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Posts Tagged blogging

tips for effective on-line science outreach Alison Campbell Apr 19

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As you'll have gathered, I'm finding Facebook – and now Twitter – great sources of information, whether it's for teaching, sharing with my students (& others!), or blogging about. And today, this paper popped up on my Twitter feed: Ten Simple Rules for Effective On-line Outreach. Because it's published on a PLoS journal (in this case, Computational Biology), it's open-access, and so you can read the full paper here. For that reason I'll just list their 10 rules here, with the occasional aside from me.

Having noted that it can be quite a challenge to develop and keep an audience for what you have to say, here's how the authors introduce what their paper's about: 

Here, we describe ten rules for conducting effective online outreach, so that other scientists can also enjoy the advantages of disseminating their knowledge and expertise through social media.

  1. Stop treating outreach and research as separate entities. This point dovetails with the comments in an article that I have in my 'must blog about real soon' list: that much published work doesn't get read & is never cited. Blogging or tweeting about research is a way of making it accessible to a wider audience, one that may never read a scientific journal but still wants to hear about what scientists do.  There's also this: 

    It should also be acknowledged that the requirement of translating research to a public audience increases both awareness and intimacy with the published literature—one that can feed directly back into your research program.
     

    Not to mention that both blogging and tweeting can increase your range of contacts and, from my so-far limited observation, lead to new collaborations.
     

  2. Be strategic. Be deliberate. In other words, plan before you act. I know that when I began blogging (seven years ago, now!), I gave a lot of thought to why I was doing it & to the nature of my target audience. 
     
  3. Find your niche & story. I've always seen this blog as outreach. Originally it was set up to reach year 13 biology students & their teachers, and although that range has expanded over time, I still have that group in mind. To that extent, I guess this descriptor from the paper applies: "a sustained effort to disseminate science beyond the ivory tower." I like to mix & match topics, depending on what catches my attention in my reading & on-line activity; it would be really really boring to stick to just a single area or focus! 
     
  4. Branding… branding… branding… Not one I've really thought about, beyond the fact that the blog carries the University's branding, given that it's hosted by the uni :)
     
  5. Recruit a top-notch team. I wish! Group blogging would certainly share the workload and, as the authors note, allow for more diversity of voice & viewpoint. Certainly this is something afforded by Sciblogs
     
  6. Focus on the story. I agree with the authors that good communication skills include story-telling and the ability to develop a narrative. These things allow you to show the human side of science & so build links with the audience. 
     
  7. Leverage multiple tools to disseminate content and build up your network. Yes indeedy. Facebook, Twitter, blogging, and all the other things I have a peripheral knowledge of: they're all ways of getting your ideas and stories out to a much wider network. My friend Kimberley Collins did her MSciComm thesis on this.
     
  8. Collect & assess data. This is not something I do in a formalised way, and I suppose that I should. (My Head of School would certainly agree!) But I do keep an eye on my blog stats, the number of 'likes' posts get on FB (I've taken to sharing each post there), and whether tweets are 'favourited'. (Social media are doing strange things to grammar…) The blog platform WordPress also shows you what search terms people used in coming to your site, giving an indication of what things are currently interesting to your potential audience.
     
  9. Iteratively assess what works and what doesn't. This follows on from #8. The authors also suggest going for shorter, rather than longer, posts; I have to admit that I'm torn on this one. Orac, for example, writes some monumental posts, but his topics are usually fascinating and he carries a large audience along with him. Carl Zimmer & Ed Yong, two other bloggers whom I really admire, go more for brevity. So both can work, but I agree that for many readers shorter is better.
     
  10. Create prestige for public scholarship. Let's finish with the authors' words:

The most important overarching benefit is visibility—to one’s colleagues, to the media, and to the public. By being accessible, researchers participating in online conversations have the opportunity to have a much more influential voice for their science. In these days of dwindling governmental investment and increased public distrust of science, scientists need to speak out on the value of their profession and training.

Because we have witnessed such direct and beneficial gains as a result of our online outreach activities, we feel strongly that such activities should be given more weight when determining scientific productivity, e.g., during hiring/promotion decisions. The impact of online activities is increasingly recognized, and they should be formally encouraged.

Bik HM, Dove ADM, Goldstein MC, Helm RR, MacPherson R, et al. (2015) Ten Simple Rules for Effective Online Outreach. PLoS Comput Biol 11(4): e1003906. doi:10.1371/journal.pcbi.1003906

sustainability and on-line learning… Alison Campbell Apr 15

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… and serendipity! I’ve just participated in a great AdobeConnect session, run by the university’s Centre for e-Learning, on the interfaces between academic publications and social media. It was fun, educational, & thought-provoking & has provided something of a spur to my own thinking about the value** of social media in this particular sphere. (For example, while academics are pressured to publish, & the number & position (journal) of those publications is seen as a measure of their worth, you could well ask what the actual value of the work is if few or no people actually read it. I’ve got another post lined up about this.)

Anyway, one of the things that I brought into the conversation was the value of Twitter (& Facebook) in terms of finding new information in fields that interest me. (I know that a lot of my recent blog posts have developed from ideas sparked by FB sources.) I’m a fairly recent convert to Twitter but have enjoyed several tweeted conversations about science communication & science education, and I do keep an eye on posts from those I’m ‘following’ in case something new crops up.

And so it was that when I started following our AdobeConnect host, this popped up:

Stephen’s link takes you to this article: net positive valuation of online education. The executive summary makes very interesting reading at a time when ‘we’ (ie my Faculty) are examining ways to offer our programs to a changing student demographic. It finds that on-line learning as a means of delivering undergraduate programs opens up access for people who don’t fit the ‘typical traditional undergraduate’ profile, such that those people may end up with greater life-time earnings & tax contributions, and reduced use of social services. And using on-line learning pedagogies & technologies seem to result in a reduced environmental footprint for the degrees: the authors estimate that on-line learning delivery of papers saves somewhere between 30 & 70 tonnes of CO2 per degree, because of the reduction in spending both on travel to & from campus, and on bricks & mortar.

There’s an excellent infographic here, and I can see why the report would indicate that the institution they surveyed (Arizona State University, ASU) would say that

[i]n the near term, nearly 100 percent of an institution’s courses, both immersive and virtual, will be delivered on the same technology platforms.

However, there are caveats.  ASU has obviously got a fairly long history of using e-learning platforms. This is not simply a matter of taking an existing paper (or degree program), making its resources available on-line, & saying ‘there! we’re doing e-learning’. Because unless the whole thing is properly thought through, the students’ learning experiences may not be what their educators would like to think.

In other words, this sort of initiative involves learning for both students and educators – and the educators’ learning needs to come first.

 

** As an aside, here’s an example of what could be called ‘crowd-sourcing’ for an educational resource, via twitter. But the same could easily be done for research.

warmth, empathy – and science communication Alison Campbell Apr 07

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I recently started following Kevin Folta’s blog, Illumination. (I’m sorry I didn’t come across it earlier; it’s very good.) His latest post quotes a comment from a Kansas farmer, made on a site opposed to Monsanto & its production of GM crops, noting that the commenter is showing some excellent communication skills. Sometimes I think those of us who spend time in science communication forget about some of these attributes; I’d certainly hope that we come across as credible & honest, and that we always keep the ‘undecideds’ in mind, but the other two… I know I’ve fallen short of the mark at times.

  • Credibility and honesty are ever-important.
  • Kindness is good. Not least, because it shows it’s not just about the science; there are other values that we share with our audience.
  • While criticism can be justified, there are other ways of getting a message out there. At times, simply discussing facts non-judgementally can be enough.
  • An honest, friendly, empathetic message may never win over those who are strongly opposed to a particular issue – but it does offer an alternative to those who are unsure or who may not yet have formed an opinion.

EDIT: also this (the difference between measured science communication, & activism).

why paper cuts hurt Alison Campbell Feb 16

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I suppose one of the benefits of e-readers & ‘paperless’ offices (haha) is a reduction in the risks of paper cuts. Because those cuts jolly well hurt! Part of that may just be because they usually involve fingers & those are in use so much that our attention is constantly drawn to the afflicted part. But there’s more to it than that, and this video from Scientific American explains why:

The comments thread over on youtube is rather fun!

widening the definition of scientific outputs Alison Campbell Oct 29

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This was first posted over on TalkingTeaching.

This blog post at SkepticalScalpel really struck a chord. Entitled “Should social media accomplishments be recognised by academia”, it compares the number of citations the author’s received for published papers with the number of hits on a blog post reviewing original research. And finds there’s no contest:

Three years ago, I wrote “Statistical vs. Clinical Significance: They Are Not the Same,” which reviewed a paper on sleep apnea …

That post has received over 13,400 page views, certainly far exceeding the number of people who have read my 97 peer-reviewed papers, case reports, review articles, book chapters, editorials, and letters to journal editors.

The SkepticalScalpel author also notes that this sort of on-line peer-review and discussion of data can have rapid, effective results:

Last year, some Australians, blogging at the Intensive Care Network, found that the number needed to treat stated in a New England Journal paper on targeted vs. universal decolonization to prevent ICU infection was wrong. They blogged about it and contacted the lead author who acknowledged the error within 11 days. It took the journal 5 months to make the correction online.

PZ Myers has also advocated for such on-line, social-media-mediated, peer review, pointing to microbiologist Rosie Redfield as a great example of how this works. (The discussion at that last link shows ‘open’ peer-review in operation – and posts like that will have attracted a far wider audience than the original paper.)

But wait, there’s more! At Scientific AmericanSimon Owens writes about Kathleen Mandt: a scientist who’s become part of probably the biggest two-way stream of communication between scientists and the general public in the world, via Reddit.

R/science is a default subreddit, meaning it’s visible to people visiting Reddit.com even if they aren’t logged in. According to internal metrics, r/science draws between 30,000 and 100,000 unique visitors a day. It’s arguably the largest community-run science forum on the Internet. And starting in January r/science officially launched its own Science AMA series, and very quickly scientists who are producing interesting, groundbreaking research but not widely known to others outside their fields began answering questions on the front page of a site that is visited by 114 million people a month (this includes registered and casual visitors.).

Most scientific research is published in expensive journals, some of which are not available in smaller libraries. And the vast majority of findings never receive media coverage. “Really, the only way people get to find out about new research is if they have journal access or if they read the short-form news story that can be skewed by whatever journalist is covering it,” says Chris Dawson, another r/science mod. “If you had questions about the study then there wasn’t a good way to get them answered, and now you can.” Virtually overnight, Reddit had created the world’s largest two-way dialogue between scientists and the general public.

Of course there are limitations to this mode of communication. Questions may be off the point, ie not directly related to the research under discussion. This is hardly surprising, but it’s something that a good science journalist can avoid. (However, good science journalism, in the mainstream media, is a fairly rare beast.) And the r/science moderators do have to make some careful decisions around which researchers to invite into the forum.

But overall, in terms of getting information out there with the potential for meaningful, rapid interaction with one’s audience, and a much bigger audience at that, science blogs and venues like Reddit’s r/science probably win hands-down over more conventional modes of publication. As Owens says,

This year’s Science AMAs overall reveal that r/science fulfills a public need that’s unforeseen, unknown, unaddressed or not fully embraced by the scientific community. In a world where the general public often finds it frustratingly difficult to access scholarly journals, demand remains for a way to connect scientists and their work with nonscientists. With the rise of MOOCs and other digital tools such as Reddit, science communication has expanded well beyond its traditional confines in the ivory tower.

So is it time, as Skeptical Scalpel says, for measures of scholarly output to be broadened when it comes time for promotion?

one of the largest living insects? Alison Campbell Jul 23

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If you don’t like spiders then you probably wouldn’t like this either: from China come reports of what’s claimed to be the largest known aquatic insect. (I can’t find any actual published scientific descriptions of the creature; it will be nice to see the claim confirmed – or denied! – as it’s a pretty impressive specimen.

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My first thought on seeing this image was, a dobsonfly! I’ve not ever seen an adult specimen, but the aquatic larvae I encountered when running a macroinvertebrate lab class (way back in my Massey days) have equally impressive mandibles – hence the nickname of ‘toe biters’. Given that the adult Megalopteran pictured here has a 21cm wingspan (!), I wouldn’t care to encounter its larvae when paddling in a stream.

Becky Crew has a great take on this creature on her Running Ponies blog, including some fascinating info on other giants of the insect world.

acapella science does eminem Alison Campbell Jul 17

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It’s not biology but this video is too good not to share :) I’ve always had a soft spot for acapella singing, & acapella science is just wonderful as an example of combining music & science communication. (Those who want the lyrics will find them here at Scientific American.)

a bunch of fascinating animals you’ve never heard of… Alison Campbell May 30

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… unless you’ve been following this blog for a while, in which case you may already have read about the sarcastic fringeheads (who are not members of a rock band, despite the wonderful name!).

The dumbo octopus, the pacu (a fish with teeth like nutcrackers, an attribute that has given rise to an urban myth guaranteed to alarm men), the pink fairy armadillo – yes, really! – visit the IFLS webpage and read all about them!

most excellent epiphytes Alison Campbell Mar 28

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A couple of years ago I spent a lovely afternoon in the huge domed glasshouses of Singapore's "Gardens on the Bay". The 'cloud forest' was my favourite – both for the concept & for the wonderful range of epiphytes on show there.

Singapore cloud forest mountain.jpg

So you'll understand that I enjoyed reading about it again on this blog, written for the New Zealand Epiphyte Network. Anyone with even a passing interest in New Zealand's native plants should drop by the site. And maybe sign up to be part of their citizen science project while you're there?

Go on, you know you want to :)

drawing fractals Alison Campbell Aug 27

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I’ve just stumbled across this rather lovely video on mathematical doodling. Learn to draw fractals, maths snowflakes & more. Even dragons! What’s not to like? YouTube Preview Image

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