Many College Students See Heavy Drinking Through ‘Rose-Colored Beer Goggles’
A new study finds that many college students believe the positive effects of heavy drinking outweigh the negative consequences.
According to study participants, heavy drinking increases courage, eases communication, and has other social benefits that overshadow negative effects of hangovers, fights and regrettable sexual situations.
University of Washington researchers believe the findings offer a new direction for programs targeting binge drinking, which tend to limit their focus to avoiding alcohol’s ill effects rather than considering its rewards.
“This study suggest why some people can experience a lot of bad consequences of drinking but not change their behavior,” said co-author Kevin King, Ph.D.
“People think, ‘It’s not going to happen to me’ or ‘I’ll never drink that much again.’ They do not seem to associate their own heavy drinking with negative consequences,” he said.
The paper is published online in the journal Psychology of Addictive Behaviors.
For the study, researchers analyzed the result of an online survey measuring the drinking habits of nearly 500 college students.
The survey assessed how often the participants had experienced 35 different negative consequences of drinking, such as blackouts, fights, hangovers, missed classes and work, and lost or stolen belongings, as well as 14 positive effects of drinking, including better conversational and joke-telling abilities, improved sexual encounters and more energy to stay up late partying and dancing.
Researchers asked participants about how likely all of these drinking consequences would happen again and how positive or negative they were.
Participants rated the upsides to drinking as more positive and likely to happen in the future, a finding the researchers call “rose-colored beer goggles.”
“It’s as though they think that the good effects of drinking keep getting better and more likely to happen again,” said Diane Logan, lead author and a University of Washington clinical psychology graduate student.
Respondents’ perceptions of drinking’s negative consequences differed according to how many bad experiences they had had.
Those who experienced a small to moderate number of ill effects of drinking did not consider the experiences to be so bad and did not think that they were any more likely to experience them again compared with students who hadn’t experienced them.
The researchers call this cognitive-dissonance reasoning. It leads to people, on the morning after a night of heavy partying, telling themselves “I’ll never drink that much again” or “I threw up that one time, but that’s not me; I won’t do it again.” Or, it may be that once a bad consequence of drinking happens, people think that it wasn’t really as bad as they initially thought, the researchers speculated.
But the participants reporting the most bad experiences rated the episodes as more negative and more likely to happen again. “Until high levels of negative consequences are experienced, participants aren’t deterred by the ill effects of drinking,” Logan said.
The findings have implications for alcohol intervention programs for college students, which tend to focus on how to avoid the negative consequences of drinking. “We should take into account how people don’t think of negative consequences as all that bad or likely to happen again,” Logan said, adding that factoring in how people view alcohol’s positive effects “might have a bigger impact” on drinking habits.
She suggests a risk reduction approach by helping people reduce their drinking such that they still get some of the positive effects while avoiding many of the negative and recommends training exercises to increase social skills in the absence of alcohol.
Source: University of Washington
Nauert PhD, R. (2011). Many College Students See Heavy Drinking Through ‘Rose-Colored Beer Goggles’. Psych Central. Retrieved on December 2, 2015, from http://psychcentral.com/news/2011/07/06/many-college-students-see-heavy-drinking-through-rose-colored-beer-goggles/27495.html