2018.12.05 |
Collaboration between research and a commercial company has led to award-winning technology that can contribute to increasing grass-clover production and protecting the environment from nitrogen.
2018.10.30 |
A better utilisation of slurry can contribute to a sustainable maize production that uses less mineral fertiliser without negative effects on yield.
2018.05.29 |
A system-oriented and technological approach to agriculture can its sustainable development and contributes to food security in harmony with climate and the environment.
2017.10.16 |
The Department of Agroecology has extensive collaboration with the industry. An example of this is the collaboration with CEO Ole Green, Agrointelli. Ole Green is the department’s recently appointed honorary professor and will give his inaugural lecture in October 2017.
2017.10.16 |
Profitability and sustainability can go hand in hand in crop production – especially if cropping systems that protect the soil are developed and applied. This is the basis for a new EU project with the participation of researchers from Aarhus University.
2017.09.18 |
Sustainability, technology and intelligent solutions go hand in hand in the agriculture of the future. The newly appointed honorary professor at the Department of Agroecology will speak about this in his inaugural lecture in October 2017.
2017.09.14 |
Conventional and organic crop farming can both reap the benefits of managing the soil in a more sustainable fashion, so that more carbon is added. Researchers from Aarhus University are part of a team that is developing new cropping systems to address these issues.
2017.02.08 |
New technology will help farmers maintain the balance between too much and too little nitrogen in grass-clover and grass seed fields to the benefit of the crops and the environment.
2017.01.11 |
Integrated weed management is the way to go for sustainable and resilient agriculture. A new Horizon 2020 project will support and promote its implementation in Europe.
2017.08.07 |
A new project will create a system in which a camera and sprayer work together to automatically recognise weeds in the field and only spray when necessary.
