Please use this identifier to cite or link to this item: http://hdl.handle.net/10553/47420
Title: An approach to the author citation potential: measures of scientific performance which are invariant across scientific fields
Authors: Dorta-Gonzalez, Pablo 
Dorta-González, María Isabel 
Suarez-Vega, Rafael 
Keywords: Impact Factor
Journals
Indicators
Terms
Issue Date: 2015
Publisher: 0138-9130
Journal: Scientometrics 
Abstract: The citation potential is a measure of the probability of being cited. Obviously, it is different among fields of science, social science, and humanities because of systematic differences in publication and citation behaviour across disciplines. In the past, the citation potential was studied at journal level considering the average number of references in established groups of journals (for example, the crown indicator is based on the journal subject categories in the Web of Science database). In this paper, some characterizations of the author's scientific research through three different research dimensions are proposed: production (journal papers), impact (journal citations), and reference (bibliographical sources). Then, we propose different measures of the citation potential for authors based on a proportion of these dimensions. An empirical application, in a set of 120 randomly selected highly productive authors from the CSIC Research Centre (Spain) in four subject areas, shows that the ratio between production and impact dimensions is a normalized measure of the citation potential at the level of individual authors. Moreover, this ratio reduces the between-group variance in relation to the within-group variance in a higher proportion than the rest of the indicators analysed. Furthermore, it is consistent with the type of journal impact indicator used. A possible application of this result is in the selection and promotion process within interdisciplinary institutions, since it allows comparisons of authors based on their particular scientific research.
URI: http://hdl.handle.net/10553/47420
ISSN: 0138-9130
DOI: 10.1007/s11192-014-1459-4
Source: Scientometrics[ISSN 0138-9130],v. 102 (2), p. 1467-1496
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