The Algorithm of the Acre: AI in Agriculture

Students explore autonomous tractors, soil sensors, GPS, LiDAR, and machine learning in modern farming.

$4.99USD · Digital download

Students explore autonomous tractors, soil sensors, GPS, LiDAR, and machine learning in modern farming. They analyze five-year corn and soybean yield data, create a comparative bar graph, and explain how precision agriculture affects productivity and sustainability.

4 pagesof ready-to-use material · PDF

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What you’ll teach

Clear goals. Useful learning.

Students will identify technologies used in AI-supported agriculture.
Students will explain how soil sensors and autonomous tractors improve farm management.
Students will interpret agricultural yield data over five years.
Students will create and label a comparative bar graph.

The Algorithm of the Acre: AI in Agriculture

See exactly what you’ll get

Clear goals. Useful learning.

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