Exploring anger management: insights from Ohio State University

We are used to thinking that to manage anger we have to smash something or let off steam, for example by going for a run, but in reality these activities only make us more aggressive. Here are the best ways to find calm simply and in a few minutes.

Ohio State University scientists shed light on why resorting to breaking things or running to manage anger might actually amplify aggression instead of alleviating it. To truly find solace, we should turn to breathing, meditation, yoga, or even counting to ten. Let’s delve into the reasons why.

What is anger?

Initially, anger is a justified emotion aimed at propelling us towards self-defense for survival. However, when anger deepens and becomes a source of suffering, it morphs into an emotion that veers away from survival, trapping us in a detrimental mental and physical loop.

The nature of emotions and how they operate

According to the Schachter-Singer theory, all emotions, including anger, consist of a physiological component—our body’s activation—and a psychological component, which is how we perceive and interpret what we’re feeling. Essentially, our emotions are intimately linked to the activation level of our organism.

The study on anger

Drawing from this theory, Ohio State University scientists conducted a meta-analytical review of 154 studies involving 10,189 participants across various genders, ages, and cultures. They discovered the key to managing anger lies in lowering arousal levels, which is the degree of excitement or activation in response to a stimulus, characterized by physiological changes such as increased heart rate. The goal is to decelerate our bodies and reduce arousal.

“Dispelling the myth that venting anger is beneficial is really important,” stated Brad Bushman, a communication professor at Ohio State University and one of the study’s authors. “Although venting might seem like a good idea, there is not a shred of scientific evidence supporting the catharsis theory.”

“To reduce anger, it’s better to engage in activities that decrease arousal levels,” Bushman explained. “Contrary to popular belief, even running is not an effective strategy because it increases arousal levels and ends up being counterproductive.”

Physical activity vs. meditation

The scientists evaluated activities that either increase arousal, like hitting a punching bag, jogging, cycling, or swimming, and those that decrease arousal, such as deep breathing, mindfulness, meditation, progressive muscle relaxation, and yoga. The findings revealed that arousal-reducing activities were effective in mitigating anger.

“It was quite fascinating to see that progressive muscle relaxation and relaxation in general could be as effective as mindfulness and meditation approaches,” mentioned Sophie Kjærvik, one of the study’s authors. “And yoga, which might be more stimulating than meditation and mindfulness, is still a way to calm down and focus on breathing with positive effects for reducing anger.”

Why jogging doesn’t work against anger

Among the ‘exciting’ activities, jogging was found to most likely increase anger, while physical education classes and ball sports decreased arousal, suggesting to the researchers that incorporating a playful element into physical activity could either boost positive emotions or counteract negative ones.

“Some physical activities that increase arousal may benefit the heart, but they are certainly not the best way to reduce anger,” Bushman concluded.

Let’s experience deep breathing together

Sitting comfortably with a straight back, chin parallel to the floor, and hands resting on the knees, close your eyes and begin to breathe solely through the nose. Feel the cool air enter, pass through the chest, expanding the rib cage outward, then exhale, feeling the rib cage retract inward as the warm air ascends, passes through the chest, and exits through the nose. Repeat this breathing 10 times, and that’s it.

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The rapid retreat of Patagonia’s glaciers

The ice caps of Patagonia, still relatively unknown, actually cover an area of about 6,177 square miles. And they too, as is almost to be expected, are feeling the effects of the climate crisis

The Patagonian ice caps, the largest in the Southern Hemisphere excluding Antarctica, are also retreating due to climate change. A recent study has quantified their mass and confirmed their extreme fragility: the ice caps of Patagonia contain forty times more ice than all the glaciers of the European Alps and are extremely vulnerable.

the rapid retreat of patagonia's glaciers

@Communications Earth & Environment

“We knew very little about the Patagonia ice caps, two huge glacial fields slightly smaller than the size of the Veneto region,” explains Emanuele Lodolo, a researcher at the National Institute of Oceanography and Experimental Geophysics (OGS). “Until now, we had little information on their thickness and the volumes involved, even though they extend for about 80 and 217 miles in the northern and southern ice cap, respectively, with widths exceeding 37 miles.”

Analysis of satellite maps and geophysical information now shows that some glaciers on the eastern side of the ice cap have retreated several yards over the past few decades, while others have remained essentially stable. These dynamics are influenced by the morphology and depth of the lake basins they flow into: where deeper, the retreat of glacier fronts has been more significant and rapid.

 

 

 

the rapid retreat of patagonia's glaciers

@Communications Earth & Environment

the rapid retreat of patagonia's glaciers

@Communications Earth & Environment

“While glaciers in the European Alps rarely move more than 218.72 yards a year, most of the Patagonian glaciers exceed this speed, and some even reach speeds of several miles a year. Only the glaciers originating from the large ice caps of Greenland and the West Antarctic show such high rates of flow,” explains Lodolo.

The ice caps of Patagonia lose an average of 3.28 feet in ice thickness each year, which has significant effects not only on the region’s water resources but on the entire surrounding ecosystem.

“This fuels great concern, also related to the increased risk of extreme weather events that have severely affected the region in recent years,” concludes Lodolo.

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