Probabilistic methods are widely adopted for residual flood hazard assessment in flood-prone areas protected by levees. Such can consider various sources of uncertainty, including breach location and event characteristics, allow the quantification result confidence. However, possible occurrence multiple levee breaches during same is usually disregarded. This paper presents a probabilistic metho...

Riverine floods pose a considerable risk to many communities. Improving flood hazard projections has the potential inform design and implementation of management strategies. Current are uncertain, especially due uncertain model parameters. Calibration methods use observations quantify parameter uncertainty. With limited computational resources, researchers typically calibrate models using eithe...

Abstract. A modelling framework for using regional climate projections to assess flooding hazard has been developed and applied the Gwydir River (catchment 26 600 km2 floodplain 8100 km2), NSW, Australia. The model uses NSW ACT Regional Climate Modelling version 1.5 combined with computationally efficient hydrologic hydraulic models. Although it required management high-performance computing re...

In this study, the flood hazard of Corum province (Turkey) was investigated using Analytic Hierarchy Process (AHP), which is one most popular Multi-criteria Decision Analysis (MCDA) methods, based on Geographic Information System (GIS). As a result AHP process, categorized into five classes: very high, medium, low, and low. It determined that 3% total area under high hazard, 25% considered haza...