SR
Member Since 2007
Summer Rupper
Professor, University of Utah
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A Comparison of Methods for Void-Filling Glacier Surface Elevation Change Maps in High Mountain Asia
OBSERVATIONS AND MODELS OF GLACIER CHANGE II ORAL
cryosphere | 13 december 2024
Cameron Markovsky, Summer Rupper, Simon Brewer, Ri...
Geodetic glacier mass balance estimates frequently require repeat digital elevation models (DEMs). These DEMs often contain data gaps, or void areas, ...
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PREDICTIVE ANALYSIS OF AVALANCHING GLACIERS USING OPEN-SOURCED DATASETS
CHANGING CLIMATE: ASSOCIATED NATURAL HAZARDS AND IMPACTS I POSTER
natural hazards | 11 december 2024
Ekaterina Bashkova, Summer Rupper, Simon Brewer, C...
Avalanching glaciers, or glaciers that undergo dry calving, can include phenomena such as ice break-offs, rock-ice avalanches, and low-angle glacier d...
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Processing and analysis of ITS_LIVE ice velocity data in High Mountain Asia
CRYOSPHERIC CHANGES AND THEIR IMPACT ON THE HIGH-MOUNTAIN WATER CYCLE II POSTER
cryosphere | 11 december 2024
Emma Marshall, Summer Rupper, Richard R. Forster
Glaciers are important to the High Mountain Asia (HMA) region and Indian subcontinent both as water resources and potential geohazards. HMA River basi...
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Results of a Glacio-Hydrologic Disturbance Index Calculated for High Mountain Asia
CRYOSPHERIC CHANGES AND THEIR IMPACT ON THE HIGH-MOUNTAIN WATER CYCLE II POSTER
cryosphere | 11 december 2024
Malisse M. Lummus, Leigh A. Stearns, Summer Rupper...
Diverse terrain within High Mountain Asia (HMA) is already causing small catchments to undergo heterogenous cryosphere changes due to climate change. ...
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Calibration of glacio-hydrological model using Sentinel-1 SAR time series in the Himalaya-Karakoram
REMOTE SENSING OF THE CRYOSPHERE: SEASONAL SNOW II POSTER
cryosphere | 10 december 2024
Smriti Srivastava, Richard R. Forster, Summer Rupp...
Field-based studies are limited in Himalaya-Karakoram (HK); hence, remote sensing and glacio-hydrological modeling provide an alternative solution to ...
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NASA's High Mountain Asia Team (HiMAT): Advancing Understanding of Historical and Future Changes in High Mountain Asia
THE THIRD POLE ENVIRONMENT (TPE) UNDER GLOBAL CHANGES IV POSTER
global environmental change | 10 december 2024
Summer Rupper, Lauren C. Andrews, Manuela Girotto,...
NASA's High Mountain Asia Team (HiMAT) is a collaborative group composed of 13 funded research teams. HiMAT's primary objectives are to assess and pro...
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Snow Cover Variability in the Arid Andes and Potential Climate Drivers
CRYOSPHERIC CHANGES AND THEIR IMPACT ON THE HIGH-MOUNTAIN WATER CYCLE I ORAL
cryosphere | 10 december 2024
Josh Maurer, Summer Rupper
The subtropical south-central Andes (northwestern Argentina and northernmost Chile) are extremely arid, yet high mountain ranges receive snow during a...
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Understanding Glacial-Geomorphic-Climatic Changes in the Arid Andes: Cordillera Oriental as a Case Study
THE EARTH'S SURFACE AS A NATURAL LAB: ADVANCES IN ISOLATING LANDSCAPE EVOLUTION CONTROLS II POSTER
earth and planetary surface processes | 10 december 2024
Michael R. Kaplan, Mateo A. Martini, Maxwell Cunni...
Climatic and tectonic forces interact with one another in the growth of mountains, particularly through their shared influence on erosional patterns. ...
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