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New shortwave infrared albedo measurements for snow specific surface area retrieval

  • B. Montpetit (a1), A. Royer (a1), A. Langlois (a1), P. Cliche (a1), A. Roy (a1), N. Champollion (a2), G. Picard (a2), F. Domine (a2) and R. Obbard (a3)...


Snow grain-size characterization, its vertical and temporal evolution is a key parameter for the improvement and validation of snow and radiative transfer models (optical and microwave) as well as for remote-sensing retrieval methods. We describe two optical methods, one active and one passive shortwave infrared, for field determination of the specific surface area (SSA) of snow grains. We present a new shortwave infrared (SWIR) camera approach. This new method is compared with a SWIR laser- based system measuring snow albedo with an integrating sphere (InfraRed Integrating Sphere (IRIS)). Good accuracy (10%) and reproducibility in SSA measurements are obtained using the IRIS system on snow samples having densities greater than 200 kg m-3, validated against X-ray microtomography measurements. The SWIRcam approach shows improved sensitivity to snow SSA when compared to a near-infrared camera, giving a better contrast of the snow stratigraphy in a snow pit.

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New shortwave infrared albedo measurements for snow specific surface area retrieval

  • B. Montpetit (a1), A. Royer (a1), A. Langlois (a1), P. Cliche (a1), A. Roy (a1), N. Champollion (a2), G. Picard (a2), F. Domine (a2) and R. Obbard (a3)...


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