New approach to online hydrodynamic modeling in flood and inundation forecasting at the Institute of Water Resources Planning
Institute of Water Resources Planning (IWRP), with the inherent strengths of the leading hydraulic work planning agency in the country, has many years of experiences in using powerful model sets to serve hydrological and hydraulic calculations in hydraulic work planning, flood forecasting and warning, as well as disaster mitigation.
The Institute of Water Resources Planning (IWRP), with the inherent strengths of the leading hydraulic work planning agency in the country, has many years of experiences in using powerful model sets to serve hydrological and hydraulic calculations in hydraulic work planning, flood forecasting and warning, as well as disaster mitigation.
In recent years, advanced developments in cloud computing technology have actively supported the use of powerful modeling platforms that previously had to run on land-based company servers which require high hardware capabilities but not always affordable.
The recent approach to the 3Di modeling platform, developed by the Nelen & Schuurmans (Netherlands), allows hydrodynamic simulations, interactive and online, designed to support hydrologists, decision makers and stakeholders to prevent, mitigate and manage the impact of floods. This could be one of the most advanced and useful tools for the Institute's work, especially in simulating, forecasting and warning floods and inundation.
Currently, many young staff of the Institute have participated in training to familiarize themselves with and apply the model in regular tasks of the Institute. This new approach will hopefully be effective, complement the existing model sét available at the Institute and help solve the problem of simulating flooding and inundation for low-lying areas, downstream of reservoirs, and river basins across the country in the context of increasingly obvious and unpredictable impacts of climate change.
See also https://www.linkedin.com/posts/3di-water-management_this-week-our-colleagues-martijn-krol-in-activity-7067765887369375744-ZGSK/?utm_source=share&utm_medium=member_desktop
Live site feature of the 3Di
An example of the flexible of computational grid cells in 3Di
A training session on 3Di supported by online and offline specialists from Nelen & Schuurmans
- Proposing solutions for water diversion and water connection in the North Central Region in order to optimize the capacity of water storing, regulating and distributing to meet the requirements of socio-economic development
- Grassroots-level acceptance of the State-level scientific research project: "Proposing solutions to prevent flooding and inundation for Bui river basin and surrounding areas" coded DTDL.CN-16/20.
- Training on Real Water Savings in Agricultural Systems (REWAS)
- JST is to fund six research projects for the e-ASIA Joint Research Program in the fields of “Advanced Interdisciplinary Research towards Innovation (Water Resource Management)” and “Environment (Climate Change Impact on Natural and Human Systems)”
- Technological capacities
- Final workshop of the project “Integrated and Sustainable Management of Red – Thai Binh River System in a Changing Climate (IMRR)”
- Training series on Remote sensing for Land and Water management
- Seminar “Integrated water management in the Red River: remote sensing and modeling for optimal reservoir management” at the IWRP
- Mini-seminar between Institute of Water Resources Planning and Collecte Localisation Satellites Group (CLS), France.
- Water Accounting for Vietnam Project Workshop at ADB Office in Hanoi
- Seminar on Cooperative training program "Application of remote sensing in water resources management"
- A two-day online training on Remote Sensing of Drought
- Mekong River Commission trains facilitators on use of hydropower sustainability assessment tool
- Science PhD thesis: Quantifying the distribution of alluvial Mekong Delta: Present and Future.
- Scientific and technology studies
