Scope and Definitions of Precision Agriculture, Overview of Technologies, Global Positioning Overview/How it Works, Factors Influencing GPS Accuracy, Levels of Accuracy, Principles of Differential Correction, Ground-based Correction Systems, Space-based Correction Systems

Sensing Platforms—Satellite, UAV, Aerial, Proximal, The Electromagnetic Spectrum, How Objects Interact with Electromagnetic Energy, Active vs. Passive Remote Sensing, Spectral, Spatial, and Temporal Resolution, Soil Sensors, Crop Sensors, Weather Sensors and its applications, Sensors to measure irrigation efficiency.

Soil Formation and Change Across Landscapes, NRCS Soil Maps, Soil Mapping Technology, Electrical Conductivity, Soil and Slope/Position Factors Influencing Water Differences, Precision Irrigation Systems, Precision Drainage Systems

Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application

Yield Monitor Technology for Grain Combines, Yield Monitor Technology for Non-grain Crops, Calibration of Yield Monitors, Data Cleaning, Displaying Data/Mapping/Legends, Yield Map Interpretation, Yield Stability, Quality Sensors—Protein, Oil, etc, Pest Spatial Variability