Other things on this site...

MCLD
music
Evolutionary sound
Listen to Flat Four Internet Radio
Learn about
The Molecules of HIV
MCLD
software
Make Oddmusic!
Make oddmusic!

Comment on 'Seeing women as objects: The sexual body part recognition bias'

PREFACE: There's a risk that I might come across here as dismissing the research, and doing so for an odd reason. I'd like to be clear that I think this is an interesting study, and I'm not an expert in cognitive psychology but I'm writing because I'm interested in seeing these issues teased apart in more detail. See also the comments section.

Interesting article someone pointed out in European Journal of Social Psychology: Seeing women as objects: The sexual body part recognition bias. The basic idea is to use a psychophysics-type perceptual experiment to explore whether people looking at men and at women process them differently. If perceiving people "as objects" makes a difference to the cognitive processes involved, then that should be detectable.

There's plenty of evidence about our society's exaggerated emphasis on female body image, and the consequences of such objectification. What the researchers do here is use an experiment in which participants are shown images of men and women (either complete or partial images), and ask them to do a kind of spot-the-difference task. They find people get different percentage-correct scores depending on whether it's an image of a man or a woman one is looking at.

The researchers discuss this result as relating to objectification of women, and I think that's broadly OK, but there's an extra hop that I think is glossed over. A tweet summarised the research as "People perceive men using global processing, but women with local processing" but it would be more correct to say "People perceive images of men using global processing, but images of women with local processing". (It's not just the 140-character limit at fault here, the research paper itself makes the leap.)

The point is that the participants were reacting to 2D images, rather than real physical presences of men or women. Now, you might think, is that an important difference, or just quibbling? I'm not claiming that the results are wrong, and I'm not even claiming that the results don't tell us something about objectification of women. But the difference between looking-at-people and looking-at-images is important here since it relates closely to the claims being made - and this highlights the complexity of making measurements of socially-embedded cognitive processing.

Here's why I think it's a difference: In our everyday lives we see "3D" men and women. We also see "2D" images of men and women. So there are four pertinent categories here: 3D men, 3D women, 2D men-images and 2D women-images. We have absorbed general impressions about these four categories from out experiences so far (whether those "categories" are categories we use ourselves is beside the point). It's well known that there are more and different images of women than men, used in advertising and other media. As a person develops they see examples of all four categories around them, and they might learn similarities and differences, things that the categories have in common or not.

[Edit: Maybe a better way of putting it is inanimate-vs-animate, not 2D-vs-3D - see comments]

So, it's reasonable to expect that an average person in Western society is more familiar with objectified images of women around than of men. (Note that I do not claim this state of affairs is OK! I just claim that it's the average person's developmental environment.) It's easier to deal with familiar categories than unfamiliar ones. So we'd expect people to have better processing when presented with 2D body-part-images of women - and it probably correlates with their visual processing of real-life people, but that's not certain and it needs to be tested.

Am I claiming that the research should not be trusted? No. It looks like a decent and interesting experimental result. But the authors make a slight leap, which we should treat with caution: they imply that their statistically significant result on how people visually process 2D-images-of-men and 2D-images-of-women transfers directly to how people visually process men and women in the flesh. Personally I would expect that people's perception of "3D" men and women probably partly generalises from the image perception and partly doesn't. (There might be existing research on that; comments welcome.)

And obviously it's much harder to conduct large experiments by showing people "glimpses of real live men/women" rather than images, so there's a good reason why such research hasn't yet been done.

But that's good news right? - more research needed ;)

Friday 17th August 2012 | science | Permalink
Comments:
Name: Justin
Date: Friday 17th August 2012 09:40
Using images as proxies for real things is a common and uncontroversial paradigm in psychology.
Name: Rachael Bailes
Website: http://www.twitter.com/rachaelbailes
Email: msrachaelbailes art gmail dort com
Date: Friday 17th August 2012 09:44
The claim that mere frequency of female 2D images vs male 2D images at large is a confound in how people process 2D images of different sexes themselves seems vanishingly unlikely to me.

It's worth mentioning that the use of 2D images in psychology experiments is a ubiquitous paradigm and it's somewhat odd that it is flagged as an issue for this study and not every other psychological study that uses 2D images. Given that 2D is used expressly for observing human behaviour in mediums like video, I find it unlikely there'd be a dramatic difference in how people respond to 2D versus 3D. That said, if any literature on measurable effects for the four categories you've identified above exists, I'm ignorant of it. I'd expect something like non/animacy to be a bigger source of difference than 2D vs 3D.

The way to test whether your suggested confound effect is real would be to use 2D images of two other objects that differ in frequency in public media (say, car versus hovercraft or something) and see if there was a tendency to use local processing for the high frequency image object, and global processing for the other. My speculation is that there wouldn't be much of an effect of image frequency on processing strategy.

Name: Dan
Date: Friday 17th August 2012 10:28
Thanks. Yes, images are widely used in psychological tests. Why, for example, would I think it's OK to do a study showing people "pictures of clocks" rather than "real clocks"? Because the subject being tested is usually something unrelated to that dimension, e.g. what factors affect telling the time correctly. But if the experiment was using a picture to test whether people attribute characteristics of _agency_ to clocks, for example, then I guess I'd have a similar question.

I didn't mean to imply that 2D-vs-3D is the important difference, sorry for the casual language - non/animacy is probably a better way to put it.

Your point about testing cars-vs-hovercrafts, and my point about clocks, makes me suspect that there is probably already a wider literature out there that could help settle my mind. I'm not a specialist in this area.

Add your comments:

Name:
Email:
Website:
Comment:
I am a:
Everything is optional - and email addresses will be marmalised to protect you
Creative Commons License
Dan's blog articles may be re-used under the Creative Commons Attribution-Noncommercial-Share Alike 2.5 License. Click the link to see what that means...