Matching Quiz: 2.2.1 Key Technologies in Precision Agriculture
Instructions: Match eachTechnology / Tool with the correct Function / Benefit. One answer per item.
| Technology / Tool |
| IoT sensors |
| Drones with multispectral cameras |
| Robots (e.g. FarmBot, Solix) |
| GPS and satellite positioning |
| Connectivity (LoRaWAN, 4G/5G) |
| Farm management software (AI tools) |
| Function / Benefit |
| Detect plant stress, pests, and map vegetation zones for targeted action |
| Track field operations precisely and save fuel by optimizing routes |
| Analyze data and support decision-making for irrigation, fertilization, and planning |
| Monitor soil moisture, temperature, animal health, and send data to mobile apps |
| Ensures real-time data transfer between sensors and platforms |
| Automate weeding, sowing or crop monitoring with minimal human intervention |
SOLUTION
| Technology / Tool | Function / Benefit |
| IoT sensors | Monitor soil moisture, temperature, animal health, and send data to mobile apps ✅ |
| Drones with multispectral cameras | Detect plant stress, pests, and map vegetation zones for targeted action ✅ |
| Robots (e.g. FarmBot, Solix) | Automate weeding, sowing or crop monitoring with minimal human intervention ✅ |
| GPS and satellite positioning | Track field operations precisely and save fuel by optimizing routes ✅ |
| Connectivity (LoRaWAN, 4G/5G) | Ensures real-time data transfer between sensors and platforms ✅ |
| Farm management software (AI tools) | Analyze data and support decision-making for irrigation, fertilization, and planning ✅ |
