Environment body launches tender for geology-led species recovery
Pilot project seeks specialists to integrate geological data into climate suitability mapping, identifying species strongholds and practical site guidance.
Pilot project seeks specialists to integrate geological data into climate suitability mapping, identifying species strongholds and practical site guidance.
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Natural England has gone to market for a pilot that puts geology at the centre of species recovery, using climate-linked mapping to pinpoint refuges, movement corridors and practical options for site managers.
Published on 24th September 2026, Natural England’s contract notice for the Geological Diversity for Species Recovery pilot sets out a clear aim: to use geological information alongside ecological data to improve how, and where, species are helped to recover under a changing climate.
The project focuses on three connected strands:
By describing the work as a pilot, Natural England is signalling a testbed for methods that could shape how future species recovery programmes use spatial evidence. Rather than treating geology as background, the commission is framed around using it as an active layer in decisions about which areas to prioritise and how to link them.
Climate suitability maps are already a familiar tool in conservation planning, helping to show where particular species are more likely to thrive as conditions shift. Natural England’s pilot goes further by explicitly calling for geological data to be woven into those maps, so that factors such as underlying rock, soils and landforms can be considered alongside climatic envelopes and current ecology.
This composite picture is intended to do two things. First, it should make it easier to pick out potential strongholds for species recovery – areas where the combination of climate and geology offers relatively secure conditions over time. Second, it should highlight connectivity corridors that allow species to move between those strongholds, increasing their chances of persistence.
The notice also stresses the need to translate analysis into “practical advice based on ecological and geological insights”. Site managers are therefore central users of the outputs, not just passive recipients of technical reports. The expectation is that guidance will help them understand why particular sites matter in a wider network and what management choices could support recovery on the ground.
Although the detailed specification is not set out in the summary, the emphasis on integrating data layers and on connectivity implies that suppliers will need to combine analytical capability with a clear grasp of how recommendations will be applied in real landscapes and seascapes.
The Geological Diversity for Species Recovery pilot sits within a busy year of commissions that link biodiversity, climate risk and spatial planning across the UK and Europe.
On 24th September 2026, for example, JNCC Support Co published a contract notice for a feasibility assessment of bioclimate vulnerability approaches for priority marine migratory species in the Caribbean UK Overseas Territories and Pitcairn Islands. That project also centres on climate‑linked species assessments, asking suppliers to compare methods and identify the data and resources needed for robust vulnerability analysis.
In May 2026, the Department for Environment, Food and Rural Affairs signalled a different but related concern with a prior information notice for nature security research. That work aims to develop approaches for assessing national security risks from biodiversity loss and ecosystem collapse, and to create tools and frameworks that can feed into government policy and strategic foresight.
Elsewhere in Europe, buyers are tying biodiversity analysis explicitly to emerging reporting and restoration requirements. In April 2026, Die Autobahn GmbH des Bundes went to market for project management support for a biodiversity analysis carried out in line with the ESRS E4 sustainability reporting standard. And in August 2026, ESPON EGTC sought services to support the implementation of Article 8 of the EU Nature Restoration Law, focusing on methodologies to help authorities plan and monitor urban ecosystem restoration targets.
Several recent commissions underline the importance of combining ecological data with physical landscape information, echoing the geological emphasis in Natural England’s pilot. In September 2026, the Flemish Government launched an ecohydrological study of Kikbeek to examine how higher water levels in a pond could affect surrounding vegetation and what rewetting measures are needed in nearby Natura 2000 sites, while also safeguarding critical infrastructure. In April 2026, Hochschule Weihenstephan‑Triesdorf commissioned model projects in ecological climate protection planning, evaluating climate change impacts on natural areas and designing adaptation measures.
The use of advanced mapping and scoring techniques is also growing. On 8th July 2026, Iarnród Éireann – Irish Rail advertised a nationwide biodiversity mapping project using an AI‑enabled algorithm to classify habitats and apply a scoring mechanism across its landbank holdings.
Taken together, these notices point towards a procurement landscape in which biodiversity evidence is expected to be climate‑informed, spatially explicit and ready for use in policy, infrastructure and risk decisions. Natural England’s geological diversity pilot sits firmly within that trend, but gives a distinct role to the physical fabric of the landscape.
The Geological Diversity for Species Recovery commission also reflects broadening expectations of what ecological support should deliver for public bodies and regulated infrastructure operators.
In May 2026, National Grid issued a contract notice for offsite biodiversity gain solutions and climate contributions, seeking suppliers that can provide formal biodiversity units, nature‑based solutions, marine restoration and high‑integrity carbon credits. That notice illustrates how biodiversity work is now expected to interface with carbon accounting and market‑based mechanisms, not just conservation objectives.
In June 2026, West Yorkshire Combined Authority went to market for ecological support for biodiversity net gain across four local authorities, covering review of habitat management plans, completion certificates and monitoring reports. Here, the emphasis is on long‑term implementation and verification, rather than one‑off baseline studies.
Some projects bring together field surveys, restoration planning and data‑rich analysis in a single commission. In April 2026, the Department of Housing, Local Government and Heritage sought ecology services for its LIFE IP Wild Atlantic Nature project, combining ecological surveys, peatland restoration plans, vegetation monitoring, GIS mapping, report writing, data analysis and stakeholder engagement.
Against this backdrop, Natural England’s pilot stands out for explicitly requiring geological as well as ecological insight. It hints at demand for teams that can:
Other notices issued in 2026 reinforce this convergence of skills. Transport for London’s Ecology Support Services Framework, published in September 2026, calls for ecological and arboricultural survey and advisory services focused on rare species and designated sites along railway infrastructure. Scottish Natural Heritage’s September 2026 framework for field ecologists supporting peatland restoration emphasises species and ecological surveys aligned with protected species regulations.
While each of these commissions has its own focus, the common thread is clear: buyers are seeking evidence and advice that connect species, habitats and the physical environment with the practical realities of managing land, infrastructure and climate risks.
As a pilot, Natural England’s Geological Diversity for Species Recovery project will be watched for how effectively it turns layered geological and ecological data into tools that front‑line managers can use. Its approach to defining strongholds and connectivity corridors may offer a template for future species recovery planning, particularly where climate suitability is already a core concern.
The project also arrives at a time when other public bodies are commissioning work on climate‑threatened assets and landscapes, from Historic England’s September 2026 contract to review monitoring options for climate‑threatened sites to the German environment ministry’s June 2026 feasibility study on protecting World Heritage from climate change impacts.
For suppliers tracking the market, the Natural England notice underlines that species recovery work is no longer just about ecology in isolation. Geological context, climate vulnerability, connectivity and long‑term monitoring are all moving towards the core of what public buyers expect environmental evidence to provide.
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