Exact(7)
Red circles indicate snow heights measured manually directly above the radar.
(b) Differences between the radar determined snow heights and measurements made with the laser snowdepth sensor.
Snow heights retrieved from the upGPR signal fitted the laser-determined snow height somewhat better than the upFMCW algorithms for the first part of the season.
Comparing the snow heights from the FMCW radar in the upper and the lower position, no significant differences were observed (Table 2).
After 1 March 2012, snow heights retrieved from upFMCW algorithms were closer to the measurements of the laser snow-depth sensor than the ones determined with the upGPR.
Considering the entire dry-snow season, the snow heights retrieved from upFMCW algorithms represented the measured snow height similarly accurate as the upGPR (Table 2).
Similar(53)
Nepal in particular disputed the Chinese figure, preferring what was termed the "snow height" of 29,028 feet.
Nepal has said that the snow height should also be included, as with other peaks in the world.
Expensive laser or ultrasonic sensors on poles can accurately measure snow height, but these fragile devices are easily destroyed or shifted by snow movement on steep slopes.
When the storms hit, they found that the radar could gauge snow height, while interference of the GPS signal provided a readout on liquid water content.
[Along with] temperature and humidity, it measures longwave and shortwave radiation, wind speed, and wind direction, as well as snow height.
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