Submitted:
18 March 2026
Posted:
19 March 2026
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Abstract
Keywords:
1. Introduction
1.1. Tourism Risk Environment and Tourism Flow Disruptions
1.2. Rural Tourism Vulnerability and the Latvian Context
1.3. Digital Tools in Tourism Under Disrupted Travel Conditions
1.4. Aim of the Study and Objectives
- Analyse consumer evaluations of the importance of digital tools and technologies in rural tourism enterprises, examining differences across age groups, regions, and settlement types;
- Explore consumers’ views on the factors that, in their opinion, determine the competitiveness of rural tourism enterprises, based on responses to the open-ended question regarding what enterprises could do to become more competitive;
- Analyse consumer-defined improvement priorities in rural tourism, identifying which changes and development directions respondents consider most necessary to make rural tourism offers easier to choose, understand, and use under changing tourism conditions.
2. Methodology
2.1. Research Design
2.2. Survey Design and Data Collection
- Socio-demographic variables (age group, region, settlement type);
- Closed-ended items on perceptions of digital tools in rural tourism enterprises measured using Likert-type scales (Likert, 1932);
- Behavioural and attitudinal indicators (including perceived importance of digitalisation);
- Open-ended questions on digitalisation, competitiveness, and desired improvements in rural tourism.
2.3. Quantitative Analysis
2.4. Qualitative Analysis
2.4.1. Data Inclusion and Handling of Non-Substantive Responses
2.5. Ethical Considerations
3. Theoretical Background
3.1. Risks and Vulnerability in Tourism
3.2. Rural Tourism Development under Structural Constraints
3.3. Tourism Development and Regional Patterns in Latvia
3.4. Regional Disparities and Competitiveness Challenges in Latvian Rural Tourism
3.5. Tourism Flow Changes and Tendencies under Geopolitical and Pandemic Shocks
3.6. Digital Tools and Competitiveness in Rural Tourism
3.7. Conceptual Framework of the Study
4. Results
4.1. Sample Characteristics
4.2. Age-Related Differences in Perceived Importance of Digital Tools in Rural Tourism
4.2.1. Perceived Use of Advanced Digital Solutions in Rural Tourism Enterprises
4.2.2. Perceived Importance of Technological Innovations and Digital Opportunities
4.2.3. Age Differentiation Across Specific Digital Tools
- Virtual tours show the strongest differentiation across age groups. Maximum ratings are most frequent among respondents aged 35–54, while younger and the oldest groups show wider dispersion. Linear-by-linear association is highly significant (p < 0.001), with moderate-to-strong correlations (Pearson r = 0.178; Spearman ρ = 0.271).
- Digital guides and maps show a stronger age gradient. Respondents aged 25–44 most frequently assign maximum importance, while younger and older groups show greater variability. The linear trend is statistically significant (p < 0.001), with moderate correlations (Pearson r = 0.117; Spearman ρ = 0.158).
- Digital review platforms are valued across all age groups, with the highest concentration of maximum ratings among respondents aged 35–54. Correlations indicate a weak but significant positive association with age (Pearson r = 0.107; Spearman ρ = 0.153; both p < 0.001). Although the statistical associations are relatively weak, they indicate systematic differences in evaluation patterns across age groups.
- Online booking and digital payments are highly valued across all age groups. Younger respondents appear to treat them as standard service infrastructure, while respondents aged 35–54 most frequently assign maximum importance. Older groups show greater dispersion. Linear association is significant (p = 0.003), with weak positive correlations (Pearson r = 0.092; Spearman ρ = 0.095).
- QR code–based information demonstrates a non-linear and fragmented age pattern. While respondents aged 25–54 evaluate QR codes positively, younger respondents treat them as routine digital elements, and older respondents show pronounced polarisation. Although Pearson correlation is statistically significant (r = 0.124, p < 0.001), Spearman correlation is non-significant (ρ = 0.004, p = 0.892), indicating non-monotonic age effects.
4.2.4. Perceptions of Whether Rural Tourism Enterprises Take Customer Preferences into Account
4.3. Regional and Settlement-Type Convergence of Digital Expectations
4.4. Qualitative Results: Open-Ended Responses on Competitiveness
4.5. Expected Improvements in Rural Tourism
5. Discussion
5.1. Digital Tools as Visibility and Functional Mechanisms in the Consumer Travel Journey
5.2. Digital Visibility and the Role of Promotion in Rural Tourism Competitiveness
5.3. Institutional Support and Skills in Shaping Competitiveness
5.4. Experience, Value and Structural Conditions of Rural Tourism Competitiveness
5.5. Integrating Quantitative and Qualitative Evidence in Understanding Rural Tourism Competitiveness
6. Conclusions and Implications
6.1. Conclusions
6.2. Theoretical Implications
6.3. Managerial Implications
6.4. Policy Implications
6.5. Limitations and Future Research
Author Contributions
Funding
Institutional Review Board Statement
Informed Consent Statement
Data Availability Statement
Acknowledgments
Conflicts of Interest
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| Digital solution | Linear trend (statistics) | Strength of age effect | Conceptual interpretation |
|---|---|---|---|
| Virtual tours | Spearman ρ = 0.271, Pearson r = 0.178, p < 0.001 | Moderately strong | Build pre-visit confidence and support decision-making, with stronger age-related differentiation (higher importance in older groups). |
| Digital guides & maps | Spearman ρ = 0.158, Pearson r = 0.117, p < 0.001 | Moderate | Older respondents value structured, location-based digital information that reduces uncertainty and improves spatial orientation. |
| Digital review platforms | Spearman ρ = 0.153, Pearson r = 0.107, p < 0.001 | Moderate | Act as a trust cue and help reduce uncertainty before choosing; importance tends to be higher in older age groups. |
| Online booking & digital payments | Spearman ρ = 0.095, Pearson r = 0.092, p = 0.003 | Weak–moderate | Support planning and decision-making as basic transaction functionality, with slightly higher importance in middle age groups. |
| QR codes* / e-information | Spearman ρ = 0.004 (n.s.), Pearson r = 0.124, p < 0.001 | Weak / non-linear | Show uneven evaluations across age groups, suggesting a non-linear and usability-driven pattern rather than a clear age trend. |
| Competitiveness dimension | Respondents (n) | % of respondents* | Interpretation |
|---|---|---|---|
| State & institutional support and policy | 186 | 18.5% | Competitiveness is perceived as systemically conditioned. Taxation, bureaucracy, regulation, public support instruments and infrastructure investment define whether rural tourism enterprises can invest, digitalize and develop at all. |
| Marketing and promotion (without explicit digital reference) | 146 | 14.5% | Visibility is understood as a demand-activation mechanism, particularly in local markets and under seasonal volatility, through promotion, events and traditional media. |
| Price and affordability | 117 | 11.7% | Value-for-money emerges as a core competitiveness logic, linking affordability and the price–quality balance to perceived market viability. |
| Innovation, digital tools & smart solutions | 112 | 11.2% | Digitalisation is interpreted primarily as a functional accessibility and friction-reduction mechanism, rather than innovation for its own sake. Competitiveness is associated with online booking and payments, automation, Wi-Fi, QR solutions and similar tools. This dimension is often framed conditionally, depending on access to funding and skills. |
| Diversity of offer and uniqueness | 97 | 9.7% | Differentiation and uniqueness function as adaptive mechanisms to fluctuating tourism flows, enabling added value beyond accommodation and helping to mitigate seasonality. |
| Skills, education and knowledge | 96 | 9.6% | Competences, including digital skills, are perceived as necessary conditions for implementation. This dimension helps explain incomplete digitalisation even when financial support is available. |
| Market access and demand conditions | 91 | 9.1% | Demand base and seasonality are perceived as structural constraints shaping competitiveness beyond individual enterprise performance. |
| Digital presence and online visibility | 87 | 8.7% | Digital visibility functions as an “entry ticket” to competitiveness, enabling accessibility, transparency and trust under conditions of uncertainty and disrupted tourism flows. |
| Finances | 60 | 6.0% | Investment capacity, liquidity, and financing are mentioned as feasibility constraints (distinct from policy-specific support). |
| Labour and demographic constraints | 48 | 4.8% | Labour shortages and demographic trends are perceived as structural risks explaining limits to service quality and development capacity. |
| Service quality and experience | 46 | 4.6% | Experience quality is associated with reputation and repeat demand, often complementing visibility-driven attraction mechanisms. |
| Sustainability and environmental aspects | 46 | 4.6% | Dual competitiveness dimension, balancing environmental values against regulatory requirements and cost pressures. |
| Cooperation and networks | 40 | 4.0% | Collective competitiveness through cooperation, shared platforms and partnerships is perceived as a response to small market size and high marketing costs. |
| Infrastructure & physical accessibility | 23 | 2.3% | Structural preconditions shaping competitiveness, particularly in relation to access, transport, signage, and basic facilities. |
| Competitiveness dimension | Importance (n) | % | Expected improvements (n) | % | Change in emphasis |
|---|---|---|---|---|---|
| Digital presence & online visibility | 87 | 8.7% | 77 | 7.7% | Stable digital entry condition |
| Innovation, digital tools & smart solutions | 112 | 11.2% | 98 | 9.8% | Stable functional digital layer |
| Marketing & promotion (offline / non-digital) | 146 | 14.6% | 137 | 13.7% | Demand activation (stable) |
| Price & affordability | 117 | 11.7% | 73 | 7.3% | Structural constraint (declines in improvement framing) |
| Market access & demand | 91 | 9.1% | 45 | 4.5% | Structural constraint |
| Service quality & experience | 46 | 4.6% | 84 | 8.4% | Visitor-facing priority (increase) |
| Infrastructure & physical accessibility | 23 | 2.3% | 131 | 13.1% | Operational usability priority (strong increase) |
| Diversity of offer & uniqueness | 97 | 9.7% | 168 | 16.7% | Core experiential priority (strong increase) |
| Sustainability & environment | 46 | 4.6% | 67 | 6.7% | Normative quality dimension |
| State & institutional support & policy | 186 | 18.6% | 50 | 5.0% | Structural determinant → background condition |
| Finances | 60 | 6.0% | 16 | 1.6% | Internal feasibility constraint |
| Skills, education & knowledge | 96 | 9.6% | 15 | 1.5% | Implementation capacity (background) |
| Cooperation & networks | 41 | 4.1% | 13 | 1.3% | Secondary supportive mechanism |
| Labour & demographic constraints | 48 | 4.8% | 13 | 1.3% | Structural risk factor |
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