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【05/23 14:20】Prediction of deep convective clouds (Heavy rainfall & Lightning) over India: Research on 2M and 3M Microphysical scheme in WRF model
【05/18 13:10】從一個氣象學者的視角看自然神學：上帝，時間，和人類自由意志
【05/09 13:20】Urban Aerosol Pollution as Captured with a Mobile Platform
Summary: https://ppt.cc/fH9wtx
【05/09 13:20】Urban Aerosol Pollution as Captured with a Mobile Platform
Professor Wei-Ting Chen: The Observation-Based Index to Investigate the Role of the Lee Vortex in Enhancing Air Pollution over Northwestern Taiwan.」
Hsu, T.-H., Chen, W.-T.*, Wu, C.-M., & Hsieh, M.-K. (2023).
The Observation-Based Index to Investigate the Role of the Lee Vortex in Enhancing Air Pollution over Northwestern Taiwan.
Journal of Applied Meteorology and Climatology, 62(3), 427-439. https://doi.org/10.1175/JAMC-D-22-0102.1
Fig.9
The enhancement indices (colored dots) at the 74 EPA stations and the composite mean daily 10-m wind from ERA5 (streamlines) on (a) day -1, (b) day 0, and (c) day 1 of the consecutive lee-vortex days during 2008-1029.
陳維婷老師「The Observation-Based Index to Investigate the Role of the Lee Vortex in Enhancing Air Pollution over Northwestern Taiwan.」
Hsu, T.-H., Chen, W.-T.*, Wu, C.-M., & Hsieh, M.-K. (2023).
The Observation-Based Index to Investigate the Role of the Lee Vortex in Enhancing Air Pollution over Northwestern Taiwan.
Journal of Applied Meteorology and Climatology, 62(3), 427-439. https://doi.org/10.1175/JAMC-D-22-0102.1
Fig.9
The enhancement indices (colored dots) at the 74 EPA stations and the composite mean daily 10-m wind from ERA5 (streamlines) on (a) day -1, (b) day 0, and (c) day 1 of the consecutive lee-vortex days during 2008-1029.
