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Donald J. Urquhart and the integration of science with librarianship: Part 1

机译:唐纳德·厄克特(Donald J. Urquhart)以及科学与图书馆管理的融合:第1部分

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Purpose - The purpose of this article is to analyze the historical significance of Donald J. Urquhart, who established the National Lending Library for Science and Technology (NLL) that later was merged into the British Library Lending Division (BLLD), now called the British library Document Supply Centre (BLDSC). Design/methodology/approach - The paper presents a short history of the probabilistic revolution, particularly as it developed in the UK in the form of biometric statistics due to Darwin's theory of evolution. It focuses on the overthrow of the normal paradigm, according to which frequency distributions in nature and society conform to the normal law of error. The paper discusses the importance of the Poisson distribution and its utilization in the construction of stochastic models that better describe reality. Here the focus is on the compound Poisson distribution in the form of the negative binomial distribution (NBD). The paper then shows how Urquhart extended the probabilistic revolution to librarianship by using the Poisson as the probabilistic model in his analyses of the 1956 external loans made by the Science Museum Library (SML) as well as in his management of the scientific and technical (sci/tech) journal collection of the NLL. Thanks to this, Urquhart can be considered as playing a pivotal role in the creation of bibliometrics or the statistical bases of modern library and information science. The paper relates how Urquhart's son and daughter-in-law, John A. and Norma C. Urquhart, completed Urquhart's probabilistic breakthrough by advancing for the first time the NBD as the model for library use in a study executed at the University of Newcastle upon Tyne, connecting bibliometrics with biometrics. It concludes with a discussion of Urquhart's Law and its probabilistic implications for the use of sci/tech journals in a library system. Findings - By being the first librarian to apply probability to the analysis of sci/tech journal use, Urquhart was instrumental in the creation of modern library and information science. His findings force a probabilistic re-conceptualization of sci/tech journal use in a library system that has great implications for the transition of sci/tech journals from locally held paper copies to shared electronic databases. Originality/value - Urquhart's significance is considered from the perspective of the development of science as a whole as well as library and information science in particular.
机译:目的-本文的目的是分析唐纳德·厄克特(Donald J. Urquhart)的历史意义,他建立了国家科学技术借阅图书馆(NLL),该图书馆后来合并为大英图书馆借阅处(BLLD),现在称为大英图书馆图书馆文件供应中心(BLDSC)。设计/方法论/方法-本文介绍了概率革命的简短历史,特别是由于达尔文的进化论在英国以生物统计学的形式发展的概率革命。它着重于推翻正常范式,据此,自然界和社会中的频率分布符合误差的正常规律。本文讨论了泊松分布的重要性及其在更好地描述现实的随机模型构建中的应用。这里的重点是负二项式分布(NBD)形式的复合泊松分布。然后,该论文展示了厄克特如何在研究科学博物馆图书馆(SML)1956年提供的外部借贷以及管理科学和技术(sci)时,利用泊松作为概率模型,将泊松作为概率模型,将概率革命扩展到了图书馆学。 / tech)NLL期刊集。因此,厄克特(Urquhart)可被视为在创建文献计量学或现代图书馆和信息科学的统计基础方面起着举足轻重的作用。这篇论文讲述了厄克特的儿子和daughter妇约翰·A和诺玛·C·厄克特如何通过首次将NBD作为图书馆使用的模型在纽卡斯尔大学执行的一项研究中完成了厄克特的概率突破。泰恩语,将文献计量学与生物特征学联系起来。本文最后讨论了厄克特定律及其在图书馆系统中使用科技期刊的概率含义。研究结果-厄克特大学成为第一个将概率应用于科技期刊使用分析的图书馆员,在创建现代图书馆和信息科学方面发挥了重要作用。他的发现迫使在图书馆系统中对科学/技术期刊的使用进行概率重新概念化,这对科学/技术期刊从本地持有的纸质副本到共享电子数据库的转变具有重大意义。原创性/价值-从整个科学的发展,尤其是图书馆和信息科学的发展角度考虑了厄克特的重要性。

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