ChemRxiv was launched on August 15, 2017 to provide researchers in chemistry and related fields a home for the immediate sharing of their latest research. In the past five years, ChemRxiv has grown into the premier preprint server for the chemical sciences, with a global audience and a wide array of scholarly content that helps advance science more rapidly. On the service’s fifth anniversary, we would like to reflect on the past five years and take a look at what is next for ChemRxiv.
With the participation of these governing organizations and advocates, ChemRxiv helps unite the chemistry community and open up its scholarship. The shared goals for ChemRxiv remain the same as when it was launched:
• Rapid sharing of initial research results, accelerating the time for key information to reach the broader community and leading to new collaborations
• Appropriate credit for authors’ work
• Extended reach for the latest research findings
• Visibility into completed research for job applications, tenure packages, grant proposals, etc.
• Opportunity for community feedback on an early manuscript version, leading to a stronger peer-reviewed article
We recently surveyed over 900 chemists to learn more about their views on preprints, and over 43% rated “staking the first claim to new research” as an extremely important benefit, with more than 87% rating it at least somewhat important. This places the desire to get proper credit at the top of the list of benefits, followed by “rapid sharing of results to the community” and then “public record of research activity”. We will continue to engage with our authors in the years ahead to ensure that our goals align with the benefits that they value most.
Fig. 2 Total views and downloads of ChemRxiv preprints per year since launch. Data label values are in millions. Data for 2022 are through June 30. |
When considering how the posted preprints fit into the larger publishing ecosystem, we have found that more than half of the nearly 14000 preprints on ChemRxiv have already been published in peer-reviewed journals, and this number continues to grow. The final publication destinations for ChemRxiv authors include the full range of top journals in chemistry, such as titles published by all our partner societies, and even multidisciplinary journals like Nature and Science.
In the same survey described above, the top concern about preprints was that they could be used to spread misinformation (over 65% of 922 respondents listed this as at least somewhat concerning). This result leads us to continue to emphasize our screening process and our outward messaging. While intentionally not approaching the rigor of peer review to expedite the posting process, every preprint submitted to ChemRxiv is reviewed by a PhD-level chemist for basic appropriateness and lack of any harmful or overtly fraudulent content. We have also carefully labeled the preprint page and our homepage with a warning that the content has not yet been peer reviewed and should not be considered final. As we increasingly engage with the preprint community and general public, we will take care to balance the rapid sharing of new content with the concern over incorrect information being spread.
We have also continued to expand ChemRxiv’s https://chemrxiv.org/engage/chemrxiv/submission-information?show=direct-journal-transfer service, which allows authors to transfer their preprint manuscript directly to a peer-reviewed journal. Launched with journals from three publishers in 2018, the service now includes 152 possible destination journals from six publishers, with more on the way.
Based on community feedback, ChemRxiv also now accepts reviews, moving beyond its initial scope of full-length research manuscripts alone. This expansion of ChemRxiv’s remit has proven popular, with over 130 reviews posted in the first three months, providing even more opportunities for chemists to have an outlet to share their scholarship for feedback and credit.
(1) Improving the experience for authors and readers using the ChemRxiv site, both to submit new preprints and discover new posted content
(2) Connecting more closely to the broader publishing space, for example by better sharing metadata to link preprints to published journal articles and ORCID profiles
(3) Continuing to improve the infrastructure underlying the site so we can keep processing times low and make it easy to find relevant preprints
While we are encouraged by the steadily growing number of preprints posted on ChemRxiv, we see plenty of room to broaden the adoption of preprints across chemistry. We are continuing to expand the geographic representation on our Scientific Advisory Board and to engage with researchers from diverse fields, career stages, and locations to better support the full breadth of the chemistry community.
As we move into the next five years and beyond, we hope that you will join the movement by routinely posting preprints of your work (if you don’t already!) and sharing any interesting preprints that you read. The five societies that manage ChemRxiv are united in their belief that the rapid interchange of scientific results benefits not only chemists but the broader world. Preprints are a valuable step on the path to publication, and we encourage you to take advantage of the many benefits to sharing your work in this way. Our shared belief in the value of preprints is why ChemRxiv was launched, why it is still here today, and why we’ll continue to adapt it to the needs of our community in the years ahead.
Benjamin Mudrak, PhD, Senior Product Manager, ChemRxiv, ORCiD: https://orcid.org/0000-0002-2805-5690
Sara Bosshart, Head of Open Access Journals, Royal Society of Chemistry
Prof. Dr Wolfram Koch, Executive Director, German Chemical Society
Allison Leung, Senior Manager, Product Development, ACS Publications
Donna Minton, PhD, Director of Publications, Chinese Chemical Society
Mitsuo Sawamoto, PhD, Executive Director, Chemical Society of Japan
Sarah Tegen, PhD, Senior Vice President Journals Publishing Group, ACS Publications
Senior Product Manager, ChemRxiv
E-mail: curator@chemrxiv.org
Footnote |
† This article is co-published in the journals Chemical Science (DOI: https://doi.org/10.1039/D2SC90224A), Journal of the American Chemical Society (DOI: https://doi.org/10.1021/jacs.2c11417), and Angewandte Chemie International Edition (DOI: https://doi.org/10.1002/anie.202215847). |
This journal is © The Royal Society of Chemistry 2022 |