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如何借助 Web of Science （ SCI…) 提高科研效率，开展创新性研究。

如何借助 Web of Science （ SCI…) 提高科研效率，开展创新性研究。. 汤森路透北京代表处 沙立洲. 2011 年 7 月科技部发布 《 国家十二五科学和技术发展规划 》 . 发展规划附录：重要指标和名词解释 国际科学论文被引用次数：国际科学论文被引用次数是指被科学引文索引（ SCI ）收录的学术论文在发表后的一段时间内被引用的次数之和。. Science Citation Index （ Web of Science ）. 东北农业大学近 10 年 SCI 论文总体情况. 地址. 东北农业大学近 10 年 SCI 论文总体情况.

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如何借助 Web of Science （ SCI…) 提高科研效率，开展创新性研究。

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  1. 如何借助Web of Science（SCI…) 提高科研效率，开展创新性研究。 汤森路透北京代表处 沙立洲

  2. 2011年7月科技部发布《国家十二五科学和技术发展规划》 发展规划附录：重要指标和名词解释 国际科学论文被引用次数：国际科学论文被引用次数是指被科学引文索引（SCI）收录的学术论文在发表后的一段时间内被引用的次数之和。

  3. Science Citation Index （Web of Science）

  4. 东北农业大学近10年SCI论文总体情况 地址

  5. 东北农业大学近10年SCI论文总体情况

  6. 东北农业大学近10年SCI论文产出趋势和影响力（引文报告）东北农业大学近10年SCI论文产出趋势和影响力（引文报告）

  7. 东北农业大学近10年SCI论文检索结果分析（学科）东北农业大学近10年SCI论文检索结果分析（学科） SCI发文分析-按学科 生物化学和分子生物学 生物技术和应用微生物学 食品科学技术 农业、乳制品和动物科学 农艺学 基因遗传学 微生物学 兽医学 。。。。。

  8. 东北农业大学近10年SCI论文检索结果分析（期刊）东北农业大学近10年SCI论文检索结果分析（期刊） 论文主要发表在哪些期刊上 《生物化学与生物物理进展》 《中国农业科学》 《家禽科学》 《光谱学与光谱分析》 。。。。。。

  9. JCR(期刊影响力报告） JCR

  10. Editorial information: • Title Changes • Combined titles • Title Suppressions

  11. Editorial Information

  12. JCR(期刊影响力报告） 期刊影响因子 期刊在学科领域的排名和分区

  13. JCR(期刊影响力报告） 期刊在相关学科领域的影响力排名

  14. ESI（关键科学指标） ESI…

  15. ESI（关键科学指标） 基于研究领域/学科的排名 科学家、机构、国家/地区、期刊 高被引论文 热点论文 全球基准值 研究前沿

  16. 纲要 • 提高科研效率的有效途径 • 如何快速获取最有价值的学术科研参考文献 • 如何利用Web of Science(SCI…)进行创新性的研究 • 如何利用Web of Science(SCI…)订制文献情报跟踪 • 如何利用EndNote Web管理和格式化参考文献

  17. Synthesis of Amino Acids 1JACS 1995 2JOC 1987 提高科研效率的有效途径 1JACS 1995 2JOC 1987 • 科学研究的基本工作流程 Synthesis of Amino Acids Synthesis of Amino Acids 成果 发现 (Discovery) 开题 寻找 思路 (Find) 实验 论证 (Test) 文献 想法(Idea) 确定 方法 (Way) 实践 (Practice)

  18. 提高科研效率的有效途径 • （NSF）美国科学基金会统计数据

  19. 如何快速获取最有价值的科研参考信息 • 科研人员获取科学信息的主要途径

  20. 如何快速获取最有价值的科研参考信息 • 如何从浩瀚文献中快速锁定跟科研课题最相关的前沿参考信息?

  21. 如何快速获取最有价值的科研参考信息 如何从浩瀚文献中快速锁定跟科研课题最相关的前沿参考信息?

  22. 如何快速获取最有价值的科研参考信息 • 权威的参考数据 • Web of science • SCI (Science Citation Index Expanded) 1900- • SSCI (Social Sciences Citation Index) 1900- • A&HCI (Arts & Humanities Citation Index) 1975- • CPCI (Conference Proceeding Citation Index） 1990- • CCR (Current Chemical Reactions) 1840- • IC (Index Chemicus) 1993-

  23. Dr. Eugene Garfield Founder & Chairman Emeritus ISI, Thomson Scientific “Our ultimate goal is to extend our retrospective coverage of the scientific literature back to the twentieth century. The Century of Science initiative makes that dream come true.” 如何快速获取最有价值的科研参考信息 • 科学的检索方式：主题词检索+引文索引 • Dr. Garfield 1955年在Science发表论文提出将引文索引作为一种新的文献检索与分类工具，将一篇文献作为检索字段从而跟踪一个“Idea”的发展过程 Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides. Synthesis of Amino Acids Synthesis and/or collection of Synthesis and/or collection of amino acids is critical for cell survival. They not only serve as the building blocks for proteins but also as starting points for the synthesis of many important cellular molecules including vitamins and nucleotides.

  24. 如何快速获取最有价值的科研参考信息 • 科学的检索方式：主题词检索+引文索引 案例：注意力缺失/多动症 (Attention Deficit Hyperactivity Disorder，ADHD) 仅通过主题词/关键词检索，查到的参考文献最早为20世纪80年代初 • 有关ADHD的最早研究是否开始于这段时间？ • 我们是否真正了解到这项研究的历程和发展？

  25. 从1902年Still的开创性研究以后，ADHD经历了很多术语名称的变化。通过WoS特有的引文索引，我们可以从不同年代追溯Still 这篇文章的引文，从而了解有关行为障碍的研究领域的发展历程。 1966 儿童多动综合症 (Hyperactive child syndrome) 1978 多动症与轻微脑功能损伤 (Hyperkinetic Minimal Brain Dysfunction) 1984 注意力缺失 (Attention Deficit Disorder) 2000 注意力缺失/多动症 (Attention Deficit Hyperactivity Disorder) 26

  26. 如何快速获取最有价值的科研参考信息 • 快速全面的分析 如何从整体上把握一个课题的发展方向和趋势，了解课题现状？

  27. 如何快速获取最有价值的科研参考信息 • 快速全面的分析

  28. 举例说明如何利用Web of Science提高科研效率和进行创新性研究 • 如何在大量的背景信息中发现高质量的信息，从而保证科学研究的持续发展 • 如何从整体上把握一个课题的发展方向和趋势，了解课题现状 • 如何在大量的学术期刊中选择合适的SCI期刊投稿

  29. 上海-7月19日发布PM2.5橙色预警 北京-3月18日发布PM2.5红色预警 2011年6月10日，湖南岳阳受强降雨影响，多处引发山洪和泥石流。 2011年5月11日，湖南岳阳洞庭湖裸露湖床上干旱造成的裂痕可伸进拳头。

  30. 影响大气环境变化的一个关键因素 ---”有机气溶胶”（organic aerosol） 如何利用WoS进行创新性的研究，提高科研水平 研究方法举例

  31. 如何利用WoS进行创新性的研究，提高科研水平 Organic aerosol

  32. 如何利用WoS进行创新性的研究，提高科研水平 • 直接精炼 or 全面了解 精炼

  33. 如何利用WoS进行创新性的研究，提高科研水平 • Review：快速了解课题全貌 REVIEW

  34. 如何利用WoS进行创新性的研究，提高科研水平 • 分析：通过不同字段的数据统计分析该课题研究历史和现状 分析检索结果

  35. 如何利用WoS进行创新性的研究，提高科研水平 • 出版年：分析课题发展历程和趋势 出版年

  36. 如何利用WoS进行创新性的研究，提高科研水平 • 学科类别：分析课题的学科分布 学科类别

  37. 如何利用WoS进行创新性的研究，提高科研水平 • 国家/地区：分析课题在全球研究实力的分布 国家/地区

  38. 如何利用WoS进行创新性的研究，提高科研水平 • 机构名称：分析全球那些机构对该课题研究比较多 机构名称

  39. 如何利用WoS进行创新性的研究，提高科研水平 • 基金资助机构：了解基金对该课题资助的情况 • 美国国家科学基金 • 美国宇航局 • 中国国家自然科学基金 • 欧盟委员会 • 中国科学院 • 美国海洋和大气管理局 • …… 基金资助机构

  40. 如何利用WoS进行创新性的研究，提高科研水平 • 来源出版物：了解那些出版物对该课题感兴趣 • 《大气环境学》 • 《地球物理学研究杂志-D辑：大气》 • 《大气物理化学》 • …… 来源出版物

  41. 如何利用WoS进行创新性的研究，提高科研水平 • 作者：了解哪些科研人员对此课题的研究比较多 作者

  42. 如何利用WoS进行创新性的研究，提高科研水平 • 引文报告：了解某机构、国家、研究人员等在该课题上近些年的研究成果以及影响力 创建引文报告

  43. 如何利用WoS进行创新性的研究，提高科研水平 • 引文报告：了解某机构、国家、研究人员等在该课题上近些年的研究成果以及影响力 全球在此课题领域的研究水平 H指数-161

  44. 如何利用WoS进行创新性的研究，提高科研水平 • 引文报告：了解某机构、国家、研究人员等在该课题上近些年的研究成果以及影响力 中国在此课题领域的研究水平 H指数-49

  45. 如何利用WoS进行创新性的研究，提高科研水平 • 通过引文报告中每年引用情况甄别现在依旧活跃的研究成果 √

  46. 如何利用WoS进行创新性的研究，提高科研水平 • 通过高影响力文献，了解课题发展的历史，现状和趋势 施引文献 文后参考文献 引证关系图

  47. 如何利用WoS进行创新性的研究，提高科研水平 • 通过文章背后的参考文献寻找该课题的研究历史以及过去的重要研究成果 1997 1992 1989 1977 现代地球物理学奠基人之一Harold Jefferys 1958 1948 1918

  48. 如何利用WoS进行创新性的研究，提高科研水平 • 通过引用该文章的施引文献发现该课题的研究发展方向和最新成果 在墨西哥湾深海石油钻井平台漏油之后，在海面上空积累了一个高浓度的有机气溶胶空气污染气柱，这些继发性气溶胶是从原油泄漏处周围的较为宽广的区域所散发出来的 …… 2005 2007 2011 2011

  49. 如何利用WoS进行创新性的研究，提高科研水平 引证关系图：更直观地展现高影响力研究成果

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