文献检索试题学生姓名唐豪学号MAE20130专业渔业推广学生签名:_____ __1. 分类法主要有哪几种?写出本专业在中图法中的分类代号?答:文献分类法按照其编制方式,通常可以区分为等级列举式、分面组配式、列举——组配式三种。
本专业(渔业)在中图法中的分类代号是S92.列举和本专业有关的6种中文核心期刊名称、4种外文期刊名称。
答:中文核心期刊:1.水产学报 2.水生生物学报 3.中国水产科学 4.淡水渔业5.海洋水产研究6.水产科技情报 7.水利渔业 8.中国水产 9.大连水产学院学报10.水产科学11.上海水产大学学报 12.科学养鱼4种外文期刊:英国《科学文摘》;美国《化学文摘》;美国《生物学文摘》;《剑桥科学文摘》(CSA).3. 列出国际3大收录系统的名称(全称和简称)、3个外文全文数据库名称及网址、3个中文全文数据库名称及网址。
答:国际3大收录系统的名称分别是SCI(科学引文索引 )、EI(工程索引 )和ISTP(科技会议录索引)。
3个外文全文数据库名称及网址:(1)Academic Press 电子期刊数据库(国际网),网址:;(2)Elsevier Science电子期刊数据库,网址:;(3)ScienceOnline——美国著名《科学》杂志数据库;。
3个中文全文数据库名称及网址:(1)中国知网,网址:;(2)中国期刊网全文数据库CNKI(中国知识基础设施工程),网址:;(3)万方数据资源系统(ChinaInfo),。
4. 简述实验型学术论文的格式。
答:主要包括题目、作者、摘要、关键词、正文、致谢、参考文献等内容。
具体分为:1、标题。
概念:论文的总纲,能反映论文最重要的特定内容的最恰当、最简明的词语逻辑组合。
2、作者。
意义:拥有著作权的声明;文责自负的承诺;便于读者同作者联系;将署名置于题名下方。
3、摘要。
概念:对论文的内容不加注释和评论的简短陈述。
4、关键词;5、中图分类号;6、引言正文: 正文是论文的主体,系指引言之后结论之前的部分,应按GB7713--87的规定格式编写。
正文应充分阐明论文的观点、原理、方法及具体达到预期目标的整个过程,并且突出一个“新”字。
7、材料与方法;8、结果与分析;9、参考文献;10、讨论;11、结论;12、致谢。
5.利用在中国知网数据库,实现下列检索:1)作者单位:烟台大学,时间:2012—2014年,满足以上两个条件的某一老师的论文题录。
1、山东半岛南部中国明对虾放流前后渔业资源群落结构;乔凤勤; 邱盛尧;张金浩; 李增; 耿宝龙;水产科学;2012.11.15.2、山东南部海蜇资源分布与浮游动物相关性分析;张金浩;邱盛尧;乔凤勤; 李增;耿宝龙;水产科学;2013.02.15.3、靖海湾三疣梭子蟹增殖放流资源量贡献率的调查研究;耿宝龙; 邱盛尧;烟台大学学报(自然科学与工程版);2014.01.15.2)下载其中一篇论文的摘要。
《靖海湾三疣梭子蟹增殖放流资源量贡献率的调查研究》摘要:【摘要】利用扫海面积法对2010—2012年靖海湾三疣梭子蟹(Portunus trituberculatus)本底资源量和放流后资源增加量进行估算,分析了放流种群和自然种群的比例及放流苗种的阶段性成活率.调查结果表明:2010—2012年,靖海湾三疣梭子蟹放流后10 d左右,海域中三疣梭子蟹资源量分别达到342.9万只、285.67万只和571.5万只;放流种群占总资源量比例分别为62.5%、85.0%和92.5%;放流苗种的阶段成活率分别为34.3%、37.0%和31.2%. 更多还原3)利用浏览器,把论文部分内容分别以图片和文字格式拷到word文档。
自山东半岛南部开展增殖放流工作以来,靖海湾历来是放流的重点海域. 靖海湾总面积89. 3km2;6—8 月份水温23 ~31℃,盐度13 ~32;底质多为泥沙,水质肥沃,浮游生物的生物量较高,生物环境和非生物环境均适合中国对虾、海蜇和三疣梭子蟹等增殖放流物种的生存和生长. 三疣梭子蟹( Portunustrituberculatus)为黄渤海的主要增殖物种之一[1]. 目前,对于三疣梭子蟹增殖放流的研究很多,主要集中在放流现状、放流技术和渔业效益方面[2 -5],但就如何准确评价三疣梭子蟹放流增殖效果、建立评价标准体系,成为科学工作者研究的焦点和难点问题. 本研究通过靖海湾2010—2012 年三疣梭子蟹本底资源调查和放流后资源增加量的航次调查,利用扫海面积法在估算靖海湾三疣梭子蟹自然资源量的基础上,进而估算放流后的资源增加量,分6. 根据Springer数据库,下载2014年与“水环境”有关的论文题录(第一页也可),并下载其中一篇论文的摘要。
Utilization of water chestnut for reclamation of water envi ronment andcontrol of cyanobacterial bloomsSimulatingthe saturation threshold of a water environment’sresponseto tourist activities: Acase study in the Liupan mountain eco-tourism areaLeaf waterstatus evaluation and itsassociations in green gram(V igna radiata L.) under rainfed environment Water resourcesand environment in AustraliaPollutant scavenging in dew water collected from an urba nenvironment and related implicationsWater wettability in nanoconfined environmentEffect of Water Swelling on the Tribological Propert iesof PMMA Spin-Cast Film and Brush in Aqueous Environ mentA review of strategies to monitor water and sediment qu ality for a sustainability assessment of marine environmentAutomatically Purification ofAqueous CdTeNanocrystals in Water-ethanolCo-environmentElucidation of transformation pathway of ketoprofen, ibupr ofen, and furosemidein surface water and their occurrence inthe aqueous environment using UHPLC-QTOF-MSHydrographical characteristics and oxygenisotopic s ignatures of waterin acoastal environment (Mangalore) along the southeastern Arabian SeaSynthesis and characterization ofSiO2–La2O3 gels obtained in a water-free environmentSequential extraction of calcium in lake sediments for inv estigating the cycle of phosphorus in water environmen tPhase states of water-protein(polypeptide)-salt system and reaction to external environmentfactorsHealth risk assessment of heavy metals in the water environm ent of Zhalong Wetland, ChinaOccurrence of perfluorinated compounds in the aquatic environment asfound in science park effluent, river wa ter, rainwater, sediments, andbiotissuesFactors of Water Quality and Feeding Environment for a Freshwater mussel’s (Anodonta lauta) Survival ina Res tored WetlandChromium geochemistry in coastal environment ofthe Western Harbour, Egypt: watercolumn, suspended matterand sedimentsRelating water use to morphology and environment o fNothofagusfrom the world’smost southern forestsAbstractA pronounced environmental gradientdictates the dominance of Nothofagus in the foothills on the eastern side of the Andes Mountains in Patagonia,Argentina. Below 50° southern latitude, open forests of Nothofagus antarctica(ñire) dominate thelandscape towards the Patagonian steppe whereannual rainfall is low. With increasing rates of annual rainfall, corresponding with an increase in elevation, closed forests ofN. pumilio(lenga) replace thoseof ñire. During a short-term study we assessed differences instand structure and examined environmental, structural and functional traits related totree water use of ñire and lenga. Sap velocity reached similar maximum rates (95–100 Lm−2sapwood h−1), but whole-tree water use (Q) was significantly lower in ñire (8–13 L day−1tree−1) compared to lenga(20–90 L day−1tree−1)resulting in lowerstand transpiration (ñire: 0.51mm day−1; lenga: 3.42 mm day−1) despite similartree densities. Related to this,wind speed had aparticularly significant impact on Q of ñire,but not lenga. The ratio of leaf area tosapwood area (A L/A S) clearly identi fiedñire to be more structurally proficientat conserving water. Whilestem diameter (DBH) and crown area (A C) were well related in both species, only lenga exhibited relationships between variablesrelated to tree allometry and physiology (A C/Q, DBH/Q). Our resultsprovide the firstecophysiological characterization of the two Nothofagus species that defineimportant and widespread ecosystems in southern Patagonia (not only below 50°S), and provide useful data to scale water use of both species from tree to stan d.。