(GUANTANAMO BAY, CUBA) — The U.S. Department of Defense on Monday announced that Guantanamo Bay detainee Ridah Bin Saleh al-Yazidi had been repatriated to Tunisia, a transfer that leaves 26 detainees at the U.S. facility in Cuba.
Yazidi arrived at Guantanamo Bay the day it opened on Jan. 11, 2002, and was never charged. He was handed over to the Tunisian government, the Pentagon said in a press release on Monday.
“On Jan. 31, 2024, Secretary of Defense (Lloyd) Austin notified Congress of his intent to support this repatriation and, in consultation with our partner in Tunisia, we completed the requirements for responsible transfer,” the press release said.
The transfer came days after the Pentagon announced the repatriations of three other detainees, as the Biden administration pushes to reduce the number of people held at the notorious facility.
The Pentagon said in a press release earlier this month that Mohammed Farik bin Amin and Mohammed Nazir bin Lep, who are both Malaysians, were sent to their home country to serve the remainder of a 5-year sentence imposed in June. Officials had also announced the transfer of Mohammed Abdul Malik Bajabu to Kenya.
Fourteen of the remaining 26 detainees are eligible for transfer, according to the Pentagon. Another three are eligible for periodic review.
“The United States appreciates the support to ongoing U.S. efforts toward a deliberate and thorough process focused on responsibly reducing the detainee population and ultimately closing the Guantanamo Bay facility,” the Pentagon said in a statement announcing Bajabu’s repatriation earlier this month.
The cases of seven other detainees are ongoing under military commissions, the tribunal process under which detainees are tried. Two detainees have been convicted and sentenced by those commissions.
ABC News’ Luis Martinez contributed to this report.
A “technical issue” briefly disrupted American Airlines flights nationwide early on Tuesday, the airline said, at the start of a busy Christmas Eve for travelers around the country.
The Federal Aviation Administration said American requested a ground stop for all its flights. An hour later, American said flights were again beginning to board and the FAA lifted the nationwide ground stop.
“We’re currently experiencing a technical issue with all American Airlines flights,” the airline wrote in a post to X.
The post added, “Your safety is our utmost priority, once this is rectified, we’ll have you safely on your way to your destination.” Replying to questions from other social media users, the airline said it was not able to estimate how long the fix would take.
The airline wrote that it didn’t yet have a “timeframe” but that “they’re trying to fix it in the shortest possible time.”
In a statement sent to ABC News, the airline added, “Our teams are working to resolve the issue as quickly as possible, and we apologize to our customers for the inconvenience.”
The disruption will be unwelcome for a record number of Americans expected to travel across this holiday season. The Transportation Security Administration said it expects to screen nearly 40 million travelers from Dec. 19 to Jan. 2 — a 6.2% increase from 2023.
American Airlines said it was expecting Dec. 27 and Dec. 20 to be its busiest and second-busiest days, respectively, during its holiday period, which began on Dec. 18.
This is a developing story. Please check back for updates.
ABC News’ Ayesha Ali, Clara McMichael and Emily Shapiro contributed to this report.
(CAPE CORAL, FL) — A 22-year-old social media influencer on TikTok with nearly 300,000 followers has been arrested after using fake barcodes to steal from Target and filming herself getting ready before the alleged theft, police say.
The Cape Coral Police Department in Florida responded to a Target branch located at 1890 NE Pine Island Road in Cape Coral last Wednesday regarding a past retail theft that occurred on Oct. 30, according to a statement from the Cape Coral Police Department.
“Loss Prevention at Target stated that on October 30, 2024, an unknown female entered the store and selected items listed for sale,” police said. “Once at the self-checkout register, the female suspect did not scan the items’ barcodes, instead scanning a false barcode with cheaper prices.”
In total, 16 items of miscellaneous household goods and clothing were stolen with a total retail value of $500.32, which was verified by officers via Target’s security cameras.
In an attempt to help identify the suspect through public assistance, the Cape Coral Police Department’s Facebook and Instagram accounts posted the female’s picture, describing her as appearing to be “approximately 20-35 years old, had long black hair, and was wearing a tan shirt, tan pants, and glasses.”
An anonymous caller who saw the post on social media subsequently contacted the police and gave the possible identification for the suspect as Marlena Velez and informed them of her social media profiles.
“Officers then found Marlena’s TikTok account, which documents her getting ready on October 30, 2024, in the same outfit and glasses and going to Target,” police said. “Marlena documents herself picking out items inside the store and placing them in her car after exiting the store. Marlena appears to be a content creator with almost 300,000 followers.”
Velez has since been arrested and taken to the Lee County Jail and charged with petit theft of less than $750.
(LOS ANGELES) — Hydroclimate whiplash — the rapid shift between wet and dry conditions — likely contributed to the severity of the wildfires burning in Southern California, according to experts.
In recent years, parts of the state shifted from a major drought to an extended period of above-average precipitation that allowed for abundant vegetation growth. After that, a stretch of intense, record-breaking heat dried out much of that vegetation and provided ample fuel for large and fast-growing wildfires.
The Los Angeles region experienced two “extraordinarily wet” winters — in 2023 and 2024 — followed by dry conditions that began in February, Edith de Guzman, a water equity and adaptation policy cooperative extension specialist at the University of California, Los Angeles, told ABC News. Since May 6, Los Angeles has only seen 0.16 inches of rain, so the region’s rainy season is off to an unusually dry start.
“Right now, we essentially have had no measurable precipitation since last spring, which has dried out all of that vegetation that grew happily over the last two wet winters,” De Guzman said.
The shrub cover that popped up as a result of the extra precipitation later dried out — providing large volumes of fuel for a fire, De Guzman said.
Combined with the highly flammable materials many of the houses were constructed with, such as wood frames, it was a recipe for disaster, De Guzman said.
In Southern California, dry conditions are also now more likely to last later into the fall, leaving the region more vulnerable during high wind events, according to Daniel Swain, a climate scientist with both UCLA and UC Agriculture and Natural Resources.
“Climate change is increasing the overlap between extremely dry vegetation conditions later in the season and the occurrence of these wind events,” Swain said.
Hydroclimate variability has always been a staple of California’s natural climate, leaving it particularly vulnerable to wildfires.
Among all of the states in the continental U.S., California has the most year-to-year variability between wet and dry conditions.
“As you move down into Southern California, that variability increases even more,” Julie Kalansky, climate scientist and deputy director of operations at the Center for Western Weather and Water Extremes at the University of California, San Diego’s Scripps Institution of Oceanography, told ABC News.
However, some climate experts point to growing evidence that shows climate change has increased the volatility between very dry and very wet conditions around the world, like moving from a devastating drought to record-breaking precipitation and then back to a drought. These rapid swings between extreme weather events will amplify many of the associated hazards and contribute to devastating wildfire events.
Climate change could also be making wild weather swings more common and more extreme, according to new research published in Nature Reviews Earth & Environment and the Fifth National Climate Assessment, a breakdown of the latest in climate science coming from 14 federal agencies, published in November 2023.
“These hotter, dry conditions that are driven by climate change have created a tinderbox,” said Rachel Cleetus, policy director for the Climate and Energy Program at the Union of Concerned Scientists. “We have this dried out vegetation, very dry landscapes.”
But hydrovariability alone didn’t lead to the devastating fires over the past week. A “confluence” of events allowed the fires to explode instantly, Cleetus said.
It was the wind that spread the fires so rapidly once they were ignited. An exceptionally strong mountain wave wind event, with northerly 80 mph to 100 mph gusts, spread the fires faster than anyone could stop them.
“We experienced the most intense Santa Ana winds in nearly 15 years,” De Guzman said.
Conditions higher up in the atmosphere helped to further enhance winds at the surface.
Cold, dense air associated with a low pressure system in the upper atmosphere was moving over Baja California. That air was positioned at a favorable north-northeast to northeast trajectory over the region allowing for the colder air located higher up in the atmosphere to come rushing down towards the surface and enhance the winds already blowing.
This brought surges of powerful winds across the Los Angeles and Ventura County Mountains — including in some places that don’t typically see winds that strong, like Burbank and in the foothills of the Pacific Palisades.
The wind direction and topography played a major role as well. The San Gabriel Mountains and the wind orientation interacted to produce a damaging wind event that doesn’t occur often. The mountains can also make the winds more erratic because additional whirls of wind, known as wind eddies, can form as the air moves across the peaks and through the canyons.
“They were extremely strong and fast, but they were also erratic,” De Guzman said. “They typically are narrower and a little bit more predictable in direction.”
ABC News’ Matthew Glasser, Dan Manzo and Ginger Zee contributed to this report.