Potato furrows and white clouds, Taymount, Stanley, Tayside and Clackmannanshire Area.©Lorne GillFor information on reproduction rights contact the Scottish Natural Heritage Image Libary on tel. 01738 444177 or www.snh.org.uk

Nature-based solutions: Land and soil

Learn more about how Scotland's diverse habitats provide a number of services that help us tackle climate change.

Soils

Soils are one of Scotland's greatest assets. They are the vital, active interface between biodiversity, geodiversity, the atmosphere, water and the human environment. 

Scotland's soils are a massive carbon store, holding more than 3,000 megatonnes of carbon (of which 53% is held in deep peatland soils). This is about 60 times the amount of carbon held in our trees and plants, making soils our main terrestrial store of carbon. There are numerous pressures on our soils, and responsible management of Scotland's soils is crucial in responding to the climate emergency.

Please see soil management for more information, especially on how SNH is helping to conserve Scotland's soils to reduce the impacts of climate change.

Please see Scotland's Soils for national soils maps, resources for land managers and developers, and much more.

Ploughed fields and oak trees bathed in warm evening light. ©Lorne Gill

Ploughed fields and oak trees

Our trees and soils provide us with a range of important services - including almost everything we eat! The carbon trees absorb through their leaves is stored away in their trunks, keeping it out of the atmosphere for as long as it lives.

Trees and woodland

Scotland’s woodlands and forests are one of our largest carbon stores. Carbon be can be captured by both native woodland and commercial forestry. Carbon is stored in the trees' own biomass, the forest floor litter and dead wood, as well as the soil.

Naturally regenerating native woodland, rather than planted, ensures carbon locked into soils remains intact, delivers carbon sequestration more quickly and achieves wider biodiversity benefits.

Carbon sequestration potential in commercial forestry is enhanced if it is then used for timber. Timber can be used in construction replacing more carbon-intensive materials resulting in additional reductions in indirect emissions.

Trees, woodlands and forests can provide other solutions to the impacts of climate change such as mitigating against soil erosion and flooding, cooling urban areas and providing vital habitat for biodiversity.

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