Aarhus University logo
Dansk
Department of Agroecology
In the absence of human interference, the soil beneath the world’s forests normally exhales carbon steadily and consistently. But new research shows…
Resistance to ALS herbicides is spreading in Danish fields and has already been documented for several grass-weed species. Now new research shows that…
During his PhD, Michael Straarup examined how plant richness and diversity returns when Danish wetlands are restored, both by rewetting former…
New research shows that rye can transfer natural defence chemicals to clover, reducing nematode attacks by up to 60%.
During his PhD studies, Ameesh Khatkar investigated how modern technologies can be used to mitigate soil compaction more efficiently.
Page 13 of 88
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.
