CC
Member Since 1985
Christopher Cramer Barton
Professor, Wright State University Dayton
AGU Research
Search
Filters
Clear All
Groundwater Flow Simulation in Discrete Fracture Networks in Bedrock Beneath the Mirror Lake Watershed, Woodstock, New Hampshire
FRACTURES, FRACTURING, AND FLUID FLOW: VALIDATION DATA SETS, FIELD & LABORATORY OBSERVATIONS, AND COMPUTATIONAL CHALLENGES I ORAL
nonlinear geophysics | 13 december 2022
Tristan J. Coffey, Christopher C. Barton
The flow of groundwater in the crystalline bedrock beneath the Mirror Lake watershed, a small (0.85 km2), steep watershed within and adjacent to the H...
View Abstract
Scaling and Other Properties of Individual Fractures and Networks of Fractures in Crystalline Bedrock Underlying the Mirror Lake Watershed, Woodstock, NH, USA
FRACTURES, FRACTURING, AND FLUID FLOW: VALIDATION DATA SETS, FIELD & LABORATORY OBSERVATIONS, AND COMPUTATIONAL CHALLENGES III POSTER
nonlinear geophysics | 13 december 2022
Christopher C. Barton, Tristan J. Coffey, Sarah F....
Modeling of fluid flow through discrete fracture networks is conditioned by the distribution of the properties of individual fractures and of the netw...
View Abstract
3-D Stochastic Modeling of the Geology, Discrete Fracture Networks, and Groundwater Hydrology in Crystalline Bedrock, Mirror Lake Watershed, Woodstock, New Hampshire
ADVANCES IN ROCK FRACTURE DETECTION, ANALYSIS, AND MODELING FROM THE LABORATORY TO THE REGIONAL SCALE I ORAL
nonlinear geophysics | 15 december 2021
Tristan J. Coffey, Christopher C. Barton
The flow of fluids in crystalline bedrock takes place primarily through networks of intersecting fractures. Modeling of flow through a fractured media...
View Abstract
Direct Inversion Method of Fault Slip Analysis in Bedrock Exposures to Reconstruct the Chronology for Tectonic Events in the Southwestern White Mountain Region of New Hampshire, USA
ADVANCES IN ROCK FRACTURE DETECTION, ANALYSIS, AND MODELING FROM THE LABORATORY TO THE REGIONAL SCALE II POSTER
nonlinear geophysics | 15 december 2021
Christopher C. Barton, Jacques Angelier
The orientation and relative magnitudes of paleo tectonic stresses in the western central region of the White Mountains of New Hampshire is reconstruc...
View Abstract
Power Scaling of Ice Floe Sizes in the western Weddell Sea, Antarctic Ocean
ADVANCES IN ROCK FRACTURE DETECTION, ANALYSIS, AND MODELING FROM THE LABORATORY TO THE REGIONAL SCALE II POSTER
nonlinear geophysics | 15 december 2021
Sarah F. Tebbens, Tristan J. Coffey, Christopher C...
The cumulative number versus floe area distribution of seasonal ice floes from four satellite images covering the summer season (November - February) ...
View Abstract
3-D Monte Carlo Simulation of Bedrock Geology and Discrete Fracture Networks in Crystalline Bedrock Beneath the Mirror Lake Watershed, Hubbard Brook Experimental Forest, Woodstock, NH
ADVANCES IN UNDERSTANDING FRACTURING, FLUID FLOW, AND FRACTURE PROPERTIES ACROSS TEMPORAL AND SPATIAL SCALES I
nonlinear geophysics | 16 december 2020
Tristan J. Coffey, Christopher C. Barton
Fracture properties are strongly correlated to the bedrock types underlying the watershed. The principal rock types are schist intruded by igneous roc...
View Abstract
Power Scaling and Seasonal Evolution of Sea-Ice Floe Area Distribution in the Weddell Sea, Antarctica
NUMERICAL AND ANALYTIC TECHNIQUES FOR MODELING MULTISCALE SYSTEMS AND COMPLEXITY IN THE ATMOSPHERE, OCEAN, AND CLIMATE; AND TECHNIQUES FOR IMAGING AND MODELING FLUID FLOW IN FRACTURES IN THE UPPER CRUST II POSTERS
nonlinear geophysics | 09 december 2019
Tristan J. Coffey, Christopher C. Barton
The size distribution of sea-ice floes and its evolution during the Antarctic summer season and a model of fragmentation that generates a power scalin...
View Abstract
Quantifying the Properties of Individual Bedrock Fractures and Networks of Fractures for Input into Discrete Fracture Network Flow Models with Data from the Mirror Lake Watershed, Hubbard Brook Experimental Forest, Woodstock, NH
NUMERICAL AND ANALYTIC TECHNIQUES FOR MODELING MULTISCALE SYSTEMS AND COMPLEXITY IN THE ATMOSPHERE, OCEAN, AND CLIMATE; AND TECHNIQUES FOR IMAGING AND MODELING FLUID FLOW IN FRACTURES IN THE UPPER CRUST II POSTERS
nonlinear geophysics | 09 december 2019
Christopher C. Barton
Distributions of the properties of individual fractures and networks of bedrock fractures are used to constrain models of discrete fracture networks a...
View Abstract