Laboratory for Atmospheric Modelling Research (LAMOR)

What we study Who we are

Recent Publications

Error Growth Characterization Associated With Lateral Boundary Conditions in Idealized Moist Baroclinic Wave Simulations
This study investigates numerical error growth mechanisms associated with lateral boundary conditions (LBCs) and their sensitivity to …
Paper
Synoptic-Scale Environment for Heavy Rainfall Over the Korean Peninsula During the Changma (late June through mid-July) and August
This study examines the synoptic-scale environment for heavy rainfall over the Korean Peninsula (KP) during the Changma (late June …
Paper
The Impact of Implicit-Explicit Vertical Advection Schemes on Operational Weather Forecasting: A Summer-Period Study with the Regional Prediction System by the KMA
Operating convection-allowing models pose challenges because of the increased computational demands associated with higher horizontal …
Paper
See all publications

Research Keywords

Aerosol Optical Depth (AOD) Air quality prediction Atmospheric blocking Atmospheric structure August rainfall Baroclinic wave simulation Changma Cloud clusters community atmosphere model Convective development convectively coupled Kelvin waves cumulus parameterizations second baroclinic mode dynamical cores Elevated convection Heavy rainfall Hygroscopic growth factor Lateral boundary conditions Mesoscale models Model comparisons Model evaluation/performance Model predictability Nesting configuration Pattern classification planetary waves PM2.5 concentration in seoul Predictability of PM2.5 Quasi-stationary front second baroclinic mode stratospheric variability Strong southwesterly band sudden stratospheric warming Synoptic-scale environment Weather Research and Forecasting Community Multi-scale Air-Quality (WRF-CMAQ) West pacific subtropical high index WRF channel simulations