May 30, 20256 min readInside the Lifesaving Power of Doppler Weather RadarDoppler radar is one of the most revolutionary and lifesaving tools of modern meteorology, which has experts worried about outages because of recent staffing cuts and conspiracy theoriesBy Andrea Thompson edited by Dean Visser Mfotophile/Getty ImagesOutside every National Weather Service (NWS) office around the U.S. stands what looks like an enormous white soccer ball, perched atop metal scaffolding several stories high. These somewhat plain spheres look as ho-hum as a town water tower, but tucked inside each is one of modern meteorology’s most revolutionary and lifesaving tools: Doppler radar.The national network of 160 high-resolution radars, installed in 1988 and updated in 2012, sends out microwave pulses that bounce off raindrops or other precipitation to help forecasters see what is falling and how much—providing crucial early information about events ranging from flash floods to blizzards. And the network is especially irreplaceable when it comes to spotting tornadoes; it has substantially lengthened warning times and reduced deaths. Doppler radar has “really revolutionized how we’ve been able to issue warnings,” says Ryan Hanrahan, chief meteorologist of the NBC Connecticut StormTracker team.But now meteorologists and emergency managers are increasingly worried about what might happen if any of these radars go offline, whether because of cuts to the NWS made by the Trump administration or threats from groups that espouse conspiracy theories about the radars being used to control the weather. “Losing radar capabilities would “take us back in time by four decades,” says Jana Houser, a tornado researcher at the Ohio State University. If they go down, “there’s no way we’re going to be effective at storm warnings.”On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.How Doppler radars workThe NWS installations form a network called the Next Generation Weather Radar, or NEXRAD. Inside each giant white sphere is a device that looks like a larger version of a home satellite TV dish, with a transmitter that emits pulses in the microwave region of the electromagnetic spectrum. Those pulses bounce off raindrops, snowflakes, hailstones—what meteorologists collectively call hydrometeors—and back to the dish antenna. (The pulses also sometimes bounce off bats, birds and even moving trains, which yield characteristic radar patterns that experts can usually identify.)Amanda MontañezThe power of the returning signals lets experts create a picture of size, shape and intensity of any precipitation—and this is what you see on a phone app’s radar map or a TV broadcast.But NEXRAD can do much, much more than show how hard it’s raining. Within its sphere, each unit rotates and scans up and down through the sky, helping forecasters see what is happening at multiple levels of a storm system. These vertical profiles can show, for example, whether a tornado is forming or a storm is creating a downburst—a rapid downward blast of wind. “Doppler radar basically allows us to see in the clouds,” Hanrahan says.And then there’s the “Doppler” part itself. The name refers to a phenomenon that’s familiar to many, thanks to the electromagnetic waves’ acoustic counterpart. We’ve all experienced this, often most obviously when we hear an emergency vehicle siren pass nearby: the pitch increases as the car gets closer and decreases as it moves away. Similarly, the returning radar bounce from a rain droplet or piece of tornadic debris that is moving toward the emitter will have a shorter wavelength than the pulse that was sent out, and the signal from an object moving away from the radar will have a longer wavelength. This allows the radar to efficiently distinguish the tight circulation of a tornado.These two images show how dual-polarization helps NWS forecasters detect a tornado that is producing damage. The left image shows how the Doppler radar can detect rotation. Between the two yellow arrows, the red color indicates outbound wind, while the green color indicate inbound wind, relative to the location of the radar. The right image shows how dual-polarization information helps detect debris picked up by the tornado.NOAAThe nation’s radar system was upgraded in 2012 to include what is called dual polarization. This means the signal has both vertically and horizontally oriented wavelengths, providing information about precipitation in more than one dimension. “A drizzle droplet is almost perfectly spherical, so it returns the same amount of power in the horizontal and in the vertical,” Hanrahan says, whereas giant drops look almost like “hamburger buns” and so send back more power in the horizontal than the vertical.Are Doppler radars dangerous? Can they affect the weather?Doppler radars do not pose any danger to people, wildlife or structures—and they cannot affect the weather.Along the electromagnetic spectrum, it is the portions with shorter wavelengths such as gamma rays and ultraviolet radiation that can readily damage the human body—because their wavelengths are the right size to interact with and damage DNA or our cells. Doppler radars emit pulses in wavelengths about the size of a baseball.Amanda MontañezBeing hit by extremely concentrated microwave radiation could be harmful; this is why microwave ovens have mesh screens that keep the rays from escaping. Similarly, you wouldn’t want to stand directly in front of a radar microwave beam. Military radar technicians found this out years ago when working on radars under operation, University of California, Los Angeles, climate scientist Daniel Swain said during one of his regular YouTube talks. They “had experiences like the candy bar in their pocket instantly melting and then feeling their skin getting really hot,” he said.Similar to how a microwave oven works, when the microwave signal from a radar hits a hydrometeor, the water molecules vibrate and so generate heat because of friction and reradiate some of the received energy, says Cynthia Fay, who serves as a focal point for the National Weather Service’s Radar Operations Center. But “microwave radiation is really not very powerful, and the whole point is that if you stand more than a couple dozen feet away from the dome it's not even really going to affect your body, let alone the global atmosphere,” Swain adds.At the radar’s antenna, the average power is about 23.5 megawatts (MW) of energy, Fay says. (A weak or moderate thunderstorm may generate about 18 MW in about an hour.) But the energy from the radar signal dissipates very rapidly with distance: at just one kilometer from the radar, the power is 0.0000019 MW, and at the radar’s maximum range of 460 kilometers, it is 8.8 x 10–12 MW, Fay says. “Once you’re miles away, it’s just really not a dangerous amount” of energy, Swain said in his video.A supercell thunderstorm that produced an F4 tornado near Meriden, KS, in May 1960, as seen from the WSR-3 radar in Topeka (left). A supercell thunderstorm that produced an EF5 tornado in Moore, OK, in May 2013, as seen from a modern Doppler weather radar near Oklahoma City (right).NOAAAnd Doppler radars spend most of their time listening for returns. According to the NWS, for every hour of operation, a radar may spend as little as seven seconds sending out pulses.The idea that Doppler radar can control or affect the weather is “a long-standing conspiracy [theory] that has existed really for decades but has kind of accelerated in recent years,” Swain said in his video. It has resurfaced recently with threats to the National Oceanic and Atmospheric Administration radar system from an antigovernment militia group, as first reported by CNN. The Washington Post reported that the group’s founder said that its members were carrying out “attack simulations” on sites in order to later destroy the radars,—which the group believes are “weather weapons,” according to an internal NOAA e-mail. NOAA has advised radar technicians at the NWS’s offices to exercise caution and work in teams when going out to service radars—and to notify local law enforcement of any suspicious activity.“NOAA is aware of recent threats against NEXRAD weather radar sites and is working with local and other authorities in monitoring the situation closely,” wrote a NWS spokesperson in response to a request for comment from Scientific American.What happens if weather radars go offline?NOAA’s radars have been on duty for 24 hours a day, seven days a week and 365 days a year since 1988 (with brief downtimes for maintenance and upgrades). “It’s amazing what workhorses these radars have been,” Hanrahan says.The image on the left shows a reflectivity radar image of a supercell thunderstorm that produced several tornadoes on April 19, 2023, near Oklahoma City, OK. The hook shape present often indicates rotation within the storm. The image on the right show velocity information that corresponds to the reflectivity image. Very strong inbound winds (green colors) are next to very strong outbound winds (bright red/yellow colors). This very strong inbound/outbound “couplet” indicates the very strong rotation of a tornado.NOAABut they do require that periodic maintenance because of all the large moving parts needed to operate them. And with Trump administration cuts to NOAA staffing and freezes on some spending, “we just got rid of a lot of the radar maintenance technicians, and we got rid of the budget to repair a lot of these sites,” Swain said in his video. “Most of these are functioning fine right now. The question is: What happens once they go down, once they need a repair?”It is this outage possibility that most worries weather experts, particularly if the breakdowns occur during any kind of severe weather. “Radars are key instruments in issuing tornado warnings,” the Ohio State University’s Houser says. “If a radar goes down, we’re basically down as to what the larger picture is.”And for much of the country—particularly in the West—there is little to no overlap in the areas that each radar covers, meaning other sites would not be able to step in if a neighboring radar is out. Hanrahan says the information provided by the radars is irreplaceable, and the 2012 upgrades mean “we don’t even need to have eyes on a tornado now to know that it’s happening. It’s something that I think we take for granted now.”

Last year, Polished Games' top-down 2D survival roguelite Be My Horde introduced players to Moriana, a necromancer--or necromancess, if you prefer--who can make the dead serve as her army. She's the villain of her own story, so it shouldn't be too surprising that Moriana is heading to Hell in the game's newest update. If anything, that's bad news for demons, because Moriana might be taking over Hell one circle at a time.The name of update is "Welcome to Hell," and it adds the Hell level, which may be Moriana's biggest challenge to date. As seen in the newly released trailer below, Moriana's travels through Hell will bring her face-to-face with the Devil himself. That video also offers a more in-depth look at what awaits in Hell. Moriana and her undead minions will have to battle new enemies and survive the severe hazards of the underworld. Fire tornadoes, lava ponds, and explosive volcanoes all stand between Moriana and her destiny.As you may have noticed, Moriana's powers thrive on death, and she can turn every fallen enemy into one of her new warriors. There's no entrance test for this army. If Moriana can kill it, it's her's to command, even if it's just an exploding sheep. However, Moriana is not invincible and she can be defeated in battle. But she always returns with a vengeance.Continue Reading at GameSpot

May 23, 20255 min readNOAA Says It’s Ready for Hurricane Season, but Weather Experts Are WorriedAs hurricane season approaches, thousands of weather and disaster experts have raised concerns about NOAA and NWS budget cuts and staffing shortagesBy Chelsea Harvey & E&E News The remnants of Hurricane Helene begin to dissipate over the United States in this NOAA satellite from Sept. 27, 2024. Space Image Archive/Alamy Stock PhotoCLIMATEWIRE | The National Oceanic and Atmospheric Administration insists it’s ready for the above-average hurricane season that meteorologists expect this summer.But scientists across the country are sounding the alarm about personnel shortages and budget cuts, which they say could strain the agency’s resources and risk burnout among its staff.The tension was on display Thursday as NOAA officials announced the agency’s annual Atlantic hurricane season outlook.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.This year’s projection suggests a 60 percent chance of an above-average season, with anywhere from 13 to 19 named storms and three to five major hurricanes. That’s compared with the long term average of 14 named storms and three major hurricanes in a typical season.NOAA hosted this year’s announcement in Gretna, Louisiana, just outside New Orleans, in a nod to the upcoming 20th anniversary of Hurricane Katrina, which devastated the city in 2005. The agency has made significant strides in hurricane forecasts and warnings over the past two decades, officials said — including life-saving improvements in hurricane track and intensity predictions and new forms of modeling, radar and observation technology.“These improvements and collaborative efforts demonstrate that NOAA is now more prepared than ever for what hurricane season may bring,” said NOAA chief of staff Laura Grimm.But reporters at the briefing pushed back on that certainty, noting that recent cuts have eroded some of the agency’s observation capabilities and left dozens of local National Weather Service offices understaffed.Thousands of scientists have raised the same concerns over the past few months, as the Trump administration has reduced NOAA staff by more than 2,200 people, or around 20 percent of its former workforce. The administration also has proposed a plan to dramatically reorganize the agency and effectively eliminate its climate research operations.The National Weather Service alone has lost around 550 staff members since January, leaving the agency scrambling to fill at least 155 key job openings at regional offices around the country; some include top positions such as meteorologist-in-charge.At least 3,300 scientists have signed an open letter to Commerce Secretary Howard Lutnick, who leads the department that oversees NOAA, warning that cuts to the agency could have “dire consequences for American lives and livelihoods.”And earlier this month, five former National Weather Service directors published an open letter warning that the recent cuts mean NWS staff members face “an impossible task” when it comes to maintaining their usual level of service.Volunteers work to remove debris and mud from a flooded home on Edwards Avenue in Beacon Village neighborhood after a catastrophic flooding caused from Hurricane Helene caused the Swannanoa river to swell to record levels October 5, 2024 in Swannanoa, North Carolina.Steve Exum/Getty Images“Some forecast offices will be so short-staffed that they may be forced to go to part time services,” the letter warned. “Our worst nightmare is that weather forecast offices will be so understaffed that there will be needless loss of life.”NOAA officials sidestepped these worries at Thursday's presentation, insisting the National Hurricane Center’s headquarters is fully staffed and prepared for the upcoming season.“We had some folks go,” said National Weather Service director Ken Graham. “But we’re gonna make sure that we have everything that we have on the front lines. Every warning’s gonna go out.”It remains unclear how the agency plans to address the dozens of vacancies at local offices across the country, including some hurricane-prone areas along the East and Gulf coasts. Lawmakers have reported that NOAA managers are encouraging staff members to pursue reassignments to understaffed offices, while the former NWS directors noted that staff members have been known to sleep in their offices to avoid gaps in coverage.That scenario played out recently at a regional office in Jackson, Kentucky, that is so understaffed that it’s no longer able to regularly operate overnight. When deadly tornadoes struck the region earlier this month, meteorologists there made the decision to call all hands on deck to staff the overnight shift and ensure the quality of forecasts and warnings, CNN reported.But experts say it’s an unsustainable system, which could lead to burnout this summer when disasters like hurricanes, floods and wildfires are at their peak.“It’s not sustainable if we have multiple high-impact weather events,” said Brian LaMarre, a former meteorologist-in-charge at the National Weather Service’s Tampa Bay Area office and founder of the weather consulting service Inspire Weather. “It doesn't matter if we’re forecasting above normal or below normal, it only takes that one storm to truly make a significant impact.”Risks rise with global temperaturesMeanwhile, Atlantic hurricane seasons are expected to grow more intense as global temperatures rise.This year’s projections for an active season are partly linked to above-average ocean temperatures, which help fuel the formation of tropical cyclones. This year’s temperatures aren’t as warm as they were the past two seasons, when ocean waters broke daily records for more than a year. But they’re still warm enough to cause concern.Natural climate cycles play a part in each year’s hurricane outlook. Every few years, the planet shifts between El Niño and La Niña events, which cause temperatures in the Pacific Ocean to grow periodically warmer and cooler. These events influence weather and climate patterns around the globe, with El Niño typically associated with below-average Atlantic hurricane activity and La Niña contributing to more active seasons.This year, the planet is in a neutral phase, meaning Pacific Ocean temperatures are close to average. With no El Niño event to hinder the formation of tropical cyclones, warmer-than-average Atlantic temperatures are likely to fuel an active season.Climate change is partly to blame. Scientists warn that greenhouse gas emissions and continued global warming are gradually raising sea surface temperatures across much of the world. Studies suggest that hurricanes are intensifying faster and growing stronger as a result, leading to a greater risk of major storms striking the United States.Last year’s Atlantic hurricane season was a stark reminder of the growing dangers.Hurricane Beryl smashed records in July as the earliest Atlantic hurricane to achieve a Category 4, before eventually expanding to a Category 5. Hurricane Milton rapidly intensified into the season’s second Category 5 storm — and although it weakened to a Category 3 before making landfall, it dropped historic rainfall and spawned dozens of tornadoes along the Florida coast.And Hurricane Helene made history as an unusually large and fast-moving storm, hitting Florida as a Category 4 and barreling inland, where it carved a path of destruction through Appalachia. It became the deadliest storm to strike the mainland U.S. since Hurricane Katrina.Reprinted from E&E News with permission from POLITICO, LLC. Copyright 2025. E&E News provides essential news for energy and environment professionals.

This is today's edition of The Download, our weekday newsletter that provides a daily dose of what's going on in the world of technology. Meet Cathy Tie, Bride of “China’s Frankenstein” Since the Chinese biophysicist He Jiankui was released from prison in 2022, he has sought to make a scientific comeback and to repair his reputation after a three-year incarceration for illegally creating the world’s first gene-edited children. One area of visible success on his come-back trail has been his X.com account. Over the past few years, his account has evolved from sharing mundane images of his daily life to spreading outrageous, antagonistic messages. This has left observers unsure what to take seriously.Last month, in reply to MIT Technology Review’s questions about who was responsible for the account’s transformation into a font of clever memes, He emailed us back: “It’s thanks to Cathy Tie.”Tie is no stranger to the public spotlight. A former Thiel fellow, she is a partner in a project which promised to create glow-in-the-dark pets. Over the past several weeks, though, the Canadian entrepreneur has started to get more and more attention as the new wife to He Jiankui. Read the full story. —Caiwei Chen & Antonio Regalado Anthropic’s new hybrid AI model can work on tasks autonomously for hours at a time Anthropic has announced two new AI models that it claims represent a major step toward making AI agents truly useful. AI agents trained on Claude Opus 4, the company’s most powerful model to date, raise the bar for what such systems are capable of by tackling difficult tasks over extended periods of time and responding more usefully to user instructions, the company says. They’ve achieved some impressive results: Opus 4 created a guide for the video game Pokémon Red while playing it for more than 24 hours straight. The company’s previously most powerful model was capable of playing for just 45 minutes. Read the full story. —Rhiannon Williams The FDA plans to limit access to covid vaccines. Here’s why that’s not all bad. This week, two new leaders at the US Food and Drug Administration announced plans to limit access to covid vaccines, arguing that there is not much evidence to support the value of annual shots in healthy people. New vaccines will be made available only to the people who are most vulnerable—namely, those over 65 and others with conditions that make them more susceptible to severe disease. The plans have been met with fear and anger in some quarters. But they weren’t all that shocking to me. In the UK, where I live, covid boosters have been offered only to vulnerable groups for a while now. And the immunologists I spoke to agree: The plans make sense. Read the full story. —Jessica Hamzelou This article first appeared in The Checkup, MIT Technology Review’s weekly biotech newsletter. To receive it in your inbox every Thursday, and read articles like this first, sign up here. The must-reads I’ve combed the internet to find you today’s most fun/important/scary/fascinating stories about technology. 1 Thousands of Americans are facing extreme weather But help from the federal government may never arrive. (Slate $)+ States struck by tornadoes and floods are begging the Trump administration for aid. (Scientific American $)2 Spain’s grid operator has accused power plants of not doing their job It claims they failed to control the system’s voltage shortly before the blackout. (FT $)+ Did solar power cause Spain’s blackout? (MIT Technology Review)3 Google is facing a DoJ probe over its AI chatbot deal It will probe whether Google’s deal with Character.AI gives it an unfair advantage. (Bloomberg $)+ It may not lead to enforcement action, though. (Reuters) 4 DOGE isn’t bad news for everyone These smaller US government IT contractors say it’s good for business—for now. (WSJ $)+ It appears that DOGE used a Meta AI model to review staff emails, not Grok. (Wired $)+ Can AI help DOGE slash government budgets? It’s complex. (MIT Technology Review)5 Google’s new shopping tool adds breasts to minorsTry it On distorts uploaded photos to clothing models’ proportions, even when they’re children. (The Atlantic $)+ It feels like this could have easily been avoided. (Axios)+ An AI companion site is hosting sexually charged conversations with underage celebrity bots. (MIT Technology Review)6 Apple is reportedly planning a smart glasses product launchBy the end of next year. (Bloomberg $) + It’s playing catchup with Meta and Google, among others. (Engadget)+ What’s next for smart glasses. (MIT Technology Review) 7 What it’s like to live in Elon Musk’s corner of TexasComplete with an ugly bust and furious locals. (The Guardian) + West Lake Hills residents are pushing back against his giant fences. (Architectural Digest $)8 Our solar system may contain a hidden ninth planetA possible dwarf planet has been spotted orbiting beyond Neptune. (New Scientist $) 9 Wikipedia does swag now How else will you let everyone know you love the open web? (Fast Company $)10 One of the last good apps is shutting down Mozilla is closing Pocket, its article-saving app, and the internet is worse for it. (404 Media)+ Parent company Mozilla said the way people use the web has changed. (The Verge)Quote of the day “This is like the Mount Everest of corruption.” —Senator Jeff Merkley protests outside Donald Trump’s exclusive dinner for the highest-paying customers of his personal cryptocurrency, the New York Times reports. One more thing The iPad was meant to revolutionize accessibility. What happened?On April 3, 2010, Steve Jobs debuted the iPad. What for most people was basically a more convenient form factor was something far more consequential for non-speakers: a life-­changing revolution in access to a portable, powerful communication device for just a few hundred dollars. But a piece of hardware, however impressively designed and engineered, is only as valuable as what a person can do with it. After the iPad’s release, the flood of new, easy-to-use augmentative and alternative communication apps that users were in desperate need of never came.Today, there are only around half a dozen apps, each retailing for $200 to $300, that ask users to select from menus of crudely drawn icons to produce text and synthesized speech. It’s a depressingly slow pace of development for such an essential human function. Read the full story.—Julie Kim We can still have nice things A place for comfort, fun and distraction to brighten up your day. (Got any ideas? Drop me a line or skeet 'em at me.) + Dive into the physics behind the delicate frills of Tête de Moine cheese shavings.+ Our capacity to feel moved by music is at least partly inherited, apparently.+ Kermit the frog has delivered a moving commencement address at the University of Maryland.+ It’s a question as old as time: are clowns sexy? 🤡

May 22, 20255 min readDisaster-Struck States Waiting for Weeks for Trump’s Sign-Off on FEMA AidStates and cities struck by deadly tornadoes and floods are begging the Trump administration for disaster aidBy Thomas Frank & E&E News A man is comforted by a family friend while cleaning up the debris of his house on May 18, 2025 in the community of Sunshine Hills outside of London, Kentucky. A tornado struck the neighborhood of Sunshine Hills just after midnight on May 17, 2025 in London, Kentucky. Michael Swensen/Getty ImagesCLIMATEWIRE | Public officials have started pleading with the Trump administration for help in recovering from deadly disasters as President Donald Trump triggers frustration in states struck by tornadoes, floods and storms by taking no action on requests for aid.Trump has left states, counties and tribes in limbo as he delays making decisions on formal requests for millions of dollars in Federal Emergency Management Agency funding. Some areas that are still reeling from extreme weather are unable to start cleanup.“We’re at a standstill and waiting on a declaration from FEMA,” said Royce McKee, emergency management director in Walthall County, Mississippi, which was hit by tornadoes in mid-March.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.The county of 13,000 people can’t afford to clean up acres of debris, McKee said, and is waiting for Trump to act on a disaster request that was submitted by Gov. Tate Reeves, a Republican, on April 1 after the tornadoes killed seven people, destroyed or damaged 671 homes, and caused $18.2 million in public damage.“I’m disappointed, especially for the people that lost their houses,” McKee said.Trump himself assailed FEMA in January for being “very slow.”The frustration over Trump’s handling of disasters is the latest upheaval involving FEMA. Trump recently canceled two FEMA grant programs that gave states billions of dollars a year to pay for protective measures against disasters. The move drew protests from Republican and Democratic lawmakers.On May 8, Trump fired FEMA leader Cameron Hamilton and replaced him with David Richardson, a former Marine Corps officer who has no experience in emergency management.At a congressional hearing on Tuesday, Missouri Sen. Josh Hawley, a Republican, pleaded with Homeland Security Secretary Kristi Noem to push Trump to approve three disaster requests that Missouri Gov. Mike Kehoe, a Republican, had sent to Trump beginning April 2.“We are desperate for assistance in Missouri,” Hawley said as Noem pledged to help. Her department oversees FEMA.St. Louis Mayor Cara Spencer, whose city was badly damaged by tornadoes earlier this week, told MSNBC: “What we need right now is federal assistance. This is where FEMA and the federal government have got to come in and help communities. Our city can’t shoulder this alone.”U.S. President Donald Trump speaks to members of the press on January 24, 2025 as he prepares to travel to North Carolina, California, Nevada and Florida over the weekend.Kent Nishimura/Getty ImagesTrump has not acted on 17 disaster requests, a high number for this time of year, according to a FEMA daily report released Wednesday. On the same date eight years ago, during Trump’s first presidency, only three disaster requests were awaiting presidential action, the FEMA report from May 21, 2017, shows.Eleven of the 17 pending disaster requests were sent to Trump more than a month ago.“This looks to me like, until FEMA’s role is clarified, then we’re just going to sit on it,” said a former senior FEMA official who was granted anonymity to speak candidly.Trump has indicated that he wants to shrink the agency, which distributes about $45 billion in disaster aid a year, helps with as many as 100 disasters at a time and, he said, “has been a very big disappointment.”“It’s very bureaucratic and very slow,” Trump said in January during a visit to disaster-stricken western North Carolina.The Trump administration has made no announcements about how it is handling requests for disaster aid, leaving governors, local officials and individuals uncertain about what to expect.“A disaster survivor that’s waiting for relief — that’s the hard part about this,” the former FEMA official said.In a statement to POLITICO’s E&E News, White House spokesperson Abigail Jackson said the administration wants state and local governments “to invest in their own resilience before disaster strikes, making response less urgent and recovery less prolonged.”Trump handles disaster requests “with great care and consideration, ensuring American tax dollars are used appropriately and efficiently by the states to supplement — not substitute, their obligation to respond to and recover from disasters,” Jackson said.'Death and destruction'Despite the absence of an announced policy change, Trump’s actions on a handful of disasters indicate that he is making it harder for states to receive FEMA aid for cleanup and rebuilding.There is no indication of partisan considerations in Trump’s actions. Only three of the 17 pending disaster requests came from Democratic governors. Trump made national headlines in April when he denied a request by Arkansas Gov. Sarah Huckabee Sanders, a Republican who was the White House press secretary during his first presidency.The denial of Sanders’ request for aid to clean up debris and repair electric cooperatives after a tornado outbreak in mid-March exemplifies Trump’s new direction. Sanders calculated that the tornadoes caused $11.6 million in public damage, which is more than enough to qualify for FEMA aid.Under long-standing FEMA policy, the agency sets a population-based damage threshold that states must exceed in order to get money for cleanup and rebuilding. In Arkansas, the threshold is slightly more than $5.8 million — and the state’s damage was twice that amount.Sanders appealed the denial, but Trump again rejected her request for repair money, although he did agree to help 249 households pay for temporary housing and minor home repairs with FEMA aid. The federal funding will amount to about $1 million.Trump took the same action on aid requests from West Virginia Gov. Patrick Morrissey, a Republican, and Kentucky Gov. Andy Beshear, a Democrat, after flooding struck their states in February and April, respectively. In both cases, Trump approved money for households and rejected their funding requests for public rebuilding.When Trump rejected Washington state’s April request for aid to help rebuild public infrastructure following a November flood, Gov. Bob Ferguson, a Democrat, noted that the damage easily exceeded the threshold to qualify for federal money.“There are very clear criteria to qualify for these emergency relief funds. Washington’s application met all of them,” Ferguson said after Trump’s denial. Communities “have been waiting for months” for federal aid, “and this decision will cause further delay.”On Tuesday, Beshear sent Trump a new disaster request after tornadoes killed 19 Kentucky residents and caused extensive property damage. Beshear is seeking an “expedited major disaster” declaration, which presidents typically approve in a day or two.“This tornado event is devastating. There’s no other way to describe the death and destruction this has brought to the community,” Beshear said at a news briefing Tuesday.Although the request did not calculate the cost of the damage, Kentucky Division of Emergency Management Director Eric Gibson said Tuesday, “We met a number that is clearly easy for anyone to see that this disaster needs some federal assistance.”Beshear said Trump called him Sunday after the outbreak and "pledged to be there for the people of Kentucky."Reprinted from E&E News with permission from POLITICO, LLC. Copyright 2025. E&E News provides essential news for energy and environment professionals.

Maybe other people are content just knowing the temperature and chance of rain each day, but some of us want to find out every last detail about the weather and in multiple locations. That’s why the Weather Hi-Def Storm Watch Plus app is such a big deal, and it’s so exciting that new users can use code TAKE30 to get a lifetime subscription for just $27.99 (reg. $199.99). Weather Hi-Def Radar goes far beyond normal forecasts. It features weather radar images on interactive satellite maps in real time and with future animations. You can choose a full-screen view to hide the app buttons and have a crystal clear overview of detailed radar activity. Simply tap and hold on the map for current conditions and forecasts, such as checking the direction of a storm in the next few minutes. Of course, this app offers all the usual features of other weather apps, but it also does so much more. It can track 10-day temperatures, rainfall and flooding, winter storm conditions, hurricanes, tropical storms, tornadoes, and more. You can also install Lock and Home Screen Widgets to quickly view hourly weather. A Snow Report displays conditions for your saved locations, including any recent snowfall and the current snow depth. Severe Weather Alerts are activated when precipitation falls or lightning strikes near you and in all saved locations, so you can be prepared and stay safe. Also, be alerted about earthquakes, as well as watches and warnings for floods, tornadoes, thunderstorms, tropical and winter storms, and marine and coastal conditions. In fact, you can get push notifications when precipitation is detected as far as 10 miles from any saved location. Advanced Map overlays provide vital weather information about icy road conditions, tropical storms, earthquakes, air quality, lightning strikes, and even active wildfires. Weather Layers show detailed imagery with layers for temperature, clouds, radar, and more. Enable location permissions to view your GPS position, direction of travel, and elevation on the map. It’s no wonder that Weather Hi-Def Storm Watch Plus has a 4.6 out of 5 stars rating on Apple’s App Store. Get a lifetime subscription to Weather Hi-Def Radar Storm Watch Plus while it’s available to new users for only $27.99 (reg. $199.99) with code TAKE30. StackSocial prices subject to change. _ Weather Hi-Def Radar Storm Watch Plus: Lifetime Subscription See Deal

May 20, 20253 min readWhy Tornado Season Has Been So DestructiveSeveral devastating tornado outbreaks have cut swaths of destruction across the U.S. What’s driving these damaging storms?By Andrea Thompson edited by Dean VisserA U.S. Air Force aerobatic team flies in formation over community members and crews cleaning up debris on May 18, 2025, in the community of Sunshine Hills outside of London, Ky. A tornado struck the neighborhood just after midnight on May 17, 2025. Michael Swensen/Stringer/Getty ImagesNearly 900 tornadoes have torn through more than 30 states so far this year, killing dozens of people, shredding buildings and landscapes across big chunks of the Eastern U.S., and costing billions. The oddly fickle and precise mix of atmospheric ingredients needed to generate tornadoes just happens to have occurred over and over again since mid-March—and the season isn’t over yet.How do tornadoes form?“In order to get a tornado, you need to have a thunderstorm that’s capable of producing a tornado,” says Jana Houser, a tornado researcher at the Ohio State University. Most often, these are what meteorologists call “supercell” thunderstorms, which feature a circulation pattern called a mesocyclone.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.Supercell formation requires a set of conditions that make the atmosphere unstable, and these start with warm, moist air at the surface and cold, dry air above. The instability comes from warmer air’s greater buoyancy, which makes it rise upward. And this mix needs yet another specific ingredient, wind shear, “where winds change speed and direction as you go up with height” in the atmosphere, Houser says. This can create sort of a “tube” of horizontally rotating air. Next, the nascent twister needs an updraft, or upward-moving air, which tightens and speeds up the rotating air, taking it “from spinning like a bike tire” to “spinning like a top.”All of these conditions are necessary—but they’re still not always enough. “Most supercells don’t even actually produce tornadoes in their lifetime,” Houser says.The exact mechanics of tornado formation aren’t yet fully understood, but essentially, air rotation at the ground needs to meet a strong updraft aloft; this pulls the rotation in like a figure skater pulling in their arms, as Houser puts it.Where do tornadoes form?Tornadoes can—and do—happen wherever the right conditions are present, from Argentina to Italy to Bangladesh. But the U.S. is by far the leader in the average annual number of these storms. North America’s geography naturally promotes a crucial collision of air masses: juicy air streams northward from the bathtub warmth of the Gulf of Mexico, while cool, dry winds rush eastward over the Rockies. The air masses meet over the center of the country, which is how the region centered around northeastern Texas and Oklahoma came to be called Tornado Alley. “If you were to design a place that would get repeated severe storms, you would build something like the central U.S.,” says Rich Thompson, chief of forecast operations for the National Weather Service’s Storm Prediction Center.But over the past decade or so, that tornado bull’s-eye has changed a bit. A “new Tornado Alley” has emerged about 400 or 500 miles to the east, in part because moist Gulf air is reaching farther east than in the past.Why do tornadoes mainly form in spring?“Spring tends to be the peak because it’s a transitional season,” Houser says. Coming out of winter, there is still abundant cold air at northern latitudes and aloft, and at the same time, the sun is shining much more, heating up the surface air to promote instability.Fall is also a transitional season, but the air aloft remains generally warmer for some time after summer. Tornado activity doesn’t tend to pick up again until later in the fall, when the atmosphere has cooled down again.The local peaks in tornado occurrence tend to move northward as spring rolls into the summer: the Gulf Coast peaks earlier in the spring, the Southern Plains in May and June, and the Northern Plains and upper Midwest in June and July.The Clear Creek post office lays in rubble after a tornado destroyed it. Several tornadoes hit Greene and Monroe counties in south-central Indiana, leaving a path of destruction.Jeremy Hogan/SOPA Images via ZUMA Press Wire/Alamy Stock PhotoWhy has the current tornado season been so active?By mid-May the U.S. has had an estimated 886 tornadoes. “We’re on the upper end of what is typical” at this point, Thompson says. Until this month, the most active periods this year were in mid-March and early April. “Those were the two that really pushed us above what is typical,” he adds.The meanderings of the jet stream—a narrow band of strong winds high in the atmosphere—are part of what determines how active a season becomes. The jet stream “really dictates what kinds of weather we end up getting at the surface,” Houser says. It influences the paths storms take, and it forms the boundaries between warmer and cooler air masses.In the case of this spring, “we just have periodic high-energy systems that are moving through,” Houser says, and they have been very effective at producing severe weather when they occur. “It’s just a matter of getting the ingredients to show up and getting the storms to take advantage of them,” Thompson says.

May 16, 20253 min readTornadoes Expected to Strike Multiple States This Weekend in One of the Worst Seasons This DecadeTornadoes are predicted across swaths of the U.S. in the coming days, likely adding to this year’s already high tally of such stormsBy Meghan Bartels edited by Dean Visser Thomas Trott/Getty ImagesTornadoes threaten huge swaths of the U.S. this weekend amid a season already marked by unusually high storm activity, even as the National Weather Service faces budget cuts likely to impede its ability to respond to severe weather.What to ExpectThe National Weather Service’s Storm Prediction Center has forecast severe thunderstorms with scattered tornadoes—some of them intense—across parts of Kentucky, Missouri, Illinois, Indiana, Tennessee, Arkansas and Ohio for the afternoon and evening of May 16.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.“Today we’re expecting a severe weather outbreak across the mid-Mississippi, Tennessee and Ohio valleys,” says Jenni Pittman, a meteorologist and deputy chief of the Science and Technology Integration division at the National Weather Service’s Central Region Headquarters. These regions stretch farther east than the historically prevalent “Tornado Alley” of the mid- to late 1900s.“Then we see a renewed chance for severe weather Sunday, continuing Monday and continuing Tuesday as well,” Pittman says. “A lot of the risks on Sunday through Tuesday are going to be from the High Plains pretty much through the Midwest.” National Weather Service maps show these risks concentrated in Kansas and Oklahoma.This weekend’s predicted tornadoes would follow a slight lull in the region, she adds. “We’ve had a little bit of a break here in May, which is typically a pretty busy severe weather month,” Pittman says. “April was very active, and the rest of May does look pretty active as well.”This Year in TornadoesAs of May 15, the National Weather Service has tallied 779 tornadoes in its local storm reports—a preliminary number but a helpful metric for tracking the season’s severity. For comparison, between 2005 and 2015, that same tally averaged 624; between 2010 and 2024, it was 592.“As of mid-May, the U.S. is running well above the typical number of tornadoes to this point in the year,” says Rich Thompson, chief of forecast operations for the Storm Prediction Center.This year to date also stands out against individual years. The most active tornado season of recent years was 2011, when hundreds of storms struck in late April; by mid-May the tally stood at more than 1,300 storms, with more than 2,200 by the end of the year.That year also demonstrated the close connection between just a few days of serious storms and a bad season. “Intense tornadoes are disproportionately responsible for damage, injuries and deaths, and such tornadoes are more common on a few ‘outbreak’ days,” Thompson says. “Thus, the number of outbreak days often determines the severity of the season, with 2011 being the prime example of multiple high-impact tornado outbreaks.”Overall, this year is more on par with last year, which had seen 815 tornado reports by this point in the season. Notably, one third of those storms have occurred during just three outbreak days in March and April, Thompson says.Matthew TwomblyWhat to KnowIf you live in an area where tornadoes are forecast, follow local weather and emergency response offices closely. In general, experts recommend having supplies available to shelter in place and having a safety plan for pets as well as humans. Pittman also recommends that people have multiple ways to stay on top of weather alerts (such as through broadcasts on television and on battery-powered radios, outdoor sirens and fully charged mobile phones).During an event, the National Weather Service recommends that people living where a severe thunderstorm watch is active head to “an interior room on the lowest floor of a sturdy building.”If you’re caught away from shelter, the calculus becomes more complicated. In a vehicle, if a storm is still at a distance, you may be able evade it by driving at a right angle to the tornado’s apparent approach. If already caught in the winds, park instead, and either keep your seat belt fastened and protect your head and neck or get out of the car if there’s someplace safe to lie below the elevation of the roadway. Avoid sheltering under bridges, however, which don’t offer much protection, experts note.

Including, the fire-nado. An excerpt from issue #31 of befores & afters magazine. Replicating natural phenomena was ILM’s central task on Twisters. The visual effects studio would need to analyze the reference, then consider the science behind storms and tornadoes, and finally develop new tools for simulation and rendering to bring what were key ‘characters’ to life. The ILM Art Department also had an early role in crafting keyframe art to help visualize some of the more epic scenes in Twisters. Senior concept artist Brett Northcutt then continued the design process for specific tornadoes. “At first,” he says, “I wasn’t sure how much help I would be as there is a ton of amazing real storm chaser footage online. At that point, ILM visual effects supervisor Florian Witzel told me that director Lee Isaac Chung wanted each tornado to be like a monster, each with its own characteristics.  That really resonated with me as I could play with size, lighting and visibility for each tornado.” Concept art. “We also looked at a lot of real footage and I quickly learned how much variation they can have aesthetically,” adds Northcutt. “For scenes where our heroes are scientifically chasing storms we could use clarity and front lighting to show them as less threatening. However, for scenes where our heroes are in peril, we could backlight them or hide them in weather so the actual threat level wasn’t entirely clear.  The greatest movie monsters, like in Jaws or Alien, aren’t seen very clearly and are therefore much more scary.” ILM began the 3D tornado building process by breaking down the different elements that make up a storm and a tornado, while also giving distinct personalities to each of the ten tornadoes that appear in the film. This look and feel to the weather also came directly from the director, as production visual effects supervisor Ben Snow points out. “At the beginning we knew there were these six major sequences and that tornadoes went through different phases. I said to Isaac, ‘Look, I’d really like to get one or two key images from all of this amazing material that we’ve collected. Let’s just choose a couple of images for each tornado to get the character. So we went through and did that, and we ended up with a pretty good focused set of material.” Plate. Roto. Layout. Final. “In addition,” says Snow, “there were key beats in the film where Isaac would have looked at YouTube footage or footage from the storm-chasers, and he’d say, ‘This is the sort of feeling I want for this sequence, this is the quality of light I want. Not just for visual effects, but also for special effects and for the DP Dan Mindel and production designer Patrick Sullivan. Here are the key feelings I want, based on footage that we found.’” That gave Snow and the team at ILM two sets of creative inputs to start crafting the look of the storms and tornadoes, alongside the storm-chaser footage and the imagery produced by Giles Hancock. “What the VFX artists would have to do is start by trying to get it to match that reference and that look,” states Snow. “We ultimately had a development cycle for each tornado, with iterations. Even though we were using science and weather-based systems to do the simulations, there was still an artistic component to all this. We still got to sculpt, shape and add to them. And actually what that ended up giving us, too, was a library of clouds shapes and sky pieces and other parts of weather that could be combined together. I think it became key to both achieving realism and achieving the creative side to those tornadoes as well.” The outcome of this analysis of the tornadoes was a break-up of the general structure that needed to be depicted on screen. Tornadoes had a funnel, a thin layer of vapor surrounding the funnel, a debris field of dirt picked up from the ground, rigid debris objects and a shelf cloud connecting to the sky. “Our simulations are not just a tornado alone, there’s a lot more than that,” details ILM associate visual effects supervisors Charles Lai. “We have the wall cloud that connects from the top of the funnel to the sky, but that also has to be connected to the shelf cloud. So, we also built that shelf cloud, and that is moving a little bit slower, and that has to be connected to the HDRI panel that’s in the background. So, there’s a whole lot of little pieces that go into it. And then, not only are we simulating the tornado and those separate pieces, we’ve got a lot of ground effects that showcase that spiral inflow, and we pretty much had to do it for all our sequences.” “There’s so much more to it than just the tornadoes,” notes Witzel. “We’re essentially inside this dense soup of weather. There are varying levels of moisture and fine particulates in the air that diffuse the background, so you can’t just drop in an element and expect it to work. You constantly have to balance how the object or background is being affected and diffused. That was always an important thing to get right in each shot.” After the initial layout phase, the animation team was equipped with a flexible rig and toolset to define the base motion of each tornado. “The anim department blocked out the overall performance without breaking physical accuracy,” Witzel explains. “With the twin tornadoes, for instance, we could choreograph the timing and when they split apart. How they spiral around each other, how wide are they, how they relate to each other or how fast they move. All of these foundational choices help guide the simulation and effects teams. Once that framework is there, we hand it off to the fluid solver to do its simulation, and then you refine it from there.” “With the tornadoes, they were not always perfectly vertical,” adds Lai. “When you see these massive wedges on screen, you could believe, sure, it is just a massive vertical column. But, when we worked on some of the smaller tornadoes that were just trying to touch down, they often curved around and touched down. I think that’s where it was really valuable to be able to have the animation rigged that way and to show animatics in that form and just get quick buy-offs on, screen-space wise. It let us art direct them.” ILM used the latest iteration of its proprietary fluid solver, ILM Pyro, to simulate the tornadoes. “ILM Pyro started out several years ago as a wrapper around Houdini’s Pyro, just to make things easier for artists,” explains Witzel. “Over time, it evolved. Today its core is completely replaced with proprietary microsolvers and custom tools. The idea was always to create a system that gave artists both an easy entry point and deep artistic control.” With ILM Pyro, artists could manage a wide range of forces – as well as detailed emission and dissipation, pressure, buoyancy, gravity, and temperature bands – to sculpt the look and behavior of each tornado. The resulting velocity fields were then used to advect additional environmental effects like debris, smoke, and fire. “We’re essentially guiding the volumetrics,” says Witzel. “But when you do that, it’s easy to lose energy and detail. Other solvers can get soft and blurry very quickly. With ILM Pyro, we put a lot of emphasis on maintaining that energy. We use techniques like reflection solvers to preserve vorticity and confinement. It’s all about keeping the tornado’s energy and details alive.” The scale of the weather systems, especially supercells and the larger storm structures, often exceeded what a single simulation could handle efficiently. To manage this, ILM adopted a wedging workflow, splitting simulations into smaller blocks that were reassembled at render time. To retain fine detail, a secondary narrowband particle simulation was layered in, adding localized noise and complexity. “We’d run a core sim first,” Witzel explains, “then layer in another sim with added wavelet turbulence. Or we’d run a narrowband sim focused on the tornado’s edge, where the core was coarse, but the outer layers had much higher resolution.” Lighting the synthetic clouds proved compute-intensive, especially allocating for volumetric rendering time (rendering was generally handled in Mantra and Katana, with Katana XPU rendering done towards the end of production). To speed up the renders for clouds, ILM developed a workflow that pre-baked the light scatter on the clouds while being sampled directly at render time in the shader. This gave renders a six-time speed increase but preserved the desired look. One particular tornado seen in the film was unlike anything previously witnessed in Twister. This is the ‘fire-nado’ at the oil refinery. Snow worked directly with the previs team from The Third Floor, led by James Willingham III, on the refinery sequence. “We did a lot of work on what it was going to look like,” says Snow, “and we’d printed out little diagrams of what the imagined landscape might be like to take with us to Oklahoma. But we actually hadn’t come to a final agreement about what the scene should be.” The intervening Hollywood strikes in 2023 provided an opportunity to revisit the fire-nado sequence. “What we were trying to bring was a sense of mystery to the whole thing,” relates Snow. “We thought, let’s have them drive into a fog bank so they lose visibility, all of their GPS has gone out because of the storm, they don’t have knowledge that they’re next to this big refinery, which would make it more scary and creepy.” Anim. Creature dev. FX. Final. Owing to the time of the year that they could finally shoot the refinery scenes, the plates tended to be in bright daylight, necessitating a complex layering in of atmosphere and fog in visual effects. “One of our compositing supervisors, Ben O’Brien, came up with a really beautiful fire-lit fog look that we were able to bring into play in that end sequence.” Bluescreen photography for the sequence of the actors in their vehicles saw Scott Fisher fire off a series of pyro events for interactive lighting. “This really helped tie in the bluescreen plates to what we had filmed already,” notes Snow. “Scott also built these really cool rotisserie rigs and ways to flip the cars over with the actors inside that could then be dragged around, which happens in that storm.” Meanwhile, in the ILM Art Department, Brett Nortcutt worked with a 3D model of the refinery developed by model supervisor Bruce Holcomb to help art direct the scenes. “Even though the model was a work in progress, it was already an amazingly detailed model that I could start with,” notes Nortcutt. “For the low-angle image, I started with plate photography of the caravan on the road but ended up replacing everything but the road. The real challenge was showing a massive tornado interacting with an oil refinery as well as heavy fog. I imagined the wind forces of the tornado twisting and pulling apart the tanks and pipes of the oil refinery while also sucking fire and fog into its funnel. To add more chaos, I added sparks, explosions, and an indication of wind forces pulling everything into it across the terrain from the foreground.” “While I rendered Bruce’s 3D model of the refinery for these concepts,” continues Northcutt, “I knew that the only way I was going to be able to quickly create tornado variations for each concept was to digitally paint them. I developed a technique in Photoshop using three different brushes that allowed me to quickly vary the edges and thickness of each tornado. I then had great success adding a long exposure waterfall texture on top at a very low opacity that looked very similar to the texture of real tornadoes. It’s always fun to find something that you wouldn’t expect helps more than the real thing.” For the final fire-nado, the concept was that the nearby oil refinery accelerates the tornado, making it grow larger and more intense. “That meant,” says Witzel, “we had to layer in all kinds of elements. Crude oil fires, butane tanks exploding. We imagined a mix of chemicals being sucked into the atmosphere, creating this real Frankenstein’s monster of a storm. We had to build the entire refinery asset in detail, then destroy it, and on top of that, the whole scene was blanketed in fog. It was incredibly complex.” The post ‘Twisters’: what went into a storm appeared first on befores & afters.

Natural disasters—from tornadoes across the South and Midwest, to the fires in Los Angeles to Hurricane Helene’s devastation in North Carolina—have upended communities, with small businesses among the hardest hit. As extreme weather events become more frequent, these businesses have emerged as vital anchors of community recovery. While urban enterprises navigate complex rebuilding amid dense infrastructure, rural businesses face distinct challenges in disaster response. Yet across geographies, small businesses play a critical role in stabilizing and revitalizing their communities after catastrophe. Rural small businesses, in particular, serve a dual role: They’re not just economic drivers but also informal safety nets, stepping in to rebuild communities long before larger relief efforts arrive and continuing their work well after national attention fades. The resilience of these businesses—and the communities they support—is being tested like never before. Systemic barriers, most notably access to capital, exacerbate their struggles, threatening their survival and the economic stability of their regions. The first responders of local economies When Hurricane Helene swept across the Southeast, it left behind destroyed homes and displaced families, in many cases causing severe damage to already distressed and underfunded communities. Small businesses were among the first to join the front lines, providing critical supplies and services. Across impacted zones, local service providers pivoted quickly, transforming their operations into vital relief centers. Neighborhood establishments became distribution hubs while entrepreneurs converted storefronts into community aid stations. This grassroots network of support reached residents in critical early days, delivering essential resources before larger relief efforts could fully mobilize. While these actions highlight the essential role of small businesses in post-disaster recovery, they also reveal a stark reality: These businesses cannot, and should not, shoulder the burden of recovery alone. As they pour resources into helping their communities, they face significant hurdles in rebuilding their own operations—a challenge compounded by systemic imbalances in capital access. Rural businesses face a persistent capital deficit, leaving them uniquely vulnerable to the compounding effects of natural disasters. In Appalachia, where 99% of businesses are classified as small, the unmet capital needs amount to an estimated $70 billion annually—a gap the Appalachian Regional Commission defines as aggregate capital demand significantly outweighing aggregate capital supply. While rural small businesses rely heavily on local financial institutions—61% obtain financing from small banks compared to 39% of urban enterprises—these lenders often lack sufficient capital to meet emergency needs. Meanwhile, larger financial institutions hesitate to extend loans to rural businesses due to perceived risks, unfamiliarity with their business models, and concerns about profitability in less densely populated markets. This structural financing gap creates a dangerous cycle: Chronic underinvestment limits both disaster recovery capabilities and long-term resilience building. As a result, the very businesses that anchor rural communities—providing essential services, employment, and community gathering spaces—remain the most financially vulnerable when disasters strike. A call for collaboration Philanthropy has made strides in addressing these challenges, but lasting solutions require collaboration across sectors. Natural disasters expose deep gaps in how we support small businesses in America’s heartland. Public, private, and philanthropic partners like those below are working together to create financing models that attract new capital for growth and resilience.   Public-sector innovation Community development financial institutions (CDFIs) play a critical role in bridging the capital gap by offering tailored financing solutions focused on quality job creation, housing affordability, and economic mobility. For example, the government’s Community Development Financial Institutions Fund created a Rapid Response Program that deployed $1.25 billion to crisis-impacted communities post-Helene. This model of emergency support, combined with streamlined disaster recovery systems, shows how federal resources can effectively reach businesses when they need it most. However, shifting federal priorities and budget considerations could significantly impact these programs in coming years. With potential changes in funding allocations and regulatory frameworks on the horizon, rural communities may need to develop more diversified support systems that blend public resources with private and philanthropic capital. Strengthening these alternative funding mechanisms will be critical to ensure consistent disaster response capabilities regardless of policy fluctuations. Private-sector leadership Wells Fargo’s Open for Business Fund exemplifies how private enterprise can drive recovery. Launched in 2020 initially as a pandemic response, this $420 million initiative didn’t just provide capital—it created a sustainable network of support through CDFIs and nonprofit organizations, helping thousands of business owners recover, rebuild, and grow. This strategic approach has helped small businesses maintain approximately 255,000 jobs nationwide while building longer-term resilience. The fund’s focus on both immediate financial needs and capacity building offers valuable lessons for disaster recovery efforts in vulnerable regions like Appalachia, where similar public-private partnerships could help bridge persistent capital gaps while strengthening business continuity planning. Philanthropic impact Collaborative funding models are proving effective in addressing capital gaps in underserved regions. By bringing together numerous stakeholders, these partnerships help build sustainable support systems that can better withstand economic and environmental challenges. One example is the Emerging Appalachian Investors Fund, a $5 million initiative that empowers students at Marshall University, West Virginia University, and Ohio University to help manage real investments in local businesses and community development projects.   This hands-on model not only enhances financial infrastructure but also fosters long-term resilience in communities that are particularly vulnerable during times of crisis. By combining immediate support with strategic investment, such approaches ensure that local enterprises have the resources they need to recover—and grow. While some collaborative models focus on long-term investment and resilience, others are designed for rapid response in times of crisis. In response to the Los Angeles fires, philanthropic groups stepped up with unique approaches that could be replicated in rural communities. The LA Arts Community Fire Relief Fund, led by the J. Getty Trust and administered by the Center for Cultural Innovation, provides emergency support for artists and art workers in all disciplines affected by the fires. A pooled fund of $12 million, launched on January 15, 2025, was made possible through contributions from dozens of foundations and individuals. Complementing these efforts, the Los Angeles Fire Department Foundation Emergency Wildfire Fund equips local firefighters with tools and safety equipment to safeguard both lives and businesses. The stakes extend beyond individual businesses to the heart of community survival. When small businesses have access to capital, they create jobs, strengthen local economies, and build community resilience. The Appalachian region’s entrepreneurial spirit—reflected in more than 305,000 new business applications in 2021—highlights the potential waiting to be unlocked.   By implementing comprehensive financing solutions that bridge these capital gaps today, we can ensure rural businesses not only survive disasters but emerge stronger, ready to serve their communities for generations to come.