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Three essays on the economics of science policy: The impact of funding, collaboration and research chairs

机译:关于科学政策经济学的三篇论文:资金,合作和研究主席的影响

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摘要

This thesis studies the determinants that influence the number of citations, the effect of having a research collaboration with top-funded scientists on scientific productivity, and the effect of holding a research chair on scientific productivity. Based on a review study by Bornmann and Daniel (2008), one can argue that non-scientific factors determining the decision to cite do not significantly alter the role of citation as a measure of research impact. Assuming that the number of citations is a good measure for research impact and, in turn, for a certain kind of quality, we showed that the number of articles and the visibility of a researcher, the impact factor of the journal, the size of the research team, and the institutional setting of the university are the important determinants of citation counts. However, we have found that there is no significant effect of public funding and gender in most of the domains examined. The point that funding amount is not a significant determinant of citation counts does not necessarily contradict the positive effect of funding on scientific productivity.;We also developed a theoretical model and proposed some hypotheses about the effect of collaboration with top-funded scientists on scientific productivity. We then validated the hypotheses with empirical analysis and showed that such collaboration has a positive effect on scientific productivity. This significant effect may exist through different channels: transfer of tacit knowledge, more scientific publications, economy of scale in knowledge production because of better research equipment, and expanded research network. The results also verified the positive effect of funding, the positive effect of networking (measured by number of co-authors), the inverted U-shaped effect of age, and the fewer number of publications by women compared to men.;Finally, we made a distinction between different attributes of research chairs and their effect on scientific productivity. One of the important questions is to find out whether a research chair still has better scientific productivity (compared to non-chair holders) after controlling for the research funds available to the researchers. To investigate that question, we employed a matching technique to identify pairs of scientists (chair and non-chair holders) of the same gender, funding and research field. After such matching, we found that the effect of the Canada research chair program on scientific productivity remains significant and positive, while the effect of industrial chairs and the chairs appointed by the Canadian federal granting councils (NSERC and CIHR) become non-significant. This finding highlights the effectiveness of our matching technique methodology; because before matching, holding any type of chair had a positive and significant effect on scientific productivity.;This finding highlights the special attributes of the Canada research chair program, which are not replicated in other chairs. Those specific attributes may significantly push scientific productivity. For example, Canada research chairs are generally associated with some degree of prestige or higher visibility to recruit talented students or to have research collaboration with top scientists in the field. In addition, the Canada research chair program has a firm and efficient method of allocation (which is explained in the thesis). This approach institutionally synchronizes different chairs in universities and research fields. The fact that other types of research chairs, once matched with equivalent scientists, do not have an impact on scientific output in terms of quantity does not imply that these chair holders are lesser scientists, but that they are devoting part of their time to other endeavours of a more practical nature. Hence universities are maintaining a balance between the pursuit of pure scientific knowledge and its application to socioeconomic benefits. By solely studying scientific articles, we are missing a great deal of the university professors' activities. Although not trivial, future research should aim to cast a wider net on outputs, outcomes and impacts of university research.
机译:本文研究了影响引用次数的决定因素,与顶尖科学家合作进行研究对科学生产率的影响以及担任研究主席对科学生产率的影响。根据博恩曼和丹尼尔(Bornmann and Daniel,2008)的一项综述研究,可以认为,决定引用决定的非科学因素不会显着改变引用作为研究影响力的作用。假设引文数量是衡量研究影响的良好指标,而反过来,对于某种质量的论文,我们证明了文章数量和研究人员的知名度,期刊的影响因子,期刊的规模研究团队和大学的机构设置是引文数量的重要决定因素。但是,我们发现,在大多数审查的领域中,公共资金和性别都没有显着影响。资助金额不是引文数量的重要决定因素这一点不一定与资助对科学生产率的积极影响相抵触。;我们还建立了理论模型,并提出了关于与顶尖科学家合作对科学生产率的影响的一些假设。然后,我们通过经验分析验证了这些假设,并表明这种合作对科学生产率具有积极影响。这种显着影响可能通过不同的渠道存在:隐性知识的转移,更多的科学出版物,由于拥有更好的研究设备而在知识生产中产生规模经济,扩大了研究网络。结果还证实了资金的积极作用,网络的积极作用(按合著者人数衡量),年龄的倒U型作用以及女性出版的出版物数量少于男性。最后,我们在研究椅的不同属性及其对科学生产力的影响之间进行了区分。一个重要的问题之一是,在控制了研究人员可用的研究资金之后,找出研究主席是否仍然具有更好的科学生产力(与非主席持有人相比)。为了调查该问题,我们采用了一种匹配技术来识别性别,资金和研究领域相同的成对科学家(主席和非主席持有人)。经过这样的匹配,我们发现加拿大研究主席计划对科学生产力的影响仍然显着而积极,而工业主席和加拿大联邦资助委员会(NSERC和CIHR)任命的主席的影响则微不足道。这一发现突出了我们匹配技术方法的有效性;因为在配对之前,持有任何类型的椅子都会对科学生产力产生积极而显着的影响。该发现强调了加拿大研究主席计划的特殊属性,而其他椅子上没有这些属性。这些特定的属性可能会极大地推动科学生产力。例如,加拿大研究主席通常具有一定的声望或较高的知名度,以招募有才能的学生或与该领域的顶尖科学家进行研究合作。此外,加拿大研究主席计划有一种可靠而有效的分配方法(本文对此进行了说明)。这种方法在机构上同步大学和研究领域的不同主席。其他类型的研究主席,一旦与同等的科学家相匹配,就数量而言不会对科学产出产生影响的事实,并不意味着这些主席持有人是次要的科学家,而是他们将一部分时间投入到其他工作上更实际的性质。因此,大学在追求纯科学知识和将其应用于社会经济利益之间保持平衡。单靠研究科学论文,我们就错过了很多大学教授的活动。尽管这并非微不足道,但未来的研究应该旨在为大学研究的产出,成果和影响提供更广泛的网络。

著录项

  • 作者

    Mirnezami, Seyed Reza.;

  • 作者单位

    Ecole Polytechnique, Montreal (Canada).;

  • 授予单位 Ecole Polytechnique, Montreal (Canada).;
  • 学科 Industrial engineering.;Science education.;Education finance.
  • 学位 Ph.D.
  • 年度 2015
  • 页码 177 p.
  • 总页数 177
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:53:06

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