Members of Parliament, policymakers, leading scientists and industry experts gathered at the Houses of Parliament for a high-profile debate exploring how artificial intelligence can be harnessed to address pressing environmental challenges.
Held at the Terrace Pavilion, the debate was organised by Imperial's Georgina Mace Centre for the Living Planet, with headquarters at Silwood Park, and led by Professors Vincent Savolainen and Mat Fisher, and brought together international speakers working at the intersection of AI, biodiversity and environmental policy.
The event was sponsored by Jack Rankin, MP for Windsor, who opened the evening with welcome remarks and highlighted the importance of cross-sector collaboration on environmental challenges, including work connected to Imperial's Silwood Park campus. With COP17 in Armenia approaching, discussions focused on the urgent need to accelerate climate and nature action through new technological approaches, while ensuring that innovation is matched with robust governance, transparency and public trust.
Professor Savolainen said: 'Whether we like it or not, AI will be everywhere very soon. Evenings like this one at the Houses of Parliament are exactly what we need: bringing policy and science together to harness AI for the good of biodiversity and the environment.'
The Centre, dedicated to the late Professor Dame Georgina Mace FRS, continues her legacy of science-led conservation policy, including globally adopted frameworks for biodiversity protection.
AI transforming environmental science
Speakers included Professor Anjali Goswami FRS (DEFRA), Professor David Obura (IPBES), Dr Henry Lee (Cultivarium) and Professor Alessandra Russo (Imperial College London), alongside panel chair Professor Kate Jones (UCL). Professor Dan Davis, Head of the Department of Life Sciences closed the event.
The speakers highlighted how rapid advances in artificial intelligence are reshaping environmental research and decision-making. AI is increasingly being used to analyse vast environmental datasets, from satellite imagery to sensor and acoustic data, helping researchers process information at a scale that would be impossible manually.
From biodiversity monitoring to climate modelling, AI is enabling scientists to generate insights from complex and fast-growing datasets, supporting more informed conservation and policy decisions.
Imperial collaboration across disciplines
"Whether we like it or not, AI will be everywhere very soon. Evenings like this one at the Houses of Parliament are exactly what we need: bringing policy and science together to harness AI for the good of biodiversity and the environment." Professor Vincent Savolainen Co-director, Georgina Mace Centre for the Living Planet
The event also showcased how Imperial's expertise across disciplines is converging to address environmental challenges.
Researchers from across the university contributed to the exhibition, including teams from aeronautics, computing, and life sciences, reflecting the increasingly interdisciplinary nature of AI and robotics research.
The demonstrations highlighted how engineering, artificial intelligence and ecological science are being combined to develop new tools for biodiversity monitoring, environmental sensing and conservation decision-making.
Professor Alessandra Russo, Director of Imperial's School of Convergence Science in Human and Artificial Intelligence, emphasised the role of the University's emerging convergence science approach in bringing together traditionally separate fields to tackle complex global challenges.
Governance and collaboration key to progress
A central theme of the debate was the importance of responsible governance in ensuring AI is deployed effectively and ethically in environmental contexts. Speakers underlined the need for trusted systems, clear regulatory frameworks, independent oversight and strong collaboration between academia, government and industry.
The UK's opportunity to play a leading role in AI-driven environmental science was also discussed, alongside the importance of maintaining public confidence in emerging technologies.
Demonstrations showcase cutting-edge research
Alongside the debate, guests were invited to explore a series of interactive demonstrations showcasing Imperial-led and partner research in AI, robotics and environmental monitoring.
Exhibits included advanced sensor systems and machine learning tools for biodiversity monitoring, enabling researchers to analyse ecological soundscapes and track species at scale.
Attendees also experienced immersive virtual reality tools designed to explore environmental sound data and identify animal calls, as well as prototype hardware developed for field-based ecological monitoring.
Another demonstration, 'Can machines help us find climate innovation?', showcased an AI system designed to scan vast volumes of scientific literature to identify overlooked but promising climate solutions.
Robotic systems were also on display, including a colour-imitating robotic platform demonstrating how predictive modelling and automation can accelerate materials discovery and sustainable chemistry research.
Additional exhibits included AI-powered conservation tools capable of synthesising large scientific datasets to support evidence-based biodiversity decision-making, as well as bio-inspired robotic systems designed for safer environmental monitoring in complex ecosystems such as forests and waterways.
The exhibition highlighted how AI and robotics are already being applied to real-world environmental challenges, from biodiversity monitoring to climate innovation and conservation decision-making.
Bringing research and policy together
The event highlighted Imperial's growing role in convening interdisciplinary expertise to address global environmental challenges. By bringing together researchers, policymakers and innovators, the Georgina Mace Centre aims to accelerate the translation of cutting-edge science into real-world environmental solutions.
As AI continues to evolve rapidly, the debate underscored both its transformative potential and the importance of ensuring that its deployment in environmental science remains transparent, trustworthy and aligned with public interest.
The evening concluded with a reception and networking session, allowing guests to engage directly with researchers and explore the technologies on display.
