Tropospheric parameters from multi-GNSS and numerical weather models: case study of severe precipitation and flooding in Germany in July 2021
Storms and floods are the most frequent natural disaster in western and central Europe. Due
to climate change, intensive storms with prolonged rain episodes will continue to cause
even more destructive flooding. The good understanding and forecasting of such events are
thus of uttermost importance. One of the ways to improve weather forecasts is the
assimilation of external data, such as the global navigation satellite systems (GNSS). In this
study, a preparation of the multi-GNSS tropospheric products—zenith total delays …
to climate change, intensive storms with prolonged rain episodes will continue to cause
even more destructive flooding. The good understanding and forecasting of such events are
thus of uttermost importance. One of the ways to improve weather forecasts is the
assimilation of external data, such as the global navigation satellite systems (GNSS). In this
study, a preparation of the multi-GNSS tropospheric products—zenith total delays …
Tropospheric Parameters from Multi-GNSS and Numerical Weather Models: Case Study of Severe Precipitation in Germany in July 2021
K Wilgan, G Dick, F Zus… - AGU Fall Meeting …, 2022 - ui.adsabs.harvard.edu
Severe precipitation can lead to destructive flooding causing loss of lives and material
damage. In July 2021, a series of storms with prolonged rain episodes took place over
central Europe. The flood that accompanied these events was one of the deadliest in
Germany, with over 200 casualties. A good understanding and forecasting of such events is
thus of uttermost importance.
damage. In July 2021, a series of storms with prolonged rain episodes took place over
central Europe. The flood that accompanied these events was one of the deadliest in
Germany, with over 200 casualties. A good understanding and forecasting of such events is
thus of uttermost importance.
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