The application of robots to automate physical farm tasks such as harvesting, feeding animals, or weeding.

Phenomenon whereby parasites and weeds become less sensitive to chemical treatments due to excessive use.

Sensor that measures how much the soil conducts electricity, a factor linked to the amount of water present.

Agriculture that can adapt to and mitigate extreme climate conditions.

Energy from naturally replenishing sources, like solar, wind, or biogas.

Collecting information about crops and fields from a distance, usually via satellites or drones.

AI-based system that provides targeted suggestions (e.g., when to irrigate, fertilize, spray).

Continuous and immediate monitoring of data (e.g. humidity, weather) to regulate irrigation in real time.