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SLU and the climate

What does SLU do for the climate? We provide knowledge, decision support and facts about climate solutions. We teach our students about sustainability, and they inspire us to further reduce our climate impact. Below are a few examples of how SLU contributes.

52 climate weeks in a year

The cooperation within UN on climate change highlights the science and skills needed in society to understand the climate change challenge and to find solutions. At SLU, every week is "climate week". We contribute our knowledge about the development and sustainable use of living natural resources all year round.

Understanding the role of dead trees in climate change

Dead plants and animals in forests decompose, releasing stored carbon. A global study at 45 research sites is examining how climate and land use affect this process.

Scientist in the forest squatting next to a collection of sticks with marks on them.

SLU provides advice to the World Bank on how to reduce emissions of methane

SLU provides scientific advice on sustainable solutions to methane reduction in the agri-food and waste sectors.

From healthy food to junk food: Climate change behind food quality below water

Higher temperatures affects the northern landscapes. Researchers document changes in lake ecosystem functions and food webs.

Zooplankton sample. Photo.

Zero hunger (goal 2); Climate action (goal 13)

SLU contributes to sustainable food production, nationally and internationally. We teach about and study the climate impact of food production and consumption.

Subarctic species richness and distribution influenced by climate

In his doctoral thesis, Pablo de la Peña Aguilera investigated what controls the distribution and species composition of insects, vascular plants and soil fungi across subarctic landscapes.

This is one pitfall sample, where you can see spiders, ground beetles, and some flies. Photo.

Diverse crop rotations can give greater cereal yields in a changing climate

The importance of a good crop rotation is known, but analyses of 32 decade-long cropping experiments across Europe and North America have clarified the benefits.

Photos of field trials in Sweden and Poland.

Rewetting drained peatlands can mitigate the effects of floods

In her doctoral thesis Shirin Karimi has studied how the hydrological function changes in the first few years after rewetting of a site in Sweden.

The author Shirin Karimi measuring groundwater table level (GWL) in one of the dipwells within Trollberget mire, autumn 2023. Photo: SLU

Films about forests and climate change

The challenge of climate change means the expectations of forests are growing faster than the forests themselves. What role can forests play in mitigating climate change? Films by SLU Future Forests.

Sweden key player in European wine project

Researchers want to equip growers for a warmer and drier climate, and look to techniques developed in Sweden as solutions.

Damage caused by wind and snow

Climate change is expected to increase the incidence of several different types of forest damage, such as wind and snow.

Storm damage in forest. Photo.

Scientific publications by SDG's

SLU researchers publish scholarly works related to one or more of the Sustainable Development Goals (SDG's). Explore the SLU output for, among others, goal number 13 – Climate Action.

Affordable and clean energy (goal 7); Climate action (goal 13)

SLU researchers study bioenergy production and biogas processes. SLU's enviromental monitoring and assessment also delivers science-based decision support on climate change and the use of natural resources.

Climate change impacts on ecosystems

What is the impact of climate change on nature and its ecosystems? Is nature's calendar getting out of step? In what way is the growing season changing in different parts of the country?

Knowledge unearthed: Variation in our forests controlled by moisture

The water guides the way for the forest's growth and its carbon sequestration potential. PhD-student Johannes Larson has mapped this in his dissertation using advanced soil moisture maps – and a shovel.

Person sorting soil samples at  sample site. Photo.

Loss of plant biodiversity can reduce soil carbon sequestration in grasslands

One third of the global terrestrial carbon stock is stored in grasslands. A new global study implies that this stock may decrease as plant biodiversity is reduced, especially in warm and arid areas.

Grassland sampling. Photo.

SLU improves global sustainability ranking among higher education institutions

SLU is climbing in rankings in The Times Higher Education Impact Rankings 2023. For goal 13, Climate action, SLU is ranked 29th.

Published: 01 October 2024 - Page editor: ann-katrin.hallin@slu.se
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