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Scenario Modeling for Ho Chi Minh City: Future Climate Risk Communication Through Simulation and Visualization. Anond Snidvongs Southeast Asia START Regional Center Chulalongkorn University Bangkok, Thailand Nguyen Huu Nhan Southern Hydrometeorological Forecasting Center
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Scenario Modeling for Ho Chi Minh City:Future Climate Risk Communication Through Simulation and Visualization Anond Snidvongs Southeast Asia START Regional Center Chulalongkorn University Bangkok, Thailand Nguyen Huu Nhan Southern Hydrometeorological Forecasting Center Ho Chi Minh, Viet Nam
Simulation and Modeling Tools Used • Monsoon Driven Climate: PRECIS downscaled of ECHAM4 A2 and B2 GCM’s • Storms: Modified Linda • Sea Level: DIVA • Hydrodynamic: HydroGIS A total of 27 scenarios
3 and 5-days Extreme Rainfalls with 30 and 100 yReturn Periods
Linda PA2 Linda PA1 Linda 1997 Storm Scenarios
Fig 1. The effect of flood control system of HCMC for points inside flood protection area (example: District 1 of HCMC) Fig 2. The effect of flood control system of HCMC for points outside flood protection area (example: Sai Gon Main River)
With Dykes No Dykes