Reseach Area and Interests.

1. Synoptic and Mesoscale Meterology
2. Monsoon and the associated disturbances.
3. Mei-Yu front and the associated weather.
4. Mesoscale climatology related to Mei-Yu rainfall. 

Publications

• Wang, C. C.; Kung, C. Y.; Lee, C. S.; Chen, G. T. J., 2012. Development and evaluation of mei-yu season quantitative precipitation forecasts in taiwan river basins based on a conceptual climatology model, Weather and Forecasting, 27(3), 586-607.
• Wang, M. Y. M.; Chen, G. T. J.; Wang, C. C.; Kuo, Y. H., 2012. A case study of the cutoff process and latent heating effect in an upper-level cold-core low during the mei-yu season in east asia, Monthly Weather Review, 140(6), 1725-1747.
• Wang, C. C.; Chen, G. T. J.; Huang, H. L.; Carbone, R. E.; Chang, S. W., 2012. Synoptic conditions associated with propagating and nonpropagating cloud/rainfall episodes during the warm season over the east asian continent, Monthly Weather Review, 140(3), 721-747.
• Wang, C. C.; Huang, H. L.; Li, J. L.; Leou, T. M.; Chen, G. T. J., 2011. An evaluation of the performance of the CWB NFS Model for warm-season rainfall distribution and propagation over the East Asian Continent, Terrestrial Atmospheric and Oceanic Sciences, 22(1), 49-69.
• Wang, C. C.; Chen, G. T. J.*; Huang, S. Y., 2011. Remote trigger of deep convection by cold outflow over the Taiwan Strait in the Mei-yu season: A modeling study of the 8 June 2007 Case, Monthly Weather Review, 139(9), 2854-2875.
• Wang, C. C.; Chen, G. T. J.*; Carbone, R. E., 2011. The relationship between statistics of warm-season cloud episodes and synoptic weather regimes over the East Asian continent, Meteorology and Atmospheric Physics, 112(3-4), 117-124.
• Huang, H. L.; Wang, C. C.; Chen, G. T. J.; Carbone, R. E., 2010. The role of diurnal solenoidal circulation on propagating rainfall episodes near the Eastern Tibetan Plateau, Monthly Weather Review, 138(7), 2975-2989.
• Wang, C. C.; Chen, G. T. J.; Yang, S. C.; Tsuboki, K., 2009. Wintertime supercell thunderstorms in a subtropical environment: Numerical simulation. Monthly Weather Review, 137, 2175-2202.
• Wang, C. C.; Chen, G. T. J. ; Yang, S. C.; Chou, H. C., 2009: Wintertime supercell thunderstorms in a subtropical environment: A diagnostic study. Monthly Weather Review, 137, 366-390.
• Tsai, F. J.; Chen, G. T. J.; Liu, T. H.; Lin, W. D.; Tu, J. Y., 2008. Characterizing the transport pathways of Asian dust. Journal of Geophysical Research, 113, D17311.
• Chen, G. T. J.; Wang, C. C.; Chang, S. W., 2008. A diagnostic case study of Meiyu frontogenesis and development of wave-like frontal disturbances in the subtropical environment. Monthly Weather Review, 136(1), 41-61.
• Chang, L. T. C.; Chen, G. T. J.; Cheung, K. K. W., 2008. Mesoscale simulation and moisture budget analyses of a heavy rain event over southern Taiwan in the Meiyu season. Meteorology and Atmospheric Physics, 101, 43-63.
• Chen, G. T. J.; Wang, C. C.; Wang, A. H., 2007. A case study of subtropical frontogenesis during a blocking event. Monthly Weather Review, 135(7), 2588-2609.
• Chen, G. T. J.; Wang, C. C.; Chou, H. C., 2007. Case study of a bow echo near Taiwan during wintertime. Journal of the Meteorological Society of Japan, 85(3), 233-253.

Reseach Area and Interests.

1. Mesoscale structure and dynamics of Mei-yu front and associated convective systems.
2. Kinematic and precipitation structure of mesoscale convective systems in Taiwan area.
3. Mesoscale structure and dynamics of Typhoon and associated spiral rainbands.

Reseach Area and Interests.

1. Typhoon and Air Pollution.
2. Environment influence on typhoon formation.
3. Topographical effect on typhoon .
4. Quantitative precipitation estimate for typhoon.

Reseach Area and Interests.

1. Climate Dynamics, Hydro-Climatology
2. ENSO dynamics.
3. Regional climate simulation and prediction.
4. Assessment of global change impact on regional climate and water resources

Reseach Area and Interests.

1. Numerical Modeling and Dynamic Meteorology.
2. Typhoon dynamics.
3. Balanced dynamics.
4. Cloud dynamics.
5. Numerical methods.

Reseach Area and Interests.

1. Atmospheric Chemistry: Ozone chemistry in both stratosphere and troposphere.
2. Air pollution: chemistry and modelling.
3. Pollution and its Environmental Impact.
4. Energy resources and climate change related policy

Reseach Area and Interests.

1. Atmospheric Chemistry, Aerosol Dynamic.
2. Physics and chemistry of clouds.
3. Aerosols
4. Atmospheric Chemistry.

Reseach Area and Interests.

1. Typhoon Dynamics.
2. Hurricane Dynamics.
3. Quasi-balanced Dynamics.
4. Targeted observations, numerical modeling and data assimilation of Typhoons.

Reseach Area and Interests.

1. Air-Sea interaction.
2. Climate Dynamics.
3. Atmospheric Convection.
4. Tropical Meteorology.

Reseach Area and Interests.

1. Cloud Physics and Dynamics
2. Mesoscale Meteorology and Modeling
3. Convective and Hydrological Processes