Cry me a river: The psychology of crying
We've all experienced a "good cry"—whether following a breakup or just after a really stressful day, shedding some tears can often make us feel better and help us put things in perspective. But why is crying beneficial? And is there such a thing as a "bad cry"? University of South Florida psychologists Jonathan Rottenberg and Lauren M. Bylsma, along with their colleague Ad J.J.M. Vingerhoets of Tilburg University describe some of their recent findings about the psychology of crying in the December issue of Current Directions in Psychological Science, a journal of the Association for Psychological Science. The psychologists analyzed the detailed accounts of more than 3000 recent crying experiences (which occurred outside of the laboratory) and found that the benefits of crying depend entirely on the what, where and when of a particular crying episode. The researchers found that the majority of respondents reported improvements in their mood following a bout of crying. However, one third of the survey participants reported no improvement in mood and a tenth felt worse after crying. The survey also revealed that criers who received social support during their crying episode were the most likely to report improvements in mood.
Research to date has not always produced a clear picture of the benefits of crying , in part because the results often seem to depend on how crying is studied. The authors note several challenges in accurately studying crying behavior in a laboratory setting. Volunteers who cry in a laboratory setting often do not describe their experiences as being cathartic or making them feel better. Rather, crying in a laboratory setting often results in the study participants feeling worse; this may be due to the stressful conditions of the study itself, such as being videotaped or watched by research assistants. This may produce negative emotions (such as embarrassment), which neutralize the positive benefits usually associated with crying.
However, these laboratory studies have provided interesting findings about the physical effects of crying. Criers do show calming effects such as slower breathing, but they also experience a lot of unpleasant stress and arousal, including increased heart rate and sweating. What is interesting is that bodily calming usually lasts longer than the unpleasant arousal. The calming effects may occur later and overcome the stress reaction, which would account for why people tend to remember mostly the pleasant side of crying.
Research has shown that the effects of crying also depend on who is shedding the tears. For example, individuals with anxiety or mood disorders are least likely to experience the positive effects of crying. In addition, the researchers report that people who lack insight into their emotional lives (a condition known as alexithymia) actually feel worse after crying. The authors suggest that for these individuals, their lack of emotional insight may prevent the kind of cognitive change required for a sad experience to be transformed into something positive.
Source: Association for Psychological Science
Related
- The psychology of deja vuTue, 18 Nov 2008, 12:51:23 EST
- Research yields new clues to how we locate objects in spaceMon, 12 Jan 2009, 16:58:16 EST
- More than just being a sentimental fool: The psychology of nostalgiaFri, 12 Dec 2008, 14:44:41 EST
- The fancier the cortex, the smarter the brain?Fri, 17 Jul 2009, 10:36:48 EDT
- Knowing me, myself and I: What psychology can contribute to self-knowledgeThu, 16 Jul 2009, 11:22:53 EDT
Other sources
- Cry Me A River: The Psychology Of Cryingfrom Science DailyThu, 18 Dec 2008, 22:28:11 EST
- Cry me a river: The psychology of cryingfrom Science CentricThu, 18 Dec 2008, 7:14:31 EST
- Cry me a river: The psychology of cryingfrom PhysorgWed, 17 Dec 2008, 11:56:35 EST
Latest Science Newsletter
Get the latest and most popular science news articles of the week in your Inbox!Learn more about
Popular science news articles
- Nanoparticles used in common household items caused genetic damage in mice
- Transcendental Meditation helped heart disease patients lower cardiac disease risks by 50 percent
- Boehringer Ingelheim announces Phase III data of flibanserin in pre-menopausal women with HSDD
- Beyond sunlight: Explorers census 17,650 ocean species between edge of darkness and black abyss
- Heart disease found in Egyptian mummies
- Nanoparticles used in common household items caused genetic damage in mice
- Treatment with folic acid, vitamin B12 associated with increased risk of cancer, death
- Therapy 32 times more cost effective at increasing happiness than money
- Transcendental Meditation helped heart disease patients lower cardiac disease risks by 50 percent
- 5 exercises can reduce neck, shoulder pain of women office workers