Thursday, November 11, 2010

Book Review: The Princeton Field Guide to Dinosaurs

When I was little (9 or 10 years old), my two favorite dinosaur books were Bob Bakker's The Dinosaur Heresies and Greg Paul's Predatory Dinosaurs of the World (PDW). I was lucky enough to get a copy of the former as a birthday present, but never owned a copy of the latter until recently, having to satisfy myself with ordering it via interlibrary loan. Both of these lavishly illustrated books portrayed dinosaurs as active, dynamic animals. Needless to say, my interest and imagination were sparked. I learned that Tyrannosaurus could cruise along at speeds approaching 45 miles per hour, that Velociraptor and Deinonychus were the same genus, that all dinosaurs had mammalian metabolism, Pterodaustro was pink from its diet of shrimp, and that some dinosaurs had feathers.

It was a tragic day when I realized that most of my dinosaur facts were wrong.

But, it was also an important stage in my growth as a scientist. I learned that publication in a book, or scientific job title, or pretty illustrations, weren't sufficient to establish scientific fact. Some really cool and exciting ideas (like the sprinting T. rex) couldn't hold up to scientific scrutiny, or simply weren't testable. And other ideas (like the feathered theropods) just needed the right specimen (which eventually arrived).

Despite their shortcomings, The Dinosaur Heresies and PDW were momentous publications for my generation. They inspired many young paleontologists and spun off numerous artistic clones (you don't have to look far to see the influence of Greg Paul's "running theropod" pose, for instance; see the example at right). Thus, it was with some excitement that I got my copy of Greg Paul's The Princeton Field Guide to Dinosaurs (hereafter just the "Field Guide") in the mail. In many respects, this is the modern heir to PDW.

The book itself is quite pretty, in a durable yet inexpensive hardcover format (I got my copy for under $25). The pages are chock-full of illustrations, ranging from black and white skeletals to full color paintings. The first part of the book includes well-written, succinct text (although certainly with a "Paulian" spin to its claims) that provides a birds-eye view of dinosaur biology. The highlight of the book, however, is the "Group and Species Accounts."

Pretty much every known dinosaur is included, and a great number are illustrated. Images include shaded skull reconstructions, black and white skulls, complete skeletal reconstructions, and color pencil drawings. This is classic Greg Paul (see his website for some samples), with the poses and attention to skeletal detail that we all expect. Many of these have never been widely available in any form - a boon for dinosaur enthusiasts! A number of his paintings are also included; most have been published before, but some are updated based on new information. I am not sure if I like the color pencil drawings as much of the rest of the artwork; many of them lack the "pop" of the skeletals or paintings. Some of this could be a consequence of the scale at which they are reproduced; I get the sense that many of the illustrations would look better if printed at a smaller size.

The species accounts are generally pretty good, although of course there is not sufficient space to go into the supporting evidence (or not) for some statements. For instance, the talk about "enemies" of some taxa is perhaps a little colloquial but at least vaguely supportable - one would think that similarly-sized herbivores and carnivores in a formation were indeed "enemies". Other facts - like stating that ceratopsids defended themselves by "rearing like a bear and tilting [the] frill up to intimidate [the] attacker, followed by a short fast charge with horns and/or beaks" (p. 257) are pure (if plausible) speculation. To his credit, Paul (p. 62) notes that the "reliability of these conclusions varies greatly." Unfortunately, I'm afraid this caution will be lost on the average reader.

My only real major beef, which has been echoed by many others (see this thread on the Dinosaur Mailing List, for instance), is with the taxonomic games played in the book. I do not think that the work is a Major Disaster in taxonomy; as Paul readily admits, the Field Guide is a popular book that is not intended as a valid nomenclatural statement. Publishing scientists are generally going to ignore any taxonomic assessments. One major reason is that many of the generic lumpings form polyphyletic or paraphyletic groups. For instance, Paul's Chasmosaurus (including Chasmosaurus, Mojoceratops, Agujaceratops, and Pentaceratops) is hopelessly paraphyletic by all recent phylogenies (see the Sampson et al. one, for instance, or even Lull's 1933 phylogram, if you're not a fan of cladistics). Similar problems plague the hadrosaur naming scheme in this book - it's not just a matter of having one's "genericometer" set to "broad". On the last point, though, one wonders why the rather morphologically conservative and firmly monophyletic "leptoceratopsids" all got to retain their separate genera! Prenoceratops and Leptoceratops are far more alike than Styracosaurus and Pachyrhinosaurus (all lumped in Centrosaurus by Paul!).

Rather than a scientific issue, the primary problem is that this stuff is going to be soaked up uncritically by the lay public (as we saw with Dinosaur Heresies and PDW). I don't think it's a catastrophe on the scale of Jurassic Fight Club (most of the basic content in the Field Guide is accurate), but it will still be a nuisance in the long term. I'll have to deal with kids who want to know why I'm following an outdated ceratopsian classification, but that's probably about the worst that's going to happen. A dino fanboy (speaking with a voice a la Professor Frink) will tell me that prosauropods slashed their enemies with razor-sharp claws, because he read it in a book by a paleontologist. The world is not ending. My hope is that discussions about what we know and don't know will inspire the next generation of researchers!

Flaws aside, every dinosaur enthusiast should get a copy of The Princeton Field Guide to Dinosaurs. The skeletals alone are worth the price of admission. This book is visually appealing, fun, and a great reminder of why we all loved dinosaurs in the first place.
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The Princeton Field Guide to Dinosaurs, by Gregory S. Paul, 320 pages, published by Princeton University Press. ISBN13: 978-0-691-13720-9. $35 list price.

Saturday, November 6, 2010

A Flood of Paleo Articles in PLoS ONE

It has been pretty incredible to see the rise of PLoS ONE as a major outlet for articles on paleontology, and it has been equally incredible to ride along as an editor for that journal. The past few months have seen many scientifically important and interesting papers wend their way into publication. I haven't had a lot of time for blogging lately, but wanted to take this opportunity to highlight the latest paleo-themed research in PLoS ONE. The following list is in reverse chronological order (newest to oldest), covering work published in the last three months.
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Slater GJ, Figueirido B, Louis L, Yang P, Van Valkenburgh B (2010) Biomechanical Consequences of Rapid Evolution in the Polar Bear Lineage. PLoS ONE 5(11): e13870. doi:10.1371/journal.pone.0013870
Summary:
The authors present and interpret finite element modeling results for polar bears and brown bears, showing that the skulls of polar bears are generally weaker than those of their close cousins. Furthermore, these differences probably accumulated rather rapidly.

Xu X, Wang K, Zhao X, Sullivan C, Chen S (2010) A New Leptoceratopsid (Ornithischia: Ceratopsia) from the Upper Cretaceous of Shandong, China and Its Implications for Neoceratopsian Evolution. PLoS ONE 5(11): e13835. doi:10.1371/journal.pone.0013835
Summary:
Zhuchengceratops inexpectus is introduced; this small horned dinosaur is actually among the largest of its kind, the "leptoceratopsids." Interestingly, it showed up in a big bonebed in eastern China, along with truly giant horned dinosaurs and duck-billed dinosaurs.

Longrich NR, Horner JR, Erickson GM, Currie PJ (2010) Cannibalism in Tyrannosaurus rex. PLoS ONE 5(10): e13419. doi:10.1371/journal.pone.0013419
Summary:
Bones of Tyrannosaurus with T. rex tooth marks are described; the implications are pretty self-evident (see the title of the paper, if you're still trying to figure this out). This paper received considerable media attention; Brian Switek has one nice write-up at Dinosaur Tracking.

Cisneros JC, Gomes Cabral U, de Beer F, Damiani R, Costa Fortier D (2010) Spondarthritis in the Triassic. PLoS ONE 5(10): e13425. doi:10.1371/journal.pone.0013425
Summary: Suffering from what is described as the earliest known example of arthritis, an early archosaur had a pretty rough time with some fused vertebrae. Diagnoses of disease in fossil organisms can be pretty controversial; I shall be interested to see how this particular case study plays out.

Smith ND (2010) Phylogenetic Analysis of Pelecaniformes (Aves) Based on Osteological Data: Implications for Waterbird Phylogeny and Fossil Calibration Studies. PLoS ONE 5(10): e13354. doi:10.1371/journal.pone.0013354
Summary: Here, the relationships of pelecaniform birds (including pelicans, cormorants, boobies, and more) is addressed in great detail. The group is not found to be monophyletic, and the unstable nature of the position of several key taxa means that ornithologists will be talking about this question for some time.

Han J, Kubota S, Uchida H-o, Stanley GD Jr, Yao X, et al. (2010) Tiny Sea Anemone from the Lower Cambrian of China. PLoS ONE 5(10): e13276. doi:10.1371/journal.pone.0013276
Summary: What the title says. The authors suggest that their new animal, called Eolympia pediculata, is a stem member of the group including corals and sea anemones. The image at right shows the authors' reconstruction of Eolympia.

Peterson JE, Lenczewski ME, Scherer RP (2010) Influence of Microbial Biofilms on the Preservation of Primary Soft Tissue in Fossil and Extant Archosaurs. PLoS ONE 5(10): e13334. doi:10.1371/journal.pone.0013334
Summary: This article presents experimental support for the idea that microbial biofilms form a protective layer that allows preservation of deeper soft tissue structures in dinosaur bones and other fossils-to-be. Read more about the research here. Interestingly, the article by Peterson et al. disagrees with an earlier paper published in PLoS ONE (written by Kaye et al.), stating that any alleged soft tissue preserved in fossils is a microbial film alone. Thus, the bacterial biofilms exist - but they're not the only biogenic structure in these bones!

Holliday CM, Ridgely RC, Sedlmayr JC, Witmer LM (2010) Cartilaginous Epiphyses in Extant Archosaurs and Their Implications for Reconstructing Limb Function in Dinosaurs. PLoS ONE 5(9): e13120. doi:10.1371/journal.pone.0013120
Summary: Things aren't as they appear; the big dinosaur bones that we see in museums today were probably much longer in life, supplemented by giant cartilaginous caps. Lead author Casey Holliday presents more information here, and Mike Taylor at SV-POW also has stuff to say about the topic.

Oxnard C, Obendorf PJ, Kefford BJ (2010) Post-Cranial Skeletons of Hypothyroid Cretins Show a Similar Anatomical Mosaic as Homo floresiensis. PLoS ONE 5(9): e13018. doi:10.1371/journal.pone.0013018
Summary: Yet another round in the discussion about the "hobbits" of Flores, Indonesia. I get the sense that Oxnard et al. are very much in the minority opinion, but I also get the sense that this debate is going to drag on for awhile more.

Rando JC, Alcover JA, Illera JC (2010) Disentangling Ancient Interactions: A New Extinct Passerine Provides Insights on Character Displacement among Extinct and Extant Island Finches. PLoS ONE 5(9): e12956. doi:10.1371/journal.pone.0012956
Summary: A recently extinct finch, Carduelis aurelioi, is named and compared with its fellow prehistoric finches (some of which are still alive today). Evidence is presented to suggest that the effects of ancient competition between the species still reverberate today. The image at left shows a life restoration of the new species, as imagined by A. Bonner.

O'Rourke CT, Hall MI, Pitlik T, Fernández-Juricic E (2010) Hawk Eyes I: Diurnal Raptors Differ in Visual Fields and Degree of Eye Movement. PLoS ONE 5(9): e12802. doi:10.1371/journal.pone.0012802
Summary: It's not strictly paleontology, but the methods here present actual experimental validation of the true visual fields for extant birds of prey. It would be interesting to compare the visual fields as calculated from the osteology alone with the experimental results - and then see what this means for similar calculations performed for extinct dinosaurs.

Sampson SD, Loewen MA, Farke AA, Roberts EM, Forster CA, et al. (2010) New Horned Dinosaurs from Utah Provide Evidence for Intracontinental Dinosaur Endemism. PLoS ONE 5(9): e12292. doi:10.1371/journal.pone.0012292
Summary: Utahceratops gettyi and Kosmoceratops richardsoni, two new horned dinosaurs, are named, and their implications for Late Cretaceous biogeography in North America are discussed. This paper, on which I was a co-author, received a substantial amount of media attention. See my blog post on the subject as a starting point for more information.

Kraatz BP, Meng J, Weksler M, Li C (2010) Evolutionary Patterns in the Dentition of Duplicidentata (Mammalia) and a Novel Trend in the Molarization of Premolars. PLoS ONE 5(9): e12838. doi:10.1371/journal.pone.0012838
Summary: Here, the authors propose new ways to interpret the anatomy and evolution of rabbit teeth, based on some previously undescribed fossils.

Noto CR, Grossman A (2010) Broad-Scale Patterns of Late Jurassic Dinosaur Paleoecology. PLoS ONE 5(9): e12553. doi:10.1371/journal.pone.0012553
Summary: The Jurassic was an age of giants. The structure of some old, old ecosystems is reconstructed by classifying and comparing the ecomorphotypes of a number of dinosaurs from this time.

Degrange FJ, Tambussi CP, Moreno K, Witmer LM, Wroe S (2010) Mechanical Analysis of Feeding Behavior in the Extinct “Terror Bird” Andalgalornis steulleti (Gruiformes: Phorusrhacidae). PLoS ONE 5(8): e11856. doi:10.1371/journal.pone.0011856
Summary: Terror birds are pretty much what the name says - imagine something the size of "Big Bird" from Sesame Street, preying on Mr. Snuffleupagus. This article, which also received broad media coverage (see the Witmer Lab blog as a starting point), finds that the skulls of these big birds were quite strong in the up-and-down direction, but not so strong from side-to-side.

Lindgren J, Caldwell MW, Konishi T, Chiappe LM (2010) Convergent Evolution in Aquatic Tetrapods: Insights from an Exceptional Fossil Mosasaur. PLoS ONE 5(8): e11998. doi:10.1371/journal.pone.0011998
Summary: A spectacularly-preserved ancient sea reptile shows skin impressions, bronchial tubes, possible skin coloration, and even potential traces of some internal organs. Feathered dinosaurs may get all of the attention, but the specimen described here rivals them in "wow" factor!
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Some parting thoughts:
  • In my (biased) opinion, most of these papers are presenting some pretty solid science (or at the very least, stimulating science). Now that PLoS ONE has an impact factor (and thus presumably more people interested in submitting to the journal), I hope that the quality of the submitted work is maintained.
  • There is a pretty major skew towards papers on vertebrates - 15 out of 16 (94 percent) of those mentioned above primarily concern things with backbones . Six out of the 16 papers mentioned above (38 percent) are about non-avian dinosaurs. Let's get some more variety, folks!
  • Some interesting work on functional morphology and other aspects of evolutionary biology (only a handful of which are sampled above) has been appearing lately. I strongly recommend subscribing to content alerts (start the process here) or regularly browsing the journal's website, in order to keep up on the latest and greatest work that might be relevant to you.
  • I look forward to more stimulating papers appearing in the near future. And if you haven't submitted something to PLoS ONE yet, please consider doing so!
Full disclosure: I am a section editor at PLoS ONE.

Tuesday, October 19, 2010

Have You Accepted the Paleo Project Challenge?

A little over three weeks ago, Dave Hone and I kicked off the 2010 Paleo Project Challenge. Basically, it is an opportunity to finish off those nagging projects (whether they be manuscripts, artwork, blog posts, fossils to prep, or whatever) by the end of the year, or else face public shame. Lazy individuals that we are, we know that unless we make a public commitment to finish some projects, they will never get done!

So far, a number of individuals have accepted the challenge. It's not too late to join in - just post in the comments section. Remember. . .the goal is to finish the project by December 31. Everyone is watching!

Participants in the Paleo Project Challenge
Brian Beatty - paper on meningeal ossification in cetaceans
Andrea Cau
- describe new theropod remains from north Africa
Andy Farke
- finish paper for ODP; finish paper on ceratopsian anatomy
Nick Gardner
- paper piggybacked with one of Casey's
Casey Holliday
- either a new croc species description or paper related to frontoparietal fossae
Dave Hone
- the necks paper
Heinrich Mallison -
finish Plateosaurus CAE paper; sauropod rearing paper; sauropodomorph rapid locomotion paper
Jordan Mallon - Anchiceratops manuscript
Anthony Maltese - sharks scavenging on mosasaur paper; Niobrara ammonite paper
Patty Ralrick - paper on subfossil mass mortality site
Manabu Sakamoto - finish Pachyrhinosaurus drawing; finish and submit theropod bite force paper
Mike Taylor - finally finish the Archbishop sauropod description
Bruce Woolatt - 1/10 scale Quetzalcoatlus northropi flesh restoration
Anonymous - find job; paper for Paleobiology; prep alligator fossil
Jay - finish sauropod description

Wednesday, September 29, 2010

The 2010 Paleo Project Challenge

Everyone has an unfinished project. Most of us have at least a half dozen. Those partly finished manuscripts, paintings, data sets, and preparation projects. Oh, we started out with good intentions. Maybe we even poured a productive week into it. But then, the honeymoon glow faded. Something else got in the way. The field season, or teaching duties, or another more pressing project, or a grant deadline, or just plain old life circumstances, interrupted us.

Luckily, all of that work doesn't have to go to waste. Why not finish up that project? What are you waiting for? Heck, what am I waiting for?

Regular readers of this blog may remember that Dave Hone and I instituted the "Paleo Paper Challenge" (PPC) last year, in an effort to shame all of us into cleaning our (figurative) research plate. We had pretty remarkable success - although not everyone (including ourselves) were able to finish everything we wanted to, most folks made some major progress. Some papers even made it into publication, in venues like Journal of Vertebrate Paleontology and PLoS ONE. Not too shabby.

Not wanting to rest on our laurels, it's time to kick things off for 2010. This year, Dave and I want to pursue a "bigger tent" approach. Why limit the PPC to just academic research? Let's open it up to all paleo enthusiasts! Preparators, artists, researchers, bloggers. . .after all, paleontology does not survive on publication alone. Thus, we are happy to kick off:

The Paleo Project Challenge
Do you have a paper that just needs the finishing touches before it heads off to publication? Is there some half-prepped fossil sitting in a cabinet in the lab? Have you started and finished a big blog post half a dozen times, but never pulled the trigger? Is that masterpiece rendering of a live Tylosaurus still sitting on the easel? Stop sitting around, and finish it!

Here are the rules:
1) Indicate your willingness to participate in the Paleo Project Challenge (PPC) in the blog comment section. You should at a minimum indicate the category it falls under (paper, blog, art, or whatever), and the project (if you can - we totally understand the need for secrecy in some cases!).
2) Do the work! You have until December 31, 2010. Remember, we're all watching.
3) Once you're done, celebrate!

You can read more about it from Dave's perspective here. Now, let's get to work!

My Commitments
1) Write up the ODP results.
2) Finish a long-running paper on ceratopsian anatomy.

What are you going to do? Chime in below in the comments section!

Wednesday, September 22, 2010

Horned Dinosaurs: When It Rains, It Pours

ResearchBlogging.org2010 will surely go down as the annus mirabilis of horned dinosaur research. Between the publications of the horned dinosaur symposium volume (with its myriad new taxa and other exciting pieces of research), a "bagaceratopsid" in Europe, a true ceratopsid in Asia, the hypothesis that Torosaurus and Triceratops are growth stages of the same taxon, and more, it's really tough for a "ceratophile" (to borrow Peter Dodson's term) to keep up!

Today continues the embarrassment of ceratopsian riches. With my co-authors Scott Sampson, Mark Loewen, Cathy Forster, Eric Roberts, Alan Titus, and Josh Smith, I'm pleased to introduce you to Utahceratops gettyi and Kosmoceratops richardsoni (at top and bottom, respectively, in the image at right), freshly published in PLoS ONE. Although it's been a long time coming, our hope is that these new critters will really knock your socks off!

So what's so special about these two animals? Well, for one they're new dinosaurs. And new horned dinosaurs at that. On a broader note, our new critters (along with careful radiometric dating of the Kaiparowits Formation, the rock unit in southern Utah from which they originated) provide important evidence for dinosaur provincialism during the Late Cretaceous. In other words, these big, elephant-sized dinosaurs weren't traveling far. They're the same age as dinosaurs known from much further to the north, yet represent a very different part of the horned dinosaur family tree. This is strange, especially when you consider that today there is only one (or maybe two, depending on whom you ask) elephant species in all of Africa! 75 million years ago, there were three or four closely related species of horned dinosaur living simultaneously on that little strip of beachfront property that comprised western North America. And that's not counting a few more less closely-related horned dinosaurs (centrosaurines) that lived at the same time! Truly weird.

There's been a lot said more eloquently elsewhere about these animals, so I'm just going to close with an answer to the question that should be at the top of many people's minds. Given the possibility that Torosaurus and Triceratops might be growth stages of a single species, how do we know that Utahceratops and Kosmoceratops aren't just growth stages of one species? After all, they lived at the same time in the same place, and end up somewhat close together on the phylogenetic analysis. Well, we certainly haven't done much in the way of histology yet, which would lay the issue completely to rest. However, as readers of the paper will note, we have obvious juveniles (based on sutural fusion and cranial element size) of both species. Although these remain to be published, in my opinion they pretty firmly demonstrate that both species of dinosaur were very different very early on in their development.

So, go read the paper!

Full disclosure: I am a section editor at PLoS ONE, the journal at which this new paper was published. However, I had absolutely no involvement in the handling of the manuscript (assigning the academic editor, selecting reviewers, making a publication decision, etc.).

Image credit: Lukas Panzarin

Citation
Sampson, S., Loewen, M., Farke, A., Roberts, E., Forster, C., Smith, J., & Titus, A. (2010). New horned dinosaurs from Utah provide evidence for intracontinental dinosaur endemism PLoS ONE, 5 (9) DOI: 10.1371/journal.pone.0012292

Tuesday, September 14, 2010

Crossing the Finish Line for the Dissertation

Well, it's done.

All of the chapters of my dissertation have been published as papers in peer-reviewed journals.

It's been two years and four months since I submitted the final draft of my dissertation to my university, and wow, is it ever nice to finally lay the thing to rest. As a bit of a celebration, I wanted to pontificate share some musings on the whole process, and offer some hope for those who might be working on their dissertation right now. So, how did this all come to fruition? What did I do right (in my opinion), and what might I have done differently?

Start Early
Basically, I knew from the get-go that I didn't want to write one of those perpetually unpublished dissertations. You all know the ones I'm talking about. That really ground-breaking, highly citable, novel piece of research that's been sitting around completely unpublished since the person got his or her Ph.D. back in 1976. I can't really blame them - maybe they dropped out of the field. Maybe they decided research wasn't their thing. Maybe bigger and better projects happened along. These are all legitimate reasons (life happens!), but it doesn't make an unpublished dissertation any less annoying. As anyone in the field knows, journals (and reviewers) sometimes look askance at a reference listed as "unpublished thesis" or "unpublished dissertation."

So, I made a mental commitment early on to strive to get my dissertation published as quickly as possible. This was key in achieving the eventual goal.

Get Your Committee On Board
My dissertation committee wanted to see my stuff published, too. In fact, they specifically requested that I frame each of my dissertation chapters as discrete, publishable units. This was good advice. The days of creating a book-length narrative, which is retroactively turned into publishable manuscripts, are over. If you have the dissertation chapters framed as discrete, submission-ready papers, you can save a lot of time! This is a much more common practice than it used to be, which is a good thing (in my opinion).

So, before I had even finished writing the dissertation chapters, I had decided what journals I was going to submit to. Then, I formatted all of the figures, text, and references appropriately. This saved a ton of time in the end!

Git 'er Done
Once the dissertation is written, the congratulations received, and the diploma framed, the real work begins. Get those chapters submitted for publication. Take a week to rest on your laurels, and then get back to work. Every day you procrastinate is another opportunity to completely forget about submitting the papers for peer review. In fact, maybe even consider submitting some chapters before you graduate, if you can.

In the end, though, the only way I managed to get this done as quickly as I did (not that two years is that quick!) was to guilt-trip myself into doing it. Maybe that's what will work for you, too. And as I tell many people - don't let the perfect be the enemy of the good. Your work will never be perfect. There are always more data. There's always another specimen to measure. But at some point, you just have to call it "good enough."

Submit that paper. Because chances are, there's someone else out there who wants--perhaps even needs--to cite you. And I'm sure they would much rather cite a peer-reviewed paper than an unpublished (if excellent) dissertation or thesis. And for every day delayed, there's just another little way in which you have to revise the manuscript before submission. Science marches on, with or without us.

Regrets?
Not many, on my part. All in all, I'm happy with how my dissertation chapters have turned out. I might have had a few more figures in the ceratopsian one. Maybe a slightly longer discussion in the goat head FEM one. Perhaps I might have pushed to get the ZJLS paper published a little sooner. Oh well. They're done, they're published, and I can clear my plate for new projects.

Speaking of clearing plates, isn't it about time to relaunch the Paleo Paper Challenge?

Wednesday, September 8, 2010

Return to the Blogosphere

I'm back! Let's just say that a global circumnavigation, two months away from home, and a move in the middle, don't leave a lot of time for blogging. It was a fun and productive summer, but now it's time to settle back in for the fall.

For this re-inaugural post, I wanted to touch on a few highlights from the past few months, particularly in the world of open access and paleo research. I'll cover a variety of topics in more detail in future posts, hopefully.

Big Happenings at PLoS ONE

The online, freely accessible journal PLoS ONE hit a variety of important milestones this summer, including:
  • For the first time, the journal received an official impact factor from Thompson-Reuters. The result: a respectable 4.351. Although this value certainly exceeds that for your typical paleontology journal (e.g., Paleobiology has an IF of 2.985, and JVP has an IF of 2.536), it is more properly compared to other general interest journals. For instance, Naturwissenschaften has an IF of 2.126 and Proceedings B an IF of 4.857. Thus, PLoS ONE is doing pretty well in the whole impact factor "game." Although impact factor has come under a lot of fire lately, we still face the reality that many scientists need to publish in journals that have an IF. Thus, the assignment of an official IF is a big step forward for the journal.
  • PLoS ONE launched a new (and hopefully more user friendly) manuscript submission system. Read all about it here.
  • PLoS launched a new blog network.
  • Full disclosure: I am a section editor at PLoS ONE.
Happenings Around the Blogosphere
  • The venerable ScienceBlogs had a major sea change, with a number of respected bloggers jumping ship. I'm still working on updating my personal blog feeds. But, don't forget that notables such as Tetrapod Zoology remain!
  • WitmerLab launched a great new blog, chock full of goodies from all of the folks there.
  • The spam filters at Blogger are horrible. I'm seriously considering transferring over to WordPress.
Research Happenings
That is all for now.