The College of Earth, Ocean, and Atmospheric Sciences at Oregon State University has openings for 2 PhD students and 1 post-doc focused on field experiments and numerical modeling of small scale processes at the ice/ocean interface.

Tidewater glaciers flow into the ocean, melt, and collapse into a jumble of icebergs through complex, dynamic, and interactive processes. Understanding this behavior will help put bounds on future changes in sea level and ice flow. Recent observations, however, provide evidence that tidewater glaciers are melting much faster than current models predicted (e.g. Sutherland et al 2019, Jackson et al 2020). Our team is leading a major initiative to investigate ice-ocean interaction physics at a near-vertical ice face to understand the dynamics responsible for this discrepancy and to get more accurate prescriptions of the physics in the next generation of climate models. Specifically, we aim to make the first observations of boundary layer fluid mechanics and morphodynamics that control ice-melt rates at the actively-calving terminus of Leconte Glacier, Alaska. These field experiments will be the first of their kind, using novel ROV capabilities to make measurements of the physics of glacial melt driven by centimeter-scale fluid motions in the boundary layer. See more about this project here: http://exploreice.org/melting-ice

The position descriptions and application submission portal are here:

http://exploreice.org/leconte-phd

Applications are due on December 7th for initial review by the team. Students will need to also apply to the graduate school after the initial review.

This is a very exciting project making measurements at the face of a tidewater glacier. We are looking for applicants with strong physics and math background and interest in fluid mechanics, boundary layer exchange, ice mechanics, and ice morphological change and feedbacks with the flow field.