Impacts in Scotland
Climate change is one of the biggest challenges for Scotland's nature and landscapes.
The unprecedented rate of human-induced climate change threatens plants and animals that are unable to adapt quickly enough to its effects. This is happening now, and how we choose to respond will affect not only individual species and our distinctive landscapes, but also our lifestyles, our economy and our culture.
Climate change threatens the species and spaces that make Scotland distinctive; from the snow bunting, whose habitat is receding with the snow cover on Scotland's mountains each year, to the myriad of species that depend on the peat bogs that are predicted to dry out. The loss of such species will leave our nature and landscapes poorer, but they will leave Scotland poorer as well.
Our nature and landscapes are vital to Scotland's prosperity. Around 93,000 jobs are directly dependent on them and they generate more than £2 billion in GVA (gross value added), of which over 75% comes from tourism. About 87% of visitors to Scotland say they are drawn to Scotland by our fine scenery and wildlife.
Climate change will have direct consequences for Scotland's people. For example, rising sea levels present a significant threat, with four of the five most populous Scottish cities located in coastal areas. Climate change is also putting renewed pressure on our soils and could significantly reduce our ability to grow crops and ensure Scotland's long-term food security.
The way we manage our nature and landscapes can help to limit the impact of climate change in Scotland. Look at our Opportunities for nature and people page for more information.
How will climate change affect species? Will Scotland lose or gain any species? Can species respond to climate change?
Climate change is the single greatest threat to Scotland's habitats. Find out which are most at risk and how they might respond.
Climate affects the landform processes that shape our mountains, rivers and coasts. Discover how climate change will affect the dynamics of these processes.
Only recently noticed, yet its implications may be as great as the global temperature increases arising from climate change.
Last updated on Thursday 2nd October 2014 at 16:57 PM. Click here to comment on this page