RT @AASjournal: See another study by the same team at UW-Madison CIMSS @UWCIMSS--A geostationary hyperspectral infrared sounder can provide…
See another study by the same team at UW-Madison CIMSS @UWCIMSS--A geostationary hyperspectral infrared sounder can provide significant support to meteorologists to improve local severe storm forecasting https://t.co/7t8wILK4Vs, https://t.co/RZGGRhJvJE (no
RT @AASjournal: New approach could help improve severe-storm forecasting. Download: https://t.co/So29jPz3e4, https://t.co/7t8wILK4Vs @Sprin…
RT @AASjournal: New approach could help improve severe-storm forecasting. Download: https://t.co/So29jPz3e4, https://t.co/7t8wILK4Vs @Sprin…
Accurate atmospheric temperature and humidity information with high temporal and spatial resolution is a key parameter for predicting local severe storms with numerical weather prediction models...
RT @AASjournal: New approach could help improve severe-storm forecasting. Download: https://t.co/So29jPz3e4, https://t.co/7t8wILK4Vs @Sprin…
New approach could help improve severe-storm forecasting. Download: https://t.co/So29jPz3e4, https://t.co/7t8wILK4Vs @SpringerGeo @UWCIMSS https://t.co/Qb3mlGTTMJ via @EurekAlert
RT @AASjournal: Cover article: Value-added Impact of Geostationary Hyperspectral Infrared Sounders on Local Severe Storm Forecasts—via a Qu…
Cover article: Value-added Impact of Geostationary Hyperspectral Infrared Sounders on Local Severe Storm Forecasts—via a Quick Regional OSSE https://t.co/7t8wILK4Vs @SpringerGeo @UWCIMSS https://t.co/z5srCu9cxr