Add to ORKGInternational audienceIn this paper, two SAR image time series acquired by PAZ and Sentinel-1 satellites in 2020 (29 and 60 images respectively) are used to investigate surface changes of different ice/snow-covered areas in the Mont-Blanc massif. The evolution of the backscatter coefficient and several statistical parameters in both X and C band SAR images is analyzed on ice aprons, on valley glacier accumulation and ablation areas, and on ice-free areas. Dry and wet snow changes are observed and correlated with meteorological data (temperature at 4 different elevations and snow height) acquired by a weather station
International audienceA new generation of space-borne SAR sensors were launched in 2006-2007 with AL...
In cryospheric studies, the most critical variable is estimating the beginning and evolution of the ...
ABSTRACTSynectic Aperture Radar (SAR) backscatter coefficient is sensitive to glacier surface physic...
International audienceIn this paper, two SAR image time series acquired by PAZ and Sentinel-1 satell...
International audienceThis paper investigates the backscatter evolution and surface changes of ice a...
Conventional studies to assess the annual mass balance for glaciers rely on single point observation...
Conventional studies to assess the annual mass balance for glaciers rely on single point observation...
This work examines the effectiveness of spaceborne synthetic aperture radar (SAR) for investigating ...
With dense SAR satellite data time series it is possible to map surface and subsurface glacier prope...
Being extremely sensitive to temperature variations, glaciers and ice sheets are good indicators of ...
International audienceA new generation of space-borne SAR sensors were launched in 2006-2007 with AL...
In cryospheric studies, the most critical variable is estimating the beginning and evolution of the ...
ABSTRACTSynectic Aperture Radar (SAR) backscatter coefficient is sensitive to glacier surface physic...
International audienceIn this paper, two SAR image time series acquired by PAZ and Sentinel-1 satell...
International audienceThis paper investigates the backscatter evolution and surface changes of ice a...
Conventional studies to assess the annual mass balance for glaciers rely on single point observation...
Conventional studies to assess the annual mass balance for glaciers rely on single point observation...
This work examines the effectiveness of spaceborne synthetic aperture radar (SAR) for investigating ...
With dense SAR satellite data time series it is possible to map surface and subsurface glacier prope...
Being extremely sensitive to temperature variations, glaciers and ice sheets are good indicators of ...
International audienceA new generation of space-borne SAR sensors were launched in 2006-2007 with AL...
In cryospheric studies, the most critical variable is estimating the beginning and evolution of the ...
ABSTRACTSynectic Aperture Radar (SAR) backscatter coefficient is sensitive to glacier surface physic...