Latest news with #naturalhazards
National Post
a day ago
- Business
- National Post
Bureau Veritas Partners with IFC's Building Resilience Index to Expand Resilience Verification Services Globally
PARIS — Bureau Veritas, a global leader in Testing, Inspection, and Certification services (TIC), has signed the first global verifier agreement to expand the reach and impact of the Building Resilience Index (BRI). Under this agreement, Bureau Veritas will serve as a verification partner for BRI across key emerging markets in Latin America, Africa, and East Asia and the Pacific. An innovation of IFC, a member of the World Bank Group, BRI is a web-based framework designed to help developers, investors, and policymakers identify risks to buildings posed by natural hazards and assess, improve, and disclose their resilience. Through this partnership with Bureau Veritas, BRI users will gain greater access to high-quality, third-party verification of climate-resilient construction practices, expanding trust and adoption of the tool in vulnerable regions where business continuity is increasingly threatened by extreme weather and related hazards. Article content Article content 'We are delighted to become a Global Verifier of the Building Resilience Index. As climate phenomena intensify, it has become essential to integrate climate change adaptation into assets strategy. The signing of our global agreement with the International Finance Corporation marks a crucial step,' Article content Article content 'Bureau Veritas has a long history as an independent third party mitigating natural and climate risks. Our network of experts will add a layer of trust so that stakeholders can rely on Building Resilience Index to evaluate vulnerability and effectiveness of adaptation strategies, worldwide.' Article content In recent years, physical risks such as floods, cyclones, heatwaves, fires, earthquakes and landslides have posed major threats to business operations, disrupting supply chains, displacing workers and jobs, hurting productivity, and impacting insurance and financing terms. The BRI-Bureau Veritas partnership responds to a growing demand from businesses and governments for reliable tools that support risk mitigation, asset protection, and long-term economic stability. Article content 'As businesses face increased risks to assets and infrastructure from natural disasters, the ability to assess and verify resilience is becoming a crucial element of operational and investment strategy,' Article content . Article content 'This partnership with Bureau Veritas strengthens the Building Resilience Index by ensuring that more clients—particularly in high-risk geographies—can benefit from credible, independently-verified insights into the resilience of their properties, adding a new tool to their climate adaptation arsenal.' Article content By offering third-party verification through Bureau Veritas, the Building Resilience Index helps stakeholders: Article content This partnership builds on IFC's broader commitment to integrating adaptation into private sector development and enabling practical, market-driven solutions for climate resilience. Article content BRI is funded by the Australian Government and was developed and piloted with seed funding from the Government of the Netherlands and the Rockefeller Foundation, in cooperation with leading organizations including the ARISE Private Sector Alliance for Disaster Resilient Societies, Build Change, FM Global, the Global Facility for Disaster Reduction and Recovery, Miyamoto International, and Resilience Action Fund. Article content About Bureau Veritas: Article content Bureau Veritas is a world leader in inspection, certification, and laboratory testing services with a powerful purpose: to shape a world of trust by ensuring responsible progress. With a vision to be the preferred partner for customers' excellence and sustainability, the company innovates to help them navigate change. Created in 1828, Bureau Veritas' 84,000 employees deliver services in 140 countries. The company's technical experts support customers to address challenges in quality, health and safety, environmental protection, and sustainability. Bureau Veritas is listed on Euronext Paris and belongs to the CAC 40, CAC 40 ESG, SBF 120 indices and is part of the CAC SBT 1.5° index. Compartment A, ISIN code FR 0006174348, stock symbol: BVI. Article content About IFC: Article content IFC — a member of the World Bank Group — is the largest global development institution focused on the private sector in emerging markets. We work in more than 100 countries, using our capital, expertise, and influence to create markets and opportunities in developing countries. In fiscal year 2024, IFC committed a record $56 billion to private companies and financial institutions in developing countries, leveraging private sector solutions and mobilizing private capital to create a world free of poverty on a livable planet. For more information, visit Article content Article content Article content Article content Contacts Article content ANALYST/INVESTOR CONTACTS Article content Laurent Brunelle Article content Article content +33 (0)1 55 24 76 09 Article content Article content Article content Colin Verbrugghe Article content Article content +33 (0)1 55 24 77 80 Article content Article content Article content Karine Ansart Article content Article content Article content Inès Lagoutte Article content Article content Article content MEDIA CONTACTS Article content A Article content nette Rey Article content Article content +33 (0)6 69 79 84 88 Article content Article content Article content Martin Bovo Article content Article content +33 (0) 6 14 46 79 94 Article content Article content Article content M Article content organ Graham Article content Article content Article content
Yahoo
29-06-2025
- Climate
- Yahoo
In 2025, Tornado Alley has become almost everything east of the Rockies — and it's been a violent year
When you buy through links on our articles, Future and its syndication partners may earn a commission. Violent tornado outbreaks, like the storms that tore through parts of St. Louis and London, Kentucky, on May 16, have made 2025 seem like an especially active, deadly and destructive year for tornadoes. The U.S. has had more reported tornadoes than normal — over 960 as of May 22, according to the National Weather Service's preliminary count. That's well above the national average of around 660 tornadoes reported by that point over the past 15 years, and it's similar to 2024 — the second-most active year over that same period. I'm an atmospheric scientist who studies natural hazards. What stands out about 2025 so far isn't just the number of tornadoes, but how Tornado Alley has encompassed just about everything east of the Rockies, and how tornado season is becoming all year. The high tornado count in 2025 has a lot to do with the weather in March, which broke records with 299 reported tornadoes — far exceeding the average of 80 for that month over the past three decades. March's numbers were driven by two large tornado outbreaks: about 115 tornadoes swept across more than a dozen states March 14-16, stretching from Arkansas to Pennsylvania; and 145 tornadoes hit March 31 to April 1, primarily in a swath from Arkansas to Iowa and eastward. The 2025 numbers are preliminary pending final analyses. While meteorologists don't know for sure why March was so active, there were a couple of ingredients that favor tornadoes: First, in March the climate was in a weak La Niña pattern, which is associated with a wavier and stormier jet stream and, often, with more U.S. tornadoes. Second, the waters of the Gulf were much warmer than normal, which feeds moister air inland to fuel severe thunderstorms. By April and May, however, those ingredients had faded. The weak La Niña ended and the Gulf waters were closer to normal. April and May also produced tornado outbreaks, but the preliminary count over most of this period, since the March 31-April 1 outbreak, has actually been close to the average, though things could still change. What has stood out in April and May is persistence: The jet stream has remained wavy, bringing with it the normal ebb and flow of stormy low-pressure weather systems mixed with sunny high-pressure systems. In May alone, tornadoes were reported in Colorado, Minnesota, Delaware, Florida and just about every state in between. Years with fewer tornadoes often have calm periods of a couple of weeks or longer when a sunny high-pressure system is parked over the central U.S. However, the U.S. didn't really get one of those calm periods in spring 2025. The locations of these storms have also been notable: The 2025 tornadoes through May have been widespread but clustered near the lower and central Mississippi Valley, stretching from Illinois to Mississippi. That's well to the east of traditional Tornado Alley, typically seen as stretching from Texas through Nebraska, and farther east than normal. April through May is still peak season for the Mississippi Valley, though it is usually on the eastern edge of activity rather than at the epicenter. The normal seasonal cycle of tornadoes moves inland from near the Gulf Coast in winter to the upper Midwest and Great Plains by summer. Over the past few decades, the U.S. has seen a broad shift in tornadoes in three ways: to the east, earlier in the year and clustered into larger outbreaks. Winter tornadoes have become more frequent over the eastern U.S., from the southeast, dubbed Dixie Alley for its tornado activity in recent years, to the Midwest, particularly Kentucky, Illinois and Indiana. Meanwhile, there has been a steady and stark decline in tornadoes in the "traditional" tornado season and region: spring and summer in general, especially across the Great Plains. It may come as a surprise that the U.S. has actually seen a decrease in overall U.S. tornado activity over the past several decades, especially for intense tornadoes categorized as EF2 and above. There have been fewer days with a tornado. However, those tornado days have been producing more tornadoes. These trends may have stabilized over the past decade. This eastward shift is likely making tornadoes deadlier. Tornadoes in the Southeastern U.S. are more likely to strike overnight, when people are asleep and cannot quickly protect themselves, which makes these events dramatically more dangerous. The tornado that hit London, Kentucky, struck after 11 p.m. Many of the victims were over age 65. The shift toward more winter tornadoes has also left people more vulnerable. Since they may not expect tornadoes at that time of year, they are likely to be less prepared. Tornado detection and forecasting is rapidly improving and has saved thousands of lives over the past 50-plus years, but forecasts can save lives only if people are able to receive them. This shift in tornadoes to the east and earlier in the year is very similar to how scientists expect severe thunderstorms to change as the world warms. However, researchers don't know whether the overall downward trend in tornadoes is driven by warming or will continue into the future. Field campaigns studying how tornadoes form may help us better answer this question. For safety, it's time to stop focusing on spring as tornado season and the Great Plains as Tornado Alley. Tornado Alley is really all of the U.S. east of the Rockies and west of the Appalachians for most of the year. The farther south you live, the longer your tornado season lasts. Forecasters say it every year for hurricanes, and we badly need to start saying it for tornadoes too: It only takes one to make it a bad season for you or your community. Just ask the residents of London, Kentucky; St. Louis; Plevna and Grinnell, Kansas; and McNairy County, Tennessee. Listen to your local meteorologists so you will know when your region is facing a tornado risk. And if you hear sirens or are under a tornado warning, immediately go to your safe space. A tornado may already be on the ground, and you may have only seconds to protect yourself. This edited article is republished from The Conversation under a Creative Commons license. Read the original article.
RNZ News
30-05-2025
- Climate
- RNZ News
Thousands of Otago residents exposed to flooding, liquefaction, new report finds
Lateral spreading happens when liquefaction stretches and tears the ground. This example happened during the 2011 Christchurch earthquake. Photo: Sarah Bastin A new report has found thousands of people and buildings, including homes, are potentially exposed to flooding and liquefaction in Otago. The Otago Regional Council report used existing data to map the natural hazard exposure risks for people, buildings and critical services. It is the first comprehensive assessment for the entire region. The report found the greatest exposure was from river and lake flooding and liquefaction hazards. "Totals of greater than 30,000 people and buildings, including >10,000 dwellings, within the Otago region are located in areas identified as potentially subject to each of these hazards," the report said. Most of that exposure was located in and near Dunedin, with 39 of the 117 community areas being classed as having a 'high exposure' - which meant an area that had a high number of people or buildings within a mapped hazard area, not that an event was imminent. This included the floodplains that were in the council's and Lower Taieri flood protection schemes, but people and buildings within those areas were considered to be 'potentially exposed'. The report assessed 90 critical community facilities across the region - important buildings in a post-disaster response including hospitals, fire and police stations, or emergency operation centres. Of those, 23 were at risk of flooding and 35 were exposed to liquefaction across the region. Queenstown, Wānaka and Dunedin all had relatively high exposures to hazards involving slope stability including landslides and alluvial fans. There were about 500 people and 1100 buildings exposed to coastal hazards including tsunamis and storm surges, mostly around Dunedin and Clutha. The council's natural hazards manager, Dr Jean-Luc Payan, said the data would help to inform future planning to reduce risk. It would also show where they should prioritise future resilience and hazard investigations, as well as aid emergency management. "This work is not about predicting when an event might happen," he said. "It's about identifying where exposure exists so we can make smarter decisions about resilience, planning and investment." The council's senior natural hazards analyst, Tim van Woerden, said it was a living dataset that would continue to be refined as more detailed information was sourced. "These terms may sound technical or worrying, but it's important to remember this analysis is about where we focus effort to reduce exposure - not about predicting events or sounding alarms," he said. The council's natural hazards prioritisation programme is due to begin in the upcoming financial year.
Fast Company
28-05-2025
- Climate
- Fast Company
Tornado Alley is shifting east. Here's what to know
Violent tornado outbreaks, like the storms that tore through parts of St. Louis and London, Kentucky, on May 16, have made 2025 seem like an especially active, deadly and destructive year for tornadoes. The U.S. has had more reported tornadoes than normal—more than 960 as of May 22, according to the National Weather Service's preliminary count. That's well above the national average of around 660 tornadoes reported by that point over the past 15 years, and it's similar to 2024—the second-most-active year over that same period. I'm an atmospheric scientist who studies natural hazards. What stands out about 2025 so far isn't just the number of tornadoes, but how Tornado Alley has encompassed just about everything east of the Rockies, and how tornado season is becoming all year. Why has 2025 been so active? The high tornado count in 2025 has a lot to do with the weather in March, which broke records with 299 reported tornadoes —far exceeding the average of 80 for that month over the past three decades. March's numbers were driven by two large tornado outbreaks: About 115 tornadoes swept across more than a dozen states March 14 to 16, stretching from Arkansas to Pennsylvania; and 145 tornadoes hit March 31 to April 1, primarily in a swath from Arkansas to Iowa and eastward. The 2025 numbers are preliminary pending final analyses. While meteorologists don't know for sure why March was so active, there were a couple of ingredients that favor tornadoes: First, in March the climate was in a weak La Niña pattern, which is associated with a wavier and stormier jet stream and, often, with more U.S. tornadoes. Second, the waters of the Gulf were much warmer than normal, which feeds moister air inland to fuel severe thunderstorms. By April and May, however, those ingredients had faded. The weak La Niña ended and the Gulf waters were closer to normal. April and May also produced tornado outbreaks, but the preliminary count over most of this period, since the March 31 to April 1 outbreak, has actually been close to the average, though things could still change. What has stood out in April and May is persistence: The jet stream has remained wavy, bringing with it the normal ebb and flow of stormy low-pressure weather systems mixed with sunny high-pressure systems. In May alone, tornadoes were reported in Colorado, Minnesota, Delaware, Florida, and just about every state in between. Years with fewer tornadoes often have calm periods of a couple of weeks or longer when a sunny high-pressure system is parked over the central U.S. However, the U.S. didn't really get one of those calm periods in spring 2025. Tornado Alley shifts eastward The locations of these storms have also been notable: The 2025 tornadoes through May have been widespread but clustered near the lower and central Mississippi Valley, stretching from Illinois to Mississippi. That's well to the east of traditional Tornado Alley, typically seen as stretching from Texas through Nebraska, and farther east than normal. April through May is still peak season for the Mississippi Valley, though it is usually on the eastern edge of activity rather than at the epicenter. The normal seasonal cycle of tornadoes moves inland from near the Gulf Coast in winter to the upper Midwest and Great Plains by summer. Over the past few decades, the U.S. has seen a broad shift in tornadoes in three ways: to the east, earlier in the year, and clustered into larger outbreaks. Winter tornadoes have become more frequent over the eastern U.S., from the southeast, dubbed Dixie Alley for its tornado activity in recent years, to the Midwest, particularly Kentucky, Illinois, and Indiana. Meanwhile, there has been a steady and stark decline in tornadoes in the 'traditional' tornado season and region: spring and summer in general, especially across the Great Plains. It may come as a surprise that the U.S. has actually seen a decrease in overall U.S. tornado activity over the past several decades, especially for intense tornadoes categorized as EF2 and above. There have been fewer days with a tornado. However, those tornado days have been producing more tornadoes. These trends may have stabilized over the past decade. Deadlier tornadoes This eastward shift is likely making tornadoes deadlier. Tornadoes in the Southeastern U.S. are more likely to strike overnight, when people are asleep and cannot quickly protect themselves, which makes these events dramatically more dangerous. The tornado that hit London, Kentucky, struck after 11 p.m. Many of the victims were older than 65. The shift toward more winter tornadoes has also left people more vulnerable. Since they may not expect tornadoes at that time of year, they are likely to be less prepared. Tornado detection and forecasting is rapidly improving and has saved thousands of lives over the past 50-plus years, but forecasts can save lives only if people are able to receive them. This shift in tornadoes to the east and earlier in the year is very similar to how scientists expect severe thunderstorms to change as the world warms. However, researchers don't know whether the overall downward trend in tornadoes is driven by warming or will continue into the future. Field campaigns studying how tornadoes form may help us better answer this question. Remember that it only takes one For safety, it's time to stop focusing on spring as tornado season and the Great Plains as Tornado Alley. Tornado Alley is really all of the U.S. east of the Rockies and west of the Appalachians for most of the year. The farther south you live, the longer your tornado season lasts. Forecasters say it every year for hurricanes, and we badly need to start saying it for tornadoes too: It only takes one to make it a bad season for you or your community. Just ask the residents of London, Kentucky; St. Louis; Plevna and Grinnell, Kansas; and McNairy County, Tennessee. if you hear sirens or are under a tornado warning, immediately go to your safe space. A tornado may already be on the ground, and you may have only seconds to protect yourself.
Yahoo
24-05-2025
- Climate
- Yahoo
Tornado Alley has become almost everything east of the Rockies — and it's been a violent year
A deadly tornado hit London, Ky., on May 16, 2025, just a few weeks after another tornado outbreak in the state. (Allison Joyce/AFP/Getty Images) Violent tornado outbreaks, like the storms that tore through parts of St. Louis and London, Kentucky, on May 16, have made 2025 seem like an especially active, deadly and destructive year for tornadoes. The U.S. has had more reported tornadoes than normal — over 960 as of May 22, according to the National Weather Service's preliminary count. That's well above the national average of around 660 tornadoes reported by that point over the past 15 years, and it's similar to 2024 — the second-most active year over that same period. I'm an atmospheric scientist who studies natural hazards. What stands out about 2025 so far isn't just the number of tornadoes, but how Tornado Alley has encompassed just about everything east of the Rockies, and how tornado season is becoming all year. The high tornado count in 2025 has a lot to do with the weather in March, which broke records with 299 reported tornadoes — far exceeding the average of 80 for that month over the past three decades. March's numbers were driven by two large tornado outbreaks: about 115 tornadoes swept across more than a dozen states March 14-16, stretching from Arkansas to Pennsylvania; and 145 tornadoes hit March 31 to April 1, primarily in a swath from Arkansas to Iowa and eastward. The 2025 numbers are preliminary pending final analyses. While meteorologists don't know for sure why March was so active, there were a couple of ingredients that favor tornadoes: First, in March the climate was in a weak La Niña pattern, which is associated with a wavier and stormier jet stream and, often, with more U.S. tornadoes. Second, the waters of the Gulf were much warmer than normal, which feeds moister air inland to fuel severe thunderstorms. By April and May, however, those ingredients had faded. The weak La Niña ended and the Gulf waters were closer to normal. April and May also produced tornado outbreaks, but the preliminary count over most of this period, since the March 31-April 1 outbreak, has actually been close to the average, though things could still change. What has stood out in April and May is persistence: The jet stream has remained wavy, bringing with it the normal ebb and flow of stormy low-pressure weather systems mixed with sunny high-pressure systems. In May alone, tornadoes were reported in Colorado, Minnesota, Delaware, Florida and just about every state in between. Years with fewer tornadoes often have calm periods of a couple of weeks or longer when a sunny high-pressure system is parked over the central U.S. However, the U.S. didn't really get one of those calm periods in spring 2025. The locations of these storms have also been notable: The 2025 tornadoes through May have been widespread but clustered near the lower and central Mississippi Valley, stretching from Illinois to Mississippi. That's well to the east of traditional Tornado Alley, typically seen as stretching from Texas through Nebraska, and farther east than normal. April through May is still peak season for the Mississippi Valley, though it is usually on the eastern edge of activity rather than at the epicenter. The normal seasonal cycle of tornadoes moves inland from near the Gulf Coast in winter to the upper Midwest and Great Plains by summer. Over the past few decades, the U.S. has seen a broad shift in tornadoes in three ways: to the east, earlier in the year and clustered into larger outbreaks. Winter tornadoes have become more frequent over the eastern U.S., from the southeast, dubbed Dixie Alley for its tornado activity in recent years, to the Midwest, particularly Kentucky, Illinois and Indiana. Meanwhile, there has been a steady and stark decline in tornadoes in the 'traditional' tornado season and region: spring and summer in general, especially across the Great Plains. It may come as a surprise that the U.S. has actually seen a decrease in overall U.S. tornado activity over the past several decades, especially for intense tornadoes categorized as EF2 and above. There have been fewer days with a tornado. However, those tornado days have been producing more tornadoes. These trends may have stabilized over the past decade. This eastward shift is likely making tornadoes deadlier. Tornadoes in the Southeastern U.S. are more likely to strike overnight, when people are asleep and cannot quickly protect themselves, which makes these events dramatically more dangerous. The tornado that hit London, Kentucky, struck after 11 p.m. Many of the victims were over age 65. The shift toward more winter tornadoes has also left people more vulnerable. Since they may not expect tornadoes at that time of year, they are likely to be less prepared. Tornado detection and forecasting is rapidly improving and has saved thousands of lives over the past 50-plus years, but forecasts can save lives only if people are able to receive them. This shift in tornadoes to the east and earlier in the year is very similar to how scientists expect severe thunderstorms to change as the world warms. However, researchers don't know whether the overall downward trend in tornadoes is driven by warming or will continue into the future. Field campaigns studying how tornadoes form may help us better answer this question For safety, it's time to stop focusing on spring as tornado season and the Great Plains as Tornado Alley. Tornado Alley is really all of the U.S. east of the Rockies and west of the Appalachians for most of the year. The farther south you live, the longer your tornado season lasts. Forecasters say it every year for hurricanes, and we badly need to start saying it for tornadoes too: It only takes one to make it a bad season for you or your community. Just ask the residents of London, Kentucky; St. Louis; Plevna and Grinnell, Kansas; and McNairy County, Tennessee. Listen to your local meteorologists so you will know when your region is facing a tornado risk. And if you hear sirens or are under a tornado warning, immediately go to your safe space. A tornado may already be on the ground, and you may have only seconds to protect yourself. This article is republished from The Conversation under a Creative Commons license. Read the original article. Dan Chavas is an associate professor of atmospheric science at Purdue University. Through its opinion section, Kansas Reflector works to amplify the voices of people who are affected by public policies or excluded from public debate. Find information, including how to submit your own commentary, here.
