Los Angeles is pioneering a new disaster recovery model that combines cross-sector collaboration, AI-powered coordination technology, and pre-approved wildfire-resilient home catalogs.
The absence of references to climate change in utilities' bond disclosures suggests we have not systematically assessed how climate hazards could disrupt operations or revenues and, just as concerning, that they aren’t incorporating climate risk into capital planning and investment decisions.
The lack of standard home rebuilding playbooks, combined with the uneven delivery of federal disaster recovery funding, has led to fragmented rebuilding efforts over the past few decades. However, disaster recovery has evolved to more systematic approaches using pre-approved home plan catalogs.
Los Angeles is pioneering a new disaster recovery model that combines cross-sector collaboration, AI-powered coordination technology, and pre-approved wildfire-resilient home catalogs.
The lack of standard home rebuilding playbooks, combined with the uneven delivery of federal disaster recovery funding, has led to fragmented rebuilding efforts over the past few decades. However, disaster recovery has evolved to more systematic approaches using pre-approved home plan catalogs.
Twenty-three billion-dollar weather and climate disasters struck the United States in 2025, revealing important takeaways for decision-makers in the real estate, public infrastructure, and insurance sectors.
States are making a mistake by using public reinsurance mechanisms to address rising insurance costs. Legislators should invest in climate resilience and risk reduction rather than transfer risk to taxpayers and ignore the underlying drivers of catastrophic insurance losses.
The absence of references to climate change in utilities' bond disclosures suggests we have not systematically assessed how climate hazards could disrupt operations or revenues and, just as concerning, that they aren’t incorporating climate risk into capital planning and investment decisions.
Winter Storm Fern swept across a huge swath of the United States in January 2026, revealing both vulnerabilities and progress on the climate resilience and adaptation front.
Twenty-three billion-dollar disasters, $115 billion in damage, and not one hurricane: 2025 was a masterclass in how climate risk in the U.S. has changed.
Property insurance markets across the U.S. are under strain as premiums rise and insurers pull back from high-risk regions. In response, a growing number of states are leaning on public and quasi-public reinsurance backstops.
Climate resilience is most visible in physical defenses and materials, but it relies on information infrastructure.
Most conversations about climate resilience in commercial real estate development happen when designing new structures to withstand future storms or when repairing or retrofitting existing ones after disaster strikes. Far less attention is paid to the in-between stage: the active construction site.
From hurricane- and flood-prone coasts to Tornado Alley spanning the central U.S., the map of American data centers increasingly resembles a target board for extreme weather.
Two trends are colliding in state finance offices: Emergency, or “rainy day,” funds are shrinking at the exact moment climate-related revenue losses are mounting.
Unexpected disasters are causing damage in unlikely places, forcing decision-makers in the public and private sectors to prepare for the most common disasters in their region as well as the rare, once-in-a-hundred-year ones. But strategies exist to help decision-makers prepare for the unexpected.
Across the U.S., the average annual total costs of earthquakes is $14.7 billion, with the average earthquake costing between $1.5 to $3 billion. Adopting the latest seismic resilience codes can make buildings more earthquake-resistant and financial instruments can help communities rebuild quickly.
There are no silver bullet solutions for the private sector to adopt to dramatically reduce the costs of winter storms. The biggest lever to bring costs down exists in modernizing and winterizing the grid—an endeavor that will require substantial technological, mechanical, and financial investments.
In just a few hours, a severe storm can cause billions worth of damage. Three levers offer opportunities to enhance resiliency and reduce the costs of severe storms: 1) Invest in more resilient roofing; 2) Adopt more resilient construction practices; 3) Invest in new innovations and technologies.
The absence of references to climate change in utilities' bond disclosures suggests we have not systematically assessed how climate hazards could disrupt operations or revenues and, just as concerning, that they aren’t incorporating climate risk into capital planning and investment decisions.
Property insurance markets across the U.S. are under strain as premiums rise and insurers pull back from high-risk regions. In response, a growing number of states are leaning on public and quasi-public reinsurance backstops.
Two trends are colliding in state finance offices: Emergency, or “rainy day,” funds are shrinking at the exact moment climate-related revenue losses are mounting.
