1. Monitoring of snow water equivalent and snowmelt through space-borne synthetic aperture radar techniques
- Author
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Pettinato S., Bovenga F., Santi E., Paloscia S., Baroni F., Belmonte A., Refice A., Argentiero I., Colombo R., Di Mauro B., Bramati G., Marin C., Cuozzo G., De Gregorio L., Notarnicola C., Callegari M., Barella R., Pasian M., Lodigiani M., Cremonese E., Pettinato, S, Bovenga, F, Santi, E, Paloscia, S, Baroni, F, Belmonte, A, Refice, A, Argentiero, I, Colombo, R, Di Mauro, B, Bramati, G, Marin, C, Cuozzo, G, De Gregorio, L, Notarnicola, C, Callegari, M, Barella, R, Pasian, M, Lodigiani, M, and Cremonese, E
- Subjects
soil freeze/thaw ,snow water equivalent ,snow depth ,SAR interferometry ,SAR backscatter ,permafrost - Abstract
This work aims to consider the use of different SAR operating at X-, C- and L-band in order to improve the monitoring of snow covered areas and soil in Alpine areas. A preliminary dataset of X-, C- and L-band is acquired and analysed in order to exploit the potentialities in snow and permafrost monitoring. The intensity and phase of the SAR signal at different frequencies shows sensitivity for estimating Snow Water Equivalent and permafrost characteristics.
- Published
- 2022
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