BREAKING: Major Winter Storm Slams Midwest and Northeast, Triggering Widespread Flight Cancellations and Power Outages
A sprawling, multi-hazard storm spread snow, sleet, and freezing rain across the eastern U.S., collapsing air travel networks and knocking out power for hundreds of thousands.
By TheMurrow Editorial
January 25, 2026
Key Points
- 1More than 10,500 U.S. flights were canceled Jan. 25 as Winter Storm Fern hit multiple hubs, triggering nationwide travel cascades.
- 2Ice-driven outages surged past 880,000 at points, with Tennessee hardest hit and restoration slowed by hazardous roads and bitter cold.
- 3Follow local NWS warnings over storm branding; prioritize heat, safe shelter, and refund-versus-rebook decisions when systems fail simultaneously.
A winter storm doesn’t have to be unprecedented to be destabilizing. It simply has to be wide, messy, and persistent—snow in one region, sleet and freezing rain in the next, and a hard freeze everywhere behind it. Over the weekend of January 24–25, 2026, that kind of system pushed from the southern Rockies and Southern Plains through the Midwest and into the Mid-Atlantic and Northeast, leaving a familiar American tableau: stranded travelers, darkened neighborhoods, and road crews fighting physics.
Sunday, Jan. 25, was the day the disruptions became impossible to ignore. The Associated Press reported more than 10,500 U.S. flight cancellations in a single day as the storm spread across major corridors of population and commerce. Airport departure boards turned into walls of red text, and “weather” became a synonym for “no.”
Power failures followed the storm’s second punch. As ice accumulated, trees and limbs came down, taking lines with them. AP put outages at more than 880,000 at one point, with Tennessee the hardest hit. The Washington Post described outage totals approaching ~800,000 during its rolling coverage, citing PowerOutage.us, and flagged Tennessee, Texas, Louisiana, and Mississippi among the worst affected.
The Weather Channel and much of the media called the system “Winter Storm Fern.” Federal forecasters generally do not use those names; the National Weather Service (NWS) focuses on the practical reality—warnings, watches, and advisories—because the hazard is what matters, not the label. What matters to residents is straightforward: can you get home, can you keep warm, and how long will it take for normal life to resume?
A storm doesn’t have to be historic to be disruptive; it only has to be broad enough that nobody can route around it.
— — TheMurrow Editorial
The storm’s true footprint: a multi-hazard system across the eastern U.S.
The most important fact about this event is not a single snowfall total or ice measurement. It’s the breadth of hazards, spread over a huge swath of the country. AP described impacts spanning roughly the eastern two-thirds of the United States, putting hundreds of millions under some form of winter-weather alert or warning at various points as the system evolved.
Multi-hazard winter storms are uniquely disruptive because they defeat simple planning. Snowplows help in one county, but a few hours south, the problem is freezing rain—the kind that turns roads into skating rinks and transforms trees into brittle, overloaded beams. Further east, a change in elevation or coastal temperature can mean the difference between wet snow and ice pellets, changing the threat profile mile by mile.
Multi-hazard winter storms are uniquely disruptive because they defeat simple planning. Snowplows help in one county, but a few hours south, the problem is freezing rain—the kind that turns roads into skating rinks and transforms trees into brittle, overloaded beams. Further east, a change in elevation or coastal temperature can mean the difference between wet snow and ice pellets, changing the threat profile mile by mile.
Why “snow vs. ice” matters more than most people think
Snow slows travel; ice breaks infrastructure. Even a modest glaze can make untreated roads impassable and can turn routine maintenance into dangerous fieldwork. Outlets citing NWS language warned of “potentially catastrophic” icing in some corridors, emphasizing the risk of tree damage and long-duration outages. The physics are simple: ice adds weight, and weight finds weak points.
Cold air following the storm compounds the situation. The Washington Post noted that bitter cold behind the system can slow melting and complicate restoration—both because access remains hazardous and because the underlying problem (ice-laden trees and lines) doesn’t self-resolve quickly.
Cold air following the storm compounds the situation. The Washington Post noted that bitter cold behind the system can slow melting and complicate restoration—both because access remains hazardous and because the underlying problem (ice-laden trees and lines) doesn’t self-resolve quickly.
The naming debate: “Winter Storm Fern” and what it changes
The Energy Department’s communications referenced Winter Storm Fern, reflecting the widespread media usage of the name. Meanwhile, NOAA and the NWS typically stick to warning categories rather than branded storm names. Both approaches shape how people interpret risk: names can make storms easier to discuss, while warnings keep focus on actionable hazards.
For readers, the practical translation is simple: regardless of branding, follow local NWS warnings and state emergency management guidance. The storm name may trend on social media; the hazard categories determine what you should do tonight.
For readers, the practical translation is simple: regardless of branding, follow local NWS warnings and state emergency management guidance. The storm name may trend on social media; the hazard categories determine what you should do tonight.
The label travels faster than the ice; the warning tells you what will actually break.
— — TheMurrow Editorial
Hundreds of millions
AP described hundreds of millions under winter-weather alerts or warnings as impacts spanned roughly the eastern two-thirds of the United States.
Sunday’s travel breakdown: why 10,500+ flight cancellations happened at once
By Sunday, Jan. 25, the storm collided with the air-travel system’s least forgiving constraint: network dependency. AP reported more than 10,500 flight cancellations nationwide in a single day. That number is not merely a weather statistic—it’s a measure of how tightly the country’s mobility depends on a few nodes working smoothly.
Airports and airlines don’t operate as independent islands. When aircraft and crews are out of position—stuck overnight by weather, delayed in a previous city, unable to land or take off—cancellations cascade. A storm that affects multiple hubs simultaneously doesn’t just slow travel; it removes options.
Airports and airlines don’t operate as independent islands. When aircraft and crews are out of position—stuck overnight by weather, delayed in a previous city, unable to land or take off—cancellations cascade. A storm that affects multiple hubs simultaneously doesn’t just slow travel; it removes options.
10,500+
The Associated Press reported more than 10,500 U.S. flight cancellations on Sunday, Jan. 25, 2026 as the storm spread across major corridors.
The hardest-hit airports tell the story
AP’s airport-specific figures read like a map of paralysis:
- Reagan National (DCA): 100% canceled
- Philadelphia (PHL): ~94% canceled
- LaGuardia (LGA): ~91% canceled
- JFK: ~75% canceled
Those are not minor reductions—they’re near-total shutdowns. They also sit in a corridor where weather impacts can ripple along the East Coast rail-and-road network, turning a flight cancellation into an all-day scramble for alternatives that may not exist.
AP also reported major hub disruptions at Dallas–Fort Worth, Charlotte, and Atlanta—a reminder that when storms hit both regional airports and major transfer hubs, stranded passengers are not concentrated in one place; they’re distributed nationwide.
- Reagan National (DCA): 100% canceled
- Philadelphia (PHL): ~94% canceled
- LaGuardia (LGA): ~91% canceled
- JFK: ~75% canceled
Those are not minor reductions—they’re near-total shutdowns. They also sit in a corridor where weather impacts can ripple along the East Coast rail-and-road network, turning a flight cancellation into an all-day scramble for alternatives that may not exist.
AP also reported major hub disruptions at Dallas–Fort Worth, Charlotte, and Atlanta—a reminder that when storms hit both regional airports and major transfer hubs, stranded passengers are not concentrated in one place; they’re distributed nationwide.
Which airlines were affected—and what that implies
AP listed large cancellation volumes across American, Delta, Southwest, United, and JetBlue. That range matters. When disruptions hit multiple carriers at once, “just book another airline” becomes less realistic. Seats disappear quickly, and rebooking queues lengthen.
The deeper implication is that air travel resilience is not only about airline competence; it’s about system-wide spare capacity, which is thin in winter peak travel times. A storm like this exposes the limits of a network optimized for efficiency.
The deeper implication is that air travel resilience is not only about airline competence; it’s about system-wide spare capacity, which is thin in winter peak travel times. A storm like this exposes the limits of a network optimized for efficiency.
When multiple hubs go down at once, air travel stops being a market and becomes a triage system.
— — TheMurrow Editorial
Passenger rights and real options: rebooking, refunds, and waivers
During a major winter disruption, travelers hear three types of guidance: what the airline will do, what the law requires, and what actually helps you get home. AP offered a critical reminder that cuts through the confusion: passengers are generally entitled to rebooking, and they are legally entitled to refunds for canceled flights—even for nonrefundable tickets—as well as refunds for unused extras.
That distinction matters because airlines often emphasize rebooking, which is operationally convenient. A refund is more empowering: it lets a traveler switch to another day, another route, or another mode of travel without paying twice.
That distinction matters because airlines often emphasize rebooking, which is operationally convenient. A refund is more empowering: it lets a traveler switch to another day, another route, or another mode of travel without paying twice.
Refund vs. voucher: the choice that defines your leverage
A voucher can be useful if you plan to fly soon and the airline is offering generous terms. A refund is cleaner if:
- The next available rebooking is days away
- You can drive or take rail instead
- You booked extras you won’t use (bags, seat fees) and want them back
AP’s framing is especially important in a storm affecting multiple airlines, because the “voucher treadmill” can trap travelers inside one carrier’s backlog.
- The next available rebooking is days away
- You can drive or take rail instead
- You booked extras you won’t use (bags, seat fees) and want them back
AP’s framing is especially important in a storm affecting multiple airlines, because the “voucher treadmill” can trap travelers inside one carrier’s backlog.
The role of travel waivers—and their limits
MarketWatch and broader coverage noted many carriers issued travel waivers that allow fee-free changes in affected markets. Waivers can be valuable, but they are not a universal solution. They usually:
- Apply only to specific airports and dates
- Require rebooking within a defined window
- Don’t create new seats where none exist
The practical takeaway: use waivers to adjust plans early, but don’t confuse a waiver with guaranteed mobility. When cancellation numbers reach five figures, flexibility helps—but capacity still rules.
- Apply only to specific airports and dates
- Require rebooking within a defined window
- Don’t create new seats where none exist
The practical takeaway: use waivers to adjust plans early, but don’t confuse a waiver with guaranteed mobility. When cancellation numbers reach five figures, flexibility helps—but capacity still rules.
Key Insight
A refund is often more empowering than rebooking during mass disruptions: it prevents paying twice and lets you change dates, routes, or travel modes.
Power outages: ice, trees, and the slow work of restoration
If flight cancellations are the most visible disruption, power outages are the most consequential. AP reported more than 880,000 outages at one stage, with Tennessee described as the hardest hit. The Washington Post, citing PowerOutage.us, also tracked totals approaching ~800,000 and highlighted Tennessee, Texas, Louisiana, and Mississippi among the most affected.
These numbers shift hour-by-hour, and responsible coverage must timestamp them. Yet the underlying dynamic remains stable: ice storms behave like infrastructure stress tests, and they fail the components that can’t flex.
These numbers shift hour-by-hour, and responsible coverage must timestamp them. Yet the underlying dynamic remains stable: ice storms behave like infrastructure stress tests, and they fail the components that can’t flex.
880,000+
AP reported more than 880,000 power outages at one stage, with Tennessee described as the hardest hit.
~800,000
The Washington Post, citing PowerOutage.us, described outage totals approaching ~800,000 during rolling coverage and highlighted several worst-hit states.
Why ice storms take down the grid
AP described the drivers plainly: ice accumulation, falling trees and limbs, and downed lines, with repair crews slowed by hazardous roads and ongoing icing. Ice loads branches until they snap. The branches fall onto lines. Lines break or sag. Poles and transformers become collateral damage.
The Boston Globe’s local reporting out of Shelby County, Texas offered a telling detail: officials described hundreds of downed trees and limbs and widespread disruption, illustrating how an ice storm can mimic a wind event—especially in pine-heavy areas where limbs can shear under the added weight.
The Boston Globe’s local reporting out of Shelby County, Texas offered a telling detail: officials described hundreds of downed trees and limbs and widespread disruption, illustrating how an ice storm can mimic a wind event—especially in pine-heavy areas where limbs can shear under the added weight.
Why restoration can be slower than people expect
The Washington Post highlighted a key factor that frustrates public expectations: bitter cold behind the storm. Cold slows melting, keeps roads dangerous, and prolongs the period when trees remain ice-loaded and unstable. For crews, that means:
- Slower travel to outage sites
- Higher risk from falling limbs during repairs
- More repeat failures as additional branches drop
No utility wants long outages. But the combination of access, safety, and continuing precipitation can turn a “repair” into a series of controlled re-energizations—each requiring verification to avoid new hazards.
- Slower travel to outage sites
- Higher risk from falling limbs during repairs
- More repeat failures as additional branches drop
No utility wants long outages. But the combination of access, safety, and continuing precipitation can turn a “repair” into a series of controlled re-energizations—each requiring verification to avoid new hazards.
Ice vs. snow vs. cold: what each hazard means for daily life
Readers often ask a reasonable question: which is worse—snow or ice? The honest answer depends on what you’re measuring: travel, infrastructure, or human risk. The system moving across the country brought all three hazards into play.
Ice: low drama, high damage
Outlets citing NWS warning language emphasized severe icing as a driver of tree damage and long-duration outages. Alabama’s emergency management updates provide useful specificity: earlier briefings projected up to ~0.25–1.0 inch of ice possible in far northwest Alabama, with smaller amounts elsewhere near and north of I‑20. A later Jan. 25 update noted additional ice under 0.1 inch possible in some border counties—an amount that sounds trivial until you consider untreated roads and already stressed lines.
Ice creates a situation where people can’t safely travel, but also can’t easily shelter elsewhere. That combination is why emergency managers focus so heavily on power restoration and warming centers.
Ice creates a situation where people can’t safely travel, but also can’t easily shelter elsewhere. That combination is why emergency managers focus so heavily on power restoration and warming centers.
Snow: operationally manageable—until it isn’t
Snow is often easier to respond to because plowing and salting are familiar tools, and snow does not usually bring down lines at the same scale as ice. But snow becomes dangerous when it combines with:
- Poor visibility
- High winds (even if not the primary story)
- Rapidly falling temperatures that refreeze slush into hard ice
Even without extreme snowfall totals in the public narrative, a widespread snow field across major highways and urban areas is enough to stall commerce and emergency response.
- Poor visibility
- High winds (even if not the primary story)
- Rapidly falling temperatures that refreeze slush into hard ice
Even without extreme snowfall totals in the public narrative, a widespread snow field across major highways and urban areas is enough to stall commerce and emergency response.
Extreme cold: the silent multiplier
Cold intensifies every other hazard. It increases heating demand during outages, raises the risk of hypothermia, and makes it harder for communities to “wait it out.” It also lengthens recovery time by keeping ice and packed snow from melting.
The takeaway for households is blunt: in a multi-hazard storm, your most valuable resource is heat, not internet, not mobility. A charged phone is useful; a warm room is survival.
The takeaway for households is blunt: in a multi-hazard storm, your most valuable resource is heat, not internet, not mobility. A charged phone is useful; a warm room is survival.
Editor's Note
In multi-hazard winter storms, prioritize safe heat and shelter first; mobility and connectivity matter, but warmth is the core survival constraint.
The policy and planning question: what this storm reveals about U.S. resilience
The scale of this system—alerts spanning much of the eastern U.S., cancellations in the five figures, outages nearing a million—forces a difficult conversation. Not every storm is preventable, but vulnerability is not purely meteorological.
The grid question: trees, lines, and realistic expectations
Outage drivers described by AP—ice, trees, and downed lines—are not new. They are the predictable weak points of overhead distribution networks in wooded regions. Burying lines can help in some contexts, but it is costly and not universally feasible. Aggressive vegetation management helps, but it’s a continuous expense with political tradeoffs.
A sober perspective recognizes that extreme winter events expose the friction between ratepayer tolerance for preventive spending and public outrage after predictable failures. Utility planners can reduce risk, not eliminate it.
A sober perspective recognizes that extreme winter events expose the friction between ratepayer tolerance for preventive spending and public outrage after predictable failures. Utility planners can reduce risk, not eliminate it.
Transportation networks are built for normal days
A day with 10,500+ cancellations is not only about weather; it reflects an air travel system with limited slack. Airlines and airports optimize for throughput. That makes tickets cheaper and schedules fuller. It also means that when multiple regions are impaired simultaneously—Southern Plains, Midwest, Mid-Atlantic, Northeast—there are fewer spare aircraft and crews to recover quickly.
Multiple perspectives deserve space here. Airlines will argue that safety dictates cancellations and that network constraints are unavoidable in a storm spanning such a large area. Consumer advocates point to the passenger experience: long lines, uncertain rebooking, and the need for clearer rights and faster refunds. Both perspectives can be true at once.
Multiple perspectives deserve space here. Airlines will argue that safety dictates cancellations and that network constraints are unavoidable in a storm spanning such a large area. Consumer advocates point to the passenger experience: long lines, uncertain rebooking, and the need for clearer rights and faster refunds. Both perspectives can be true at once.
Practical takeaways: what to do now if you’re affected
Readers don’t need theater; they need options. The reporting around Jan. 24–25 points toward a few concrete moves that can reduce harm.
If you’re flying (or trying to)
- Check your flight status directly with the airline and the airport, not only via third-party apps.
- If your flight is canceled, consider whether you want rebooking or a refund. AP notes you are legally entitled to refunds for canceled flights, including nonrefundable tickets and unused extras.
- If a travel waiver exists for your itinerary, use it early. Waivers help with flexibility, but they don’t guarantee seats.
- If your flight is canceled, consider whether you want rebooking or a refund. AP notes you are legally entitled to refunds for canceled flights, including nonrefundable tickets and unused extras.
- If a travel waiver exists for your itinerary, use it early. Waivers help with flexibility, but they don’t guarantee seats.
If your power is out (or at risk)
- Treat outages as potentially multi-day events when ice and cold persist; the Washington Post noted bitter cold can slow restoration.
- Reduce risk indoors by keeping one room warmer if possible and limiting heat loss.
- Stay off roads if icing continues; AP noted crews are slowed by hazardous conditions, and more traffic can mean more accidents and blocked access.
- Reduce risk indoors by keeping one room warmer if possible and limiting heat loss.
- Stay off roads if icing continues; AP noted crews are slowed by hazardous conditions, and more traffic can mean more accidents and blocked access.
If you’re deciding whether to travel by car
- Ice is often more dangerous than deep snow on untreated roads.
- Assume bridges and overpasses freeze first.
- If local officials advise staying off roads, take it seriously—ice storms can make even short trips risky.
- Assume bridges and overpasses freeze first.
- If local officials advise staying off roads, take it seriously—ice storms can make even short trips risky.
Quick storm checklist
- ✓Confirm flight status with airline and airport
- ✓Choose refund vs. rebooking based on timing and alternatives
- ✓Use travel waivers early, but expect limited seat availability
- ✓Plan for multi-day outages when ice and cold persist
- ✓Avoid roads during ongoing icing; bridges freeze first
Conclusion: the storm is a test—and a mirror
Over Jan. 24–25, 2026, the system widely called Winter Storm Fern turned the country’s winter routines into a stress test. More than 10,500 flight cancellations on Sunday mapped the limits of an interconnected travel network. Outages above 880,000 in AP’s reporting—near ~800,000 in the Washington Post’s tracking at points—showed how quickly ice can convert a weather event into an infrastructure event.
No single metric captures what residents experienced: stranded passengers, dark homes, and the unnerving quiet that follows when roads empty and the grid fails. The public conversation should avoid two temptations—panic and amnesia. Panic doesn’t help people make better decisions. Amnesia guarantees the same vulnerabilities will reappear with the next broad, multi-hazard storm.
Winter does not require a catastrophe to change lives. It only requires conditions that make ordinary systems—transportation, power, heat—stop behaving ordinarily.
No single metric captures what residents experienced: stranded passengers, dark homes, and the unnerving quiet that follows when roads empty and the grid fails. The public conversation should avoid two temptations—panic and amnesia. Panic doesn’t help people make better decisions. Amnesia guarantees the same vulnerabilities will reappear with the next broad, multi-hazard storm.
Winter does not require a catastrophe to change lives. It only requires conditions that make ordinary systems—transportation, power, heat—stop behaving ordinarily.
T
About the Author
TheMurrow Editorial is a writer for TheMurrow covering breaking news.
Frequently Asked Questions
How many flights were canceled during the storm?
The Associated Press reported more than 10,500 U.S. flight cancellations on Sunday, Jan. 25, 2026, as the storm swept across multiple regions at once. That figure reflects a nationwide disruption, not a single airport problem, and it can fluctuate as airlines update schedules and recovery efforts.
Which airports were hit the hardest?
AP reported severe cancellation rates on Jan. 25 at major East Coast airports: DCA (100% canceled), PHL (~94%), LGA (~91%), and JFK (~75%). When airports in the same corridor experience near-simultaneous shutdowns, rerouting becomes difficult and delays can cascade for days.
Am I entitled to a refund if my flight is canceled?
Yes. AP notes that passengers are legally entitled to refunds for canceled flights, including nonrefundable tickets, and for unused extras. Airlines also typically offer rebooking, but a refund can be the better option if the next available flight is too far out or if you plan to switch routes or carriers.
How widespread were power outages, and where were they worst?
AP reported more than 880,000 outages at one point, with Tennessee described as the hardest hit. The Washington Post, citing PowerOutage.us, also tracked outages approaching ~800,000 and highlighted Tennessee, Texas, Louisiana, and Mississippi among the worst affected. Outage totals change quickly and depend on timing.
Why do ice storms cause longer outages than snowstorms?
AP described the main drivers: ice accumulation weighs down trees and lines, causing limbs to snap and lines to fall. Repairs are slower when roads are hazardous and icing continues. The Washington Post also noted bitter cold can slow melting and make restoration and access harder, extending outage duration.
Is “Winter Storm Fern” an official storm name?
The name “Winter Storm Fern” is widely used in media coverage, including references from federal communications. However, government forecasters like NOAA/NWS typically emphasize warnings and advisories rather than storm names. For decisions, local NWS alerts and emergency management guidance matter more than the label.
