precision agriculture

Learn how sensor-based irrigation works, what equipment farmers need, and how smart watering systems may help reduce water waste and manage farm costs.

Agricultural drones are being used for spraying and crop monitoring in India. Learn how drone application can reduce labour and improve precision when used correctly.

AI-based crop disease detection is being developed in India to identify plant problems from images and support faster farm decisions.

ICAR has developed e-FARM, a mobile app that provides crop-specific fertiliser recommendations. Learn how farmers can use digital tools for better nutrient management.

Smart fertigation delivers fertiliser through irrigation water directly to crop roots. Learn how the technology can help farmers save water and fertiliser while improving crop growth.

Sensor-based irrigation can help jute farmers monitor soil and crop conditions and use water more carefully. Here is how the technology works and what farmers can gain from it.

Drone technology can help Indian farmers detect crop stress, monitor pests and assess crop health. Here is how drone-based farming works and how farmers can access these services.

ICAR is testing sensor-based irrigation systems that monitor soil moisture in real time. Here is how the technology works, where it can help farmers and why it matters as weather patterns…

Agricultural drones can capture crop images and detect changes in crop health, water stress and pest damage. Here is how the technology works and how farmers can access it.

India is turning to artificial intelligence and satellite technology to monitor tea plantations, detect crop stress and pests, and improve yield estimates. Here is what these tools could…