For decades, biodiversity loss was treated as a conservation issue — important for wildlife documentaries and national parks but peripheral to business strategy. That era is over. In 2026, biodiversity is rapidly becoming what climate change was a decade ago: a material financial risk that regulators, investors, and customers are demanding companies address.
The shift is being driven by three converging forces. First, the scientific evidence of biodiversity loss has become undeniable and the economic consequences measurable. Second, the Kunming-Montreal Global Biodiversity Framework, adopted in December 2022, has established binding targets that governments are beginning to implement. Third, the Taskforce on Nature-related Financial Disclosures (TNFD) has given companies and investors a framework to assess and report nature risk — transforming biodiversity from an intangible concern into a quantifiable business variable.
This article presents the business case for biodiversity in concrete terms: the financial exposure, the regulatory trajectory, the emerging market opportunities, and a practical roadmap for companies that want to get ahead of what is coming.
Related reading:
Global Water Bankruptcy: What the UN's 2026 Warning Means for Business |
The Blue Economy in 2026: Turning Ocean Sustainability Into Business Opportunity |
The Circular Economy Goes Mainstream: Responsible Consumption in 2026
The Numbers That Should Worry Every CEO
The World Economic Forum's Global Risks Report has ranked biodiversity loss among the top five threats to the global economy for three consecutive years. The underlying numbers explain why.
According to WEF analysis, approximately $44 trillion of global economic value generation — more than half of world GDP — is moderately or highly dependent on nature and its services. This dependence cuts across virtually every sector. Construction ($4.0 trillion in value depends on nature through raw materials and land use), agriculture ($2.5 trillion through soil fertility, pollination, and water cycles), and food and beverages ($1.4 trillion through agricultural inputs and water quality) have the most direct exposure. But technology, financial services, healthcare, and retail are also dependent, often through supply chain connections they have not mapped.
The IUCN Red List Index — the most comprehensive measure of species survival status — has continued to decline. Of the more than 157,000 species assessed, approximately 44,000 are threatened with extinction. The rate of species loss is estimated at 100 to 1,000 times the natural background rate of extinction. The Living Planet Index, which tracks populations of vertebrate species, shows an average decline of 69% since 1970.
The economic consequences are already materializing. Pollinator loss threatens between $235 billion and $577 billion worth of annual global crop production — 75% of food crop types and 35% of global crop production volume depend on animal pollination, primarily by bees. Soil degradation affects approximately 40% of the world's agricultural land, reducing yields and increasing input costs. Fisheries decline is threatening protein supply for over 3 billion people who depend on fish as their primary protein source. Coral reef degradation is reducing the economic value they provide through fisheries, tourism, and coastal protection — estimated at $375 billion annually.
These are not abstract projections. They are measurable economic impacts happening now, and they are accelerating.
SDG 15 in 2026 — Life on Land Is in Trouble
SDG 15 — Protect, restore, and promote sustainable use of terrestrial ecosystems — is significantly off track. The 2026 data tells a story of incremental gains overwhelmed by systemic pressures.
Deforestation has slowed compared with peak rates in the 2000s but continues at a troubling pace. The world lost approximately 10 million hectares of forest annually between 2015 and 2025 — an area roughly the size of South Korea each year. The Brazilian Amazon showed meaningful improvement, with deforestation rates dropping 50% from 2022 to 2025 under stronger enforcement policies. But gains in the Amazon have been partially offset by accelerating deforestation in the Congo Basin, Southeast Asia, and the Cerrado savanna. Net tree cover loss — deforestation minus reforestation — remained at approximately 4.7 million hectares per year.
Soil degradation is a slower-moving but equally serious crisis. The UN Convention to Combat Desertification estimates that 100 million hectares of productive land are degraded annually through erosion, nutrient depletion, salinization, and compaction. At current rates, the world will have lost 30% of its remaining arable land by 2050. This is not a renewable resource on human timescales — building one centimeter of topsoil naturally takes 200-1,000 years.
Invasive species — identified by the Intergovernmental Platform on Biodiversity and Ecosystem Services (IPBES) as a major driver of biodiversity loss — are spreading faster than control measures can contain them. The global economic cost of invasive species is estimated at $423 billion annually, through agricultural damage, infrastructure destruction, and control expenditures. Climate change is accelerating species invasions by shifting habitable ranges and creating new pathways for spread.
Against this backdrop, there are genuine conservation wins. Protected area coverage on land has increased from 15.4% in 2020 to approximately 17.6% in 2025, moving toward the Kunming-Montreal target of 30% by 2030. Several species recovery programs have shown success — mountain gorilla populations have reached their highest numbers in decades, humpback whale populations have recovered significantly, and large-scale rewilding projects in Europe are demonstrating that ecosystems can recover when given space and time.
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TNFD — The Framework That Makes Nature a Financial Issue
The Taskforce on Nature-related Financial Disclosures, released in September 2023, is doing for biodiversity what the TCFD did for climate: transforming an environmental issue into a financial reporting and risk management discipline.
The TNFD framework uses the LEAP approach — Locate, Evaluate, Assess, Prepare — to guide organizations through a structured assessment of their nature-related dependencies, impacts, risks, and opportunities. Unlike climate, where a single metric (tons of CO2) provides a reasonable proxy for impact, biodiversity is inherently local and multi-dimensional. A company's nature footprint depends on where its operations and supply chains interact with specific ecosystems, what services those ecosystems provide, and how the company's activities affect system health.
The Locate phase uses geospatial data to map where a company's direct operations, supply chain sourcing regions, and downstream activities intersect with important biodiversity areas — including Key Biodiversity Areas, protected areas, and areas of high ecological integrity. Tools like the ENCORE (Exploring Natural Capital Opportunities, Risks and Exposure) database and the Integrated Biodiversity Assessment Tool (IBAT) provide the data infrastructure.
The Evaluate phase assesses both the company's dependencies on nature (what environment services it relies on, such as pollination, water purification, or flood protection) and its impacts on nature (land use change, pollution, resource extraction, invasive species introduction). This dual lens is important because a company can be simultaneously dependent on and damaging to the same environment — a dynamic that creates compounding risk.
The Assess phase translates dependencies and impacts into financial terms: physical risks (supply disruption from environment degradation), transition risks (regulatory costs, market shifts), systemic risks (tipping points and cascading failures), and opportunities (nature-positive products, network restoration markets, brand value). The Prepare phase develops strategies and disclosures.
Adoption is accelerating. Over 320 organizations across 46 countries have committed to reporting aligned with the TNFD framework. While currently voluntary in most jurisdictions, mandatory TNFD-aligned reporting is expected to follow as governments implement the Kunming-Montreal framework's monitoring and accountability provisions. France already requires biodiversity impact assessment under its Article 29 climate and biodiversity law. The EU's Corporate Sustainability Reporting Directive includes biodiversity disclosure requirements. Financial regulators in the UK, Brazil, and several Asian markets are moving toward similar requirements.
How Biodiversity Loss Hits Your Supply Chain
For most companies, the biggest biodiversity exposure is not in their direct operations but in their supply chains. Understanding these dependencies is the first step toward managing the risk.
Agricultural inputs. Companies that source agricultural raw materials — food companies, beverage companies, cosmetics firms, textile manufacturers — are directly exposed to biodiversity-driven risks. Pollinator decline affects crop yields for everything from almonds and apples to coffee and cocoa. Soil degradation reduces productivity, forcing farmers to use more fertilizer (increasing costs and pollution) or abandon fields. The global coffee industry, worth $464 billion, is facing projections that climate change and associated biodiversity loss could reduce suitable growing area by 50% by 2050.
Raw materials. Mining, construction, and manufacturing depend on access to raw materials often extracted from biodiverse regions. The minerals needed for battery technology — lithium, cobalt, nickel — are frequently found in ecologically sensitive areas. Timber and pulp sourcing depends on forest ecosystems. Natural rubber, sourced from tropical regions, faces threats from disease pressure that intensifies as monoculture plantations replace biodiverse forests.
Pharmaceuticals. Over 50% of approved drugs are derived from or inspired by natural compounds. The pharmaceutical industry's pipeline depends on access to biodiverse ecosystems for drug discovery. The rosy periwinkle from Madagascar gave us vincristine for leukemia treatment. Pacific yew bark yielded taxol for cancer treatment. As species disappear, potential drug compounds are lost forever — a direct threat to pharmaceutical innovation.
Water filtration. Healthy wetlands, forests, and watersheds provide natural water filtration services that businesses rely on. When these ecosystems are degraded, water treatment costs rise. The city of New York famously saved $10 billion in water treatment plant construction by investing $1.5 billion in watershed protection. For businesses with water-intensive operations in areas where natural filtration is declining, the cost implications are significant.
Disaster buffering. Coastal ecosystems — mangroves, coral reefs, salt marshes — provide natural protection against storms, flooding, and erosion. The value of these natural defenses has been estimated at $65 billion annually. As coastal development destroys these buffers, businesses face increased flood risk, higher insurance premiums, and potential asset losses. The damage from Hurricane Katrina was estimated at $17 billion more than it would have been had coastal wetlands been intact.
Biodiversity Credits — The Next Carbon Market?
Biodiversity credits are emerging as a new market mechanism for financing nature conservation and restoration. While far less developed than carbon markets, the trajectory suggests rapid growth.
A biodiversity credit represents a measured positive biodiversity outcome — the protection, restoration, or improved management of habitat resulting in quantifiable ecological gains. The challenge, relative to carbon credits, is measurement: while carbon accounting uses a single universal metric (tons of CO2 equivalent), biodiversity is inherently multi-dimensional and location-specific. What counts as a biodiversity gain in a tropical rainforest differs fundamentally from what counts in a temperate grassland or a marine system.
Several organizations are developing standards. Verra — the world's largest carbon credit standard body — is building a biodiversity credit methodology. Plan Vivo, which has certified community-based conservation projects for decades, has adapted its framework for biodiversity credits. The Wallacea Trust in the UK has piloted a biodiversity credit scheme for tropical forests. Australia's biodiversity credit market, linked to its national biodiversity offset scheme, is the most mature globally.
Pilot projects are generating early market data. A mangrove restoration project in Colombia sold biodiversity credits at $25 per credit (representing one hectare-year of improved system condition). A rewilding project in the Scottish Highlands sold credits at $30 per credit to corporate buyers seeking to demonstrate nature-positive commitments. These are early price points in a market still finding its level.
The growth drivers are clear. The Kunming-Montreal framework commits nations to mobilizing $200 billion annually for biodiversity by 2030 — and much of this must come from private sources. TNFD reporting is creating demand from companies that need to demonstrate nature-positive investment. And the limitations of carbon credits as a sole measure of environmental responsibility are pushing buyers toward more full nature-based investments that deliver biodiversity, carbon, and community co-benefits simultaneously.
Five Nature-Positive Business Strategies
Moving from risk identification to action requires practical strategies. Here are five approaches that leading companies are putting in place in 2026.
1. Regenerative agriculture partnerships. Companies with agricultural supply chains are investing in the transition from conventional to regenerative farming practices — cover cropping, no-till farming, crop rotation, integrated pest management, and agroforestry. General Mills' regenerative agriculture program covers 1 million acres and has measurably improved soil health and biodiversity indicators on participating farms. Nespresso's AAA Sustainable Quality Program works with 140,000 farmers in 18 countries to put in place practices that protect biodiversity in coffee-growing regions. These programs cost money upfront but reduce supply chain risk, improve input quality, and generate carbon and biodiversity credit revenue.
2. Sustainable sourcing commitments. Zero-deforestation supply chain commitments have expanded beyond the original focus on palm oil, soy, beef, and timber to include cocoa, coffee, rubber, and other forest-risk commodities. Satellite monitoring technology now allows real-time verification of deforestation-free sourcing at the individual farm or concession level. Companies like Unilever and Mars have invested in traceability systems that map their supply chains to the source, enabling verification of sustainability claims and rapid response when violations are detected.
3. Land restoration commitments. Companies are going beyond "do no harm" to actively restore degraded ecosystems. Kering (Gucci, Balenciaga) has committed to regenerating one million hectares of land by 2025 — restoring degraded pastures, farms, and forests across its supply chain. Apple's Restore Fund invests in forestry projects that remove carbon while restoring biodiversity. These commitments generate measurable environmental outcomes while building the company's nature-positive credentials and providing biodiversity and carbon credit revenue streams.
4. Circular materials. Reducing demand for virgin raw materials reduces pressure on biodiversity-rich extraction sites. Every ton of recycled aluminum that replaces mined bauxite avoids the habitat destruction associated with open-pit mining. Every kilogram of recycled textile fiber that replaces virgin cotton reduces water extraction and pesticide use that degrade farmland ecosystems. Circular material strategies (discussed in detail in our article on the circular economy in 2026) are a direct biodiversity protection mechanism, even though they are rarely framed that way.
5. Supply chain transparency. You cannot manage what you cannot see. Investing in supply chain mapping — understanding where your raw materials originate, what ecosystems they pass through, and what biodiversity risks exist at each stage — is the foundation of nature-positive strategy. Technologies including satellite imagery, blockchain-based traceability, and DNA barcoding (used to verify species-specific sourcing claims) give companies unprecedented visibility into their supply chain's nature interface.
Getting Started — A Practical TNFD Compliance Roadmap
For companies beginning their TNFD journey, the process can feel overwhelming. Biodiversity is complex, location-specific, and data-intensive. Here is a practical roadmap for getting started without being paralyzed by perfection.
Start with materiality. Not every nature interface is equally important for your business. Conduct a high-level screening to identify which of your operations and supply chain activities have the greatest biodiversity dependencies and impacts. For a food company, this might be agricultural sourcing regions. For a technology company, it might be mineral extraction sites. For a financial institution, it might be the lending portfolio's exposure to nature-dependent sectors. Focus your initial TNFD effort on the two or three most material nature interfaces.
Use available tools. You do not need to build custom biodiversity assessment capability from scratch. The ENCORE database maps dependencies between economic sectors and system services. IBAT provides biodiversity data for any location globally. The WRI's Global Forest Watch offers real-time deforestation monitoring. The SBTN (Science Based Targets Network) provides a methodology for setting measurable nature targets. These tools are either free or available at modest cost, and they provide sufficient analytical power for an initial TNFD assessment.
Engage your supply chain. Your suppliers often have more direct nature interactions than your own operations. Begin by surveying key suppliers about their biodiversity practices, sourcing locations, and any certifications they hold (FSC for timber, RSPO for palm oil, Rainforest Alliance for coffee and cocoa). Incorporate nature-related questions into your standard supplier assessment process. Over time, set minimum nature performance standards for your supply chain — just as many companies now set minimum carbon performance standards.
Set targets. The Science Based Targets Network released the first corporate nature targets methodology in 2023, covering freshwater, land, and ocean ecosystems. SBTN targets follow a hierarchy: avoid impacts first, reduce what cannot be avoided, restore degraded ecosystems, and regenerate system health. Setting SBTN-validated targets provides credibility with investors and regulators and gives internal teams clear goals to work toward.
Disclose and improve. Publish your initial TNFD assessment, even if it is incomplete. The first disclosure sets a baseline. Each subsequent year, expand the scope of your assessment, refine your data quality, and report on progress against targets. The companies that start now — even imperfectly — will be far ahead of those that wait for perfect data before acting. In a rapidly evolving regulatory environment, early movers build capability, relationships, and credibility that provide lasting competitive advantage.
Biodiversity is not a discretionary concern for forward-thinking businesses. It is a fundamental underpinning of economic value that has been treated as free infrastructure for too long. The companies that recognize this — and act on it — will be the ones best positioned for a world where nature's limits are increasingly reflected in markets, regulations, and consumer preferences.
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