Gregory Dumond Data-verified
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Associate Professor
faculty
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Biography and Research Information
OverviewAI-generated summary
Gregory Dumond's research focuses on geological processes, particularly those related to the Earth's crust and its evolution. His work involves geophysical characterization and analysis of geological formations, including alkaline-carbonatite complexes and uplifted mountain regions. Dumond investigates the physical properties of rocks and their response to geological stress, such as shear strain in orogenic crust and the behavior of mafic granulites in deep crustal terranes.
His research utilizes geophysical methods like gravity and magnetic surveys, as well as electrical resistivity imaging, to understand subsurface structures and recent geological events such as landslides. Dumond also employs geochemical techniques, including garnet geochronology and phase equilibria modeling, to constrain the timing and conditions of metamorphic events and magma flow in the lower crust. He has been awarded federal grants from the National Science Foundation (NSF) for collaborative research on magmatic underplating and for the acquisition of a multicollector ICP-MS instrument, which supports research across geology, archaeology, and paleobiology.
Dumond collaborates with researchers at the University of Arkansas at Fayetteville, including Govind Joshi, Barry Shaulis, and Andrew P. Lamb, with whom he has co-authored multiple publications. His scholarship metrics include an h-index of 14, 54 total publications, and 721 total citations.
Metrics
- h-index: 14
- Publications: 54
- Citations: 723
Selected Publications
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Phase equilibria modeling constraints on channel flow of metasedimentary crust beneath the southeastern Tibetan Plateau (2025)
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Phase Equilibria Modeling Constraints on Lower Crustal Pipe Flow Beneath the Southeastern Tibetan Plateau (2025)
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Geophysical characterization of an alkaline‑carbonatite complex using gravity and magnetic methods at Magnet Cove, Arkansas, USA (2024)
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CONTINENTAL CONSEQUENCES OF MAGMATIC INTRAPLATING OF SEDIMENTS LURKING IN THE DEEP (2024)
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Electrical Resistivity Imaging of Recent Landslides in Colorado Springs, Colorado, USA (2024)
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ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING (2023)
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CONSTRAINING HIGH TEMPERATURE DEFORMATION AND METAMORPHISM IN THE SOUTHERN WET MOUNTAINS, COLORADO, USA: NEW P-T-T RESULTS FROM HIGH GRADE METAMORPHIC BASEMENT AND IMPLICATIONS FOR THE PICURIS OROGENY (2023)
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Monazite as a monitor of shear strain in orogenic crust (2022)
Federal Grants 2 $1,359,238 total
Collaborative Research: Impact of Magmatic Underplating on the Evolution of Lower Continental Crust
Collaboration Network
Top Collaborators
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- Phase Equilibria Modeling Constraints on Lower Crustal Pipe Flow Beneath the Southeastern Tibetan Plateau
- Phase equilibria modeling constraints on channel flow of metasedimentary crust beneath the southeastern Tibetan Plateau
- Phase Equilibria Modeling Constraints on Lower Crustal Pipe Flow Beneath the Southeastern Tibetan Plateau
- Gravitational Survey to Further Characterize a Paired Gravity Anomaly within the Benton Uplift of the Ouachita Mountains near Hot Springs, Arkansas
- Monazite as a monitor of shear strain in orogenic crust
- CONTINENTAL CONSEQUENCES OF MAGMATIC INTRAPLATING OF SEDIMENTS LURKING IN THE DEEP
- Garnet-rich Fingers in the Chipman dike Swarm, Athabasca Granulite Terrain: Implications for the evolution of hydrous mafic rocks in the lower crust.
- Monazite as a monitor of shear strain in orogenic crust
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- Garnet-rich Fingers in the Chipman dike Swarm, Athabasca Granulite Terrain: Implications for the evolution of hydrous mafic rocks in the lower crust.
- Monazite as a monitor of shear strain in orogenic crust
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- Monazite as a monitor of shear strain in orogenic crust
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- CONSTRAINING THE REGIONAL IMPACT OF THE MESOPROTEROZOIC PICURIS OROGEN USING HIGH-TEMPERATURE DEFORMATION AND METAMORPHISM IN THE WET MOUNTAINS, COLORADO, USA
- CONSTRAINING HIGH TEMPERATURE DEFORMATION AND METAMORPHISM IN THE SOUTHERN WET MOUNTAINS, COLORADO, USA: NEW P-T-T RESULTS FROM HIGH GRADE METAMORPHIC BASEMENT AND IMPLICATIONS FOR THE PICURIS OROGENY
- CONSTRAINING HIGH TEMPERATURE DEFORMATION AND METAMORPHISM IN THE SOUTHERN WET MOUNTAINS, COLORADO, USA: NEW P-T-T RESULTS FROM HIGH GRADE METAMORPHIC BASEMENT AND IMPLICATIONS FOR THE PICURIS OROGENY
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- ATHABASCA ANALOG FOR TIBETAN LOWER CRUSTAL FLOW AND STRAIN PARTITIONING
- Electrical Resistivity Imaging of Recent Landslides in Colorado Springs, Colorado, USA
- Electrical Resistivity Imaging of Recent Landslides in Colorado Springs, Colorado, USA
- Electrical Resistivity Imaging of Recent Landslides in Colorado Springs, Colorado, USA
- Geophysical characterization of an alkaline‑carbonatite complex using gravity and magnetic methods at Magnet Cove, Arkansas, USA
- Geophysical characterization of an alkaline‑carbonatite complex using gravity and magnetic methods at Magnet Cove, Arkansas, USA
- Deposition, Burial, Orogenesis, and Lower Crustal Metamorphism in a Deeply Exhumed Backarc Basin
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