Category Archives: Hurricane

Catastrophes, Coastal Property, Disaster Preparedness, Disaster Resilience, Homeowners Insurance, Hurricane

Study Touts Payoffs
From Alabama Wind Resilience Program

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A study by the Alabama Department of Insurance, in collaboration with the University of Alabama Center for Insurance Information and Research, shows that widespread adoption of IBHS FORTIFIED construction standards could dramatically reduce insurance claims from hurricanes, while also encouraging property/casualty insurers to maintain coverage in high-risk areas.

Homes built or retrofitted to FORTIFIED standards from the Insurance Institute for Business & Home Safety were found to have suffered far less property damage and a lower volume of insurance claims from Hurricane Sally — which made landfall in Gulf Shores, Alabama, as a Category 2 storm in September 2020 — than non-FORTIFIED properties.

“The results show mitigation works and that we can build things that are resilient to climate change,” said the author of the study, Triple-I non-resident scholar Lars Powell.

A collective effort

Alabama’s proactive approach – which includes mandatory insurance discounts and a state-backed grant program for resilient construction – offers a model for risk mitigation and protecting homeowners from catastrophic winds of tropical cyclones.

“Alabama was an early adopter of FORTIFIED designations for wind loss mitigation,” the report says. “In 2025, there are more than 53,000 FORTIFIED houses in the state,” out of approximately 80,000 nationwide.

The state grants and insurance discounts have been a big motivator for homeowners to make the investment.  Lawmakers in other hurricane-prone states, such as Louisiana, are looking to Alabama’s strategy as they seek solutions for predicting and preventing losses from increasing natural disaster risks.

Learn More:

Outdated Building Codes Exacerbate Climate Risk

Resilience Investments Paid Off in Florida During Hurricane Milton

JIF 2024: What Resilience Success Looks Like

Mitigation Matters – and Hurricane Sally Proved It

Disaster Preparedness, Disaster Resilience, Hurricane

Hurricane Modeling: High-Tech MeetsLocal Insight

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Sophisticated computer modeling has led to great advances in forecasting weather-related disasters and their potential human toll and economic impact. The predictive power of these models has given insurers comfort writing coverage for risks – like flood – that were once considered untouchable and enabled them to develop innovative products.  

It can be tempting to think of hurricane forecasting and modeling as being all about high-resolution images, big data, and elaborate algorithms. While these technologies are critical to developing and implementing effective models, they depend heavily on local knowledge and “boots on the ground.” 

“After an event, we quickly send engineers to survey structural damage and look for linkages to the storm’s characteristics,” said Jeff Waters, senior product manager for risk modeler RMS. “Information gathered by our people on the ground is incorporated into our reconstruction of the event to help us identify drivers of the damage and inform our models.” 

Waters recounted how, in the wake of Hurricane Maria in 2017, an RMS team arrived in Puerto Rico on October 3 – 13 days after landfall – to validate a modeled loss estimate. During the week the team spent on the island, they found that damage to insured buildings was less than expected for a storm of Maria’s magnitude. They also observed that most insured buildings featured bunker-style reinforced-concrete construction and flat concrete roofs.  

“These buildings performed very well,” Waters said. “Reinforced concrete prevents significant structural damage, and, with less drywall and tiled flooring, interior damage from water intrusion is limited. Wood and light-metal structures – which tend to be in older neighborhoods where fewer properties are insured – fared far worse.”  

Such ground-level information not only helped validate RMS’s loss estimate – it also contributes to the model’s continuous improvement. You can read a more detailed account on the RMS blog. 

Recent research illustrates how advances in geospatial technologies allow qualitative local knowledge to be incorporated into mathematical models to evaluate potential outcomes of restoration and protection projects and support plans for mitigation and recovery.  Local knowledge mapping is one such approach to marrying modern technology and the advanced analysis it facilitates to the experiences of the individuals, communities, and businesses most affected by natural disasters. 

Disaster Preparedness, Flood Insurance, Hurricane

Hurricanes Don’t Just Affect Coasts; Experts Say: “Get Flood Insurance”

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With the 2020 Atlantic hurricane season activity expected to be “well above average” in intensity; three named storms having formed already; and Tropical Depression Cristobal bringing flooding rains and powerful winds from the South to the Midwest as it made landfall in Louisiana, preparedness should be on the minds of everyone who could be affected – and that means more than just people in coastal states.

Cristobal’s low pressure area is forecast to move from the lower Mississippi Valley to the Midwest – just ahead of a cold front that will eventually absorb Cristobal’s remnants as it moves into southeastern Canada, according to Weather.com: “The combination of deep, tropical moisture from Cristobal and the cold front will wring out heavy rain along a swath from the lower Mississippi Valley into the Midwest. Strong winds will also develop in the Midwest and Great Lakes from this setup.”

If Cristobal remains a tropical depression when it crosses into Wisconsin, it would be the first tropical depression on record in the state, according to the National Weather Service in Milwaukee.

“Inland flooding has resulted in more deaths in the past 30 years from hurricanes and tropical storms in the U.S. than any other threat,” said CNN meteorologist Brandon Miller. “Though wind speeds and storm surge are important, and get a lot of the headlines, flash flooding from intense rainfall associated with the storm’s rainbands impact far more people and stretch over a much larger area.”

About 90 percent of all natural disasters in the U.S involve flooding. This is why experts like Dan Kaniewski – managing director for public sector innovation at Marsh & McLennan and former deputy administrator for resilience at the Federal Emergency Management Agency (FEMA) – strenuously urge everyone to buy flood insurance.

If it can rain, it can flood

“Any home can flood,” Kaniewski said in a recent Triple-I webinar. “Even if you’re well outside a floodplain…. Get flood insurance. Whether you’re a homeowner or a renter or a business – get flood insurance. It’s not included in your homeowners policy, and most people don’t understand that.”

Dr. Rick Knabb – on-air hurricane expert for the Weather Channel, speaking at Triple-I’s 2019 Joint Industry Forum – was similarly emphatic:

“If it can rain where you live,” he said, “it can flood where you live.”

He recounted buying a new home, asking his agent about flood insurance, and being told, “You don’t need it.”

“I told him, ‘Get it for me anyway,’” Knabb said.

Flood insurance purchase rates too low

As the Triple-I blog previously reported, 2019 was the second-wettest year on record across the continental U.S., yet flood insurance purchase rates remain low. To illustrate the difference between having and not having flood insurance, Kaniewski described two scenarios related to 2017’s devastating Hurricane Harvey.

“The average [FEMA] payout for the uninsured homeowner in the Houston area was about $3,000,” Kaniewski said. “But if you were proactive and took out a relatively low-cost flood insurance policy…you would have received not $3,000 but $110,000. You’re not going to recover on $3,000, but with $110,000, you’d be well on the path to recovery.”

Unfortunately, he said, even inside designated floodplains, “two-thirds of homeowners do not have flood insurance.”