The impact of soil hydraulic parameters upon the formation of local convective precipitation
is investigated by using the Penn State-NCAR MM5 Modeling System. Four soil hydraulic …

This paper presents and utilises a coupled Eulerian photochemical reaction–transport
model and a detailed ozone dry-deposition model for the investigation of ozone fluxes over …

The transpiration part of the coupled Shuttleworth–Wallace model was compared to the data
measured using the heat balance sap flow method on sweet cherry trees planted in …

Transpiration E v and bare soil evaporation E b processes are comparatively analysed
assuming homogeneous and inhomogeneous areal distributions of volumetric soil moisture …

A coupled Eulerian photochemical reaction-transport model and a detailed ozone dry
deposition model have been utilised for the estimation of stomatal ozone fluxes over …

Sensitivity of evapotranspiration E and root zone soil moisture content θ to the
parameterization of soil water retention Ψ (θ) and soil water conductivity K (Ψ), as well as to …

The coupled atmospheric boundary layer model HIRVAC (high resolution vegetation
atmosphere coupler) combines a 1.5 dimensional planetary boundary layer model …

This study discusses scientific contributions analyzingsoil-atmosphere relationships. These
studies dealwith both the biogeophysical and biogeochemical aspectsof this relationship …

In this study the influence of land-surface parameters on latent heat fluxes simulated with the
numerical weather prediction model Lokalmodell (LM) of the German Meteorological …

N-deposition from atmosphere contributes to the eutrophication of Lake Balaton (Hungary).
To estimate the share of N-input compared to the effect of other sources, measurements …