ABOUT
The last 25 years of satellite observations are too short to determine how Thwaites Glacier responds to ocean and atmosphere changes. Records from the pre-satellite era are required to build a holistic understanding of the glacier’s longer-term history and sensitivity to processes. Seafloor sediments deposited at the retreating grounding line and further offshore are archives of changes in the glacier and the surrounding ocean. Understanding of topography of the seafloor and how it influences ocean circulation near Thwaites Glacier is also needed to assess the stability of the glacier. Consequently, this project focuses on the seafloor, offshore from Thwaites Glacier, and the history of past glacial and ocean change. Uncertainty in model projections of the future of Thwaites Glacier will be significantly reduced by cross-disciplinary investigations seaward of the current grounding line.
RESEARCH
GEOLOGICAL INSIGHTS FROM THE NEWLY DISCOVERED GRANITE OF SIF ISLAND BETWEEN THWAITES AND PINE ISLAND GLACIERS Antarctic Science
INSIGHTS INTO GLACIAL PROCESSES FROM MICROMORPHOLOGY OF SILT-SIZED SEDIMENT. The Cryosphere
TOWARDS MODELLING OF CORRUGATION RIDGES AT ICE-SHEET GROUNDING LINES The Cryosphere
SYNCHRONOUS RETREAT OF THWAITES AND PINE ISLAND GLACIERS IN RESPONSE TO EXTERNAL FORCINGS IN THE PRE-SATELLITE ERA Proceedings of the National Academy of Sciences
RAPID RETREAT OF THWAITES GLACIER IN THE PRE-SATELLITE ERA Nature Geoscience
SEDIMENTARY SIGNATURES OF PERSISTENT SUBGLACIAL MELTWATER DRAINAGE FROM THWAITES GLACIER, ANTARCTICA Frontiers in Earth Science, Sec. Cryospheric Sciences
REVEALING THE FORMER BED OF THWAITES GLACIER USING SEA-FLOOR BATHYMETRY The Cryosphere
MORPHOMETRY OF BEDROCK MELTWATER CHANNELS ON ANTARCTIC INNTER CONTINENTAL SHELVES: IMPLICATIONS FOR CHANNEL DEVELOPMENT AND SUBGLACIAL HYDROLOGY Geomorphology
PAST WATER FLOW BENEATH PINE ISLAND AND THWAITES GLACIERS, WEST ANTARCTICA The Cryosphere
OUTREACH