2019.09.09 |
Søren O. Petersen has been appointed professor of greenhouse gas emissions and mitigation at the Department of Agroecology, Aarhus University.
2019.06.28 |
Researchers will take a holistic approach in order to gain a deeper understanding of what drives soil resilience in a changing climate.
2019.06.28 |
Certain nematodes cause great damage to crops and can be difficult to control. An improved understanding of nematodes' modes of action can contribute to developing efficient methods of control.
2019.06.28 |
Optimising the combination of cover crop species can help reduce agriculture’s impact on the environment by improving nitrogen use efficiency.
2019.06.26 |
There is a knowledge gap regarding the processes and mechanisms that control nitrogen and carbon build-up in the root zone of legumes. Researchers from Aarhus University are setting out to close that gap in a new project.
2019.06.14 |
Aarhus University’s long-term field experiments on manure and mineral fertilisers at Askov Experimental Station have provided soil, plants and data for a wide range of studies over the years. Some of the results were presented at the celebration of the 125th anniversary of the experiments.
2019.06.17 |
Associate Professor René Gislum from the Department of Agroecology at Aarhus University has been appointed president of the International Herbage Seed Group.
2019.06.14 |
At Askov Experimental Station, 125 years of continued nutrient applications at different rates and from different sources have created a unique research platform used by Danish and international experts from widely different research areas.
2019.06.07 |
Section Manager and Professor Jørgen E. Olesen from the Department of Agroecology at Aarhus University has been appointed as a member of Innovation Fund Denmark’s new climate panel.
2019.05.29 |
When farmland is converted from grain production to grasslands, the greatest environmental benefits are obtained by choosing land that is close to existing natural areas or has high nutritional loads to aquatic environments, a new study indicates.
