Use of static and dynamic media to simulate environments: a meta-analysis.

Area of Science:

• Environmental psychology
• Human-computer interaction
• Virtual reality studies

Background:

• Evaluating subjective responses to environments is crucial in fields like urban planning and environmental psychology.
• Traditionally, onsite evaluations were the gold standard, but they are resource-intensive.
• Digital media, including static and dynamic simulations, offer potential alternatives for environment assessment.

Purpose of the Study:

• To systematically review and compare the validity of subjective responses elicited by static media (e.g., color slides) and dynamic media (e.g., virtual reality) against onsite evaluations.
• To assess the comparative validity between static and dynamic media simulations themselves.

Main Methods:

• A comprehensive literature review was conducted, synthesizing 84 empirical findings.
• Data from 6,323 participants across 967 diverse environments were analyzed.
• Meta-analytic techniques were used to calculate overall correlation coefficients.

Main Results:

• Subjective responses from static media simulations showed a high correlation (r = .86) with onsite evaluations.
• Subjective responses from dynamic media simulations also demonstrated strong agreement (r = .83) with onsite evaluations.
• The correlation between static and dynamic media simulations was also high (r = .82), indicating comparable results.

Conclusions:

• Both static and dynamic media simulations provide valid and reliable measures of subjective environmental responses, comparable to onsite assessments.
• The choice between static and dynamic simulation media should prioritize practical efficacy and resource considerations rather than perceived differences in validity.
• These findings support the broader adoption of simulation technologies for environmental evaluation and design.