Celebrating the impact of NERC science

Fixing Our Broken Planet

Fixing Our Broken Planet is a collaborative partnership between the Natural Environment Research Council (NERC), part of UK Research and Innovation, and the Natural History Museum.

It is designed to showcase the breadth of environmental science and the groundbreaking work of NERC-funded researchers.

At the heart of the programme is the development of a new gallery, expected to attract 2.5 million to 3 million visitors annually.

Visitors will be given practical, evidence-based choices they can take to combat the planetary emergency while getting up close to over 250 specimens including a Sumatran rhinoceros.

The new gallery will house a semi-permanent exhibition (spanning 10 years) celebrating, among others, the impact of NERC-funded research.

It will begin with the 2023 Impact Awards.

Over its lifetime, it will evolve to feature new evidence gained from NERC-funded environmental science research, ensuring the exhibition remains at the cutting edge of knowledge.

This collaborative partnership connects researchers with the public, demonstrating how environmental science is relevant to our everyday lives.

By bringing people together to explore realistic, achievable solutions to the climate crisis, Fixing Our Broken Planet aims to foster collaboration, inspire fresh perspectives and encourage collective action to protect our planet.

Find out more about Fixing Our Broken Planet at the Natural History Museum.

NERC Impact Awards

The NERC Impact Awards ceremony in the Hintze Hall at the Natural History Museum, London, 2023. Credit: NERC

The Impact Awards celebrate and champion the work of NERC-funded researchers and the positive impact they bring to our everyday lives across our society, the economy and the environment.

The awards shine a spotlight on the vital role of environmental science in responsibly managing our planet.

People are at the heart of the science we fund.

The competition is designed to celebrate the wide range of people and roles in the environmental science research community who contribute to impactful research.

2023 awards

Celebrating impact

Professor Peter Liss, Interim Executive Chair of NERC, said:

The 2023 NERC Impact Awards recognise the remarkable work of our environmental science community. The research of our winners, finalists and all this year’s entries is tackling some of the planet’s most pressing issues.

These include tracking COVID-19 during the pandemic in our wastewater, informing England’s biodiversity net gain policy and helping shape the global discourse on tackling climate change.

The inspiring impacts demonstrate the huge benefits that environmental science brings to our society, economy and environment.

I would like to congratulate the winners and finalists of this year’s NERC Impact Awards.

Recognising and rewarding scientists

The awards were judged by independent panels of academic, industry, government and public engagement figures using the Research Excellence Framework impact criteria of reach and significance.

The panels were chaired by Professor Kathryn Monk, Chair of the international Collaboration for Environmental Evidence and Honorary Professor at Swansea University.

Winners were announced at a ceremony at the Natural History Museum, London on 29 November 2023. Read the impact stories of 2023’s NERC Impact Award winners and finalists in the 2023 Impact Awards brochure and watch videos showcasing their work on YouTube.

Overview of the winners, finalists and commended entrants:

Winners

Overall Impact Award

Using wastewater to monitor the nation’s health: onwards from COVID-19

Team members:

Professor Davey Jones, Bangor University
Dr Kata Farkas, Bangor University
Dr Shelagh Malham, Bangor University
Professor William Gaze, University of Exeter

A team at Bangor University used their expertise to monitor the prevalence of COVID-19, at one point covering 80% of the UK population, through wastewater monitoring. The monitoring system played a crucial role in shaping national policy during the pandemic, and has since been adapted to measure many other diseases of public health concern in the UK and globally.

Impact Award Winner: Early Career Impact

Shaping England’s new biodiversity net gain policy

Dr Sophus zu Ermgassen, University of Oxford

Dr Sophus zu Ermgassen’s research has raised public awareness about England’s biodiversity net gain policy, a strategy to develop land and contribute to the recovery of nature, and played a crucial role in shaping its design and implementation.

Evidence from the research has influenced policy changes, including £8 million in increased funding by the government to local authorities, helping to ensure the necessary measures are in place to improve environmental outcomes.

Impact Award Winner: Economic Impact

Protecting satellites with daily space weather forecasts

Team members:

Professor Richard Horne, British Antarctic Survey (BAS)
Dr Sarah Glauert, BAS
Dr Peter Kirsch, BAS
Dr Nigel Meredith, BAS

Space weather forecasts produced by a team at BAS play a vital role in protecting satellites from the dangers of radiation high above the Earth’s atmosphere. Ongoing research has also protected the UK’s population and economy by helping the government understand the impacts of space weather and the risks it poses to daily life.

Impact Award Winner: Public Engagement Impact

Bringing together citizen scientists and regulators to monitor the River Wye and beyond

Team members:

Dr Dr Liz Bagshaw, University of Bristol (formerly Cardiff University)
Dr Roo Perkins, Cardiff University
Elle von Benzon, Cardiff University

A team at Cardiff University has brought together citizen scientist groups, agencies and regulators to transform our knowledge of pollution in the River Wye.

The project’s methods have been adopted by over 180 citizen scientist groups who are providing samples of water across 15,000 sampling points in the UK. This data is freely available and used by regulators, helping to improve freshwater systems across the UK.

Impact Award Winner: Societal Impact

Speeding up climate change simulations to tackle global warming

Team members:

Professor Piers Forster, University of Leeds
Dr Chris Smith, University of Leeds

A team at the University of Leeds developed an ultra-fast computer model that has transformed our understanding of the connection between global temperatures and the amount of emissions we release into the atmosphere.

This research has helped shape the discourse on tackling climate change, it has played a crucial role in informing international climate policies linked to the Paris agreement and helped nations to enshrine net zero emissions targets into law.

Finalists

Finalist: Early Career Impact

Whales and walruses from space: using satellite imagery for conservation

Dr Hannah Cubaynes, BAS

Dr Hannah Cubaynes from BAS has developed a new way to monitor wildlife from space. The research has reduced the cost and risk of surveys and helped turn thousands of people worldwide into engaged citizen scientists, all to the benefit of wildlife including whales and walruses.

Finalist: Economic and Societal Impact

Tackling the human and financial cost of flooding

Team members:

Professor Paul Bates, University of Bristol and Fathom
Dr Jeffrey Neal, University of Bristol and Fathom
Dr Andy Smith, Fathom
Dr Chris Sampson, Fathom

A team at the University of Bristol has pioneered the development of high-resolution flood prediction models, which has resulted in a spin-out company that is a global leader in water risk intelligence.

This research has revolutionised decision-making for a diverse range of users, and protects infrastructure valued at over $1 trillion, thanks to improved flood risk management in the UK and across the world.

Finalist: Economic and Societal Impact

Protecting subsea global telecommunications networks

Team members:

Dr Michael Clare, National Oceanography Centre (NOC)
Dr Brian Bett, NOC
Dr Christine Sams, NOC
Dr Gaye Bayrakci, NOC
Dr Isobel Yeo, NOC
Dr James Hunt, NOC
Dr Jennifer Brown, NOC
Dr Lucy Bricheno, NOC
Dr Veerle Huvenne, NOC
Dr Yevgeny Aksenov, NOC
Professor Ivan Haigh, University of Southampton
Dr Esther Sumner, University of Southampton
Dr Edward Pope, Durham University
Dr Matthieu Cartigny, Durham University
Dr Megan Baker, Durham University
Professor Peter Talling, Durham University
Professor Christine Peirce, Durham University
Dr Sanem Acikalin, Newcastle University
Professor Jeff Neasham, Newcastle University
Dr Steve Simmons, University of Hull
Professor Dan Parsons, Loughborough University

A team at the NOC has transformed how we protect the vulnerable network of subsea cables. The cables carry 99% of the world’s data traffic, including the internet, defence information, financial transactions and other services that underpin our daily lives.

The research is already being used in national risk assessments, potentially helping entire countries to avoid isolation and saving hundreds of millions of pounds.

Finalist: Environmental Impact

Protecting sensitive species and habitats in Antarctica and beyond

Team members:

Professor Richard Phillips, BAS
Dr Jennifer Jackson, BAS
Dr Kevin Hughes, BAS
Dr Susie Grant, BAS

BAS has provided critical expertise and evidence that has had a profound impact on conservation, sustainability, and climate awareness in Antarctica.

This includes the designation of marine protected areas covering 3.3 million square kilometres, representing 12% of total marine area protected globally, identifying 204 important bird and biodiversity areas, and eradicating a non-native species of grass.

Finalist: Societal Impact

Spurring global action against ocean acidification

Team members:

Professor Stephen Widdicombe, Plymouth Marine Laboratory (PML)
Dr Jerry Blackford, PML
Dr Helen Findlay, PML
Dr Carol Turley, PML

Research led by a team at PML has raised awareness of the potential consequences of rising ocean acidity, which impacts biodiversity, fisheries, aquaculture, food security, tourism, and marine-based economies. This work has driven international policy change and provided crucial data to the UK government to contribute to its compliance with United Nations ocean acidification goals.

To enable the panels to consider the full breadth of the impacts entered, entries were judged for the reach and significance of all of the impacts described. Once the winners and finalists were identified, the awards were named according to the major impact type (for example, ‘societal’ impact).

Each winner was awarded £12,000 and each finalist received £7,000 to further the impacts of their research. The overall winner judged to have had the most significant impact was awarded £20,000. Winners were announced at a ceremony at the Natural History Museum on 29 November 2023.

Commended entries

Congratulations also go to five entries specially commended by the shortlisting panel:

Enabling sustainable fisheries management in the Southern Ocean

Team members:

Dr Simeon Hill with team from BAS
Dr Philip Hollyman with team from BAS

BAS research has contributed to sustainable fishing practices in the Southern Ocean and protection of the region’s biodiversity.

Evidence from BAS’s Ecosystems programme and long-term research on krill, birds and seals has influenced UK policy decisions, shaped international conservation regulations, and informed commercial fishing practices in the Southern Ocean worth $1 billion.

Advancing sea level understanding to protect millions from flooding worldwide

Team members:

Professor Ivan Haigh, University of Southampton
Dr Matt Wadey, University of Southampton
Dr Hagen Radtke, University of Southampton
Dr Mark Pickering, University of Southampton
Dr Robert Mawdsley, University of Southampton
Addina Inayatillah, University of Southampton
Sunke Trace-Kleeberg, University of Southampton
Professor Robert Nicholls, University of Southampton

Research at the University of Southampton has transformed understanding of sea-level changes and coastal flooding, influencing policy decisions to address growing flood risks and climate change indicators.

The work has been instrumental in protecting coastal areas and infrastructure, making the public more resilient to floods, and ensuring that climate change adaptation is a central part of policymaking and planning.

New ‘nowcasting’ technology creates a step change in surface-water flood prediction

Team members:

Professor Dapeng Yu, Loughborough University
Ms Sarah Johnson, Loughborough University
Professor Robert Wilby, Loughborough University
Dr Avinoam Baruch, Previsco
Dr Vivian Camacho-Suarez, Previsco
Dr Mingfu Guan, Previsco
Dr William Johnson, Previsco

The world’s first real-time street-level surface-water flood ‘nowcasting’ technology has led to significant improvements in surface-water flood forecasting capacity, enhancing resilience and helping to predict near-future flood events, all while saving lives, property and money.

Minimising air travel disruptions during the Icelandic volcanic eruptions

Professor Jim Haywood, University of Exeter

Research at the University of Exeter had a significant impact on aviation safety and operational practices following the Icelandic volcanic eruptions. Changes in practice based on this research kept UK airspace open, preventing widespread disruptions and potential costs of £500 million.

New green status of species recovery improves conservation efforts

Dr Molly Grace, University of Oxford (Early career entry)

A novel assessment framework has transformed how species recovery is measured. This work has provided a standardised approach to evaluating conservation success, and is helping scientists to plan future efforts with the highest return on investment for wildlife.

Previous round: 2018 NERC Impact Awards

The last round of NERC Impact Awards was held in 2018. View the videos of the previous award winners.

Last updated: 11 March 2025