Volume 55, Issue 44 pp. 13621-13623
Editorial
Free Access

Preprints, Impact Factors, and Unethical Behavior, but also Lots of Good News

Dr. Peter Gölitz

Corresponding Author

Dr. Peter Gölitz

Angewandte Chemie, 69469 Weinheim, Germany

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First published: 11 October 2016
Citations: 2

Graphical Abstract

Preprints as well? There is already the Accepted Article (published directly after refereeing and author revision), the Early-View/ASAP-Version (after refereeing, editing and proofing), and the final Version of Record. The problems with preprints are discussed in this Editorial along with the undeclared resubmission of previously rejected manuscripts: publication times, color costs, and Angewandte Symposia are further topics.

Preprints, as the name implies, appear before a “genuine publication”, which, not so long ago, meant in a printed journal or a book, today in proper online media.
Manuscripts have always been sent by authors privately to colleagues, prior to publication, to get their opinions; this Editorial is no exception. Once the World Wide Web, had been developed in the physics and computer science community, the idea was born, in that community, that all manuscripts could be placed on the Web as preprints before they were submitted to a journal, refereed, and published. That was at the beginning of the 1990s when journals did not appear online. Since then physicists use arXiv based at Cornell University for the publication of preprints. At around the start of the millennium, the publishing house Elsevier offered a preprint service for chemists, which was not taken up and has closed down. Currently, various other disciplines are experimenting with preprint publications, and most recently the Publishing Division of the American Chemical Society (ACS), in a venture that has apparently not been coordinated with other chemical societies, proposed to launch a chemistry preprint server. According to a press release from the ACS, preprints would aid the exchange of research results and data before any refereeing; preprints would be fully citable and freely available and help to support claims of priority. Sounds good—or perhaps not?

We will start with claims of priority: will many thin papers be produced in which priority claims will be based on less, or not even available, data? As a result, chemists will succumb to even more rapid fire publication; editors and referees who may get in the way of this, will be bypassed. Next, freely available: fine, but who carries the cost? According to a recent article in Nature (2016, vol. 534, p. 602), the running cost for maintaining the physics arXiv are ca. 1 million US Dollar per year and currently fund raising for an extra 3 million US Dollar is underway for modernizing the site. And then: there would be yet another manuscript version (“fully citable”) that means in the future: 1. Preprint, 2. Accepted Article (after refereeing and author revision), 3. EarlyView/ASAP-Publication (after refereeing, editing, and proofing) as well as 4. the archive version (Version of Record with corrections after the first proper online publication); yet another one is at least one too many. As Preprints are publications (“fully citable”) and not privately sent manuscripts, they would certainly have an impact on the normal publication process: Would publishers, editors, and referees invest the same amount of effort for manuscripts that are already published? And finally: the time factor is always given as the most important argument for the introduction of preprints: The current publication process with refereeing and revision is too time consuming for the preprint supporters. During a recent discussion for introducing a preprint server for biologists (Science, 2016, vol. 352, pp. 899–901) it was emphasized that the time for the refereeing process has increased in the last 10 years from around 85 to over 150 days; in mathematics much longer times are reported. These times sound terrible and are clearly in need of improvement. Things are much better for chemists: Thanks to a healthy competition between chemistry journals, the time from submission to first online publication (as Accepted Article) is in most cases less than 50 days, the refereeing often taking less than a month (instead of more than 150 days).

What follows for Angewandte Chemie, a journal of the German Chemical Society (Gesellschaft Deutscher Chemiker, GDCh)? As a rule we only publish manuscripts that are not previously and publically available anywhere else. That is not going to change, and I hope that other good journals will maintain this practice and that authors will not become nervous (or more nervous than they usually are in the publication process).

On the subject of publication times: This year, Angewandte Chemie, will receive approximately 12 000 Communications, of these, a good third (>4000) are directly rejected, usually within 36 hours. The other almost 8000 Communications go to referees, who on average provide reports in around 15 days. Even when a second round of refereeing is required, the total time is still acceptable in most cases. For Angewandte Chemie almost 80 % of the submitted manuscripts are rejected, in this year about 9500; in many of these cases the authors are offered a publication in one of our sister journals, at which new refereeing is either not required or the same referees can assess the revised manuscript. The around 2500 accepted Communications are edited, corrected, and the final version published on average in a little over two months after the initial submission. These times are similar to those of many other chemistry journals whether they are published by the GDCh, ChemPubSoc Europe, the ACS, or the Royal Society of Chemistry (RSC). “Accepted Articles” in general appear at least 15 days faster.

Since August, the Accepted Article mode has also been offered by Angewandte Chemie for the publication of Reviews and Minireviews, as these are published in both English and German which naturally requires more time for the editing (and translation) process. This piece of good news for authors is followed by another: Color costs no longer apply to all forms of Reviews, Highlights, and Essays (free color!), for Communications color costs only apply to the first two color graphics, all subsequent color pictures in the article are free. With immediate effect, color is free in Chemistry—A European Journal, which means that color is now free in all the ChemPubSoc Europe and ACES sister journals of Angewandte Chemie.

Now to the impact factor, which I mentioned in the title to attract readers, as my editorial in Issue 1/2015 was, even in the 12 months from August 2015 to July 2016, the most down-loaded article in the International Edition of Angewandte Chemie—thanks to its title “The Impact Factor of Angewandte Chemie…” It is amazing the way this number has become an obsession for scientists, publishers, and many others, other metrics don't play any significant kind of role, although they are also a scourge. Mario Biagioli, a Professor at the University of California in Davis, recently, in an article in Nature (2016, vol. 535, p. 201), alluded to the Goodhart law, which states that every indicator of economic performance becomes useless after a certain time because it will inevitably be manipulated. The same must also be true for indicators that supposedly measure the performance of scientists or the value of their publications.

To bring their articles into a journal with a high impact factor, there are a few authors who are quite prepared to deceive publishers, editors, and referees. The most common unethical practice noticed by us (and acted upon) is the undeclared resubmission to the same journal of a previously rejected manuscript; it makes extra work for editors and, if unnoticed by the editors, for referees; it is based on the assumption that scientific publication is just a game. When asked what is required to win the Nobel Prize, Lord Todd said “Hard work is the minimum requirement, creativity, intelligence and motivation are also needed.” Deception was not mentioned!

Finally to something far more pleasing, the Angewandte Symposia: In 2011, when the International Edition of Angewandte Chemie celebrated its 50th year there were Angewandte Symposia in Tokyo and Beijing; in 2012 there followed one in Busan in South Korea and, in July this year, one in Siliguri in India. All these Symposia were organized by the local chemical societies in conjunction with the GDCh, the last one by the Chemical Research Society of India (CRSI). The response to these events was very positive, not least because of the exciting topics and renowned speakers. The next Angewandte Symposium of this sort is on February 15th, 2017 in Tel Aviv, and is organized by the Israeli Chemical Society together with the GDCh (see picture).
The list of speakers promises a firework of presentations, well worth a long journey!
Following on from this start, on September 11th there will be another Angewandte anniversary symposium in Berlin, as part of the GDCh Wissenschaftsforum (September 10th to 14th, 2017); this event will be the culmination of the GDCh's celebrations of the 150th anniversary of the founding of the Deutsche Chemische Gesellschaft (DChG). The DChG, which published the renowned journal Chemische Berichte, is the elder of the two predecessor organizations which became the GDCh; the other was the Verein Deutscher Chemiker (VDCh), which, from 1888, published Angewandte Chemie. The first Angewandte anniversary symposium, on the occasion of this journal's 125th anniversary, held in March 2013 in the Henry Ford Building of the Free University of Berlin has become legendary; the program for the September 2017 event is at least as stimulating; the speakers, including four Nobel laureates, and their topics (Table 1), ensure that. I hope to see you next year in Tel Aviv and in Berlin. Peter Gölitz
PS: The winners of the 2016 Nobel Prize for Chemistry have just been announced and with great pleasure I had to correct the penultimate sentence. I warmly congratulate Ben Feringa, Jean-Pierre Sauvage, and Fraser Stoddart and thank them for their trust in the past—many of their articles have been published in Angewandte Chemie or its sister journals.
Table 1. Program for the Angewandte anniversary symposium in Berlin on September 11th, 2017.

Speaker

Lecture title

Thomas Carell, LMU, Munich, Germany

New DNA Bases: Beyond Watson and Crick

Emmanuelle Charpentier, MPI für Infektionsbiologie, Berlin, Germany

CRISPR-Cas9: A Swiss-Army Knife for Genetics

François Diederich, ETH, Zürich, Switzerland

Structure-Based Drug Design: From Deciphering Weak Intermolecular Interactions to New Agents against Infectious Diseases

Ben Feringa, Groningen University, The Netherlands

Light on Health, a Bright Future

Robert Grubbs, California Institute of Technology, Pasadena, USA

Development of Selective Olefin Metathesis Catalysts

Kenichiro Itami, Nagoya University, Japan

Making Structurally Uniform Nanocarbons and a New Form of Carbon

Jürgen Kaube, Frankfurter Allgemeine Zeitung, Frankfurt, Germany

Über Wissenschaft und Politik

David Leigh, University of Manchester, UK

The Magic of Molecular Machines

William E. Moerner, Stanford University, USA

Light and Single Molecules Open a New Window Into the Nanoscale and Biomolecular Dynamics

Frank Neese, MPI für Chemische Energiekonversion, Mülheim, Germany

Perspectives for Theoretical Chemistry: From Enzymes to Materials

Petra Schwille, MPI für Biochemie, Martinsried, Germany

How Simple Life Could Be

Jack Szostak, Massachusetts General Hospital and Harvad University, Cambridge, USA

From Chemistry to Life: How did it happen

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