Rickard Pettersson

Rickard Pettersson is a Senior Lecturer in Physical Geography at Uppsala University's Department of Earth Sciences, where he works within the Program for Air, Water and Landscape Sciences. His research focuses on glaciology and the dynamics of ice sheets, with particular emphasis on the flow dynamics, stability, and climatic response of glaciers.

Dr. Pettersson's research interests center on glacier mass balance, thermodynamics, and the coupling between dynamical and hydrological processes on glaciers and ice sheets. He specializes in collecting, processing, and interpreting geophysical and remote sensing data, and assimilating these data into glaciological models. His work spans multiple geographical regions including Svalbard, Greenland, Antarctica, and Sweden, with particular focus on Storglaciären in Sweden.

Analysis of his recent publications reveals a strong focus on Arctic and Antarctic glacial systems, with particular attention to Svalbard. His research examines ice sheet hydrology (particularly firn aquifers), glacier mass balance, subglacial processes, and the impacts of climate change on glacial systems. Methodologically, his work combines field measurements, remote sensing techniques (especially ground-penetrating radar), and numerical modeling approaches.

Dr. Pettersson maintains an active research profile with numerous collaborations across international institutions. His work appears in leading journals in glaciology and earth sciences including The Cryosphere, Journal of Glaciology, and Geophysical Research Letters. While specific grant information isn't provided in the available text, his extensive publication record spanning multiple continents suggests participation in significant research projects and collaborations.

His research group appears to focus on physical geography with emphasis on glaciological fieldwork and data analysis. The Program for Air, Water and Landscape Sciences at Uppsala University likely provides the institutional framework for his research activities, facilitating studies of cryospheric processes in both Arctic and Antarctic environments.