Climate change impact on surface water and groundwater recharge in Yom and Nan River Basin

1. Complete the quasi real‐time simulation
   • Connect simulation & observation
   • Improve overall simulation performance (Particularly for the Nan River)
   • Simulate flood inundation area as well
   • Make system failure tolerant
2. Develop water use models
   • Irrigation water: calibration and validation
   • Industrial/Domestic water: data collection and projections
3. Deal with new issues
   • Deforestation/Afforestation
   • Building new reservoirs
   • Enhancing retarding pond

Members

Thai Side

• Chaiwat EKKAWATPANIT – King Mongkut’s University of Technology Thonburi (KMUTT)
• Duangrudee KOSITGITTIWONG – King Mongkut’s University of Technology Thonburi (KMUTT)
• Weerayuth PRATOOMCHAI – Naresuan University (NU)
• Adisorn CHAMPATHONG – Royal Irrigation Department (RID)
• Thada SUKHAPUNNAPHAN – Royal Irrigation Department (RID)
• Jaray THONGDUANG – Royal Irrigation Department (RID)
• Somkid SAPAOKUM – Royal Irrigation Department (RID)

Japanese Side

• Naota HANASAKI – National Institute for Environmental Studies (NIES)
• Saritha PADIYEDATH GOPALAN – National Institute for Environmental Studies (NIES)
• Kumiko TAKATA – Azabu University (Azabu U)

Progress in June 2020