Space and Time Scale Variability and Interdependencies in Hydrological Processes
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Examines variations in space and time of the Earth's atmospherical, hydrological and terrestrial systems.
AcknowledgementOpening Address of the First George Kovacs ColloquiumHeterogeneity and Scaling Land-Atmospheric Water and Energy Fluxes in Climate SystemsScale Problems in Surface FluxesRemote Sensing - Inverse Modelling Approach to Determine Large Scale Effective Soil Hydraulic Properties in Soil Vegetation Atmosphere SystemsThe Importance of Landscape Position in Scaling SVAT Models to Catchment Scale Hydroecological PredictionThe Influence of Subgrid-Scale Spatial Variability on Precipitation and Soil Moisture in an Atmospheric GCMModelling the Hydrological Response to Large Scale Land Use ChangeAn Approach to Represent Mesoscale (Subgrid-Scale) Fluxes in GCMs Demonstrated with Simulations of Local Deforestation in AmazoniaA Hierarchical Approach to the Connection of Global Hydrological and Atmospheric ModelsStochastic Downscaling of GCM-Output Results Using Atmospheric Circulation PatternsDependencies of Spatial Variability in Fluvial Ecosystems on the Temporal Hydrological VariabilityProblems and Progress in Macroscale Hydrological ModellingPredictability of the Atmosphere and Climate: Towards a Dynamical ViewFrom Scalar Cascades to the Cascades: Joint Multifractal Analysis of Rain and Cloud ProcessesFractals et Multifractals Appliques a L'Etude de la Variabilite Temporelle des Precipitations
