Advances In Environmental Fluid Mechanics

Theoretical and Modeling Aspects: Turbulent Dispersion: How Results for the Zero Molecular Diffusivity Case can be Used in the Real World (N Mole et al.); Hierarchy and Interactions in Environmental Interfaces Regarded as Biophysical Complex Systems (D T Mihailovic & I Balaz); Some Recent Advanced in Modeling Stable Atmospheric Boundary Layers (B Grisogono); Modeling of Stratified and Turbulent Flow (V Fuka et al.); Environmental Hydraulics: Turbulent Boundary Layers (R J Schindler & J D Ackerman); Reynolds Number Effect on Spatial Development of Viscous Flow Induced by Wave Propagation Over Bed Ripples (A A Dimas & G A Kolokythas); Calculation of Aggregated Albedo in Rectangular Solid Geometry on Environmental Interfaces (D Kapor et al.); Applicative, Software and Experimental Issues: Locating a Possible Source of Air Pollution Using a Combination of Measurements and Inverse Modeling (B Rajković et al.); Long-Term Measurements of Energy Budget and Trace Gas Fluxes Between the Atmosphere and Different Types of Ecosystems in Hungary (T Weidinger et al.); Integration of Spatio-Temporal Data for Fluid Modeling in the GIS Environment (L Matejicek); Modeling Pathogen Intrusion on Safe Drinking Water: CFD versus Physical Models (P A Lopez-Jimenez et al.); Numerical Simulation of Mass Exchange Processes in a Dead Zone of a River (C Gualtieri); Modeling Mercury Fate and Transport in Aquatic Systems (A Massoudieh et al.); 3d Ecological Modeling of the Aveiro Coast (Portugal) (J F Lopes & A C Cardoso); Experimental Calibration of a Simplified Method to Evaluate Absolute Roughness of Vegetated Channels (S De Felice et al.).