This programme aims to examine:
This programme will address a significant gap in our understanding of how pollutants enter, transform and interact within freshwaters, and the ecosystems that freshwaters support.
It will consider how the infiltration and movement of chemical substances (pollutants) will be amplified or mitigated by a changing hydrological cycle induced by climate change and other catchment changes.
Through the improvement and development of tools to monitor and measure contamination, as well as collaboration and engagement with key stakeholders, it will help us to develop management and mitigation strategies for improving or sustaining the quality of freshwaters across the UK.
The overarching programme will enable transformative research in three distinct areas:
The projects funded through this programme will be interdisciplinary, bringing together relevant experts from environmental science and other relevant disciplines and sectors in the UK that are needed to deliver the integrated cross-sectoral research required.
Projects will increase our understanding of:
The programme will support innovative collaborations including those with intervention-focused organisations and practitioners, creating a community of researchers and funding projects that span the three thematic areas of the programme.
Collaborations will include steer from the UK government, devolved administrations, policy, regulators and industry, to ensure that they enable sustained change and long-term benefits.
Projects will work closely with relevant stakeholders during the design phase and throughout the lifespan of the project.
The scientifically-informed EU Water Framework Directive was adopted in October 2000 to assess the current status of waters and introduce policies to improve water quality.
However, the recent RSPB troubled waters report (PDF, 3.2KB) describes how rivers and even protected wetlands are sufficiently polluted that there is significant ecological damage.
Every English river failed to reach ‘good ecological status’ and the general ecological status of many lakes, streams and other freshwater systems across England, Wales and Northern Ireland are continuing to decline. This indicates a gap in our knowledge and understanding of the issues.
Much of the pollution stems from agriculture, ineffective planning and sewage overflows. Despite organisational fines and sanctions, the recent water and sewerage companies in England: environmental performance report for 2020 (GOV.UK) indicates that pollution by chemicals and pathogens is a persistent issue.
Management practices, such as precision agriculture, have been designed and widely adopted to reduce chemical runoff from agriculture. However, rivers are among the most sensitive of all ecosystems to the effects of global change, with main stressors including:
Climate change projections suggest that atmospheric circulations across the UK are changing and will continue to change. The hydrological cycle is thus changing, as a result influencing the size of chemical flux to freshwater systems, and the frequency by which this occurs.
In the context of changing hydroclimatological and hydroecological processes, less research has been conducted on water quality, freshwater ecosystems, and river and groundwater temperature than on rainfall and river flow. This reinforces the need for further investment in this area.
Research-led understanding is needed to inform policy to regulate local agricultural practices, waste-water organisations, industries and domestic use of our freshwater resource. Research is crucially needed now for the following reasons:
The programme advisory group provides strategic advice to the programme, and to the freshwater quality programme champion, to ensure the successful delivery of the programme’s objectives, against agreed milestones and deliverables.
Members will be appointed by NERC and Defra and will include representatives from:
The secretary, based at NERC’s head office, provides administrative support to the board.
Last updated: 26 September 2024
