So you’ve just spent the last few years of your life working on your research project, and now in front of you, you have the final thesis, all smartly bound with a rather dashing cover that would not look out of place in Mr Darcy’s library, with your thesis title and your name glistening in silver or gold lettering. You have a sense of achievement. It has been a difficult labor, but finally your baby has been born, and you cradle it in your arms lovingly as you walk it to the library, and hand over your precious bundle of academic joy to the librarian. They take it from you and head back to the dusty shelves where theses of thousands of past graduate students have accumulated, the place where your dissertation will go to…to die.
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North Carolina is well known for both its distinctive barrier islands (making Pamlico Sound the largest lagoon in the U.S.) and highly productive fisheries. Both of these features exist in large part because North Carolina sits that the point where two of the largest ocean currents in the Atlantic meet. From the north, the Labrador Current meanders from the Arctic Circle along the Canadian, New England, and Mid-Atlantic shorelines and crashes into the Gulf Stream at Cape Hatteras, deflecting this warm current off its own shore-hugging course from the south and out across the Atlantic Ocean. Aside from literally defining the shape of the Outer Banks, the collision zone represents the boundary between temperate waters to the north and subtropical waters to the south. This presence of this border means that, depending on the time of year and local weather conditions, you can catch just about any marine fish native to the Northwest Atlantic Ocean off of the Outer Banks.

You have probably heard that as the global climate changes due to human influence the sea surface is going to rise and the oceans will get warmer and more acidic. The bit about the oceans increasing in acidity is particularly troubling because it implies calcium carbonate based organisms (oysters, snails, corals, etc.) will simply dissolve in this future dystopian acid-ocean (that is a bit of an oversimplification, but you get the idea).
Ocean acidity is determined by measuring the pH, which relates acidity based on the number of hydrogen ions found in the water. So long story short, as more and more carbon dioxide (CO2) is emitted into the atmosphere, it in-turn fluxes into the oceans forming carbonic acid which results in the release of hydrogen ions lowering the pH. Simple logic would suggest that this spells bad news for calcifying organism (poor Mr. Snail).
![Healthy Pretopod shell (left) and degraded Pteropod shell due to ocean acidification (right). (Photo credit: NOAA [climate.gov])](https://www.southernfriedscience.com/wp-content/uploads/2015/02/Pteropods-300x152.jpg)
Read More “Fun Science FRIEDay – Ocean Acidification, More Than Just pH” »
Dr. Edward Hind is a marine sociologist who specializesin the research of local ecological knowledge. He has spent the last five years investigating how the knowledge of fish harvesters may support marine management in both Ireland and the Turks and Caicos Islands. He was recently a lecturer at the School for Field Studies and is the current Communications Officer of the Marine Section of the Society for Conservation Biology. Having returned to his native UK, Edd is currently looking for new teaching and research opportunities. He has authored peer-reviewed papers in a number of fisheries management and marine policy journals. Follow him on twitter here.
My name is Edd and I’m a postdoctoral academic. In the last 12 months I have spent (US)$307 on conference travel, $300 on conference fees, $76 on printing a conference poster, $150+ on non-alcoholic food and drink whilst at conferences, $60 on memberships of professional societies, $35 on academic software, and almost $100 on academic books. That’s over $1000 of my own money. I have a problem. If you’re a scientist, I bet it’s your problem too.
Read More “#SciSpends : Scientists are paying to do their jobs” »
It is widely accepted that the world around us is changing, and as a result the organisms that exist adapt with that change or are resigned to the fossil record. Evolution, it’s a fact of life… or is it? UCLA paleobiologist J. William Schopf, and colleagues, have discovered an organism that has remained relatively unchanged over a 2.3 billion year period. Meh, who needs evolution? These bacteria were discovered in the muddy sediments of the deep sea and represent the greatest lack of evolution ever seen!

Read More “Fun Science FRIEDay – Evolution, what’s it good for?” »
Rarely do conservation or environmental issues solely deal with just one group of homogenous people. Most who deal with “on the ground” conservation realize that typically issues have multiple, often conflicting, groups with multiple view points and values. So why do so many attempts as conservation science communication just have one line of attack?
Read More “Hail hydra ! Taking a super villain approach to conservation #scicomm” »
Writing an academic paper with multiple authors can be problematic at times (for examples see this article and comments on the article), but when do you even make people a co-author?
There are problems across scientific fields with co-authors being added who did not contribute significantly to papers, for example heads of labs or departments, or prestigious individuals (so- called “honorary authors”). Some laboratories even have a policy of adding everyone in the lab who even passed by a manuscript, in order to bulk out resumes.
Individuals who warrant co-authorship, but who are left off the publication (so called “ghost authors”) are also an issue. One of the most common examples of this is when an ambitious faculty member leaves off a student who conducted majority of the work (or who possibly even came up with the idea) because they want first (or possibly sole) authorship for the paper so that they can further their academic career. In the biomedical field ghost authors are often pharmaceutical industry representatives who may rewrite sections of manuscripts to show their product in the best light, but exclude themselves from authorship and thus obfuscating conflicts of interest. Such conflicted ghost authors are not unique to the biomedical field though, and industry, military or governmental ghost authors have frequently been known to substantially rewrite (and change the conclusions of) marine environmental science papers, especially when they deal with controversial topics.
Humans are edging closer and closer to telepathic communication where one human communicates with another purely from thinking. Wait… what’s that you say? We are already there?! Like something out of a sci-fi thriller neuroscientists in Europe and America demonstrated the viability of direct brain-to-brain communications in humans.

On the left, the BCI subsystem is shown schematically, including electrodes over the motor cortex and the EEG amplifier/transmitter wireless box in the cap. Motor imagery of the feet codes the bit value 0, of the hands codes bit value 1. On the right, the CBI system is illustrated, highlighting the role of coil orientation for encoding the two bit values. Communication between the BCI and CBI components is mediated by the internet.” (Photo credit: Grau et al. 2014)
Read More “Fun Science FRIEDay – I can SEE what you’re thinking!” »
In a very basic sense there is a general dichotomy in the grouping of organisms on this planet as either a plant or as an animal. Myself, like most of the rest of you, belong to the animal group, but there are those organisms out there that exists on the boundary; one in particular is the sea slug, Elysia chlorotica.

Warning: This blog contains themes of a professional ethical nature that some readers may find offensive. Intended for a mature academic audience only.
As I was spending a lazy Sunday morning, tucked up in bed fiddling with my iPad, a perky little blog came across my Twitter feed (read it here). Some rather sad data were contained within: approximately 82% of journal articles in the humanities don’t get cited (within the first five years of publication anyway) and just over a quarter (27%) of natural science articles don’t get cited either. I was actually surprised that the percentage of non-cited paper was that low, until I read down the article and noticed that the analysis didn’t include self-citations. Scientists, especially marine biologists, are particularly bad at excessively self-citing, or as I like to call it, #citurbation.
Self-citations are the guilty secret of science researchers. Let’s face it, we’ve all done it at some time. Now I’m as guilty as the next scientist – late one Friday night I’m still working and on the computer screen in front of me I have a half-done editorial and, guiltily, I slip in a self-citation. Or in the final throes of a massive multi-authored monograph, I toss in a self-citation from left field. But why is it that marine biologists so often self-cite? Is it because of lack of attention? Biomedical articles rarely go uncited (and their journals typically have much higher impact factors). Is it because marine biology journals tend to have low impact factors and marine articles are spread across so many journals that they don’t get the same prominence (see this previous SFS blog, he says in a blatant example of self-citing)?

