In cognitive psychology, Attention Restoration Theory (ART) posits that natural environments restore directed attention capacity by engaging involuntary 'soft fascination,' whereas urban environments exhaust voluntary attention. In a recent study, researchers had two groups of participants perform a cognitively taxing memory task, after which Group A walked through a nature reserve and Group B walked along a busy city street. Upon returning, both groups repeated the memory task. Group A showed a significant increase in recall accuracy, while Group B’s performance remained unchanged. However, when the researchers repeated the experiment but had Group A listen to loud traffic noise via headphones during their nature walk, Group A’s post-walk performance increase was completely eliminated. Which choice most logically completes the text?
- auditory stimulation from urban environments can disrupt the cognitive restoration typically provided by exposure to natural settings.Answer
- Bwalking in a nature reserve provides no cognitive benefits if a person is not actively focusing on the visual details of the environment.
- Curban environments would be just as restorative as natural environments if noise levels in cities were significantly reduced.
- Dauditory sensory inputs are more cognitively demanding for the human brain to process than visual sensory inputs are.