Contemporary Earth system models mostly ignore the sub‐grid scale (SGS) heterogeneous
coupling between the land surface and atmosphere. To aid in the development of coupled …

Land‐atmosphere interactions are central to the evolution of the atmospheric boundary layer
and the subsequent formation of clouds and precipitation. Existing global climate models …

In this study we compare long-term Doppler and Raman lidar observations against a full
month of large eddy simulations of continental shallow cumulus clouds. The goal is to …

To enhance our understanding of cloud simulations over land, this study provides the first
assessment of coupling between cloud and land surface in the Large‐Eddy Simulation …

Earth system models currently struggle to account for the complex effects that land surface
heterogeneity can have on land‐atmosphere interactions. There have been attempts to …

In atmospheric models, stochastic generation of subgrid‐scale profiles or “subcolumns” has
been used for a variety of purposes. Such subcolumns can be generated from subgrid …

This manuscript investigates the impact of land‐surface heterogeneity on atmospheric
processes by comparing 92 large‐eddy simulation cases over the Southern Great Plains …

Real‐world large‐eddy simulations (LES) are driven by time‐varying large‐scale forcings
(LSF)—eg, temperature advection, moisture advection, and subsidence—derived from large …