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How to Be Happy: 27 Habits to Add to Your Routine
Regardless of your version of true happiness, living a happier, more satisfied life is within reach. A few tweaks to your regular habits can help you get there.
5 Things That Happen to Your Hormones When You're Trying to Lose Weight
These under-the-radar chemical messengers can make or break your weight-loss efforts. Here's how to make them work for you.
Keep Oregano Oil on Hand for it's Antibiotic Properties
Every living thing on Earth is part of the proverbial food chain. Animals eat plants, plants eat plants, plants eat animals, animals eat animals. It all works together in the cycle of life and death.
The Benefits of Nature
Major mental disorders are increased by up to 56% in urban settings, which has been suggested to be the chief environmental risk factor for schizophrenia, explaining over 30% of these cases, according to some scientists. In any case, schizophrenia risk is consistently related to urban dwellings, independent of family history, drug abuse, social network support, and sociodemographic factors.
This suggests that possibly the social stress linked to an urban environment is associated with a higher incidence of schizophrenia.
Experiencing nature is known to restore the ability to focus and relieve stress because (according to the biophilia hypothesis) of the inherent human connection with nature. This has been explored with the Attention Restoration Theory (ART) and Stress Recovery Theory (SRT).
The first hinges on involuntary attention to nature, which relieves the strain on voluntary attention. The second highlights the relief of stress that comes with the calming emotions evoked by nature.
Many studies have shown that experiencing nature enhances working memory, restores focused attention, relieves fear and stress, and produces beneficial reductions in heart rate, blood pressure, and cortisol levels.
The amygdala is a brain region activated during a task that evokes social stress. The activation is greater in an urban setting, indicating the need for intervention studies to validate the causative role of an urban environment in amygdala activation.
One study showed that walking in nature for 90 minutes reduced rumination and associated brain activity, but not urban walking. This was determined using functional magnetic resonance imaging (fMRI). Using the same technology, the authors of the current paper examined brain activity in certain regions, namely, the amygdala, anterior cingulate cortex (ACC), and dorsolateral prefrontal cortex (dlPFC), before and after walking for one hour in a natural vs. urban environment.
The aim was to determine if brain regions activated by stress would be activated differently in either setting compared to baseline levels. This was measured at three points.