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Laboratory for Atmospheric Modelling Research (LAMOR)
What we study
Who we are
Recent Publications
Comparison of Numerical Characteristics in the Regional Model for Prediction across Scales (MPAS) and Weather Research and Forecasting (WRF) Models Using Low-Level Wind Analysis during Heavy Snowfall Episodes over Complex Terrain
We present a comprehensive evaluation of the regional Model for Prediction Across Scales (rMPAS) in simulating heavy snowfall events …
Uju Shin
,
Sang-Hun Park
,
William Skamarock
,
GyuWon Lee
,
Kyo-Sun Lim
,
Minsu Joh
Paper
Analysis of Planetary Scale Waves Using Idealized Sudden Stratospheric Warming Simulations in Different Dynamical Cores
Planetary waves from the troposphere are known to play an important role in sudden stratospheric warming (SSW). To evaluate the …
Joonsung Park
,
Sang-Hun Park
,
Hye-Young Chun
,
Ji-Hee Yoo
,
Uju Shin
Paper
Synoptic Features of August Heavy Rainfall Episodes Accompanied By a Quasi-Stationary Front Over the Korean Peninsula and Its Relationship With the Western Pacific Subtropical High
In this study, we investigated the synoptic features of the August 26–27, 2018 heavy rainfall episode, which was accompanied by a …
Uju Shin
,
Sang-Hun Park
,
Yong-Ro Yun
,
Chimook Oh
Paper
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Our research keywords
Aerosol Optical Depth (AOD)
Air quality prediction
Atmospheric blocking
Atmospheric structure
August rainfall
changma
Cloud clusters
community atmosphere model
Convective development
dynamical cores
Elevated convection
heavy rainfall
Hygroscopic growth factor
Mesoscale models
Model comparisons
Model evaluation/performance
planetary waves
PM2.5 concentration in seoul
Predictability of PM2.5
quasi-stationary front
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