Extending the reach of science for lasting nature gain
We help organisations solve complex environmental challenges. From restoring degraded landscapes and creating resilient urban habitats to building long-term ecological capability, our work translates scientific knowledge into measurable outcomes.
Every project is underpinned by the expertise of the Royal Botanic Gardens, Kew, connecting clients with world-class research, ecological insight and decades of experience in biodiversity conservation and restoration.
Our specialist labs
Each lab applies Kew's science to a different kind of challenge; from city streets to major infrastructure projects and ecological restoration.
Urban Lab
Creating healthier, more resilient places.
We help cities, local authorities, developers and landowners create urban habitats that support biodiversity, improve environmental performance and enhance quality of life.
We provide the science and tools to plan resilient planting and nature-based solutions for the needs of specific places.
Infrastructure Lab
Nature-positive infrastructure and development.
We support developers, infrastructure providers and project teams in delivering environmental outcomes alongside built development.
With Biodiversity Net Gain requirements becoming increasingly important, we help plan, delivery and evidence nature-positive outcomes across infrastructure and development projects.
Restoration Lab
Restoring ecological function at scale.
We design and deliver landscape restoration initiatives that rebuild ecosystems, support biodiversity recovery and improve resilience to climate change.
Our work supports organisations seeking long-term ecological outcomes through restoration regeneration and evidence-based environmental management.
Palette by Numbers
500+
Kew scientists
400
Collaborating institutes
260
Years of research
The Kew Method
Where there are areas identified as being suitable for nature gain, we will deploy the Kew Method toolkit, a unique framework created by scientists at the Royal Botanic Gardens, Kew. Rooted in science for planning and delivering ecosystem restoration, the Kew Method spans the entire lifetime of a project. It covers not just design and implementation, but also crucial capacity building and monitoring phases to ensure the longevity of restored ecosystems. The scientific rigour that the toolkit brings provides credibility and transparency to projects, allowing integration with natural capital accounting and payment for ecosystem service frameworks if desired. It is our blueprint for nature-positive impact.
01. Baseline Assessment
We begin with rigorous ecological diagnostics - vegetation surveys, soil and hydrology profiling, biodiversity inventories - to inform targeted interventions and success metrics.
02. Habitat & Species Design
Using proprietary data from Royal Botanic Gardens, Kew and global research networks, we create site-specific restoration plans that optimise biodiversity, climate resilience and cultural relevance.
03. Nursery development & propagation
Leveraging the Millennium Seed Bank and global best practices, we manage seed collection, bulking, nursery development and propagation protocols to ensure the availability of genetically diverse, locally appropriate planting stock.
04. Restoration Implementation
Our teams coordinate planting, soil improvement, invasive species control, and hydrological adjustments, ensuring practical alignment with the ecological plan.
05. Monitoring & Evaluation
We embed transparent, data-driven monitoring frameworks that track biodiversity gains, carbon performance, and ecosystem health over time. Our reporting aligns with frameworks like TNFD and supports investor-grade ESG disclosure.
06. Modelling on wellbeing
We use spatial, ecological, and social data to assess how biodiversity enhancements translate to human wellbeing - such as improved air quality, flood resilience, and mental health. This helps clients understand the social value of restoration investments and strengthens stakeholder engagement.
07. Capacity Building
We embed training and knowledge transfer in every project, developing local capability to steward and sustain restored ecosystems.
Measurable Outcomes
Verified biodiversity and carbon benefits
Resilient, climate-adapted landscapes
Enhanced public health, wellbeing and social equity
Stronger ESG positioning and nature risk mitigation
