There’s news of new dinosaur publication from Coturnix, which is rather exciting for a couple of reasons.
One is that it seems to be an intrinsically interesting dinosaur. Structural Extremes in a Cretaceous Dinosaur is a publication of a dinosaur which is like a mini Diplodocus, mini being a relative description. What makes it very strange are the bones, there’s not a lot to them. The skull is described as a featherweight PLoS paper. This seems to be the same throughout the skeleton. Co-author Jeffrey Wilson said: “The vertebrae are so paper-thin that it is difficult to imagine them coping with the stresses of everyday use — but we know they did it, and they did it well.” The mounting of the skull on the spine means that it’s also more evidence as to whether Nigersaurus and Diplodocus ate like giraffes from high food sources, or from the ground like cows. You can read about it in the December National Geographic, or if you want to see where these facts come from go to the source in PLoS One, which is the second exciting thing.
The publication of the paper shows a really clever piece of thinking in publishing. Rather than just seeing publication as either commercial or non-commercial, the team working on Nigersaurus are using the strengths of both methods of publishing. In this instance the commercial publication in National Geographic is going to get the work far more attention than a purely open access publication would. At the same time, the open access publication means that the data will be accessible to anyone with internet access until the apocalypse. I’m currently having trouble tracking down publications that are barely a century old, so this is very attractive. It’s not an isolated example, the Archaeological Institute of America publishes their journal
with open-access free online but has a commercial publication with Archaeology magazine, which shows that organisations can work with both traditional copyright and open-access rather than one to the exclusion of the other. Yet I can’t recall this kind of co-operation being done with such a major find before.
Hopefully there’ll be many more successes for PLoS One in many more disciplines.