Natura Sound Therapy 3 Reg Key Serial Key
Jeana Lemasters
It offers more than 30 different sounds directly from wild nature. You'll find melodies of the ocean, birds singing, wind sound, etc. Of course, you'll be able to play them together, so you'll be able to have more than a hundred of different realistic sounds.
There are other possible visual cues that could make nature environments restorative: the lack of straight lines, the shape of the vegetation, and visual variety in the scenery. A study by Berman et al. [29] found that naturalness was associated with density of contrast changes, density of straight lines, average color saturation, and average hue diversity. Another study found that curves and hue diversity had effects on preference [30]. Fractals, which are found in many natural images, may also have some role in aesthetic preference [31].
It has repeatedly been shown that the sounds of nature such as wind, water, and animals, are preferred over anthropogenic sounds such as traffic, recreational noise, and industrial noise [40,41,42,43,44,45]. With respect to perceived restorativeness, rural soundscapes and botanical gardens were preferred over urban park soundscapes, which were preferred over urban soundscapes [46]. Preferred environments have been found to be correlated with restorative potential [47,48], so the existence of positive preferences for nature sounds implies, though does not demonstrate, that they might themselves be restorative. Indeed, bird sounds have been found to increase recovery of skin conductance level, a measure of stress [49], and visitors to a local river cited the sound of water as a reason to visit a local river for its relaxing effects [50].
Nature sounds have been used therapeutically to relieve stress [49,51,52], and perceived restoration and attention recovery have shown positive reactions to birdsong [53]. A virtual reality forest including sound was found to improve stress recovery more than the same forest without sound, implying that the sympathetic nervous system shows increased recovery with nature sounds [54]. A zoo exhibit including rainforest sounds was rated as more pleasant than the same exhibit without sounds [55], and natural sounds have also been found to decrease self-reported anxiety and agitation [56].
In humans, a review found that there is some support for using sensory interventions, including aromatherapy, in the treatment of the behavioral symptoms of elderly dementia [130], and another review found some evidence that aromatherapy lowered blood pressure in patients with hypertension, but suggested there was a need for more studies with adequate controls [131].
In the case of hearing, it would be interesting to partition different kinds of natural sounds to determine whether the benefits vary with the acoustic properties of the sounds (e.g., biophysical versus animal sounds or different kinds of bird song). Also, running experiments with visually-impaired individuals, such as exposing them to nature sounds, could provide insight into the nature benefits of sound.
The smell benefits literature could be usefully expanded by focusing on nature smells and the benefits we receive from them, using actual natural products to produce the smells, in the lab and also in situ. Comparisons among negatively and positively-valenced smells to give an idea of smell preference would be interesting, and could start to reveal information about how smells relate to preference and well-being. Finally, self-report studies looking at memories of preferred smells might provide some insight.
Taste remains highly neglected in the context of nature experiences, and some interesting research avenues might include clinical studies on the emotional effects of eating processed versus natural foods, ability to distinguish between processed and natural food, and cognitive effects of diet.
Most experiments with phytoncides take place in the lab as this is necessary to isolate the compounds, so an avenue of future research would be to conduct experiments in the field but attempting to isolate phytoncides as the active element. Measurements could also be taken of the distribution of phytoncides in the environment, such as through a park or forest, or in comparison to an urban area. Experiments could also look at how far phytoncides extend from natural areas, and whether they are released in measurable quantities from different kinds of urban greenery.
We have outlined the evidence that viewing nature both in pictures and through windows can improve health and mood; sounds such as birdsong and nature sounds provide restoration and enhance affect; smells provide numerous physical and psychological benefits; taste affects emotion, and traditional, natural diets have health benefits; petting animals can be very therapeutic; phytoncides can have a positive effect on our immune system; negative air ions affect our physical and mental well-being; and microbiota in the gut and the brain influence each other. We have looked at some sensory and non-sensory avenues, and it is possible that these pathways work in tandem or parallel, either synergistically, additively, or sub-additively.
Stress is a major factor in the development and relapse of gambling addiction. Engaging in alternative leisure activities like forest bathing can replace gambling behavior and reduce the incidence of addiction. For more insights, researchers from Japan have now investigated if calming sounds from nature can help lower the stress levels of individuals with gambling addiction and if nature therapy is effective in helping them relax, just as it does for individuals without gambling addiction.
Gambling addiction, also called "pathological gambling" and "gambling disorder (GD)," is known to have severe economic, social, mental, and physical consequences on those affected. One of the major factors contributing to the development and relapse of this disorder is stress. However, studies show that replacing gambling with alternative leisure activities may reduce the likelihood of developing the disorder. In recent years, forest bathing, or "shinrin-yoku," a form of nature therapy, has emerged as an effective and convenient way to alleviate stress. In addition, numerous scientific studies have indicated that exposure to nature can lower stress levels and help the body relax.
In the wake of proposals to introduce commercial casinos in Japan, a research team led by Yoshifumi Miyazaki, Professor Emeritus at the Centre for Environment, Health, and Field Sciences at Chiba University, Japan, sought to explore the potential of nature therapy, particularly insect sounds, in reducing stress responses among individuals with GD. The team aimed to compare the physiological and psychological effects of nature and city sounds on patients with GD. The research team, which comprised Hiroko Ochiai from the Department of Plastic and Reconstructive Surgery, National Hospital Organization Tokyo Medical Center; assistant professor Harumi Ikei and research fellow Hyunju Jo from the Center for Environment, Health and Field Sciences, Chiba University; and Masayuki Ohishi from Ohishi Clinic, Yokohama, Japan, made their study available online on March 27, 2023, and it is all set to be published in the Journal of Integrative and Complementary Medicine.
The study recruited 22 Japanese male participants aged between 25 and 60 years with a diagnosis of pathological gambling based on a total score of 5 or higher on the South Oaks Gambling Screen scale. The participants were randomized into two groups and exposed to either digital nature sounds of insects or traffic sounds at a city intersection, which were presented in a counterbalanced manner. As part of testing the physiological effects of exposure, the autonomic nervous activity of the participants was measured using sensors for heart rate variability, and a near-infrared spectroscopy system was used to measure changes in oxyhemoglobin (oxy-Hb) concentrations in their bilateral prefrontal cortex. Participants' subjective evaluation was done using the modified version of the semantic differential method questionnaire, and the Profiles of Mood States, second edition (POMS2); this formed part of the psychological effects assessment.
The results of the study strongly indicated that nature-based stimulus exposures induced physiological relaxation and other positive responses among individuals with GD. There was a significant decrease in oxy-Hb concentration in the bilateral prefrontal cortex of participants while listening to nature sounds. Put simply; it made them feel more relaxed and positive. This was corroborated by the low POMS2 negative emotions subscale scores and was attested by improvement in participants' overall mood, a sense of comfort, and relaxation.
Noting the importance of the study, Prof. Miyazaki says, "It has also been reported that people are spending more time at home and are under stress related to the COVID-19 pandemic. These circumstances strongly point to the need for familiar relaxation methods. The results of this experiment suggest that the auditory stimulation of nature-derived sounds is also beneficial for patients with GD."
Nature therapy may be useful for stress reduction in various patient groups and the general population, especially as our society becomes more artificialized and stress levels increase. As scientific evidence continues to accumulate, various nature-derived stimuli, including the auditory stimulus used in this study, may contribute to reducing stress in people."
Although further research is needed to explore its long-term implications for individuals with GD, nature-derived sounds could be viable stress-relieving nature therapy for people with serious addictions as well as healthy individuals.
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