Daily Archives: 17th of September 2010

Everyday gripes of a journal editor, part 94: why can’t people cite online references properly?

Here in the Annals’ office I’ve just been checking through an accepted paper before passing it on to our typesetters so that proofs can be sent to the authors, and not for the first time I’ve found myself trawling through the internet trying to track down incorrectly cited online-only, open access articles in the reference list. Open access is a wonderful thing, making science available to everyone immediately on publication, and the number of references to such articles in papers we publish is gradually increasing, particularly in the field of genetics. But ‘open access’ doesn’t equate to ‘ease of access’ if authors don’t cite the articles correctly.

Let’s take an example: a paper by Robert Grant-Downton and colleagues in BMC Genomics (chosen entirely at random, honestly, even though its corresponding author does happen to be Chairman of the Annals of Botany Company!). The citation for this paper, as clearly stated on both the online and PDF versions, is BMC Genomics 10: 643. doi:10.1186/1471-2164-10-643: yet if ten authors were to refer to this article I would expect at least four of them to cite it as BMC Genomics 10: 16; which is because the PDF version has 16 pages (and despite the fact that BMC helpfully write ‘page number not for citation purposes’ underneath every page number!). And I doubt that one in ten authors would include the doi number at the end of the citation. True, this may seem a bit of a luxury if you’ve got the volume and issue number correct, but the doi plays the role of ‘Mr Reliable’ – it’s a unique identifier that’s always there: even if the website address should change the doi will still lead you to the paper (especially if you bookmark this site: http://dx.doi.org/).

For our own papers, we publish a corrected-proof version in our AoBPreview pages before the final version subsequently appears, complete with volume and page numbers, in a printed issue – but the doi number remains constant and will always take you to the most up-to-date version (sharp-eyed browsers will spot that links on this blog go via http://dx.doi.org/ and not directly to our OUP website where the actual files are stored, so we don’t have to update them when the paper moves from Preview into a monthly issue).

So authors, a simple plea: take a few extra seconds to cite online-only articles correctly – it will be appreciated by journal offices everywhere and, more importantly, by all those readers who find themselves looking at a paper on bacteria (BMC Genomics 10: 16) rather than the one on Arabidopsis (BMC Genomics 10: 643) that they thought you’d referred them to.

Chromosome region for high hydraulic conductance in rice

Chromosome region for high hydraulic conductance in rice
Chromosome region for high hydraulic conductance in rice

The rate of photosynthesis in paddy rice, Oryza sativa, often decreases around noon on sunny days because of water stress even under submerged conditions. Adachi et al. study a high-yielding indica variety with a relatively high hydraulic conductance in comparison with a standard, lower-yielding japonica variety, and find that a greater root surface area is responsible for the higher water uptake. They detect a chromosome region associated with this trait between RM3916 and RM2431 on the long arm of chromosome 4