Mapping
Ag Tech
History and Workers
Drones
Airspace and Weather
100

This global navigation satellite system allows farmers to precisely map fields, guide equipment, and track yield data.

GIS

100

This technology adjusts input application rates based on field conditions and sensor data.

Variable Rate Technology

100

This inventor revolutionized harvesting with his mechanical reaper.

Cyrus McCormick

100

Name a critical component of an agricultural drone.

propeller, motor, battery, camera, or GPS module

100

These puffy, white clouds indicate fair weather but can develop into storms under the right conditions.

Cumulus Clouds

200

In agriculture, GIS can be used to create this type of map, which shows variations in crop production across a field.

Yield Map

200

This type of sensing uses satellites, drones, or aircraft to collect agricultural data from a distance.

Remote Sensing

200

This inventor contributed to early mechanical cotton harvesting technology.

Hirman Moore

200

Before flying a drone for agricultural purposes, pilots must check for this important authorization to ensure they are operating legally.

airspace clearance or FAA Part 107 certification

200

This is the final stage of a thunderstorm, marked by light rain and dissipating clouds.

Dissipating Stage

300

These two coordinate types are used together to pinpoint exact locations on Earth.

Longitude and Latitude

300

Name one technology that is commonly used in precision agriculture.

GPS, GIS, drones, sensors, or yield monitors

300

This inventor revolutionized cotton production with the cotton gin.

Eli Whitney

300

Drones in farming can help create these detailed images that show variations in crop health

Crop health maps

300

This class of airspace is the most controlled and reserved for commercial and passenger aircraft.

Class A

400

This line runs through Greenwich, England.

Prime Meridian

400

Precision agriculture optimizes this crucial farm input by applying it only where needed, reducing waste and cost.

Fertilizer/pesticides

400

This field of study focuses on designing agricultural tools and equipment to improve worker comfort and efficiency.

Ergonomics

400

Before flying a drone, pilots should always check for what that could make flying unsafe.

strong winds, rain, or storms

400

This class airspace is reserved for the largest airports. 

Class B

500

This major line of latitude divides the Earth into northern and southern hemispheres.

Equator

500

This technology uses real-time sensors to analyze soil conditions and adjust planting depth or seed spacing accordingly.

Soil sensing/seeding

500

This traditional hand tool, used before mechanized farming, improved harvesting efficiency but was still labor-intensive.

Scythe

500

What brand of drones do we have?

DJI

500

This dangerous weather phenomenon involves sudden changes in wind speed or direction, posing risks to aircraft.

Wind Shear