2019年5月28日(火) 13:45 〜 15:15 101 (1F)

コンビーナ:佐藤 光輝(北海道大学 大学院理学研究院)、高橋 幸弘(北海道大学・大学院理学院・宇宙理学専攻)、久保田 尚之(北海道大学)、山下 幸三(足利大学工学部)、座長:佐藤 光輝(北海道大学)、山下 幸三(足利工業大学工学部)

In order to predict the intensity development of severe weather, lightning and thunderstorm are markers of severe weather, often accompanied by precipitation, hail and strong winds that can create significant natural hazards, especially in disaster-prone area. Lightning is also a strong indicator of convection, and it becomes a key parameter to predict the intensity development of tropical cyclones (typhoons and hurricanes). As the climate warms in the first decades of the 21st century, the intensity and frequency of thunderstorms is projected to increase. The need for detecting and monitoring the development of thunderstorms and lightning activities on global, local, and regional scales is therefore clear and urgent.
This session seeks topics presenting new technologies to monitor thunderstorm and severe weather activities. In addition, observational and theoretical contributions on thunderstorm microphysics and dynamics, convective systems and tropical storms are welcome. Present patterns and distributions of lightning and extreme weather events derived from the ground-based networks and satellites, as well as forecasts of future trends, are also of interest. Lightning detecting and monitoring system performance and validation, and early-warning schemes are requested, either in operational or planning phase. The session will also highlight regional and global lightning and atmospheric electricity networks and invite contributions on technological innovations in this field.