Programme
Accelerated Adaptation
up to £54m over four years
This programme sits within the Engineering Ecosystem Resilience space and seeks to explore pathways to accelerate the adaptation of wild species in order to prevent biodiversity loss and secure the natural infrastructure that underpins our global economy and well-being.
Our goal
Today's environmental pressures are outpacing nature's inherent ability to adapt. Climate extremes, land use changes, pathogens, and pollution put one in four assessed animal and plant species at risk of extinction over the next century, threatening ecosystems around the world and jeopardising the vital resources and services that our societies and economies rely on.
Reducing these human-induced pressures remains the first-order response. However, whilst we are getting far better at measuring and modelling nature, if we conclude a species is on track towards extinction, or an ecosystem towards collapse, our ability to act with precision and speed remains limited.
Drawing on breakthroughs in genomics, molecular biology, ecological modelling and AI, this programme will explore whether the adaptation of wild species can be measurably and responsibly accelerated and will examine the ethical, social and governance implications of potential future interventions.
If successful, these capabilities could add a genuine new option to the conservation toolkit, complementing established stewardship and the essential work of reducing the pressures driving nature's decline.
Programme structure
Technical Areas
This programme is split into five Technical Areas (TAs), each with its own distinct objectives.
- TA1
Systems
Demonstrate accelerated adaptation in specific systems (species, ecosystems, ecological functions).
- TA2
Scaling
Scale the technical capabilities of the tools developed by the system-focused teams to apply to multiple systems.
- TA3
Modelling
Model which species, traits and interventions produce disproportionate ecosystem resilience gains, and quantify risks.
- TA4
Data + analytics
Ensure that claims made by system-focused teams are independently checked and make results comparable, trusted and legible.
- TA5
Ethics + social responsibility
Assess whether, when, where and how there is a defensible hierarchy of intervention acceptability; co-develop ethics and social responsibility tools, frameworks and training; and produce evidence to inform future governance and regulatory pathways.
R&D Creators
Explore the funded projects
The programme's first cohort of funded teams was announced in September 2026: world-leading experts spanning a range of fields, from molecular biology and ethics to genomics and ecological modelling, who are exploring new capabilities to expand our conservation toolkit.
Insight
Expanding the Conservation Toolkit
With the launch of the Accelerated Adaptation programme in February, Programme Director Yannick Wurm explains his background and why we're exploring pathways to accelerate the adaptation of wild species.
People
Meet the programme team
Our Programme Directors are supported by a core team that provides a blend of operational coordination and highly specialised technical expertise.
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Yannick Wurm
Programme Director
Yannick joined ARIA from Queen Mary University of London, where he is Professor of Evolutionary Genomics & Bioinformatics. Yannick pioneered the use of molecular tools to assess pollinator health, has built startups to commercialise genome analysis software, and created a real-time network for pollinator monitoring.
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Alex Smith
Programme Specialist
Alex is a project management professional with experience in complex transformations. He recently streamlined national public service infrastructure for the Nursing and Midwifery Council and has led strategic initiatives at the London School of Economics, including delivering programmes, establishing governance and replacing legacy systems. Alex supports ARIA as an operating partner from Pace.
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Simon Evans
Science + Technology Lead
As an evolutionary ecologist with a PhD from Oxford, Simon spent nearly 20 years studying contemporary evolution of wild animals, using long-term studies of nestbox-breeding birds. Before joining ARIA, he studied the evolutionary trade-off between reproduction and survival, showing via experimental selection that this imposes an unbreakable limit to adaptation.
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Alice Pettitt
Frontier Specialist
Alice works with the Programme Directors to scope out emerging areas of technology that can shape current and future ARIA programmes. Before ARIA, she was a Venture Fellow at Creator Fund and a Founder's Associate at Gathr. She holds a PhD in Molecular Biophysics from UCL and has also carried out conservation research in the Amazon rainforest.
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Izzy Foord
Programme Support
Izzy brings experience in product development, consumer insights and risk consulting at EY Auckland, where she supported remediation work for Healthcare New Zealand. At ARIA, she supports programmes through project management, logistics and operational delivery. Izzy supports ARIA as an operating partner from Pace.
Programme development
Shaped by discovery
To guide our thinking across the overall Engineering Ecosystem Resilience opportunity space, we funded a series of short, exploratory research projects that ran from November 2025 to January 2026 — spanning research directions, technical feasibilities, and ethical and governance needs. They informed this programme's direction.