Scottish Biodiversity Strategy Tracker

Delivery Update May 2026

While policy frameworks for farmland biodiversity support exist, implementation is uneven, under-resourced, and not yet sufficient to deliver measurable biodiversity outcomes at landscape scale. Current agricultural support retains elements of legacy direct payments with limited environmental conditionality, while newer reforms such as the Basic Payment Scheme baseline requirements and Whole Farm Plan system are still in early implementation phases and have not yet demonstrated ecological outcomes.

The two-of-five baseline requirement (covering biodiversity audits, carbon audits, soil analysis, animal health and welfare plans, and integrated pest management plans) is being implemented as part of eligibility for agricultural support. However, it functions primarily as a compliance and administrative requirement, with no established national system currently in place to aggregate audit outputs or link them to measurable biodiversity change.

NatureScot is developing biodiversity audit and habitat mapping tools to support Whole Farm Plan implementation, but these remain in development and are not yet producing national-scale ecological datasets suitable for outcome evaluation. SEFARI and SRUC research programmes highlight that while farm-level data collection tools exist, they are not yet integrated into a unified monitoring system capable of tracking biodiversity change across Scotland’s agricultural landscapes.

LINK analysis indicates that farmland biodiversity policy remains fragmented across multiple instruments, with limited integration between agricultural support, biodiversity planning, and landscape-scale restoration frameworks.

Is it enough?

Current agricultural support and advisory mechanisms provide some level of intervention for farmland biodiversity but remain insufficient for reversing long-term declines.

Policy delivery is fragmented across multiple schemes (Basic Payment Scheme conditionality, AECS, advisory services, and Whole Farm Plans), with limited integration and no single outcome-based framework for biodiversity recovery.

Although the introduction of baseline audit requirements and enhanced greening measures from 2026 represents a shift toward greater environmental conditionality, these measures remain largely process-based and do not yet require demonstrable ecological improvement.

State of Nature Scotland shows continued long-term declines in farmland-dependent species, indicating that existing policy instruments have not yet delivered sufficient ecological recovery at landscape scale. This suggests that current approaches remain insufficient to reverse biodiversity loss, despite increased administrative and advisory activity.

What is needed for nature recovery?

Evidence from LINK, SEFARI, NatureScot, and agricultural policy analysis indicates that Scotland requires a coherent, outcome-focused system for farmland biodiversity that moves beyond compliance-based measures.

Key requirements include:

– Embedding biodiversity mapping and soil condition data from Whole Farm Plans into measurable ecological outcomes for habitats and species
– Linking agricultural payments and advisory support directly to verified biodiversity improvements rather than audit completion alone
– Integrating farmland biodiversity delivery with Nature Networks, protected areas, and landscape-scale restoration programmes
– Establishing clear, long-term outcome-based targets for priority farmland habitats and species
– Developing a unified national monitoring system that links biodiversity, soil, and land-use data into ecological performance indicators
– Strengthening adaptive management so that monitoring results directly influence future policy and funding decisions

Without these changes, biodiversity interventions are likely to remain fragmented and incremental rather than transformative.

Ecological Contribution

SEFARI and SRUC evidence shows that agricultural land management is a key determinant of soil condition, habitat quality, and species abundance, particularly for farmland-dependent biodiversity. Environmental audit and advisory systems can improve awareness and inform decision-making, but ecological outcomes depend on sustained management changes rather than completion of assessments.

NatureScot evidence confirms that biodiversity monitoring tools and habitat mapping are important for understanding ecological condition, but require integration into wider systems to influence outcomes at scale.

LINK analysis highlights that without outcome-based design and integrated monitoring, agricultural policy risks delivering administrative compliance without equivalent ecological improvement.

State of Nature Scotland continues to show persistent declines across farmland species groups, reinforcing that current policy interventions have not yet resulted in system-wide ecological recovery.

Overall, the introduction of baseline requirements represents a structural shift toward conditionality in agricultural support. However, the absence of outcome-based monitoring and integration across biodiversity policy instruments means ecological impacts remain uncertain and are likely to be incremental rather than transformative.

Evidence Links

LINK – Scotland’s Farming Plan Not Fit for Purpose
LINK – Hitting the Targets: Delivering Scotland’s Nature Ambitions
LINK – Climate Change and the Natural Environment
LINK – Supporting High Nature Value Farming
State of Nature Scotland