Agricultural sciences

PhD student in the Department of Crop Production Ecology, focusing on the adaptation of crop systems to climate change from a management perspective, with the ultimate goal of contributing in

Our mission is to shape the future of cropping systems, combining improved quality and quantity with enhanced ecosystem services and reduced environmental impact. We focus on innovative,

Accelerating change in agriculture – AgriFoSe2030 phase II launch event agnes.bondesson@slu.se Welcome to this launch of AgriFoSe2030 to highlight and celebrate the new, second phase of the

Campus Uppsala Uppsala is Sweden’s forth largest city, and the hub of SLU’s educational activities. Located just outside of the city centre, SLU’s Uppsala campus is spacious, leafy and picturesque.

NJV's analytical laboratory is situated at SLU on campus and also include a gas in vitro laboratory. Analytical laboratory The analytical lab is found of floor five in the SLU building on campus. It

The infrastructure at Röbäcksdalen has excellent conditions for teaching, research, and applied studies in crop production, soil science, climate studies, feeding of forages, and ecosystem studies in

Ecosystem science in an agricultural landscape SITES Röbäcksdalen SITES is a nationally co-ordinated infrastructure for terrestrial and limnological field research. The network extends throughout

Visit Röbäcksdalens field research station malin.barrlund@slu.se Boel Sandström, Experiment Group Leader/Head of Field Research Station Department of Agriculture research for Northern Sweden, SLU

Röbäcksdalen Field Research Station (63.8 ° N, 20.2 ° E) is located 2 km south of Umeå city center, 3 km from Umeå airport and train stations, and 5 km from Umeå campus. The research station is part

The research station carries out the official variety trials of forage crops, cereals and potatoes. Several long-term experiments are under the management of the field station, including different

The aim of this project is to provide information for dairy based systems that are based on home grown crops and by-products.

The aim of the project is to find an optimal level of nitrogen fertilisation for whole crop harvests of pea/oat mixtures. An optimal level means a good yield with high crude protein content in