Time-to-publication at the world’s biggest scientific journal has grown dramatically, but the nail in the coffin was its poor production policies.
When PLOS ONE was announced in 2006, its charter immediately resonated with me. This would be the first journal where only scientific accuracy mattered. Judgments of “impact” and “interest” would be left to posterity, which is the right strategy when publishing is cheap and searching and filtering are easy. The whole endeavour would be a huge boon to “in-between” scientists straddling established fields — such as bioinformaticians.
My first first-author paper, Joint Genome-Wide Profiling of miRNA and mRNA Expression in Alzheimer’s Disease Cortex Reveals Altered miRNA Regulation, went through a fairly standard journal loop. We first submitted it to Genome Biology, which (editorially) deemed it uninteresting to a sufficiently broad readership; then to RNA, which (editorially) decided that our sample size was too small; and finally to PLOS ONE, where it went out to review. After a single revision loop, it was accepted for publication. It’s been cited more than 15 times a year, which is modest but above the Journal Impact Factor for Genome Biology — which means that the editors made a bad call rejecting it outright. (I’m not bitter!)
Overall, it was a very positive first experience at PLOS. Time to acceptance was under 3 months, time to publication under 4. The reviewers were no less harsh than in my previous experiences, so I felt (and still feel) that the reputation of PLOS ONE as a “junk” journal was (is) highly undeserved. (Update: There’s been a big hullabaloo about a recent sting targeting open access journals with a fake paper. PLOS ONE came away unscathed. See also the take of Mike Eisen, co-founder of PLOS.) And the number of citations certainly vindicated PLOS ONE’s approach of ignoring apparent impact.
So, when looking for a home for my equally-awkward postdoc paper (not quite computer vision, not quite neuroscience), PLOS ONE was a natural first choice.
The first thing to go wrong was the time to publication, about 6 months. Still better than many top-tier journals, but no longer a crushing advantage. And it’s not just me: there’s been plenty of discussion about time-to-publication steadily increasing at PLOS ONE. But I was not too worried about the publication time, since I’d put my paper up on the arXiv (and revised it at each round of peer-review, so you can see the revision history there — but not on PLOS ONE).
But, after multiple rounds of review, the time came for production, at which point they messed up two things: they did not include my present address; and they messed up Figure 1, which is supposed to be a small, single-column, illustrative figure, and which they made page-width. The effect is almost comical, and my first impression seeing page 2 would be to think that the authors are trying to mask their incompetence with giant pictures. (We’re not, I swear!)
Both of these mistakes could have been avoided if PLOS ONE did not have a policy of not letting you see the camera-ready pdf before it is published, and of not allowing corrections to papers unless they are technical or scientific, regardless of fault. Not to mention they could have, you know, actually looked at the dimensions embedded in the submitted TIFFs. With a $1,300 publication fee, PLOS could afford to take a little bit of extra care with production. Both of the above policies are utterly unnecessary — the added cost of sending authors a production proof is close to nil, and keeping track of revisions on online publications is also trivial (see the 22 year old arXiv for an example).
We scientists live and die by our papers. We don’t want the culmination of years of work to be marred by a silly, easily-fixed formatting error, ossified by an unwieldy bureaucracy. I’ve been an avid promoter of PLOS (and PLOS ONE in particular) over the past few years, but I’m sad to say that’s not where my next paper will end up.
Ultimately, PLOS ONE’s model, groundbreaking though it was, is already being supplanted by newcomers. PeerJ offers everything PLOS ONE does at a fraction of the cost, and further includes a preprint service and open peer-review. Ditto for F1000 Research, which in addition offers unlimited revisions (a topic close to my heart ;). And both use the excellent MathJAX to render mathematical formulas, unlike PLOS’s archaic use of embedded images. They get my vote for the journals of the future.
[Note: the views expressed herein are mine alone — no co-authors were
harmed consulted in the writing of this blog post.]
Nunez-Iglesias J, Liu CC, Morgan TE, Finch CE, & Zhou XJ (2010). Joint genome-wide profiling of miRNA and mRNA expression in Alzheimer’s disease cortex reveals altered miRNA regulation. PloS one, 5 (2) PMID: 20126538
Kravitz DJ, & Baker CI (2011). Toward a new model of scientific publishing: discussion and a proposal. Frontiers in computational neuroscience, 5 PMID: 22164143
Juan Nunez-Iglesias, Ryan Kennedy, Toufiq Parag, Jianbo Shi, & Dmitri B. Chklovskii (2013). Machine learning of hierarchical clustering to segment 2D and 3D images arXiv arXiv: 1303.6163v3
Nunez-Iglesias J, Kennedy R, Parag T, Shi J, & Chklovskii DB (2013). Machine Learning of Hierarchical Clustering to Segment 2D and 3D Images. PloS one, 8 (8) PMID: 23977123