- Areas of Study
- Program Requirements
- Curriculum
- Faculty
- Recent Dissertations and Theses
- Questions and Clarity: Insights from Applying Computational Methods to Paleoclimate Archives
- The Flow and Fracture of Antarctic Ice Shelves
- Coral Reefs in the Anthropocene Ocean: Novel Insights from Skeletal Proxies of Climate Change, Impacts, and Resilience
- Inferring the Thermomechanical State of the Lithosphere Using Geophysical and Geochemical Observables
- Structure and Mechanics of the Subducted Gorda Plate: Constrained by Afterslip Simulations and Scattered Seismic Waves
- The Heterogeneity and Volatile Content of Earth’s Mantle, Magmas and Crust
- Insights from Geodynamic Models Into Ice Flow, Mantle Magmatism, and Their Interactions
- Coastal Evolution on Earth and Titan
- U-Th Dating of Lacustrine Carbonates
- High Resolution Sedimentary Archives of Past Millennium Hurricane Activity in the Bahama Archipelago
- Reconstructing Atmospheric Changes in Monsoon Regions Using Eolian Dust
- Seismic and Numerical Constraints on the Formation and Evolution of Oceanic Lithosphere
- Greenlandic Ice Archives of North Atlantic Common Era Climate
- Investigating Mexican Paleoclimate with Precisely Dated Speleothems
- Wave-Driven Geomorphology of Pacific Carbonate Coastlines: From landscape to Wavelength Scale
- An inverse modeling approach to investigate deep ocean ventilation from radiocarbon records
- Geophysical and Geochemical Contraints on Submarine Volcanic Processes
- Storm Signatures in Coastal Ponds and Marshes Over the Late Holocene
- Water and Volatile Element Accretion to the Inner Planets
- Influence of Meltwater on Greenland Ice Sheet Dynamics
- Geophysical and Petrological Constraints on Ocean Plate Dynamics
- Trace Element Proxies and Mineral Indicators of Hydrothermal Fluid Composition and Seafloor Massive Sulfide Deposit Formation Processes
- Reconstructing Deglacial Ocean Ventilation Using Radiocarbon: Data and Inverse Modeling
- Geophysical and Geochemical Constraints on the Evolution of Oceanic Lithosphere From Formation to Subduction
- Coral Biomineralization, Climate Proxies and the Sensitivity of Coral Reefs to CO2-Driven Climate Change
- A Scientific Framework for Evaluating Coral Reef Resilience to Climate Change
- Little Ice Age Climate in the Western Tropical Atlantic Inferred from Coral Geochemical Proxies
- Seismic Constraints on the Processes and Consequences of Secondary Igneous Evolution of Pacific Oceanic Lithosphere
- Plan-View Evolution of Wave-Dominated Deltas
- Chemical, Isotopic, and Temporal Variations during Crustal Differentiation: Insights from the Dariv Igneous Complex, Western Mongolia
- Investigating the Evolution and Formation of Coastlines and the Response to Sea-Level Rise
- Mechanical and Geological Controls on the Long-Term Evolution of Normal Faults
- Exploring the Climate Change Refugia Potential of Equatorial Pacific Coral Reefs
- Lithospheric Dynamics of Earth’s Subduction Zones and Martian Tectonic Provinces
- Quaternary Morphology and Paleoenvironmental Records of Carbonate Islands
- Amundsen Sea Sea-Ice Variability, Atmospheric Circulation, and Spatial Variations in Snow Isotopic Composition from New West Antarctic Firn Cores
- Evolution of Oceanic Margins: Rifting in the Gulf of California and Sediment Diapirism and Mantle Hydration During Subduction
- Deep Explosive Volcanism on the Gakkel Ridge and Seismological Constraints on Ahallow Recharge at TAG Active Mound
- Climate Controls on Coral Growth in the Caribbean
- The CAFE Experiment: A Joint Seismic and MT Investigation of the Cascadia Subduction System
- Investigation of the Effect of a Circular Patch of Vegetation on Turbulence Generation and Sediment Deposition Using Four Case Studies
- Advanced Geophysical Studies of Accretion of Oceanic Lithosphere in Mid-Ocean Ridges Characterized by Contrasting Tectono-Magmatic Settings
- Earthquake Behavior and Structure of Oceanic Transform Faults
- Aridification of the Indian Subcontinent During the Holocene: Implications for Landscape Evolution, Sedimentation, Carbon Cycle and Human Civilizations
- Determining Timescales of Natural Carbonation of Peridotite in the Samail Ophiolite, Sultanate of Oman
- The Centennial and Millennial Variability of the IndoPacific Warm Pool and the Indonesian Throughflow
- Constraining Circulation Changes Through the Last Deglaciation with Deep-sea Coral Radiocarbon and Sedimentary 231Pa/230Th
- Hydrological and Biogeochemical Cycling Along the Greenland Ice Sheet Margin
- Quantifying Overwash Flux in Barrier Systems: An Example from Martha’s Vineyard, Massachusetts, USA
- The Response of the Red Sea to a Strong Wind Jet Near the Tokar Gap in Summer
- Late Holocene Hurricane Activity and Climate Variability in the Northeastern Gulf of Mexico
- Experimental Studies of Melting and Crystallization Processes in Planetary Interiors
- Syn-eruptive Degassing of a Single Submarine Lava Flow: Constraints on MORB CO2 Variability, Vesiculation, and Eruption Dynamics
- Temporal and Petrogenetic Constraints on Volcanic Accretionary Processes at 9-10 Degrees North East Pacific Rise
- Controls on Earthquake Rupture and Triggering Mechanisms in Subduction Zones
- Coral Calcifications Insights from Inorganic Experiments and Coral Responses to Environmental Variables
- Basalt Petrogenesis Beneath Slow and Ultraslow-Spreading Arctic Mid-Ocean Ridges
- Uranium-Series Radionuclide Records of Paleoceanographic and Sedimentary Changes in the Arctic Ocean
- Tropical Cyclones Within the Sedimentary Record: Analyzing Overwash Deposition from Event to Millenial Timescales
- Low-Latitude Western North Atlantic Climate Variability During the Past Millennium: Insights from Proxies and Models
Faculty
Marine Geology and Geophysics
David McGee
Discipline: Marine Geology & Geophysics
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Delia Oppo
Discipline: Marine Geology & Geophysics
Taylor Perron
Discipline: Marine Geology & Geophysics
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Britt Raubenheimer
Discipline: Applied Ocean Science & Engineering
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Leigh H. Royden
Discipline: Marine Geology & Geophysics
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Sarah Shackleton
Discipline: Climate Science
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Robert van der Hilst
Discipline: Marine Geology & Geophysics
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Catherine Walker
Discipline: Applied Ocean Science & Engineering
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