Climate risk is increasingly affecting how companies protect assets, manage supply chains, assess insurance exposure, safeguard employees, and maintain business continuity.
A credible climate resilience strategy helps an organisation identify where physical climate risks could affect operations, financial performance, infrastructure, suppliers, customers, and long-term investment decisions. It also provides a structured way to prioritise adaptation measures before disruption becomes more costly.
For many businesses, resilience planning is no longer a narrow sustainability exercise. It has become part of enterprise-risk management, capital planning, procurement, insurance, operational control, and corporate reporting.
Climate-related disruption is becoming more visible across sectors and regions.
Extreme heat can affect workforce safety, equipment performance, construction schedules, energy consumption, and cooling requirements. Flooding can damage assets, interrupt logistics, close facilities, and affect insurance coverage. Water scarcity can constrain production, increase operating costs, and create supply-chain exposure. Coastal risks can affect property, infrastructure, ports, tourism assets, and long-term investment decisions.
The World Meteorological Organization’s State of the Global Climate 2025 report confirms that 2015 to 2025 were the hottest eleven years on record. The report estimates that 2025 was approximately 1.43°C above the 1850 to 1900 average and highlights continued disruption from intense heat, heavy rainfall, and tropical cyclones.
The World Economic Forum’s Global Risks Report 2026 also identifies environmental risks as major long-term concerns. Over a ten-year horizon, extreme weather, biodiversity loss, and critical changes to Earth systems remain central to the global risk outlook.
The practical implication is clear. Companies need a structured approach for understanding climate exposure and protecting long-term value.
A climate resilience strategy is a structured plan for identifying, assessing, managing, and monitoring the physical and operational effects of climate change. It should help a business answer several important questions:
Core Question | Strategic Purpose |
Which assets, sites, suppliers, and activities are exposed to climate hazards? | Identifies priority areas for assessment |
How could heat, flooding, water scarcity, storms, or coastal risk affect operations? | Connects climate risk with business continuity |
Which financial impacts could arise? | Supports budgeting, insurance, and capital planning |
Which adaptation measures are practical? | Converts risk analysis into action |
Who is responsible for implementation? | Strengthens governance |
How should progress be monitored? | Supports management oversight and reporting |
A strong strategy should be tailored to the company’s sector, geography, asset base, workforce, supply chain, and level of exposure.
Climate-related risk is commonly divided into two broad categories.
Risk Category | Meaning | Business Examples |
Physical climate risk | Risks arising from weather events and long-term climate changes | Heat stress, flooding, drought, water scarcity, storms, coastal erosion, rising sea levels |
Transition risk | Risks arising from the shift towards a lower-carbon economy | Regulation, technology changes, carbon pricing, changing customer expectations, financing requirements |
This article focuses primarily on physical climate risk because these issues can directly affect business continuity, asset performance, supply chains, insurance, and operating costs.
A company may also face both categories at the same time. A logistics operator may experience flooding at a distribution centre while also facing new emissions-reporting requirements. A property developer may need to strengthen heat resilience while responding to green-building standards. A manufacturer may need to manage water scarcity while investing in energy efficiency.
A climate resilience plan should therefore connect physical risk assessment with wider sustainability governance.
Climate adaptation remains underfunded globally.
The UNEP Adaptation Gap Report 2025 estimates that developing countries may require between US$310 billion and US$365 billion per year by 2035 to adapt to climate impacts.
The same report states that international public adaptation finance flows from developed countries to developing countries were approximately US$26 billion in 2023. This leaves an adaptation finance gap estimated at US$284 billion to US$339 billion per year.
This gap has direct relevance for businesses. Public infrastructure, energy systems, transport networks, water services, and urban resilience measures cannot always absorb every risk. Companies need to assess their own exposure and determine which adaptation measures are necessary to protect operations.
The economic consequences of climate-related and natural-catastrophe events remain significant.
According to Swiss Re Institute, natural catastrophes caused approximately US$220 billion in global economic losses during 2025. Insured losses reached approximately US$107 billion across 190 events.
Swiss Re also reported that secondary perils, including wildfires, severe convective storms, and flooding, accounted for 92% of insured natural-catastrophe losses during 2025.
This is important for business risk management. Companies should not focus only on rare catastrophic events. Repeated flooding, extreme heat, severe storms, hail, wildfire exposure, and localised infrastructure disruption can create cumulative financial pressure.
Type of Impact | Possible Business Consequence |
Asset damage | Repair costs, write-downs, downtime, and reduced asset value |
Operational interruption | Lost revenue, delayed production, and customer dissatisfaction |
Supply-chain disruption | Material shortages, transport delays, and supplier failure |
Insurance pressure | Higher premiums, narrower coverage, exclusions, and deductibles |
Workforce exposure | Health-and-safety risk, reduced productivity, and schedule disruption |
Infrastructure stress | Power interruptions, water constraints, transport delays, and cooling-system pressure |
A climate resilience strategy should assess these impacts before they become recurring operating problems.
Climate resilience is also becoming more important in sustainability reporting.
IFRS S2 Climate-related Disclosures requires companies applying the standard to provide information about climate-related risks and opportunities that could reasonably affect their prospects.
The standard also requires companies to use climate-related scenario analysis to assess climate resilience. The IFRS Foundation factsheet explains that companies should apply an approach that is proportionate to their circumstances.
This means that every company does not need an identical modelling exercise. The assessment should reflect the organisation’s size, resources, exposure, sector, and reporting maturity.
A useful climate-resilience disclosure should explain:
Scenario analysis should support management decisions rather than operate as a standalone reporting exercise.
Climate scenario analysis is a structured way to assess how different climate futures could affect a business.
It does not attempt to predict one exact outcome. It helps management understand how the organisation may perform under a range of plausible conditions.
Scenario Component | Questions to Consider |
Temperature pathway | How could increasing temperatures affect operations, assets, and workforce conditions? |
Extreme weather | Could floods, storms, heatwaves, or droughts interrupt critical activities? |
Water availability | Are sites or suppliers exposed to water scarcity? |
Infrastructure resilience | Can electricity, transport, cooling, and logistics systems continue operating? |
Supplier concentration | Are key suppliers located in vulnerable regions? |
Insurance | Could premiums, deductibles, exclusions, or coverage availability change? |
Capital planning | Which investments may require redesign, relocation, or adaptation? |
The depth of analysis should match the level of risk.
A business with several exposed physical assets may require detailed modelling. A service company with limited direct infrastructure may begin with a qualitative assessment of offices, employees, technology systems, and key suppliers.
Climate risk should be assessed across several time horizons.
Time Horizon | Business Focus | Example Actions |
Immediate | Emergency response and continuity | Flood response plans, cooling-system maintenance, backup power, employee alerts |
Short term | Operational risk reduction | Supplier reviews, insurance renewal analysis, water-efficiency measures, heat protocols |
Medium term | Asset and capital planning | Site upgrades, resilient materials, drainage improvements, energy-system redesign |
Long term | Strategic adaptation | Portfolio changes, relocation decisions, resilient infrastructure, acquisition screening |
This approach helps companies manage urgent risks while also preparing for structural change.
A company should avoid treating climate resilience as a one-time risk assessment. It requires periodic review as physical conditions, regulations, technologies, insurance markets, and business priorities evolve.
Climate resilience has particular relevance for businesses operating in the UAE and the wider GCC.
The regional operating environment includes high temperatures, water scarcity, coastal development, rapid urban growth, logistics concentration, energy-intensive cooling requirements, and large infrastructure investments.
Businesses should consider the potential effects of:
The World Bank highlights the importance of resilient infrastructure, energy systems, and development planning in helping businesses operate more efficiently and competitively.
For GCC businesses, climate resilience planning should be connected with asset management, procurement, operational control, facility design, insurance, and investment governance.
A climate resilience strategy is a structured plan for identifying, assessing, managing, and monitoring climate-related risks that could affect a company’s operations, assets, supply chains, workforce, finances, and long-term value.
Climate mitigation focuses on reducing greenhouse gas emissions and limiting future warming. Climate resilience focuses on preparing for the physical and operational effects of climate change.
Yes. IFRS S2 requires companies applying the standard to assess climate resilience using climate-related scenario analysis. The approach should be proportionate to the company’s circumstances.
Exposure varies by location and business model. Property, construction, manufacturing, logistics, agriculture, hospitality, energy, utilities, infrastructure, tourism, and financial services can face significant physical climate risks.
GCC businesses operate in a region where extreme heat, water scarcity, coastal development, energy demand, and infrastructure exposure can affect operational continuity and long-term investment decisions.
The first step is to map critical assets, locations, suppliers, and dependencies. The company can then identify priority climate hazards and conduct a proportionate risk assessment.
Climate resilience requires practical action.
Companies need to understand where disruption could occur, how it could affect financial performance, and which measures can reduce exposure. This requires coordination between sustainability, finance, risk, operations, procurement, facilities, insurance, and senior management.
A structured climate resilience strategy can help organisations protect assets, improve continuity, support reporting, and make more informed investment decisions.
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Climate risk is increasingly affecting how companies protect assets, manage supply chains, assess insurance exposure, safeguard employees, and maintain business continuity…
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