The evolution of disciplinary silos and increasingly narrow disciplinary boundaries have
together resulted in one‐sided approaches to the study of land‐atmosphere interactions—a …

Measurements of three flux towers operated during the land atmosphere feedback
experiment (LAFE) are used to investigate relationships between surface fluxes and …

We develop innovative analytical expressions for the mean wind and potential temperature
flux profiles in convective boundary layers (CBLs). CBLs are frequently observed during …

In large‐eddy simulations, subgrid‐scale (SGS) processes are parameterized as a function
of filtered grid‐scale variables. First‐order, algebraic SGS models are based on the eddy …

Recently, machine learning techniques have been employed to develop improved models
for predicting surface‐layer fluxes of momentum, heat and moisture based on field …

This study developed a backward-Eulerian footprint modelling method based on an adjoint
equation for atmospheric boundary-layer flows. In the proposed method, the concentration …

We propose a surface flux estimation formula to account for large eddy effects by keeping
the boundary layer depth the only added parameter. We develop a novel way to evaluate …

Varying thermal atmospheric stability conditions and their effects on shearing flows has long
been a subject of interest for researchers working in atmospheric science. The development …

Surface flux estimation is essential to land surface modeling in earth system models. In
practice, parameterizations of surface turbulent fluxes are almost all based on the similarity …

Experimental evidence shows that temperature‐humidity () similarity in the atmospheric
surface layer (ASL) is reduced as Bowen ratio () increases over land. However, underlying …