HEIP Project: Development of Climate Data Information System for Cambodia

4C-Water-JEAI : Global Change in Coastal Catchments of Cambodia and Water Resource Vulnerability Research Team (4C-Water)

COSTEA: Understanding and Managing the Cambodian Floodplains: The Preks of Kandal Province

Water and Vulnerability in Fragile Societies

Training Needs Assessment on Capacity Building for Successful Development of Irrigation System in Cambodia

Development of Design Code of Irrigation and Drainage Systems for Cambodia

TEFRIC: Translation of Environmental Flow Research in Cambodia

Establishment of Environmental Conservation Platform of Tonle Sap Lake (A SATREPS in Cambodia)

Water, Society and Climate Change – Institutional Capacity Building in Water management and Climate Change Adaptation in selected countries in Asia and Africa (WaSo)

Establishment of the Asian Model for Research and Education on Urban Water Resource Management (also known as the Urban Water Project, UWP)

Increasing the knowledge of the water cycle in order to reduce vulnerability to Climate Change hazards through an integrated approach

Hydrological study to mitigate flood/drought disaster in Tonle Sap Lake, Kingdom of Cambodia

Integrated Water Resources and Environmental Management for Asian and African Mega deltas under climate change

Water Governance and Climate Change in Cambodia

Spatial interpolation of meteorological data, Tonle Sap Great Lake, Cambodia. A case study of the Chrey Bak Watershed

Application of the TANK Model to a Tropical Monsoon catchment of the Tonle Sap Lake, Cambodia

Simulation of the rainfall-runoff process by using HEC-HMS Hydrological Model applied to the Stung Chrey Bak Catchment, Cambodia

Sediment dynamics in a tributary of Tonle Sap Lake Basin: The case of Chrey Bak River catchment in Kampong Chhnang Province

Study of river bank stability, mechanism of erosion and earth stability

Hydropedological characteristics of the Chrey Bak Watershed in Kampong Chhnang Province

Improvement and monitoring of the irrigation system efficiency in the basin of the Tonle Sap Great Lake

Improved irrigation water management to increase rice productivity in Cambodia

Estimating the discharge of the tributaries of the Tonle Sap Lake using Artificial Neural Networks

Optimizing cascades of hydropower in 3S Rivers Basin (Sekong, Sesan, and Srepok)

Exploring Tonle Sap Future – Exploring Mekong Region Future