GIS and Remote Sensing for Disaster Risk Management & Early Warning

Course overview

GIS and Remote Sensing for Disaster Risk Management & Early Warning is a practical professional training course that equips participants with the skills to use GIS, satellite imagery, Remote Sensing and spatial analysis to identify, monitor and manage disaster risks. The training explores how geospatial technologies can support the mapping of floods, droughts, landslides, wildfires, environmental hazards and other disaster-prone areas, while helping organisations assess vulnerability, exposure and potential impacts. Participants will learn how to combine spatial and real-time information to develop risk maps, hazard assessments, early-warning information and decision-support products that improve disaster preparedness, response and resilience.

There is no simpler answer to disaster risk than knowing where hazards are likely to occur, who and what is exposed, and how risks are changing over time. GIS and Remote Sensing provide powerful ways to answer these questions by combining satellite imagery, spatial data and location-based analysis. This training equips participants to map floods, droughts, landslides, wildfires and other hazards, assess vulnerability and exposure, monitor changing conditions, and develop geospatial information that strengthens early warning, disaster preparedness, emergency response and climate resilience.

Course objectives

• Apply GIS and Remote Sensing for disaster risk assessment and management.
• Use satellite imagery and geospatial data to identify and monitor disaster-prone areas.
• Map flood risk, drought, landslides, wildfires and other natural hazards using GIS.
• Conduct hazard, exposure, vulnerability and disaster risk mapping.
• Apply spatial analysis and remote sensing techniques to monitor changing environmental and disaster conditions.
• Develop GIS-based hazard and risk maps for disaster preparedness and planning.
• Use geospatial information to support early warning systems and emergency preparedness.
• Analyse climate-related risks and environmental changes that may increase disaster vulnerability.
• Use GIS for emergency response, evacuation planning and resource allocation.
• Produce professional disaster risk maps, spatial visualisations and geospatial decision-support information.
• Support climate resilience, disaster preparedness, risk reduction and evidence-based emergency management using geospatial technologies.

Who should attend