Analysis of global inequality in research outcome using the Gini coefficient

Author:

Cho Jane

Abstract

PurposeThis study attempts to prove the extent of the gaps in the academic ecosystem by using the Gini coefficient.Design/methodology/approachThis study measures the gap between research document volume and citation by country and academic field using the latest ten years of research data of the Web of Science.FindingsAs a result, there is a large volume of documents in the USA and China, and the gap between global countries is g = 0.88 with high inequality. The fields of arts and humanities and social sciences are led by British and American cultures, and the gap between countries (g = 0.91, 0.89) is larger than in other fields. In the meantime, there is also inequality (g = 0.40) about the volumes of research documents between six academic fields, and the gap between the average numbers of citations per publication is the highest in social science (g = 0.80) and the lowest in life science (g = 0.71).Originality/valueThis study proves the extent of the gaps in the academic ecosystem by using the Gini coefficient with large amount research data.

Publisher

Emerald

Subject

Library and Information Sciences

Reference16 articles.

1. Universality of citation distributions for academic institutions and journals;PLoS ONE,2016

2. Extreme inequalities of citation counts in environmental sciences;PeerJ Pre Prints,2014

3. Analysis of the effects of the high school equalization policy on student achievement based upon the Gini index;Journal of Economics Studies,2007

4. A study on the SGA grant using Gini coefficient decomposition method: focusing on abolition of priority distribution system and change of allocation standard;The Korea Journal of Local Public Finance,2018

5. Elango, B., Rajendran, P. and Bornmann, L. (2018), “A macro level scientometric analysis of world tribology research output (1998–2012)”, available at https://arxiv.org/ftp/arxiv/papers/1410/1410.1625.pdf.

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