UNIT 1:
Scope and Definitions of Precision Agriculture
Levels of Accuracy, Principles of Differential Correction
Ground-based Correction Systems
Space-based Correction Systems
Levels of Accuracy, Principles of Differential Correction
UNIT 2:
Sensing Platforms—Satellite, UAV, Aerial, Proximal
Spectral, Spatial, and Temporal Resolution
Spectral, Spatial, and Temporal Resolution
UNIT 3:
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
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
Precision Irrigation Systems, Precision Drainage Systems
Precision Irrigation Systems, Precision Drainage Systems
Precision Irrigation Systems, Precision Drainage Systems
NRCS Soil Maps, Soil Mapping
Precision Irrigation Systems, Precision Drainage Systems
NRCS Soil Maps, Soil Mapping
UNIT 4:
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
Sampling in Space and Time, Grid and Zone Soil Sampling, Developing Management Zones Using Sensors to Quantify Nutrient Variability, Equipment for Variable Rate Application
UNIT 5:
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
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
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
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
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
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
