@article{JRC16068, address = {}, year = {1998}, author = {Galmarini S and Beets K and Duynkerke PG and Vila-Guerau De A. J}, abstract = {Modeling the atmospheric stable boundary layer(SBL) still represents a challenging task. The suppressed turbulence conditions typical of the night are yet to be understood and put in a rigorous mathematical framework. Modeling the SBL is however important given the effects of pollutants on human health. This paper provides a detailed overview on the state-of-the art in SBL modeling. A one-dimensional model (presently the most successful approach) is compared with the most advanced atmospheric-turbulence modeling technique, Large-Eddy simulation (LES). This three-dimensional turbulence description of the first hundreds of meters from the surface, quite successful in describing convective conditions, has rarely been applied to the SBL. The LES-1D model comparison and the aid of experimental data reveal LES as promising technique for the description of the SBL. }, title = {Stable Nocturnal Boundary Layers. A Comparison of One-Dimensional and Large-Eddy Simulation Models.}, type = {}, url = {}, volume = {88}, number = {}, journal = {Boundary Layer Meteorology}, pages = {181-210}, issn = {}, publisher = {}, doi = {} }