A multi-million pound programme of strategic research delivered over five years providing science and evidence to support policymakers and its partners. Informed by strong partnerships and the needs of a broad range of stakeholders. Science at the heart of society contributing to the health, wealth and wellbeing of Scotland and beyond.
You are here
Research
Ongoing research (2022-2027)
To enable the uptake of measures that will improve water management, both to improve water quality and to contribute to flood risk management. This RD examines the options to improve water management in the complex socio-economic and policy settings of 'real world' catchment management.
- Water
- 2016-2022
Identifying and understanding multiple benefits and trade-offs – this work aims to have developed approaches that will support integrated decision-making to protect multiple natural assets and maximise benefits in socially acceptable ways. We will have identified and quantified impacts on, and trade-offs among, multiple ecosystem services (ESS) generated by land use and land management change across spatial scales.
This will entail:
- Natural Capital
- 2016-2022
Natural Asset Inventory and Natural Capital Accounts: the aim is to develop a spatially-referenced register of Scotland’s natural assets and contribute to a set of natural capital accounts for Scotland that can over time track the progress of Scotland's green growth aspirations.
- Natural Capital
- 2016-2022
The aim of this research is to evaluate the potential to manage trade-offs and deliver multiple benefits from natural assets at the landscape scale. Focussing on agri-environment and woodland expansion schemes, together with integrated catchment management, the research uses practical examples to explore trade-offs and impacts taking into account social and cultural values as well environmental considerations in relation to land use and land use change.
- Natural Capital
- 2016-2022
To improve understanding of the impacts of extensive land use and management on greenhouse gas dynamics The work will focus on the impacts of land use, including the agricultural intensification of extensive/upland soils and the management of semi-natural ecosystems such as peatlands and moorlands (wet and dry heathlands excluding areas of deep peat) on soil carbon stocks and greenhouse gas dynamics to reduce the uncertainty in our estimates of GHG uptake and release from these systems and to enhance our understanding of the impacts of forest-to-bog peatland restoration...
- Soils
- 2016-2022
To support the sustainable use and management of Scotland’s soil resource. We will provide new and improved tools to predict how soil functions respond to land use, management and environmental pressures.
- Soils
- 2016-2022
To understand resilience of soils in Scottish semi-natural ecosystems. This research aims to understand the relationships among disturbance factors, soil properties, processes and soil functions for a range of important Scottish semi-natural ecosystems (peatland, moorland, woodland, grassland, alpine systems). This will enable assessments of the resilience of soil functions to changes in climate, environmental, and socio-economic factors.
- Soils
- 2016-2022
To understand how pressures such as problems arising from agricultural and urban land use and, increasingly, climate change affect the biophysical and ecological processes within our catchments. The focus of the research is on understanding how the biophysical and ecological processes within water bodies operate and contribute to the delivery of ecosystem function and health.
- Water
- 2016-2022
To evaluate the capacity of water resources to adapt to changing environmental and socio-economic conditions, in order to maintain key functions, goods and services (resilience)
- Water
- 2016-2022