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If we face a century of crises, it’s good to have songs to sing, friends you can count on, and recipes that remind you of good times.
I’ve written repeatedly about community resilience over the years; for example, I penned an article in 2017 for Bloomberg on rebuilding for resilience after the devastating wildfires in Sonoma County, California, where I live.
In this piece, I want to tackle an even tougher case. The city of New Orleans dramatically exemplifies all the paradoxes, problems, and opportunities of resilience building. It is also a second home to me and my wife Janet: She was born there, many of her relatives still live there, and we spend at least a week each year in the Big Easy. So, I know a bit about New Orleans, and I care about the place and its people.
New Orleans also happens to be a lot of fun to write about. So, let’s go!
Just 21 years ago, New Orleans was nearly wiped away. Hurricane Katrina brought high winds and drenching rain; after levees and pumping stations failed due to human error, much of the city was flooded. It took 43 days to pump the floodwater into the Mississippi River and Lake Pontchartrain. Nearly all the surviving residents had been evacuated. They returned after weeks or months to find buildings destroyed, possessions ruined or gone, entire neighborhoods devastated, and the city steeped in the stench of decay. Over a thousand fatalities were recorded. The hurricane quickly achieved a mythic status, and, today, every New Orleanian over age 30 has an emotion-charged story to tell about loss and survival.
The inherent challenges of maintaining New Orleans are so great that there’s an ongoing debate about whether the city should simply be permanently abandoned.
This wasn’t the first hurricane or flood for New Orleans. The city is geographically disaster prone, built on a subsiding river delta, mostly below sea level, with a bowl-like topography. The metropolis is squeezed between two major bodies of water, making it highly susceptible to catastrophic storm surges and flooding, which have taken a heavy toll on several occasions. One was Hurricane Betsy (September 9, 1965), a massive Category 3 storm that flooded eastern New Orleans. It was the first US hurricane to cause $1 billion in damages.
The Crescent City is kept habitable by a 90-mile system of canals and pumping stations, along with huge levees along the river and lakefront. The stations together can pump a staggering 24,300 cubic feet of water per second. Yet, during heavy rains, they sometimes struggle to keep up. That struggle is about to get harder in the context of more extreme temperatures, ongoing loss of coastal land, stronger hurricanes, and rising seas.
New Orleans also faces inherent economic challenges. Its revenues derive mostly from tourism, offshore oil and gas production, shipping, and fishing. Oil and gas production in the Gulf of Mexico oil is currently riding high, but oil is, after all, a depleting non-renewable resource. Tourism is sensitive to gasoline and jet fuel prices, and dependent on tourists having disposable income. Fishing is vulnerable to a host of environmental and economic issues, including overfishing, oil spills, runoff pollution from the Mississippi (which has created a growing “dead zone” in the Gulf), and rising ocean temperatures.
The inherent challenges of maintaining New Orleans are so great that there’s an ongoing debate about whether the city should simply be permanently abandoned. I’ll return to that.
Still, New Orleans residents are fiercely protective of their city. And lots of folks who live elsewhere love to visit the Big Easy. That’s because New Orleans has some things going for it.

The Crescent City has a long, colorful cultural history; for a taste, I recommend Gary Krist’s book Empire of Sin: A Story of Sex, Jazz, Murder, and the Battle for Modern New Orleans. Today, the city’s culture persists in a unique dialect (“Yat,” derived from the common greeting, “Where y’at?”), as well as foods, architecture, and music that often make you feel you’re somewhere in the Caribbean rather than the United States.
Of all the city’s unique cultural achievements, its music is perhaps its greatest source of pride. Hundreds of full-time musicians carry on New Orleans-related traditions, somehow making a living alongside potential competitors. The fact that so many succeed is largely due to the city’s plethora of live music venues. WWOZ (a listener-supported radio station that plays New Orleans music of all varieties 24/7) publishes a daily online and radio-delivered summary of who’s playing where (the Livewire); even on a weekday, it usually takes the announcer several minutes to name all the performers and venues.
What does culture have to do with survival in the face of past and impending disasters? Plenty, it turns out.
To illustrate the degree to which New Orleans’s music culture has gotten under my own skin, permit me to divulge a little personal info. When I first started visiting the Crescent City, I was a semi-professional classical violinist. Most of the music I listened to consisted of Bach, Brahms, and Paganini. Gradually I added a little Louis Armstrong to my sonic diet. Then, in 2021, a fingertip injury forced me to abandon the violin altogether. I decided to learn piano instead (its flat keys don’t trigger the same nerve pains that metal strings did). I started with a few easy pieces by Bach and Scarlatti but soon found myself gravitating to the New Orleans sound.
New Orleans boasts a long tradition of jazz and blues piano playing, stretching from Jelly Roll Morton in the early years of the 20th century to Fats Domino, Professor Longhair, James Booker, and Dr. John in the rock era; to Jon Batiste, Tom McDermott, Jon Cleary, Harry Connick, Jr., and many others today. There are currently so many great New Orleans pianists that WWOZ hosts an annual “Piano Night” of live performances, during which each of the invited piano pros is given 10 minutes to shine; the quality of their playing ranges from terrific to phenomenal, and the event typically lasts five to six hours. That’s plenty of inspiration for an aspiring keyboard novice like me. These days, I’m working on learning several songs by Jelly Roll Morton and one by Dr. John.
It’s a common story: Many of the “New Orleans musicians” I’ve talked to were born elsewhere, but then became so enraptured by the relaxed, bluesy style of the city’s music that they decided to move to the Big Easy and devote their lives to its culture. One example is a band of 40-somethings called Tuba Skinny, whose eight-or-so members formerly played in grunge bands around the US (its leader, cornetist Shaye Cohn, had a legit musical education on piano). They individually moved to New Orleans after Katrina, then gradually coalesced into a street band with a shared interest in the collective improvisation of 1920s and ’30s jazz and blues. There are plenty of other trad jazz (and so-called Dixieland) groups in New Orleans, but Tuba Skinny has brought an admirable commerciality-be-damned dedication to their art. They can still be heard on the streets of the French Quarter playing for tips, but they also perform at many of the city’s music clubs, and they’ve recorded numerous CDs and toured North America and Europe.
Okay, so New Orleans has plenty of unique culture. What does culture have to do with survival in the face of past and impending disasters? Plenty, it turns out.
Political scientist Daniel Aldrich, who was living in New Orleans as Hurricane Katrina approached, later decided to conduct a sociological study centered on the question, “Why do some communities recover more quickly and successfully than others in the wake of disaster?” He reported his findings in a book, Building Resilience: Social Capital in Post-Disaster Recovery.
Aldrich’s research suggested that an important factor in determining how well communities recover from crisis is social capital (specifically, the balance of three different kinds of social capital; see my interview with Aldrich). Social capital is essentially the relationships that people in a community have with one another, manifested in trusting neighborly relations, local gatherings and celebrations, formal and informal community “institutions” (e.g., a convivial neighborhood cafe, a quirky local tradition, a long-standing religious community), and participation in civic life, etc.
New Orleans has a lot of social capital, including not only thriving community organizations but also identifiable local traditions in food, architecture, and music. People talk to one another on the street and ask about their families. Still, as Aldrich found, this fabric of social connections does vary from one neighborhood to the next.
After Katrina, Aldrich studied two neighborhoods, both with approximately equal per capita pre-Katrina incomes: the Lower Ninth Ward, and the largely Vietnamese Village de l’Este in the northeast corner of the city. The Ninth Ward was still devastated years after the disaster, whereas Village de l’Este was 90% repopulated within two years. The difference: While there was plenty of one-on-one social bonding in the Ninth Ward, the neighborhood had poor bridging with government at all levels. Social capital isn’t just about the richness of direct contact between people (though that’s vital), but also the functionality of connections between different ethnic and religious groups within the community, and between ordinary people and the holders of resources and decision-making power both within the community and in the larger society.

Tragically, social capital is undervalued in modern society: Globalization undermines it, and usually only deep cultural traditions and activist efforts can preserve it against the onslaught of atomizing trends. We stare at our screens rather than talking to our neighbors.
The New Orleans Chamber of Commerce lists 66 community and civic organizations currently active in the city—but this is a fraction of the institutions supporting social capital. There are countless informal clubs, interest groups, and associations, and the city is chock full of locally owned businesses, religious communities, gorgeous parks and museums, vibrant music venues and art galleries, and is home to several community-oriented local radio stations.
In short, New Orleans has tons of social capital. But sadly, its cultural richness and rootedness may not be enough to enable it to survive much longer.
I think a lot about the future of New Orleans, so naturally I watched Dr. Emily Shoerning’s recent climate video on the prospects for Louisiana in a 2°C world. Her forecast for the southern region of the state, based on the most recent county-by-county National Climate Assessment, is devastating. Later this century, New Orleans will be an island effectively cut off from the Mississippi River and hence its main source of fresh water. Even if people continue living in the parts of the city that are still above sea level and they manage to harvest and purify rainwater on a sufficient scale, the prospects for maintaining anything like current levels of population and economic activity are dim indeed.
A recent study published in Nature Sustainability concluded that New Orleans residents should plan now to move away from the city. For the hundreds of thousands who live in New Orleans, and the millions of others, like me, who love the Crescent City, this is an incredibly sad conclusion. And it’s a conclusion that many other cities rich in culture and history will face around the world as sea levels rise.
We’re all living in some version of New Orleans. Every place on Earth is now vulnerable, each community held together by ecosystems under attack and culture that’s unraveling.
Somehow, we must imagine ways to transplant the culture of New Orleans to other places. Musicians and listeners can adopt the city’s music anywhere, and chefs in Los Angeles and Peoria can learn to make decent beignets and red beans (many already do). But it would be even more important to identify one or two places where archives, people, and perhaps even some buildings could be rehomed. The American Resiliency climate video for Louisiana, linked above, suggests Lafayette or Baton Rouge as possible sites.
It’s been a life-changer to know New Orleans these last 35 years or so. I hope to keep going back as long as I can. I feel as privileged as the folks who knew Paris in the 1890s or Harlem in the 1920s must have felt. Those of us who’ve been to the Big Easy can make our own communities more resilient through what we’ve seen, heard, and tasted there.
Meanwhile, we’re all living in some version of New Orleans. Every place on Earth is now vulnerable, each community held together by ecosystems under attack and culture that’s unraveling. Still, if we face a century of crises, it’s good to have songs to sing, friends you can count on, and recipes that remind you of good times. Those are just some of the gifts of New Orleans.
Instead of relying on numbers that make our progress appear better on paper, New York state leaders should focus on the investments that actually protect New Yorkers from the impacts of fossil fuels.
Back in 2012, over the course of two days, water, wind, and rain flooded my neighborhood.
At that time, I was living in the Baruch Houses on Manhattan's Lower East Side while working as a babysitter in Park Slope, Brooklyn. Unlike the families I was working for, my neighbors and I didn’t have the luxury of leaving our homes to seek refuge in a safe place. So we stayed.
That night I watched as a green flash cracked across the sky before everything went dark. I didn’t know it at the time, but I later came to find out the Con Edison plant just six minutes away from my building had exploded. The feeling of loss and fear that day didn’t just happen to me: Over 69,000 units were damaged and lost, thousands of New Yorkers were displaced.
Thirteen years later, these vulnerabilities revealed within our infrastructure still remain today, and with every major storm or heavy rainfall, our subways and homes continue to flood. Yet, with the new passage of the New York State Budget and the rollbacks on our climate goals, Albany has chosen to weaken key environmental commitments.
People that look like me pay for fossil fuels with our health, our safety, our democracy, and our children's right to a clean and healthy future.
While the budget still has some investments in clean energy, it also delays our committed climate benchmarks and measurements. Essentially, this budget moves us further away from the emissions goals we’ve legally bound ourselves to. Instead of focusing on meeting these goals already established under state law, Albany has chosen to move the goalposts.
Changing the ways in which we measure our emissions may make progress look better on paper, but it doesn't reduce the actual consequences of climate inaction.
For decades, communities that look like mine have felt the ramification of climate change more harshly. Oftentimes, these ramifications result in not just the physical terror like I and many experienced during Hurricane Sandy but can also manifest in poorer health outcomes.
The fossil fuel sector is literally choking us to death with no regard to how they contribute to the exacerbation of other conditions in my community. Fossil fuel consumption in New York City makes up for 70% of our local greenhouse gas emissions. It also causes around 2,400 premature deaths annually due to air pollution.
So, instead of moving the goalposts and relying on numbers that make our progress appear better on paper, Albany should focus on the investments that actually protect New Yorkers. And, even though with the recent announcement of the $100 million commitment for climate resiliency projects through the Environmental Bond Act is a step in the right direction, we still need to go even further by fully funding and accelerating the comprehensive flood protection plan. This includes the Lower Manhattan Coastal Resiliency Program aimed at strengthening flood resilience, modernizing infrastructure, and safeguarding our communities.
While we associate fossil fuel costs with our utility bills, people that look like me pay for fossil fuels with our health, our safety, our democracy, and our children's right to a clean and healthy future. We can not afford to sacrifice any longer or delay any further the commitment we made to reduce emission. As storms become stronger, and infrastructures continue to decay, the greatest impacts will be on forgotten neighborhoods like mine. And whether I’m elected to represent this district in Albany or not, I will continue to push for the funding we need to no longer live in survival mode every time a storm occurs.
In many of the world's most arid and semi-arid regions, rain is no longer arriving as a blessing but as disaster; to understand why, we need to look at the ground rather than the sky.
The arrival of rain as a blessing is among the oldest human stories there is.
In Botswana, water and wealth are two names for the same blessing. Pula is the name of Botswana’s national currency, indicating the drought stricken land’s emotional relationship to water.
We see the emotional representation of rain in African American blues traditions, rainmaking rituals in West Africa, monsoon folk songs across South Asia, and Indigenous rain-dance ceremonies. Across cultures for millennia, rain has equaled relief.
But today, human-driven land degradation is rewriting that story.
What if instead of waiting for landscapes to collapse to pay the costs, we invested in the resilience of those very landscapes?
In many of the world's most arid and semi-arid regions, rain is no longer arriving as a blessing but as disaster.
To understand why, we need to look at the ground rather than the sky.
If we look at the Earth's surface now, versus 100 years ago, we'll see that most of the land has been transformed from natural ecosystems to concrete, agricultural, and productive land. This is the process of desertification.
You may think of desertification through familiar cultural images such as advancing sand dunes swallowing settlements, cracked earth stretching to the horizon, and vegetation fading into absence. But the defining characteristic of desertification is not simply a lack of water. It is the loss of a landscape's ability to hold water.
Healthy soil functions like a sponge. Built from organic matter, fungal networks, plant roots, insects, and billions of microorganisms, it can absorb and store enormous quantities of water. When rain falls, much of it infiltrates the ground, replenishing soil moisture and underground aquifers. The water moves slowly through the landscape and across layers of soil, sustaining rivers and vegetation long after the storm has passed.
However, degraded soil behaves differently.
Decades of intensive cultivation, overgrazing, vegetation loss, repeated tillage, and use of synthetic inputs reduce soil organic matter and weaken the soil food web. As soil structure deteriorates, the ground becomes compacted and hardens. Pores that once allowed water to penetrate collapse. Rain can no longer soak in. So, when a heavy rainfall arrives, the water cannot penetrate the ground and flushes all that lays on the surface.
Instead of absorbing the water, the soil lets it run downhill. Small rivulets become torrents. Topsoil is stripped away. Gullies form. Streams rise rapidly, and rivers burst their banks. The same rainfall that would once have been absorbed by the landscape becomes a destructive flood.
At Commonland, we work with communities to restore landscapes that have been identified as degraded—places where decades of ecological decline have reduced the land's ability to support communities, livelihoods, and biodiversity. We aim to provide those communities and local organizations with the means to reverse the cycle of degradation and contribute to regenerating the landscapes they live in and depend on. However, reversing the effects of decades of landscape degradation is not an easy ride.
Over the past 18 months, two of those landscapes, on opposite sides of the world in Spain and South Africa, have delivered the same warning: Without healthy ecosystems, our social, economic, and financial systems collapse.
In the Spanish town of Grazalema, where around 1,500 people are nestled in the mountains of Cádiz, the 2026 January rains shattered records. The landscape, as a result of decades of intensive land use, had lost much of its ability to absorb and regulate water. Aquifers filled rapidly. Water began emerging through the ground itself, threatening the ancient karstic system on which the village sits. Gullies opened across farmland, roads disappeared, and the entire town was evacuated for 10 days.
We have funded the degradation of the systems that protect us, while calling it productivity. The rains are now sending the invoice.
For local farmers, the damage was not only immediate but cumulative. Fields were washed out or left waterlogged, making planting impossible. Topsoil was stripped away, taking with it both fertility and future yield potential. Livestock grazing areas were damaged or cut off, feed stores were lost or became inaccessible, and seasonal cycles were disrupted beyond repair for the year.
“The economic damages for all our activities have been very high,” says Carmen Bueno, owner of the regenerative farm Tambor del Llano. Bueno is also a member of Asociación Serranías Vivas, a local association that brings together farmers, land managers, and rural stakeholders working to restore and protect the Sierra de Cádiz landscape through more sustainable land use and coordinated landscape restoration efforts.
More than 8,000 kilometers away, another landscape faced a sadly similar story.
In May 2026, catastrophic flooding tore through the Langkloof and Baviaanskloof valleys on South Africa’s Eastern Cape. After months of droughts drying up the land, the floods washed everything away: from fields, to tarmac roads, as well as wetlands. For many households, this meant more than infrastructure loss—it meant isolation. Local communities could not move out of their house, let alone the valleys; food and water supplies could not be accessed; farm produce could not reach markets; and tourism bookings collapsed overnight. Repair work, where possible, became slow and costly, held back by washed-out routes and limited resources in already stretched communities.
“These are communities that were already living on the margins,” said Justine Rudman-Koekemoer, co-director and financial manager of Living Lands, an organization working to restore landscapes and support the rural communities who depend on them. "There are no easy routes in or out, no quick fixes. Recovery will be slow and expensive, and it will not happen without outside help." Today, fundraising efforts are underway to rebuild essential damaged infrastructure from the floods.
The hit associated with these events is felt across everyone living in the landscape, from the local communities whose houses were flooded, including the farmers who lost their harvests, to the public infrastructure that needs to be repaired and rebuilt.
However, those losses also have a ripple effect across the broader financial and private sectors, which often fail to account for the climate and nature risk they are exposed to. As a result of these events, loans from banks are likely to be delayed or defaulted, insurance payouts are likely to be requested, and investments into businesses lost.
These devastating events raise an essential question: What if instead of waiting for landscapes to collapse to pay the costs, we invested in the resilience of those very landscapes?
In the financial world, risk and return are two sides of the same coin; the rate of return is determined based on the risk of losing that money.
Over the past decades, investments toward nature were often framed as opportunities for investors to make a commercial return. However this rarely holds true, and most investments continue to flow toward extractive industries, outpacing investment in nature-based solutions by more than 30 to 1: In 2022, roughly $7.4 trillion was spent on extractive activities, and only $220 billion was spent on regenerative activities.
But what if we turned the logic for investing in nature on its head and started to present landscape restoration as a risk mitigation strategy for investors. Given that all the loans, insurance, and investments are tied to enterprises and people based in landscapes, they are directly exposed to the risk related to the health of these very landscapes.
The risk landscape desertification creates isn't abstract. Over 80% of Europe's natural habitats are now in poor or bad condition, leaving the continent more vulnerable to floods, droughts, and ecological instability. Restored wetlands, regenerated soils, and resilient forests aren't symbolic gestures—they're working infrastructure that slows water, stores carbon, and absorbs shocks before those shocks become disasters for people on the ground, and financial losses for capital providers.
Those who work degraded land understand this without needing the statistics. In Grazalema, southern Spain and in the Baviaanskloof, South Africa, farmers and land stewards have watched extreme rainfall turn bare, depleted soil into disaster—fields washed away, roads severed, local economies set back years by a single storm. They know, from direct experience, that land isn't just a commodity but a living system everything else depends on.
It’s now the private and financial sectors’ turn to recognize and value those risks by investing in mitigation solutions. In practice, they can begin by estimating the costs that climate change and environmental degradation could create in the landscapes where they invest or source products. This estimate can then help determine how much investment should be directed toward preventing desertification and restoring those landscapes. Landscape restoration could then become a risk mitigation strategy with an allocated budget for implementing the restoration of those landscapes.
We have funded the degradation of the systems that protect us, while calling it productivity.
The rains are now sending the invoice.
What we are facing is not a choice between conservation and growth, but between repeatedly paying for destruction after the fact or investing in the systems that prevent it in the first place.
Restoration is not a cost to be minimized. It is the most reliable form of resilience we have and the only one that strengthens the system it protects.
Nature restoration is not a discretionary environmental cost; it is resilience infrastructure in its most fundamental form.
To recognize it as such, we need to move beyond fragmented, short-term funding and unlock access to large scale funding from the public, private, and financial sectors to the organizations and individuals on the ground that are on the frontline of landscape restoration.
Restoration is not a cost to be minimized. It is the most reliable form of resilience we have and the only one that strengthens the system it protects.
The task ahead is to ensure that we do not let degradation become the author of the story we tell about rain.
When the rains come, let us still look to the sky in relief.
A new United Nations report finds that well over half of the world's children live in areas facing drought, 1.5 billion face heatwaves, and 370 million are exposed to flooding.
As global fossil fuel giants report windfall profits from the US-Israeli war on Iran and President Donald Trump pushes to continue oil, gas, and coal extraction despite the clear risks to the planet, the United Nations children's welfare agency on Tuesday provided "the most detailed global picture to date" of how children across the world—in low-, middle-, and high-income countries—are being impacted by the fossil-fueled climate emergency.
According to the Children’s Climate Risk Report 2026 by the UN Children's Fund (UNICEF), nearly every child in the world is now exposed to at least one climate hazard, including riverine or coastal flooding, dangerous heatwaves, severe storms, or drought—all extreme weather events that scientists say are being made more hazardous by continued greenhouse gas emissions, which are pushing the goal of limiting planetary heating to 1.5°C further out of reach, according to experts.
There were 2.4 billion children on Earth in 2025, and according to the report, 2.3 billion of them are estimated to live in areas with air pollution—identified in the report as is "not primarily driven by Earth’s climate but... highly sensitive to and compounded by it."
Well over half of the world's children, 1.8 billion, are exposed to drought, and 1.5 billion are living in areas facing heatwaves that have grown longer and more severe as fossil fuel extraction has continued despite scientists' and energy experts' warnings.
About 1.2 billion children are exposed to extreme heat where they live, while about 370 million live in areas affected by either riverine flooding or coastal flooding—which have been driven by more severe tropical storms, affecting 662 million children worldwide and frequently disrupting homes, schools, and health services.
Children in sub-Saharan Africa were identified as the most vulnerable to climate hazards, with communities facing extreme heat, drought, and heatwaves.
Children in South Asian countries, such as Bangladesh and Pakistan, were found to have the most children exposed to multiple hazards at the highest intensities, such as flooding and extreme heatwaves.
"The climate crisis does not manifest as a single event. For millions of children, the reality is a complex and dangerous cascade of multiple, overlapping hazards," reads the report's executive summary. "This compounding of threats overwhelms the capacity of unprepared social services and undermines the resilience of families and communities. For instance, intense droughts can devastate crops and worsen food insecurity. Dry vegetation left behind by a drought can fuel wildfires, which in turn exacerbate air pollution and leave the land vulnerable to flash floods later in the year. These floods can destroy infrastructure such as homes, schools and hospitals, displace communities, and spread waterborne diseases."
"These effects can create a vicious cycle: Destroyed homes can lead to displacement, which can result in a lack of shelter, depriving children of protection from additional impacts and making them even more susceptible to future hazards," continues the report. "Disrupted education can have lifelong consequences, making it harder for children to build a stable future and break free from hardship."
The report calls on governments to reduce fossil fuel emissions and "take ambitious action" to secure a just transition toward renewable energy; protect children through inclusive climate adaptation and loss and damage funding; and invest in climate education to ensure that "children’s needs and perspectives are reflected in local, national, regional, and global decision-making on climate policy and climate finance."
UNICEF emphasized that "we know what works: installing solar power to keep children learning during power outages, switching to groundwater aquifers for drinking water as surface water sources dry up, upgrading sanitation systems to recycle water for farming, and building shelters to protect children and their families from tropical storms."
Specific recommendations in the report include:
Tom Slaymaker, a monitoring specialist for a joint UNICEF and World Health Organization program focused on water supply, sanitation, and hygiene, said the message in the report "is clear."
"Climate change is not only changing the planet, but also children," said Slaymaker. "Without urgent, child-focused climate action, the shocks they face today will only intensify. But with the right investment and political will, we can reduce risks, strengthen systems, and give children the chance to survive and thrive.”
Catherine Russell, executive director of UNICEF, said the agency's analysis "can help governments and decision-makers plan better and invest more effectively in resilient services."
"When we strengthen health and education systems, and improve infrastructure with children in mind," said Russell, "we protect them from today’s climate threats and help secure their future.”
Experts agree that the climate emergency caused by the burning of fossil fuels is making extreme rainfall events on the islands wetter and more common, reigniting the debate about who should foot the bill.
Hawaii was inundated by its worst flooding in 20 years over the weekend, in another reminder of how the climate crisis disrupts the lives of ordinary people by increasing the likelihood and frequency of extreme weather events.
Hawaii Gov. Josh Green on Tuesday formally requested federal aid for a series of storms this month that he said could cost the state more than $1 billion in debris clearing and repairs to homes, roads, and infrastructure.
“These storms have impacted every county in our state and stretched our emergency response capabilities,” Green said in a statement.
Hawaii's waterlogged woes began on March 10 with the first in a series of winter Pacific rainstorms known as Kona lows. The initial storm caused upwards of $400 million in damages, including to Maui's Kula Hospital, and left the ground saturated when another storm rolled in beginning March 19, leading to what Green told Hawaii News Now was “the largest flood that we’ve had in Hawaii in 20 years."
“Should the residents just consider it an act of God and open up their checkbooks whenever this happens when the record is clear about who knew what and when they knew it?”
This second storm inundated Oahu's North Shore on Friday night, necessitating more than 230 rescues and placing 5,500 people under an evacuation order at one point, according to The Associated Press. The storm damaged hundreds of homes as well as schools, airports, and highways. All told, the two storms dumped a total of four feet of rain on parts of Oahu and Maui, Green said, as CBS reported.
"We lost everything," Oahu resident Melanie Lee told CBS News after visiting her flood-damaged home on Monday. "My children's pictures. Just real sentimental stuff. Now it's like, now where we go from here?"
The agricultural sector was also hard hit, with farmers on Oahu, Maui, Molokai, and the Big Island reporting over $10.5 million in damages, according to Honolulu Civil Beat.
Yet Friday's storm was not the end. On Monday, another downpour brought flash flooding to southern Oahu, as rain fell at a rate for 2-4 inches per hour, shocking even meteorologists.
“When you think it’s over, it’s not quite over,” National Weather Service forecaster Cole Evans told AP on Tuesday.
Oahu Emergency Management Agency spokesperson Molly Pierce told AP: “Most of us have not seen something that just keeps going like this... We feel like we keep getting punched down. But we’ll keep getting back up.”
Experts agree that the climate emergency is making extreme rainfall events on the islands wetter and more common.
As Honolulu Today reported:
The intense flooding in Hawaii highlights the growing threat of extreme weather events driven by climate change. The frequency and intensity of heavy rainfall have increased in the islands, leading to devastating impacts on infrastructure, homes, and communities.
Retired University of Hawaii professor Tom Giambelluca, who now supervises weather monitoring towers, told Honolulu Civil Beat that scientists have observed Hawaii's weather getting dryer generally, while storms tend to drop more rain that causes more flooding.
“It’s not like we never had extremes before. You know, something like this could have happened with no warming, probably,” Giambelluca said. “But these kinds of events seem to be getting more frequent.”
US Rep. Jill Takuda (D-Hawaii) told Maui Now: “We are accustomed to saying, ‘Well, this was a 100-year flood,’ right?... Well, 100-plus-year floods are happening every few years. We literally have to throw away the book in terms of the way we used to look at weather patterns in Hawaii.”
The flooding is also an example of how the impacts of climate disasters can build on each other. Some of the rains fell on Lahaina in Maui, where soil is less absorbent due to scarring from 2023's deadly climate-fueled wildfires.
“We think about evacuation routes when it comes to a fire,” Maui resident Kaliko Storer told Maui Now. “And now we say, when are we going to really sit down and talk about these (flood) controls?”
The connection between the burning of fossil fuels and the uptick in extreme weather events is reigniting the debate about who should pay for the damages from storms like those that swamped Hawaii this month.
State lawmakers are working to pass legislation that would allow insurers to recoup some storm costs from oil and gas companies directly, as Honolulu Civil Beat reported Tuesday.
"This is the third generational rain event we’ve had in the last four weeks,” state Sen. Jarrett Keohokalole (D-24) said. Referring to reporting that large fossil fuels companies have known for decades about the climate-heating impacts of their products and chose to lie to the public instead of act, he added, “Should the residents just consider it an act of God and open up their checkbooks whenever this happens when the record is clear about who knew what and when they knew it?”
Hawaii is also one of several states that has sued Big Oil for climate damages.
Even as oil prices climb due to the US and Israeli war on Iran, Emily Atkin of Heated argued that disasters like Hawaii's prove that the cost is still deflated.
"This is what the true price of oil looks like: Hawaiians wading through their flooded homes while the state scrambles to find a billion dollars for cleanup," she wrote.
“We need to confront climate change effectively,” Indonesia's president said.
More than 1,100 people across South Asia have died after torrential rains fueled by warming temperatures caused widespread flooding and landslides in recent days.
Following days of unprecedented cyclone conditions, people across Indonesia, Malaysia, and Thailand have been left with their homes destroyed and forced to flee for their lives. A separate cyclone in Sri Lanka has left hundreds more dead.
The worst devastation has been seen in Indonesia, where Cyclone Senyar has claimed over 500 lives as of Sunday. On the island of Sumatra, rescue teams have struggled to reach stranded people as roads have been blocked by mudslides and high floodwaters. Many areas are still reportedly unreachable.
As Reuters reported Monday, more than 28,000 homes have been damaged across the country and 1.4 million people affected, according to government figures. At least 464 were reported missing as of Sunday.
Other countries in the region were also battered. In Thailand, the death toll was reported at 176 as of Monday, and more than 3 million people are reported to be affected. The worst destruction has been in the southern city of Hat Yai, which on November 21 alone experienced 335mm of rain, its single largest recorded rainfall in over 300 years.
At least two more have been killed in Malaysia, where nearly 12,000 people still remain in evacuation centers.
Sri Lanka has witnessed similar devastation in recent days from another storm, Cyclone Ditwah, that formed around the same time as Senyar. Floods and mudslides have similarly killed at least 330 people, and destroyed around 20,000 homes, while leaving around a third of the country without electricity. More than 200 people are missing, and over 108,000 are in state-run shelters, officials say.
Work has begun in Indonesia to restore damaged roads, bridges, and telecommunication services. But after he visited survivors in Sumatra, Indonesian President Prabowo Subianto said that the work will extend beyond merely recovering from the storm.
“We need to confront climate change effectively,” Prabowo told reporters. “Local governments must take a significant role in safeguarding the environment and preparing for the extreme weather conditions that will arise from future climate change.”
Southeast Asia was top-of-mind for many attendees at last month's COP30 climate summit in Brazil. As Winston Chow, a professor of urban climate at Singapore Management University and part of the UN’s Intergovernmental Panel on Climate Change (IPCC), told the Straits Times, this is because the region "is highly vulnerable to climate change."
"As a whole, it faces multiple climate risks and hazards, such as rising temperatures, sea-level rise, increasing droughts and floods, and the intensification of extreme events like typhoons," he continued.
In recent years, the region has been hit by annual devastating heatwaves, resulting in record-shattering temperatures. In Myanmar, where temperatures exceeded 110°F last April, Radio Free Asia reported that 1,473 people died from extreme heat in just one month.
Floods have likewise grown more deadly in recent years. Just this month, floods killed dozens more people in Vietnam, and a pair of typhoons killed hundreds more in the Philippines and forced over a million people to evacuate their homes.
While it's difficult to determine the extent to which any one disaster was caused by climate change, in aggregate, they are growing more intense as the planet warms.
"As the world’s oceans and atmosphere warm at an accelerating rate due to the rise in greenhouse gases from burning fossil fuels, tropical cyclones are expected to become more intense," explained Steve Turton, an adjunct professor of environmental geography at CQUniversity Australia in The Conversation on Sunday. "This is because cyclones get their energy from warm oceans. The warmer the ocean, the more fuel for the storm."
According to the National Centers for Environmental Information, part of the US National Oceanic and Atmospheric Administration, October 2025 was the third-warmest October on record globally and had above-average tropical cyclone activity.
"The warming atmosphere is supercharging the global water cycle, and peak rainfall rates are increasing," Turton said. "When more rain falls in a short time, flash flooding becomes more likely."
At COP30, protesters from across Southeast Asia assembled to demand action from global leaders. On November 10, shortly after her home in Manila was battered by a pair of typhoons, 25-year-old activist Ellenor Bartolome savaged corporations and world leaders who have continued to block global action to reduce fossil fuel usage.
“It gets worse every year, and for every disaster, it is utterly enraging that we are counting hundreds of bodies, hundreds of missing people... while the elite and the corporations are counting money from fossil fuels," she told attendees as they entered the conference.
Ultimately, many climate activists and scientists left the conference enraged yet again, as the final agreement stripped out all language related to fossil fuels.
The White House has proposed slashing funds for the nation's water systems by 90%.
As the Trump administration and Republicans in Congress push to eliminate hundreds of millions of dollars in federal funding for water infrastructure, they are increasing the flood risk community waters system face across the United States—making it more likely that close to 60 million people could lose access to safe water during or after such emergencies.
The environmental justice group Food and Water Watch (FWW) on Tuesday released a report on a sometimes overlooked impact of flooding: In addition to the devastating damage that floods can do to homes, roads, and community buildings, flooding can contaminate water supplies while overwhelming water utility systems and putting treatment plants out of commission even after the water has receded.
In Washed Out, FWW warns that the flood risk to the 448 largest community water systems in the country is growing as extreme weather events become increasingly common and more severe, with more than one-third of those systems facing "significant" flood risks.
At least 10% of the land served by the systems with the highest risks lie in areas prone to flooding, according to FWW, and 59.4 million people rely on those systems for safe drinking water.
About 15% of water systems evaluated by FWW have "elevated" flood risks, with at least 20% of land in high flood risk areas, where nearly 22 million people live.
Florida, which had at least four billion-dollar flood disasters between 1980-2024 and experienced several "100-year" rainstorms last year, was identified as having the highest flooding risk for large community water systems. The state is home to 10 of the country's 15 large systems that serve areas where at least half the land is in high flood risk zones.
New Jersey and Louisiana each have two large systems at high risk, while at least half the the area served by Boston's water system is also in a flood zone, putting more than 2.5 million people at serious risk of losing water access in the event of a flood.
Other high risk areas identified by FWW include New York City, where the municipal water system serves 8.2 million people and which has more than 12% of its land in high risk flood zones; Corpus Christi, Texas, where 23% of land is at high risk of flooding; and Alameda County, California, where 42% of land is in a flood zone.
"Now more than ever, it is imperative that all members of Congress stand firmly united against any shortsighted attempt to strip support for our critical water and sewer infrastructure."
"As our analysis illuminates, scores of water systems serving highly-populated communities are at significant threat of flooding that could suddenly break safe water delivery and sanitary sewer operation—for days, weeks or even months. Meanwhile, Trump and Republicans in Congress are seeking to decimate the key federal funding that keeps these systems operating safely," said Mary Grant, water program director at FWW.
Republicans in the US House are currently seeking a 25% cut to the Drinking Water and Clean Water State Revolving Funds (SRF)—the primary source of federal funding for the nation's water and wastewater systems.
An appropriations bill released last month by the House Interior Subcommittee would slash the funds from $2.8 billion to $2.1 billion, bringing them to their lowest level since 2008.
The proposal does not go as far as President Donald Trump's push to cut the programs by nearly 90% with a plan to eventually zero them out, but FWW noted last month that the proposed cuts "come at a time when the needs of our nation's water and wastewater systems are substantial and growing."
"According to the latest needs survey of the US EPA, upgrading our water and wastewater infrastructure will cost $1.3 trillion over the next two decades just to comply with existing federal law," said the group.
Slashing funds for water infrastructure, including building more climate-resilient systems, would also put the drinking water of millions of people at risk at a time when flooding and other extreme weather disasters is becoming more common due to the continued extraction of planet-heating fossil fuels.
Scientists last year said Hurricane Helene—which along with smaller storms that happened around the same time dumped 40 trillion gallons of rain on the Southeast—was made about 10% more intense and dangerous by the human-caused climate crisis. The flooding left Asheville, North Carolina without safe drinking water for more than seven weeks.
FWW on Tuesday renewed its call for the US to shift from fossil fuels to renewable energy sources—instead of slashing regulations for oil and gas industries as Trump has—and warned that "local water providers must also improve their systems to withstand today's climate reality."
"This level of investment will require a strong federal commitment," said the group.
FWW called on Congress to pass legislation like the Water Affordability, Transparency, Equity and Reliability (WATER) Act "to guarantee federal support for safe and clean water in every community" and reject efforts to strip crucial funding from the SRF.
"Now more than ever," said Grant, "it is imperative that all members of Congress stand firmly united against any shortsighted attempt to strip support for our critical water and sewer infrastructure."
Hurricane Katrina not only exposed the vulnerability of communities to extreme weather events exacerbated by climate change, but also systemic injustices and a deeply flawed US insurance system.
It’s been 20 years since Hurricane Katrina struck the Gulf Coast of the United States, wreaking havoc in Louisiana, Mississippi, and Alabama. An estimated 1,833 people died in the hurricane and the flooding that ensued. The storm destroyed or damaged more than a million housing units and more than 200,000 homes, causing one of the largest relocations of people in US history.
In the months and years that followed, entrenched inequalities, questionable policy choices, and predatory practices by private insurers decided who could return home and rebuild. For instance, countless residents impacted by the hurricane learned too late that their standard homeowners’ insurance offered no protection against flood damage, leaving them to shoulder devastating repair costs themselves. In cities such as New Orleans, these dynamics further marginalized Black residents, who were more likely to live in flood-prone neighborhoods. The result was widespread and often permanent displacement, with longtime communities effectively erased from the map.
Hurricane Katrina not only exposed the vulnerability of communities to extreme weather events exacerbated by climate change, but also systemic injustices and a deeply flawed US insurance system. Private insurers pour billions of dollars into the fossil fuel industry, which is the main contributor to climate change. Thus, insurers help fuel the very crisis that is driving more frequent and severe climate disasters like Hurricane Katrina. Meanwhile, they are passing the financial risk of the escalating impact of climate change onto policyholders and forcing them to bear the costs of the crisis the industry itself helps perpetuate.
As climate-driven storms grow more frequent and increasingly destructive, the same insurance failures, housing crises, and inequitable recovery that followed Katrina now threaten communities nationwide. Two decades later, Katrina’s hard lessons cannot be ignored. Everyone deserves to live in safety and the opportunity to stay in the place they call home. Corporate greed and government negligence cannot continue to undermine these rights.
On August 29, 2005, Hurricane Katrina made landfall with winds that reached 140 miles per hour. These high-velocity winds drove a storm surge that raised sea levels 25 to 28 feet above normal along parts of the Mississippi coast, and 10 to 20 feet along the southeastern Louisiana coast. The surge breached protective levees, causing catastrophic flooding. Two days after the hurricane struck, 80% of the city of New Orleans was underwater. Other coastal towns and cities in Louisiana, Mississippi, Alabama, and along the western Florida panhandle also experienced significant storm surges and destructive winds, which caused widespread flooding and damage to homes.
Approximately 1.5 million people aged 16 years and older had to leave their residences in Louisiana, Mississippi, and Alabama because of Hurricane Katrina. In New Orleans, where the mayor issued a mandatory evacuation order, a population of around 500,000 was reduced to a few thousand people within a week of the storm.
As water was pumped out of the flooded areas and basic services and infrastructure were restored, New Orleanians were allowed to return. But tens of thousands were not able to do so. One year after Katrina, approximately 197,000 residents had not come back to the city; many relocated to the relatively close cities of Houston and Baton Rouge, but others as far away as Alaska and Massachusetts. Still today, many of those who evacuated the city, hoping to return, remain displaced. New Orleans’s metropolitan area population remains 20% below pre-Katrina levels.
The development of New Orleans has been fraught with injustices. Racial segregation, redlining, and chronic underinvestment in Black communities pushed residents and renters into areas with crumbling infrastructure, poorer-quality homes, and greater exposure to environmental hazards and contaminants.
When Katrina hit, Black residents were concentrated in the most vulnerable parts of New Orleans, located well below sea level and poorly protected by inadequate levees. Accordingly, neighborhoods with the highest percentages of Black residents saw greater housing destruction from the storm.
Did You Know?
The disparate impact of climate disasters on property and infrastructure in US minority communities is the result of nearly a century of discriminatory home lending and insurance policies.
In the 1930s, the US federal government used a rating system in its low-cost home loan program to assess lending risk. Assessors created maps ranking the perceived risk of lending in certain neighborhoods, with race often used as the determining factor in assessing a community’s risk level. Black and immigrant neighborhoods were typically rated as “hazardous” and outlined in red, warning lenders that the area was a perilous place to lend money. Known as redlining, these and other discriminatory practices led to a lack of investment in minority communities.
This lack of financial access resulted in shoddy construction and poor infrastructure that have made minority neighborhoods less resilient to climate disasters and more prone to other financial risks. For instance, insurers are more likely to increase premiums if they determine that properties are less resilient to climate damage. This new financial practice is known as bluelining, and it occurs when insurers raise their prices or pull out of areas that they perceive to be at greater environmental risk.
For Lousina’s Black residents, Katrina’s damage was compounded by discriminatory recovery policies that deepened inequalities. After the storm, the federally funded Road Home program was launched to help residents repair or rebuild damaged homes. It offered grants of up to $150,000 per homeowner, but payments were based on whichever was lower—the home’s pre-storm value or the cost to rebuild.
Because property values in Black neighborhoods were often far lower than in white neighborhoods, this meant many Black homeowners would receive only a fraction of what they needed to rebuild. In one case, a woman had rebuilding costs of over $150,000, but because the estimated value of her home pre-storm was much lower, she would’ve received an essentially useless grant of $1,400. As a result, the program was alleged to discriminate against Black homeowners, and a federal class action suit was filed on November 12, 2008, on behalf of 20,000 homeowners. The litigation settled with Louisiana agreeing to reward approximately 1,300 homeowners with $62 million in additional compensation.
Renters fared no better. Hurricane Katrina damaged or destroyed 82,000 rental units in Louisiana, 20% of which were affordable to extremely low-income households. The impact on public and federally subsidized rentals was especially severe. In New Orleans, public-housing residents were displaced at a rate of nearly 90%. And reconstruction policies only exacerbated the disparities these residents faced.
Consider this.
Before the storm hit and floodwaters rose, the Housing Authority of New Orleans evacuated all residents living in its 7,379 public housing units. After the waters receded, residents were allowed to return to approximately 1,600 units. Most other units were sealed off with steel doors and barbed wire—officially due to storm damage—before being slated for demolition. Yet, the redevelopment that followed included far fewer mixed-income apartments. By 2010, five years after the hurricane, less than half of the original 7,379 units were open in any form. The dramatic decrease in public housing contributed to the permanent displacement of many of New Orleans’ longtime residents.
After Katrina, renters faced a range of economic pressures. Many landlords delayed repairs or rebuilding, especially in low-income areas, which are seen as less profitable. Some used the disaster as an opportunity to renovate and target higher-paying tenants, further shrinking the supply of affordable rentals. Within five years of the Hurricane, the stock of mid-priced housing units in New Orleans had declined by more than two-thirds, pushing the median rent from $689 in 2004 to $876 in 2009. These rising costs hit Black residents hardest, forcing many to leave and permanently altering the city’s character.
Even those who could afford to return to New Orleans and buy a new home after Katrina faced soaring prices—up 14% in the first year alone—as demand outpaced the reduced housing supply. In addition, homeowners’ insurance premiums jumped 22% in Louisiana between 2005 and 2007, adding yet another barrier to homeownership.
Then, as now, and to the surprise of many victims of the Hurricane, standard home insurance policies in the US did not protect homeowners from floodwater damage. This means residents must buy additional flood insurance to be protected in the event of a disaster like Katrina.
New Orleans residents had among the highest participation rates in the country in the National Flood Insurance Program (NFIP), a federal government program that provides flood insurance to homeowners, renters, and businesses. However, the majority of residents in areas affected by Katrina had not purchased flood insurance. Uninsured property losses due to flooding were economically devastating, exceeding an estimated $41.1 billion (USD 100 billion in 2024 prices). In addition, the NFIP incurred some $16.1 billion in losses and a deficit exceeding $18 billion as a direct result of the flooding caused by Katrina.
Even for New Orleanians with flood insurance, coverage likely fell short. Policies typically covered about $152,000—the city’s median house price at the time. But this was rarely enough to replace the damaged household contents or to pay residents for temporary housing while their home was uninhabitable.
More and more, whether people hit by climate-driven storms get anything from their insurers depends not on the fact that their homes were damaged, but on how they were damaged.
While the standard home insurance policy does not cover water damage from a hurricane, it does cover wind damage. This gap left residents and insurers arguing about whether Katrina’s destruction to their homes was caused by its high-velocity winds or the flooding that followed, with multiple lawsuits challenging the validity of flood exclusions in insurance policies. Even before the flooding receded and residents of Louisiana and Mississippi could start to rebuild their lives, courts were inundated with litigation, with about 6,600 insurance-related lawsuits being instigated in the US District Court. Yet, Katrina’s destructive flooding was driven by a storm surge powered by the hurricane’s high winds—the very peril homeowners’ policies are supposed to cover.
On September 15, 2005, Mississippi’s Attorney General Jim Hood filed a case against five of the largest homeowners’ insurers in the state. Attorney General Hood sought a court declaration that the flood exclusion provision in standard home insurance policies was “void and unenforceable” and in violation “of the public policy of the State of Mississippi.” However, in that case and others, courts ruled that the flood exclusions were spelled out clearly in homeowners’ insurance policies and did not violate public policy.
The exclusion of water damage from insurance coverage remains a present issue for existing homeowners. According to the Federal Emergency Management Agency, since 1996, 99% of US counties have been impacted by flooding, but only 4% of homeowners have flood insurance. And, more importantly, over half (56%) of American homeowners don’t know that their home insurance policy excludes flood damage. As hurricane season intensifies, many homeowners will be shocked to learn that their insurance does not cover flood loss.
After Katrina, some insurers exploited the false dichotomy between wind and water damage, classifying losses as water damage to shift liability onto homeowners or the NFIP.
In 2013, a federal jury in Mississippi found that State Farm Fire and Casualty Co. defrauded the NFIP after avoiding covering a policyholder’s wind losses from Katrina by blaming the damage on storm surge, which is covered by federal flood insurance. Almost 10 years later, in August 2022, State Farm settled the case, agreeing to pay $100 million to the federal government.
State Farm was not the only insurer engaged in nefarious behavior, attributing Hurricane Katrina damage to flooding instead of wind. In oral argument before the Mississippi Supreme Court in 2009, insurance company USAA publicly admitted that it shifted its own costs to the NFIP and thus taxpayers.
The false dichotomy between the wind and water damage resulting from a hurricane remains nebulous. The damage caused by Hurricane Ian in Florida, North Carolina, and South Carolina in 2022, with its record-high wind speeds, generated $63 billion in private insurance claims. In contrast, 2018’s Hurricane Florence primarily caused water—not wind—damage in North and South Carolina, leaving uninsured flood losses estimated at nearly $20 billion and letting private insurers largely escape liability. More and more, whether people hit by climate-driven storms get anything from their insurers depends not on the fact that their homes were damaged, but on how they were damaged.
Hurricane Katrina exposed widespread gaps in home insurance coverage that persist today. In the 20 years since Katrina, unmitigated climate change has fueled rising temperatures and made extreme weather events such as hurricanes both more frequent and more severe. As storms grow costlier and more destructive, insurers have raised home insurance premiums and declined to renew many policies, leaving households with fewer options for protection. This escalating cycle has produced today’s insurance crisis.
Federal and state lawmakers must respond. The federal government must reform the NFIP to improve federal flood insurance and ensure it provides affordable coverage for more hazards. At the same time, the NFIP should do more to support community-based mitigation. States, meanwhile, must use their regulatory authority over insurance markets to address skyrocketing insurance costs and growing coverage gaps resulting from mounting climate change impacts.
Regulators should adopt legislation, like New York’s Insure Our Future bill, to prohibit insurers from underwriting new fossil fuel projects, require them to phase out support for existing projects, and force insurers to divest from fossil fuel companies.
The insurance industry cannot ignore its role in fueling the very crisis it now faces. Climate change-induced disasters are indisputably driven by fossil fuel emissions. And insurance companies facilitate climate change by investing in fossil fuel companies and underwriting fossil fuel projects. US insurance companies have investments of more than $500 billion in fossil fuel-related assets, including coal, oil, and gas. In 2022 alone, insurers worldwide collected $21 billion in premiums for underwriting fossil fuel projects—directly enabling their expansion.
Regulators should adopt legislation, like New York’s Insure Our Future bill, to prohibit insurers from underwriting new fossil fuel projects, require them to phase out support for existing projects, and force insurers to divest from fossil fuel companies. Without bold action, insurers will continue to profit from climate destruction while leaving families and communities to bear the costs.
"The death toll may rise as we are still looking for dozens of missing people," said a spokesperson for an emergency agency in northwestern Pakistan.
Five people on a helicopter rescue team were among nearly 200 people killed by extreme rainfall and flooding in Pakistan in a single day on Friday—the country's latest emergency caused by increasingly severe monsoon seasons, which scientists say are being fueled by the human-caused climate crisis.
The vast majority of deaths were recorded in mountainous areas in the northwestern region, with at least 171 people killed on Friday in Khyber-Pakhtunkhwa.
As the Associated Press reported, "cloudbursts," or sudden and intense downpours over small areas, have become increasingly common in India and northern Pakistan in recent years and have caused landslides and flooding.
Pakistan has faced more extreme heatwaves and abnormal torrential downpours during its monsoon season, which typically occurs from June-September. Glaciers like those in the Gilgit-Balistan region, which hold 75% of Pakistan's stored water supply, have also been melting faster due to higher temperatures—another cause of flash floods. Several landslides have been reported along the Karakoram Highway in that region, which is heavily used by tourists and for trade.
International scientists at the World Weather Attribution said last week that rainfall in Pakistan from June 24-July 23 was 10-15% higher than it would have been without planetary heating linked to fossil fuel emissions, which have steadily risen since the 1950s with wealthy countries including the United States being the biggest contributors.
The death toll from the current ongoing extreme weather, which is expected to continue in the coming days, will likely rise significantly, said officials on Friday.
Authorities suspended an annual Hindu pilgrimage to a Sufi shrine in the northwestern Buner district, which began July 25 and was supposed to continue until early September.
About 78 people have been killed in Buner, mostly by floodwaters that swept them away and houses that collapsed.
Officials were helping nearly 4,000 pilgrims evacuate the area on Friday, building makeshift bridges to help people cross waterways and using dozens of excavators to move boulders, uprooted trees, and other debris.
"The death toll may rise as we are still looking for dozens of missing people," provincial emergency service spokesperson Mohammad Suhail told the AP.
A merchant in the Buner district told the New York Times that he had lost thousands of dollars in goods.
"Everything I had, groceries, edible items, is destroyed," Syed Mehmood Bacah said. "I could not save anything."
The disaster comes three years after Pakistan's worst monsoon season on record, in which flooding killed more than 1,700 people and caused an estimated $40 billion in damages.
Pakistan has become the world's fifth-most vulnerable country to climate disasters despite contributing only about 1% of the world's fossil fuel emissions.
The National Disaster Management Authority said the total number of rain-related deaths has now reached at least 556 since June 26, with more than 700 people injured.
Northern India has also been affected by flash flooding this week, with at least 44 people killed and more than 100 others injured in the Indian-controlled part of Jammu and Kashmir.
Public services can prevent and mitigate disasters, but they’re being prevented from doing so by politicians like President Donald Trump and Ted Cruz.
Growing up in Texas, many of my summers were spent at summer church camps just like Camp Mystic, where 27 girls died in the recent flash floods. Over 130 people in central Texas have been confirmed dead overall.
Had I been just a few years younger, it’s hard not to feel like I could’ve been one of those girls tragically lost. But this tragedy was no “natural” disaster—it was political.
Texans have gotten used to “unprecedented” natural disasters. When I was growing up, we practically never got snow; now winter storms have become the norm. Hurricanes and extreme heat have become more frequent and more dangerous. And intense rain, which causes flash floods, is worsening.
The evidence is overwhelming: These trends are all happening because of climate change, caused by human pollution. And to stay safe, we need to constantly study the climate to predict these disasters and prevent the worst from happening.
While they cry that there’s no money to fully fund and staff environmental agencies, they don’t think twice about passing a Pentagon budget that’s now over $1 trillion a year, or extending trillions of dollars worth of tax cuts for the wealthy.
Better warning systems may or may not have been effective for such an unexpected flood. Yet it seems unthinkable that better funding could not have helped prevent this tragedy. For one, the Guadalupe River is prone to flooding, but state officials have blocked efforts for years to use Federal Emergency Management Agency funds to install early warning systems along it.
Unfortunately, many of our politicians are outright hostile to funding the agencies that do this vital work—or any kind of public service. Just a few months ago, the Trump administration made sweeping cuts to both the National Weather Service (NWS) and the National Oceanic and Atmospheric Administration (NOAA).
As I write, 6 out of 27 positions at the NWS Austin-San Antonio office, which covers the affected Kerr County, are listed as vacant, including the position for warning coordination meteorologist. (The previous coordinator took the Department of Government Efficiency’s offer of early retirement.) At NOAA, the cuts have affected hundreds of scientists and reduced the agency’s ability to launch weather balloons to more accurately analyze weather patterns.
Texas Republicans are still defending these cuts. Before all the bodies had even been discovered, state Rep. Briscoe Cain (R-128) tweeted, “We must not allow this great tragedy to be used to grow government.” And Sen. Ted Cruz personally eliminated $150 million for NOAA’s climate change research in the GOP budget (the so-called “Big Beautiful Bill”).
Part of the problem is that public goods like the National Weather Service are “invisible”—that is, you don’t notice them when they’re working well. This makes them uniquely vulnerable to calls for budget cuts, because who’s going to notice understaffing at the NWS?
But when these cuts go through—and understaffed agencies fail to serve their purpose—people say the services don’t work. And there are calls for more budget cuts.
The Trump administration’s proposed 2026 budget for NOAA, for example, cuts the agency’s budget by 26%. And despite widespread complaints that FEMA wasn’t answering calls from Texans during the disaster, the administration has proposed eliminating the agency or devolving it to the states.
Public services are caught in a lose-lose situation: Regardless of their performance, they face calls for budget cuts.
But the politicians that spew this rhetoric often aren’t interested in having efficient public services or reducing the federal debt. While they cry that there’s no money to fully fund and staff environmental agencies, they don’t think twice about passing a Pentagon budget that’s now over $1 trillion a year, or extending trillions of dollars worth of tax cuts for the wealthy.
Attending summer camps are some of my fondest memories from growing up. But for hundreds of families in Texas, that experience has become a nightmare. It didn’t have to be this way—and we can still change course.
Public services can prevent and mitigate disasters, but they’re being prevented from doing so by politicians like President Donald Trump and Ted Cruz, who’d rather fund tax breaks for the wealthy and the war machine.
We need to change the rhetoric around public services in this country, and shine a light on all the good “invisible” services do.