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. There is a 95 % scientific consensus that humanactivities contributed to climate change and altered hydrological processes.This study focused on a regional scale climate change impact assessment onwater resources in the Klong Yai River basin in Thailand using multipleGlobal Climate Models (GCMs) under 3 scenarios of greenhouse gas emissioncalled the Representative Concentration Pathway (RCPs), i.e., low (RCP2.6),intermediate (RCP4.5), and high (RCP8.5) scenarios. According to theprojections, surface air temperature will increase relative to the referenceperiod (1991–2000). Maximum surface air temperature is projected to increasearound 0.3–1.35  ∘ C. Precipitation in the near future (2017–2026and 2027–2036) shows an increasing trend. The projected precipitation andtemperature were used in the SWAT model for the Klong Yai River basin inorder to assess the amount of inflow into reservoirs under the climatechange conditions. Despite the future projections still have an uncertainty,but it is useful as a guideline for managing of our water resources andplanning.

Climate change impact on water resources in Klong Yai River Basin, Thailand