Active and passive exploration for spatial knowledge acquisition: A meta-analysis.

Area of Science:

• Cognitive Psychology
• Spatial Cognition
• Human Navigation

Background:

• Evidence is mixed regarding the benefits of active versus passive exploration for spatial knowledge acquisition.
• Active spatial learning involves movement control or navigation decisions, while passive learning involves observation.
• Understanding these differences is crucial for optimizing learning in large-scale, unfamiliar environments.

Approach:

• A multi-level meta-analytical model was employed to quantify the effects of active exploration.
• 128 effect sizes from 33 independent experiments were analyzed.
• Potential moderators influencing the variability in effect sizes were identified and examined.

Key Points:

• Active exploration demonstrated a small to moderate advantage over passive observation for spatial knowledge acquisition.
• Significant moderators included gender composition, decision-making involvement, types of spatial knowledge acquired, and visual information matching.
• These findings highlight specific conditions under which active learning is more beneficial.

Conclusions:

• Active exploration generally enhances spatial learning, though the magnitude of this benefit is influenced by several factors.
• The study provides quantitative insights into the effectiveness of active versus passive learning strategies.
• Implications for designing effective learning environments and future research directions were discussed.