Integrated Precision Agriculture and Crop Monitoring

Overview

This use case utilises IoT sensors, including plant wearables, for real-time monitoring of environmental conditions and crop health. UAVs and satellite imagery deliver accurate crop health assessments and detect pest infestations, enabling precise and timely interventions. 

 

Expected Outcomes

  • Real-time environmental and crop health intelligence achieved through IoT sensors, plant wearables for continuous antinutrient monitoring, UAV surveillance and satellite imagery, enabling precise crop assessments, early pest detection and targeted, data-driven interventions.
     

This use case is now available in the hourglass canvas, mapping the relevant stakeholders against the capabilities required for delivery and uptake. Explore it to identify who needs to be engaged, what is already in place, and where capability gaps remain

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Country:
Greece
Domain:
Agriculture and energy
Part of: Cluster 3A: AgriTech Transformation and Sustainability Initiative (ATSI)
Projects: COP-PILOT
TRL: 7-9: Demonstration and Deployment
Involved partners:
Emerging technologies in fields like robotics