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Purpose: To understand how authors and reviewers are accepting and embracing Open Peer Review(OPR), one of the newest innovations in the Open Science movement.Design/methodology/approach: This research collected and analyzed data from the Open Access journal Peer J over its first three years(2013–2016). Web data were scraped, cleaned, and structured using several Web tools and programs. The structured data were imported into a relational database. Data analyses were conducted using analytical tools as well as programs developed by the researchers.Findings: Peer J, which supports optional OPR, has a broad international representation of authors and referees. Approximately 73.89% of articles provide full review histories. Of the articles with published review histories, 17.61% had identities of all reviewers and 52.57% had at least one signed reviewer. In total, 43.23% of all reviews were signed. The observed proportions of signed reviews have been relatively stable over the period since the Journal’s inception.Research limitations: This research is constrained by the availability of the peer review history data. Some peer reviews were not available when the authors opted out of publishing their review histories. The anonymity of reviewers made it impossible to give an accurate count of reviewers who contributed to the review process. Practical implications: These findings shed light on the current characteristics of OPR. Given the policy that authors are encouraged to make their articles’ review history public and referees are encouraged to sign their review reports, the three years of Peer J review data demonstrate that there is still some reluctance by authors to make their reviews public and by reviewers to identify themselves. Originality/value: This is the first study to closely examine Peer J as an example of an OPR model journal. As Open Science moves further towards open research, OPR is a final and critical component. Research in this area must identify the best policies and paths towards a transparent and open peer review process for scientific communication.
Purpose: To understand how authors and reviewers are accepting and embracing Open Peer Review (OPR), one of the newest innovations in the Open Science movement. Design / methodology / appach: This research collected and analyzed data from the Open Access journal Peer J over its first three years (2013-2016). Web data were scraped, cleaned, and structured using several Web tools and programs. Data analyzes were conducted using analytical tools as well as programs developed by the researchers.Findings: Peer J, which supports optional OPR, has a broad international representation of authors and referees. Approximately 73.89% of articles provide full review histories. Of the articles with published review histories, 17.61% had identities of all reviewers and 52.57% had total at least one signed review. In total, 43.23% of all reviews were signed. The determined proportions of signed reviews have been relatively stable over the period sin ce the Journal’s inception. Research limitations: This research is constrained by the availability of the peer review history data. Some peer reviews were not available when the authors opted out of publishing their review histories. The anonymity of reviewers made it impossible to give an accurate Practical implications: these findings shed light on the current characteristics of OPR. Given the policy that authors are encouraged to make their articles’ review history public and referees are encouraged to sign their review reports, the three years of Peer J review data demonstrate that there is still some reluctance by authors to make their reviews public and by reviewers to identify themselves. Originality / value: This is the first study to closely examine Peer J as an example of an OPR model journal As Open Science moves further towards open research, OPR is a final and critical component. Research in this area must identify th ebest policies and paths towards a transparent and open peer review process for scientific communication.