is crucial to the future coastal zone and offshore database construction and practical running, which will provide intelligent information analysis and technological service for coastal zone and offshore investigation, research, development and management.     

光学高分遥感技术在海岸地形测量中的应用

为满足海岸地形测量对光学高分辨率遥感技术的应用需求,总结分析了我国光学高分辨率遥感技术的海岸地形测量应用现状,比较了国内外相关领域应用研究方向差异,指出该领域在硬件平台、处理软件和专业应用等方面的巨大进展,总结了光学高分遥感数据管理、处理、应用和服务等方面的发展趋势,有助于光学高分辨率遥感技术在海岸带测绘中的应用。     

基于无人机MiniSAR和正射影像的海岸带开发利用信息提取对比研究

近年来,海洋在沿海国家的战略地位空前提升,海洋遥感技术也被广泛应用。海洋遥感利用电磁波与大气和海洋的相互作用原理,从卫星平台观测和研究海洋海岸带的各种现象,从而获取海岸带信息,分析海岸带变化。文章基于GIS和遥感技术,利用无人机搭载微型合成孔径雷达(MiniSAR)获取高分辨率SAR影像并与无人机光学正射影像进行对比研究,获取了海岸带开发利用信息分布状况,分析了两种手段获取结果的差异性原因,为深入开展无人机遥感监测在海洋管理中的应用奠定了基础。利用无人机机动灵活的特点,宏观、快速、高效地获取海岸带信息,并实时监测海岸带动态变化,将为海洋综合管理、海洋经济发展、海洋环境保护提供基础数据和技术支撑。     

多光谱与纹理特征结合的WorldView-2影像海岸线提取方法研究——以马来西亚棉花岛为例

海岸线是海岛海岸带研究的基础要素,对于海岸带资源开发利用具有重要意义。遥感技术凭借其宏观、多光谱且周期短等特点成为快速提取海岸线的重要技术手段。本文采用高分辨率遥感数据WorldView-2对海岸线两侧地物的表观反射率进行分析,并开展特征分析,构建了海岸线提取指数。在此基础上,进一步结合纹理特征提取方法,成功提取了马来西亚棉花岛的海岸线。基于线目标匹配法对提取结果进行精度评价,其中长度误差为-1.38%,在缓冲半径为6个像素单位时,完整度为96.96%,正确度为95.37%。结果表明,用该方法提取的海岸线精度较高,可满足遥感调查的需要。     

Construction and implementation of RS integrated application information system of China''s coastal zone and offshore

The coastal zone and offshore are clearly of major economic and social importance,in thesame time it causes a series of problems of resources and ecosystem too.The research on and development of integrated application techniques for remote sensing provide not only a microcosmic and dynamic and synchronous technical means to the monitor,but also an integrated technical scheme to harmonically solve the ecological environment problem.The system is designed to focus on the application techniques of multi-sources remote sensing data.By developing remote sensing information extraction module,integrated user platform,and application module objected to the real ocean procedure for China''s coastal zone and offshore,the information system consists of the management of prodigious amount of data,display,analysis,simulation and output will be constructed and implemented.The final objective is to transform the research on ocean remote sensing into application.