Dallas / Junction / Oklahoma City / Wabasha / City / Norman / /
Company
National Severe Storms Laboratory / NOAA/National Severe Storms Laboratory / /
Country
Canada / / /
Event
Natural Disaster / /
Facility
National Severe Storms Laboratory / University of Oklahoma / NWS Storm Prediction Center / /
IndustryTerm
shows examples products / Web-based verification system / e - correc / dense rain gauge network / real-time environment / observational networks / hydrological applications / radar network / real time / radar networks / weather radar network / radar processing / rainfall algorithm / radar rainfall products / Web-based evaluation tool / operational products / neural network / severe storm products / imagery products / et al. rain gauge networks / communication infrastructure / radar site / experimental products / multisensor precipitation products / multisensor applications / Example 2D severe storm products / 2D products / /
NaturalFeature
Basin River / /
Organization
University of Oklahoma / Radar Operations Center / National Oceanic and Atmospheric Administration / American Meteorological Society AMERICAN METEOROLOGICAL SOCIETY / AMERICAN METEOROLOGICAL SOCIETY / NWS Storm Prediction Center / U.S. National Weather Service / /
Person
Ernie Wells / David Kitzmiller / Lin / Steve Vasiloff / Kenneth Howard / Dong-Jun Seo / Chuck Dempsey / Jian Zhang / Ami Arthur / Suzanne Van Cooten / Mitchell / Kevin Kelleher / /
NATIONAL MOSAIC AND MULTI-SENSOR QPE (NMQ) SYSTEM Description, Results, and Future Plans by Jian Zhang, Kenneth Howard, Carrie L angston, Steve Vasiloff, B rian K aney, Ami Arthur, Suzanne Van Cooten, Kevin Kelleher, Dav