Australia’s Nature Repair Market

Australia’s Nature Repair Market, launched nationally in March 2025, opens fresh revenue streams for farmers, pastoralists, and other landholders. This voluntary biodiversity credits scheme lets producers generate and sell tradeable certificates by restoring native habitats, complementing existing carbon farming under the Australian Carbon Credit Unit (ACCU) scheme. With corporate demand surging for nature-positive credentials amid mandatory ESG disclosures, savvy landholders can now diversify income while enhancing on-farm biodiversity.

What is the Nature Repair Market?

The Nature Repair Market is Australia’s first regulated voluntary market for biodiversity credits, designed to incentivize habitat restoration and protection at scale. Administered by the Clean Energy Regulator (CER)—the same body overseeing the ACCU scheme—it creates a standardized framework for measuring, verifying, and trading biodiversity improvements.

Certificates represent permanent or time-bound gains in ecosystem condition, measured against rigorous baselines. Buyers—corporates, banks, and governments—purchase them to offset nature impacts, meet net-positive biodiversity targets, or comply with emerging supply chain rules. Unlike one-off grants, credits trade on secondary markets, offering recurring income for sustained management.

Replanting Native Forest and Woodland Ecosystems

The inaugural Nature Repair Method, approved in early 2025, targets Replanting Native Forest and Woodland Ecosystems. It applies to degraded or cleared woodlands across eligible bioregions, focusing on species-rich eucalypt forests, box-gum woodlands, and callitris pine systems common on farms.

Key requirements:

• Plant minimum 20 native species mixes at 800-1,200 stems/ha.
• Achieve 70% canopy cover within 10 years, verified via satellite and ground surveys.
• Exclude invasive weeds, feral animals, and conflicting land uses (e.g., cropping).
• Minimum project size: 100 ha contiguous, scalable for larger properties.

Proponents use CER-approved calculators to project certificate yields based on rainfall zones and soil types. For a 500-ha Queensland brigalow project, expect 5-15 certificates/ha annually during establishment, tapering to maintenance credits.

Who is Eligible and What Activities Qualify

Any Australian landholder—farmers, stations, conservation groups—can participate if they hold secure tenure (freehold, leasehold, or native title). No prior environmental credentials needed, but projects must pass CER additionality tests: improvements beyond business-as-usual.

Qualifying activities under the replanting method:

• Direct seeding or tubestock planting of endemic natives.
• Supplementary actions like feral herbivore control, fire regime restoration, and weed eradication.
• Protection fencing to exclude livestock, with rotational grazing offsets possible.

Regional eligibility maps prioritize Nature Positive Plan hotspots: Temperate Woodlands (NSW/VIC), Mulga Woodlands (QLD/NSW), and Wet Tropics fringes. Farms in high-conservation-value areas (e.g., 20% of Riverina properties) qualify fastest, but method expansions for grasslands and wetlands are slated for 2026.

How Biodiversity Certificates Are Generated and Sold

Projects follow a four-stage cycle:

1. Registration: Submit method-compliant plan to CER; audited within 90 days.
2. Implementation: Plant, monitor (annual photo-point surveys, drone imagery).
3. Measurement: Independent verifier assesses metrics like species richness, structural diversity, and faunal recolonization using the Ecosystem Condition Metrics framework.
4. Issuance: CER issues certificates (e.g., one per 10% biodiversity uplift), registered on the Australian National Registry.

Trading occurs via:

• Spot market: Australian Biodiversity Market Exchange (ABMX) platform.
• Forwards: Direct contracts with buyers like BHP or NAB.
• Auctions: Quarterly CER-facilitated sales.

Prices started at $25-40/certificate in 2025, rising to $50-80 by late 2026 as corporate demand grows. A 1,000-ha project might yield $100,000-200,000 over five years, plus ongoing maintenance payments.

Stacking Biodiversity Certificates with ACCU Carbon Credits

Landholders can stack Nature Repair certificates with ACCU carbon credits on the same area, maximizing returns without double-counting. Carbon methods (e.g., Human-Induced Regeneration) target CO₂ sequestration; biodiversity focuses on habitat quality—distinct outcomes under CER rules.

Stacking Example: 500-ha Woodland Project	ACCU Credits (t CO₂-e/yr)	Biodiversity Certificates (units/yr)	Combined Revenue (Yr 3)
Brigalow Belt, QLD	150 (post-fire regrowth)	3,000 (species/condition gains)	$45,000 (C) + $120,000 (B) = $165,000
Box-Gum, NSW	100 (fencing exclusion)	2,500	$30,000 + $100,000 = $130,000
Mulga Shrubland, SA	80	2,000	$24,000 + $80,000 = $104,000

Guardrails prevent overlap: ACCU permanence (100 years) doesn’t claim biodiversity metrics; Nature Repair projects declare carbon baselines. Over 60% of early registrants stack, per CER data, with hybrid methods in development for 2027.

Getting Started: Practical Steps for Producers

1. Assess eligibility: Use CER’s free Nature Repair Project Finder tool; map your property against bioregions.
2. Baseline audit: Engage registered consultants ($5,000-10,000) for vegetation surveys.
3. Seed sourcing: Partner with Greening Australia or local Landcare for endemic stock.
4. Funding bridges: DCCEEW grants cover 50% upfront costs; stack with REPs (Rewilding Enterprise Program).
5. Risk management: Insure against fire/bushfire via ERF safeguards.

Market Momentum and Future Outlook

Demand outpaces supply: 2025 saw 150,000 certificates issued against 500,000 corporate purchase commitments. Banks like Westpac bundle biodiversity offsets into green loans; supermarkets tie supplier contracts to nature metrics.

For farmers, the nature repair market transforms marginal land into profit centers, blending stewardship with enterprise. Register early: first-mover projects lock premium pricing and scale advantages in Australia’s biodiversity boom.