The hydrological potential of snow is investigated using the snow water equivalent which is the product of snow density and snow depth. In the previous work, different methods were developed for the estimation of snow geophysical parameters including density. The density estimates from these methods are used with the snow depth estimated from a novel method based on DInSAR processing of Sentinel-1 dual polarimetric SAR data for the determination of snow density.

The hydrological potential of snow is investigated using the snow water equivalent which is the product of snow density and snow depth. In the previous work, different methods were developed for the estimation of snow geophysical parameters including density. The density estimates from these methods are used with the snow depth estimated from a novel method based on DInSAR processing of Sentinel-1 dual polarimetric SAR data for the determination of snow density.