Research Details
Integrated Assessment of Tidal and Flood Control Scenarios on Inundation Using HECRAS
Christine B. Mata, Dr. Nathaniel R. Alibuyog, Queenie Rose P. Calaranan, Ma. Gloann Liezel P. Longboy, Irene Joy G. Aceret, Tristan Janryll A. Mata
Category
Study
Status
Completed
Duration
Dec 27, 2021 -
Dec 26, 2024
Parent Project
→ Assessment, Monitoring, and Prediction of Coastal Flooding of Selected Municipalities in Region IRelated Studies
- • Storm Surge Modeling with DELFT-3D: The influence of Tide and Wind During Typhoon Ineng in the Laoag River Coastal Zone
- • Integrated Assessment of Tidal and Flood Control Scenarios on Inundation Using HEC-HMS-RAS
- • Development of a Web-Based Platform for Integrated Coastal Monitoring and Flood Preparedness
- • Predictive Ability of Delft3D-Based Storm Surge Forecasts Using Historical and Forecasted Typhoon Tracks
- • Evaluating the Suitability of GSMaP Satellite-Based Precipitation Data for Runoff Estimation in the Abra River Basin
- • Integrated assessment of tidal and flood control scenarios on inundation using HEC-RAS and HEC-HMS
Brief Description
This paper presents an integrated assessment of the impacts of tidal influence and flood control structures on inundation patterns using HEC-RAS model in Abra River Basin, a major river in the Philippines. The influence of tidal effects on flood extent and depth was explored, emphasizing the need for specific measures in coastal areas
Expected Output
Inundation maps, coastal flood protection design, resolution for budget support from PGIS