Compostable sensors could help grow impact of digital agriculture

Compostable sensors could help grow impact of digital agriculture

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.

Biodegradable sensors screen-printed like t-shirts developed by Glasgow engineers could revolutionise farming

Biodegradable sensors screen-printed like t-shirts have been developed by engineers in Glasgow to bring more sustainable, digital methods to agriculture. Scientists have designed compostable sensors from electronic materials which degrade into plant nutrients, acting as fertiliser to help crops grow. The biodegradable front-end sensors are paired with conventional electronics to monitor crop health – in an agritech revolution that is digitising …

Compostable sensors for digital agriculture

Compostable, screen-printed soil sensors are being used to monitor crops in the UK as part of a pan-European ‘digital agriculture’ project. The system combines a screen-printed biodegradable impedance sensor with a reuseable electronic module powered by a solar cell. The sensors were developed by engineers from the University of Glasgow with the Łukasiewicz Institute of […] The post Compostable sensors for digital agriculture appeared first on e…

Read a quick summary generated by IA × Summary of the news: Thales Alenia Space and ESA collaborate to create a digital agricultural twin. The contract signed for the SaveCrops4EU project seeks to develop solutions that use Earth observation and advanced data processing to support sustainable and resilient agriculture. The digital twin as a key tool. This innovative technology will allow farmers to optimize their practices and resources, helping…