Members of the Chemical Science readership will likely be familiar with the term ‘double-blind peer review’ and how it operates. In 2020, the STM Association, a global trade association for academic and professional publishers, formed a working group to look at peer review taxonomy to develop and recommend standardised terminology to make peer review practices transparent and inclusive for all.1 It was decided that the use of the word ‘blind’ in this context, as well as being easy to misinterpret, is ableist in origin, i.e. arises from and reinforces stereotypical understandings of disability which impact negatively on blind and low vision people. Therefore, this taxonomy recommends that the term ‘double-blind’ is replaced by ‘double-anonymised’. As we introduce this model on Chemical Science, we will also be extending the terminology more widely across all Royal Society of Chemistry journals that offer it.
Since the launch of Chemical Science, the only peer review model that has been available to our authors is the more traditional single-anonymised approach. While we continue to trust in the effectiveness of that system, we also want to respond to the growing number of requests for alternative models that are coming from the broad and diverse chemical sciences community.
In July 2017, one of our sister journals, ChemComm, trialled the use of double-anonymised peer review and permanently adopted it a year later. Their experience identified that 10% of their authors chose this approach, with an above average number of these authors being resident in India and the Middle East. The quality of the reviews and author satisfaction were comparable for both single- and double-anonymised routes.4 Since then our Environmental Science family of journals has also taken the move to offer the option of double-anonymised peer review to their authors.5 Other science, technical and medical publishers have also trialled and adopted double-anonymised peer review recently, for example the Society of Environmental Toxicology and Chemistry journals published by Wiley6 and the Institute of Physics, who have implemented double-anonymised peer review across all of their journals.7,8
By offering double-anonymised peer review we hope to give Chemical Science authors more choice and control over how their manuscript is handled. For any author who feels that they may be unfairly subject to a bias in relation to their gender, ethnicity, career stage, affiliation or otherwise, we hope this option will allow them to have greater trust in the peer review of their manuscript. Over time, this will also provide data that will help us as a journal and a publisher to identify sources of bias so that we can take further steps to eliminate them.
While there are clear strengths to this approach for reducing bias, we must also recognise the challenges of double-anonymised peer review.9 Under this model, the onus to ensure a manuscript is appropriately anonymised will lie with the authors, and we appreciate the difficulties attached to this. As so much scientific research draws on previous work and has iterative components, appropriately referencing a manuscript may leave a clear trail to the authors’ identities. Moreover, as the use of preprint servers such as ChemRxiv increases, a reviewer might easily identify the authors should they choose to preprint their manuscript.
Another challenge is time. Anonymising a manuscript requires a different writing style and this may have an increased time cost for authors, for example if they have previously submitted the work to a different journal that offers only single-anonymised peer review. We feel that these challenges are more than compensated by the additional choice that this system offers for authors.
Critics of double-anonymised models that are optional to authors might argue cases of positive bias are still possible where the single-anonymised route is chosen. We recognise that this approach alone will not tackle all sources of bias within the publishing system. Our Associate Editors will continue to have oversight of both author and reviewer identities. Working together we can help to reduce bias, regardless of the peer review model used. We are also working to further increase the diversity of both our Editorial Board and reviewer pool and to increase the breadth of perspectives that we draw upon for editorial decisions. Offering the option of double anonymised peer review has the potential to reduce bias with respect to gender, race and ethnicity, country of origin, or affiliation, and we see it as an important step in our continuing drive towards fairness and inclusivity.
As a reviewer, you will receive an invitation where the identity of the authors is kept confidential for papers where the authors have chosen the option of double-anonymised peer review. All further communication will omit author name and affiliation details. If you determine the identity of the authors for manuscripts where double-anonymised peer review was chosen, we would ask you to continue with your review, focusing on the suitability of the manuscript for the Chemical Science audience in line with our reviewing procedure. However, we would ask you to please highlight in the confidential comments to the Editor that you were able to identify the authors when submitting your review.
We look forward to working with the authors and reviewers of Chemical Science with the inclusion of this new review option.
May Copsey
Executive Editor, Chemical Science
Jeremy Allen
Deputy Editor, Chemical Science
Andrew I Cooper
Editor-in-Chief, Chemical Science, & Department of Chemistry, University of Liverpool, UK
Footnote |
† Electronic supplementary information (ESI) available: Checklist when preparing your submission for double-anonymised peer review. See DOI: 10.1039/d1sc90122b |
This journal is © The Royal Society of Chemistry 2021 |