Department of Crop Science, Konkuk University, Seoul 05029, KoreaSeoul, Seoul-t'ukpyolsi, Republic of Korea
2022 M.S., Crop Science, Konkuk University 2019 B.S., Crop Science, Konkuk University
(100-10) Expression of representative temperature response genes in Cnidium officinale leave under higher temperature
Posters
(100-23) Phase Transition and Expression Pattern of Representative Temperature Response Genes in Spring Wheat Under Higher Temperatures in Korea
(1100-29) Plant germplasm refinement and identifying representative traits for comprehensive analysis using machine learning tools
(100-39) The higher daytime and nighttime temperature affect the flowering and fruit development of the Hallabong tree differently.