As a glaciologist for over 30 years, Sridhar Anandakrishnan is well-used to social distancing. Professor of geosciences and a core member of Penn State’s Ice and Climate Exploration group, his field work in Antarctica and Greenland typically takes place in a small camp in the middle of a glacier, 1,000 miles from the closest neighbor. “For the most part,” he says, “it’s two to four people living out of a couple of tents for six to eight weeks. There’s some very particular skills one needs to navigate that kind of situation.”
The Department of Geosciences offers M.S. and Ph.D. degree programs that provide students with a broad background in any of the major areas of geological sciences and intensive research experiences culminating in the preparation of a formal thesis. The goal of the programs is to prepare students for scientific careers in academia, government, or industry. A wide range of faculty interests and exceptional laboratory and other support facilities provide an extensive variety of areas of specialization in which students may choose their course work and research topics, which include: aqueous geochemistry, chemistry and physics of rocks and mineral, geodynamics, global change and earth history, sedimentary geology and paleobiology, solid earth and applied geophysics, surficial processes.
The M.S. degree typically requires two years of study to complete and the Ph.D. (without an M.S.) about four years. Students entering with a B.S. or B.A. degrees may choose, with faculty approval, to bypass the M.S. degree and work directly for the Ph.D. Currently about a third of our students are in the M.S. program and two thirds are in the Ph.D program.
The goal of our programs is to prepare students for specific careers in academia, government, or industry. Students are encouraged to publish in the peer-reviewed literature as part of their dissertation research.
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Biogeochemistry is an interdisciplinary field that fuses biology, geosciences, and chemistry to better understand processes in nature. The program enables students from several graduate programs to gain the perspectives, techniques, and methodologies of biogeochemistry, while maintaining a close association with major program areas of study.
The following graduate programs in the college offer dual degrees in Biogeochemistry:
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The search for life in the universe. Exploring ancient Earth rocks that serve as examples of what could have happened to planets in different galaxies. And even analyzing and improving the tools we use to measure for evidence — either at the scale of a cell or a solar system — to answer these questions. These are the hallmarks of astrobiology research at Penn State. Our program brings together researchers from many disciplines to answer these pressing questions about the evolution of life.
The Astrobiology dual-title degree program, administered by the Department of Geosciences, enables students from several graduate programs to gain the perspectives, techniques, and methodologies of astrobiology, while maintaining a close association with major program areas of application.
At the core of Astrobiology and at the forefront of NASA goals is the construction of a fundamental scientific knowledge base that enables the recognition of signatures of life on the early Earth, in extreme environments, and in extraterrestrial settings. Graduates may work in fields devoted to the exploration of life outside of Earth and to the investigation of the origin and early evolution of life on Earth.
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