Sediment resuspension events in global lakes.
Problem statement:
Wind-driven sediment resuspension in lakes is important for biogeochemical cycles and water quality. But the global prevalence of sediment resuspension in lakes remains unexplored.
The aim of the work:
Investigate the global prevalence of sediment resuspension events across time and space in the world’s large lakes. Compile a database of instances where sediment resuspension was detected and explore the characteristics of those lakes which may make them more susceptible to sediment resuspension.
Method:
Literature search, data digitization, and database creation.
Supervisor:
Benjamin Kraemer
Contact:
Benjamin Kraemer benjamin.kraemer@hydrology.uni-freiburg.de Tel. +49 (0)176 / 3014 1903
Challenge:
Attention to detail is critical. Resourcefulness in literature research and willingness to learn how to digitize data using web-based programs such as WebPlotDigitizer.
Language:
English