Sentence examples for measured snow from inspiring English sources

The state's last official snow survey in the Sierra Nevada measured snow levels at 190 percent above normal for May 1.

Results were compared with independently measured snow height from a laser snow-depth sensor and results derived from an upward-looking impulse radar system (upGPR).

In the spring, radar backscatter measurements showed pronounced decreases (1.6 4.9 dB) relative to reference frozen state conditions, which corresponded with sustained maximum daily air temperature measurements above 0.0°C and total decreases in measured snow depths from 28%to61%1% of seasonal maximum values.

The comparisons to measured snow water equivalent were generally within 0.3 m for 45 snow courses.

On the other hand, the inferred snow density values from the GPS-IRT method are within the measured snow density range.

The measured snow depth and density ranges are approximately 17.6 cm ± 1.5 cm and 0.08 g∙cm-3 ± 0.02 g∙cm-3, respectively; the calculated SWE range is approximately 1.40 g∙cm-2 ± 0.36 g∙cm-2[17].

Concentrations and release profiles of 4He depicted in Fig. 5 show wide variations among the measured snow-AMMs.

Inexpensive measurement devices capable of measuring snow height and layer properties in avalanche starting zones may help to improve the quality of risk assessment.

Previous research has proved the viability and superiority of measuring snow depth via GPS-IR by comparing the measured snow depth with those from manual measurement, ultrasonic, SNOTEL, LIDAR, and laser sensors [2, 6, 7].

But measuring snow is still a job for humans, not sensors.

Advanced biology students, for example, trekked to the Black Rock Forest, in Orange County, N.Y., to measure snow depth, and frequented the Museum of Natural History.