We investigated the influence of seasonality and proximity to the forest canopy on nocturnal
turbulence regimes in the roughness sublayer of a Central Amazon forest. Since convective …

The mean wind speed at which the stable boundary layer (SBL) experiences a turbulence
regime transition (V r) depends on other flow characteristics, such as its thermal stability …

Small-scale processes in atmospheric boundary layers are typically not resolved due to cost
constraints but modeled based on physical relations with the resolved scales, neglecting …

The present study introduces a new boundary layer parameterization for weather and
forecasting models. It is implemented here as a boundary layer module in Weather …

Five planetary-boundary-layer parametrizations of the Weather Research and Forecasting
model are compared with respect to their ability to simulate the very stable and the weakly …

The development and breakdown of Kelvin–Helmholtz (KH) waves (billows) in the stable
atmospheric boundary layer (SABL) and their impact on vertical transport of momentum and …

A realistic representation of the stable atmospheric boundary layer in numerical weather
prediction (NWP) and climate models is still a challenge. We study the evolution of a stable …

The hockey‐stick transition (HOST), which is depicted by the “local and global shear”
assumption, about the turbulence kinetic energy with the averaged flow intensity is noticed …

Global occurrence of pyroclouds leads to an accelerated wildfire rate-of-spread (ROS),
creating extreme wildfire events (EWE). Pyroclouds form during wildfires under unstable …

The behavior of the Atmospheric Boundary Layer (ABL) becomes particularly complex
during nighttime. At night, due to stable stratification, flow turbulence can be suppressed …