Geology, meteorology, oceanography, Geographic Information Systems (GIS), and the application of these disciplines in the environmental sciences are just a few of the various earth science disciplines that accessible to those with a Geology degree. The goal of the Geology Program is to relate these disciplines to intelligent living with the earth and to understand the interplay between earth and humanity. Students are encouraged to obtain a scientific understanding of earth systems from the atomic to the planetary scale, and we study processes that occur over timescales that span seconds to billions of years.
Click here to view a short YouTube video explaining the importance of Earth Science.
In practice, the study of Geology also draw heavily on the allied fields of chemistry, physics, mathematics, and biology, in some cases to the extent that there exist sub-disciplines like geochemistry, biogeochemistry, and geophysics.
Some of the major themes of coursework and research in the Geology Program include:
|Geochemistry||distribution and movement of chemical species in the Earth system|
|Geoinformatics (including GIS)||the science and the technology which develops and uses information science infrastructure to address the problems of geography, geosciences and related branches of engineering|
|Geomorphology||processes of landform evolution and landscape development|
|Hydrogeology||interrelationships of water and geologic materials and processes|
|Mineralogy||formation, chemical and physical properties, and classification of minerals|
|Oceanography||study of the planet’s oceans and marine systems|
|Paleontology||study of prehistoric life forms on Earth through the examination of fossils|
|Petrology||formation, properties, and classification of rocks|
|Sedimentology||genesis, transport, and deposition of sediment, and the formation of sedimentary rocks|
|Structural Geology||deformation of earth materials and resulting geologic structures|
|Tectonics||regional to global-scale deformation and structures resulting from interactions among pieces of the Earth’s rigid outer layer, or lithosphere|