Speaking Up For Science
by Jennie Kermode
It’s been called the central conflict of our times. Science and skepticism on one side, rationality, the products of the Enlightenment. On the other, religious fundamentalism, the rejection of scientific ideas, and the pernicious notion that every opinion is equally valid. Science most likely has truth on its side, but the other side has a lot of money and, crucially, good marketing.
Marketing is something with which most scientists don’t like to dirty their hands. There’s a strong feeling that the truth can speak for itself, and that any conscious effort to present it more effectively is essentially dishonest. This is a noble ideal but it’s hopelessly out of touch with the real world. It’s the key reason why science is in danger of losing the battle for hearts and minds.
What does good marketing mean? It starts with understanding what people want. What the general public want, and what the media want.
Most scientists have no training in psychology. In fact, it’s not uncommon for people to pursue scientific careers so that they won’t have to deal with the public. But giving the public what they want isn’t really all that difficult – politicians do it all the time. And it doesn’t have to mean changing the direction of your research. It’s about presenting that research in the right light.
The biggest mistake scientists make when appearing in public is in allowing themselves to be portrayed as taking good things away. Secularists are seen as taking away the comfort and support structures of religion, rather than as revealing the true wonders of the world as it is. Global warming experts are seen as putting up prices and taxes instead of working to save us from disaster. We are the people trying to take away the right to be treated with the medicine of choice, the people who say you shouldn’t eat and drink what you want. Didn’t we used to be the people who cured diseases and put men on the Moon? What happened?
This shift in perspective wasn’t an accident – it was very carefully engineered. Take the recent scandals over climate change – yes, there may have been some dodgy goings-on at the University of East Anglia, but anyone who’s actually read the leaked emails will know that they confirm the observation of a general trend supporting global warming theories, not refuting them. Likewise predictions about the melting of glaciers have been taken completely out of context. We can expect more of this sort of thing. Climate change deniers know perfectly well that the public aren’t interested in going to the source, especially when they really want to believe that everything will be alright. But whilst we can’t stop this kind of propaganda, we can change the way we respond to it.
When the public are looking for a bad guy, an outraged scientist with defensive body language is the perfect choice, especially if he (or she) uses language they don’t fully understand. Appealing to traditional authority be referencing credentials or peer reviews just feeds conspiracy theories and makes the scientist seem as if he’s looking down on other people. Anti-science propagandists know how to exploit this.
To tackle this problem, scientists need to wise up. If you’re invited to make a public appearance and you think you might be out of your depth, just don’t go. It’s better not to appear than to turn up and look bad (not all publicity is good publicity). If you do go, don’t let yourself be intimidated. Think about what you’re likely to be asked and prepare some good answers beforehand; keep your responses short and don’t be afraid to use humour. Never let your opponent bully you into responding hastily. When you look relaxed, taking your time can actually work in your favour. Remember to engage with your audience – be friendly and approachable, not aloof. Put things in terms the average person can understand. It’s important to convey the fact that science begins with reasoning everyone can do – it’s not about asking people to invest in an authoritarian belief system.
Successful public engagement can go a long way, but we need to do more than this. At present, most of what we see of scientists in the media is reactive. We’re letting other people set the agenda and as a consequence we’re repeatedly getting caught off guard. We need to take the battle to the enemy. We need to regain the initiative, to present ourselves as the innovative and dynamic choice, and to do this we need to engage effectively with the media.
Scientific engagement with the media is generally poor. There are only a handful of scientist celebrities, not all of whom are what you might call popular. The charity Sense About Science works hard to counter negative and inaccurate media representations of science, but has an office staff of just five. And whilst big universities sometimes have press officers, the average scientist has little access to this sort of support. Too often, scientists are left to do it themselves with little experience.
You might think that explaining your work to the media can’t be that hard. You’re smart, after all, or you wouldn’t be doing research in the first place. But writing a good press release requires a very specific set of skills. As an editor, I’ve seen far too many science press releases that read like academic proposals. Trust me – at most publications, these will go straight in the bin.
To approach the media successfully, you need to have a strong pitch. This means thinking not just about what your research is, but about why it matters. Does it relate to something already on the news agenda? Is it exciting to people who don’t work in your field? How might it benefit society? You don’t have to present your work on protein structures as the cure for cancer, but it’s worth emphasising that you’re working with fighting disease in mind.
When journalists look at a press release, they’re interested in simple, bite-sized facts. Most of them won’t have the time to do much extra research. If you don’t put your findings in context for them, they’ll do it themselves. Sadly, most newspapers no longer have dedicated science writers with relevant degrees. When the 10:23 campaign ran their recent press campaign I heard more than one journalist refer to the constant they were referencing as ‘avocado’s number’. You need to keep things simple, present them in general terms, and supply easy-to-digest background information. It may be counter-intuitive, but you need to ditch the qualifiers – which would be read as meaning you don’t really believe what you’re saying – and make plain, assertive statements.
This doesn’t mean that journalists are stupid, nor that the public is. If anything, the decline in science education over the past few decades has left people hungry for information. People don’t just want the comfort and security and easy life that anti-scientific propaganda purports to offer them – they still want mental stimulation. What science in particular has to offer them is empowerment. The internet has created an environment in which the possession of new ideas and information is more important to social status than it has ever been before. The false advantage offered by conspiracy theories and pseudo-science carries some weight, but it’s nothing compared to the power offered by real critical thinking skills.
To win people back from the anti-science movement, we need to appeal to this desire. We need to show people the positive things we can do for them. This is no longer a world in which people are content to defer to authority; we need to make them a part of our movement just as those who fight against reason are seeking to make them part of theirs. We need to celebrate critical thinking and take the lead in talking about scientific developments, not wait until others attack them.
To achieve this, we need to acknowledge the power behind the packaging. Even knowing that your medicine made you feel better, would you want to take it if it wasn’t sugar coated? Anti-science propagandists know how to hit the sweet spot. It’s time we played them at their own game.
Jennie Kermode is an author and journalist who is doing research in sociology at the University of Glasgow. She is also a senior editor at Eye For Film.









[...] This post was Twitted by endless_psych [...]
Interesting article. I think that better presentation / marketing of the truth would probably be helpful.
One thing I disagree with is this: “you need to ditch the qualifiers – which would be read as meaning you don’t really believe what you’re saying – and make plain, assertive statements.” While I don’t think that effective presentation of the truth is necessarily ‘essentially dishonest’, I do think that this can sometimes be the case. Plain, assertive statements without qualifiers are (in my opinion) likely to be less accurate than statements made with appropriate caveats. If you aim to market evidence or scientific research as something that is plainly true (e.g., “X is proven fact”) then I think that it could be argued that you are guilty of distortion. Most of what we know is probably not so black-and-white that we can assert that “X is true” or “Y is false” with confidence. Categoric statements such as “Chiropractic doesn’t work. Period.” would, I think, be less true than something along the lines of “For most conditions, chiropractic seems to have no benefit above placebo.” All it takes to disprove the former is good evidence that chiropractic is more effective than placebo for a single condition (or someone to point out that just about any treatment you name can make people *feel* better due to factors that have nothing to do with the efficacy of the treatment).
This, I agree with: “We need to show people the positive things we can do for them.”
I have the vague impression that scientists used to be seen as those clever men and women who were improving our lives with advances in medicine and technology and discovering wonderful knowledge about our origins and the world we live in, while now they are viewed rather differently.
It’s those pesky indecisive ’scientists’ who can’t make up their minds whether food X or drink Y is good or bad for you (the mainstream media are, of course, completely blameless for the mixed messages their readers receive).
It’s those ‘wacky boffins’ who waste time and money studying the best way to make a cup of tea or the saddest day of the year (such research is usually funded by industry and promoted by the mainstream media, who are handed a nice easy story by whichever PR company is handling the publicity for the research).
Then there are those idiot scientists who, rather than simply use their common sense, conduct some research that uncovers a counter-intuitive truth. The poorly-presented summary of the research that appears in the mainstream media will invariably attract commenters who refuse to accept the research because it is contrary to what they deem “sensible” or likely – yet I think it is the counter-intuitive discoveries that make science so interesting. For some reason, what makes me think “wow” makes others think “sounds wrong to me – it must be wrong” and post comments mocking those silly boffins.
As for those sinister ’scientists’ who work for evil Big Pharma and are probably evil themselves – they might even be involved in a conspiracy to implant mind-control chips in us via their malign vaccines or be plotting to ensure that a “foreign substance is introduced into our precious bodily fluids without the knowledge of the individual” by conspiring with teh Government to fluoridate the water.
Scientists get a lousy press and I think it’s worthwhile asking why this is, whether the situation can be improved, and how improvements could be made. Better promotion of the good that can come from science might be a good start.
“Plain, assertive statements without qualifiers are (in my opinion) likely to be less accurate than statements made with appropriate caveats.”
I’m not sure that anyone would dispute that. The point is that with Young Earth Creationists/homeopaths/anti-vaxxers/mountebanks/charlatans/merry-andrews jumping up and down and screaming “WHITE!” at the tops of their lungs, it doesn’t do much good for scientists to shuffle their feet and mumble “we think probably charcoal, maybe a little lighter, roughly speaking an albedo in the range of 0.04—0.08, give or take”. Better to make a firm and compelling case for black, and leave the details of finer shading for more in-depth discussion.
“If you aim to market evidence or scientific research as something that is plainly true (e.g., “X is proven fact”) then I think that it could be argued that you are guilty of distortion.” In the same way that a teacher who instructs his students that “an electric current constitutes a flow of electrons” could be argued to be guilty of distortion. You don’t hit first-year high school students with the concept of immobile positive-charge carriers, or teach them to calculate, say, drift velocity in a given conductor. You start with simple (and technically false) explanations and then expand upon them once the basic concepts become familiar. This is a useful model to apply when dealing with the general public.
“Categoric statements such as “Chiropractic doesn’t work. Period.” would, I think, be less true than something along the lines of “For most conditions, chiropractic seems to have no benefit above placebo.””
While the latter sentence may be more accurate, in the public perception it makes you look like you have no idea what you’re talking about. The categoric statement you mention may be open to attack, but more robust categoric statements could be substituted. “Chiropractic subluxations are a nonsense, a bastardisation of an existing medical concept, and they have no basis in science”, say, or “the notion that spinal manipulation can cure infection is baseless and absurd”. Guide public thinking to the ways in which these ideas *are* absurd; don’t give the impression that you’re half-arsed in your opposition.
@PotatoJunkie Some good points there. I particularly like this suggested assertion: “the notion that spinal manipulation can cure infection is baseless and absurd.” If there are categorical statements that can be made without leading to a distortion of the truth (and I do think this is possible – I certainly wouldn’t argue with the avbove example) then it’s probably fair to make such categorical assertions. I just think that before encouraging people to make categorical assertions, it’s worth discussing the potential for unwarranted assertions being made.
Leave your response!
Recent Posts
Clubs and Societies
Science Commentary
Science communication
skepticism
Recent Comments
The 21st Floor
Calendar
Who's Online
Tags
Most Commented
Meta