The memory of past land use is visible in the soil
Historical land use can shape soil for decades. A new study shows that grasslands once used as farmland still host different microbes, preserving a legacy of the past.
Spider silk with integrated color – new method developed at SLU
Scientists have developed a new type of artificial spider silk fibers that are colored, marking an important step toward eliminating the need for conventional dyeing processes.
The right flower supports life above and below ground
Not all flowers help equally. An SLU study shows the right species in flower strips can support pollinators, pest enemies, and soil life — while poor choices may do the opposite.
Most recently published projects
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The role of large mammalian herbivores for regeneration and diversity over time in boreal forest landscapes
Large herbivores such as moose and reindeer influence forest biodiversity, but their interaction with forestry and other disturbances is not fully understood. This project investigates how browsing, forestry and fire affect plant, lichen and soil communities over time in boreal forests. -
Ground-penetrating radar systems: making qualitative forest soil data quantitative
Analysis of soil structure in forest environments often relies on time-consuming and sometimes destructive sampling. This project develops innovative radar systems for non-invasive measurements of soil properties, enabling improved decision-making in forestry and environmental management. -
Identification of rhizobia bacteria associated with narrow-leaved lupin in Swedish organic agriculture
In this project, we investigate the survival and adaptation of rhizobia introduced in Sweden when growing narrow-leaved lupin over recent years, to see if they are better adapted to Sweden’s growing conditions.
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The war in Ukraine shows that short food supply chains secure food in times of crisis
When crisis strikes, large-scale food supply systems do not always hold. Experiences from Ukraine demonstrate how quickly distribution can break down. A new research project is now being launched to examine how local solutions can strengthen preparedness. -
New film will raise awareness about beavers: “Our key nature conservationist”
Beavers can be a troublesome neighbour, but they play a vital role in nature. A film from SLU and the Swedish Forest Agency now offers us unique insights into the life of the beaver. The film presents a smorgasbord from the latest research to the role a royal hat played in the beavers' extinction. -
Gene editing in plant breeding – a precision tool for better potatoes
CRISPR/Cas9 is the most widely used gene-editing tool and enables highly precise modifications of DNA. In plant breeding, it is used to improve important traits such as disease resistance, drought tolerance, and nutritional value. Researcher Matías González works with new genomic techniques.
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Stop the amount of PFAS in circulation
PFAS are harmful chemicals that are hard to break down and can enter our bodies through drinking water. Since drinking water is essential, SLU researchers are developing methods to purify PFAS and prevent them from reaching our water sources. -
Why Ditches Matter: A Research Perspective
Ditches are a defining feature of many landscapes. Though often overlooked, they play an essential role in water and soil regulation. As climate change accelerates, understanding how ditches function, and how we manage them, has never been more important. -
Assumptions and values influence research on agricultural sustainability
What assumptions, values and knowledge claims shape different scientific approaches to agricultural sustainability? Five researchers have delved into this question within SLU's Interdisciplinary Academy.
Major environmental gains when food waste and by-products are utilised
Today’s food waste and by-products should be regarded as valuable resources. When used in new food products and fish feed, their climate impact can be reduced by up to 90 per cent – while significantly easing pressure on land, water and biodiversity.
Urban heat and climate resilience – strategies for healthier, cooler cities
As cities grow denser and warmer, urban heat islands pose serious risks to health, infrastructure, and ecosystems. This synthesis from SLU Urban Futures draws on interviews, research, and international reports to explore how urban planning can reduce heat stress.
Focusing on climate solutions
Our researchers uncover what needs to be known for climate action and the adaption to climate change. Explore SLU's research supporting the implementation of the global goal 12: Climate action.
Use our research infrastructures
Research infrastructures at SLU are also available for researchers at other universities or companies. Maybe we have solutions that suits your research?