Physics parameterizations in the Weather Research and Forecasting (WRF) Model are
systematically varied to investigate precipitation forecast performance over the complex …

Owing to the complex mesoscale meteorological dynamics, deep basin topography and
pollutants emissions, the Chengdu Plain (CDP) situated at west border of the Sichuan Basin …

Large-eddy simulation (LES) provides a physically sound approach to study complex
turbulent processes within the atmospheric boundary layer including urban boundary layer …

Mesoscale climate models provide indispensable tools to understand land‐atmosphere
interactions over urban regions. However, uncertainties in urban canopy parameters (UCPs) …

The feasibility, safety, and efficiency of a drone mission in an urban environment are heavily
influenced by atmospheric conditions. However, numerical meteorological models cannot …

Abstract Study region The Akaki catchment is found in the Upper Awash River Basin in
Ethiopia. Study focus Understanding the accuracy of rainfall forecasts in the data-scarce …

Developing urban land surface models for modeling cities at high resolutions needs to better
account for the city‐specific multi‐scale land surface heterogeneities at a reasonable …

Most detailed modeling and simulation studies of wind turbine wakes have considered flat
terrain scenarios. Wind turbines, however, are commonly sited in mountainous or hilly …

We present ensemble-based large-eddy simulations based on a lattice Boltzmann method
for a realistic urban area. A plume-dispersion model enables a real-time simulation over …

The coupling of mesoscale and microscale simulation methods represents a significant
challenge of wind energy research. Conventional approaches used to address this problem …