Induction of spatial anxiety in a virtual navigation environment

Area of Science:

• Psychology
• Virtual Reality Research
• Human Navigation Studies

Background:

• Spatial anxiety, characterized by fear of navigating environments, hinders exploration and goal achievement.
• Previous research treated spatial anxiety as a stable trait or a consequence, lacking causal investigation.
• No experimental methods existed to induce and study the effects of spatial anxiety.

Purpose of the Study:

• To create and validate a novel virtual reality protocol for experimentally inducing spatial anxiety.
• To investigate the causal impact of induced spatial anxiety on navigation and related psychological states.
• To establish a foundation for future research on the effects of spatial anxiety in real-world and virtual navigation.

Main Methods:

• Developed a virtual environment navigation task.
• Participants learned a route with directional cues, then navigated without cues.
• The spatial-anxiety group encountered unfamiliar paths, while the control group navigated a familiar route.

Main Results:

• The virtual reality manipulation successfully induced transient, state-level spatial anxiety.
• Task-related stress was significantly increased in the spatial-anxiety group.
• Task enjoyment was not significantly affected by the induced spatial anxiety.

Conclusions:

• The developed virtual reality protocol is effective in inducing state spatial anxiety and stress.
• This experimental paradigm provides a valuable tool for causal research on spatial anxiety in navigation.
• Future studies can utilize this method to explore the multifaceted effects of spatial anxiety on behavior and cognition.