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Physical Properties of Granular Fertilizers and Impact on Spreading |
FABE-550.1 |
nutrient management, precision agriculture, fertilizer, physical properties, granular fertilizers, spreading |
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Tips for Calibrating Grain Yield Monitors—Maximizing Value of Your Yield Data |
ANR-8 |
precision agriculture, calibrating grain yield monitors, agronomy, corn, soybeans, wheat, mass flow sensor calibration, ground speed calibration, motion sensor calibration, temperature calibration, mass flow sensor vibration calibration, nutrient management, yield monitoring file formats |
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Opportunities for Subsurface Nutrient Placement in Ohio |
FABE-564.01 |
precision agriculture, agronomy, corn, soybeans, wheat, nutrient management |
|
Precision Agriculture Tools for On-Farm Research |
FABE-558 |
precision agriculture, on-farm research, agronomy, corn, soybeans |
|
Developing a Farm Digital Strategy 3 – Data Management Considerations |
FABE-557 |
precision agriculture, corn, soybeans, farm management, digital agriculture |
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Developing a Farm Digital Strategy 2 – Precision Technology and Data Generation |
FABE-556 |
precision agriculture, corn, soybeans, farm management, digital agriculture |
|
Developing a Farm Digital Strategy 1 - Introduction |
FABE-555 |
precision agriculture, corn, soybeans, farm management, digital agriculture |
|
Crop Protection Apps |
FABE-552.03 |
precision agriculture, agronomy, corn, soybeans, wheat, nutrient management |
|
Crop Nutrition Apps |
FABE 552.02 |
precision agriculture, agronomy, corn, soybeans, wheat, ios apps for farming, android apps for farming, apps for crops, nutrient management, smart phone apps for farming, crop nutrient calculators |
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The Data Ownership Confusion |
FABE-552.01 |
data, precision agriculture, data ownership, atp, farm data, digital agriculture, technology, privacy, security |
|
Remote Sensing in Precision Agriculture |
FABE-554.1 |
precision agriculture, agronomy, corn, soybeans, wheat, improved farming techniques, nutrient management |
|
Using Soil Electrical Conductivity (EC) to Delineate Field Variation |
FABE-565 |
precision agriculture, agronomy, corn, soybeans, wheat, using soil electrical conductivity (ec) to delineate field variation, collecting soil electrical conductivity data in the field, soil electrical conductivity mapping |
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Optimizing Field Traffic Patterns to Improve Machinery Efficiency: Path Planning Using Guidance Lines |
FABE-553.1 |
gps, precision agriculture, guidance technology, farm management information software, precision agricultural technology, path planning, field efficiency |
