Contributions to Major Infrastructure Developments
Landscope provides specialist soil consultancy to a range of clients, supporting all parties involved in nationally significant infrastructure projects.
Our work encompasses both the preparation of soil analysis and environmental information for NSIP planning submissions and active participation in the subsequent examination and appeal processes. We support project teams by contributing to written representations, providing clarification during hearings, and attending examination sessions to present or explain our technical inputs when required. This end-to-end involvement reflects our established experience with nationally significant projects, including Heckington Fen Solar Park, Mallard Pass Solar Project, Springwell Solar Farm, and other major infrastructure proposals.
In addition to supporting these large infrastructure projects, we work closely with local planning authorities across the region, as shown by the shaded areas on the map. Building on over 20 years of experience advising planning teams, we provide specialist consultancy to help LPAs manage a wide variety of projects. Our impartial guidance ensures all stakeholders receive technically robust advice to navigate complex planning and environmental requirements effectively.
Bringing together insight from the field, perspectives from our team, and a closer look at the services and expertise we use to support clients at every stage of their development.
Through this framework, subtle variations in soil texture, stoniness and horizon depth become decisive factors in shaping development opportunities. In practice, ALC outcomes can significantly influence planning decisions: sites identified as containing substantial areas of “Best and Most Versatile” (BMV) land often face stricter scrutiny, additional justification requirements, or constraints on layout and land take. Conversely, land assessed as lower grade may offer greater flexibility for strategically planned development, provided soil resources are managed appropriately.
Understanding the mineralogy and structural composition of soils is therefore integral to evaluating land capability in a planning and development context. The mineral fraction derived from the weathering of parent material governs key physical behaviours including permeability, nutrient retention, drainage characteristics and load-bearing capacity. These parameters, long emphasised by leading UK soil science bodies, form the basis of evidence-driven land assessment.
Within the ALC system, soil properties are evaluated alongside climate and site factors to assign a grade from 1 to 5, distinguishing high-value agricultural land from areas better suited to alternative uses. Although often regarded as a technical exercise, this classification underpins strategic land allocation, environmental assessment, and the defensibility of planning decisions. For practitioners, the ALC is not simply a regulatory hurdle; it provides a structured methodology for determining where development can occur sustainably and where agricultural value warrants protection.
For developers and planners, robust soil investigation offers clarity. Detailed characterisation of mineral composition, subsoil variability, texture and stoniness supports early risk identification, informs engineering responses, and enables compliant soil-handling strategies. By grounding feasibility assessments in soil evidence, project teams can refine layouts, reduce uncertainty, and align proposals with national policy expectations on soil protection and BMV land.
A pro-development approach and responsible soil stewardship are not mutually exclusive. Informed development leverages high-quality soil data to reconcile growth with land capability, ensuring that soil resources are conserved, reused or enhanced wherever possible. As land pressure increases, integrating soil science into early decision-making is becoming both best practice and an implicit requirement across the planning and environmental professions.