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In high-tech race to detect fires early, O.C. bets on volunteers with binoculars

In high-tech race to detect fires early, O.C. bets on volunteers with binoculars

As California turns to satellite imagery, remote cameras watched by AI and heat detection sensors placed throughout wildlands to detect fires earlier, one Orange County group is keeping it old-school.
Whenever the National Weather Service issues a red flag warning, a sign that dangerous fire weather is imminent, Renalynn Funtanilla swiftly sends alerts to her more than 300 volunteers' phones and inboxes.
She wheels TVs into a conference room turned makeshift command center, sets up computers and phones around the table and dispatches volunteers to dozens of trailheads and roadways in Orange County's wildland-urban interface: likely spots for the county's next devastating fire to erupt.
The volunteers — sporting bright yellow vests and navy blue hats with an 'Orange County Fire Watch' emblem — slap large fire watch magnets to the sides of their vehicles, grab some binoculars and start to watch.
Amid California's coastal sage scrub and chaparral ecosystems that are plagued with frequent fast-moving fires, preventing ignitions and stamping out fires before they become unmanageable is the name of the game.
To do it, Orange County Fire Watch is betting on good Samaritans teaching the public how to prevent ignitions and keeping an eye out for potential culprits, from overheating e-bikes to arsonists. (In Orange County, human-operated equipment has historically been responsible for about 34% of wildfires documented by the California Department of Forestry and Fire Protection, while arsonists have started about 15%.)
Despite the program's simplicity, fire experts say this system might be one of our best shots at stifling coastal California's wildfire problem.
'When you have so-called 'red flag days,' that is the time to put the effort into monitoring for ignitions,' said Alexandra Syphard, who studies fire in chaparral ecosystems and causes of ignitions. 'The fact that you have these volunteers doing that — it is exactly what I would recommend.'
The modern-day tale of fire in California often goes something like this: Through centuries of fire suppression, the state's wildlands have built up a dangerous level of thick, flammable vegetation, requiring us to introduce more frequent, less intense controlled burns and forest thinning to limit the severity of major fires.
While true for the Sierra Nevadas, much of coastal California has the opposite problem. Despite the state's best efforts to suppress fire, the number of ignitions has become increasingly frequent in the region as Californians continued to build into the wildlands and create more opportunities for sparks.
Hundreds of years ago, lightning started virtually every fire in the coastal Southern California. It now accounts for fewer than 5%, with humans responsible for the rest.
These blazes take off in part because native plants in the chaparral and sage scrub ecosystems are getting choked out by such frequent fire. Fast-growing and flammable invasive brush has been more than happy to take their spot.
During red flag days, where dry conditions give fire an optimal fuel and intense winds can transport embers miles away, controlling vicious blazes becomes incredibly difficult. Attempts to contain the blaze are often quickly thwarted by new spot fires caused by burning embers.
Once a fire starts devouring homes — an extremely dense and powerful fuel source for fires — it becomes borderline impossible for fire crews to contain.
In these conditions, 'there is not a lot that can be done,' said Jeff Shelton, a California wildfire behavior consultant.
So, many experts argue preventing disaster requires stopping fires before they start — or catching them in the earliest phases. In the worst conditions, fires can grow exponentially, meaning a nascent fire going unnoticed for just a few minutes could mean the difference between a close call and the loss of homes and lives.
All of Orange County Fire Watch's sentinels started as volunteers with the county parks or the Irvine Ranch Conservancy, which boast pools of 1,200 and 500 volunteers, respectively. That existing network of community service-focused nature lovers has helped Orange County Fire Watch become one of the largest programs of its kind in California.
To earn their coveted hats and yellow vests, each volunteer goes through first aid and public engagement training, followed by a four-hour crash course covering fire behavior, common dangerous and suspicious activities and local emergency response.
It gives them everything they need to quickly and confidently identify fires, discern their exact location and effectively alert the Orange County Fire Authority (which gives the program its full blessings).
For Phil Sallaway, it's a way to do his part in addressing a problem that can often feel insurmountable.
'It contributes to the community in a very positive way,' he said. 'I'm retired, so I didn't want to just sit around home or be that guy in the coffee shop just drinking coffee and complaining,' he joked.
Throughout Orange County Fire Watch's ten years serving the region, there's been no shortage of high-tech attempts to address the problem.
In 2023, Cal Fire partnered with UC San Diego to bring artificial intelligence to the university's more than 1,100 remote cameras strategically placed throughout the state to monitor for fires. In 2024, it detected over 1,600 fires, beating 911 calls nearly four out of 10 times.
NASA and the National Oceanic and Atmospheric Administration launched the latest of its GOES satellites in 2024, which scan the Earth every 10 minutes for fires and other extreme weather events. In July, the Google- and Cal Fire-backed Earth Fire Alliance unveiled the first images from a prototype satellite for its FireSat constellation that will scan fire-prone regions every 20 minutes with significantly better resolution.
The Irvine Ranch Conservancy, which houses the fire watch program, has even partnered with a high school student who designed a network of sensors capable of detecting the heat and smoke of new fire starts.
But both cameras and satellites lack one key piece of Orange County Fire Watch's mission: ignition prevention.
The volunteers' typical two-hour shifts also entail telling hikers not to light a cigarette on trail, flagging down cars accidentally sparking on the road and, hopefully, deterring arsonists.
Computers, sensors and AI 'can't talk to the public and say, 'Hey, did you know about these red flag warning conditions?'' said Funtanilla, program coordinator for Orange County Fire Watch. 'There's definitely value to that human touch of having a person stationed with this yellow vest that someone from the public can actually ask questions.'
Yet, measuring the success of fire watch programs is not easy, Syphard said. Researchers could start by counting the number of potential ignitions avoided — like when an Orange County Fire Watch volunteer caught a car with a damaged wheel rim creating sparks on the road — but that wouldn't account for the effect of deterrence.
Eventually, researchers could look at Orange County Fire Watch's footprint and see if the total number of ignitions declined when the group was activated (while also accounting for all the other factors influencing ignitions), but such a study has yet to be done.
Regardless, fire experts see the approach as a cost-effective and promising way to address coastal California's fire doom spiral by cutting the cycle off at its start.
'This type of program should be scaled up at the same time that the technology is scaled up,' Shelton said. 'I would define it as indispensable.'
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In high-tech race to detect fires early, O.C. bets on volunteers with binoculars
In high-tech race to detect fires early, O.C. bets on volunteers with binoculars

Los Angeles Times

timea day ago

  • Los Angeles Times

In high-tech race to detect fires early, O.C. bets on volunteers with binoculars

As California turns to satellite imagery, remote cameras watched by AI and heat detection sensors placed throughout wildlands to detect fires earlier, one Orange County group is keeping it old-school. Whenever the National Weather Service issues a red flag warning, a sign that dangerous fire weather is imminent, Renalynn Funtanilla swiftly sends alerts to her more than 300 volunteers' phones and inboxes. She wheels TVs into a conference room turned makeshift command center, sets up computers and phones around the table and dispatches volunteers to dozens of trailheads and roadways in Orange County's wildland-urban interface: likely spots for the county's next devastating fire to erupt. The volunteers — sporting bright yellow vests and navy blue hats with an 'Orange County Fire Watch' emblem — slap large fire watch magnets to the sides of their vehicles, grab some binoculars and start to watch. Amid California's coastal sage scrub and chaparral ecosystems that are plagued with frequent fast-moving fires, preventing ignitions and stamping out fires before they become unmanageable is the name of the game. To do it, Orange County Fire Watch is betting on good Samaritans teaching the public how to prevent ignitions and keeping an eye out for potential culprits, from overheating e-bikes to arsonists. (In Orange County, human-operated equipment has historically been responsible for about 34% of wildfires documented by the California Department of Forestry and Fire Protection, while arsonists have started about 15%.) Despite the program's simplicity, fire experts say this system might be one of our best shots at stifling coastal California's wildfire problem. 'When you have so-called 'red flag days,' that is the time to put the effort into monitoring for ignitions,' said Alexandra Syphard, who studies fire in chaparral ecosystems and causes of ignitions. 'The fact that you have these volunteers doing that — it is exactly what I would recommend.' The modern-day tale of fire in California often goes something like this: Through centuries of fire suppression, the state's wildlands have built up a dangerous level of thick, flammable vegetation, requiring us to introduce more frequent, less intense controlled burns and forest thinning to limit the severity of major fires. While true for the Sierra Nevadas, much of coastal California has the opposite problem. Despite the state's best efforts to suppress fire, the number of ignitions has become increasingly frequent in the region as Californians continued to build into the wildlands and create more opportunities for sparks. Hundreds of years ago, lightning started virtually every fire in the coastal Southern California. It now accounts for fewer than 5%, with humans responsible for the rest. These blazes take off in part because native plants in the chaparral and sage scrub ecosystems are getting choked out by such frequent fire. Fast-growing and flammable invasive brush has been more than happy to take their spot. During red flag days, where dry conditions give fire an optimal fuel and intense winds can transport embers miles away, controlling vicious blazes becomes incredibly difficult. Attempts to contain the blaze are often quickly thwarted by new spot fires caused by burning embers. Once a fire starts devouring homes — an extremely dense and powerful fuel source for fires — it becomes borderline impossible for fire crews to contain. In these conditions, 'there is not a lot that can be done,' said Jeff Shelton, a California wildfire behavior consultant. So, many experts argue preventing disaster requires stopping fires before they start — or catching them in the earliest phases. In the worst conditions, fires can grow exponentially, meaning a nascent fire going unnoticed for just a few minutes could mean the difference between a close call and the loss of homes and lives. All of Orange County Fire Watch's sentinels started as volunteers with the county parks or the Irvine Ranch Conservancy, which boast pools of 1,200 and 500 volunteers, respectively. That existing network of community service-focused nature lovers has helped Orange County Fire Watch become one of the largest programs of its kind in California. To earn their coveted hats and yellow vests, each volunteer goes through first aid and public engagement training, followed by a four-hour crash course covering fire behavior, common dangerous and suspicious activities and local emergency response. It gives them everything they need to quickly and confidently identify fires, discern their exact location and effectively alert the Orange County Fire Authority (which gives the program its full blessings). For Phil Sallaway, it's a way to do his part in addressing a problem that can often feel insurmountable. 'It contributes to the community in a very positive way,' he said. 'I'm retired, so I didn't want to just sit around home or be that guy in the coffee shop just drinking coffee and complaining,' he joked. Throughout Orange County Fire Watch's ten years serving the region, there's been no shortage of high-tech attempts to address the problem. In 2023, Cal Fire partnered with UC San Diego to bring artificial intelligence to the university's more than 1,100 remote cameras strategically placed throughout the state to monitor for fires. In 2024, it detected over 1,600 fires, beating 911 calls nearly four out of 10 times. NASA and the National Oceanic and Atmospheric Administration launched the latest of its GOES satellites in 2024, which scan the Earth every 10 minutes for fires and other extreme weather events. In July, the Google- and Cal Fire-backed Earth Fire Alliance unveiled the first images from a prototype satellite for its FireSat constellation that will scan fire-prone regions every 20 minutes with significantly better resolution. The Irvine Ranch Conservancy, which houses the fire watch program, has even partnered with a high school student who designed a network of sensors capable of detecting the heat and smoke of new fire starts. But both cameras and satellites lack one key piece of Orange County Fire Watch's mission: ignition prevention. The volunteers' typical two-hour shifts also entail telling hikers not to light a cigarette on trail, flagging down cars accidentally sparking on the road and, hopefully, deterring arsonists. Computers, sensors and AI 'can't talk to the public and say, 'Hey, did you know about these red flag warning conditions?'' said Funtanilla, program coordinator for Orange County Fire Watch. 'There's definitely value to that human touch of having a person stationed with this yellow vest that someone from the public can actually ask questions.' Yet, measuring the success of fire watch programs is not easy, Syphard said. Researchers could start by counting the number of potential ignitions avoided — like when an Orange County Fire Watch volunteer caught a car with a damaged wheel rim creating sparks on the road — but that wouldn't account for the effect of deterrence. Eventually, researchers could look at Orange County Fire Watch's footprint and see if the total number of ignitions declined when the group was activated (while also accounting for all the other factors influencing ignitions), but such a study has yet to be done. Regardless, fire experts see the approach as a cost-effective and promising way to address coastal California's fire doom spiral by cutting the cycle off at its start. 'This type of program should be scaled up at the same time that the technology is scaled up,' Shelton said. 'I would define it as indispensable.'

Timelapse video captures dramatic rise of glacial lakes in Alaska that prompted floods
Timelapse video captures dramatic rise of glacial lakes in Alaska that prompted floods

USA Today

time3 days ago

  • USA Today

Timelapse video captures dramatic rise of glacial lakes in Alaska that prompted floods

Timelapse video captured the dramatic increase in water level at a glacial lake near Alaska's capital city of Juneau, which was bracing for flooding after a "glacial outburst" inundated a nearby river. It's the third consecutive year that significant summer glacial flooding has threatened parts of the city of more than 30,000, as authorities warned Wednesday morning, Aug. 13, that the Juneau area would remain in "major flood stage area for several more hours." Scientists say each flood, including the current one, were all due to climate change. Alaska is warming faster than any other state, and its many glaciers are among the fastest melting, or retreating, glaciers on Earth, according to the National Oceanic and Atmospheric Administration. Watch: Timelapse video captures dramatic water level increase Video footage captured rising water levels from July into August at Mendenhall Lake and a lake roughly 2.5 miles north of Nugget Creek. 'Glacial outbursts' have become more common in area Glacial lake outburst floods in Mendenhall Valley, where the majority of Juneau resides, have become a yearly occurrence since 2011, NOAA scientists say, as a once ice-covered basin formed from a retreating glacier above the city regularly fills with rain and snowmelt, similar to a lake. In this case, the Mendenhall Glacier north of Juneau acts as an ice dam for the meltwater that fills the basin, named Suicide Basin, but fails each summer amid higher temperatures. It gives way and sends waters that have collected in the Suicide Basin to drain past the glacial dam and empty into Mendenhall Lake and Mendenhall River, increasingly leading to major flooding. As of the latest updates from the National Weather Service, Mendenhall River levels surpassed what was seen in 2023 and 2024, when a similiar glacial lake outburst flood, or GLOF, events set records and damaged dozens of homes and structures. As of 8:30 a.m. local time, the river stood at 15.92 feet and was falling after reaching 16.65 feet about an hour prior, according to monitors at the National Weather Service. City officials said in a statement that affected areas downriver would remain in major flood stage area for several more hours. City officials said in statements to social media that power has been cut to swaths of the city and said it will be restored once flood waters recede. During the 2023 flood, Mendenhall Lake reached a peak water level of 15 feet, and in 2024, it rose a foot higher to 16 feet. In the 2024 flood, which broke records at the time, scientists with the the University of Alaska and the U.S. Geological Survey said river flow jumped to 42,000 cubic feet per second − a 25% increase − about half the flow rate of Niagara Falls. Gov. Mike Dunleavy issued a preemptive disaster declaration on Aug. 10, citing the devastation caused by "glacial outbursts" in 2023 and 2024. Juneau city officials, with federal assistance, installed emergency flood barriers over the past year along more than two miles of riverbanks in areas considered most at risk of overflowing from these glacial lake outburst floods. Although the new barriers are designed to hold back a flood of this potential magnitude, officials asked some residents to evacuate as a precaution. Official updates and resources are available at and mergency preparedness information can be found at Contributing: Trevor Hughes and Jeanine Santucci, USA TODAY; Reuters Kathryn Palmer is a national trending news reporter for USA TODAY. You can reach her at kapalmer@ and on X @KathrynPlmr.

A 'glacial outburst' prompted a flooding crisis in Alaska. What is that?
A 'glacial outburst' prompted a flooding crisis in Alaska. What is that?

USA Today

time3 days ago

  • USA Today

A 'glacial outburst' prompted a flooding crisis in Alaska. What is that?

Glacial lake outburst flooding is a flood that's produced by the quick, unexpected release of water from a glacial lake. Water from a melting glacier has caused a river near Alaska's capital city of Juneau to swell to historic levels amid a "glacial outburst" event that has prompted flooding fears and evacuations. On Aug. 13, emergency barriers protecting Juneau appear to be holding, but the risk from summer glacial flooding is on the rise as climate change increases temperatures, causing more ice melt. Glacial lake outburst flooding is a flood that's produced by the quick, unexpected release of water from a glacial lake. These lakes can exist behind unsteady dams made of ice or bedrock, and when these dams fail, the water rushes out, often resulting in catastrophic downstream flooding. A glacial outburst like the one in Alaska this week occurs when an ice dam holding back a lake – in this case Suicide Basin – collapses amid summer heat, releasing the water in a short period of time. Suicide Basin is part of the Mendenhall Glacier. Aaron Jacobs, a hydrologist at the National Weather Service office in Juneau, said that as these events continue to unfold, scientists need to continue to improve their understanding of these glacial systems, especially as the climate continues to change and warm throughout Alaska. Previous studies have tied glacier loss with climate change Thanks to climate change, Earth's glaciers continue to melt away, losing up to 390 billion tons of ice and snow per year, a 2019 study said. The largest losses were glaciers in Alaska. And a 2014 study found that since 1990, humans have been the primary cause of melting glaciers worldwide. In that study, researchers found that, from 1990 to 2010, about two-thirds of the world's glacier loss was due to rising temperatures from the burning of greenhouse gases, along with land-use changes. "In our data we find unambiguous evidence of anthropogenic (human-caused) contribution to glacier mass loss," said study lead author Ben Marzeion, a climate scientist at the University of Innsbruck in Austria. A 2023 study also found that millions of people worldwide are at risk of glacial lake outburst flooding, primarily in Asia. Glacial outburst floods on the rise amid climate change These glacial outbursts in Alaska are not a new phenomena and have been occurring annually in the Suicide Basin, sometimes more than once, since 2011. What is new in the last few years is the amount of water being released all at once during these events, which led to back-to-back years of record flooding downstream in Juneau in 2023 and 2024, according to the National Oceanic and Atmospheric Administration. Compared to the rest of the country, Alaska has warmed twice as fast over the last several decades, and its average annual temperature has risen 3.1 degrees Fahrenheit in the past century, according to the federal National Centers for Environmental Information. In other parts of the world, glacial outburst floods are also known as Jökulhlaups (an Icelandic word pronounced yo-KOOL-lahp), according to the National Park Service.

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