数字中的职业生涯:对 RP Millar 工作及其对 GnRH 研究贡献的引文网络分析。

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC ACS Applied Electronic Materials Pub Date : 2024-07-14 DOI:10.1111/jne.13430
Rhodri I. Leng, Gareth Leng
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引用次数: 0

摘要

在此,我们通过引文指标分析一位高产科学家("鲍勃"-米勒)发表的论文,对他在神经内分泌学领域的漫长职业生涯进行反思。我们以一种新颖的方式使用引文网络分析来确定他的论文对哪些特定主题做出了特殊贡献,这样我们就可以将他的论文的引文与同一主题的当代论文的引文进行比较,而不是像通常用来规范引文的那样,将引文与同一广泛领域的论文进行比较。在鲍勃发表了相对较多论文的主题上,引用率似乎是最高的,因为这些论文已经成为一个紧密联系在一起的作者群体的核心,他们会互相引用。这一分析表明,一个作者的影响力取决于是否存在一个乐于接受该作者论文的群体,该群体对该作者论文的潜在效用保持警惕,并使用、扩大、延伸和修饰其论文内容--这些活动需要作者之间的相互引用。显而易见的结论是,科学家的影响力取决于同时代人对其贡献的利用,而不是贡献本身。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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A career in numbers: A citation network analysis of the work of RP Millar and his contribution to GnRH research

Here, we reflect on the long career in neuroendocrinology of a single, highly productive scientist (‘Bob’ Millar), by analysing his oeuvre of published papers through the lens of citation metrics. We use citation network analysis in a novel manner to identify the specific topics to which his papers have made a particular contribution, allowing us to compare the citations of his papers with those of contemporary papers on the same topic, rather than on the same broad field as generally used to normalise citations. It appears that citation rates are highest for topics on which Bob has published a relatively large number of papers that have become core to a tightly-knit community of authors that cite each other. This analysis shows that an author's impact depends on the existence of a receptive community that is alert to the potential utility of papers from that author, and which uses, amplifies, extends and qualifies the contents of their papers—activities that entail reciprocal citation between authors. The obvious conclusion is that a scientist's impact depends on the use that his or her contemporaries make of his or her contributions, rather than on the contributions in themselves.

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来源期刊
CiteScore
7.20
自引率
4.30%
发文量
567
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