Sustainability in 2026 is a mixed bag of pressures, including fragmented regulations, climate disruptions, supply chain accountability demands, and rising stakeholder expectations for proof over promises. How should organizations proceed amid this uncertainty and turn their stated commitments into measurable outcomes? For C-suite leaders, ESG directors, and ESG analysts, it starts with understanding this year’s trends to determine where operational and technology investments will deliver the greatest impact.
Key Takeaways
- Regulatory and compliance obligations have intensified, even as US federal rules shift.
- Sustainability is a source of business value and should be treated as a strategy that’s supported by verifiable data.
- The sustainability agenda is widening beyond carbon to include biodiversity, restoration, and climate adaptation.
- Success depends on cross-functional skills and the right mix of tools and technology.
The Driving Forces Behind 2026’s Sustainability Trends
Sustainability has been a corporate priority since the early 2010s. But what started as voluntary reporting and brand-positioning initiatives meant to communicate corporate responsibility has since given way to four main dynamics shaping 2026:
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Regulatory pressure: Disclosure requirements are intensifying, albeit unevenly. In the US, the SEC’s federal climate disclosure rule faces rescission, yet states are moving ahead. For example, California’s Senate Bill (SB) 253—signed in 2023 and now taking effect—requires companies with more than $1 billion in annual revenue doing business in the state to disclose Scope 1, 2, and 3 greenhouse gas emissions. New York passed similar legislation in early 2026, and other states have introduced comparable bills. Even companies below these revenue thresholds face indirect pressure as larger customers and partners demand supplier emissions data.
Globally, 36 jurisdictions have adopted or are moving to comply with standards set forth by the International Sustainability Standards Board (ISSB), with the EU maintaining large-company sustainability reporting through Corporate Sustainability Reporting Directive (CSRD) reforms. The pattern is the same as above: As more enterprises face mandatory disclosure, their suppliers—regardless of size—are being pulled into the reporting ecosystem.
- Market pressure: Sustainability influences purchasing decisions, talent acquisition, brand trust, insurance terms, and access to capital. Sustainable investing remains strong, with $6.6 trillion in US investments flowing toward companies with credible environmental and social performance, according to the US SIF Foundation. But scrutiny is also rising. Eighty-five percent of investors say greenwashing is a bigger problem than it was prepandemic, according to EY Global. And more than 400 greenwashing-related enforcement actions have already been recorded globally in 2026, according to EcoAppraise.
- Climate realities and energy transition: Emissions remain far off Paris Agreement-aligned pathways. The UN Environment Programme estimates that global emissions must fall by 35% to 55% by 2035 to limit warming to safe levels, but current national pledges would deliver only about 15%. Physical disruptions from extreme weather increasingly interrupt supply chains, and operations elevate climate from an abstract risk to a material threat. Meanwhile, clean energy is now the default for new power generation. Driven by cost parity and market efficiency, renewables made up 85.6% of new global power capacity in 2025 and nearly half of all installed capacity, according to the International Renewable Energy Agency.
- Supply chain accountability and digital infrastructure: Scope 3 emissions account for an average of 75% of organizational emissions, according to MIT Sloan research. This makes supplier risk, product traceability, and sustainable sourcing core ESG priorities, especially for manufacturing, food, clothing, retail, and distribution. It also necessitates digital infrastructure. To that end, Deloitte research shows that 81% of leaders are deploying AI to further their sustainability efforts, whether for data monitoring, reporting, supply chain performance analysis, or sustainable product development.
10 Major Sustainability Trends to Watch in 2026
Against this backdrop, leading organizations are now treating carbon, resource efficiency, biodiversity, and climate resilience as integral to business performance. The following 10 sustainability trends reflect that focus.
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Increasing Regulatory and Compliance Demand
A fragmented regulatory landscape requires organizations to follow multiple disclosure mandates simultaneously. For example, a company operating in California, serving European customers, and courting global investors will face overlapping requirements from SB 253, CSRD, and ISSB-aligned frameworks, all with different timelines, materiality thresholds, and data demands.
The bigger shift is what these regulations expect. Sustainability reporting increasingly resembles financial reporting in terms of rigor and assurance expectations; disclosures require consistent data, clear audit trails, and third-party verification. The pressure doesn’t stop at directly regulated companies, either. Because these rules require Scope 3 reporting, regulated businesses must collect emissions data from their suppliers, pulling smaller organizations into the compliance ecosystem regardless of their own reporting obligations.
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Enhanced Focus on Strategy and Impact
Sustainability now ranks as a top-three business priority, alongside technology adoption and AI, according to Deloitte’s C-suite research. That status comes with a new expectation: Teams are being asked to prove impact, shifting the question from “What do we report?” to “What decisions does this inform?” Data that once resided in an annual report is now expected to shape decisions throughout the business, moving the marker from tons of emissions reported to decisions changed, risks reduced, and value created.
That work often starts with analyzing the supply chain, where most emissions originate. Knowing which suppliers are responsible for the most emissions, which facilities face physical climate risk, and where sustainability and margin align or collide requires a level of supplier and operational visibility that many organizations are still working to build.
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Sustainability as a Value Creator
When companies invest in sustainability, the payoff is often financial. In fact, Deloitte’s C-suite research found that revenue generation was the most-cited business benefit. The returns show up in multiple ways, such as lower energy costs, reduced waste, stronger supplier resilience, growing customer demand, and greater access to capital. Yet for many businesses, a chasm exists between priorities and budgets. According to a DHL Express global survey of more than 5,000 SME decision-makers, 75% cited sustainability as “very” or “extremely” important to their business, but more than half are investing only 3% or less of their operating budgets in sustainable solutions.
The gap often comes down to measurement. Value that can’t be quantified is hard to justify in a budget meeting. Companies that can pinpoint where energy is wasted, which products carry the largest footprint, or which suppliers add risk are better positioned to act—and to capture the savings and revenue that follow.
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Nature and Biodiversity Concerns
Biodiversity—once thought too diffuse and hard to measure—is joining carbon emissions on the corporate agenda. The UN-backed 2026 IPBES Business and Biodiversity Assessment warns that biodiversity loss now threatens global economic stability, financial systems, and supply chains. For companies that depend on agricultural inputs, water, forestry, or natural fibers, the risk is already material, in the forms of sourcing disruptions, water constraints, and customers asking harder questions about materials sourcing.
The challenge is that there’s no single metric, like “tons of CO₂,” to track. So companies are focusing on what they can control—traceability. Where do materials originate? Can we verify deforestation-free sourcing? What’s happening to water systems in our supply regions? The answers require better supplier data and monitoring systems. Early movers on nature-positive strategies will need that holdup as biodiversity disclosure requirements take shape.
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Sustainable Consumerism
Consumers continue to reward sustainable brands. Sustainability-marketed products captured more than 25% of US consumer packaged goods sales in 2025—up from less than 15% a decade ago—and commanded a 26.6% price premium over conventional equivalents, according to NYU Stern’s Sustainable Market Share Index.
But shoppers are also scrutinizing claims. Only about one in five fully believes that brands accurately represent their sustainability efforts, according to a 2025 Blue Yonder survey. With that in mind, the winning theme for 2026 is demonstrable performance. Research from Ceres and Northwind Climate found that consumers respond most to concrete, benefit-driven claims—“products that last longer and can be recycled,” for example—while jargon like “Scope 3 emissions” actually erodes trust. In other words, proof works when it’s specific and tangible, not necessarily technical.
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Decarbonization and Climate Adaptation
Most climate conversations focus on cutting emissions—efforts that remain urgent. But companies face a parallel challenge: adapting to physical disruptions already happening. Heat waves strain operations and workers. Floods damage facilities and delay shipments. Drought affects agricultural inputs. Wildfire smoke closes distribution centers.
On the mitigation side, the economics have shifted. Renewables are scaling fast; the International Energy Agency projects global renewable capacity will nearly double by 2030, and economics now favors clean energy in most markets. But grid constraints and permitting delays mean companies can’t assume that the infrastructure will be ready when they need it.
Buildings deserve particular attention. The construction and building sector accounts for roughly 37% of global CO₂ emissions, according to the UN Environment Programme. For companies that own or lease significant real estate, retrofits and energy optimization represent both a decarbonization lever and a cost-saving opportunity.
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Integrated Climate Strategy
Climate is moving into the core of business planning, touching capital allocation, budgeting cycles, and risk management. As disruptions, such as damaged facilities, interrupted supply, and rising insurance costs, now hit operations and balance sheets directly, companies can no longer treat climate as a separate report.
An integrated climate strategy is defined by its forward-looking lens: scenario planning. Companies are modeling two kinds of climate risk—transition risk (policy shifts, carbon pricing, changing markets) and physical risk (facility exposure to floods, heat, and storms). They are also increasingly accounting for nature-related risks, such as water scarcity and supply disruption. The aim is to stress-test the business against multiple futures, so that a flooded supplier hub or a new carbon tax doesn’t catch leadership off-guard.
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Regeneration
Regeneration takes sustainability’s original emphasis on minimizing harm—reduce, reuse, recycle—and extends it to “actively restore.” The push reflects a hard reality. For businesses built on natural inputs, such as food, fiber, and timber, a degraded resource base threatens future supply, and slowing the damage doesn’t reverse it—restoration does. In agriculture, that means rebuilding soil health and sequestering carbon. In textiles, circular systems return materials to productive use. In buildings, existing structures and materials are retrofitted and adaptively reused.
Regeneration reframes sustainability as a positive contribution. Yet the term is racing ahead of the standards meant to define it. A 2025 Congressional Research Service report noted that there is no consensus definition of “regenerative” and no federal certification standard, even as more companies apply the label, based on their own criteria. In addition, an analysis of 10 regenerative labeling programs by Friends of the Earth found a “confusing patchwork” of standards, varying widely in verification, soil health practices, and pesticide limits.
Industry groups are now scrambling to build credible measurement frameworks. Until they mature, regenerative claims will have to present documented, auditable outcomes to hold up.
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Addressing ESG Skill Gaps
Demand for sustainability expertise is growing nearly twice as fast as supply, according to the LinkedIn “Green Skills Report.” The need extends beyond dedicated sustainability roles, given that more than half of green-skilled hires in 2025 went to positions in supply chain, finance, and operations. That reflects how broad the field has become. ESG now draws on climate science, accounting, finance, supply chain, law, data governance, procurement, and communications.
Filling these roles takes more than head count. The hardest ones span disciplines—finance professionals who understand carbon accounting, procurement managers who can assess supplier risk, and analysts who can turn ESG data into operational decisions. Because those hybrid skills are scarce, building them internally is becoming central to workforce strategy.
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Digital Tools and Software
Sustainability software is moving out of standalone systems and into the central business technology stack, helping organizations connect operational and financial data to carbon accounting, ESG reporting, supplier management, and product lifecycle assessment. In other words, sustainability runs on the same information that runs the business.
The architecture typically has two layers. ERP systems provide the operational backbone—procurement, inventory, supplier, and financial data—while specialized tools handle emissions calculations, disclosures, and supplier scoring. AI sits on top of both. It can optimize logistics routes, pinpoint surface inefficiencies in energy and resource use, and flag anomalies, such as a sudden spike in one facility’s emissions or an outlier in supplier data.
Still, AI is only as good as the data beneath it and the human judgment applied to its output. The goal isn’t more tools—it’s an integrated system where trustworthy data flows from operations into reporting.
ERP Software Can Accelerate Sustainability Goals
Sustainability performance depends on operational execution—and operational execution depends on data. Carbon targets, waste reduction, and ESG reporting all require accurate, reliable information from the same systems that run daily business. NetSuite ERP provides this foundation. By consolidating financial, procurement, inventory, and warehouse data in a single, cloud-based system, organizations can establish reliable carbon baselines and produce audit-ready reports that withstand stakeholder scrutiny. That same connected data makes AI genuinely useful. Because procurement and financial activity already live in the system, AI can automatically map it to the right emissions factors or estimate Scope 3 emissions when direct supplier data is missing. Narrative reporting uses generative AI to produce plain-language explanations of sustainability metrics, connecting the numbers to business context.
NetSuite’s Supply Chain Management extends this visibility to where sustainability challenges often are found: the value chain. It helps organizations trace sourcing patterns, identify emissions-intensive suppliers, and reduce excess inventory and waste. Here, too, AI adds power by forecasting demand to curb overproduction and flagging supplier risk before it disrupts operations.
The common thread that weaves through these 10 trends is the evolution from intention to evidence. Regulators, investors, and customers now expect sustainability claims to be backed up by auditable emissions data, verifiable product claims, and climate risk built into financial planning. That raises the bar for every organization. The companies best positioned for 2026 treat sustainability as a core business discipline, one that is embedded in how they plan, source, build, and hire, as well as in the tools they use to prove it.
Sustainability Trends FAQs
What are 5 examples of sustainability?
Five examples of sustainability—where organizations can often reduce their environmental impact as they improve operational efficiency—are renewable energy adoption, circular economy programs, sustainable agriculture, green buildings, and sustainable supply chains.
What are the 6 phases of sustainability?
Although frameworks vary, a practical business approach to sustainability follows these six phases:
- Assess current impacts and risks to establish a baseline.
- Prioritize goals based on materiality, regulation, risk, and business value.
- Plan initiatives with clear owners, budgets, timelines, and KPIs.
- Implement changes across operations, supply chain, products, and culture.
- Measure and report progress based on reliable, auditable data.
- Improve and scale through continuous optimization.
What are the 7 areas of sustainability?
For business and ESG purposes, the seven areas of sustainability are:
- Climate and energy: Emissions tracking, energy efficiency, renewable transition
- Water: Sustainable consumption monitoring, pollution prevention, watershed protection
- Waste and circularity: Material efficiency, recycling, product lifecycle management
- Nature and biodiversity: Ecosystem protection, deforestation-free sourcing, habitat restoration
- Supply chain and responsible sourcing: Supplier emissions, ethical labor, traceability
- Social impact and workforce: Employee well-being, community engagement, equity
- Governance, ethics, and reporting: Board oversight, data integrity, transparent disclosure
