Definition
Attention restoration is the process by which the capacity for voluntary, directed attention is replenished after depletion, typically through exposure to environments that engage involuntary, effortless fascination rather than demanding top-down control.
The concept was developed by environmental psychologists Rachel and Stephen Kaplan in their Attention Restoration Theory (ART), published in full in their 1989 book The Experience of Nature. Goleman draws on ART to explain why sustained top-down focus is a finite resource — and how to deliberately recharge it.
Why it matters
How it works
Directed attention fatigue
The Kaplans distinguished between two attentional modes. Directed attention is voluntary and effortful — it governs the ability to concentrate on a chosen target while inhibiting distractions. Because inhibitory control draws on a limited neural resource (associated with prefrontal cortex activity), long periods of directed attention lead to a characteristic fatigue: rising irritability, difficulty concentrating, impulsive decision-making, and reduced empathy.
Soft fascination as the restorative mechanism
Restorative environments work by engaging what the Kaplans call fascination — involuntary interest that holds attention without requiring the active suppression of competing stimuli. Natural settings are rich in soft fascination: clouds moving, water flowing, leaves shifting. These stimuli hold the gaze effortlessly, allowing the inhibitory control system to idle and recover. Hard fascination (an exciting movie, a competitive video game) can also capture attention involuntarily but tends to arouse rather than restore.
The four restorative properties
ART identifies four features of restorative settings: being away (psychological distance from demands), extent (a coherent environment rich enough to occupy the mind), fascination (effortless engagement), and compatibility (alignment with the person's purposes). Natural environments tend to score highly on all four; urban commercial environments score low on three of the four.
Evidence base
A landmark 2008 study by Marc Berman, John Jonides, and Stephen Kaplan found that a 50-minute walk in an arboretum improved performance on a backward digit-span task by roughly 20% compared with a walk along a busy city street. Similar effects have been replicated with window views, indoor plants, and even photographs of nature — though actual immersive exposure produces the strongest restoration.