FOREWORD
Greetings, and welcome to the latest edition of Uniqus’ Sustainability & Climate Pulse.
This month underscores a shift already underway: from managing a target to managing a trajectory. The UN Environment Programme has now stated plainly that the 1.5°C threshold will be crossed, and that the open questions are how high warming peaks and how long the world remains there. The World Weather Attribution study of the Himalayan flood disaster makes the same point in physical terms: adaptation measures that reliably protect against conventional floods met a hazard beyond their design limits. The target was 1.5°C. What organizations must now manage is the trajectory and its consequences on either side.
Responsibility for climate action is also redistributing, not disappearing. As US federal rules on power plants and endangered species narrow, the practical burden moves to states and cities, courts, capital providers and insurers, and non-US regulators, visible this month in the European Union’s finalized reporting standards and proposed data center disclosure rules, and in India’s and the Gulf’s growing treatment of climate risk as a financing and competitiveness question. A single internal standard, held consistently, will serve organizations better than the lowest common external requirement.
We hope you find this edition useful, and we welcome your perspectives.
“The target was 1.5°C. What organizations must now manage is the trajectory, and the consequences, on either side of it.”
IN THE NEWS
GLOBAL
UN releases a report advising that exceeding 1.5°C is likely unavoidable and provides recommendations for mitigation and adaptation
The UN Environment Programme (UNEP) released its Limiting Overshoot spotlight report on 02 September 2026, concluding that under current policies and the plausible range of near-term trajectories, exceedance of the 1.5°C threshold at the center of the Paris Agreement is now widely assessed as unavoidable and likely to occur within the next few years. The report reframes overshoot not as a single event but as a dynamic pathway comprising exceedance, a peak in warming, and a subsequent decline. The most optimistic scenario assessed places the peak temperature rise at 1.8°C above pre-industrial levels, while most other scenarios predict higher peaks.
UNEP identifies an “overshoot, peak and decline” pathway as the best remaining option for minimizing both the magnitude and the duration of exceedance. This would require immediate and sustained cuts to greenhouse gas emissions, including methane, on the path to net zero, followed by long-term net-negative emissions, with carefully governed carbon dioxide remove (CDR) forming an essential part of the mix. Net zero is a milestone towards net negative, and CDR is required in addition to, not instead of, sustained emissions reductions. It further notes that removals can credibly contribute to a return below 1.5°C only if peak warming remains well below 2°C and residual emissions are reduced, and that strong governance frameworks will be critical for managing environmental integrity, equity, and scale.
UNEP finds that risks intensify with every additional fraction of a degree and every year spent above the threshold. Anticipated consequences include intensified extreme weather, ecosystem loss, submersion of Small Island Developing States and low-lying coastal cities, and severe damage to human health, food security, water supplies, infrastructure, and economies. The likelihood of crossing irreversible tipping points, including destabilization of major ice sheets, degradation of the Amazon rainforest, and disruption of the Atlantic Meridional Overturning Circulation (AMOC), rises with both the magnitude and duration of higher temperatures, with some impacts emerging abruptly and others accumulating over time.
Mitigation and adaptation are mutually reinforcing and must advance together, with priority given to interventions that deliver both, such as nature-based cooling. Adaptation, now established, forms the foundation for what follows, but UNEP states that it must become transformational and responsive to non-linear and rapidly emerging risks. Even if a return below 1.5°C is secured, irreversible losses and permanently altered conditions are certain, with some communities forced to relocate or change livelihoods, raising questions of justice, power and political legitimacy that will require new and inclusive governance arrangements. UNEP adds that countries bearing greater responsibility for climate change should act fastest and with the greatest ambition. The publication lands ahead of the UN Climate Change Conference, 31st Conference of the Parties (COP31), with both the COP31 President-Designate and the President of Negotiations positioning the findings as a mandate for concrete action on electrification, methane reduction from waste, urban resilience, and the resilience of marine and coastal ecosystems.
The EU proposes rules to require data centers to disclose energy and water efficiency
The European Commission proposed rules on 21 September 2026 requiring data centers operating in Europe to disclose how efficiently they use energy and water, in response to growing concern over the sector’s resource consumption. The measure takes the form of a rating-and-labeling scheme rather than a consumption cap, and is intended to incentivize more efficient facilities by making comparative performance transparent.
Under the proposal, operators of facilities with a capacity of at least 500 kilowatts (kW) would be required to disclose their energy and water efficiency using a European Union (EU)-designed labeling system. The scheme would not impose limits on energy or water use, nor would it require data centers to disclose their total power consumption. Operators would also be required to disclose information on the relationship between their water use and the level of water stress in the surrounding area, and whether they can provide services to the local energy system, for example, through the re-use of waste heat.
The proposal highlights the tension between the EU’s digital ambitions and its resource constraints. The EU is seeking to expand data center capacity to support rapid artificial intelligence (AI) development and reduce reliance on US technology providers. Without careful management, however, this growth could strain energy grids, deplete water resources, and increase carbon dioxide emissions. According to a June 2026 EU report, data centers accounted for about 2.5% of the bloc’s electricity consumption, while installed capacity is projected to increase from 12 gigawatts (GW) in 2025 to around 28 GW by 2030.
Two features of the proposal matter for planning. First, the label is positioned as a potential precursor to mandatory minimum standards on the water and energy efficiency of European data centers, which the EU is currently developing. Second, the procedural route is rapid: EU member states and lawmakers have two months to object to the rules; failing to do so, they enter into force. The proposal builds on the disclosure architecture already established under the recast Energy Efficiency Directive (EU) 2023/1791 and the first-phase common rating scheme for data centers adopted in 2024.
Study finds that warming played a ‘very strong’ role in Himalayan floods
World Weather Attribution (WWA) published an analysis on 17 September 2026, prepared by 24 scientists specializing in glaciology, mountain hydrology, climate science, seismology, humanitarian response, and social science, examining the catastrophic rock-ice avalanche and debris flood that struck the Nepal–China border region on 26 August 2026. The event began with the collapse of roughly 2 square kilometers of rock wall and glacier ice from Langtang Lirung, falling approximately 1,400 meters from around 5,150 meters above sea level to the valley floor. The impact released energy equivalent to a magnitude 5.5 earthquake and was initially misread as seismic activity.
The resulting cascade transitioned into a debris flood, then into a water-dominated flash flood, traveling at an average speed of 188 kilometers per hour. It reached the Rasuwagadhi border 22 kilometers downstream within seven minutes and destroyed the border facilities and the settlements of Timure and Syabrubesi within the following quarter of an hour. The flood traveled 200 kilometers to Devghat in under seven hours, where the river flow more than doubled to approximately 5,850 cubic meters per second, depositing an estimated 30.5 million cubic meters of sediment and debris along the corridor, burying agricultural land, settlements, and hydropower plants. As of 14 September 2026, more than 1,300 deaths had been confirmed, over 5,000 people remained missing, around 13,700 had been rescued, and at least 84,270 people across six districts were affected, with 15 municipalities declared disaster crisis-hit areas for three months.
Rather than conduct a conventional single-event attribution study, the researchers assembled the available evidence on known and potential drivers. They conclude that climate change is best understood as a destabilizing factor acting on a pre-existing geological predisposition rather than the fundamental cause of the failure. Warming and permafrost degradation likely weakened the source rock wall by raising bedrock temperatures and thawing ice within fractures, reducing fracture strength and increasing water pressure. Regional glaciers have been losing mass for decades at rates of more than half a meter of thinning per year, and the recession of the Langtang Lirung glacier has accelerated since 2010, from 0.5% per annum over the preceding two centuries to between 1% and 2.3% per annum. The height of the 0°C isotherm has shifted upward by approximately 100 meters per decade during the monsoon and post-monsoon seasons, with a growing share of precipitation falling as rain rather than snow. A magnitude 7.8 earthquake in 2015 may additionally have preconditioned the slope over the long term.
The study finds a significant increase in the likelihood and intensity of very warm July and August temperatures recorded near the failure site, with an attributable human-caused increase of approximately 1.5°C during those months, approximately 2°C annually, and as much as 3°C in individual winter months. The researchers are explicit that they did not assess whether this specific avalanche would have occurred in the absence of human-induced climate change, but conclude that warming at a rate beyond the global mean increases the likelihood and severity of such hazards in the Himalayas. Their most consequential finding concerns adaptation: Nepal’s early warning systems have demonstrably saved lives in conventional riverine floods, but this event was beyond the design and predictive limits of existing risk reduction measures, and no early warning system could have provided sufficient lead time. The study identifies both hard limits, in the magnitude and speed of the hazard, and soft limits, in the social and economic difficulty of reducing exposure where habitable land is constrained and livelihoods depend on river valleys. It concludes that addressing loss and damage through recovery and reconstruction support has become an unavoidable component of climate response, alongside strengthened high-mountain earth observation, transboundary data sharing, a rapid transition away from fossil fuels, and delivery on adaptation finance commitments.
Uniqus’ POV
Climate policy and corporate climate practices are shifting from managing a target to managing a trajectory and its consequences. UNEP has stated that the 1.5°C threshold will be crossed and that the relevant questions are now how high the peak goes and how long the world stays there. WWA has documented, in granular physical detail, what conditions at approximately 1.4°C of warming are already producing, and has concluded that in at least one setting, they exceed what adaptation can absorb. The European Commission, meanwhile, is quietly converting that macro picture into operational constraints at the level of individual facilities. Abstraction is being replaced by specificity that may create disclosure obligations, capital requirements, and liability.
Scenario analysis conducted by organizations anchored exclusively on a 1.5°C-aligned pathway may now systematically understate near-term physical risk, because it models a world that UNEP indicates will not materialize. Entities can consider explicitly stating, in their disclosures, the peak-warming assumption embedded in their scenario work rather than referring generically to a “1.5°C scenario”, and testing whether asset-level and portfolio-level conclusions hold under a peak of 1.8°C to 2°C, followed by a multi-decade decline. Where those conclusions do not hold, the gap itself is decision-useful information for boards and providers of capital. The same logic applies to transition planning, where UNEP’s treatment of CDR as additional to abatement, and as credible only where peak warming is contained and residual emissions minimized, raises the practical bar for entities that have deferred removals strategy to the back end of their net-zero targets. Building a removals approach now, with explicit criteria on durability, measurement, reporting and verification (MRV), and governance is likely to prove more defensible than a late-stage purchase of whatever volume the market offers, and the distinction between abatement and neutralization can remain useful when visible in disclosure.
The Himalayan analysis may prompt a harder look at how physical risk is modeled. Most corporate climate risk assessments remain hazard-by-hazard and return-period-based, calibrated to historical distributions of discrete events. The Rasuwa cascade was none of these things. The event resulted from slope failure conditioned over decades by permafrost degradation and glacier retreat, triggered against a background of prior seismic weakening, transitioning through three distinct hazard modes and traveling 200 kilometers in under seven hours across an international border. Conventional models are ill-equipped to represent compounding, cascading, and transboundary hazards of this kind, and parametric insurance triggers designed around riverine flood metrics may not respond to such hazards. Where an entity concludes that specific assets face adaptation limits, disclosing that conclusion together with the residual risk retained is more credible and more consistent with the direction of IFRS S2 (Climate-related Disclosures) and European Sustainability Reporting Standard (ESRS) E1 (Climate Change) expectations regarding anticipated financial effects than an unqualified assertion of resilience.
The European data center proposal is instructive as a template for how this pressure is likely to reach the corporate sector in practice, following the sequencing of disclosure first, comparability second, minimum performance standards third. Organizations building or contracting for digital infrastructure in Europe can reasonably treat the label as an early signal of future siting and permitting constraints rather than as a reporting exercise and can begin now on the underlying capability (e.g., facility-level metering, defensible measurement boundaries for power and water usage effectiveness, waste heat re-use feasibility, and assessment of grid flexibility services) as a potential revenue line rather than a compliance cost.
The requirement to contextualize water use against local water stress marks water’s arrival as a first-order metric alongside carbon and aligns with the direction of travel under ESRS E3 (Water and marine resources). This is directly relevant to operators internationally, where data center build-out is accelerating in water-stressed basins and where the European label may become a de facto benchmark for multinational operators and their customers. Additionally, efficiency ratios are not consumption limits. Power usage effectiveness can improve even as absolute load grows severalfold, and the proposal does not require disclosure of total power use. Entities that report ratios alone may reasonably be challenged, but reporting absolute energy and water alongside efficiency metrics is the more durable position.
Finally, the loss and damage dimension running through both the UNEP and WWA findings is likely to move further into the mainstream of climate policy ahead of COP31, and in time into expectations of corporate accountability. UNEP’s emphasis on equity, relocation, and permanently changed conditions, and WWA’s conclusion that recovery and reconstruction support has become an unavoidable part of climate response, together suggest that the social dimension of climate risk may become as commercially consequential as the physical dimension for organizations operating in highly exposed geographies. Early, substantive engagement with affected communities, host governments, and regional institutions, including on transboundary data sharing and early warning, where the Himalayan case exposes a clear gap, is an approach we would recommend over a reactive response after disruption has occurred.
USA
EPA Finalizes Repeal of 2024 Power Plant Regulations and Proposes Repeal of All Remaining Greenhouse Gas Emissions Standards for Power Plants
US Environmental Protection Agency (EPA) Administrator Lee Zeldin announced the repeal of most of the previous administration’s greenhouse gas (GHG) requirements for US power plants and simultaneously proposed rescinding every remaining GHG standard applicable to the power sector. The agency characterized the combined action as the largest power sector deregulatory action in US history, projecting savings of USD 310 billion from the final rule and a further USD 370 million in direct compliance costs from the proposal if finalized. EPA also stated that it expects coal production for power-sector use to increase more than tenfold.
The final rule rescind most of the 2024 Carbon Pollution Standards, which had required existing coal-fired and new natural gas-fired plants to substantially reduce carbon dioxide emissions beginning in the 2030s. EPA’s stated legal basis is that the 2024 rule exceeded the agency’s authority under the Clean Air Act (CAA) by mandating control technologies that were not adequately demonstrated, thereby forcing retirements rather than setting achievable standards, and that it failed to account for the Supreme Court’s decision in West Virginia v. EPA, which constrained EPA from using the CAA to direct generation-shifting across the sector.
The concurrent proposal goes far beyond the final rule. Citing the repeal of the 2009 Endangerment Finding and the Supreme Court’s decision in Loper Bright Enterprises v. Raimondo, EPA asserts that Section 111 of the CAA does not confer authority to regulate power plant emissions based on climate change. The agency further states in its release that emissions from US power plants have no material impact on global climate change, and that the associated public health harms are too uncertain and remote to be attributed specifically to the domestic power sector, which are positions that depart from the prevailing scientific consensus and from the Supreme Court’s 2007 holding in Massachusetts v. EPA that GHGs fall within the CAA’s definition of air pollutants. Power plants remain the second largest source of carbon dioxide emissions in the US after transportation. EPA will hold a public hearing 15 days after publication in the Federal Register, followed by a 45-day comment period.
Litigation has followed within days. On 17 September 2026, immediately after publication of the repeal in the Federal Register, a coalition comprising the Natural Resources Defense Council (NRDC), the American Lung Association, the American Public Health Association, the Clean Air Council, Clean Wisconsin, and the Environmental Defense Fund (EDF) petitioned the US Court of Appeals for the District of Columbia Circuit to overturn the action, arguing that repeal without a replacement standard abdicates EPA’s statutory obligation under the CAA. The petitioners point to the 2024 standards’ original projected net benefit of USD 370 billion in combined climate and health terms and cite an analysis estimating that the administration’s broader policy direction could forgo USD 700 billion in power-sector investment over the coming decade. A separate challenge brought by a coalition of 25 state attorneys general against the February 2026 rescission of the Endangerment Finding remains pending before the same court. Legal scholars have noted that the repeal comes as 2026 is on course to be the warmest year in the instrumental record.
US Fish and Wildlife Service narrows the interpretation of ‘take’ under the Endangered Species Act
The New York Times reported an internal memorandum signed by the US Fish and Wildlife Service (FWS) Director that directs agency officials to adopt a substantially narrower interpretation of the prohibition on “take” under the Endangered Species Act (ESA). The memorandum is dated 14 September 2026, the same day that a separate rulemaking removing habitat destruction from the regulatory definition of “harm” took effect.
Under the ESA, “take” is defined to include harassing, harming, pursuing, hunting, shooting, wounding, killing, trapping, capturing, or collecting a protected species, or attempting to do so. The memorandum advances the position that a prohibited take occurs only where the conduct is intentionally directed at a particular animal, with the practical consequence that incidental or inadvertent killing or injury of a listed species would fall outside the prohibition. The example in the memorandum is a vessel that strikes a whale without setting its course against that animal. Conservation organizations have characterized the interpretation as inconsistent with the statute and with the 1995 Supreme Court decision upholding a broad reading of “harm” and have indicated that they intend to challenge it.
The memorandum is the most recent step in a sustained sequence of regulatory activity. In April 2025, the administration proposed rescinding the regulatory definition of “harm” on the basis that habitat modification should not constitute a prohibited take; in November 2025, the Department of the Interior proposed four rules making it easier to exclude areas from critical habitat designations by weighing economic and national security impacts; in March 2026, the Endangered Species Committee granted Gulf of Mexico oil and gas operations an exemption from certain ESA requirements, the first such exemption approved in more than three decades. The rescission of the harm definition was finalized in July 2026, ending automatic protections for newly listed threatened species and expanding the role of economic and national security considerations in critical habitat designation. An executive order signed on 04 September 2026 directed the Interior Department to assess whether gray wolves and Mexican wolves qualify for delisting or downlisting.
Litigation is already ongoing. Environmental groups sued over the harm rule within days of its finalization, and 20 states and the District of Columbia filed suit challenging the revised definition of “harm” together with related rule changes. A separate March 2026 district court ruling had already invalidated four ESA regulations finalized during the first Trump administration concerning Section 7 consultation and Section 4 critical habitat designation. The administration’s stated objective across these actions is to reduce permitting friction for energy, mining, agriculture, and other development.
Uniqus’ POV
These two developments describe the same underlying maneuver applied to two different statutes, where the agency’s jurisdiction to set a standard at all is being contested, and the interpretive definitions on which enforcement depends are being narrowed. EPA’s proposal does not argue that a less stringent carbon standard is appropriate, but rather argues that Section 111 confers no authority to set one by reference to climate change. The FWS memorandum does not tighten the threshold for what constitutes a take; instead, it reconstructs the concept around intent. For organizations, the distinction matters because a relaxed standard and an abandoned jurisdictional claim carry very different risk profiles over a planning horizon.
The most consequential near-term implication is that the regulatory environment has become less predictable, not simply less demanding. Both actions were challenged within days, in the same forum, on grounds that have found purchase before. The DC Circuit has previously vacated a Trump-era power plant rule, and a district court invalidated four ESA regulations from the first administration as recently as March 2026. Repeals that are litigated to vacatur restore the prior rule, meaning an entity that has reallocated capital on the assumption of permanent relief may find the original obligation reinstated on a compressed timeline and without the lead time the prior rule provided. The prudent working assumption for capital planning is therefore not that federal climate and biodiversity regulation has been withdrawn, but that its status is unresolved for the duration of the litigation and potentially beyond the current electoral cycle. Entities may wish to stress-test major asset decisions (e.g., new thermal generation, life-extension of existing coal capacity, and projects whose siting depends on narrowed critical habitat or on the availability of the reinterpreted take standard) against a scenario in which the pre-repeal position is restored.
Second, the focus of climate and nature responsibilities is moving away from federal regulation and towards states, courts, capital providers, and non-US jurisdictions. US-listed and US-operating entities within the scope of the European Union’s Corporate Sustainability Reporting Directive, California’s climate disclosure statutes, or the growing set of IFRS Sustainability Disclosure Standards adoptions across Asia and the Middle East will continue to report emissions, transition plans, and nature-related dependencies irrespective of what the EPA requires. Multinationals face the practical question of whether to run two standards or one. Our observation is that maintaining a single, globally consistent internal control and measurement architecture is usually the lower-cost and lower-risk path, because the cost of rebuilding capability that has been dismantled typically exceeds the cost of maintaining it, and because inconsistent internal and external positions on climate and nature risk create their own exposure in securities and consumer protection contexts. Entities that have already built GHG inventories and habitat impact assessments to a defensible standard may wish to treat that capability as a durable asset rather than a compliance cost now removed.
The ESA developments, specifically the narrowing of “harm” and the reinterpretation of “take,” reduce federal enforcement exposure but do not reduce underlying nature-related risk, and they may materially increase certain categories of it. Financing for infrastructure, extractives, and agriculture increasingly runs through lenders and investors applying the International Finance Corporation (IFC) Performance Standards, the Equator Principles, or nature-related disclosure expectations aligned to the Taskforce on Nature-related Financial Disclosures (TNFD) framework, none of which tracks the federal regulatory definition of harm. A project that is permissible under the narrowed interpretation may still be unfinanceable, uninsurable, or vulnerable to state-level action, tribal consultation obligations, or reputational and community opposition. The reduced federal requirement also removes a source of documentation that previously evidenced diligence; entities may find it advisable to maintain habitat and species impact assessments as a matter of internal policy precisely because the regulatory record will no longer generate them. For organizations operating across jurisdictions, the divergence between a narrowing US position and the tightening nature-related expectations in the European Union, and increasingly in India and the Gulf, will need to be reconciled at the group policy level rather than left to local compliance teams.
Finally, boards may wish to consider how these developments are characterized in their own disclosures. EPA’s proposal rests in part on assertions about the climate significance of power sector emissions that diverge from the position taken in most corporate climate risk disclosures, including those of many regulated utilities. An entity that continues to disclose material physical and transition climate risk to investors while relying on the agency’s contrary characterization for compliance purposes holds two positions that are difficult to reconcile. The more defensible approach is to ground disclosure in the entity’s own risk assessment and scenario analysis, to state clearly which obligations are currently suspended and which are subject to live litigation, and to describe the contingency that applies in each case. Disclosed and provisioned-for regulatory uncertainty is manageable; regulatory uncertainty treated as regulatory relief is not.
INDIA
India’s Growing Climate Risks Drive Focus on Resilience, Green Finance, and Carbon Markets
India’s climate vulnerability is becoming increasingly visible across both urban and natural systems. A new global assessment of 72 major cities places Ahmedabad and Hyderabad among the cities with the highest residual climate risk, while Kolkata also ranks among the lower-performing cities, reflecting the gap between physical exposure to hazards and the adaptation measures in place. Beyond cities, accelerating glacier loss in the Himalayas is creating wider economic concerns. Recent research cited by the International Centre for Integrated Mountain Development (ICIMOD) estimates that Himalayan glaciers are losing mass 65% faster than a decade ago, with the region’s water systems supporting economic activities including agriculture and hydropower. As climate risks increase, financing for resilient infrastructure is also gaining momentum. Prominent Indian credit rating agency ICRA estimates an opportunity of around INR 10,000 crore in green municipal bond issuances between FY2027 and FY2030, with potential applications across water, wastewater, waste management, renewable energy, and climate-resilient infrastructure. Alongside adaptation and resilience financing, India is also seeing developments in carbon markets, with the Climate Action Reserve adopting an India-specific protocol for nitric acid production, enabling carbon-credit projects focused on reducing NO2 emissions.
Banks Seek Lower Reserve Burden for Green Deposits
Indian banks are pushing for a lower Cash Reserve Ratio (CRR) on green deposits to reduce funding costs and make climate lending more viable. Green deposits are estimated at only INR 4,000–5,000 crore in FY2026, with lenders pointing to the additional due diligence, monitoring, and greenwashing safeguards required for these loans. A proposed CRR concession of up to 100 basis points could help lower the cost of green lending while making green deposits more attractive to savers. The push comes as India faces a much larger climate financing challenge, with NITI Aayog estimating cumulative investment needs of around USD 22.7 trillion for the country’s transition. As India builds its climate finance ecosystem, the focus is increasingly shifting from creating green financial products to making them scalable enough to support the net-zero transition.
Uniqus’ POV
The developments collectively indicate that climate change is increasingly becoming an economic and infrastructure issue for India, rather than only an environmental concern. Rising climate exposure in cities and accelerating changes in the Himalayas highlight the need for stronger adaptation, risk monitoring, and resilient infrastructure. At the same time, the projected growth in green municipal bonds shows that climate resilience is increasingly being linked with new sources of capital, while banks’ push for lower reserve requirements on green deposits highlights the growing policy focus on green finance. The India-specific NO2 protocol also demonstrates how carbon markets can support emission reductions in hard-to-abate sectors. The emerging opportunity lies in connecting these areas: better climate risk assessment can help identify priority investments, green finance can help fund resilience and transition projects, and credible carbon market mechanisms can support targeted mitigation. For businesses and public institutions, this strengthens the case for integrating climate risks into financial planning, infrastructure decisions, and long-term sustainability strategies, while using financial mechanisms to make climate investments more scalable.
MIDDLE EAST
Oman Climate Week Opens with Global Call for Stronger Climate Action
Oman Climate Week returned for its second year in Muscat as a regional platform to advance climate action, clean energy, resilience, and sustainable development, drawing participants from more than 50 countries through main events, training workshops, exhibitions, and an innovation challenge. The central message of the event was that climate is no longer a standalone environmental agenda but a determinant of decisions on energy, water, food, investment, and economic competitiveness.
Oman used the platform to reaffirm its pathway to net-zero emissions by 2050 and to position the transition as one that must be managed in line with national priorities, economic competitiveness, and energy security, including through carbon initiatives, nature-based solutions, the circular economy, and the waste management sector. Regional and international contributions reinforced two themes: that climate change has become an economic and development challenge requiring collective Gulf and international cooperation, and that existing commitments must now be converted into tangible results through a just and orderly transition.
The program also drew attention to the region’s exposure to physical climate risks, particularly rising extreme temperatures in the Middle East, alongside practical adaptation and mitigation measures such as improved irrigation, drought- and salinity-resistant crops, expanded solar and wind capacity, electric vehicles, and reductions in gas and methane leakage. The week closed with preparations for the next global climate milestones and the launch of a cooperation program to establish an environmental innovation center supporting entrepreneurship in biodiversity, environmental quality, and climate.
New Dubai Guide Helps Make Existing Buildings Greener, More Energy Efficient, and Cost Effective
Dubai Municipality has launched an Existing Buildings Greening Guide for the emirate, providing building owners, operators, consultants, and investors with a practical roadmap to improve the sustainability and efficiency of properties. The guide sets out best practices that balance sustainability requirements against economic feasibility and weigh long-term environmental performance alongside operational and investment value. The guidance concentrates on four areas: resource efficiency through lower energy and water consumption and reduced demand on natural resources; reductions in carbon emissions and operational waste; engineering solutions that lower operating and maintenance costs over the medium and long term and sustain the performance of building systems across the asset lifecycle; and indoor environmental quality measures that improve occupant comfort and health.
These measures strengthen the economic and operational value of real estate assets and their long-term competitiveness, while contributing to Dubai’s broader objectives for sustainable urban development and quality of life. The guide sits within the Municipality’s wider sustainability and green building framework, supports the application of approved standards and government policies on sustainable development, and is available on the Dubai Municipality website.
Uniqus’ POV
The Gulf has moved past the ambition phase. Oman is treating climate as a determinant of energy, water, investment, and competitiveness decisions on the way to net zero by 2050, while Dubai has put practical guidance in the hands of asset owners on how existing buildings can be made more climate resilient and how operational costs can be reduced over the asset lifetime.
The Dubai guide makes adaptation actionable through measures that increase resilience while cutting energy, water, and maintenance costs, all of which go hand in hand with the business case. The guide also belongs to a much larger set of climate adaptation measures now being adopted across the region, from nature-based solutions and water security to cooling and grid resilience, and green standards applied to existing stock, with the region’s own vulnerability setting the urgency. The Middle East is warming faster than the global average and is among the most water-stressed regions in the world, and Gulf buildings are long-lived and cooling-intensive, so the assets that will face mid-century conditions are the ones standing today. Waiting for the replacement cycle is not a strategy.
Adaptation to physical risks is likely to become a board-level capital allocation question in the coming years. Physical risk left in an asset resurfaces as higher operating cost, weaker occupancy, insurance repricing, and eventually impairment, with immediate accounting and disclosure consequences: capitalization of improvement costs, reassessment of useful lives and residual values, impairment indicators, and credible energy and water baselines to support Scope 1 and Scope 2 disclosure.
IN-DEPTH ANALYSIS
Aligning Insurance, Policy, and Nature for Climate Resilience
A member of Uniqus attended a panel convened by the World Wildlife Fund (WWF) during Climate Week NYC, bringing together public-sector, insurance-industry, and finance perspectives to discuss the insurance industry’s current shortcomings in addressing growing climate-related risks, opportunities, and impacts. This section summarizes insights from the panelists and Uniqus’ POV.
Insurance as a mirror rather than a culprit
Insurance pricing is a mirror held up to decisions already made about where communities build, how they build, and how they rebuild after a loss. The insurance sector has spent years arguing with the mirror, asking it to be more flattering. The more productive objective, as the panel put it, is to make the safest and easiest choice when the decision is taken. Risk is accumulating in places the official risk picture does not yet reflect. For example, the remnants of Hurricane Ida in September 2021 drowned eleven people in basement apartments in Queens and Brooklyn, yet Federal Emergency Management Agency (FEMA) flood maps don’t depict rainfall-driven flooding or flash flood exposure at all. Where the map is silent, the price is silent, and where the price is silent, the incentive to adapt doesn’t yet exist.
The evidence base is stronger than the accounting
The protective value of natural systems isn’t a matter of assertion. For example, US coral reefs deliver more than USD 1.8 billion a year in flood protection benefits, according to work led by the US Geological Survey (USGS). Around 200 miles of high-value reef, concentrated in Florida and Hawaii, are worth more than USD 1.6 million per mile per year for flood protection alone.
A peer-reviewed analysis of Hurricane Sandy, which made landfall in October 2012, found that coastal wetlands avoided USD 625 million in direct flood damage across 12 states, reducing losses by an average of 11 percent. In Barnegat Bay (Ocean County, New Jersey) specifically, salt marshes were estimated to reduce average annual flood losses by 16 percent, with larger reductions at lower elevations. Sixteen percent a year is an underwriting result. A device a homeowner could install that reliably reduced annual flood losses by 16 percent would attract an explicit credit, a line item on the declarations page, and a marketing campaign from the carrier. However, because the marsh sits offshore and is, in most cases, owned by no one, the benefit isn’t captured. The gap between what nature does and what nature earns is therefore an accounting and attribution problem before it’s an ecological one.
Federal policy: the incentives exist, but the durability does not
Two federal mechanisms already translate natural infrastructure into money, and both are more rudimentary than their importance warrants. The first is the Community Rating System (CRS) within the National Flood Insurance Program (NFIP), which awards points to local governments for measures including open space preservation, protection of natural and beneficial floodplain functions, coastal erosion management, natural shoreline preservation, and annual public risk communication. Points convert into premium discounts for policyholders in that community, up to 45 percent. The second is FEMA’s benefit-cost analysis (BCA) methodology, which assigns standard ecosystem service values to land types. Figures cited on stage included more than USD 8,000 per acre of coastal wetland, more than USD 12,000 per acre of forest, USD 38,000 per mile of riparian corridor, and up to USD 300,000 for intact dune systems. On those values, some federal projects can be justified on ecosystem services alone.
However, existing program durability constrains their effectiveness. It’s difficult to ask a mayor or a governor to commit multi-year capital against a program operating on a 90-day horizon. For example, the NFIP hasn’t had a full multi-year reauthorization since its five-year authority lapsed on 30 September 2017; since then, 36 short-term extensions have been enacted, including a lapse during the shutdown that began on 1 October 2025. The program currently runs under the continuing resolution signed on 2 September 2026 and expires on 11 December 2026, when the authority to enter into new contracts ends, and Treasury borrowing authority falls from USD 30.425 billion to USD 1 billion. FEMA’s Building Resilient Infrastructure and Communities (BRIC) program tells the same story. FEMA announced the termination of BRIC on 4 April 2025, canceling pending applications and directing appropriated funds back to Treasury. A coalition of states sued in July 2025, and a federal judge declared the termination unlawful on 11 December 2025 and ordered the program restored. FEMA didn’t meaningfully comply, prompting a further enforcement order on 6 March 2026, after which the agency resumed the program under revised rules. In effect, roughly a year of the project pipeline was lost.
Program scale also contributes to the programs’ limited effectiveness. For example, the US Army Corps of Engineers’ Engineering With Nature (EWN) program operates on an annual appropriation of about USD 15 million to 20 million, compared with the far larger sums that flow into rebuilding conventional infrastructure after each successive disaster.
New York: a decade of lessons and a flat line
Panelists discussed New York as a test case, specifically how policy decisions haven’t kept pace with growing risks. At Sandy’s landfall in 2012, there were roughly 169,000 NFIP policies in force across New York State. Fourteen years later, after Sandy, after Ida, after a decade of rebuilding, rate reform, and sustained public attention, the figure remained roughly 169,000. That’s what the most expensive lessons available have purchased in terms of protection uptake. The nature side reflects the same underlying choice. Wetlands were said to have reduced New Jersey’s Sandy losses by approximately 27 percent, against roughly 0.4% in New York. The differential was attributed not to luck but to stock, as, at the time, wetlands accounted for around 10 percent of New Jersey’s floodplain and only around 2 percent of New York’s. Jamaica Bay held some 2,300 acres of salt marsh in the 1950s and holds around 800 today. The protection has already been ‘spent’.
Against those sobering results, New York City is carrying out structural work. The NYC Mayor’s Office of Management & Budget (OMB) established a dedicated sustainability and resiliency team roughly five years ago and instituted a climate budgeting process, which the panel described as the first of its kind among major American cities. Rather than establishing a single funding line, NYC has been working to create a repeatable process and governance framework through which agencies assess whether spending advances both emissions and resilience objectives, and at what cost. For example, the city has begun modeling tree canopy coverage against projected growth to quantify heat mitigation in degrees rather than in acres planted, and is daylighting Tibbetts Brook in the Bronx, restoring a watercourse culverted for over a century in order to divert stormwater out of the sewer system and reduce combined sewer overflow (CSO) and local flooding. Resilience design guidelines are moving towards legal requirements.
The city’s constraint isn’t access to capital but rather competing claims on it, which is precisely why localized benefit-cost evidence matters. One illustration of the measurement deficit came from the panel itself. Hospitals generally don’t code presentations attributable to extreme heat, recording them instead as respiratory or dehydration cases. A canopy investment, therefore, cannot easily evidence the admissions it prevented. A benefit that isn’t counted cannot be budgeted against or monetized in an insurance negotiation.
Why has underwriting not yet absorbed nature
The broker’s perspective on the panel was that the binding constraint is the absence of a system. There is no common method that values, measures, and documents natural defenses consistently enough for a modeling team to rely on. Every transaction is therefore bespoke, and bespoke does not scale. Compounding this, adaptation is irreducibly local in a way that mitigation is not. Capital, research, and technology are globally fungible, since a ton of emissions abated is still abated wherever they occur. Flood protection depends on which side of the river the marsh sits. Adaptation cannot be engineered in a financial center and exported.
A note of caution was entered for anyone building a business case. Even if catastrophe models and underwriting perfectly captured the risk-reduction value of nature, insurance pricing would also reflect reinsurance costs, capital loads, and portfolio considerations. The resulting premium movement may be smaller than advocates expect, or the payback period longer than the investment case assumes. The benefit may instead show up as continued availability of cover, increased capacity, or improved terms. Overselling premium reduction, as the panel noted, has historically damaged the credibility of proponents in other transitions.
On market withdrawal, the broker’s view was that the language of insurers “quietly quitting” mischaracterizes what is occurring. What is visible is a market resetting price to reflect the cost of climate change, arguably the first major market to do so comprehensively. The wider economy, on that reading, has yet to undergo the same repricing.
Turning the instrument around: insurance in service of nature
The discussion also examined the reverse flow, in which insurance finances the protection and rapid recovery of nature itself. Parametric structures, most developed in coral reef cover, were described as workable where three conditions hold together.
- First, an objective and quickly observable trigger that proxies closely for the damage, typically a wind speed threshold within a defined area.
- Second, an intervention whose ecological outcome materially improves with speed: for reefs, debris clearance and coral reattachment within the first weeks after an event.
- Third, institutional capacity to hold the policy, receive the payout, and deploy it, with trained responders and pre-agreed protocols in place before the event. Structuring the instrument is technically straightforward; the governance is the hard part. The tool suits shock events and is poorly matched to chronic hazards.
A second line of work concerns aggregation. A community-based catastrophe insurance model piloted in New York is being adapted to capture the benefits of upstream, nature-based interventions whose protective value currently flows downstream uncaptured. A single policy is too small a unit to negotiate against a watershed-scale intervention; an aggregated pool covering, for example, 10,000 homes may reach sufficient scale. The panel was candid that this has not yet been achieved.
The capital markets channel
Lenders test insurance availability at origination, but rarely do so over the life of the loan, and rarely ask what resilience investment would be required to sustain insurability over that term. Exposure, therefore, continues to accumulate behind assets financed on the assumption that cover remains available. Securitization compounds the problem by distributing the risk to holders who are difficult to identify and correspondingly poorly placed to act on it.
The structural obstacle is that resilience investment produces avoided future losses rather than cash flows, so there is no natural source of repayment for the upfront outlay. Where benefits are wide-reaching and shared, as they typically are for nature-based measures, identifying the party with both the incentive and the obligation to pay is itself the unsolved problem. The constructive question is whether capital markets ultimately find another balance sheet on which to park the risk, or help reduce the underlying exposure, before assets become uninsurable.
A standards-based route out
The closing proposals converged on standardization rather than subsidy. The precedent offered was the Insurance Institute for Highway Safety (IIHS), established after the interstate build-out when rising road fatalities gave insurers and the government a shared interest in the science of crash injury. Consumers now demand its ratings, and manufacturers advertise them. The Insurance Institute for Business and Home Safety is the structural equivalent for buildings, but consumer demand for home resilience ratings does not remotely approach the demand for vehicle safety stars. Making a home’s resilience rating as legible and marketable as a vehicle’s crash rating was put forward as the single change most likely to move the market.
A complementary model was raised from the floor. In Australia, following a sequence of drought, bushfire, and flood events, a national data-sharing arrangement among the treasury, insurers, and banks enabled a major insurer to publish a schedule of bushfire mitigation activities that policyholders could undertake to earn recognition in their premiums. The prerequisite was a common evidence base, not a new financial instrument. The panel also noted that state insurance commissioners, who regulate the industry, are often absent from resilience discussions in their own jurisdictions.
On data and AI, the panel said the industry has spent heavily on sharpening its underwriting net and has so far deployed those tools defensively, to identify risk rather than to find ways to insure it. The same analytical capability may become inclusive once architects, builders, lenders, and insurers are aligned around resilience, but that is a prospective rather than an observed benefit.
The question that framed the session is worth restating in full because it’s more of a governance question than a technical one. What would have to be true for a restored marsh in Jamaica Bay to appear as a credit in a homebuyer’s insurance premium, a line in a municipal capital plan, and an asset on a balance sheet, not as a pilot but as the default way of doing business?
Uniqus’ POV
The theme running through the session is directly transferable to corporate risk management: the protective services that natural systems provide are a dependency, not a philanthropic interest, and they are almost never recorded as such. For companies with coastal, riverine, or wildfire-exposed assets, a useful starting point is an inventory of what physically sits between each material asset and the hazard, followed by the more uncomfortable question of whether any of that protective value is reflected in catastrophe modeling, insurance submissions, capital planning, or asset valuation. In most portfolios, the answer today is no, which means physical risk assessments may be systematically misstating both current exposure and the sensitivity of that exposure to ecosystem degradation upstream or offshore.
Reframing shoreline, wetland, or watershed conditions as a dependency rather than an externality changes where they sit in the risk register and who owns them. That framing aligns with the direction of travel in nature-related reporting under the TNFD and ESRS E4 (Biodiversity and ecosystems), and with the physical risk and resilience expectations in IFRS S2. Companies preparing under these frameworks can treat the protective function of nearby ecosystems as a disclosable dependency with a financial consequence, rather than confining nature to impact reporting.
The insurance renewal is an underused disclosure channel. Organizations that have funded shoreline restoration, watershed work, defensible space, or drainage improvements can present that evidence directly in submissions and renewal negotiations, supported by engineering documentation rather than narrative. The panel’s caution applies and can be built into the business case from the outset: the return may appear as sustained availability of cover, retained capacity, or improved terms rather than as headline premium reduction, and payback may be longer than an initial model suggests. Boards may find forward insurability of the asset base over the financing horizon a more decision-useful indicator than year-on-year premium movement, and it maps more naturally onto scenario analysis.
The financing-tenor mismatch identified in the discussion has a corporate analog. Lenders test insurability at origination. Companies with long-dated assets can run that test forward, asking whether each material asset is likely to remain insurable across the tenor of its financing and what investment would be needed to keep it so. Prospective loss of cover is a credible trigger for capital allocation and, for some assets, a covenant and refinancing risk that merits explicit treatment rather than an assumption of continuity.
Policy dependency requires equally explicit treatment. The NFIP’s 36 short-term extensions, the current expiry on 11 December 2026, and the termination, litigation, and partial restoration of BRIC across 2025 and 2026 demonstrate that resilience business cases resting on federal cost-share carry a program risk that is distinct from the underlying physical risk Companies and public sector partners can stress-test those cases without the federal contribution and identify which projects survive on their own economics, which is also the most persuasive evidence to bring to a co-funding conversation.
Three practical disciplines follow.
- Measurement first: the extreme heat coding example shows that benefits which are not captured in a system of record cannot be monetized later, so organizations can specify at investment approval which metric will evidence the avoided loss, who holds it, and how it will be reported.
- Aggregation second: single-asset economics rarely support watershed-scale interventions, and industrial estates, port authorities, utilities, and municipalities may find pooled or collective structures the only viable route to the scale at which underwriters will engage.
- Instrument selection third: parametric cover is a narrow but genuine tool, appropriate where a credible trigger, a time-sensitive intervention, and an institution capable of deploying the payout all exist, and companies considering it can test those three conditions before commissioning structuring work.
The broader signal for corporate readers is the repricing argument. If the insurance market is the first to reset comprehensively for climate costs, other input and asset markets may follow with a lag, and current exposure pricing in supply chains, real estate, and infrastructure may understate the eventual cost. Firms that begin building the evidence base now, at the asset level and in a form that underwriters and lenders can use, are better positioned to negotiate as that repricing propagates than those that begin once cover has already tightened.
REGULATORY WATCH
GLOBAL
| Regulatory Body | Update | POV |
|---|---|---|
| European Parliament and Council | The initial two-month scrutiny period for the revised ESRS and voluntary standards officially closed on 3-4 September 2026, with no objections raised by the European Parliament or the Council of the EU. The finalized texts are now awaiting publication in the Official Journal of the EU and are expected to enter into force in mid-November 2026. | With scrutiny concluded and no objection from either co-legislator, the revised ESRS text is now effectively fixed, and the window for lobbying on substance has closed. The remaining variable is the Official Journal publication date, which sets the legal entry into force expected in mid-November 2026.
Companies that paused remediation of gap assessments pending the outcome can restart now, prioritizing data point mapping against the revised standard and re-baselining materiality assessments where the reduction in mandatory data points changes what must be collected. Groups reporting across multiple regimes may find it efficient to run this re-scoping alongside IFRS S1/S2 readiness rather than as a separate ESRS workstream. |
| European Union | The EU’s Directive on Empowering Consumers for the Green Transition (ECGT, EmpCo, or Green Transition Directive) entered into effect on 27 September 2026, covering greenwashing and related claims. The ECGT includes new categories of prohibited practices, including specifying that traders should not use vague or generic environmental claims without reliable and verifiable evidence. | The ECGT shifts environmental claims from a reputational exposure to a consumer-protection enforcement matter, meaning marketing language can now attract regulatory action independent of whether the underlying sustainability disclosure is accurate. Marketing, legal, and sustainability functions can benefit from a single substantiation protocol, since the evidentiary standard the Directive applies to a product claim is closer to the assurance standard applied to reported data than most claim-approval processes currently assume. A practical starting point is an inventory of live generic claims, such as “eco-friendly,” “climate neutral,” or “green,” tested against available verifiable evidence, with claims that cannot be substantiated withdrawn ahead of national enforcement ramping up. |
USA
| Regulatory Body | Update | POV |
|---|---|---|
| California Air Resources Board (CARB) | On 1 September 2026, CARB posted guidance and resources for 2026 reporting under SB 253, following the July 2026 revision to the regulatory text, which moved the deadline from 10 August to 10 November 2026. The 1 September release included the California Corporate Greenhouse Gas Reporting Guidance for SB 253 2026 Reporting Submittals, which explains submission mechanics and how CARB intends to exercise enforcement discretion in the first cycle. | The Initial Regulation takes effect only after the Office of Administrative Law approves it, and both the 10 November deadline and the reporting duty itself fall within that regulation. More information can be found on our dedicated microsite here. |
INDIA
| Regulatory Body | Update | POV |
|---|---|---|
| Central Electricity Authority (CEA) | CEA released Version 22.0 of the CO2 Baseline Database for the Indian Power Sector, incorporating FY 2025–26 power-sector data. The update reports a weighted average grid emission factor of 0.675 tCO2/MWh, with an Operating Margin of 0.963, Build Margin of 0.446, and Combined Margin of 0.705 tCO2/MWh. | The updated factors provide the latest reference point for GHG inventories, emission-reduction calculations, and carbon-market assessments involving grid electricity in India. |
