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Risk Management
The natural disaster H1 2026 loss numbers are in. But what do they mean for your portfolio?
Image description:  Forest and bush fires raging behind a hill in the south of France. Giant smoke clouds are going up into the sky next to the living area of the french south.
© Yanniklab / stock.adobe.com

Summary

  • Natural disasters cost the world US$ 112bn in the first half of 2026, slightly below the ten-year average
  • Record-breaking heatwaves in North America and Europe, virtually impossible without climate change, put people at risk and slowed economies
  • Current El Niño conditions are expected to reach record strength in H2, raising the odds of extreme weather in many regions

A half-year natural disaster loss report provides a financial summary, but the challenge is figuring out what the numbers mean for the assets you hold. Below, we take three findings from Munich Re's H1 2026 review and follow each one with a forward-looking assumption to help you steer toward lower risk in your book.

Losses came in slightly below average. Does that mean the risk is getting smaller?

No, and a quiet stretch is exactly when that mistaken assumption could get costly. The lower total of US$ 112bn owes a lot to luck. Severe US thunderstorms, typically one of the biggest loss drivers, caused less damage than the accompanying tornado and hail activity had pointed to.

As the first half of the year closed, fires were already spreading across parts of southern Europe, while Canada battled major blazes of its own. Wildfire is a prime example of the forces that cascade into catastrophe: hotter, drier spells pile up fuel, and a single spark can turn a quiet season into a record one. The message is clear: preparation remains key.

Christof Reinert, CEO, Risk Management Partners
The organisations that will navigate the next decade successfully are the ones already investing in technological prevention, community-driven solutions, and knowledge people can actually act on. Not the ones waiting to react once disasters strike.
Christof Reinert
CEO
Risk Management Partners

Heat is causing thousands of deaths, but only few claims are filed. So how does it touch a portfolio?

Heat rarely breaks buildings, so the big consequences are elsewhere. Its real costs show up as lost work hours, stalled production, and strained infrastructure such as cooling systems. That makes heat a physical risk that property-oriented financial models might overlook.

Attribution studies link heatwave intensity to warming more directly than any other hazard, which made the heatwaves in Europe and North America the clearest climate signal of the half year, though it is less visible in property-loss data. One OECD study found that ten extra days above 35°C cut annual labour productivity by about 0.3% across the economy, comparable to the drag from a 5% rise in energy prices.

A Super El Niño is forecast for H2. Is the first half of the year a fair preview?

Current El Niño conditions are expected to reach record strength through H2, pushing temperatures higher and rearranging the weather map in many regions. Model projections point to more drought and wildfire in some regions, more flooding in others, and stronger typhoon activity across the Northwest Pacific. So, less destruction in the first half of the year is a poor guide to what might come next. View H2 through the events El Niño is loading and rerun your forward scenarios while you still have a head start.

Conclusion

One question remains: How can you put the half-year report's findings into action? With Location Risk Intelligence by Risk Management Partners, a unit of Munich Re, you can score your exposure location by location, assess the risks under different climate scenarios, put a figure on the potential hit to earnings, and uncover nature risk, too. In that way, the half-year takeaways become the path to informed decisions ahead.

Frequently Asked Questions (FAQ)

Location Risk Intelligence is Munich Re's SaaS platform for measuring the physical risks that natural hazards and climate change pose to real assets. It scores exposure location by location across a range of perils, from flood and storm to wildfire, and shows how that risk shifts under different climate scenarios to 2030, 2050, and 2100. Its editions extend the view into financial impact and nature-related risk, so exposure becomes something you can put a number to.

Enter your locations or portfolio and get a clear read on where the risk sits, how severe it is, and how it develops over time. That output feeds straight into the decisions teams make: pricing and underwriting, credit and lending, investment steering, site selection, and reporting aligned with regulatory requirements such as CSRD and TCFD. It turns hazard data into inputs that a committee can act on.

It is built for the people who carry physical and climate risk on their books: banks, insurers, asset managers and investors, and corporates with real estate or production sites to protect. Risk managers, underwriters, credit and ESG teams, and portfolio strategists use it to find exposure early and steer capital toward more resilient assets.

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