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Gregory J. Stumpf on Muck Rack

Gregory J. Stumpf

Norman
As seen in: Weather and Forecasting
Thoughts spinning in the head of a cyclist, fly fisher, outdoor photographer, and storm aficionado. Employed by @CIRA_CSU and do stuff for @NOAAGSL
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Articles

A Geospatial Verification Method for Severe Convective Weather Warnings: Implications for Current and Future Warning Methods

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By Gregory J. Stumpf, Sarah M. Stough
| ametsoc.org
Keywords: Thunderstorms; Forecast verification/skill; Probability forecasts/models/distribution; Statistical techniques; Operational forecasting 1. Introduction National Weather Service (NWS) severe thunderstorm warnings (SVRs) and tornado warnings (TORs) are currently issued as deterministic polygons that cover a two-dimensional area of expected threats of severe convective weather (hail, wind, and tornadoes).
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A Geospatial Verification Method for Severe Convective Weather Warnings: Implications for Current and Future Warning Methods

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By Gregory J. Stumpf, Sarah M. Stough
| ametsoc.org
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National Weather Service Severe Weather Warnings as Threats-in-Motion

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By Gregory J. Stumpf, Alan Gerard
| ametsoc.org
Keywords: Statistics; Forecast verification/skill; Operational forecasting; Decision support 1. Introduction NWS Weather Forecast Offices (WFOs) are responsible for issuing severe thunderstorm and tornado warnings as storm-based polygons that are intended to represent the area that a convective weather hazard is expected to affect for the duration of the warning, typically on the scales of 0–60 min and 10–100 km2 (NWS 2020a).
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