Ice dynamic and hydrological response to ice-dammed lake drainages at Isunnguata Sermia, West Greenland

Stephen J. Livingstone^*, Robert D. Storrar, Samuel H. Doyle, Sian Thorpe, Angus Moffatt, Andrew J. Sole, Thomas R. Chudley, Florent Gimbert, Joseph A. Graly, Kathy Licht, Kate Winter, Asini Jayarapu, Elizabeth A. Bagshaw, Guilhem Barruol, Kayla Bauer, Gianluca Bianchi, Sammie Buzzard, Caroline C. Clason, Lisa Craw, Benjamin DavisonLaura A. Edwards, Bill Gilhooly, Trinity Hamilton, Chris Hansen, Jonathan Hawkins, Ryan Ing, Moses Jatta, Andrew H. Jones, Tori Kennedy, Siobhan Killingbeck, Tifenn Le Bris, Rebecca McCerery, Alexandra Messerli, Alexandre Michel, Felipe Napoleoni, Matthew W. Peacey, Michael R. Prior-Jones, Neil Ross, Remy Veness, Kayla Woodie, Tun Jan Young, Adam Hepburn, Adam Booth

^*Corresponding author for this work

School of Geography and Natural Sciences

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Chemistry and biology under low hydrolic conditions beneath the Greeenland Ice sheet, revealed through naturally emerging overwinter conditions
Graly, J. (PI) & Winter, K. (CoI)
Natural Environment Research Council
1/09/21 → 31/08/24
Project: Research

Ice dynamic and hydrological response to ice-dammed lake drainages at Isunnguata Sermia, West Greenland

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Chemistry and biology under low hydrolic conditions beneath the Greeenland Ice sheet, revealed through naturally emerging overwinter conditions