Flood Risk Assessments Applications and Uncertainties
Flood Risk Assessments Applications and Uncertainties
English[eng]
flood risk assessments||vulnerability of networks||emergency management||geographic information systems||open source||flood risk||LOESS model||risk map calibration||112 emergency service||central Spain||PRICAM project||spatial autocorrelation||Poisson regression||eigenvector spatial filtering method||flood risk evaluation||Ebro River||flood mapping||flood risk areas||RADAR SAR||Sentinel-1||RGB composition||calibrated thresholding||pluvial floods||flood risk assessment||climate change||damages||vehicles||properties||pedestrians||floods||fatalities||circumstances of loss of life||historical analysis||levee failures||database||flood defences||levee breach||cultural heritage||meso-scale||flood hazard||flood vulnerability||Castile and León||Spain||lahar||Pico de Orizaba||paleostage indicators||tree-ring analysis||RAMMS program||flood torrential dynamics||geomorphological threshold||land-use changes||ski resort||hydrological response||Pyrenees||glacial lake outburst flood (GLOF)||debris flow||Bhote Koshi||landslides||Gorkha earthquake||hazard assessment||vulnerability indicators||vulnerability cartography||AHP||local analysis||open public data sources||economic damage||building first floor||magnitude–damage models||Navaluenga||flood forecasting||snow cover control||flood management||Tagus Basin||climate model projections||Reinosa||climate change prioritization||flood risk analysis||flood damage uncertainty
English[eng]
flood risk assessments||vulnerability of networks||emergency management||geographic information systems||open source||flood risk||LOESS model||risk map calibration||112 emergency service||central Spain||PRICAM project||spatial autocorrelation||Poisson regression||eigenvector spatial filtering method||flood risk evaluation||Ebro River||flood mapping||flood risk areas||RADAR SAR||Sentinel-1||RGB composition||calibrated thresholding||pluvial floods||flood risk assessment||climate change||damages||vehicles||properties||pedestrians||floods||fatalities||circumstances of loss of life||historical analysis||levee failures||database||flood defences||levee breach||cultural heritage||meso-scale||flood hazard||flood vulnerability||Castile and León||Spain||lahar||Pico de Orizaba||paleostage indicators||tree-ring analysis||RAMMS program||flood torrential dynamics||geomorphological threshold||land-use changes||ski resort||hydrological response||Pyrenees||glacial lake outburst flood (GLOF)||debris flow||Bhote Koshi||landslides||Gorkha earthquake||hazard assessment||vulnerability indicators||vulnerability cartography||AHP||local analysis||open public data sources||economic damage||building first floor||magnitude–damage models||Navaluenga||flood forecasting||snow cover control||flood management||Tagus Basin||climate model projections||Reinosa||climate change prioritization||flood risk analysis||flood damage uncertainty