ND-0165 · 2015 · Review
Wood and human stress in the built indoor environment: a review
Burnard & Kutnar. Wood Science and Technology. 2015-06-20.
doi.org/10.1007/s00226-015-0747-3 · Web-verified
What the study found
Studies of psychophysiological responses to wood in interiors showed reduced autonomic stress responses in rooms with wood compared with rooms without or with less wood. The review also covers methods for assessing stress in experiments.
Limitations
Narrative rather than systematic; the underlying studies are mostly small and short.
Neurodesign interpretation
An earlier review consistent with ND-0081 and ND-0082.
Possible design implications
Supports wood as one element of restorative interiors, with the limits of short laboratory exposures.
Study design
Narrative review
Population
Humans across reviewed experiments.
Setting
Interior environments
Field
Materials + haptics, Biophilia + restoration
Mechanism
Autonomic stress recovery
Spatial variable
Wood exposure
Keywords
wood, stress, autonomic, restorative design, review
Notes and follow-up
Related records: ND-0081, ND-0082, ND-0083, ND-0140, ND-0143.
indexed under
Mechanism
Spatial variable
related records
- ND-0081Psychophysiological responses to indoor wood use: A systematic literature review of indicators, methods, and research trends
- ND-0143Subjective and mobile EEG responses to wood-clad and drywall interior environments: An in situ crossover study
- ND-0083Physiological effects of visual stimulation with full-scale wall images composed of vertically and horizontally arranged wooden elements
- ND-0082Effect of Wood Indoor Environments on Human Psychophysiological Responses and Evaluation Indicators: A Review
- ND-0035Biophilic design in healthcare: a systematic review of health and wellbeing outcomes
- ND-0140Physiological and psychological relaxation effects from palmar contact with a wooden conference table: a randomized crossover study in an office conference room