A coalition of researchers developed a nanosensor to detect and identify different types of iron in plants.  Since plants ...

Farm support is being cut back and the replacement environmental schemes require significant management costs to maintain. It ...

By leveraging multi-sensor integration and deep learning, this study presents a robust and scalable approach for enhancing crop classification accuracy, with significant potential for advancing ...

This week, Nikon announced the Z5II, its entry-level full-frame camera. It uses a 24MP BSI sensor we've seen in plenty of other cameras, such as the Zf and Z6 II, but that's not a complaint – in the ...

Cambodia is undergoing a quiet but profound transformation in its agricultural sector. New data from the 2023 Census of Agriculture Cambodia (CAC) reveals a 13 per cent (280,000 households) decline in ...

Made with a screen-printing process and connected to a reusable electronic transmitter, these sensors could help farmers use technology to improve agriculture. A team of researchers from the ...

Finally, adopting precision agriculture tools (e.g., IoT-based soil sensors, drone mapping) can optimize cake fertilizer application by dynamically adjusting doses based on real-time soil nutrient ...

Efficient soil analysis—enhancing a sensor platform for sustainable agriculture by Petra Immerz, Ferdinand-Braun-Institut gGmbH Leibniz-Institut für Höchstfrequenztechnik ...

Screen-printed, biodegradable soil sensors that can be composted at the end of their lifecycle could enable farmers to improve crop yields while reducing electronic waste, researchers say.

The prototype biodegradable sensor the team have developed is on the left of the image, partially submerged in the soil. The reusable electronics which will help enable digital agriculture readings ...

This advanced AI-powered robot represents a significant leap forward in precision agriculture ... of plant and fruit conditions, and soil NPK (nitrogen, phosphorus, potassium) measurement.