Block I: Precision Agriculture and Sustainable Production
Agricultural remote sensing and crop health: early detection of pests and water stress, spectral indices and advanced analytics to improve productivity
Regenerative agriculture: soil mapping, orthophotos, precision applications and energy efficiency
Integration of satellites, light aerial systems and unmanned aerial systems: hybrid monitoring platforms, success stories on farms
Block II: Water and Natural Resource Management
Advanced water monitoring: monitoring of reservoirs, rivers and wetlands, drought prediction models using aerial observation
Optimisation of water use in agriculture: smart irrigation alert systems, aerial assessment of water stress
Mapping of natural resources and biodiversity: forest ecosystem studies, environmental indicators obtained via remote sensing
Block III: Forest Fires and Environmental Safety
Risk prevention and assessment: fuel load maps, predictive models based on satellite imagery and UAVs
Operational fire response: use of light manned aerial systems, use of drones in real time to support firefighting, communications systems and aerial coordination
Post-fire restoration: damage analysis and vegetation recovery, data-driven solutions for forest planning
Block IV: Climate Change, Urban Planning and Spatial Planning in the Management of Thermal Waters
Earth Observation and Climate Change: analysis of extreme events, big data processing, territorial evolution and future scenarios
Urban Management and Spatial Planning: cartographic updates, applications in mobility, infrastructure and geological risks
Data-driven multisectoral planning: thermal water management through observation systems, territorial governance and environmental digitalization
