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Gain comprehensive knowledge of Earth's geological formations, including hard and soft rocks, geophysical processes, tectonic movements, hydrogeological systems, and quaternary geological features. Perform investigations to solve challenges related to sedimentary, igneous, and metamorphic rock formations, surface deposits, and aquatic systems. Areas such as the Colorado Plateau present exceptional prospects for utilizing geological, geobiological, geophysical, geochemical, and computational-modeling approaches to study Earth's processes. This thesis-driven Master's program appeals to learners passionate about natural resources (encompassing water and energy supplies) and Earth's fundamental composition. The curriculum allows adaptable study plans, developed with support from an active research advisory team.