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The objective of this study was to establish an open-field experimental warming treatment and precipitation manipulation system to simulate climate change impact for Pinus densiflora seedlings based on a climate change scenario in Korea. Two-year-old seedlings were planted in a nursery in April, 2013. The air temperature of warmed plots (W) was set to increase by 3.0 o C compared to control plots (C) using infrared lamps from May, 2013. The three precipitation manipulation consisted of precipitation decrease using transparent panel (-30%; P  ), precipitation increase using pump and drip-irrigation (+30%; P + ) and precipitation control (0%; P 0 ). Initially, the air temperature was 2.2 o C higher in warmed plots than in control plots and later air temperature was maintained close to the target temperature of 3.0 o C. The average soil temperature was 3.1 o C higher in warmed plots than in control plots. Also the average soil moisture content after the precipitation manipulation increased by 13.9% in P + W and decreased by 10.0% in PW compared to P 0 W, and increased by 23.7% in P + C and decreased by 7.6% in PC compared to P 0 C. It was confirmed

Open-field Experimental Warming and Precipitation Manipulation System Design to Simulate Climate Change Impact