A new EU Soil Health Data Cube layered map will revolutionise how...
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Recently, a team of experts and volunteers from the Soil Association visited...
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In pursuing a comprehensive soil-centric research angle, AI4SoilHealth connects with members of...
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Environmental DNA (eDNA) is revolutionising how we study biodiversity, providing a non-invasive way to detect organisms from the genetic material they leave behind. In soil, eDNA can originate from bacteria, archaea, fungi, protists, plants, and even animals, offering a snapshot of ecosystem diversity and health. But how do we extract and analyse eDNA from something as complex as soil?
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Data from the LUCAS soil database has revealed a critical warning: 60-70%...
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In December AI4SoilHealth was in Budapest to learn about the latest agricultural...
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In September, Grant Campbell from the University of Aberdeen attended a meeting...
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Interview with Anna Krzywoszynska, Associate Professor of Transdisciplinary Human-Environment Relations (University of Oulu)...
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In this blog, Fatemeh Hateffard and Thomas Gumbricht from Stockholm University tell...
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Measuring soil health across a large continent provides us with a challenge....
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