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Chiaki Miura

Publications and source records attributed to Chiaki Miura.

2 recordsLinked to original sources

Preprints Without Curation Are Increasingly Cited by Journals

The recent strain on peer review systems necessitates the publish-review-curate model, where the public dissemination of manuscripts is decoupled from formal peer review and later editorial processes. Citation norms traditionally pointed to the curated version; those that subsequently appear in peer-reviewed journals. Citations to preprints are therefore generally expected to occur only to those eventually curated. Using metadata from six major preprint servers linked to the world's largest bibliographic reference database, and focusing on citations from long-established journals with rigorous editorial workflows, we compare observed citation rates with a null model reflecting the expected rate if authors were indifferent between preprints and journal articles. The growth is evident in both citation intensity and the breadth of adoption: at its peak in 2021, nearly one in five journal articles cited at least one preprint. The preference to cite preprints has grown exponentially since the mid-2010s, with key inflection points coinciding with the launch of bioRxiv (2013) and the introduction of a preprint content type in Crossref's DOI system (2016). An increasing share of these citations refer to non-curated preprints and this shift cannot be explained by confounding factors: the growing stock of preprints, faster publishing cycles, or the outsized influence of a small set of highly cited preprints. These findings reveal a structural shift in citing behavior: preprints are increasingly treated as legitimate, autonomous objects of citation, independent of their later publication status, motivating renewed attention to how citation conventions and journal policies should accommodate the expanding role of preprints in scholarly communication. The COVID-19 pandemic did not amplify this trend but instead coincided with a deceleration in preprint citation growth.

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From Rapid Release to Reinforced Elite: Citation Inequality Is Stronger in Preprints than Journals

Preprints have been considered primarily as a supplement to journal-based systems for the rapid dissemination of relevant scientific knowledge and have historically been supported by studies indicating that preprints and published reports have comparable authorship, references, and quality. However, as preprints increasingly serve as an independent medium for scholarly communication rather than precursors to the version of record, it remains uncertain how preprint usage is shaping scientific discourse. Our research revealed that the preprint citations exhibit significantly higher inequality than journal citations, consistently among categories. This trend persisted even when controlling for age and the mean citation count of the journal matched to each of the preprint categories. We also found that the citation inequality in preprints is not solely driven by a few highly cited papers or those with no impact, but rather reflects a broader systemic effect. Whether the preprint is subsequently published in a journal or not does not significantly affect the citation inequality. Further analyses of the structural factors show that preferential attachment does not significantly contribute to citation inequality in preprints, whereas author prestige plays a substantial role. Notably, the gap in citation inequality between the preprint category and the journal is more pronounced in fields where preprints are more established, such as mathematics, physics, and high-energy physics. This highlights a potential vulnerability in preprint ecosystems where reputation-driven citation may hinder scientific diversity.

cs.DL↗