A series of fully-funded PhD studentships in our group are available.

University-funded PHD Studentships

Carbon drawdown on debris-covered glaciers

From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet

Modelling ice shelf collapse in Antarctica

Quantifying and modelling annual variability in the flow of Greenland and the Antarctic Ice Sheets and assessing global impacts

Sediment flux in and around the Sør Rondans Mountains in East Antarctica

Tides as a natural experiment to learn about ice stream flow: modelling the “stick-slip” motion of Whillans Ice Stream, Antarctica

Understanding how Antarctic Ice Sheets control the climate of Antarctica

one pLanet nerc doctoral training pARTNERSHIP

Arctic Weather Forecasting

How are large permafrost rock faces responding to climate change?

Glaciers and ice sheets: pressurized nutrient bioreactors for the oceans

If a slope in Antarctica falls down does it matter?

Ice Sheet Influences on Tropical Climate

Monitoring and modelling the drivers and responses of permafrost coastal erosion

From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet

Greenhouse Gas Cycling in Supraglacial Debris Covers

Using ocean tides as a natural experiment to learn about ice sheet

Mulit-sensor fusion for Ice-Mass studies over Greenland

Simulating evolving snow proceses in the changing climate

Determining the impact of seasonal meltwater on the subglacial hydrology

Comparing Biodiversity and Ecosystem Functions of Restored and Natural Mangrove Forests in Indonesia using Palynology and plant DNA metabarcoding

From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet

Coastal geohazard analyses and decision making tools for asset management

Terrestrial climate reconstructions in Central Europe during past interglacials

Oligocene to Miocene vegetation and climate dynamics on the edge of Europe

Better projections of ocean-driven ice loss from Antarctica