Book contents
- Frontmatter
- Contents
- Acknowledgement
- OPENING ADDRESS OF THE FIRST GEORGE KOVACS COLLOQUIUM
- HETEROGENEITY AND SCALING LAND-ATMOSPHERIC WATER AND ENERGY FLUXES IN CLIMATE SYSTEMS
- SCALE PROBLEMS IN SURFACE FLUXES
- REMOTE SENSING – INVERSE MODELLING APPROACH TO DETERMINE LARGE SCALE EFFECTIVE SOIL HYDRAULIC PROPERTIES IN SOIL–VEGETATION–ATMOSPHERE SYSTEMS
- THE IMPORTANCE OF LANDSCAPE POSITION IN SCALING SVAT MODELS TO CATCHMENT SCALE HYDROECOLOGICAL PREDICTION
- THE INFLUENCE OF SUBGRID-SCALE SPATIAL VARIABILITY ON PRECIPITATION AND SOIL MOISTURE IN AN ATMOSPHERIC GCM
- MODELLING THE HYDROLOGICAL RESPONSE TO LARGE SCALE LAND USE CHANGE
- AN APPROACH TO REPRESENT MESOSCALE (SUBGRID-SCALE) FLUXES IN GCMs DEMONSTRATED WITH SIMULATIONS OF LOCAL DEFORESTATION IN AMAZONIA
- A HIERARCHICAL APPROACH TO THE CONNECTION OF GLOBAL HYDROLOGICAL AND ATMOSPHERIC MODELS
- STOCHASTIC DOWNSCALING OF GCM-OUTPUT RESULTS USING ATMOSPHERIC CIRCULATION PATTERNS
- DEPENDENCIES OF SPATIAL VARIABILITY IN FLUVIAL ECOSYSTEMS ON THE TEMPORAL HYDROLOGICAL VARIABILITY
- PROBLEMS AND PROGRESS IN MACROSCALE HYDROLOGICAL MODELLING
- PREDICTABILITY OF THE ATMOSPHERE AND CLIMATE: TOWARDS A DYNAMICAL VIEW
- FROM SCALAR CASCADES TO LIE CASCADES: JOINT MULTIFRACTAL ANALYSIS OF RAIN AND CLOUD PROCESSES
- FRACTALS ET MULTIFRACTALS APPLIQUÉS À L'ÉTUDE DE LA VARIABILITÉ TEMPORELLE DES PRÉCIPITATIONS
Frontmatter
Published online by Cambridge University Press: 05 November 2011
- Frontmatter
- Contents
- Acknowledgement
- OPENING ADDRESS OF THE FIRST GEORGE KOVACS COLLOQUIUM
- HETEROGENEITY AND SCALING LAND-ATMOSPHERIC WATER AND ENERGY FLUXES IN CLIMATE SYSTEMS
- SCALE PROBLEMS IN SURFACE FLUXES
- REMOTE SENSING – INVERSE MODELLING APPROACH TO DETERMINE LARGE SCALE EFFECTIVE SOIL HYDRAULIC PROPERTIES IN SOIL–VEGETATION–ATMOSPHERE SYSTEMS
- THE IMPORTANCE OF LANDSCAPE POSITION IN SCALING SVAT MODELS TO CATCHMENT SCALE HYDROECOLOGICAL PREDICTION
- THE INFLUENCE OF SUBGRID-SCALE SPATIAL VARIABILITY ON PRECIPITATION AND SOIL MOISTURE IN AN ATMOSPHERIC GCM
- MODELLING THE HYDROLOGICAL RESPONSE TO LARGE SCALE LAND USE CHANGE
- AN APPROACH TO REPRESENT MESOSCALE (SUBGRID-SCALE) FLUXES IN GCMs DEMONSTRATED WITH SIMULATIONS OF LOCAL DEFORESTATION IN AMAZONIA
- A HIERARCHICAL APPROACH TO THE CONNECTION OF GLOBAL HYDROLOGICAL AND ATMOSPHERIC MODELS
- STOCHASTIC DOWNSCALING OF GCM-OUTPUT RESULTS USING ATMOSPHERIC CIRCULATION PATTERNS
- DEPENDENCIES OF SPATIAL VARIABILITY IN FLUVIAL ECOSYSTEMS ON THE TEMPORAL HYDROLOGICAL VARIABILITY
- PROBLEMS AND PROGRESS IN MACROSCALE HYDROLOGICAL MODELLING
- PREDICTABILITY OF THE ATMOSPHERE AND CLIMATE: TOWARDS A DYNAMICAL VIEW
- FROM SCALAR CASCADES TO LIE CASCADES: JOINT MULTIFRACTAL ANALYSIS OF RAIN AND CLOUD PROCESSES
- FRACTALS ET MULTIFRACTALS APPLIQUÉS À L'ÉTUDE DE LA VARIABILITÉ TEMPORELLE DES PRÉCIPITATIONS
Summary
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- Publisher: Cambridge University PressPrint publication year: 1995