Conducted hydrological and ecological assessments to inform early flood flow strategies from the Mekong River to the Tonle Sap.

Developed hydrodynamic models to simulate water movement and optimize the timing of lake in-filling.

Designed infrastructure concepts to support water diversion and enhance flow control.

Facilitated stakeholder consultations to ensure alignment with local needs and regional priorities.

Applied integrated, multi-sectoral planning approaches to strengthen floodplain management and promote sustainable water resource development.

Scientific Assessments and Modeling: Recompiled and analyzed floodplain data to develop early flood scenarios that support fish migration and crop protection. Established an optimized hydrological data network to improve understanding of the Mekong–Tonle Sap flood dynamics and to inform long-term flood risk mapping and planning.

Infrastructure Planning and Design: Proposed a multi-objective water conservancy scheme tailored to current and future land use, integrating considerations such as climate change, topography, soil conditions, and hydrology.

Institutional Cooperation and Policy Promotion: Advanced planning under a flexible legal and institutional framework that encourages intersectoral collaboration, alignment of shared goals, and conflict mitigation—fostering a cooperative environment for integrated water resource management.