| Presenting author |
Abstract number |
Title |
| Tidewater and lake-calving glaciers |
| Thomas Frank |
89A3685 |
A new fast thickness inversion approach and its application to Kronebreen, Svalbard |
| Michael Shahin |
89A3686 |
Calving at Helheim Glacier dominated by large flexure events: observations from two autonomous terrestrial laser scanners |
| Shuntaro Hata |
89A3710 |
Changes in the dynamics of lake-terminating glaciers after the outburst of Lago Greve in Patagonia |
| José M Muñoz-Hermosilla |
89A3711 |
Characterization of meltwater discharging channels in Hansbreen and their role on the intraseasonal front behaviour |
| James Sanders |
89A3719 |
Investigating recent and historical change in tidewater glaciers in Glacier Bay, Alaska, USA |
| Ryan North |
89A3721 |
Historic imagery reveals glacier response to ice shelf debutressing on the Antarctic Peninsula |
| José M. Muñoz-Hermosilla |
89A3723: |
A 3D glacier dynamics-line plume model to estimate the frontal ablation of Hansbreen, Svalbard |
| Aman KC |
89A3730 |
Analysis of terminus ablation time series for Helheim Gletsjer and Kangiata Nunaata Sermia |
| Bridget Ovall |
89A3737 |
Subglacial discharge plume at LeConte Glacier, Alaska, USA: evolution from upwelling to outflowing |
| Lois Anderson |
89A3740 |
Fjord circulation in Greenland: freshwater sources, mixing, and the estuarine exchange flow |
| Journey Berry |
89A3794 |
Historical evolution and possible triggers for the retreat of Bear Glacier Lagoon, Alaska, USA |
| Surging glaciers |
| Coline Bouchayer |
89A3681 |
Access the inaccessible: ploughing subglacial sediments of a surging glacier |
| Yoram Terleth |
89A3707 |
A new fast thickness inversion approach and its application to Kronebreen, Svalbard |
| Phoebe Kinzelman |
89A3736 |
Terminus position change of Greenland’s peripheral marine-terminating glaciers 2013–2 |
| Social and indigenous perspectives |
| Joanna Young |
89A3731 |
The cryosphere and climate change communication: a systematic review of messengers, messages, and outcomes of framing climate change as thawing ice |
| Glacier–ocean–sediment interactions |
| Karla Boxall |
89A3687 |
Seasonal land ice-flow variability in the Antarctic Peninsula |
| Cody Barnett |
89A3733 |
Spatiotemporal variability in basal melt derived from sequential radar echograms for ice shelves in northern Greenland and Antarctica |
| Bruno Belotti |
89A3752 |
Sediment dynamics and erosion in the subglacial environment; sedimentological analysis of ancient processes in Kennicott glacier, Alaska, USA |
| Glacier hydrology and wet firn |
| Mikaila Mannello |
89A3706 |
Change in firn thickness across the Juneau Icefield between 2012 and 2021 |
| Verenis Lucas |
89A3751 |
Monitoring spring meltwater infiltration at Wolverine Glacier, Alaska, USA |
| Observing high-accumulation and high-melt glaciers |
| Lucas Zeller |
89A3690 |
Automated delineation of accumulation areas on Alaskan glaciers from satellite imagery, 1984–2021 |
| Rainey Aberle |
89A3725 |
HSeasonal snow line mapping using Planet imagery |
| Michael Daniel |
89A3747 |
Snow accumulation results from airborne radar in the Gulf of Alaska |