The bulk Richardson number (Ri Bh ; defined over the entire stable boundary layer) is commonly utilized in observational and modelling studies for the estimation of the boundary-layer height. Traditionally, Ri Bh is assumed to be a quasi-universal constant. Recently, based on large-eddy simulation and wind-tunnel data, a stability-dependent relationship has been proposed for Ri Bh . In this study, we analyze extensive observational data from several field campaigns and provide further support for this newly proposed relationship
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...
The height (h) of the stable boundary layer (SBL) is of major importance to understand the relevant ...
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...
The bulk Richardson number (Ri Bh ; defined over the entire stable boundary layer) is commonly utili...
Abstract The critical bulk Richardson number (RiBc; defined over the entire stable boundary layer) i...
For many decades, attempts have been made to find the universal value of the critical bulk Richardso...
Experimental data from four field campaigns are used to explore the variability of the bulk Richards...
July 1967.Includes bibliographical references.Sponsored by the National Environmental Satellite Cent...
The empirical dependence of turbulence Prandtl number (Pr) on gradient Richardson number (Ri) is pre...
Stable boundary layer height h is determined from eddy correlation measurements of the vertical prof...
The flux Richardson number R, (also known as the mixing efficiency) for the stably stratified atmosp...
International audienceData from SABLES98 experimental campaign have been used in order to study the ...
The critical Richardson number, Ric, is used in studies of stably stratified turbulence as a measure...
Profile measurements of wind and potential temperature from a land site (obtained by a RASS for seve...
Data from SABLES98 experimental campaign have been used in order to study the influence of stability...
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...
The height (h) of the stable boundary layer (SBL) is of major importance to understand the relevant ...
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...
The bulk Richardson number (Ri Bh ; defined over the entire stable boundary layer) is commonly utili...
Abstract The critical bulk Richardson number (RiBc; defined over the entire stable boundary layer) i...
For many decades, attempts have been made to find the universal value of the critical bulk Richardso...
Experimental data from four field campaigns are used to explore the variability of the bulk Richards...
July 1967.Includes bibliographical references.Sponsored by the National Environmental Satellite Cent...
The empirical dependence of turbulence Prandtl number (Pr) on gradient Richardson number (Ri) is pre...
Stable boundary layer height h is determined from eddy correlation measurements of the vertical prof...
The flux Richardson number R, (also known as the mixing efficiency) for the stably stratified atmosp...
International audienceData from SABLES98 experimental campaign have been used in order to study the ...
The critical Richardson number, Ric, is used in studies of stably stratified turbulence as a measure...
Profile measurements of wind and potential temperature from a land site (obtained by a RASS for seve...
Data from SABLES98 experimental campaign have been used in order to study the influence of stability...
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...
The height (h) of the stable boundary layer (SBL) is of major importance to understand the relevant ...
The performance of diagnostic equations for the stable boundary layer height h is evaluated with fou...