Orlando / Tuscaloosa / Worth / Dallas / Oklahoma City / Joplin / Birmingham / Kansas City / New Orleans / Fort Worth / Moore / Assessment Joplin / Chicago / Newcastle / /
Company
Red Hen Systems / New Light Technologies / BACKGROUND Geographic Information Systems / Panasonic / Google / Simmons / Garmin / /
Country
United States / / /
Event
Natural Disaster / /
Facility
National Institute of Standards and Technology / University of Oklahoma / Hall Kent / building TIS / The building / Hazards Lab Kent State University / Kent State University / University of Colorado Natural Hazards Center / / /
IndustryTerm
geospatial tools / extreme sports camera / research-useful software / mobile mapping technologies / software uses / Internet connection / alternative solution / technology varying / warnings systems / damage scoring systems / spatial video systems / tornado outbreak using multispectral satellite imagery / /
Organization
University of Oklahoma / Colorado Natural Hazards Center / U.S. Department of Commerce / University of Colorado / National Oceanic and Atmospheric Administration / Center for Spatial Analysis / American Meterological Society / Hazards Lab / American Meteorological Society / National Institute of Standards and Technology / Federal Emergency Management Agency / American Metoeorlogical Society / Association of American Geographers / GIS Health and Hazards Lab / Kent State University / National Weather Service / /
Person
Spencer Baker / Nat / Jacqueline W. Curtis / Andrew Curtis / May Yuan / Marc Levitan / David Selinger / Grant Floyd / / /
Position
*Corresponding Author / Professor / Associate Professor / Department of Geography Director / GIS Health / /
Spatial Patterns of Mortality Risk within a Tornado Path: A Fine-scale Spatial Analysis of Spatial Video-collected Damage Data for the Newcastle-Moore Tornado of May 21, 2013 Andrew Curtis*, Spencer Baker, Xinyue Ye, Jac