A Framework for Archaeotourism Impact Assessment and Community Mapping

Thesis Abstract

This study addresses the growing tension between heritage conservation, local livelihoods, and visitor demand within Archaeotourism, focusing on how tourist activity and heritage site management affect community well-being and site sustainability. The problem stems from fragmented assessment practices that overlook resident perceptions, equity of benefit distribution, and spatially explicit mapping of tourism pressures on archaeological resources. The aim is to develop a robust framework for assessing Archaeotourism impacts and to produce a community-based mapping tool that integrates social, economic, and environmental dimensions. Specific objectives are (1) to identify indicators of socio-economic change, cultural integrity, and site integrity attributable to Archaeotourism; (2) to examine residents’ participation, governance quality, and perceived benefits and costs; (3) to integrate GIS-based community mapping with impact assessment to spatially represent pressure points and resource vulnerability; (4) to test the applicability of the framework across two archeological landscapes with contrasting governance regimes; and (5) to formulate policy and management recommendations for equitable, sustainable Archaeotourism. The methodology combines a pragmatic research design with a mixed-methods approach. The study adopts a contemporary realist paradigm to capture contextual mechanisms, guided by the stakeholder theory of governance and the sustainable livelihoods framework. The population comprises residents, site managers, tour operators, and visitors associated with two archaeologically significant sites in a coastal region and a inland desert landscape. A stratified random sample of 300 residents and 40 site managers, 25 tour operators, and 400 standard visitor surveys will be surveyed. Data collection instruments include structured questionnaires for households, semi-structured interviews with community leaders and managers, focus group discussions with residents, participant observation at sites, and GIS spatial layers built from high-resolution satellite imagery and community-drawn participatory maps. Instrument validity will be ensured through expert review and pilot testing (n=40 for questionnaires). Reliability will be assessed using Cronbach’s alpha for multi-item scales, targeting at least 0.7. For data analysis, descriptive statistics and inferential tests will be employed, including multiple regression to identify predictors of community well-being, structural equation modeling to test the relationships between governance, perceived benefits, and site integrity, and ANOVA to compare differences between sites. The spatial dimension will be analyzed with GIS-based hotspot analysis and kernel density estimation to identify pressure zones and vulnerability. The analytical framework combines a quantitative impact index with a qualitative thematic analysis of interview and focus group data, using a triangulation approach to strengthen validity. Ethical considerations include informed consent, confidentiality, and adherence to heritage ethics and local customary rights. Expected findings anticipate a nuanced set of indicators that connect visitor flows, economic activity, and cultural impacts to measurable outcomes in community welfare and heritage condition. It is anticipated that higher governance quality and inclusive benefit sharing correlate with reduced negative social impacts and improved perceptions of site stewardship. The framework will reveal spatially explicit patterns showing hotspots of degradation risk and areas where community mapping aligns with formal management plans. The study expects to demonstrate the value of integrating participatory GIS mapping with social impact assessment to produce actionable management strategies. The contribution to knowledge lies in delivering a transferable, theory-informed framework that combines stakeholder governance, sustainable livelihoods, and archaeotourism carrying capacity into a single diagnostic tool, validated across heterogeneous site contexts. The study will advance methodological practices by illustrating how to operationalize community-based mapping within Archaeotourism impact assessment while maintaining scientific rigor. The main conclusion is that sustainable archaeotourism requires coupling governance-driven benefit-sharing mechanisms with spatially explicit risk mapping to manage site integrity and community resilience. Recommendations include (i) establishing participatory mapping forums to continuously update pressure and vulnerability maps; (ii) developing governance protocols that ensure equitable distribution of tourism benefits and transparent decision-making; (iii) implementing adaptive visitor management strategies guided by carrying capacity thresholds; and (iv) integrating the framework into national and regional heritage policy to support evidence-based planning, monitoring, and reporting. The framework is intended to be scalable to other archaeological landscapes and adaptable to varying governance contexts, with potential to inform international best practices in Archaeotourism impact assessment and community mapping.