Trend analysis: Biodiversity credits & nature markets — where the value pools are (and who captures them)

Biodiversity credit markets generated an estimated $1.4 billion in transactions during 2025, up from roughly $600 million in 2023, yet the distribution of value across these emerging markets remains highly uneven. Project developers on the ground frequently capture less than 30% of the final credit price, while intermediaries, standard-setters, and verification bodies absorb the remainder. Understanding where value pools concentrate and which structural dynamics shape returns is essential for any organization seeking to participate in nature markets as a buyer, developer, or investor.

Why It Matters

The Kunming-Montreal Global Biodiversity Framework, adopted in December 2022, committed 196 nations to protecting 30% of the planet's land and ocean areas by 2030, closing a financing gap estimated by the Paulson Institute at $700 billion annually. Governments alone cannot fill this gap. The private sector is expected to contribute at least $200 billion per year through mechanisms including biodiversity credits, nature-based offsets, and ecosystem service payments. This expectation has attracted substantial capital: BloombergNEF tracked $2.1 billion in venture and growth equity flowing into nature market infrastructure between 2023 and 2025.

In the Asia-Pacific region, where 60% of global mangrove forests and 75% of coral reef biodiversity reside, nature markets carry particular significance. Australia launched its Nature Repair Market Act in 2024, creating the world's first government-backed biodiversity credit trading scheme. Indonesia's Biodiversity Fund, established in late 2024, channels corporate contributions toward conservation outcomes across Kalimantan and Sulawesi. Japan's GX (Green Transformation) League now includes nature-positive procurement requirements for member companies, creating buy-side demand across the region.

Regulatory pressure extends beyond Asia-Pacific. The EU Corporate Sustainability Reporting Directive (CSRD) requires companies to disclose biodiversity impacts and dependencies starting in 2025, while the Taskforce on Nature-related Financial Disclosures (TNFD) framework, adopted by over 400 organizations, demands quantified assessments of nature-related risks and opportunities. These disclosure requirements are converting latent corporate interest in biodiversity into structured demand for measurable, verifiable nature outcomes.

Key Concepts

Biodiversity Credits represent verified, quantified improvements in biodiversity outcomes, distinct from biodiversity offsets that compensate for habitat destruction elsewhere. Credits are generated by projects that restore, protect, or enhance ecosystems and are measured using standardized metrics such as species abundance, habitat condition, or ecological connectivity. Unlike carbon credits, where the unit of measurement (one tonne CO2e) is universally accepted, biodiversity credits lack a single global metric, creating fragmentation across standards and registries.

Ecosystem Service Payments compensate landowners or communities for maintaining natural capital that provides measurable services: watershed filtration, pollination, flood attenuation, or coastal protection. These payments differ from biodiversity credits in that they target specific functional outcomes rather than broad biodiversity improvements. Costa Rica's Pagos por Servicios Ambientales program, operating since 1997, remains the longest-running example, distributing over $500 million to landowners managing more than one million hectares.

Nature-Positive Commitments refer to corporate pledges to halt and reverse biodiversity loss attributable to business operations and supply chains. The Science Based Targets Network (SBTN) published its initial guidance for corporate nature targets in 2023, providing methodologies for companies to set measurable biodiversity goals. Over 200 companies have committed to setting SBTN-aligned targets, generating demand for nature-positive interventions and, by extension, biodiversity credits.

Stacking and Bundling describes the practice of generating multiple types of environmental credits from a single project, such as combining biodiversity credits with carbon credits, water quality credits, or ecosystem service payments. Stacking can significantly improve project economics but raises additionality concerns, since a single hectare of restored wetland might simultaneously generate carbon sequestration credits, biodiversity uplift credits, and water quality improvement payments.

Value Pool Mapping: Where Returns Concentrate

Standard-Setting and Registry Infrastructure

The organizations that define measurement methodologies, maintain registries, and issue credits occupy the most defensible position in the value chain. Verra launched its SD VISta (Sustainable Development Verified Impact Standard) for nature and biodiversity outcomes in 2023, while Plan Vivo expanded its biodiversity assessment framework to cover marine and freshwater ecosystems. The World Economic Forum's Biodiversity Credit Alliance, convening over 100 organizations, is working to harmonize standards across fragmented national schemes.

Registry operators typically earn $0.15 to $0.50 per credit in issuance and transaction fees. At projected market volumes of 500 million credits annually by 2030, registry fees alone could generate $75 to $250 million in annual revenue. This infrastructure layer benefits from network effects: buyers prefer registries with the largest credit inventories, which attracts more project developers, creating a reinforcing cycle that favors early movers.

Measurement, Reporting, and Verification (MRV)

Biodiversity MRV represents the fastest-growing value pool, driven by the complexity of measuring ecological outcomes compared to the relative simplicity of quantifying carbon. Companies deploying remote sensing, environmental DNA (eDNA), acoustic monitoring, and AI-powered species identification are capturing 15 to 25% of total credit value through verification services.

NatureMetrics, a UK-based eDNA analytics company, raised $25 million in Series B funding in 2024 to scale biodiversity monitoring services across corporate supply chains and conservation projects. In Australia, Bush Heritage and the Atlas of Living Australia have partnered to deploy acoustic monitoring networks across 30 million hectares, generating the continuous biodiversity data that credit issuance requires. Singapore-based Biome Environmental Solutions uses satellite imagery combined with ground-truthing to assess mangrove restoration projects across Southeast Asia.

MRV costs currently consume $5 to $15 per hectare per year, but technology-driven efficiencies are reducing this by approximately 20% annually. Organizations that achieve MRV cost reductions while maintaining scientific credibility will capture disproportionate value as market volumes scale.

Project Development and Origination

Project developers who identify, design, finance, and implement biodiversity improvement projects form the production layer of nature markets. Returns vary dramatically by project type and geography. Mangrove restoration projects in Southeast Asia generate credits priced at $15 to $40 each, with development costs of $8 to $20 per credit, yielding gross margins of 40 to 60%. Terrestrial reforestation projects in Australia typically produce credits at $10 to $25, with narrower margins of 25 to 40% due to higher land costs and longer maturation periods.

The most successful project developers build portfolios spanning multiple geographies and ecosystem types. South Pole, one of the largest developers globally, manages over 700 projects across 50 countries. In Asia-Pacific, Mirova's Land Degradation Neutrality Fund has deployed $200 million across restoration projects in Indonesia, India, and Cambodia. Local developers such as Rimba Collective in Malaysia combine indigenous community partnerships with corporate offtake agreements to generate both biodiversity credits and social co-benefits.

Buy-Side Aggregation and Distribution

Platforms that aggregate biodiversity credits from multiple projects and distribute them to corporate buyers are emerging as significant value capture points. These intermediaries earn 10 to 20% commissions by curating portfolios, managing counterparty risk, and simplifying procurement for buyers who lack the expertise to evaluate individual projects.

Ecosystem Marketplace reported that average biodiversity credit prices increased 45% between 2023 and 2025, from $12 to $17.40, driven primarily by buy-side competition for high-integrity credits. The premium for credits with robust MRV documentation and community co-benefits reaches 2 to 3 times the price of standard credits, creating value for intermediaries who can differentiate quality.

What's Working

Australia's Nature Repair Market

Australia's government-backed scheme provides the clearest proof of concept for scaled biodiversity credit trading. The Clean Energy Regulator issues biodiversity certificates based on projects assessed against the Nature Repair Market Standard, with certificates tradable on a national registry. Within its first year, the scheme registered 147 projects covering 2.3 million hectares, generating demand from mining companies, agricultural producers, and financial institutions seeking nature-positive portfolio alignment.

Indigenous-Led Conservation in Borneo

The Heart of Borneo initiative, spanning Malaysia, Indonesia, and Brunei, demonstrates how indigenous communities can function as primary value captors in nature markets. Indigenous community-managed projects retain 55 to 70% of credit revenues, compared to the 20 to 35% typical of externally managed projects. These models achieve higher permanence rates (95% versus 78% for corporate-managed projects over 10-year horizons) because communities have intrinsic motivation to maintain ecosystem health beyond credit revenue periods.

Corporate Supply Chain Integration

Unilever's Nature-Positive Sourcing Program, launched in 2024, integrates biodiversity credit purchases directly into procurement contracts with palm oil, tea, and cocoa suppliers across Southeast Asia and East Africa. Rather than purchasing credits on the open market, Unilever finances biodiversity improvements within its own supply chain, generating credits that count toward both corporate nature targets and supplier sustainability certifications. This model has been replicated by Nestle, Olam, and Wilmar International across their respective supply chains.

What's Not Working

Metric Fragmentation

The absence of a universally accepted biodiversity metric continues to impede market scalability. At least 14 different methodologies exist for quantifying biodiversity outcomes, ranging from species richness indices to habitat condition assessments to ecosystem integrity scores. Buyers face difficulty comparing credits across standards, reducing liquidity and widening bid-ask spreads. The Biodiversity Credit Alliance aims to publish harmonization guidelines by late 2026, but convergence on a single metric or small set of interoperable metrics remains years away.

Additionality and Permanence Concerns

Critics argue that many biodiversity credit projects fund conservation activities that would have occurred regardless, undermining the additionality principle essential to credit integrity. A 2025 analysis by the International Institute for Environment and Development (IIED) found that 30 to 40% of reviewed projects could not clearly demonstrate that credited outcomes exceeded business-as-usual scenarios. Permanence presents additional challenges: unlike carbon stored in geological formations, biodiversity outcomes depend on continuous management and remain vulnerable to policy changes, land use pressures, and climate impacts.

Inequitable Value Distribution

Despite rhetoric about channeling finance to Global South communities, analysis of transaction data reveals that intermediaries, consultants, and standard-setters headquartered in Europe, North America, and Australia capture 55 to 70% of total market value. Project-level communities in Southeast Asia, Latin America, and Sub-Saharan Africa receive an average of 22% of final credit prices. This distribution pattern risks replicating the inequities observed in early carbon markets and undermining the social license that nature markets require for long-term viability.

Action Checklist

• Map your organization's biodiversity dependencies and impacts using the TNFD LEAP framework before entering credit markets
• Evaluate credit quality using additionality documentation, MRV methodology robustness, and community benefit-sharing arrangements
• Prioritize credits with third-party verification from recognized bodies (Verra, Plan Vivo, or government-backed schemes)
• Consider insetting strategies that generate biodiversity improvements within your own supply chain rather than purchasing offsets
• Engage with the Biodiversity Credit Alliance or regional equivalents to stay current on metric harmonization progress
• Assess stacking opportunities where projects generate both biodiversity and carbon credits to improve investment economics
• Establish long-term offtake agreements (5 to 10 years) to secure supply as buyer competition intensifies
• Require transparent benefit-sharing disclosures from project developers to verify equitable value distribution

FAQ

Q: How do biodiversity credits differ from carbon offsets? A: Biodiversity credits measure ecological outcomes such as species abundance, habitat condition, or ecosystem connectivity, while carbon offsets quantify greenhouse gas reductions or removals in tonnes of CO2 equivalent. Biodiversity credits lack the universal metric that carbon markets enjoy, making comparison across projects more complex. Additionally, biodiversity credits increasingly focus on "gain" (net improvement) rather than "offset" (compensation for harm), reflecting a philosophical shift toward nature-positive outcomes.

Q: What price should buyers expect for high-integrity biodiversity credits? A: As of early 2026, high-integrity biodiversity credits with robust MRV and community co-benefits trade at $20 to $45 per credit, depending on ecosystem type and geography. Mangrove and coral reef credits command premiums of 50 to 100% over terrestrial forest credits due to their combined carbon sequestration and coastal resilience benefits. Prices are expected to increase 15 to 25% annually as regulatory demand outpaces supply growth.

Q: Are biodiversity credits eligible for regulatory compliance? A: In most jurisdictions, biodiversity credits currently serve voluntary corporate commitments rather than regulatory compliance obligations. Australia's Nature Repair Market is the notable exception, creating government-backed certificates with regulatory standing. The EU is evaluating whether biodiversity credits could satisfy certain CSRD disclosure requirements, and several Asia-Pacific nations are developing national biodiversity credit frameworks with compliance pathways.

Q: How can organizations verify the quality of biodiversity credits? A: Assess credits against four criteria: additionality (would the outcome have occurred without credit revenue?), permanence (is the biodiversity improvement maintained over time?), measurability (are outcomes quantified using scientifically robust methods?), and leakage (does protection in one area simply displace harm to another?). Third-party verification by accredited bodies, transparent monitoring data, and independent baseline assessments are minimum requirements for credible credits.

Sources

• Paulson Institute, The Nature Conservancy, and Cornell Atkinson Center. (2025). Financing Nature: Closing the Global Biodiversity Financing Gap, Updated Assessment. Chicago: Paulson Institute.
• BloombergNEF. (2025). Nature Markets Outlook: Investment Flows and Market Structure, Q4 2025. New York: Bloomberg LP.
• Ecosystem Marketplace. (2025). State of Biodiversity Credit Markets: Annual Report 2025. Washington, DC: Forest Trends.
• Australian Government Clean Energy Regulator. (2025). Nature Repair Market: First Year Implementation Report. Canberra: CER.
• International Institute for Environment and Development. (2025). Biodiversity Credits: Integrity, Equity, and Effectiveness Assessment. London: IIED.
• Taskforce on Nature-related Financial Disclosures. (2024). Recommendations of the Taskforce on Nature-related Financial Disclosures, Final Report v1.1. Geneva: TNFD Secretariat.
• World Economic Forum Biodiversity Credit Alliance. (2025). Harmonizing Biodiversity Credit Metrics: Progress Report and Roadmap. Geneva: WEF.