Member Since 2008
Missy C. Eppes
Professor, University of North Carolina at Charlotte
Professional Experience
University of North Carolina at Charlotte
Professor
2017 - Present
University of North Carolina at Charlotte
Education
New Mexico Institute of Mining and Technology
Masters
1997
Washington and Lee University
Bachelors
1993
University of New Mexico Department of Earth and Planetary Sciences
Doctorate
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Honors & Awards
Marguerite T. Williams Award
Received 2022
Martha Cary “Missy” Eppes transformed our understanding of processes operating beneath our feet and built bridges between communities. Her groundbreaking, interdisciplinary research links rock fracture mechanics and surface processes. Her early caree...
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Publications
AGU Abstracts
Holocene and Late Pleistocene landscape dynamics in SE US Piedmont Uplands: revisiting hillslope sediment, gully incision, and sediment storage
FROM RIDGELINES TO VALLEYS: HILLSLOPE PROCESSES AND MORPHOLOGY ACROSS SCALES II POSTER
earth and planetary surface processes | 15 december 2023
Nora Vaughan, Terry A. Ferguson, Martha Cary C. Ep...
A synthesis of recent and historic investigations of low-order watersheds in SE US Piedmont indicate episodic formation of hillslope sediment (HSS), g...
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Evidence for Increase in Crack Damage in Rocks with Duration of Exposure at Earth's Surface
FROM THE TECTONIC ROCK CRUSHER TO THE CRACKING SURFACE: CONNECTIONS BETWEEN PROGRESSIVE ROCK FAILURE, EROSION, AND THE CRITICAL ZONE POSTER
earth and planetary surface processes | 12 december 2023
Philip G. Meredith, Yang Yuan, Monica Rasmussen, K...
Fractures in rock are ubiquitous; occurring at all scales, in all environments and propagating progressively over geologic time. To measure how fractu...
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Design and testing of a rapid sample preparation and double torsion testing for stress corrosion fracture testing under controlled environmental conditions
FROM THE TECTONIC ROCK CRUSHER TO THE CRACKING SURFACE: CONNECTIONS BETWEEN PROGRESSIVE ROCK FAILURE, EROSION, AND THE CRITICAL ZONE POSTER
earth and planetary surface processes | 12 december 2023
Alex Rinehart, Marissa Fichera, Martha Cary C. Epp...
Time and rate dependent rock fracture properties are increasingly tied to the rates and style of a wide range of planetary processes, from mechanical ...
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