Our research

We provide insight into the relationships between the natural water resource and its dependent ecosystems, so that the impacts of pressures from exploitation of the resource can be understood.

This knowledge is key to maximising the benefits provided by our water resources, while minimising adverse consequences to the environment or to human development. Additionally this understanding will inform integrated water resource management and the restoration of over-exploited freshwater and wetland ecosystems.

Our research embraces ecology and hydrology, water quality and water quantity, pristine and polluted environments, short-term variability and long-term change. It aims to deliver locally and globally.

World-class science and innovation

  • Long-term observation of surface waters, including the physical habitat, chemistry and biology of rivers, lakes and wetlands
  • Development and deployment of novel monitoring techniques to quantify extremes, dynamics and fluxes of water, associated chemicals, biota and sediment
  • Understanding the nature and change of variability in water resources, water quality and ecosystem function, and identifying trends and step-changes by comparison with observed historical variability
  • Using Earth observation data, monitoring and models to assess the status of regional and global water resources, now and in the future
  • Informing strategic planning and development of water policy by applying models that deliver forecasts of the likely impacts of change on water resources availability

Sampling at Loch Flemington

Science Groups

CEH Aquatic Mesocosm facility overflows

Our facilities

Graph showing epilimnetic inorganic carbon changes in Loch Lomond
Demonstrating high quality and frequent lake measurements
River flows October 2014: green and blue are in the normal range and above
Seven times more rain than in September
Thames Initiative monitoring sites
An intensive study of the changing water quality of the Thames from the Cotswolds to Windsor
Himachal Pradesh, India. Photo - Shutterstock
Coordinating UK input to international hydrological programmes
Bringing together expertise from across the UK's leading public sector agencies
The experimental aquatic mesocosm facility at CEH
Isolating environmental pressures on water systems
Prof Alan Jenkins, CEH and Prof Zhang Canming, ASEM after signing the Memorandum of Understanding
Collaboration for further research on lake modelling, management and restoration
The macrophyte, Potamogeton perfoliatus, under the water surface  in Loch Leven
Research will help predict lakes' responses to future changes
Bassenthwaite Lake and surrounding countryside
Developing a national demonstration network of automatic lake monitoring stations

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