Understanding How Scuba-Diving Virtual Reality Shapes Underwater Tourism Perception: A Mixed-Methods Study

Technical Summary: Understanding How Scuba-Diving Virtual Reality Shapes Underwater Tourism Perception

Problem Statement
Underwater tourism, encompassing marine ecosystems and cultural heritage sites, remains inaccessible to the majority of the global population due to significant physical, financial, and logistical barriers. Traditional scuba diving requires specialized training, substantial equipment investment, and carries inherent safety risks, effectively excluding large demographic segments. While Virtual Reality (VR) has emerged as a transformative tool in general tourism, there is a critical gap in understanding how scuba-diving-specific VR experiences influence destination perception and behavioral intentions. Existing literature lacks a nuanced examination of how these immersive experiences function differently for certified divers versus non-divers, particularly regarding the psychological mechanisms that drive technology acceptance and visit intentions in this specific context.

Methodology
This study employed an exploratory sequential mixed-methods design to investigate the psychological mechanisms underlying scuba-diving VR (SDVR) experiences.

• Participants: The study involved two distinct groups: 29 certified scuba divers (with recent certification and at least 10 logged dives) and 169 non-divers (no prior experience). The total quantitative sample was 198, supplemented by 20 qualitative interviews (10 divers, 10 non-divers).
• Procedure: Participants engaged in a 25-minute immersive SDVR simulation using high-end head-mounted displays (HMDs) with hand controllers. The environment simulated a moderate-depth reef ecosystem (15–18 meters) featuring accurate marine flora/fauna, interactive equipment (regulators, buoyancy compensators), and environmental dynamics (currents, navigation).
• Data Collection:
  • Qualitative: Semi-structured interviews and focus groups were conducted post-experience to explore themes of authenticity, presence, emotional engagement, and behavioral intentions.
  • Quantitative: Structured surveys measured constructs including VR Experience Quality, Presence/Immersion, Destination Perception (Cognitive and Affective), Emotional Engagement, Authenticity, Technology Acceptance, and Behavioral Intentions.
• Analysis:
  • Qualitative data underwent thematic analysis using NVivo.
  • Quantitative data was analyzed using Partial Least Squares Structural Equation Modeling (PLS-SEM) via SmartPLS. The model tested direct effects, mediation pathways, and multi-group differences between divers and non-divers. Moderation effects of personal innovativeness and prior VR experience were also tested.

Key Contributions
The paper makes three primary theoretical contributions:

1. Bifurcated Psychological Pathways: It challenges the assumption of a unified mechanism in VR tourism, demonstrating that SDVR operates through distinct cognitive and emotional pathways depending on user expertise.
2. The "Authenticity Fidelity Paradox": It identifies a boundary condition where increasing technical sophistication can undermine perceived authenticity for experienced users who compare the simulation against real-world sensory deficits (e.g., lack of pressure or tactile resistance), whereas non-divers perceive higher fidelity as more authentic.
3. Extension of S-O-R and TAM: The study extends the Stimulus-Organism-Response (S-O-R) framework by validating specific mediation roles of presence and emotional engagement. It also argues that the Technology Acceptance Model (TAM) requires integration with hedonic and emotional constructs to adequately explain adoption in leisure contexts, as affective drivers often outweigh utilitarian evaluations.

Key Results

• Structural Model Performance: The model explained 61% of the variance in visit intention and 72% of the variance in diving intention.
• Primary Pathways:
  • VR Experience Quality significantly predicted Presence/Immersion ($\beta = 0.52$) and Emotional Engagement ($\beta = 0.48$).
  • Presence/Immersion drove Cognitive Destination Perception ($\beta = 0.41$), while Emotional Engagement drove Affective Destination Perception ($\beta = 0.56$).
  • Authenticity perception significantly predicted both cognitive and affective perceptions.
• Multi-Group Analysis (Divers vs. Non-Divers):
  • Non-Divers: Showed stronger links between VR Quality and Presence ($\beta = 0.61$) and between Emotional Engagement and Affective Perception ($\beta = 0.68$). Their visit intentions were primarily driven by affective factors.
  • Divers: Showed stronger links between Presence and Cognitive Perception ($\beta = 0.52$) and between Cognitive Perception and Visit Intention ($\beta = 0.38$). Their intentions were driven more by knowledge acquisition and site-specific preparation.
  • Revisit Intention: Divers (84%) were significantly more likely to intend to revisit the VR experience than non-divers (60%), viewing it as a training/rehearsal tool rather than just entertainment.
• Moderation: Personal innovativeness strengthened the link between technology acceptance and visit intention. Prior VR experience moderated emotional responses, with VR-naive users showing stronger emotional engagement from immersion.

Significance and Claims
The authors claim that SDVR serves a dual function in underwater tourism development:

1. For Non-Divers: It acts as an emotional gateway and accessibility equalizer, removing physical and psychological barriers (fear, fitness concerns) to generate visitation intentions through emotional engagement and awe.
2. For Divers: It functions as a specialized preparation and reconnaissance tool, facilitating site-specific knowledge acquisition and tactical planning.

The study posits that SDVR represents a transformative tool for inclusive and sustainable development. By democratizing access to underwater environments, it can foster ocean literacy and environmental stewardship among populations previously excluded from marine experiences. Furthermore, the "authenticity paradox" suggests that VR's departure from physical reality can paradoxically strengthen conservation commitments by allowing users to experience fragile ecosystems without the risks of physical degradation. The authors conclude that successful implementation requires segmented strategies: emotional and accessible messaging for non-divers, and technically accurate, detail-oriented content for divers.