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Observing System Simulation Experiments Using Small Unmanned Aerial Vehicles in Various Configurations to Improve High-Resolution Forecasts of Convection
(2021)
There has been a lot of interest and development of small Unmanned Aerial Vehicles (sUAVs) to
obtain atmospheric measurements for research and operations. Some have proposed a 3D Mesonet
concept to add vertical profiling ...
Correcting, Improving, and Verifying Automated Guidance in a New Warning Paradigm
(2018-05-11)
The prototype Probabilistic Hazards Information (PHI) system allows forecasters to experimentally issue dynamically evolving severe weather warning and advisory products in a testbed environment, providing hypothetical end ...
Investigating the relationship between aerosol properties and severe weather parameters
(2022-05)
Severe Weather is a common, yet dangerous aspect of weather and climate in the central Great Plains region of the United States. Finding ways to improve the quality of forecasting this phenomenon is important for improving ...
A Sub-daily Severe Weather Climatology and Its Implications for Forecasting
(2017-05)
While there has been an abundance of research dedicated to the seasonal climatology of severe weather, very little has been done to study hazardous weather probabilities on smaller scales. Using a similar process to the ...
A Statistical Approach to Diagnosing Storm Mode
(2021-12-17)
Determining storm mode (linear or isolated) is a crucial component of any severe weather forecast. Isolated storms are associated with a greater likelihood of significant (EF2+) tornadoes and very large (2”+) hail, while ...