Urban Disaster Risk Reduction and Resilience Planning
Focuses on urban hazard assessment, disaster preparedness, emergency response, recovery planning, contingency planning, and resilience strategies for cities and urban communities.
Every field and theme the centre researches.
Showing 1–10 of 11 research areas
Focuses on urban hazard assessment, disaster preparedness, emergency response, recovery planning, contingency planning, and resilience strategies for cities and urban communities.
Covers earthquake risk assessment, site response analysis, soil behaviour, liquefaction potential, geotechnical investigation, building vulnerability, and seismic risk reduction.
Focuses on digital tools, early warning systems, data analytics, artificial intelligence, decision-support platforms, smart-city technologies, risk communication, and public education.
Covers community preparedness, informal settlements, urban poverty, gender-sensitive resilience, vulnerable populations, livelihood risks, public awareness, and inclusive disaster planning.
Includes urban risk governance, policy analysis, institutional coordination, local government capacity building, resilience mainstreaming, building-code implementation, and planning regulation.
Focuses on slope instability, landslide hazards, riverbank erosion, sedimentation, coastal and deltaic city risks, tidal flooding, and resilience planning for vulnerable urban and peri-urban...
Addresses air and water pollution, solid waste management, land degradation, urban ecology, green infrastructure, environmental vulnerability, and sustainable urban development.
Covers roads, bridges, buildings, housing, utilities, hospitals, schools, emergency shelters, power supply, water systems, and other critical facilities exposed to disaster and climate risks.
Focuses on geospatial technologies for hazard mapping, vulnerability assessment, exposure analysis, land-use monitoring, urban growth analysis, and spatial decision-support systems.
Includes flood-risk mapping, waterlogging, stormwater management, drainage congestion, urban wetlands, groundwater issues, and nature-based solutions for urban water challenges.