Arctic snowfall climatology produced from the version R05 of the CloudSat 2C-SNOW-PROFILE product is available. It covers the 2007-2010 period over the latitudes from 58.5°N to 82°S. The monthly snowfall rates in this file have been calculated using the observations with: - a snow retrieval status lower than 3 - and a snowfall rate surface confidence > 1 Additionnaly, the monthly surface snowfall rate uncertainties, number of CloudSat orbits as well as number of observations are available. The number of observations over these 4 years is not sufficient to consider snowfall rates monthly (Edel et al. 2020). If one wants to obtain monthly snowfall rates, it is necessary to average multiple years
Accurate snowfall estimates are important for both weather and climate applications. Ground-ba...
© 2018 Elsevier B.V. CloudSat spaceborne radar snowfall retrievals using two different methodologies...
International audienceRecent precipitation observations provided by CloudSat are used to evaluate th...
Abstract Changes in the quantity of terrestrial Arctic snow have far‐reaching implications for the g...
This dataset contains Greenland Ice Sheet snowfall climatologies derived from Release 5, Version P1 ...
Two Antarctic snowfall climatologies produced from the version R04 of the CloudSat 2C-SNOW PROFILE p...
International audienceWhile snowfall makes a major contribution to the hydrological cycle in the Arc...
The Greenland Ice Sheet is now the single largest cryospheric contributor to global sea-level rise y...
Accurate snowfall estimates are important for both weather and climate applications. Ground-based we...
In situ observations of snowfall over the Antarctic Ice Sheet are scarce. Currently, continent-wide ...
Accurate snowfall estimates are important for both weather and climate applications. Ground-ba...
© 2018 Elsevier B.V. CloudSat spaceborne radar snowfall retrievals using two different methodologies...
International audienceRecent precipitation observations provided by CloudSat are used to evaluate th...
Abstract Changes in the quantity of terrestrial Arctic snow have far‐reaching implications for the g...
This dataset contains Greenland Ice Sheet snowfall climatologies derived from Release 5, Version P1 ...
Two Antarctic snowfall climatologies produced from the version R04 of the CloudSat 2C-SNOW PROFILE p...
International audienceWhile snowfall makes a major contribution to the hydrological cycle in the Arc...
The Greenland Ice Sheet is now the single largest cryospheric contributor to global sea-level rise y...
Accurate snowfall estimates are important for both weather and climate applications. Ground-based we...
In situ observations of snowfall over the Antarctic Ice Sheet are scarce. Currently, continent-wide ...
Accurate snowfall estimates are important for both weather and climate applications. Ground-ba...
© 2018 Elsevier B.V. CloudSat spaceborne radar snowfall retrievals using two different methodologies...
International audienceRecent precipitation observations provided by CloudSat are used to evaluate th...