Enhancing Extreme Weather Early Warning Systems in Upper Bekasi River Basin Through Coupled Hydro-meteorological Model

Flooding is frequently emerging events in the Upper Bekasi river basin and causes economic loss, property damage, loss of life, even hinders sustainable development. Torrential rain one natural hazards that often triggers flooding, especially watersheds have undergone land use changes. One mitigation efforts can be carried out by vicinity community, government, private enterprises other stakeholders utilizing an early warning system. This study will delineate successful coupled hydro-meteorological models to predict flooding various regions world with different climatic terrestrial characteristics. However, order for system effective improve community resilience, four vital elements systems are recommended fulfilled, namely risk knowledge, monitoring services, dissemination communication, response capability. Therefore, this compile how model utilized properly generate so thriving sustainability achieved.