gnss_rr - Continuous estimation of near-surface snow height, mass, and density on a moving surface using combined GNSS reflectometry/refractometry (GNSS-RR)

Revised and extended:

Steiner, L. (2021). Continuous estimation of snow/firn accumulation, surface mass, and density on a moving surface using combined GNSS reflectometry/refractometry (GNSS-RR). (Version 1.0) [Computer software] https://github.com/lasteine/GNSS_RR.git

NEW in v2.0:

• code structure
• extension by a second reference antenna for GNSS refractometry (JAVAD)
• merging split files of Leica base and rover
• correction of the copy, convert and merge function for low-cost u-blox observation files
• post-processing merged Leica files with RTKLIB
• corrected sensor mast heightening (SMH) event detection
• corrected GNSS refractometry baseline calibration to represent SWE values
• calculation of GNSS refractometry footprint
• corrected GNSS-IR calibration
• import of meteorologic and synoptic observations
• calculation of exponential fit of SWE versus snow height and density versus snow height
• calculation of density uncertainty
• calculation of snow height, SWE and density of a new snow layer

v2.1:

• updated title

- Python
Published by LMGrewe over 2 years ago

gnss_rr - Continuous estimation of near-surface snow height, mass, and density on a moving surface using combined GNSS reflectometry/refractometry (GNSS-RR)

Revised and extended:

Steiner, L. (2021). Continuous estimation of snow/firn accumulation, surface mass, and density on a moving surface using combined GNSS reflectometry/refractometry (GNSS-RR). (Version 1.0) [Computer software] https://github.com/lasteine/GNSS_RR.git

NEW in v2.0: - code structure - extension by a second reference antenna for GNSS refractometry (JAVAD) - merging split files of Leica base and rover - correction of the copy, convert and merge function for low-cost u-blox observation files - post-processing merged Leica files with RTKLIB - corrected sensor mast heightening (SMH) event detection - corrected GNSS refractometry baseline calibration to represent SWE values - calculation of GNSS refractometry footprint - corrected GNSS-IR calibration - import of meteorologic and synoptic observations - calculation of exponential fit of SWE versus snow height and density versus snow height - calculation of density uncertainty - calculation of snow height, SWE and density of a new snow layer

- Python
Published by LMGrewe over 2 years ago