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Determining If Space Weather Conditions Should Be Considered in the Intelligence Preparation of the Battlefield Process60,99 €![Comparison of the Refractive Index Structure Constant Derived from Numerical Weather Prediction Models and Thermosonde Data]( "Comparison of the Refractive Index Structure Constant Derived from Numerical Weather Prediction Models and Thermosonde Data")
Comparison of the Refractive Index Structure Constant Derived from Numerical Weather Prediction Models and Thermosonde Data61,99 €![Reducing the Probability of an Al-Qaeda Attack of Mass Effect]( "Reducing the Probability of an Al-Qaeda Attack of Mass Effect")
Reducing the Probability of an Al-Qaeda Attack of Mass Effect60,99 €![An Assessment of the Air Force Weather Agency's Readiness for Knowledge Management Initiatives]( "An Assessment of the Air Force Weather Agency's Readiness for Knowledge Management Initiatives")
An Assessment of the Air Force Weather Agency's Readiness for Knowledge Management Initiatives60,99 €![Synthesis of 3-Dimensional Lightning Data and Weather Radar Data to Determine the Distance That Naturally Occurring Lightning Travels from Thunderstor]( "Synthesis of 3-Dimensional Lightning Data and Weather Radar Data to Determine the Distance That Naturally Occurring Lightning Travels from Thunderstor")
Synthesis of 3-Dimensional Lightning Data and Weather Radar Data to Determine the Distance That Naturally Occurring Lightning Travels from Thunderstor60,99 €![Designing an Algorithm to Predict the Intensity of the Severe Weather Season]( "Designing an Algorithm to Predict the Intensity of the Severe Weather Season")
Designing an Algorithm to Predict the Intensity of the Severe Weather Season60,99 €![GPS-Derived Precipitable Water Compared with the Air Force Weather Agency's Mm5 Model Output]( "GPS-Derived Precipitable Water Compared with the Air Force Weather Agency's Mm5 Model Output")
GPS-Derived Precipitable Water Compared with the Air Force Weather Agency's Mm5 Model Output60,99 €
The United States Army presently receives weather forecasts expressed in categorical terms. However, this forecast form limits the useful information that can be communicated to the decision maker. This study investigates the utility of replacing categorical forecasts with probability forecasts in order to enhance decision making by Army commanders. To this end, the advantages and limitations of probability forecasts are reviewed. The principal conclusion of this study is that Army commanders would benefit from receiving probability weather forecasts. Finally, several recommendations for smoothing the conversion are given and a briefing that a Staff Weather Officer can use as a basis for showing an Army commander the utility of probability forecasts is provided.