25 working models focused on agriculture technology

Here are 25 working models focused on agriculture technology, demonstrating various innovative practices and technologies used in modern agriculture:

1. Automated Irrigation System: A model using sensors and a microcontroller to automatically water plants based on soil moisture levels.
2. Drone for Crop Monitoring: A model drone demonstrating how aerial imagery can be used for monitoring crop health and growth.
3. Smart Greenhouse: A greenhouse model equipped with sensors and an automated climate control system to maintain optimal growing conditions.
4. Soil Moisture Sensor: A simple model using a moisture sensor to measure soil moisture levels and indicate when watering is needed.
5. GPS-guided Tractor: A model tractor equipped with a GPS system to demonstrate precision farming techniques for planting and harvesting.
6. Hydroponic Farming System: A working model of a hydroponic system that grows plants without soil, using nutrient-rich water.
7. Aquaponics System: A combined model of fish farming and hydroponics, showing how fish waste can be used to nourish plants.
8. Vertical Farming Structure: A model illustrating how crops can be grown in vertical layers to maximize space efficiency.
9. Automated Seed Planter: A model demonstrating how seeds can be automatically planted in rows using a robotic arm or a simple mechanism.
10. Composting Bin: A model showing how organic waste can be composted to create nutrient-rich soil for farming.
11. Rainwater Harvesting System: A model demonstrating how rainwater can be collected and stored for agricultural use.
12. Pest Detection and Control: A model using sensors and cameras to detect pests and automatically activate pest control measures.
13. Smart Fertilization System: A model that uses sensors to determine the nutrient needs of plants and automatically applies the right amount of fertilizer.
14. Green Energy Farm: A model farm powered by renewable energy sources such as solar panels and wind turbines.
15. Crop Rotation Planner: A visual model demonstrating the benefits of crop rotation for soil health and productivity.
16. Livestock Monitoring System: A model using RFID tags and sensors to monitor the health and location of livestock.
17. IoT-based Farm Management: A model farm that uses IoT devices to monitor and manage various aspects such as soil moisture, temperature, and crop health.
18. Smart Irrigation Drip System: A model showing how a drip irrigation system can be automated to conserve water and deliver precise amounts of water to plants.
19. Remote Sensing for Agriculture: A model demonstrating how remote sensing technology can be used to gather data on soil conditions, crop health, and weather patterns.
20. Biogas Plant: A model showing how agricultural waste can be converted into biogas for energy and organic fertilizer.
21. Weather Station: A model weather station that collects and displays weather data relevant to farming activities.
22. Precision Agriculture Drone: A drone model equipped with sensors to demonstrate how precision agriculture can optimize inputs and increase yields.
23. Robotic Harvester: A model of a robotic system designed to harvest crops efficiently and with minimal human intervention.
24. Automated Greenhouse Ventilation: A model greenhouse with an automated system to control ventilation based on temperature and humidity.
25. Soil pH Monitoring System: A model demonstrating how soil pH can be continuously monitored and adjusted to optimal levels for specific crops.

These models showcase various aspects of agriculture technology, from automation and precision farming to sustainable practices and resource management, providing practical, hands-on learning experiences.