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The influence of a rock glacier on the riverbed hydrological system
Bastien Charonnat
,
Michel Baraer
, Eole Valence
,
Janie Masse-Dufresne
, Chloé Monty
, Kaiyuan Wang
, Elise Devoie
, Jeffrey M. McKenzie
École de technologie supérieure
GEOTOP (Research Centre on the Dynamics of the Earth System)
CentrEau Research Center
McGill University
Simon Fraser University
Brown University
Queen's University Kingston
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
Overview
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Keyphrases
Hydrological System
100%
Rock Glacier
100%
Surface Water
33%
Canada
16%
Climate Change
16%
Thermal Properties
16%
Hydro
16%
Physicochemical Properties
16%
Drainage System
16%
Hydrological Processes
16%
Hydrological Impacts
16%
Water Resources
16%
Cryo
16%
Multi-method
16%
Hydrological Behavior
16%
Yukon
16%
Indirect Influence
16%
Direct Influence
16%
Creek
16%
Physicochemical Characterization
16%
Glacier
16%
St. Elias Mountains
16%
Mountain Areas
16%
Thermal Infrared Imagery
16%
Hydrological Dynamics
16%
Vis-NIR
16%
Alpine Hydrology
16%
Internal Drainage
16%
Aufeis
16%
Alluvial Aquifer
16%
Alpine Watershed
16%
Permafrost Degradation
16%
Shallow Groundwater
16%
Ground Ice
16%
Geomorphic Controls
16%
Catchment Hydrology
16%
Time-lapse Imagery
16%
Drone-based
16%
Cryosphere Degradation
16%
Isotopic Characterization
16%
Earth and Planetary Sciences
Rock Glacier
100%
Surface Water
33%
Hydrology
33%
Climate Change
16%
Canada
16%
Cryosphere
16%
Drainage System
16%
Physicochemical Property
16%
Mountain Region
16%
Alluvial Aquifer
16%
Glaciers
16%