Garvellachs, Scotland, U.K.
Broadly, my research is focused on interpreting the past climate, hydrologic regimes, and habitability of planetary bodies from quantitative analyses of sedimentary deposits and landforms. I also study modern environments on Earth (primarily in polar regions) that can shed light to what Mars and Neoproterozoic Earth may have looked liked. My research is interdisciplinary, integrating field-based studies with remote sensing and numerical analyses. Examples of my research include: characterizing the sedimentary environments of modern perennially ice-covered lakes in Antarctica, investigating how periglacial processes shape alluvial fans in the Arctic, reconstructing ancient environments on Mars with the Curiosity rover, and evaluating the presence of past oceans on early Mars by mapping martian deltaic deposits.
My past and current research spans from the large scale (landscapes) to the small (individual sediment grains) and falls within the following general categories [click subjects below to learn more]:
- characterizing modern depositional environments on Earth
- reconstructing paleo-environments on Mars
- planetary geomorphology
- thermal infrared spectroscopy and radiative transfer modeling
I am a versatile scientist that enjoys thinking about research problems in new and creative ways, and am eager to collaborate with others. While my past and current research has focused on Earth and Mars, I am interested in applying my skill set to other planetary bodies.
Keywords: Paleoclimate, Hydrology, Sedimentology, Geomorphology, Planetary geology, Polar environments, Neoproterozoic Earth, Habitability, TIR Spectroscopy, Radiative Transfer, Remote Sensing, GIS, LIBS