Integrated research on Upland Ecosystems
The internationally important uplands of Scotland are home to some unique, yet fragile habitats.
The fine balancing act of managing these wild places has been going on for centuries, but today
they are coming under increasing threat from both climate change and pollution.
To continue to successfully meet the needs of the local livelihoods that depend on these areas, whilst
protecting our precious natural heritage, we require a greater understanding of how different upland
habitats and water catchments will respond to changes in climate, pollution and land anagement.
For many years, parts of northern Europe suffered from the devastating effects of acid rain.
Upland areas are particularly sensitive to the high levels of nitrogen still present in rain, snow and
cloud. Our soils, waters and plants are all particularly vulnerable.
In addition, the impact of pollution has been made potentially much worse by our rapidly changing
climate, and again it is predicted that upland areas will suffer more.
This obviously has implications for both our managed and wild landscapes.
To assist in the management and conservation of these areas,
our research is considering the relative importance of pollution,
climate change and management at sites ranging from the
lowest moorland to the highest mountain peaks.
We are integrating experimental data with our understanding
of the workings of the wider upland environment, allowing us
to develop and recommend appropriate management actions.
Current projects
- The causes of change in mountain heaths (Culardoch)
How do nitrogen pollution,
climate, burning and grazing
interact and shape montane
ecosystems?
In relation to pollution, we are
particularly interested in where
nitrogen goes and how it
influences biodiversity once it
enters the upland environment.
- Understanding change in upland ecosystems (Mharcaidh)
What implications do our studies
have for the management and
future of Scotland’s uplands?
By developing our understanding
of how the wider ecosystem
functions, we can make
recommendations to inform
future policy on water and land
management issues.
Contact
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