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Department of Agroecology
According to two new publications from Aarhus University, lightweight self-driving field robots, just like regular tractors, can impact the physical…
Researchers from Aarhus University compare greenhouse gas emissions from a traditional potato crop rotation on drained peat soil with the cultivation…
According to researchers from Aarhus University, a new model can predict how traffic in the field deforms the soil in the plough layer – topsoil. The…
Department of Agroecology at Aarhus University will create the basis for the green transition of agriculture and food systems through research and…
A new EU project will answer this question in collaboration with six different testing grounds, including Peters Gartneri near Beder in East Jutland,…
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How can farmers and authorities ensure that maps of carbon-rich lowland soils accurately reflect local conditions? Aarhus University and SEGES…
How can new knowledge about soil health be translated into practical agricultural solutions and concrete policy initiatives? This will be a key…
Soil compaction affects root growth, water movement and ultimately the productivity and resilience of agricultural soils.
