Matteo Camporese

University of Padova,
Department of Civil, Environmental and Architectural Engineering,
Via Loredan 20
35131 Padova
Italy

matteo.camporese@unipd.it

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Matteo Camporese is currently associate professor in the Department of Civil, Environmental and Architectural Engineering of the University of Padova (Italy), with expertise in surface and subsurface hydrology and water resources engineering. His research focuses mainly on coupled surface/subsurface hydrological modeling and data assimilation, while his teaching experience includes a variety of courses for graduate and undergraduate civil and environmental engineering programs, such as groundwater hydrology, water distribution and urban drainage systems, hydraulic infrastructure and constructions, river engineering. Since 2018, he is an associate editor of Hydrogeology Journal (Springer).

All Tags: 4D images, Afforestation, algorithm, Algorithms, aquifer (2), Aquifers (4), assessment method, basalt, Benelux, boundary condition (2), Boundary conditions (2), Calibration, Calibration and validations, carbon dioxide, carbon emission, carbon flux, catchment (6), catchment hydrology, Catchment scale (3), Catchment topography, Catchment water balance, Catchment-scale, Catchments, CATHY, channel hydraulics, climate change, co-generation, Computer hardware description languages, Computer simulation (2), computer simulation, Conductivity distributions, Control device, Control theory, Coupled modeling, Coupled models, coupling, Data assimilation (2), data assimilation (8), Data assimilation techniques, Data processing (3), data set, database, diel fluctuations, Diffusion wave approximation, Digital elevation data, digital elevation model (2), discharge (2), Discharge, Dominant contributions, Drainage basin, drainage basin, dry conditions, Dryland salinity, dryland salinity, Dynamics, Electric conductivity (2), Electrical conductivity (2), Electrical data, Electrical images, electrical resistivity (2), Electrical resistivity tomography (4), electrical resistivity tomography, Engineering practices, ensemble forecasting, Ensemble Kalman Filter (7), Ensemble Kalman filter, ensemble Kalman filter, Ensemble smoother, Eurasia, Europe (4), evaporation, Evapotranspiration (3), evapotranspiration (3), Exchange fluxes, Experiments, Field and model studies, filter, Flow and transport, Flow direction, flow modeling (3), food-energy-water nexus, Gates, Gaussian method, Gaussian probability density functions, Geoelectrical, Geologic models (2), Geometric characteristics, geometry, geophysical method (2), Geophysical methods (2), Geophysics (2), Geostatistical, geostatistics, Global systems, Grid elements, Grid resolution, Groundwater (4), groundwater (2), Groundwater flow, groundwater flow, Groundwater resources (2), groundwater-surface water interaction (2), Groundwater-surface water interaction, Head data, headwater, headwater basin, Headwater catchment, headwater stream, heterogeneity (2), Heterogeneous aquifers, Hillslopes, hydraulic conductivity (5), Hydraulic conductivity (3), Hydraulic engineering, Hydraulic properties, hydraulic property, hydraulic structure, Hydraulics, Hydrogeology (3), hydrogeology, hydrological change, Hydrological modeling, hydrological modeling (6), Hydrological models, Hydrological process, hydrological regime, Hydrological response, hydrological response (3), hydrology, Hydrology (2), Hysteresis, hysteresis, integrated approach, Integrated hydrological modeling, Integrated modelling, integrated surface-subsurface hydrological models, Intermittent catchments, intermittent catchments, Intermittent streams, inverse analysis, Inverse modeling (2), Inverse models, Inverse problems, Irrigation costs, isotropy, ISSHM, Italy (3), Kalman filter (7), Kalman filters (5), Lagrange multipliers, Lagrangian analysis, Lagrangian formulations (4), Lagrangian transport, Inverse problems, anisotropy, land management, Land surface, land surface models, Land use, land use, Land-use, landscape change, Landslides, Local aquifers, low flow, Markov chain Monte Carlo, mass balance, Mathematical models (2), Mesh coarsening, MIKE SHE (2), Minimum stress, Model prediction, modeling, Models, Moisture (2), moisture content, Monte Carlo analysis (2), Monte Carlo data, Multiple point geostatistics, multiple-point statistics, Multisources, Natural formations, Newtonian fluid, Nonlinear filtering, Nonlinear systems, Monte Carlo methods, Bayesian analysis, Normal score transform, Nova Scotia, Numerical experiments, numerical model (4), numerical modeling, Numerical models, Numerical performance, Catchments, algorithm, Numerical results, Observation data, Optical fibers, Optimal design, Optimal systems, Optimization, optimization (2), organic matter, oxidation (2), oxygen, parameterization, parsimony analysis, partial afforestation, Particle filter, particle filter, Passive tracers, pasture, Path-based, Peat (2), peat soil, peatland (2), Peclet number, performance assessment, photosynthesis, phreatic zone, Physically based models, Porous materials, porous medium, precipitation (climatology), Precipitation (meteorology), Precipitation (meteorology), Numerical codes, Preliminary analysis, Pressure heads, Probability density function, probability density function, Process-based modeling, quantitative analysis, Quantitative interpretation (2), Quebec [Canada], Radioactive tracers (3), Radioactive tracers, Data assimilation, Rain, rainfall, Reflectometry, remote sensing, Retrieval performance, Richards Equation (2), Richards equation (3), Richardson number, riparian zone, Roads and streets (2), root system, Root-water uptake, routing, Runoff (4), runoff (2), Runoff, Catchments, boundary condition, seawater intrusion, semiarid region, Sensing systems, Sensitivity analysis (2), sensitivity analysis (2), Sequential data (2), Shore protection, Locks (fasteners), design, snow accumulation, snowmelt, soil column, soil depth, Soil dynamics, Soil moisture (4), soil moisture (4), Soil shrinkage characteristic (SSC), soil surface (2), Soil surveys, deformation, soil type, soil water (2), Soil water storage, Soil-column experiment, solute, solute transport, Solute transport (3), Solvents, South-eastern Australia, Southern Europe (3), spatial analysis, Spatial distribution, spatial distribution, Spatial distribution, Data assimilation techniques, Spatial distribution, Hydraulic conductivity, aquifer, Spatial moment, Spatial variability, spatial variation, spatiotemporal analysis (2), Spatiotemporal evolution (3), Static equilibrium, Hydraulics, storage-discharge relationship, Stream channels, Stream flow (2), Stream flow, Three dimensional, catchment, stream length, stream network, streamflow (4), Streamflow prediction, Streamflow response, streamflow, Canada, stress, subsidence, subsidence, Eurasia, subsurface flow (6), Subsurface Flow, Subsurface-surface water interaction, Surface and subsurface flow, Surface and subsurface flow, Catchments, arid environment, Surface flow, surface flux, Surface response, Surface runoffs, Surface storage, surface water (2), Surface-subsurface hydrology, Catchments, Surveying, Runoff, catchment, sustainability (2), swelling, Switching, Actual evapotranspiration, Switching, Annual evapotranspirations, Synthetic aquifers, Aquifers, System state, temporal variation, Belgium, temporary streams, terrain, Test case, Thomas Brook Basin, three-dimensional modeling, threshold, threshold, Catchments, alpine environment, tile-drains, Time Domain Reflectometry, Time-lapse monitoring, Radioactive tracers, Time-stepping, Boundary conditions, tomography (3), topographic effect, Topography, Bedrock permeability, tracer, Tracer concentration, Tracer tests, Aquifers, travel time, Travel time, Assimilation procedure, uncertainty analysis (2), Uncertainty analysis, Three dimensional, aquifer, Uncertainty evaluation, vadose zone, Variably saturated, Catchments, vegetation cover, Veneto (3), Venezia [Veneto] (3), Venice (2), Venice Lagoon, Vertical distributions, Hydraulic conductivity, aquifer, Victoria [Australia], void ratio, water availability, water balance, water budget, water content, Water contents, Soil surveys, Evapotranspiration, water flow, Eurasia, Water interactions, Air filters, water quantity, water storage (2), water table, Australia, water table, Canada, water table, Italy, water uptake, Australia, watershed, Eurasia, Western Europe

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