Subject Area 1: Geo-Management: Governance, Policy & Integrated Territorial Development
This axis focuses on the institutional, legal, and managerial frameworks required to transform geological wealth into sustainable regional assets.
- UNESCO Global Geoparks (UGGp): Best practices in governance, application processes, management structures, and strategic alignment with UN Sustainable Development Goals (SDGs).
- Public Policies & Territorial Planning: Integrating geosciences into regional development schemes, rural renewal plans, and mountainous territory public policies.
- Multi-Stakeholder Partnerships: Bottom-up approach frameworks involving local communities, government bodies, NGOs, and private actors in geo-resource management.
- Conflict Resolution & Resource Allocation: Balancing mining/quarrying needs, environmental conservation, and local community rights.
Subject Area 2: Applied Geosciences, Geohazards & Climate Resilience
Dedicated to understanding Earth dynamics, assessing natural risks, and developing adaptation strategies for highly vulnerable ecosystems.
- Geohazard Assessment & Mitigation: Risk mapping and monitoring of landslides, rockfalls, soil erosion, seismic activity, and flash floods in mountainous regions.
- Slope Instability & Soil Mechanics: Advanced geotechnical characterization of fragile slopes and slope stabilization techniques.
- Climate Change Impact & Resilience: Modeling the impacts of climate change on mountain hydrology, soil degradation, and desertification.
- Applied Hydrogeology: Management of scarce water resources, aquifer vulnerability, and karst hydrogeology in high-altitude environments.
Subject Area 3: Sustainable Civil Infrastructure & Advanced Geomaterials
Bridging the gap between engineering and geology to design infrastructures that respect environmental constraints and utilize local resources.
- Valorization of Local Geomaterials: Engineering properties, optimization, and characterization of raw earth (compressed earth blocks, rammed earth) and local natural stone.
- Eco-Friendly and Low-Carbon Materials: Bio-sourced binders, recycled aggregates, and green concrete for sustainable construction.
- Infrastructure Longevity in Fragile Zones: Design, maintenance, and rehabilitation of roads, bridges, and dams subjected to extreme mountain climates and geohazards.
- Geo-Engineering for Heritage Conservation: Structural reinforcement and preservation techniques for historical earthen and stone structures.
Subject Area 4: Sustainable Tourism Engineering: Ecotourism, Biodiversity and Geotourism Models
Exploring innovative tourism practices that conserve natural capital while driving economic development for local communities.
- Geotourism & Geo-inheritance Valorization: Designing geosites, geological trails, and interpretive centers to promote Earth sciences to the public.
- Biodiversity & Ecosystem Services: Assessing the carrying capacity of protected areas, tracking ecological impacts of tourism, and wildlife conservation.
- Community-Based Ecotourism (CBET): Business models that empower local mountain communities through sustainable hospitality and micro-enterprises.
- Sustainable Resource Management: Waste management, eco-certifications, and energy efficiency within remote tourist facilities.
Subject Area 5: Smart Geosciences: Geomatics, AI & Digital Transition
Leveraging cutting-edge digital technologies, spatial data, and computer science to revolutionize environmental monitoring and geosciences.
- Advanced Geomatics & Remote Sensing: Satellite imagery analysis, UAV (drone) photogrammetry, and LiDAR mapping for topographic and environmental monitoring.
- Artificial Intelligence & Machine Learning: AI-driven predictive modeling for geohazards, automated land-use classification, and spatial Big Data analytics.
- 3D Geological Modeling & Digital Twins: Creating virtual replicas of landscapes, catchments, and underground structures for simulation purposes.
- Immersive Technologies (VR/AR): Virtual Reality and Augmented Reality for virtual geo-tourism, educational field trips, and spatial data visualization.
Subject Area 6: Socio-Technical Heritage: Traditional Knowledge & Science Education
Connecting human history, ancestral practices, and modern science education to foster inclusive territorial resilience.
- Safeguarding Ancestral Knowledge: Documenting and reviving traditional water management systems (e.g., Khettaras/Qanats), terrace farming, and vernacular architecture.
- Territorial Memory & Ethnogeology: Studying the historical relationship between local myths, cultural identity, and geological landscapes.
- Geo-Education & Scientific Literacy: Designing pedagogical tools, public outreach programs, and citizen science initiatives for schools and local populations.
- Capacity Building: Training programs for local guides, park rangers, and local decision-makers in sustainable development and geo-conservation.