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![Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station]( "Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station")
Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station60,99 €![An Evaluation of Microburst Prediction Indices for the Kennedy Space Center and Cape Canaveral Air Station]( "An Evaluation of Microburst Prediction Indices for the Kennedy Space Center and Cape Canaveral Air Station")
An Evaluation of Microburst Prediction Indices for the Kennedy Space Center and Cape Canaveral Air Station60,99 €![Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center]( "Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center")
Techniques for Forecasting the Cessation of Lightning at Cape Canaveral Air Station and the Kennedy Space Center60,99 €![Predicting Launch Pad Winds at the Kennedy Space Center with a Neural Network Model]( "Predicting Launch Pad Winds at the Kennedy Space Center with a Neural Network Model")
Predicting Launch Pad Winds at the Kennedy Space Center with a Neural Network Model60,99 €![Forecasting Downdraft Wind Speeds Associated with Airmass Thunderstorms for Peterson Air Force Base, Colorado, Using the Wsr-88d]( "Forecasting Downdraft Wind Speeds Associated with Airmass Thunderstorms for Peterson Air Force Base, Colorado, Using the Wsr-88d")
Forecasting Downdraft Wind Speeds Associated with Airmass Thunderstorms for Peterson Air Force Base, Colorado, Using the Wsr-88d60,99 €![The Horizontal Extent of Cloud-to-Ground Lightning over the Kennedy Space Center]( "The Horizontal Extent of Cloud-to-Ground Lightning over the Kennedy Space Center")
The Horizontal Extent of Cloud-to-Ground Lightning over the Kennedy Space Center60,99 €![Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes]( "Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes")
Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes60,99 €
The 45 Weather Squadron (WS) is tasked with providing several convective wind warnings in support of the U. S. Space Program. The forecasters use a radar-based forecast technique to determine if a thunderstorm has the potential to produce a gust that meets warning criteria. This technique, the Echo Top/Vertically Integrated Liquid Wind Gust Potential (ET/VIL WGP), has not previously been evaluated for use in the Cape Canaveral Air Station and Kennedy Space Center (CCAS/KSC) locale. Additionally, there are two other radar-based forecast techniques that required evaluation for possible inclusion into the 45 WS forecast process. These are the Maximum Reflectivity/ Height of Maximum Reflectivity (d/H) Wind Gust Potential and the Storm Top/Vertically Integrated Liquid (ST/VIL) Wind Gust Potential techniques. Radar data from 15 pulse-type storms that occurred in the CCAS/KSC locale were collected.