Severe Hazards Analysis & Verification Experiment (SHAVE 2007)
Operations Plan
Introduction
Collaborating Projects
Facilities
Data collection team
Daily activities
Strategies
Ground surveys
Submit a storm photo
(Coming soon)
Submit a hail report
(Central OK)
Staff pages (internal)
Data
(Google Maps of SHAVE data)
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SHAVE 2007
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Severe Hazards Analysis & Verification Experiment 2007
NOAA Hazardous Weather Testbed - Experimental Warning Program
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The Severe Hazards Verification Experiment (SHAVE) is a unique project that
blends high-resolution radar data with geographic information. The primary
objective of this experiment is to collect high temporal and spatial
resolution data that describe the distribution of hail sizes and wind damage
produced by severe thunderstorms. These data will enable several goals,
including:
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- to provide high-resolution verification data for the National Weather
Radar Testbed's multi-purpose phased array radar
- to use the high-resolution verification data in the development of
techniques for probabilistic warnings of severe thunderstorms,
- to evaluate the performance of multi-sensor, multi-radar severe weather
algorithms,
- to associate changes in hail size and wind damage distributions with storm evolution,
and
- to enhance climatological information about severe storm threats in the United States.
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The high spatial and temporal resolution of the dataset collected during the
project will facilitate the development of decision-making tools that improve
forecasts and warnings of severe thunderstorms and tornadoes, and pave the way
for improvements to the historical
severe storms database. The project runs approximately May 1, 2007 through
August 15, 2007. SHAVE 2007 is an expansion of the highly-successful SHAVE 2006 project.
Real-time severe weather analysis tools from the
WDSS-II system are used to
enhance data collection via verification telephone calls and internet
multimedia news sources. The WDSS-II products are available throughout
the contiguous 48 states on a daily basis, allowing data collection throughout
the summer and minimizing the number of "down days". These remote verification
efforts can begin immediately following a storm's passage at any given point.
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