Trend watch: Nature-based solutions & ecosystem restoration in 2026 — signals, winners, and red flags

Global investment in nature-based solutions (NbS) reached $154 billion in 2024, yet this figure represents less than half the $384 billion annual spending required to meet the Kunming-Montreal Global Biodiversity Framework targets by 2030, according to the UNEP State of Finance for Nature report. In Asia-Pacific, the gap is even more pronounced: the region hosts 17 of the world's 36 biodiversity hotspots but attracted only 22% of global NbS capital flows in 2024-2025. This disparity between ecological urgency and financial mobilization defines the central tension shaping nature-based solutions in 2026, and understanding where momentum is building, where capital is flowing, and where greenwashing risks are accelerating will determine which organizations capture value and which face regulatory and reputational exposure.

Why It Matters

Nature-based solutions sit at the intersection of three converging regulatory forces that make them impossible to ignore for any organization operating across Asia-Pacific supply chains. First, the Taskforce on Nature-related Financial Disclosures (TNFD) framework saw 320 organizations commit to reporting by September 2025, with the ISSB integrating nature-related risks into its sustainability disclosure standards starting in 2026. Second, the EU Deforestation Regulation (EUDR), though implementation was delayed to December 2025, now requires verified deforestation-free supply chains for palm oil, soy, timber, cattle, cocoa, coffee, and rubber entering the EU market. Third, national biodiversity strategies under the CBD's Global Biodiversity Framework are creating country-level 30x30 targets across major Asia-Pacific economies including China, Japan, Indonesia, India, and Australia.

The financial implications are substantial. The World Economic Forum estimates that $44 trillion of annual economic value generation, more than half of global GDP, is moderately or highly dependent on nature and its services (WEF, 2024). For companies with supply chains running through Southeast Asian commodities, Australian mining regions, or Pacific Island fisheries, nature-related risks are becoming as material as climate-related risks were five years ago.

At the same time, the voluntary carbon market's turbulent period between 2023 and 2025, during which nature-based credit prices dropped from an average of $12.40 to $5.20 per tonne before partially recovering to $8.80 by late 2025 (Ecosystem Marketplace, 2025), has forced a fundamental recalibration. Projects must now demonstrate additionality, permanence, and co-benefits with far greater rigor than the previous generation of forestry offset schemes.

Key Signals to Watch

Signal 1: Biodiversity Credit Markets Are Emerging Independent of Carbon

The most significant structural shift in 2026 is the decoupling of biodiversity value from carbon markets. Australia's Nature Repair Market, which became operational in early 2025, represents the world's first government-backed biodiversity certificate trading scheme, enabling landholders to generate tradable certificates from verified biodiversity improvements independent of carbon sequestration. By January 2026, over 140 projects had registered across 3.2 million hectares (Australian Government DCCEEW, 2026). The UK's Biodiversity Net Gain (BNG) requirement, mandatory for major developments since February 2024 and all developments since April 2024, created a functioning market for statutory biodiversity units with prices averaging 25,000 to 45,000 GBP per unit in 2025. These markets represent fundamentally different value propositions from carbon-linked NbS, pricing ecological outcomes rather than tonnes of CO2 equivalent.

Signal 2: Remote Sensing and eDNA Are Transforming MRV

Measurement, reporting, and verification (MRV) for NbS has historically relied on costly field surveys with limited spatial and temporal coverage. This is changing rapidly. Planet Labs' constellation of over 200 satellites now provides daily 3-meter resolution imagery covering every terrestrial ecosystem on Earth. Combined with synthetic aperture radar (SAR) from the European Space Agency's Sentinel-1 mission, practitioners can detect land-use change, forest degradation, and mangrove loss with <10-day latency. Environmental DNA (eDNA) sampling, which detects species presence from water or soil samples, has seen costs drop from $500 per sample in 2020 to under $80 in 2025, enabling biodiversity monitoring at scales previously impossible (NatureMetrics, 2025). Organizations integrating satellite imagery with eDNA and acoustic monitoring are building MRV systems capable of supporting the verification standards that credit markets and regulators now demand.

Signal 3: Asia-Pacific Mangrove and Peatland Restoration Is Scaling

Indonesia's Badan Restorasi Gambut dan Mangrove (BRGM) reported 600,000 hectares of peatland rewetting and 34,000 hectares of mangrove restoration completed between 2021 and 2025, though independent verification by Global Mangrove Watch suggests effective restoration covers approximately 60-70% of these government-reported figures. The Philippines' National Greening Program expanded its mangrove component to target 50,000 hectares of coastal restoration by 2028. In Vietnam, the World Bank-funded Mekong Delta Integrated Climate Resilience and Sustainable Livelihoods Project is restoring 24,000 hectares of mangrove forests as living coastal defenses, with documented reductions in storm damage costs of 20-30% in protected areas (World Bank, 2025).

Mangroves sequester 3 to 5 times more carbon per hectare than terrestrial forests, making them the highest-value ecosystem per unit area for combined carbon and biodiversity outcomes. The growing evidence base for coastal protection benefits is also unlocking insurance-sector interest, with AXA Climate, Swiss Re, and Munich Re all piloting parametric insurance products linked to mangrove health.

Emerging Winners

Technology-Enabled MRV Providers

Companies building integrated monitoring platforms are positioning as essential infrastructure for NbS at scale. Pachama raised $55 million in Series B funding in 2024 to expand its AI-powered forest carbon verification, using LiDAR, satellite imagery, and machine learning to assess above-ground biomass with <15% uncertainty at stand level. NatureMetrics has established eDNA-based biodiversity monitoring as a commercial service across 90 countries, partnering with the International Finance Corporation to develop standardized biodiversity assessment protocols for project finance. Dendra Systems (formerly BioCarbon Engineering) has deployed drone-based seed dispersal across 16 countries, planting over 70 million seeds with survival rates of 60-80% depending on ecosystem type and species selection.

Blue Carbon Project Developers

The blue carbon segment, encompassing mangroves, seagrasses, and salt marshes, is outperforming terrestrial NbS in attracting premium pricing. South Pole expanded its blue carbon portfolio to 18 projects across Indonesia, Madagascar, and Kenya, with credit prices averaging $22-35 per tonne compared to $5-12 for standard REDD+ credits. Verra launched its consolidated Blue Carbon methodology (VM0033) in 2024, reducing certification timelines from 36 months to 18 months and standardizing quantification approaches across tidal wetland types. Blue carbon projects now represent 8% of the voluntary carbon market by volume but 14% by value, reflecting willingness to pay premiums for verifiable co-benefits including coastal resilience, fisheries enhancement, and biodiversity outcomes (Ecosystem Marketplace, 2025).

Sovereign and Multilateral NbS Vehicles

Dedicated NbS finance vehicles are scaling rapidly. The Asian Development Bank's ASEAN Catalytic Green Finance Facility expanded its NbS window to $500 million in 2025, financing projects across the Philippines, Indonesia, Vietnam, and Cambodia. Singapore launched its Green Bonds Framework with a specific nature and biodiversity allocation, channeling SGD 2.5 billion toward NbS-aligned infrastructure and restoration projects across ASEAN economies. Japan's GX (Green Transformation) League, which covers over 40% of Japan's industrial emissions, began accepting nature-based removal credits from certified Asia-Pacific projects in 2025.

Red Flags

Permanence Risks from Climate-Driven Ecosystem Collapse

Climate change itself threatens the permanence of nature-based carbon stores. The 2024 Southeast Asian drought driven by El Nino reduced peat soil moisture across Borneo and Sumatra to levels associated with fire risk, resulting in 14,000 fire hotspots in Indonesian peatlands between June and October 2024, roughly triple the five-year average (FIRMS/NASA, 2024). Coral reef restoration projects across the Asia-Pacific experienced bleaching events affecting 60-75% of restored sites during the same period. NbS projects that fail to account for climate-driven stress in their permanence models risk delivering fraction of their credited outcomes over 20 to 30 year crediting periods.

Integrity Gaps in Voluntary Market Credits

Despite improvements in methodology, a 2025 analysis by the Integrity Council for the Voluntary Carbon Market (ICVCM) found that only 37% of nature-based credits currently listed on major registries meet its Core Carbon Principles assessment criteria. Common deficiencies include inadequate additionality demonstration (the project would have happened regardless of credit revenue), inflated baselines using unrealistic deforestation projections, and insufficient buffer pool allocations for non-permanence risk. Buyers relying on low-quality NbS credits face escalating reputational risk as media scrutiny, regulatory attention, and scientific evaluation of credit quality intensify.

Land Tenure Conflicts and Community Displacement

Large-scale NbS projects in the Asia-Pacific frequently intersect with contested land rights. A 2024 Rights and Resources Initiative analysis found that 73% of the land area proposed for new protected areas under 30x30 commitments in Southeast Asia overlaps with indigenous and community-held territories. Projects that fail to secure free, prior, and informed consent (FPIC) face legal challenges, operational disruptions, and reputational harm. The most visible example occurred in Cambodia, where a REDD+ project covering 63,000 hectares in Prey Lang Wildlife Sanctuary faced allegations of forced displacement and land grabbing that led to credit suspension by Verra in 2024.

NbS Trend Indicators: 2024-2026 Benchmarks

Metric	2024 Actual	2025 Estimate	2026 Projection
Global NbS Investment ($ billion)	$154	$178	$205
Asia-Pacific Share of NbS Capital	22%	25%	28%
Nature-based VCM Credit Price (avg $/tCO2e)	$5.20	$8.80	$10-14
Blue Carbon Credit Price (avg $/tCO2e)	$22	$28	$30-40
TNFD-Aligned Disclosures (organizations)	320	500+	800+
ICVCM Core Carbon Principles Compliance	37% of credits	45%	55-60%
eDNA Sampling Cost (per sample)	$110	$80	$55-65

Action Checklist

• Map supply chain exposure to nature-dependent commodities across Asia-Pacific sourcing regions
• Assess TNFD reporting readiness and begin voluntary disclosures ahead of potential mandatory requirements
• Evaluate biodiversity credit market opportunities in Australia (Nature Repair Market) and UK (BNG) as early-mover markets
• Require ICVCM Core Carbon Principles compliance for any NbS credit procurement
• Integrate satellite-based monitoring and eDNA sampling into due diligence for NbS project evaluation
• Verify FPIC documentation and land tenure security for all NbS investments in indigenous and community territories
• Stress-test NbS project permanence assumptions against IPCC SSP2-4.5 and SSP5-8.5 climate scenarios
• Diversify NbS portfolios across ecosystem types (mangrove, peatland, forest, seagrass) to reduce concentration risk

FAQ

Q: What distinguishes high-quality nature-based credits from low-quality ones in 2026? A: High-quality credits meet the ICVCM Core Carbon Principles, demonstrating additionality (the project would not have occurred without credit revenue), conservative baselines validated by independent third parties, adequate buffer pool allocations (typically 15-30% of issued credits), robust MRV using satellite monitoring and field verification, and documented community benefits including FPIC compliance. Low-quality credits typically rely on inflated reference scenarios, lack independent verification, and have minimal or no buffer pools for permanence risk.

Q: How should procurement teams evaluate NbS project risks in Asia-Pacific? A: Focus on four dimensions: (1) climate resilience, whether the ecosystem can withstand projected warming and extreme events over the crediting period; (2) land tenure security, whether the project has clear, legally recognized land rights and FPIC documentation; (3) MRV rigor, whether the project uses technology-enabled monitoring (satellite, eDNA) rather than relying solely on periodic field surveys; and (4) co-benefit verification, whether biodiversity and community outcomes are independently measured rather than self-reported.

Q: Are blue carbon projects worth the premium pricing compared to terrestrial NbS? A: For organizations seeking high-integrity, multi-benefit credits, blue carbon projects offer defensible premiums. Mangroves and seagrasses provide quantifiable co-benefits including coastal protection (valued at $65,000-150,000 per hectare per year in avoided storm damage), fisheries support, and exceptionally high per-hectare carbon density. The premium pricing also reflects smaller project scale, higher development costs, and more rigorous methodology requirements that filter out lower-quality projects.

Q: What regulatory changes should product teams prepare for in 2026-2027? A: Watch for three developments: (1) ISSB integration of nature-related disclosures, which will create mandatory reporting obligations for listed companies in adopting jurisdictions; (2) expansion of the EU EUDR compliance requirements, which may extend to additional commodities; and (3) national biodiversity action plans under the CBD GBF creating country-level NbS procurement and reporting mandates, particularly in Japan, South Korea, Australia, and Singapore.

Sources

• United Nations Environment Programme. (2024). State of Finance for Nature 2024. Nairobi: UNEP.
• Ecosystem Marketplace. (2025). State of the Voluntary Carbon Markets 2025. Washington, DC: Forest Trends.
• World Economic Forum. (2024). The Future of Nature and Business: Asia-Pacific Edition. Geneva: WEF.
• Integrity Council for the Voluntary Carbon Market. (2025). Assessment Framework: Results and Market Impact. London: ICVCM.
• World Bank. (2025). Vietnam Mekong Delta Climate Resilience Project: Implementation Status Report. Washington, DC: World Bank Group.
• Australian Government DCCEEW. (2026). Nature Repair Market: 12-Month Status Report. Canberra: Department of Climate Change, Energy, the Environment and Water.
• Rights and Resources Initiative. (2024). Who Owns the World's Land? Status of Community Land Rights Recognition in Asia-Pacific. Washington, DC: RRI.
• NatureMetrics. (2025). eDNA for Biodiversity Monitoring: Annual Technology and Pricing Review. Oxford: NatureMetrics Ltd.