A series of fully-funded PhD studentships in our group are available.<\/p>\n
Carbon drawdown on debris-covered glaciers<\/a><\/p>\n From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet<\/a><\/p>\n Modelling ice shelf collapse in Antarctica<\/a><\/p>\n Quantifying and modelling annual variability in the flow of Greenland and the Antarctic Ice Sheets and assessing global impacts<\/a><\/p>\n Sediment flux in and around the S\u00c3\u00b8r Rondans Mountains in East Antarctica<\/a><\/p>\n Tides as a natural experiment to learn about ice stream flow: modelling the \u00e2\u20ac\u0153stick-slip\u00e2\u20ac\u009d motion of Whillans Ice Stream, Antarctica<\/a><\/p>\n Understanding how Antarctic Ice Sheets control the climate of Antarctica<\/a><\/p>\n Arctic Weather Forecasting<\/a><\/p>\n How are large permafrost rock faces responding to climate change?<\/a><\/p>\n Glaciers and ice sheets: pressurized nutrient bioreactors for the oceans<\/a><\/p>\n If a slope in Antarctica falls down does it matter?<\/a><\/p>\n Ice Sheet Influences on Tropical Climate<\/a><\/p>\n Monitoring and modelling the drivers and responses of permafrost coastal erosion<\/a><\/p>\n From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet<\/a><\/p>\n Greenhouse Gas Cycling in Supraglacial Debris Covers<\/a><\/p>\n Using ocean tides as a natural experiment to learn about ice sheet<\/a><\/p>\n Mulit-sensor fusion for Ice-Mass studies over Greenland<\/a><\/p>\n Simulating evolving snow proceses in the changing climate<\/a><\/p>\n Determining the impact of seasonal meltwater on the subglacial hydrology<\/a><\/p>\n Comparing Biodiversity and Ecosystem Functions of Restored and Natural Mangrove Forests in Indonesia using Palynology and plant DNA metabarcoding<\/a><\/p>\n From Greenhouse to Icehouse: Past changes in southern hemisphere vegetation and the evolution of the Antarctic ice sheet<\/a><\/p>\n Coastal geohazard analyses and decision making tools for asset management<\/a><\/p>\n Terrestrial climate reconstructions in Central Europe during past interglacials<\/a><\/p>\n Oligocene to Miocene vegetation and climate dynamics on the edge of Europe<\/a><\/p>\none pLanet<\/a>\u00c2\u00a0nerc doctoral training pARTNERSHIP<\/h6>\n