C Winter

Professor, Atmospheric Sciences | Professor, Applied Mathematics - GIDP | Professor | Member of the Graduate Faculty

About

Expertise Applying the theory of stochastic processes to model surface and groundwater flows and to evaluate risks to environmental systems

Research Area

porous media, stochastic modeling, permeability, statistics, hydrogeology, hydrology, conductive materials, percolation, fluid dynamics, geometry

Hydraulic Tomography of Shallow Alluvial Sediments: Nile River Valley Egypt
2016·$58.5K / $116.9K·
External
Co-Investigator (COI)
hydrogeology, sediment characterization, groundwater flow, geophysical imaging, environmental monitoring
Summer Support for C.L. Winter (UA Dept of Hydrology & Water Resources and Program in Applied Mathematics)
2009·$137K·
External
Principal Investigator (PI)
summer support, hydrology, applied mathematics, water resources, research funding

Recent

Determining effective permeability at reservoir scale: Application of critical path analysis

2021

reservoir engineering, permeability, reservoir characterization, petroleum engineering, geological modeling

Temporal and spatial evolution of soil surface roughness on stony plots

2020

soil roughness, spatial analysis, soil erosion, geospatial modeling, land degradation

Why Is the Terrestrial Water Storage in Dryland Regions Declining? A Perspective Based on Gravity Recovery and Climate Experiment Satellite Observations and Noah Land Surface Model With Multiparameterization Schemes Model Simulations

2020

terrestrial water storage, dryland regions, gravity recovery, climate experiment satellite, land surface model

Effects of percolation on the effective conductivity of irregular composite porous media

2020

percolation, conductive materials, porous media, composite materials, irregular structures

Semi-Markov Theories for Mass Transport through Bivariate Conductivity Fields

2019

markov models, mass transport, conductivity fields, probability theory, mathematical modeling

Desperately Seeking Water: Risk Assessment of Alternative Supplies for the CAGRD

2018

water management, risk assessment, alternative supplies, cagrd, sustainability

Continuous Time Markov Chain Model for Solute Breakthrough in Highly Heterogeneous Aquifers

2018

markov chain, heterogeneous aquifers, solute breakthrough, continuous-time, modeling

Effective conductivity in percolating highly heterogeneous fields

2018

conductive materials, percolation, heterogeneous systems, conductivity modeling, material science

Is “Dry Getting Drier and Wet Getting Wetter” over Land? The Perspective Provided by GRACE

2018

climate, hydrology, satellite, land, water cycle

Groundwater monitoring from space in High Plains Aquifer Using GRACE

2017

groundwater monitoring, space-based monitoring, high plains aquifer, grace satellite, hydrological research

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Risk Assessment for Environmental Systems
Earth: Our Watery Home
Fundamentals of Subsurface Hydrology
Statistical Hydrology
The Water Cycle

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C Winter

About

Research Area

Grants(2)

Hydraulic Tomography of Shallow Alluvial Sediments: Nile River Valley Egypt

Summer Support for C.L. Winter (UA Dept of Hydrology & Water Resources and Program in Applied Mathematics)

Publications(60)

Determining effective permeability at reservoir scale: Application of critical path analysis

Temporal and spatial evolution of soil surface roughness on stony plots

Why Is the Terrestrial Water Storage in Dryland Regions Declining? A Perspective Based on Gravity Recovery and Climate Experiment Satellite Observations and Noah Land Surface Model With Multiparameterization Schemes Model Simulations

Effects of percolation on the effective conductivity of irregular composite porous media

Semi-Markov Theories for Mass Transport through Bivariate Conductivity Fields

Desperately Seeking Water: Risk Assessment of Alternative Supplies for the CAGRD

Continuous Time Markov Chain Model for Solute Breakthrough in Highly Heterogeneous Aquifers

Effective conductivity in percolating highly heterogeneous fields

Is “Dry Getting Drier and Wet Getting Wetter” over Land? The Perspective Provided by GRACE

Groundwater monitoring from space in High Plains Aquifer Using GRACE

Collaborations(10)

Sharon Megdal

Jon Chorover

Guo-Yue Niu

Jennifer Mcintosh

Paul Ferre

Courses(6)

Risk Assessment for Environmental Systems

Earth: Our Watery Home

Fundamentals of Subsurface Hydrology

Statistical Hydrology

The Water Cycle