Flooded Lyth Valley, Cumbria, December 2015

Flooded Lyth Valley, Cumbria, December 2015 by Andrew Sier

Project overview: 

Hydro-JULES is a NERC-funded research programme which will build a three-dimensional community model of the terrestrial water cycle to underpin hydrological research in the United Kingdom. Hydro-JULES is delivered by CEH in partnership with BGS and NCAS.

The Hydro-JULES model and its associated datasets will enable the UK to tackle outstanding research questions in hydrological science and will provide a national resource to support research both specific to the Hydro-JULES project and beyond.

Hydro-JULES will support and enable collaborative work across the research and academic community to:

  1. address important science questions in the fields of hydrology, land-atmosphere feedbacks, carbon and nutrient cycles, data science and integration with novel instrumentation and Earth observation technologies;
  2. quantify the risks of hydro-climatic extremes (e.g., floods and drought) in a changing environment to support long-range planning and policy decisions;
  3. improve hydrological forecasting using new sensors and modelling technology.

The Hydro-JULES project covers topics in land-surface science and hydrology including: quantification of hydro-meteorological risks, using high-resolution climate predictions for hydrological applications, calculation the impacts of environmental change on evaporation, transpiration, and soil moisture, modelling flood inundation over large areas, representing anthropogenic interventions in the water cycle, and application of new techniques including Earth observation and data assimilation.

Visit the Hydro-JULES website to find out more about the programme and how you can get involved, contact us at hydrojules@ceh.ac.uk or sign up to receive our newsletter:

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See reports from the first Hydro-JULES open workshop held in September 2018, introducing the programme's aims and ambitions:

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