Category Archives: Science Education

Hadron Collider – how does it work?

Watch this informative video (sorry, could not find a way to embed it here).
Oh, should have known it existed also on YouTube (thanks Greg):

Help Biology teachers use blogs in the classroom

Miss Hoffman is using her blog for the second year in a row – she would like to see some guest-posts.
Miss Baker can use some of your help:

I would be excited to see scientists contribute to student-run science blogs! They could comment to student posts or submit their own post and converse with students. A conversation could continue with a video conference or an actual visit to the school. My students work so hard on their blog and would benefit greatly from input from scientists.

Perhaps we can get some of the science teachers with experience in using blogs in classrooms to bring their students to talk to us at the ScienceOnline’09 in January.

Science, Art, Education, Communication

The September 2007 issue of JCOM – Journal of Science Communication – (issue 3, volume 7) is online.: Next issue will be online on the 18th December 2008. There are several articles in this issue that I find interesting and bloggable.
Contents:

Continue reading

Take a Child Outside Week

From today’s Carrboro Citizen:

Next week, Sep 24-30, is “Take a Child Outside Week,” and the North Carolina Museum of Natural Sciences has planned some specific activities to promote awareness (www.naturalsciences.org).
A visit to the Museum of Natural Sciences in Raleigh begins with awareness on the outside. Along the half-block-long north side of the museum facing Jones Street, there is a wild garden in dramatic contrast to the strictly regimented lawn and shrub monoculture of the North Carolina Legislature across the street.
———————–
Every week should be “Take a Child Outside Week.” If you don’t routinely do it, then begin it now. And don’t forget to take your inner child out with you. Whether in a local nature reserve or passing one of many hidden wild patches in and around town, keen eyes will lead you to beauty and drama. And don’t be surprised if you become inclined to begin a small wild garden of your own.

Ouz Nouz! Fear at Cape Fear!

Not in my back yard!
It appears that some people are, erm, a little behind the times down in Brunswick County. That dog will not hunt, though, as it has no legal legs to run on, as PZ explains – it’s even less sophisticated than what the Dover board tried to do.

Today: SCONC monthly meeting at BRITE

From SCONC:

Wednesday, Sept. 17
6-7:30 p.m.
SCONC monthly meeting at BRITE
Please join us as we visit BRITE — the Golden LEAF Biomanufacturing Research Institute and Technology Enterprise — at NC Central University in Durham. (http://brite.nccu.edu) David Kroll, SCONC member, blogger and chairman of pharmaceutical science at Central, will be our host. We’ll tour BRITE’s 52,000 square foot laboratory and classroom facility where students train with scientific equipment and instrumentation found in the biotechnology and pharmaceutical industry, meet some faculty, and talk about biotech drug development.
DIRECTIONS: Fayetteville Street exit of NC-147 (the Durham Freeway), south on Fayetteville through three traffic lights to Lawson Street. Right onto Lawson, two blocks to the two story glass building on the left with the large metal awning. Park in the first lot on the left and proceed up the large staircase to the main floor of the building.

ScienceOnline’09 – Registration is Open!

scienceonline09.jpg
First, there was the First NC Science Blogging Conference. Then, there was the Second NC Science Blogging Conference. And yes, we will have the Third one – renamed ScienceOnline’09 to better reflect the scope of the meeting: this time bigger and better than ever.
ScienceOnline’09 will be held Jan. 16-18, 2009 at the Sigma Xi Center in Research Triangle Park, NC.
Please join us for this free three-day event to explore science on the Web. Our goal is to bring together scientists, bloggers, educators, students, journalists, writers, publishers, Web developers and others to discuss, demonstrate and debate online strategies and tools for promoting the public understanding of science.
The conference is organized jointly by BlogTogether, the North Carolina bloggers’ group, and WiSE @ Duke, the Women in Science and Engineering organization at Duke University, with help from Sigma Xi and other sponsors.
The people behind the organization are Anton Zuiker, Abel Pharmboy and myself, with additional generous help by Brian Russell and Paul Jones.
The conference homepage/wiki is now live! Go and explore!
Registration is free and it is now open – go and Register right now!
See who has already registered.
Help us develop the Program.
Perhaps your organization/company would like to be a sponsor? Or you’d like to volunteer?
Just like last two times, we are preparing the publication of the Science Blogging Anthology and, this time, we’ll try to really have it ready and up for sale at the conference itself. This year’s Guest Editor is Jennifer Rohn and you should really start submitting your entries now.
For news and updates about the conference (and anthology), follow the ScienceOnline09 blog or check here, my SO’09 category.
Hope to see many of you in January!

Science in the 21st Century

Everything about the Science in the 21st Century conference at Perimeter Institute can be found here.

Shaking Up Computer History: Finding the Women of ENIAC

From SCONC:

Thursday, Sept. 25
11:30 a.m – 1 p.m
(Free lunch if you’re early)
Lecture: “Shaking Up Computer History: Finding the Women of ENIAC”
Historian, computer programmer, telecommunications lawyer, and film producer Kathy Kleiman will speak about the women who programmed the first all-electronic programmable computer, ENIAC, over sixty years ago. Sponsored by Duke University’s Office of the Provost, Office of Information Technology, Women in Science and Engineering, and RENCI.
Bryan Center, Von Canon A/B/C, Duke

Historical biogeography of Madagascar

From SCONC:

Wednesday, Sept. 24
Noon, with free lunch
Sigma Xi pizza lunch with Anne Yoder, director of the Duke University Lemur Center: “Historical biogeography of Madagascar: using genes to study the evolution of an island.”
3106 E. Hwy 54, RTP

Open Access and science blogs in the Anglo-American School in Belgrade

Vedran continues to spread the Openness in Serbia:

Anglo-American School Belgrade, a small private school in Belgrade, started its academic year with an opening ceremony celebrating the joy of learning.
Teachers who gathered on the first day of school learned about the intention of the school management to offer them a number of links to Open Access repositories and Open Access RSS feed aggregators for use in educational practice. Teachers learned about the freedom of knowledge and, with great enthusiasm, started to explore a variety of resources of information in order to enrich lectures and to train the students to seek the information and knowledge on the Internet by using Open Access repositories, scientific blogs, open notebook and other methods of disseminating freedom of information and knowledge.
PLoS and scientific blogs were found very attractive due to possibility to communicate with scientists directly. The parents supported the school’s intentions to offer more resources of information and knowledge and to follow efforts of scientists worldwide to share their experiences, thought and knowledge.”

Thomas Friedman lecture at Duke University

From SCONC:

Monday, Sept. 22
5:30 – 7:00 PM
Lecture: “Hot, Flat and Crowded”
New York Times columnist and Pulitzer-Prize winning author Thomas Friedman will discuss his new book on the technology needed to address the energy and climate crisis and how America can be a leader in the “Green Revolution.”
Information: Karen Kemp 919-613-7394
Page Auditorium, Duke

An Evening of Field Research and Exploration

From SCONC:

Saturday, Sept. 20
7:30 p.m.
“An Evening of Field Research and Exploration” Presentations by three National Geographic explorers discussing seals in the Juan Fernandez Islands of southern Chile; a 275-mile journey on foot through the Himalayas to the calving grounds of the Tibetan antelope; and Madagascar’s endangered predator, the cat-like fossa.
Page Auditorium, Duke

Will you be the 900th….

clone of Professor Steve Steve? Ehrm, the 900th Steve on the listing of the Project Steve?

Sigma Xi Pizza Lunch – Lemurs

Message from Sigma Xi:

You may know that Duke University is home to the Duke Lemur Center (http://lemur.duke.edu/), the world’s largest sanctuary for rare and endangered prosimian primates. But do you know its research? For a glimpse, attend Sigma Xi’s first 2007-2008 pizza lunch at noon, Wednesday, Sept 24. Center director Anne Yoder will speak on the “Historical bio-geography of Madagascar: Using genes to study the evolution of an island” as well as field your questions.
Pizza lunch is free. RSVPs required to cclabby AT amsci DOT org. Directions to Sigma XI: http://www.sigmaxi.org/about/center/directions.shtml.

Science Cafe: Have your bug and eat it, too!

Tuesday, Sept. 16
6:30-8:30 p.m. with discussion at 7:00
Science Cafe: Entomophagy
“Six-legged Solutions: Become Earth Friendly and Eat a Bug” with Dave Gracer – teacher, writer, and president of Sunrise Land Shrimp.
sciencecaferaleigh.blogspot.com
The Irregardless Cafe, 901 West Morgan Street, Raleigh, 833-8898

BigThink/DonorsChoose Campaign

I have blogged about this a couple of weeks ago (and a couple of weeks before that) and you can see the ads all over scienceblogs.com about it, but let me ask you for one final push on this as there are just a couple of days left and still a few bucks to earn:

….the BigThink/DonorsChoose August campaign is coming along well; they’ve raised almost but not quite yet the maximum of $10,000……

And scienceblogs.com were a big part of that success so far!
Every click is worth a dollar – paid not by you but by Pfizer. As you can click on each one of the ten videos, with ten clicks you earn ten dollars for the science educational projects. A nice warm-up for our own upcoming DonorsChoose campaign!
You can vote for the videos here.

Obligatory Readings of the Day: Science Outreach and Online Behavior

Science promotion is not science outreach, damn it!:

We’ve all encountered this: the science communication department at a large university is usually devoted to marketing the research of that particular university. The so-called “outreach” products of such departments – the public talks, articles, and events for school groups – are all forced to suit this purpose. Mediocre research is described in glowing terms as “world-class” or “ground-breaking”. Poor communicators are put forward again and again so that they can be seen as a leader in their field.
This is promotion, not outreach. Describing this as educating about science is like saying that a car commercial is designed to teach viewers about engine design.

Interview with Eva Amsen:

There are different kinds of science outreach: One type of outreach is aimed at elementary and high school students to get them interested in a career in science. Another type is aimed at people who don’t work in science and never will work in science but who are curious about the world and like hearing about science. That is my favourite kind of outreach, because to a certain extent everybody *is* interested in science. People will say that they don’t like science, but what they don’t like is the memory of sitting in a science classroom in high school. Once you point out that there is science involved in many of he things they read about in the news every day – alternative fuels, stem cell therapy, forensics – it suddenly becomes interesting and you have an eager audience wanting to learn more about DNA fingerprinting or energy conversion.

You go to war with the data you have:

My interest in these experiments has less to do with questions of political polarization and more to do with interest in international news. Are internet readers more inclined to look for information about other countries, since they’ve got such a wealth of information at their fingertips? Or are they more inclined towards information on their home countries, since they can easily choose to avoid international news. Extrapolating from Pew’s data suggests that wired readers might consult more sources and perhaps consume a more diverse diet; Farrell’s research points to a strong homophily effect, which suggests the possibility of geographic cocooning.
Guess I’ll need to design my own experiments using whatever data I can as a proxy to indirectly answer the question… and hope other researchers find other data and other methods to challenge my assumptions.

Young Scientist Challenge finalists announced

Working to empower students nationwide to experiment with science and technology, Discovery Education and 3M are hosting the 10th annual Young Scientist Challenge (YSC). Moving closer to recognizing “America’s Top Young Scientist of the Year” and “America’s Top Science Teacher of the Year,” Discovery Education and 3M announce this year’s finalists.

See them here.

Science Idol Cartoon Contest Winner

The Union of Concerned Scientists (UCS) announced the winner of its 2008 “Science Idol: Scientific Integrity Editorial Cartoon Contest,” which draws attention to the growing problem of political interference in federal government science.
Justin Bilicki, of Brooklyn, New York has earned the title of America’s “Science Idol” with his winning cartoon. It depicts a scientist presenting his research findings that conclude: “We are destroying the Earth.” Two government officials look on. The official holding a briefcase with money spilling out of it, says, “Could you kindly rephrase that in equivocal, inaccurate, vague, self-serving, and roundabout terms that we can all understand?”
See the winning cartoon at www.ucsusa.org/scienceidol. The original watercolor print has been put up for auction by the artist on the contest Web page, with all proceeds going to UCS.

cartoon%20winner.jpg

Animal Behavior

BIO101 again

When I got a job a year ago, I decided not to quit teaching, but just to “ease up” a little bit. So, I taught the lab (BIO102) my regular 4-5 times per year on Saturday mornings, but took a break in teaching the lectures (BIO101). I have been teaching introductory biology at NC Wesleyan College for eight years now, in adult education on their Triangle campus.
Last week I finished teaching – both lecture and lab again – and turned in the grades this morning. I have to say that it has been nicer and nicer teaching there over the years. I think the students are getting better and better (who knows, perhaps I am getting better as well). I realize that they all have jobs and families, many are parents, some single parents. They need a diploma in order to get a promotion at work. They major in business, etc., and are generally scared of science. But fewer and fewer try to use their Real Life as an excuse to miss class or beg for a higher grade. And, I tend to teach in a way that will make it relevant to them and at least somewhat interesting. This time we really had fun and I turned in the best grades to date. They just did very well. Even their PPT talks were unusually good for this class.
Previously, I used a blog as a repository of my class notes, to save the trees. But this time, I used the class blog in part for homework – they posted links to biology-related articles and videos in the comments and we (when we had time) discussed those in class.
When I started teaching, I tried to do a lot of in-class discussion but that did not work very well, so I switched to a more direct, lecture approach. Now, the students are asking for more discussion and less lecturing. And the way the student body has been improving lately, I will try to do so next time I teach.

Why should evolution be taught in the classroom?

A very nice column by Olivia Judson:

The third reason to teach evolution is more philosophical. It concerns the development of an attitude toward evidence. In his book, “The Republican War on Science,” the journalist Chris Mooney argues persuasively that a contempt for scientific evidence — or indeed, evidence of any kind — has permeated the Bush administration’s policies, from climate change to sex education, from drilling for oil to the war in Iraq. A dismissal of evolution is an integral part of this general attitude.
—————–
But for me, the most important thing about studying evolution is something less tangible. It’s that the endeavor contains a profound optimism. It means that when we encounter something in nature that is complicated or mysterious, such as the flagellum of a bacteria or the light made by a firefly, we don’t have to shrug our shoulders in bewilderment.
Instead, we can ask how it got to be that way. And if at first it seems so complicated that the evolutionary steps are hard to work out, we have an invitation to imagine, to play, to experiment and explore. To my mind, this only enhances the wonder.

What she said….

The Horse Exhibit at the AMNH

One of the cool perks of being a scienceblogger and going to a meetup this year was the opportunity to go and see the Horse Exhibit at the American Museum of Natural History in New York City and to recieve (as we were not allowed to take pictures in there) a CD with some of the pictures. You can also see a lot more text and pictures, pretty closely following what is on the exhibit itself, on the excellent Horse Exhibit wesbite.
So, on Saturday afternoon, after the Meet-the-Readers event, several of us got on the subway and went up to the Museum. And I was not disappointed. You know I love horses and have been voraciously reading about them all my life. Yet, I still learned a thing or two new to me at the exhibit. The first thing one sees when entering the room is this huge and beautiful diorama, with various species of now-extinct equids:
weprettysorryweextinct.jpg
The exhibit itself put a lot of effort into dispelling the old textbook notion of a linear progression (from Eohippus to Equus caballus) of the horse evolution, the ‘ladder’, and tries to present the more realistic way of thinking about it as a ‘bush‘ (I am surprised Brian never moved that post to his new blog) with many twigs, and with many species of horses living simultaneously in many parts of the word.
The video (featuring, I think, Ross MacPhee) next to this part of the exhibit, explained how scientists figure out these things, like ages of fossils and genealogical relationships between extinct species – a good antidote to the inevitably static nature of the exhibit, i.e., the Facts, as opposed to the Process.
A similar video about the way scientists study the early domestication of horses serves the same function – it shows the method by which we get to know what we know, not just what we know. The portion of the exhibit about domestication, as well as the one on the natural history (evolution, behavior, extinct and living relatives, etc.) were very well done – there were no usual factual errors that often creep into such exhibits, books etc.about horses.
The rest of the exhibit was devoted to the relationship between horses and humans – how the two species affected and changed each other over the past six millennia. From the use of horses for food, bones, hair and milk, through domestication, riding, driving, warfare and work and today – to sport and the protection of the horses. How horses were bred for different purposes at different times, for instance for large size and carrying ability:
myknightwaskindaheavybutsoami.jpg
…or for high speed needed to deliver mail from East to West Coast:
ponyexpressridershadhardbottoms.jpg
It was great fun, especially seeing this together with some knowledgeable SciBlings like Brian, Grrrl, Josh and others who will probably write their own reviews soon. If you can come to NYC before January 4th 2009, make sure you take some time to see this exhibit. Perhaps it will go on a tour of other cities afterwards. In the meantime, peruse the Horse Exhibit wesbite for more information.

Aggregated posts from the best (medical) educational blogs

Vedran is on the roll! Here is the aggregator for medical education blogs.

The Genius of Charles Darwin

Not on US television (Channel 4 in the UK only):

Part 1
Part 2
Part 3
Part 4
Part 5
[Via]

Science vs. Britney Spears

Last week, most of the attention of the media, Old and New, revolved around the question if it is McCain supporters or Obama supporters who are more likely to think that Britney Spears is teh hawt (dunno what the answer is, but I recall seeing some statistics about the overwhelming lead by the Red States in porn consumption, TV watching, numbers of adult establishments and number of visits to such establishments per capita, and this may or may not correlate with the perception of Britney Spears as attractive to certain subsets of the male population).
But her name has also been mentioned a number of times recently in discussions of poor scientific understanding by the American public, the role of scientific reporting, and the role of science blogs.
For instance, for the longest time, the most visited post on the entire scienceblogs.com network was a post about Britney. It was one of those throw-away posts, with a silly title, a one-liner, a picture and a link. Something that takes no thought and about two minutes to post. Something almost all of us post sometimes, just to fill the page. For fun. Not a post that requires hours of research and writing. The success of that post (I have not checked the site-wide stats in ages, but perhaps the Expelled and Crackergate posts have beat it down to third place now) is sometimes invoked as an example how the general public is much more likely to search the web for “Britney+Spears+naked+picture” than to search for scientific content (watch my sitemeter go wild after posting this!).
At the second Science Blogging Conference (the content of the wiki will find a new online home soon), Britney Spears was again invoked in a similar role in the ‘Framing Science’ session. She is what the media serves, and she is what the masses want to see. No room for science.
But how would the modern American media look like If Scientists Were Tabloid Fodder? Notice, again, the mention of Britney in that post. Notice also how Sara Aton is deemed as famous as Stephen Hawking and Neil deGrasse Tyson. A quick search of my blog found these two posts that mention Sara Aton, so you know who she is – brilliant, for sure. Makes me happy that my colleague gets such attention!
Then, in a recent post, Trey goes back to the ‘Framing Science’ session at SBC’08 and gives a different analysis of the problem than what Jennifer proposed at the time (read the whole Trey’s post – it is very informative and thought-provoking).
Victor, in the comments, makes it even more clear – the difference between now and then, now being 2008 and then being, let’s say, 1958, is in the distribution. With three TV channels, a local paper or two, a local radio station or two, everyone got the same serving of both news and entertainment. This was a “push” – the information is pushed onto the audience, who has to take it or go live in a cave.
Today, the media reality is that it is a “pull” model – there are so many outlets, hundreds of cable channels, increased numbers of magazine, millions of blogs, satellite radio, that everyone searches for information and entertainment they are interested in. And ignore the rest.
So, if NBC served 15 minutes of science every day in 1958, everyone got to see 15 minutes of science every day. And could talk about it around the water-cooler the next day. Today, even if NBC still gives its 15 daily minutes, this means that most people get zero minutes of science news by not choosing to watch NBC, while those who are particularly interested know where to go to get their daily fill which is probably measured in hours per day (just try reading every single post on scienceblogs.com every day and following every link – it’s a full time job, ask the Overlords: they are paid to do it and still cannot manage to!).
It is now like that about every topic imaginable: a small number of people particularly interested in a topic have MUCH more sources today than ever. But it is also possible to ignore everything else. Thus, most people ignore most topics. Thus, most people ignore science.
Yet we agree that, at this day and age, a certain level of scientific understanding is more important than ever for general population. So many decisions one makes in personal life, in health-care choices and in political choices, require better understanding of science than the general population ever had in history. The general ignorance of science is nothing new – as Trey points out, the surveys indicate that the levels of scientific understanding and knowledge have been holding steady for decades in the USA (and probably also everywhere else in the world).
How do we increase scientific knowledge and understanding of the general population? No matter how good we are at science reporting and science communication as a whole – and I wrote a lengthy post recently claiming that we are – this will not matter as long as this is a “pull” culture and most people will never get to see any of that science communication anyway, be it good or bad.
The only way to do this is to somehow revert to “push”. But that is impossible in the current media ecology. Reversal to three TV channels is impossible, not to mention a really bad idea.
So, the media is not the way. While the science communication in the media, Old and New, has to be there, and has to be good, it will not be the venue for increasing science literacy in the general population.
The only venue I can think of, the only place where “push” still works and people are literally forced to listen to things they personally don’t care about – is school.
But science education in the USA is abysmal. What little there is of it is taught in a horrendous way – memorization of seemingly useless factoids. Solving puzzles. Learning Latin names for body parts. It is hard, it is boring, and it makes no sense.
The only way to make a scientifically educated population is to completely rethink science education – to make much more of it compulsory for graduation from middle and high schools and colleges, to make it interesting and relevant, and to put stress on the process and method and the historical context rather than on the factoids. To make the kids interested in science (they are born interested, then lose interest later – let’s see how we can keep them interested instead). To teach the kids how to remain interested in science, how to find and WANT to find relevant scientific information for the rest of their lives.
But this takes a lot of political muscle, especially since we are facing a ridiculous educational system in which the schooling is run by local boards, often filled with total incompetents. I guess all of us who got out or lucked out of the tenure-track trajectory should run for local school boards and start the revolution from within….
Unless you have a better idea?

DonorsChoose, the warm-up session

In about a month, we at Scienceblogs will start our own traditional DonorsChoose drive, when we will pick and choose worthy science/math educational projects and ask you to donate your money to fund them.
But, before we do that, you can do a little warm-up exercise! And you don’t even have to pay anything – just click. A media website called BigThink is in the middle of a DonorsChoose drive, and we’ve agreed to help them out:

Basically, they’ve negotiated a deal with Pfizer where for every person who clicks on the “Vote for this video profile” button on this page (http://www.bigthink.com/thinksciencenow/), Pfizer will give $1 to DonorsChoose, up to $10,000. Unfortunately, they’ve only raised about $1,200 so far.
To help them reach that $10,000 goal, we’re going to try to direct as much of our traffic as possible to click on that button. In exchange, they’ve produced–exclusively for Seed–a neat-o video of scientists talking about their first experiments. We’ll be running the video on the Sb homepage starting tonight and through the rest of August.

I think it does not matter which of the videos you click on – you choose. They only need 8,800 clicks by the end of August. We can do that in hours, minutes?

Importance of History of Science (for scientists and others)

My SciBling John Lynch recently published a very interesting paper, on a topic close to my heart: Does Science Education Need the History of Science? by Graeme Gooday, John M. Lynch, Kenneth G. Wilson, and Constance K. Barsky. Isis, 2008, 99:322-330
This is a part of a broader focus issue of Isis on the topic of History of Science. I got the paper two weeks ago, but only now found some time to sit down and read it. And I was not disappointed! Fortunately for all of us, the entire paper is available online for free (yeah!), so you can read it in its entirety.
While using the fight against Creationism (including Intelligent Design) in the USA as an example of how history of science education can help in the public arena may or may not appeal to everyone, the main thesis of the paper – that History Of Science classes to science students will make them better scientists – is what I always thought was an obvious truth. They write:

First among them is that at least one Nobel laureate (in physics) has already found benefits in introducing history of science in the precollege science curriculum. Kenneth G. Wilson, in collaboration with Constance Barsky, has conducted over a decade of research on the impact of such integrated historical teaching in that particular educational sector. They argue that exposure to the history of science helps students considering science as a career to think, ask questions, and explore the concepts and ramifications of broad topics, enabling them to grasp what science is about and how it is conducted. In particular, they suggest focusing on such topics as the history of engineering and the recognition that the existence of a large number of concurrent redesign processes in science and technology can build understanding of how and why socioeconomic changes arise as new versions of artifacts are introduced. More generally, they suggest that knowledge and understanding of the history of science can enable future practitioners of science better to anticipate and respond to the challenges of rapid globalization and be better prepared to mold our future.

Perhaps if scientists-in-training learned the history of the way science has been done, funded and communicated over the centuries (e.g., for communication: books, monographs, letters to societies, journals, peer-reviewed journals, conferences, the Web), they would be better prepared for the changes currently happening in the way science is done, funded and published. That is why I thought that placing current changes in the publishing world would be better understood in the context of history.
I have also written before about the way I got into my own field – because the course was heavily anchored in the history of the field:

I got excited about my area of research BECAUSE of the way the course was taught on it. Every topic started with “the first guy” who thought about it, then went through the history, stopping to analyze the key experiments and how they were interpreted by the authors and readers at the time (and why – the importance of context), and ended with the current knowledge, including some “hot off the presses” stuff. There was no way anyone could have taken the class without leaving with an impression that everything is tentative, that new research can change stuff really fast, and how much still there is to learn. That feeling that the field is wide open, feeling I got due to the way this was taught, made me want to jump into the discipline and do my own research.
—————–
[It] was a great example of teaching a field of science using a “Great Men in Context” approach. We learned names of people who did stuff, but also why they did it, i.e., how was it possible for them to even think that way at the time they lived. Why was a certain interpretation of data possible or impossible in 1700s, or 1920s, or 1950s, although we have a different interpretation today, with 20/20 hindsight. This approach made the class extremely effective, and I wish more science classes are taught this way.

Gooday at al. have some similar thoughts:

By contrast, studying the history of science as a process of perpetual flux and innovation can cultivate their expectations of how they might contribute to future forms of its change, especially by interactions with medicine and technology. Moreover, if student expectations are better attuned to open-endedness in the character of science, they can more readily appreciate the incompleteness and fallibility of models and theories they regularly (and thus perplexingly) have to discard as they encounter each new stage of their curriculum. Much more of science thus becomes comprehensible through study of its history–and in ways that cannot easily be addressed by scientists working within a time-pressured science curriculum.

Hopeful Monster is trying to do something similar:

…..the article also argues that training science students about the history of science will produce scientists that are better informed about their disciplines and have a better understanding of how science changes–or even that science changes. One major flaw I see in my own students is that, even as college juniors and seniors, they still see science as a collection of facts that they can memorize for the exam, rather than as a process. I try as much as possible to get students to analyze, predict, and interpret far more than I ask them to memorize. I have also tried to incorporate history–having students interpret data from classic experiments, for instance; investigating how models have changed–to emphasize science as process. It’s possible that I didn’t take much concrete away from the article because I had already been sold on the idea. But I could probably still work on the implementation.

Or, as John and his co-authors say in the paper:

Arguably most important is the understanding of the broader processes of science that studying its history can uniquely offer. The key role of history here is characterizing the complexities of how science changes. So many science textbooks unhelpfully–and above all inaccurately– cultivate a rather static image of scientific disciplines, as if they were completed with comprehensive certainty. It is perhaps not difficult to understand how this gross oversimplification might arise as the result of a pedagogical need to “tidy up” the
presentation of science to meet the needs and capacities of students. But faced with the textbook spectacle of such an apparently unalterable monolith, is it any wonder that students can have difficulty conceiving how they might ever contribute to science?

This is also why, as an Open Access evangelist, I particularly stress the need for making old papers OA and having them available in classrooms at all levels.
Bob O’Hara, though, warns about naivete with which some science professors introduce the historical context into their science classes:

Ever since I was an undergraduate, I read histories of science written by historians. It became apparent that the history we are taught in science is very much a fake history – the Good Guys make great advances by carrying out the crucial experiment, and once it was published the best of the scientific community accepted it and moved on the next Great Advance. Only the elderly professors and the less competent objected, and they were wrong. Aspects like Mendel being ignored are treated as some oddity – how on earth could scientists have ignored the ground-breaking work of an obscure monk for 40 years?
Once you start to read “proper” histories, you see that reality was different. It was never as clean: the original experiments were not definitive, there were valid criticisms of them (some were even fiddled!), or were not understood the way they are today. Sometimes experiments had to be placed in the right context before they could be properly understood (this is more or less the issue with Mendel: he was thnking along different lines when he did his experiments). If we are ignorant of this sort of history, we can end up with a distorted view of science and its progress – we can become naïve scientific triumphalists (to use a phrase one of my genetics lecturers used about her head of department). It should be clear that, by implying the inevitability of progress, this can breed undue arrogance.

I had the same feeling when I started. So, in grad school, I took four History of Science courses – those I wanted, not those marked as necessary for getting a Minor in it – and those four were some of the most fun and edifying classes I ever took. The first was a general survey course of History of Life Sciences (about a third devoted to history of medicine starting with Vesalius, a third on evolution, and a third on the birth of molecular biology). The second was Biology In History seminar looking at broad patterns in history (one of the main readings was Jared Diamond’s ‘Guns, Germs and Steel’) and how agriculture, diseases, domestication, drugs, etc, affected those. The third was ‘Darwin in Science and Society’, where we read mostly secondary sources (just firt 5 chapter of the ‘Origin’). The fourth was ‘Darwin (Re)visited’ seminar in which we actually read the entire Origin, entire Voyage, almost entire Descent, bunch of letter, autobiography, a couple of papers, some excerpts from his other books, etc.
Finally, I taught a graduate seminar in ‘Readings in Behavioral Biology’ in which, for each week’s topic, I paired a classical paper to a recent one so we could discuss the topic within a historical framework.
Will Thomas, who is a historian of science, writes among else:

More to the point, the article portrays history as a potential force of enculturation while science courses portray a more “static” and stripped-down picture of what science is. We can show how scientific communities work, and how scientific knowledge changes over time, thereby relieving the perplexity caused by the discarding of simplified notions for more advanced treatments offered in more advanced courses. To a degree, I think this is true. One of my science students this spring even mentioned that the course ought to be required of science students (I suspect flattery here). But, other means of enculturation, such as contact with science professors and working in labs, is surely more important and can present a nuanced view a history of science class would likely lack (although maybe sociology of science can find a place here?). If science students get perspective on what it means to be a scientist from our courses, that’s good of course: we do offer a broader picture in scope and in time. But if we are a primary means of enculturation, it tells me that science departments aren’t really doing their jobs.

I think that science departments are, actually, not generally doing a good job. Contact with professors and working in labs is not enough – you are told what to do, you are given recipes for techniques/kits you will be using, and you are urged to read the latest, sexiest papers in the narrow area of research that the lab is focusing on.
This differs between disciplines, I have observed, with ecology, evolutionary biology, behavioral biology, and organismal/systems physiology generally inculcating the new students into the historical lore much more than Big Science labs (biochemistry, molecular biology, genetics except Population genetics which does pay attention to its history). In those disciplines, new students are pointed to the Classical papers in the field. I have greatly profited from reading the ancient (often 60 pages long) papers by Achoff, DeCoursey, Pittendrigh, Ehret, Gwinner, Daan, Halberg, Bunning and even Frank Brown (who got it all wrong, but it is enlightening to see how and why he did get it wrong) – those papers gave me a good grounding, gave me ideas, told me what would NOT work, reintroduced concepts that everyone seemed to have forgotten in the decades since their publication.
As John and others say in the paper:

And last, but not least, students can become acquainted with the key institutions, formative episodes, and accomplishments of their fields, a process that can contribute to the formation of professional identity in ways that are probably more effective than simply learning and replicating the contents of science textbooks and laboratory routines.

Amen.

Praxis #1 – second call for submissions

PraxisThe new blog carnival, covering the way science is changing (or not changing enough) in the 21st century – Praxis, is about to start. The call for submissions is now open – send them to me at Coturnix AT gmail dot com by August 14th at midnight Eastern.
The business of science – from getting into grad school, succeeding in it, getting a postdoc, getting a job, getting funded, getting published, getting tenure and surviving it all with some semblance of sanity – those are kinds of topics that are appropriate for this carnival, more in analytic way than personal, if possible (i.e., not “I will cry as my minipreps did not work today”, but more “let me explain the reasons why I chose to work with advisor X instead of Y” or “how to give a good talk”, or “why publish OA” or “how does an NIH section work?”) and perhaps most importantly how the new technology – mainly the Internet – is changing the world of science.

Protein synthesis: an epic on the cellular level

Science Cafe: Monster Storms – Hurricanes in North Carolina

Science Communicators of North Carolina:

Tuesday, August 19
6:30-8:30 p.m.
Science Cafe: Monster Storms – Hurricanes in North Carolina
Dr. Ryan Boyles, State Climatologist and Director of the State Climate Office at NC State University with Dr. Anantha Aiyyer, an Assistant Professor in the Department of Marine, Earth, Atmospheric Sciences at NC State.
Tir Na Nog 218 South Blount Street, Raleigh, (919) 833-7795

Kevin Zelnio in Seed

Kevin Zelnio published an article in Seed Magazine, which was placed online yesterday – On the allure of the ocean’s novelty:

That is what the deep sea is like. Almost every collection brings up something that I have never seen; that few, if any, have ever found. It is an immense task, in an immense place, cataloging life in the planet’s largest ecosystem and trying to understand what drives its diversity. But its constant novelty and rewards keep me sorting through the muck even as my vision starts to blur with sweat and tears and my nostrils burn from the stench that hangs in the salt-encrusted air.

Engineers Day at the Museum of Life + Science

Science Communicators of North Carolina:

Saturday, August 16
10 a.m. to 5 p.m.
Engineers Day at the Museum of Life + Science
Join Triangle area exhibitors including Duke University and IBM for hands-on demonstrations and activities that are fun and educational for people of all ages.
Museum of Life + Science, 433 Murray Avenue, Durham (919) 220-5429

Carnival of Science/Academia/Publishing?

Martin saw this comment of mine and sprung into action: Name the new ‘Carnival of Scientific Life’!

The two big questions are what to call it, and how often to host it, so I’d like your input in the comments below please. I’ll be making the final decision on August 1st.
What would be a good name for the carnival? (Ideally something without “carnival” in the title.)
Should it be held monthly, or at some other frequency?
The carnival is intended to cover all aspects of life as a scientist, whether it’s the lifestyle, career progress, doing a Ph.D., getting funding, climbing the slippery pole, academic life as a minority, working with colleagues and students, dealing with the peer-review process, publishing, grants, science 2.0, amusing anecdotes, conference experiences, philosophical musings, public engagement, or even historical articles about what life was like in the good (or bad) old days.
In other words, anything related to the experience of living the scientific life. Not blogging about research, but blogging about everything that goes with being a researcher. A sort of “meta-science” carnival if you like.
I’ll be putting together a hosting schedule here in the coming days. If you’re interested, let me know at editor@layscience.net.

This is how he describes it: About the Carnival of Academic Life

The carnival is intended to cover all aspects of life as an academic, whether it’s the lifestyle, career progress, doing a Ph.D., getting funding, climbing the slippery pole, academic life as a minority, working with colleagues and students, dealing with the peer-review process, publishing, grants, science 2.0, amusing anecdotes, conference experiences, philosophical musings, public engagement, or even historical articles about what life was like in the good (or bad) old days.

On the same day, there was a thread on ‘Plausible Accuracy’: Open Science blog carnival – The interest seems to be there, so what about the details?, where I left the following comments:

I’ve seen carnivals come and go, and at this point I do not think there is enough people out there to sustain a carnival on such a narrow topic as OA alone. I would rather have a carnival on all things meta-science, with an OA section in it.
———-
This also means that people who write/read about other aspects of life in science will get to read the OA stuff (people always check out who else is on the carnival they are in, and also link to the carnival), many for the first time, and get introduced to the idea which they can spread to others. Makes the topic less insular when it rubs shoulders with others who write about science but never gave a thought to the business of publishing before. A way to bring in more people to the cause.

I would think that something like this would be OK. Not “I am bummed because my mini-prep did not work today” kinds of posts, but analytic posts about the way science works, the way academia is organized, the internal and external politics of science, discrimination, funding, promotion, careers, the business of publishing, the Science 2.0 and science blogging issues, etc., but with a special emphasis on the way the Web is changing science practice in all of its aspects.
What do you think?

DonorsChoose

Like we did the last two years, SciBlings will have a month-long fundraising drive for educational projects via DonorsChoose. More info soon.
For now, check out Janet’s first teaser for some info.
Also checkk out the DonorsChoose blog for their information.
For the locals – there is an exciting NC part of this all:

The Burroughs Wellcome Fund, an independent private foundation in North Carolina, will support $25,000 in inquiry-based science and mathematics projects through DonorsChoose.org during the 2008 / 2009 school year.
These funds are only available to North Carolina teachers, so take advantage of this opportunity and submit your project today! All eligible projects will automatically be considered. See the sticky-notes below for a few project ideas that would qualify for Burroughs Wellcome Fund support.

The Beautiful Mind: Making Memories

Science Communicators of North Carolina:

Thursday, August 7
7 p.m.
The Beautiful Mind: Making Memories
Dr. Kelly Giovanello of the UNC-CH Cognitive Neuroscience of Memory Lab. Part of the Morehead Planetarium Current Science Forum.
250 E. Franklin St., Chapel Hill, (919) 962-1236

In(s) and Out(s) of Academia

Bjoern Brembs is on a roll! Check all of these out:
Incentivizing open scientific discussion:

Apart from the question of whether the perfect scientist is the one who only spends his time writing papers and doing experiments, what incentives can one think of to provide for blogging, commenting, sharing? I think because all of science relies on creativity, information and debate, the overall value of blogging, commenting and sharing can hardly be overestimated, so what incentives can there be for the individual scientist?

Journals – the dinosaurs of scientific communication:

Today’s system of scientific journals started as a way to effectively use a scarce resource, printed paper. Soon thereafter, the publishers realized there were big bucks to be made and increased the number of journals to today’s approx. 24,000. Today, there is no technical reason any more why you couldn’t have all the 2.5 million papers science puts out every year in a single database. It doesn’t take an Einstein to realize that PLoS One is currently the only contender in the race for who will provide this database. For all the involved, it is equally clear what the many advantages of such a database would be. Consequently, traditional publishers are rightfully concerned that their customerbase is slowly dissappearing.

Post-publication paper assessment:

The more variables there are to game, the more difficult it becomes. Now we have one variable (IF) and we all know who is gaming it ad nauseum. In this thread we have 5 measures, add ratings and comments and you have 7. This should be impossible to game for anyone but the hacker who can get thousands to machines on the net to just hype this one paper.
All of these measures are relevant even long after publication. Some papers ignored by the media may later turn out to harbor the most important discovery of the century, while some of those tossed around everywhere turn out to be completely irreproducible. Having these measures in place, if nothing else, would allow us to quantify and study such events.
But again, no matter how many numbers you have, these measures cannot substitute for actually reading the papers! The numbers barely give you a rough idea of where a paper or a scientist can be placed with respect to others in the same field. Yet, these measures would be light-years ahead of any one-dimensional, irreproducible, obviously manipulated and corrupt measure such as the IF.

Building a scientific online reputation:

For me, this basically means that all the expertise and technical prerequisites are there to bring the scientific community into the 21st century. The advantages of the new system need to be succinctly summarized and widely publicized at the same time as the current system’s disadvantages and idiosyncracies need to be pointed out and publicized along with the new proposal. And because criticizing is always easier than advertising, I’ll start by summarizing why Thomson’s Bibliographic Impact Factor (BIF) is dead.

Why Thomson’s Bibliographic Impact Factor (BIF) is dead:

Despite the recent downpour of evidence against the use of Thomson’s BIF, I still get comments from people such as “However, IFs are still the most used way of evaluating a researcher’s career and value. Even if we find this ridiculous, it’s just the way it is.” or “in our institution, every researcher has to publish in journals whose BIF is at least 5.”. In the light of the current state of affairs concerning the BIF, this is just embarrassing. So here are the top three reasons why the BIF is dead:
1. The BIF is negotiable and doesn’t reflect actual citation counts (source)
2. The BIF cannot be reproduced, even if it reflected actual citations (source)
3. The BIF is not statistically sound, even if it were reproducible and reflected actual citations (source)
Now go and spread the information so I don’t have to suffer from these ridiculous statements any more.

Then, on Nature Network blogs and Nature blogs, discussion about the “manners” in the science blogosphere:
Corie Lok: What is fair play in the blogo/commentosphere?:

Now, maybe it’s a generational thing. Those of us who didn’t ‘grow up’ with blogs might be more easily taken aback by what goes on in them. Those of us who did grow up with them perhaps have learned to take the bad with the good.

To which I commented:

A lot depends on one’s prior experiences. If one comes to science blogging out of academia with its highly formalized and ritualized kabuki dance of language-use, extremely polite on the surface, yet often very vicious in the subtext, then one sees blogs as very uncourteous and unpleasant – the things that are supposed to be hidden between the lines and now said openly.
Many of the most popular science bloggers have a different history – many years of battling Creationist and other pseudoscience crusaders on Usenet groups in the early 1990s, people who, if they can use language at all, use it in a very vicious way, sometimes with threats of bodily harm. I spent the early 90s on Balkans usenet groups, battling heatedly nationalist Serbs, Croats and Bosnians who do not just voice empty threats but would, if they could find you, really kill you. Others cut their teeth on political blogs or feminist blogs, which are very blunt and heated. Just try not supporting Howard Dean in the 04 primaries or Obama in 08 – you get your fill of human nastiness. And that is nothing compared to what Republicans say once the general election starts!
My first blog was political – I wrote highly opinionated and strongly-worded posts. And of course, I got, let’s put it diplomatically, some highly opinionated commenters. I never deleted. Sometimes I responded (politely at first – that is unusual and disarming – I turned some trolls into friendly and polite commenters that way), sometimes I ignored, sometimes my other commenters took care of trolls.
Then, after the move to Sb, I gradually reduced writing about politics and religion and my threads are now quite nice and polite most of the times. Various heated debates about “framing” or the latest “Nature vs. PLoS” kerffufle are sweet lullabies compared to most of the stuff I saw and suffered over the years online. One grows a thick skin, understands that people behave strangely online, laughs at the most egregious examples, and moves on.
There is no single definition of a “science blog”. Blog is a piece of software. You do what you want with it. If you are a scientist with a blog, or if you write more-or-less regularly about science (or meta-stuff, e.g., life in the lab, women in academia, politics of science funding….), then you can claim that your blog is a science blog. And your blog is going to be different from all other science blogs out there, as it is what you want it to be, reflecting your own interests, goals and personality. Nobody can tell you how to do it. There is no, and there should be no “template” or “definition” of a science blog – that is the beauty of the beast.
Thus, some blogs are serious, others not. Some are nice, some are inflammatory. Some focus 100% on latest peer-reviewed research. Others are a smorgasbord of everything the blogger feels like posting at any given time (like my blog, for instance). There is no recipe, no straightjacket, no “one right way” to do it. And that is what makes the science blogosphere so exciting and vibrant – so many cool voices, interesting personalities! Who says that scientists are socially-inept or bad communicators?!

The discussion there continues:
Noah Gray: Getting into and out of character:

We seem to be at a critical juncture concerning the intersection of blogs and other Web 2.0 technologies with science. This is no time to poison the atmosphere and turn away the more “relaxed” or “casual” participants. Polarized communities refusing to tolerate rival positions, or unwilling to engage in a civil debate over any topic, from publication business models to the role of Ca2+-permeable AMPARs in LTP, will shut out many would-be contributors and stunt the growth or slow the adoption of blogs, commenting, and other web-based technologies dedicated to the pursuit of scientific collaboration. If such technologies are ever really going to work for science, it will be because of inclusivity, not exclusivity.

Maxine Clarke: Manners in the blogosphere:

The anonymity of cyberspace provides protection to both share honest opinions and participate in mud-slinging without repercussion, he notes. Yet interaction on the Internet is more personal. “So why should some choose to check their manners at the door before logging on?” He argues that intolerant online communities unwilling to engage in a civil debate — whether on publication business models or the role of glutamate receptors in long-term potentiation of neurons — will turn off would-be contributors and stunt the growth of online scientific collaboration. Web-based collaborative technologies will not work for science if they become dominated by exclusive, aggressive types. Gray isn’t calling for “communal singing of Kum Ba Yah during scientific debates”, but simply a certain level of restraint and professionalism online.

This is an interesting segue to Michael Nielsen’s latest instalment of his future book about the future of science: Shirky’s Law and why (most) social software fails:

Shirky’s Law states that the social software most likely to succeed has “a brutally simple mental model … that’s shared by all users”.
If you use social software like Flickr or Digg, you know what this means. You can give friends a simple and compelling explanation of these sites in seconds: “it’s a website that lets you upload photos so your friends can also see them”; “it’s a community website that lets you suggest interesting sites; the users vote on submissions to determine what’s most interesting”. Of course, for each Flickr or Digg there are hundreds of failed social sites. The great majority either fail to obey Shirky’s Law, or else are knockoffs that do little not already done by an existing site.
To understand why Shirky’s Law is important, let’s look at a site where it’s violated. The site is Nature Network, one of the dozens of social networking sites aspiring to be “Facebook for scientists”. Like other social networks, Nature Network lets you connect to other users. When you make a connection, you’re asked whether you would like to connect as a “friend” or a “colleague”. Sometimes the choice is easy. But sometimes it’s not so easy. Furthermore, if someone else connects to you, you’re automatically asked to connect to them, but given no immediate clue whether they connected as a friend or as a colleague. The only thing shared in the users’ mental model at this point is acute awkwardness, and possibly a desire to never connect to anyone on Nature Network again.
I don’t mean to pick on Nature Network. It’s the most useful of the social networks for scientists. But it and most other social websites (apart from the knockoffs) don’t even come close to obeying Shirky’s Law.
Why is Shirky’s Law so hard for developers to obey? I’ll give three reasons.

Interesting…. We here at Sb are often accused of being cliquish and insular. But if you look at our 70+ blogs and dig through the archives, you will see that we rarely comment on each other’s blogs – most (99%?) of the comments come from outside readers. Also, most of our links point to outside of Sb. On the other hand, NN is specifically designed to be a community (not a platform for independent players) and almost all of the comments there are from each other. Thus, it is easy for them to maintain a high level of politeness there (this is not a bad thing – this is how they designed it on purpose). It is much harder to harness the hordes of pharyngulites that spill over to all of our blogs – and I do not mind them at all, I think they make the debate spirited and in a way more honest by bypassing superficial niceness and going straight to the point. This may also have something to do with NN bloggers mainly being in the academia, while a large proportion of SciBlings are ex-academia, journalists, artists, etc. with a different rhetoric. The rhetoric of academia is a very formalized kabuki dance, while the rhetoric of the blogosphere has shed all formalities and is much more reminiscient to the regular everyday oral conversation.
Moving on to other, related topics…
Jocalyn Clark: Is the NIH open access policy regressive?:

Panellists noted that the recent NIH public access policy emphasises free not open access. That is, the policy may lead to freely accessible publications (for which publishers or organisations may reap profits from charging authors a fee to deposit their manuscripts), but these will remain under restrictive licenses (thus limiting text-mining).
This, Cockerill argued, makes the NIH policy regressive.

NASA to launch OA image collection:

Nasa is to make its huge collection of historic photographs, film and video available to the public for the first time.

Rhea Miller: Vow to never become Jaded…:

But I do NOT understand why it is socially accepted to be a Jaded student…to be completely negative about the research he/she does, to avoid showing up to journal clubs/seminars, or to never participate in scientific discussions. What does being burnt out do for you in becoming the best you can be?? How does it help your science, your field, or your coworkers??
I really only notice these attributes in young scientists, i.e. graduate students and post-docs. Does this mean that the Jaded ones eventually give-up, get use to it, change their prospectives, or do they hide that inner Jaded color as they progress?? Or maybe it’s just that grad students/postdocs can’t seem to see the light at the end of the tunnel until they get there??

Panthera studentessa: Letting fear take over:

As time goes on, I’m becoming more and more concerned that I don’t have what it takes to hack it in graduate school. In every community, every blog, every forum that I read, people always talk about how stressful and all-consuming grad school is. To be perfectly honest, my mental health isn’t exactly the best it’s ever been. I just worry that I won’t be able to handle the mental and physical stress.
——-
I suppose there’s always the option of just not going to graduate school, but that really throws a wrench in my career plans. I don’t even know what kind of jobs a person can get with a bachelor’s in zoology. And anyway, I don’t want to let my fear determine what I do with my life. I just wish I knew how to begin to get over it.

Maddox2: Advice on Freelance Science Writing:

Caveat: I am writing this advice from the perspective of an editor who regularly works with freelance science writers. However, the market in which I work may not be the same as some of you out there work in, or want to work in. Therefore, I can guarantee that following the advice below will endear you to K-12 educational publishers (and to companies like mine who work for educational publishers). I can’t speak to journals, newspapers, etc…but I can’t imagine they’d mind if you follow this advice! And given that a lot of people here have expressed an interest in freelance writing, I thought I might be able to provide a bit of a different perspective on things.

Mad Hatter: Networking Nuts And Bolts:

I think the most important thing to keep in mind when networking is that your contacts are much more likely to help you if they like you. My personal philosophy on networking is this: when my networking contact turns on her computer and sees an email from me, I want her to click on the email thinking, “Hey, I remember Mad Hatter. I liked talking to her. I wonder what she’s been up to?” What I don’t want her to do is groan and think, “Oh, no…it’s Mad Hatter again. What does she want now?” So with that in mind, here are some tips on networking that have worked for me.

John Hawks has posted first two of a 4-piece series on Blogging And Tenure: How to blog, get tenure and prosper: Starting the blog:

Last month, the University of Wisconsin officially granted me tenure. So, I can say without any doubt (if other examples had not been sufficient), it is absolutely possible to write a daily, high-profile blog and still be recognized by your colleagues as a scholar. In fact, it is possible to blog, do good research, and earn tenure at a Research I university.
That seems like progress, compared to the situation four years ago when I began blogging. A few high-profile tenure denials in late 2005, including physicist Sean Carroll and political scientist Daniel Drezner, made it seem like a blog might be the kiss of death for a research reputation. Inside Higher Education ran a story on the subject, as did Slate, with the melodramatic title, “Attack of the Career-killing Blogs”. Since I was interviewed in that article, I suppose I should have been a little nervous (I wrote about it here).
Happily things have changed.

…and: Graduate students and blogging:

As far as I know, there are no data concerning blogging and career success — or, for that matter, between any kind of public outreach and success in research careers (as opposed to teaching or industry careers that directly involve outreach). Anecdotally, there are some people who spend a lot of effort on outreach who have very well-respected research careers, and others who don’t. I’d say it’s up to the individual to chart her own course.
——————–
I’d like to advocate for a model of blogging that many graduate students might find useful. If I were starting out today, I’d blog my dissertation. Why not? Is there really anything so secret in your history and literature review that it couldn’t be read by the few hundred people who will find your blog?

The importance of stupidity in scientific research

Now this is a title of a paper in a scientific journal that will make one’s eyebrows go up: The importance of stupidity in scientific research (by Schwartz J Cell Sci.2008; 121: 1771) :

I recently saw an old friend for the first time in many years. We
had been Ph.D. students at the same time, both studying science,
although in different areas. She later dropped out of graduate school,
went to Harvard Law School and is now a senior lawyer for a major
environmental organization. At some point, the conversation turned
to why she had left graduate school. To my utter astonishment, she
said it was because it made her feel stupid. After a couple of years
of feeling stupid every day, she was ready to do something else.
I had thought of her as one of the brightest people I knew and
her subsequent career supports that view. What she said bothered
me. I kept thinking about it; sometime the next day, it hit me. Science
makes me feel stupid too. It’s just that I’ve gotten used to it. So
used to it, in fact, that I actively seek out new opportunities to feel
stupid. I wouldn’t know what to do without that feeling. I even
think it’s supposed to be this way. Let me explain.

I am not sure what he wrote is really what she meant, but anyway, this was a nice way for him to start the article. What he is talking about is not really stupidity. I’d call it ignorance. And grad school teaches you to cherish and relish in your ignorance, as that is the main motivator in working every day to diminish it a little bit at a time by discovering something new, a little bit of information about the way the world works that in some reduces your own and everyone else’s ignorance. If you are successful in acquiring this mindset – enjoying the ambiguity of science, having ease with saying “I don’t know….and, by the way, nobody does” – you feel good. If you are a different kind of person, you may as well feel stupid:

Productive stupidity means being ignorant by choice. Focusing
on important questions puts us in the awkward position of being
ignorant. One of the beautiful things about science is that it allows
us to bumble along, getting it wrong time after time, and feel
perfectly fine as long as we learn something each time. No doubt,
this can be difficult for students who are accustomed to getting the
answers right. No doubt, reasonable levels of confidence and
emotional resilience help, but I think scientific education might do
more to ease what is a very big transition: from learning what other
people once discovered to making your own discoveries. The more
comfortable we become with being stupid, the deeper we will wade
into the unknown and the more likely we are to make big
discoveries.

UNDERCURRENTS: the voice of undergraduate research

The July issue of our e-newsletter is now available.
http://snipurl.com/34wgh
Highlights:
* Social Networking For Researchers
* Do Research and Teaching Mix?
* Undergrads Create New Science
* Writing An Undergrad Thesis
* Research Conferences Update
* Ongoing Items database and conferences database
* Please contribute to Undercurrents

Science Podcasts

There is a nice list of sites that offer regular science (and history and philosophy) podcasts. Do you know any others that you can recommend?

Scientists are Excellent Communicators (‘Sizzle’ follow-up)

Titles of blog posts have to be short, but I could expand it to something like this:
“Depending on the medium and the context, many scientists can be and often are excellent communicators”
That is what I understood to be the main take-home message of “Sizzle”. If you check out all the other blog reviews, even those that are the harshest do not state the opposite, i.e., that the movie pushes the stereotype of scientists as dull, stuffy communicators. Though, some of the commenters on those blog posts – people who could not have seen the movie themselves yet – imply that this was the case.
So, just a quick summary first, which I will try to use a springboard for some musings on science communication….
‘Sizzle’ is a movie in two parts, two very different halves that are purposefully made to make as much contrast to each other as possible.
The first half is full of exaggerated caricatures of stereotypes: stereotype of mindless Holywood (hard to make a caricature of that, though, as the first scene in which “serious” producers reject Randy’s idea is pretty realistic – after all, big-ego Holywood is openly stating “No more environmental movies”: who do they think they are to make such decisions? After all, ‘Sizzle’ is not a movie about global warming because it could not be funded – GW is there as a subtext, a tangent, and could have been replaced by another scientific topic easily), gay stereotypes (sweet and charming, rich and into fashion, but mercurial, shallow and materialistic, but passionate), Black stereotypes (Hummer, bling, being late), and all those are as exaggerated as possible in order to give people the hint that the other guys in the movie, the scientists, are also presented in exaggerated caricatures of stereotypes – as dry and boring and dull as possible.
The second half turns it all on its head – once out of Holywood, the medium steps out of the stereotype, gays step out of stereotype, Blacks step out of stereotype and, if you need a hint, scientists step out of stereotype and show how good they are at communicating: we get to see the clips that we were prevented from seeing in the first half.
Which makes one wonder – why are the stereotypes there in the first place, and why was the first half believable to some? The first half edited the scientists’ interviews in ways that fit well with the prevailing stereotype, cutting out the good parts according to expectations and biases – but whose expectations and biases? Who would cut the best parts of interview and for what reason? The movie explores the sterotypes of dull, data-hungry scientists, why are the stereotypes there, who is pushing them, and how they can be busted.
Which makes me wonder if we need to systematize our discussion of science communication in some way, distinguishing different types according to various factors – who is talking to whom, about what, with what goals, through what medium?
Goals
I can think of three possible goals of science communication:
– Education: you need to know this in order to be an educated, well-informed citizen and in order to make good choices in your personal life.
– Persuasion: you need to know this in order to correctly choose which politicians, organizations and initiatives to support with your money and your votes.
– Entertainment: you gotta see this! It is soooo coool!
Medium
– in person in an informal setting
– public lecture or Science Cafe
– classroom
– blog
– newspaper
– scientific journal
– popsci magazine
– radio
– TV
– movie
– theatrical production
– YouTube video
– etc.
Who talks to whom?
– scientists to scientists
– scientists to students
– scientists to media professionals
– scientists, via media, to the general population
– scientists directly to the general population
How many in the audience?
– one-to-one
– one-to-few
– one-to-many
Nature of the medium
– one-way communication
– two-way communication
You really need to read this excellent post by Janet who drew my attention to the importance of this factor.
So?
So, there are many different combinations of all of the above factors. In some of those, scientists excel. In others, they tend to do badly for various reasons, e.g., miscommunication about the goals between players, lack of training, incompatibility between scientific ethical criteria and the demands of the medium, or just being set up to look bad.
Also, individual scientists vary in their ability to be effective communicators in a variety of different settings and combinations of the above factors.
There is no space here to go through all possible permutations, so let’s look at a few plausible scenarios….and especially the one point that ‘Sizzle’ makes – that scientists are much better in communicating directly to their intended audience than through the professional media. Let’s see why this may be the case….
As Janet noted in her post, it appears that scientists are much better at communicating when they get instant feedback from the audience, e.g., at cocktail parties, at Science Cafes, and on blogs. The question is: are they better in those venues because of instant feedback or because of directness of communication, i.e., the absence of the middlemen – the media?
Or let me phrase the question a little differently (and more provocatively): how does professional media screw up the communication between scientists and the audience by interposing itself in-between the two? Is it just due to blocking the feedback? Or is it something about the way they transduce the information from the source to the target (the game of Broken Telephones in which the journalists horribly mangle the message)?
Or is it something third: communication between scientists and journalists is broken due to differing goals, differing expectations, lack of knowledge about each other’s jobs, stereotypes and biases the two groups hold about each other, and thus wrong questions getting asked and wrong answers getting provided?
Take a look at this case of a misquoted scientist! Everyone has or knows of such horror stories. Commenter ‘helen’ writes there:

I’ve been interviewed quite a lot of times and almost never had the so-called quotes match what I said, and most of the time, they’re substantively different. I started learning to speak in sound bites in self-defense — if you can spit out a catchy sounding sound bite, it has a much higher chance of being reported accurately. But sound bite news tends to be stupid and trite. Sigh.

Hmmm, Houston, we have a problem!
When interviewed by the media professionals, scientists tend not to remember that they are indirectly communicating to the general populace. They are focused on communicating to that guy with a microphone. And the two of them are already, a priori, biased about each other!
Scenario #1
The newbie journalist goes to do his/her first interview with a scientist. Never met a scientist before. Has no scientific background so spends some days studying online in order to learn the background and also to impress. Comes in a little nervous. Colleagues say that scientists are tough to interview, dry and humorless, using over-complicated language, showering with data. How to ge that “money quote”?! Gotta get the scientist’s trust somehow in order to get the conversation to open up.
The scientist notices that the young journalist appears very sharp and smart, has some background, has a great command of language, and seems genuinely interested in the topic – so the scientist starts…teaching! Treats the journalist as a science student, a future colleague. Completely forgets that the journalist’s job is not to learn the science, but to make a fun story for the masses.
The journalist goes home and writes a fun story, misquotes the scientist in order to make the story-line follow the preconcieved story-line, picks up the paycheck and moves on to another assignment, just to be surprised by tons of angry e-mails from the scientists, science bloggers, etc., about the innacuracy of the article.
The scientist is livid – there is an utterly crappy misquote in a totally inacurate piece of fluff in the newspaper! How did that happen?
Why did the two never discuss what the goal of the interview was in the first place? Why did the scientist want to educate, and the journalist to entertain, and neither was aware that the goals do not match? Could they have agreed on a common goal? If not, should they have cancelled the interview rather than go on with the farce?
Scenario #2
The journalist, now with some negative experience, decided for the next interview to change tactics and to be more chatty and mellow and even “flaky” in order to prevent the scientist from misreading the intent and responding with a lecture.
The scientist, burned by previous experiences with the press, sees this shallow creature enter the office and works hard, hard, hard to stress how important accuracy is. The poor journalist is drowned in even more data, and even more strident calls fo absolute accuracy. The scientist insists on reading and approving the draft before it goes to print, as this is according to science norms (peer-review and stuff). The journalist refuses as that is against the media norms due to the importance of the freedom of the press (imagine the President having the veto power on every article about him).
The tension grows. There is an impasse that cannot be broken. The mutual stereotypes (humorless scientists and shallow journalists) persist.
Scenario #3
You are a scientist and you get invited to appear on a cable news show in a segment about, let’s say global warming. The segment is about 2 minutes long, out of which you will get, at best, 30 seconds, and that is if you are aggressive. There is another guy on the show who is a GW denialist, employed by some slime like Heritage Foundation or American Emterprise Institute or Cato Institute, personally trained by Frank Luntz to throw out talking points designed to pull at emotional strings of the audience.
What do you do?
Many scientists in this situation make a basic error in thinking they were invited to explain the science. No, they were invited with a pretense of explaining science. They are there to be fodder for the other guy.
Scientific training makes one want to preface one’s statements with a litany of caveats. By the time you are on your third caveat, your 30 seconds are up. You have no time to get into the science.
Your opponent talks aggressively over you and interrupts you (unlike your polite fellow scientists at a conference) and you are fazed and confused.
It is against the Philosophy of Science to make over-confident statements – that is why we always focus on our p-values and Confidence Intervals and standard errors. This does not work on TV. On TV, making any such statements comes off as you being unsure, insecure, having something to hide, perhaps even lying. That is the nature of the medium – only absolute confidence wins.
Your opponent trots out 30 lies in his 30 seconds. Each lie takes 30 minutes to debunk. You do not have that time. At this point you can actually say something like “Wolf, you are supposed to be informed enough to see when he trots out 30 lies per minute and call him out on it, as you know you will never give me hours needed to debunk them myself”. This makes certain Wolf will never invite you to his show again, but may be a good move at the time: the audience will emphatize with your face of exasperation as everyone’s been in those shoes before, they will rethink what they dislike about the media (and everyone hates the Corporate Media these days), and everyone likes to see the media talking-head doofoses smacked down every now and then. If nothing else, you’ll be the hero of the blogosphere for about 24 hours.
Remember – the goal of your opponent is to use his 30 seconds to discredit you. You are not on the show as a scientist but as an official Face Of Science, i.e., as a politician and a speaker. Your job is to use your 30 seconds to discredit the other guy and be better at it than he is about you. You do not need to talk about science at all for this goal. When preparing ahead, do not even go over the science, instead study the other guy – who is he, who pays him, what is his motivation, what other stupidities he has said in the past? That is the information you have to have at your fingertips, not scientific data. If he lies, you talk over him and say in plain language that he is lying. Then say it again. And again.
This is where the Framing Guys can help with their studies and polls and focus-groups, helping you find the catch-phrases that work. You are there to persuade, not educate (while the host wants you to be there for entertainment, as a victim of the other gladiator, thrown to the lions). You do not really need to be a scientist – you are there not because of expertise, but because you have the three letters PhD after your name.
Thus, most scientists should refuse such invitations and refer the studios to a list of a very small number of scientists who are specially talented and specifically trained for surviving and winning in this kind of media massacre.
In a sense, this is not a case of science communication at all, but a case of a scientist tricked into acting as a talking head – something best left to the professionals.
Scenario #4
You run a popular blog and one of the things that irks you to no end are anti-vaccinationists. You keep blogging about them, and how the science annuls all of their claims, and how their movement is dangerous for public health, etc., etc. The symbol of their movement is Jenny McCarthy who half the country is drooling over. I have met Orac and I just don’t think, objectively (sorry Orac), that he can get the other half of the country to drool over him. So, what can he do?
About 1-2% of visitors post comments. Those are usually people firmly on one side or the other. The anti-vaccer loons come in and spew nonsense in the comments, and the regular commenters counter with their arguments. What can Orac do to make sure that the other 99% of the visitors, including those who just arrived for the first time through Google searches (as his blog comes up high in searches), take the correct take-home lesson? How can we all help in this endeavor? After all, his blog nicely combines the three goals: education (facts), persuasion (glorious smackdowns of quacks) and entertainment (glorious smackdowns of quacks) and is very popular. Everyone agrees that Orac is an excellent communicator. Why is he not winning yet? Can the Framing Squad be of help to Orac? How can Orac’s blog and the way he deals with the problem be translated into Big Media in order to reach more people?
U.S. Media culture
OK, so we probably agree that scientists are good when talking directly to the audience (especially if getting instant feedback), but either screw up or get screwed up when trying to communicate through the professional media. In the two-step process, we have looked at a couple of scenarios in which the first step is messed up as the scientists and the representatives of the corporate media mis-communicate with each other. How about the second step, between media and the audience?
I think these two are in a spiral of mutually-enforcing expectations. The media look down at the people and assume that all they want is entertainment, and as low-brow as possible. The audience has learned that all the media is good for is entertainment, so when they switch on that TV, they want to be entertained. It got to the point that most people turn to information elsewhere as they do not expect the MSM to provide correct information – MSM is for entertainment only (and the same goes for movies, talk radio, etc.).
If you are a scientist and a non-scientist asks you something at a party, are you surprised how much interest there is for science? Yes, the amount of ignorance and disinformation out there is frustrating, but that person is genuinely interested and you know how to talk to him/her in a way that is appealing and understandable, and it is obvious that you can quickly and easily build trust and authority. You are looked up at as a scientist.
Now, what you say may not be accepted instantly. The person may keep countering you and disbelieving you, but you have planted a seed of doubt. It may take some time for the information you imparted to get comfortably meshed with that person’s worldview. But it may get there after a while, especially if that person hears the same message from other sources, repeatedly. It is an important aspect of framing that the ideas get repeated often by a variety of different kinds of authorities.
But if you say the same things on TV, people turn away and do not want to listen to you. Why? Because you are not Britney Spears or Jenny McCarthy. You are a wrong person at a wrong time at a wrong place with a wrong message using wrong language – get off my TV, I want to be entertained right now. I’ll ask you again at the neighborhood BBQ, or I’ll come to the Science Cafe next week, but please, man, leave me alone now, I am tired and I want to watch something funny now.
This is a very American phenomenon – that media is equated with entertainment and only entertainment. Yes, you can find some educational stuff on a few of the 500 cable channels, but nobody watches those. But unlike in other countries, the audience has been primed not expect or want anything else in mass media but shallow fun.
Watch BBC for a while to see the difference – educational shows, TV news, documentaries: they are serious, and they are popular.
Back in April, when I visited Belgrade after 15 years of absence, one of the things that struck me was the quality of TV programming. I know they complain there how silly it is, but compared to anything in the USA, the Belgrade TV channels are oozing with pure intellect. Quizzes are not multiple-choice – those competitors really know their stuff and the questions are not trivia either. Political debates (election was upcoming at the time) are long and full of detailed analysis of economic plans, etc., with spade being called a spade and liars being called liars in their faces while everyone is smiling and remaining polite.
My friend Ljuba is a small-animal veterinarian and he has a weekly show on TV in, pretty much, prime time. I have four of the episodes on DVD and have to figure out a way to place them online. The show has a little bit of fun – they start with a question and end with the funniest answer from the audience at the end. The hostess is pretty, so there is a little use of sex-appeal (this is TV, and this is Europe, after all). But for the most part the show is serious, even solemn. There is a dog or a cat in obvious pain on the screen. There is a bunch of vets doing diagnostics and discussing it using big words and explaining what it means. You see how the vets from several practices communicate with each other and how they solve differences in diagnoses. It is explained why a particular treatment is chosen, you see it performed in all the gory detail, and you end with the scene of the animal on the road to recovery. No watering-down of science at all. And it it a popular show there. Now, imagine trying to sell this idea to NBC – they will laugh in your face. The media in the States does not think of themselves as having any role and any responsibility in informing or educating – they are entirely interested in entertainment and the way if brings in profit. And the audience has learned to think of them that way, too.
How do we change this media culture?
Or should we just leave the MSM to rot and die, and put our efforts into new media, the kind in which there is no intermediate (who may believe that he-said-she-said journalism is the way to go) but the communication is many-to-many with instant feedback? Because in such an environment scientists are experts and seen as authorities and listened to and believed.

Summer science student blogging at Duke

Just like they did it last year, Howard Hughes program at Duke is hosting student blogs in their summer program. Check out what the students are writing on their blogs, starting at homepages of the undergraduate students and high school students and going through the blogrolls on the right-hand sidebars.

Global Warming, Media and Politics

Robert Grumbine has a series of posts with thoughts about climate change and what a non-expert can do to get properly informed:
Climate is a messy business:

Climate certainly is a messy business. One of the things that makes it interesting to those of us who work on it is precisely that. Wherever you look, you find something that affects climate, regardless of whether you look at permafrost, sea ice, forests, farms, rivers, factories, sunspots, volcanoes, dust, glaciers, …
So certainly we have a complicated science and certainly few people are going to understand enough of it to argue the finer points. This is true within the science as well, as few who study volcanoes and their climate effects are going to be able to argue the finer points about the role of sea ice in climate, or vice versa.
What does an honest and interested person do then? Two things as I see it. First, not all the science involved is difficult. For those parts of the science, learn the science. Anybody who can get through normal life, cook a recipe, balance a checkbook, etc., can understand the basics. One source is Jan Schloerer’s summary at http://www.radix.net/~bobg/faqs.scq.basics.html Jan was not a climate scientist, but, as I said, you don’t need to be one to understand the basics. One thing he did do (see his acknowledgements, for instance) is check with people who were to ensure that he’d gotten the science right (or at least correct given the limits of writing a general audience description). I’ll come back to basics in a minute.
Second, for things that aren’t elementary, start looking to expert opinion. No different than if your car is acting up and you can’t figure out why, or you’ve got something like a cold but it isn’t going away like one should. You go find an auto mechanic or doctor and use their expertise. If your concern is, instead, about climate, then find some climate scientists. While there aren’t that many (even counting worldwide) they do exist. And it’s not that hard to find their professional understanding. You’ll see it more directly in journals like Science and Nature than Scientific American or Discover. But both can be gotten fairly easily, and both include summaries of the science which are written for laymen.

Science not politics:

Many people have vested interests relating to climate change and thoughts about what, if anything, to do about it. That does produce politics, in that groups of people with interests act politically.
But the science is the science, and respects no party, no nation, no religion, etc.
This does make for the problem that groups with interests other than explaining and discussing the best science also establish web sites, write editorials, produce shows, etc. to propagandize their views, distorting and lying about the science along the way. So if you’re interested in the science, you have to work harder to find it than in something which doesn’t scare people. You also have to work harder to disentangle the parts of an article that are science from those which are opinion, wishful thinking, and such.
One thing which I think is helpful in deciding about sources is to, first, hold your nose about their political viewpoints. This can be hard when the politics are greatly different from yours, but bear with it. As you read through, look for scientific claims, or claims which the author thinks are scientific. As you find them, go hit the literature on the topic and see if the author has represented the point correctly. It may sound like a lot of work, but in practice, most web sites which are more concerned about their politics than the science display this fairly quickly by lies and distortions, and some are at an extremely basic level. Basic enough that you can check the truth of it by looking at a textbook from 30 years ago (before the topic was getting nearly as much press, but well after the scientific basics were understood). If not an outright lie, very often what you’ll see is a quote selected from a scientific article and removed from its context. Once you find the context, you see that the original author’s intent was quite different than the bit quoted.

Climate confusion:

Agreed about the media thing. It’s one of the things which irritates the scientists who are trying to communicate accurate, careful, correct information. People hear wild claims in the media, and then when we discuss what we really know and how well, we don’t get believed (since we’re not as extreme as the media reports, it’s no story). (‘we’ by the way doesn’t exactly include me. I haven’t talked to the media for a long time, and it wasn’t about this. Still, I do know folks who get quoted.)
One thing for you to do, with the 27,000 on either side of you, is to start looking at what they’re scientists of. It turns out that the 27k saying that climate is changing and part of the reason is human activity are climate scientists, while the 27k disagreeing are doctors, chemists, nuclear physicists, … But do the checking yourself. There’s a petition, for instance, with over 17,000 signers, but very few of them are in climate sciences (but check me on that). If your mechanic says your car needs a new belt, as do the several other mechanics you take the car to, while a bunch of doctors you know say that it doesn’t, do you get the belt or not? I get the belt. Being knowledgeable (about something) isn’t sufficient; you have to be knowledgeable about the thing at hand.

Periodic Table of Videos

Periodic Table of Videos on YouTube:

This channel has a video about each element on the periodic table.
With help from some clever chemists, I’ve done all 118, but I’m not stopping here.
Now I’m updating and improving all the videos with new stories, better samples and bigger experiments.
Please subscribe to follow my progress.
Or visit the main website at Periodic Table of Videos

Science Cafe: The History and Science of Paper

Tuesday July 22
6:30-8:30 p.m.

After a thousand years, it’s still a great technology! Follow the story from papyrus to nano-fibrils with Med Byrd, of the Department of Wood and Paper Science in the NCSU College of Natural Resources. Q&A after his talk. Tir Na Nog 218 South Blount Street, Raleigh, 833-7795

Evolution: Education and Outreach

The third issue of the Open Access journal ‘Evolution: Education and Outreach’ has been published, and it is again full of good, thought-provoking articles. You can see them (for free, of course) if you click here.

Sizzle

Yes, I am one of many SciBlings and other bloggers who got offered to pre-screen Randy Olson’s new movie “Sizzle” (check the Front Page of scienceblogs.com for links to all the others). I was reluctant at first, but in the end I gave in and agreed to preview a copy. Why was I reluctant? As a scientist, I need to start my piece with a bunch of neatly organized caveats, so here are the reasons why I thought I would not be a good person to review the movie:
– I am just not a good movie critic. Of the thousands of movies I have seen in my life, I disliked perhaps three. I am terribly uncritical of movies in general. When I go to the theater, I go with a blank mind, no expectations and, just like any Average Joe, I sit back with a bag of popcorn and ask the Director “Entertain me”. And I am usually quite entertained. I do not have the willpower to watch a movie critically – I just go for the ride. I want to enjoy myself, so I do.
– Ïn the past couple of years (and this may have to do with my internet “addiction”) I have found it increasingly more difficult to focus. It is hard to read a book – I need to deliberately remove myself from the vicinity of the computer for this task, so I mostly manage to read books on airplanes and at the pool. The same with scientific papers – I find it hard to focus and read the thing from beginning to end unless I print it out and take it somewhere away from the lure of the Web. It has come to the point that I have the same problem with movies. Sometimes kids drag me to the theater, but if my wife gets something Netflixed, I usually watch a few seconds and leave the room. A person who has the requisite training and the official license to diagnose people, unofficially suggested I would need Ritalin to go through a book, and he knows me pretty well.
– I am not a climate scientist, but I am a scientist and think like one. I am not the intended audience for this movie. Am I able to watch it through the eyes of an Average Joe?
– I am firmly in the camp of Global Warming believers. But it is not because I would know how to make a climate model. Or because I studied the issue deeply. It is because people I trust say so. Good science bloggers (and a couple of good journalists) explained the models in ways I can understand. They explained the issues in ways I can understand. But most importantly, I believe it because of people who say GW is not a problem – their backgrounds, their corporate and political ties and their sources of income make me deeply mistrustful of them. In a way, my view of GW is political: I see who the people on the two sides are, see how nicely the two sides divide between the people who genuinely care and have no reason to lie, and the people whose financial and political interests led them to lie on many other issues before, and the conclusion is clear.
– I have zero background or even context to watch this in. Nothing to compare. I never saw The Incovenient Truth. I never saw Al Gore’s slideshow presentation. I never saw Randy’s other movie The Flock Of Dodos. I never saw Borat (though I saw a couple of older Michael Moore’s documentaries). I never read a book that is specifically about Climate. The only related thing I saw was that action movie in which GW arrives in hours and traps some kids in a library in the frozen NYC (which I, of course, enjoyed, as I always do, despite of obvious scientific flaws). So, my mind is less prepared for this than either scientists or the Average Joes.
– I am weary of the Framing Wars in the blogosphere and I am afraid that a bunch of blog reviews of the movie will start off another round. This time, I am not sure if I want to participate…
– I am such a stupid Luddite! Knowing that my DVD player can’t do anything with a CD-ROM, I unthinkingly assumed that the reverse is also true, i.e., that my computer would not know what to do with a DVD. So, this stupidity resolved, Sizzle was the very first movie that I ever watched on my computer. I usually watch movies with a bowl of popcorn and a glass of wine, in a comfortable chair or bed, like most people will watch it. But this time I watches it crouched over my laptop, with my earphones on, the way only geeks will see it. I do not know if that is good or bad.
So, I got the DVD and watched the whole thing in one sitting. Normally, I would have quit after the first few minutes, but I persisted because a) I promised to do it, b) I heard that the second half is better than first, and c) because I could not believe that Randy would really be that bad, so I wanted to see more, to see how I was played by Randy in the beginning. It appeared too bad to be genuinely bad – there must have been a catch!
So I put myself into my typical inert film-watching state of mind: my idiotically zen-like, blank-slate, “entertain me”, uncritical, unscientific, impressionistic mode. And through the first half of the movie I was frustrated, frustrated, frustrated, frustrated, frustrated, frustrated!
The first half is so over-the-top awkward. There are totally shallow gay and Black stereotypes. Randy looks and acts like a doofoos and a jerk. The critique of the Star-Obsessed movie-making culture was painful, especially since I had my own experiences with it: younger and more “have-something-to-prove” the movie-makers, more shallow, self-centered, ignorant and arrogant they are. But they needed horses (and people who can ride them, in costumes) and they paid well, so we did try to survive their torture.
For the scientists, the first half (heck, the whole movie) is frustrating because there is very little data and very little explanation of the science of climate change. For the politically minded, like me, the first half is frustrating because it looks like a typically “balanced” He-said-she-said piece, where both sides are given equal time and equal merit. Heck, if anything, the Bad Guys were given more time – there are interviews in there with six sweet-talking GW deniers whose political and financial ties are not put up front for all to see, versus only two climate scientists and one environmentalist spokesperson, none of whom was as eloquent as the deniers. Randy’s occasional angry assertions that denialists are lying are weak and off-putting and make you like the denialists better, especially since the “Average Joe” – Marion, the cameraman – is cool and hip and easy to identify with and yet he swallows all the denialist crap bait, hook and sinker.
I hope people do not get up and leave during the first half.
Because it is subtle. And the second half shows how. The whole movie has to be seen to the end.
The first half is frustrating to us because it shows us our own view in the mirror. Many of us in the sciences, or in the “reality based community”, will find it uneasy and uncomfortable to see that view, but many of us are just like Randy: too serious, too controlling, blind and deaf to the “regular” people’s ways of looking at the world, and overconfident that “truth will set you free”. Yes, it is a caricature, but not too far from the reality of how many of us try to communicate to people who do not think like us.
When we try to explain something and the person we talk to does not believe us, despite of all our years of study, we get frustrated and try to persuade them the same way we try to persuade our scientific peers: by throwing more data at them. But they are not our scientific peers – the data do not hold such a large sway on them. You need to persuade them to believe you, not to understand the graphs. And that is where the professional PR hacks do better – they do the PR tricks: they smile, and bribe, and compliment, and talk like “regular folks” and appeal to emotion. And it works. We know it works. I believe in GW because people who study it persuaded me to believe them, not because I understand their science, or even have any interest in the details of their data. They earned my trust in other ways, and the opponents earned my distrust in other ways. Even for me, a scientist, data had no effect on my current belief – it is the way two sides present the data, or manipulate the data, and explain “what it really means” that one side earned my trust.
And that is exactly what is shown in the second half of the movie. Randy’s mom, and his crew (mostly the sound man, until then pretty silent, even refusing to talk) pretty much sit Randy down and give him a lesson. Now we see some other, previously unseen snippets from the interviews: how well the climate scientists explain stuff when asked by laymen in regular language. And how sleazy the denialists are in their sweet-talking, but can be derailed by a straightforward, direct question.
We are shown a simple graphic of how the six denialists disagree with each other. Oooh!
Then we see two superb examples of scientists who are great communicators, chatting and bantering, at ease with answering questions from skeptical lay audience, putting it all very plainly yet very effectively. While watching the polar bears play. Just before going to New Orleans to see the devastation still there two years after Katrina, and what people who live there have to say.
Every sympathy for the denialist side you could have gathered in the first half disappears after this. No need to show any data, to present any facts, to get angry in the face when screaming that the denialists are lying. You clearly see who is honest and who is not. Who is compassionate and who is a sleazebag. You easily choose who to trust and who not. Without any additional information, you grasp that GW is real, is man-made and should be fixed by us, humans, and soon.
Then you realize that the frustrating over-the-topness of the first half is subtle and there on purpose, to give us contrast, to show us how we keep trying to do it wrong, and then how to do it right.
I noticed how many times I laughed during the second, “serious” half of the movie. I was overjoyed. And I never even chuckled during the first, “comedic” half. The joke was on me. Us.
That is powerful.

Are Science Movies Useful?

There is an interesting discussion on [edit: Richard’s blog on] Nature Network about the usefulness of science videos, like those published in JoVE, where methods and protocols are performed in front of the cameras and intentionally designed to be educational.
If you are a cell biologist, learning a new-to-you (but standard in the field) technique while studying at a Big Research University in the western world, it is likely that there will be several other cell biologists in your building who can guide you through the process better than a movie can, step-by-step, answering your questions, watching you try to do it yourself and correcting your errors.
But that is a rare and exceptional situation.
This will not happen at a small school, a community college, a small start-up company, or a high school.
This will not happen if you are the first and only cell biologist in your country somewhere in the developing world.
This will not happen if the technique you are interested in is not that common (either very old-fashioned or very new-fangled) – perhaps there are 2-3 people in the world who know how to do it and they just happen not to be in your building at your beck and call (if someone gets me an IACUC approval, I’d make movies of how to remove a bird pineal, severe optic nerves, remove ovaries…a dying skillset).
A well-produced movie, the kind that Moshe and Nikita and guys make, is much, much better than trying to read between the lines of Materials and Methods sections of papers that you know omit the key details (or the pedestrian stuff that “everybody knows how to do”, if everybody means “people at Ivy Leagues”). Having such a movie can help you “get” the new technique much faster and save some money – and if you are in a small school in a developing world, you cannot afford to have the experiment fail 50 times before you figure out what key piece of information about the method was omitted from the paper.
Also, think from a historians’ perspective – I would love it if there was JoVE in the 18th and 19th centuries so we could see with our own eyes how the scientists at that time performed the Classical Experiments we all hear about in textbooks, but have no idea how they were really done.
What do you think?

Chatting about Epigenetics

Abbie and PZ chat about the recent discoveries in biology, how exciting those discoveries are, and how annoying it is when Creationists try to put a damper on such excitement: