How does the reaction time for attention differ between natural and urban environments?
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Exposure to natural environments has been shown to impact attention differently compared to urban settings. Studies have explored the effects of natural environments on attention restoration and creativity, indicating that high- and medium-perceived naturalness environments in urban areas can enhance creative performance . Additionally, exposure to nature may improve attention performance through means such as modulation of alertness and connection to nature . Furthermore, research has demonstrated that prolonged exposure to urban environments requires higher cognitive processing resources than exposure to nature environments, even with only visual cues available . These findings suggest that natural environments may support attention restoration and potentially lead to improved reaction times for attention compared to urban environments.
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| Papers (5) | Insight |
|---|---|
| Reaction time for attention differs between natural and urban environments, with green spaces perceived as more calming and reducing attentional demands compared to crowded urban environments, as indicated by self-reported emotional states. | |
Open access•Journal Article 7 Citations | Attention reaction time varies in natural and urban environments due to differing cognitive demands. Urban settings tax attention systems designed for nature, potentially leading to slower reaction times compared to natural environments. |
| Reaction time for attention did not differ between natural (meadow, ocean) and urban environments in the study. Both natural environments were perceived as more restorative than the urban setting. | |
| Reaction time for attention differs based on perceived naturalness in urban environments. High- and medium-naturalness settings enhance attention restoration, potentially improving reaction time compared to low-naturalness urban environments. | |
| Visual exposure to natural scenes captures less attention than urban scenes, impacting reaction time differently due to varying cognitive demands associated with nature and urban environments. |
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