Flood forecasting and early warning system for Dungun River Basin

• Main Authors: Hafiz I., Nor M.D., Sidek L.M., Basri H., Fukami K., Hanapi M.N., Livia L.
• Other Authors: 55812611800
• Format: Conference paper
• Published: Institute of Physics Publishing 2023
• Subjects: Dungun Basin; Malaysia; Terengganu; West Malaysia; Catchments; Crops; Flood control; Rain; Runoff; Watersheds; Analysis system; Catchment area; Early warning; Economic values; Flood forecasting; Inundation maps; Non-structural; Runoff analysis; catchment; conference proceeding; early warning system; flood forecasting; flooding; map; rainfall-runoff modeling; river basin; river discharge; satellite imagery; Floods

Floods can bring such disasters to the affected dweller due to loss of properties, crops and even deaths. The damages to properties and crops by the severe flooding are occurred due to the increase in the economic value of the properties as well as the extent of the flood. Flood forecasting & warning system is one of the examples of the non-structural measures which can give early warning to the affected people. People who live near the flood-prone areas will be warned so that they can evacuate themselves and their belongings before the arrival of the flood. This can considerably reduce flood loss and damage and above all, the loss of human lives. Integrated Flood Analysis System (IFAS) model is a runoff analysis model converting rainfall into runoff for a given river basin. The simulation can be done using either ground or satellite-based rainfall to produce calculated discharge within the river. The calculated discharge is used to generate the flood inundation map within the catchment area for the selected flood event using Infowork RS. � Published under licence by IOP Publishing Ltd.