Inspired by Sciblings Chris Mooney and Matt Nisbets' recent piece in Science, which has sparked a fair amount of discussion (see Bora's post for the best link roundup, as always), I've been trying to put my finger on precisely why the concept of framing vaguely troubles me. I think it can be distilled down into a question. You're making a presentation on a complicated scientific issue, and you're advocating a specific solution or point of view. What is the most preferable outcome?
- Most people now understand the science but still disagree with your position.
- Most people now agree with your position, but still don't really understand the science.
Or, to put it another way, would the first outcome be considered a failure of framing? Would the second be considered a success?
Any attempt at scientific discourse with non-scientists faces the dual challenge of eliciting interest - engagement - and improving understanding, and it's trivially true that success at either requires that you take the concerns and knowledge of your audience into account. If my family ask me about my research, I'm not going to get very far if I sit them in front of one of my conference presentations (when I showed him my thesis, one of my brothers looked at the abstract and joked that he understood two words of the title: 'New' and 'Zealand'). Likewise, if you want to encourage peoples' attention and concern over what you consider to be an important issue, you're going to get much further if you are aware of, and understand, the sorts of things that generally concern them. In this general sense, even the introduction to a scientific paper is an exercise in framing - you're trying to describe a problem in a way that makes your attempts to solve it, and hopefully your solution, seem sensible.
However, in the sense it is used by social scientists, and by extension in the current discussion, framing appears to be primarily concerned with the art of engagement - to put it crudely, it is about knowing the right buttons to press to make people sympathetic to your point of view. I'm not saying that this isn't important; it clearly is, because you can't explain things to people who are not going to listen to you in the first place. But it does present a dilemma, and a danger, because I can't help noticing that to be a useful weapon politically, a frame does not necessarily have to contain Starry Night. In fact, many of the frames being thrown around in the public discourse nowadays seem to be somewhat empty, and appear no less (if not more) effective for it. Think of the spurious 'academic freedom' or 'suppressed by the hidebound, liberal-atheist-tree-hugging scientific establishment' themes which have allowed the ID crowd, and deniers of anthropogenic climate change - to take two topical examples - to prosper, despite not having a real argument to rub together between them. I worry that many people who talk about 'framing' seem to use it as shorthand for 'getting people to instinctively agree with us'; the frame sometimes seems to become more important than the picture within it.
That, then, is the misgiving highlighted by my opening question: 'successful framing' is not necessarily synonymous with 'informed audience'. In more and more cases, there is a certain amount of tension between the desire to inform people, and the urge to persuade them, and as scientists, or at least in contexts where we are speaking as scientists, I think we need to be cautious about sacrificing the former goal in order to expediate the latter. After all, if all you have is a good frame, you're only winning the debate until your opponents think up a new one themselves.
However, it's also clear that we can't avoid framing issues, because like it or not they are part of the modern media environment. Indeed you can't deny that a frame - or the understanding of how people filter and prejudge the information which a frame represents - is clearly a valuable and effective communication tool. It's how they're used which is the issue: nicking some terminology from another scientific hot potato, the debate boils down to, do we concentrate on adaptation, moulding ourselves to fit the current media landscape, as Chris, Matt and others argue? Or do we pursue a mitigation strategy, where we fight to change the media obsession with 15 second soundbites? Probably we need to pursue both, but in either context I would prefer to see frames being used by scientists as vehicles for an idea, and not a means to an end. In fact, channeling the spirit of Carl Sagan's "Baloney Detection Kit", I think we need to start helping people become more aware of when they're being 'framed'.

Chris Rowan is a geologist specialising in the dark arts of paleomagnetism, and getting people to pay him to travel to exotic destinations for fieldwork. Having drilled up New Zealand during his PhD, and South Africa in his first post-doc, he now works at the University of Edinburgh.
Anne Jefferson has a love of all things water-related and blends hydrology, geomorphology, geology, and climate change in her work. She has a Ph.D. from Oregon State University and is now an assistant professor at the University of North Carolina at Charlotte.


Comments
Just to clarify - I do not think we can change the mainstream media soundbite obsession. It's the wrong medium for information, and that is that.
Posted by: John Wilkins | April 8, 2007 7:35 AM
I suggest that there's a key consideration missing in your item - what do you mean by "understand the science"? At what level?
From the public presentations I've attended by working scientists, one trap which it seems to be tough to resist is to go too far, and to lose much of the audience when they simply don't have the background to follow the scientist into the details. The scientist really wants the audience to revel in the details just as the scientist does.
And doing otherwise is not dumbing down. It's ensuring that your communication is effective for your audience. That's not easy.
Posted by: Scott Belyea | April 8, 2007 8:02 AM
Well, let's not overstate things and deal in absolutes. There are exceptions (and I agree that it's a pity that they qualify as exceptions).
CBC TV & Radio (Canada) have had longish pieces (20 minutes or so) on global warming as part of newscasts. CBC has a good short piece on their web site which links to considerable detail - http://www.cbc.ca/news/background/climatechange/globalwarming.html
And CBC Radio has a long-running hour-long science show called Quirks & Quarks, available as a podcast - http://www.cbc.ca/podcasting/index.html?newsandcurrent#quirks .
(Interestingly, despite claims elsewhere of general excellence in communication on behalf of scientists, many of the longer interview pieces on Q&Q succeed more because of the skill of the non-scientist interviewer than any communication skills on the part of the scientists.)
And both newspapers to which I subscribe have had large "specials" on global warming more than once.
Posted by: Scott Belyea | April 8, 2007 8:50 AM
By selling science just like everything else, it is easy to lose track of why a scientific approach is different to an unscientific one.
Posted by: Lab Lemming | April 8, 2007 7:17 PM
Dont nobody argue with the genius of the rowans (aprt from jeremy) who is chris! his ideas on rocks r awesome
Posted by: Mauritian Coup | April 8, 2007 8:16 PM
Scott brings up an interesting point (well I like the whole post, of course).
What level? I think understanding at any level is better than acceptance with misunderstanding (or neither). The level may depend on the social, political, and economic stakes and the details of the argument, which is kind of obvious.
But what I think is important is that the understanding of science at a certain, relatively low level not be the kind of understanding that does not allow expansion and elevation to new levels without deconstruction current understanding.
For example, how does electricity work? A simple model that uses the analogy of pipes can get to this: Voltage is how much water, current is how fast the water is moving, and resistance is the size of the pipe ... so if you make the pipe smaller (more resistance) you get more current.
That can help someone to start to understand Ohm's law, but in fact, a "real" understanding of Ohms law, down stream in the discussion, as it were, is hampered at this analogy. And, forget about inductance (... OK, then, imagie that the water can now "leave" the pipe for a while but then come back ... and if it leaves the pipe at a sufficient speed, it becomes a radio wave ... oh, and the water actually like to run along on the outside of the pipe sometimes instead of inside it... crap, this analogy is not working anymore...)
The point: In constructing explanations one must keep the next level or two of explanation in mind and not screw that up.
Posted by: Greg Laden | April 11, 2007 1:18 PM