ReportWire

Tag: Meteorologist

  • What winter? Groundhog Day in SoCal is sizzling with no end in sight

    [ad_1]

    While a groundhog in Pennsylvania has predicted six more weeks of winter and cold-stunned iguanas fall from trees in Florida, Southern California is working up a sweat.

    A midwinter heat wave has descended on much of the state and is expected to spike temperatures as much as 20 degrees above normal in the coming week.

    The summer-like heat is thanks to a ridge of high pressure lingering high in the atmosphere that extends through the San Francisco Bay Area and into the Pacific Northwest. Meteorologists with the National Weather Service expect it to last through the end of the week and potentially through Super Bowl Sunday.

    After a cooler Monday for the L.A. area, another push of warm weather may bring near-record temperatures by Wednesday — potentially reaching 90 degrees across the inland coast and valley areas of L.A. and Ventura counties, according to the weather service.

    The thermometer is expected to tip above 85 degrees in much of Southern California on Wednesday, according to forecasters.

    (National Weather Service)

    The high-pressure ridge this week is expected to go “all the way up through Canada into southern Alaska,” said Carol Ciliberti, a meteorologist with the weather service. “It’s pretty impressive.”

    Moderate Santa Ana winds, which may bring gusts up to 50 mph in the mountains, could add some additional heat to the region.

    While downtown Los Angeles and Los Angeles International Airport tied daily record-high temperatures Friday, other parts of the United States set new daily record lows.

    Nearly half of Americans were under cold weather advisories and extreme cold warnings Sunday. Frigid Arctic air, winter storms and a “bomb cyclone” dumped heavy snow on New England, triggered flight cancellations in North Carolina and tested the limits of power systems in the South.

    Bomb cyclones typically occur when Arctic air creeps south and clashes with warm air, creating a storm that rapidly intensifies as its pressure suddenly drops — or “bombs out.”

    It’s a common occurrence for the Northeastern U.S. This one is unique in how far south it reached.

    Along the West Coast, air from the high-pressure shelf gets hotter as it sinks toward the ground. A similar phenomenon heats up Santa Ana winds as air from high above the Great Basin descends and races out to sea.

    In the coming week, it’ll result in temperatures reaching roughly 15 degrees higher than normal in the Bay Area, and around 20 degrees higher than normal in Southern California. The trend in the Bay Area is expected to hold through Super Bowl Sunday, which will be held in Santa Clara.

    “We’re going to see that high pressure really sticking around,” said Rachel Kennedy, a meteorologist with the weather service.

    On game day, temperatures are still expected to be in the mid- to upper 60s for the Bay Area, but residents (and fans) might see some fog that morning, Kennedy said.

    Despite the hot and windy weather in Southern California, vegetation is still holding enough moisture from the last rain that there is little risk of a major wildfire, said David Gomberg, a weather service meteorologist.

    “You can still get small fires,” Gomberg said. “But the chances of it spreading into a major fire are minimal because of that moisture. It doesn’t spread easily.”

    The weather service coordinates with fire agencies to rate fire risk, Gomberg said. The fire agencies take measurements of vegetation moisture in the field and forward the results to the weather service every two to four weeks.

    The weather service’s models indicate that some light rain is in store for the region next week, with temperatures dropping to a more reasonable 5 to 10 degrees above average — although Ciliberti noted that without a crystal ball it was tough to say exactly when the moisture and cooler temperatures might arrive.

    The Associated Press contributed to this report.

    [ad_2]

    Noah Haggerty, Queenie Wong, Doug Smith

    Source link

  • This Fox 4 meteorologist landed a weather gig in New York City

    [ad_1]

    Former Fox 4 meteorologist Julia Fife landed a weather gig in New York City.

    “Wake up America we now have Wake Up Weather,” Fife wrote in an Instagram post on Jan. 23.

    Fife will lead the “Wake Up Weather” segment for Newsmax’s “Wake Up America” morning program.

    On Dec. 29 Fife announced her departure from the DFW station, thanking viewers for letting her in their homes.

    The meteorologist previously worked for Fox 4 as a traffic anchor in 2018 before heading to Memphis to work as a meteorologist. Last July, she returned to Fox 4 to fill in for meteorologist Dylan Federico, who went to ABC Miami.

    Who will fill in for Julia Fife at Fox 4?

    Mansfield native Berkeley Taylor announced on Facebook that she will be the midday and weekend morning meteorologist for Fox 4.

    “So excited to be back home forecasting for Dallas-Fort Worth! Not to mention I get to work with some legends!” Taylor wrote on Facebook. “See y’all on-air on FOX 4 soon.”

    Taylor is a Texas A&M alumni and previously worked as a weekend meteorologist for KBTX-TV in Bryan.

    Fox 4 staff changes

    Other anchors besides Fife and Federico who have left Fox 4 this year include “Good Day” anchor Hanna Battah, who worked with Fox 4 for seven and a half years. She went on to anchor for ABC’s “World News Now” and “Good Morning America First Look,” also in New York.

    Meteorologist Evan Andrews also retired in October after more than 25 years with the station.

    🔥 In case you missed it…

    Related Stories from Fort Worth Star-Telegram

    Ella Gonzales

    Fort Worth Star-Telegram

    Ella Gonzales is a service journalism reporter for the Fort Worth Star-Telegram. She is part of a team of local journalists who answer reader questions and write about life in North Texas. Ella mainly writes about local restaurants and where to find good deals around town.

    [ad_2]

    Ella Gonzales

    Source link

  • A look at the meteorology behind Hurricane Katrina 20 years later

    [ad_1]

    What started as Tropical Depression Twelve on Aug. 23, 2005, over the Greater Antilles would soon become one of the deadliest hurricanes on record to hit the United States.  

    Traveling through southeastern Florida, up into the Gulf Coast and eventually disintegrating over the Ohio Valley, nothing could prepare those in Katrina’s path for what they are still reeling from to this day, 20 years later

    A look at the path of Hurricane Katrina. 

    CBS News


    How Hurricane Katrina formed 

    A tropical wave moved off the coast of Africa into the Atlantic Ocean on Aug. 11, 2005, on a westward path. As it crossed the Central Atlantic and eventually reached the Leeward Islands, on Aug. 19 it combined with the remnants of what was once Tropical Depression Ten.   

    The tropical wave dominated the interaction and began to form a large area of organized thunderstorms over parts of Puerto Rico.  

    At 2 p.m. ET on Aug. 23, Tropical Depression Twelve formed as a distinct center of circulation and was strengthening about 175 nautical miles southeast of Nassau, Bahamas.  

    As hurricane hunters investigated the storm system, Katrina received its name when it strengthened into a tropical storm with maximum sustained winds of 40 mph on Aug. 24, 2005, at 8 a.m. ET, about 65 nautical miles east-southeast of Nassau.   

    Hurricane Katrina

    The path of Hurricane Katrina before it made its first landfall in the U.S. on Aug. 25, 2025. 

    NOAA


    Tropical Storm Katrina continued on a west-northwestward path toward Florida, as residents had minimal time to prepare. Katrina became a hurricane at 5 p.m. ET on Aug. 25, 2005, with maximum sustained winds of 75 mph. A Category 1 hurricane has a sustained wind speed of 74-95 mph.

    Katrina became a hurricane less than 2 hours before it made landfall in Southern Florida.  

    Katrina made landfall in the U.S. three times 

    Also known as “the forgotten landfall,” the first of three landfalls was made on Aug. 25, 2005, at 6:30 p.m. ET in Hollywood, Florida, as a Category 1 hurricane with maximum sustained winds of 80 mph. It spent about 6 hours overnight traveling through the state of Florida, mostly impacting the Florida Everglades. As it had no fuel source over land, it quickly weakened back down to tropical storm status overnight with 69 mph winds. 

    As Katrina continued on its westward path and eventually reached the Gulf, it quickly regained strength. It became a Category 1 hurricane once again at 2 a.m. ET on Aug. 26, 2005, over the Eastern Gulf. Not only did it start to strengthen, but it also underwent rapid intensification twice in the next 48 hours. 

    Hurricane Katrina

    The path Hurricane Katrina took as it made its second landfall in Louisiana on Aug. 29, 2025. 

    NOAA


    Rapid intensification occurs when the maximum sustained winds of a tropical cyclone increase by at least 35 mph in a 24-hour period. Katrina jumped from 75 mph to 109 mph from Aug. 26 to the morning of Aug. 27. It underwent rapid intensification a second time, from Aug. 27 to Aug. 28, when it jumped from 115 mph to 167 mph.  

    Katrina reached its peak intensity with maximum sustained winds of 173 mph at 2 p.m. ET on Aug. 28, about 170 nautical miles southeast of the mouth of the Mississippi River.  

    Hurricane Katrina

    In this satellite image from the NOAA, Hurricane Katrina is seen in the Gulf of Mexico on Aug. 28, 2005. 

    NOAA via Getty Images


    Katrina experienced an Eyewall Replacement Cycle

    Katrina was so intense in strength that it also experienced what is known as an Eyewall Replacement Cycle. This occurs when the eyewall, which is where the strongest winds of a tropical system are, reaches its maximum capacity, so much so that another eyewall forms on the outside of it. This cuts off fuel to the original eyewall and eventually diminishes it, resulting in the system weakening, as well. This occurred with Katrina on Aug. 28, leading to the rapid weakening prior to its second landfall on the Gulf Coast. 

    That second landfall took place on Aug. 29, 2005, at 7:10 a.m. ET in Buras, Louisiana, as a Category 3 hurricane with maximum sustained winds of 127 mph. It quickly made a technical third landfall on the Louisiana-Mississippi border at 10:45 a.m. ET, as a slightly weaker Category 3 hurricane with maximum sustained winds of 121 mph. 

    Hurricane Katrina

    The three landfalls made by Hurricane Katrina. August 2005. 

    CBS News


    If a storm is a Category 3, 4 or 5, it is deemed a “major” hurricane due to the potential for “significant loss of life and damage,” the National Hurricane Center says.

    As expected, the storm lost its fuel from the warm waters of the Gulf as it moved over land. Katrina rapidly weakened to a Category 1 hurricane by 2 p.m. ET and a tropical storm only 6 hours later, at midnight on Aug. 30, 2005. It became a tropical depression over the Tennessee Valley by 8 a.m. ET on Aug. 30, but fully transitioned into a remnant low-pressure system by 8 p.m. ET that day.  

    Some facts and figures:

    • Numerous observations of high storm surge were investigated by the Federal Emergency Management Agency, which determined that upwards of 24-to-28-foot storm surge was observed along the Mississippi coast.  

    • Storm surge was also observed to cross over Interstate 10 in several locations, with the highest east of Katrina’s eye path.

    • Even after the initial threat of Katrina had passed, the intensity of the storm surge put a strain on the New Orleans levee system. Levees are either manmade or natural embankments that help control the flow of water to protect land and communities. Storm surge overtopped and broke through levees and floodwalls, which caused excessive flooding in the New Orleans area.  

    • About 80% of New Orleans flooded, with some depths reaching up to 20 feet within the first 24 hours of Katrina’s landfall.  

    • Katrina also produced a total of 43 tornadoes in the Florida Keys, Georgia, Alabama and Mississippi.  

    • 1,392 total fatalities were attributable to Katrina, according to a 2023 report from the National Hurricane Center. And according to the hurricane center, Louisiana reported that people over the age of 60 made up the majority of Katrina deaths in that state.  

    • Katrina contributed to about $125 billion in damage in 2005, according to the hurricane center — the costliest in U.S. history. Adjusting for inflation, that would be about $186.3 billion in 2022 dollars. 

    • On Aug. 28, 2005, at 2 p.m. ET, Katrina’s measured barometric pressure fell to 902 millibars, which was the fourth-lowest on record in the Atlantic Ocean. However, it has since dropped to sixth-lowest, behind Hurricane Rita and Hurricane Wilma, both of which occurred later in 2005.  

    • When Katrina made landfall in Buras, Louisiana, the measured pressure was at 920 millibars, which is the lowest on record in the Atlantic Ocean for a hurricane at an intensity of 127 mph. 

    • The strongest sustained winds measured at a fixed location on land from Katrina were at 4:20 a.m. ET on Aug. 29, 2005, at 88 mph.  

    [ad_2]

    Source link

  • How did forecasters get it so right predicting L.A.’s biggest storm of the winter?

    How did forecasters get it so right predicting L.A.’s biggest storm of the winter?

    [ad_1]

    When it came to forecasting L.A.’s biggest winter storm of the season, local meteorologists had a secret weapon: experience.

    For sure, there was plenty of computer modeling available to indicate the Southland was in for a severe — and potentially dangerous — soaking. But based on their expertise, forecasters at the National Weather Service in Oxnard correctly anticipated that even the machine-calculated, eye-popping rain totals were probably an underprediction.

    When it comes to such a serious storm event, getting the forecast as close to correct as possible isn’t just a matter of pride. Forecasters go to great lengths to assess a storm’s strength so they can accurately inform the public about the dangers it may pose.

    “We don’t want to cry wolf and say, ‘Oh, we’re gonna get record amounts of rain, catastrophic flooding,’ and then you get about half what you think. And people are like, ‘That was no big deal,’” said Joe Sirard, a meteorologist at the National Weather Service office in Oxnard. “And then they’ll tune us out. We don’t want that to happen.”

    In this case, “We went a little bit above some of the models and, you know, we were right,” Sirard said.

    A person walks under an umbrella at L.A. Live in Los Angeles.

    (Allen J. Schaben / Los Angeles Times)

    Sirard said the first indications of a potentially significant rain event emerged about 10 to 12 days ahead of the storm’s actual arrival early this month.

    To get an idea of a storm’s possible strength, forecasters look at data generated by supercomputers that produce “ensemble forecasts” made from a series of model runs based on slightly tweaked initial conditions, Sirard said.

    But the forecast is quite uncertain that far out.

    Say you’re trying to map out a forecast 10 days from now, when it looks like a storm is brewing. Half of the model runs might suggest 5 inches of rain will fall over a three-day period, but the other half could suggest less precipitation — sometimes significantly so.

    Data like that might be too noisy to say anything with a great degree of confidence.

    But as the storm draws closer, those models will start to align a bit more, giving forecasters a better idea of what to reasonably expect.

    “And so that would increase our confidence levels,” Sirard said. “Once you get in that seven-day window … if these ensemble models are still showing, say, 60% hypothetically, 5 or more inches in a three-day period — already, our antennas are up. And it’s like, ‘OK, we got a potential for something significant coming in.’”

    As forecasters get even closer to the storm’s arrival, they can employ higher-resolution, shorter-range forecast models.

    Mud and debris flow covers part of a parked car.

    Mud and debris flow from hills caused by heavy rain covered part of a parked car and knocked down the garage door of a home in the 10400 block of West Quito Lane in Los Angeles.

    (Irfan Khan / Los Angeles Times)

    At a certain point, there was enough confidence for forecasters to post an attention-grabbing warning on social media on Feb. 1, three days before the storm’s arrival: “We are expecting a major storm with dangerous, even life-threatening impacts!”

    In subsequent days, local law enforcement and elected officials — from the city of Los Angeles to Santa Barbara County — held media briefings about the dire forecasts that included National Weather Service meteorologists.

    Such coordination between meteorologists and politicians hasn’t always happened. Unforgettably, although the National Weather Service office in Monterey issued a flood watch three days before a significant storm landed on Dec. 31, 2022, San Francisco officials were caught unprepared by a record deluge that flooded swaths of low-lying parts of the city and left residents and business owners furious.

    There have also been memorable misses. Fourteen years ago, an unexpectedly powerful, slow-moving rainstorm unleashed a torrent of mud that inundated more than 40 homes in La Cañada Flintridge, a far cry from an initial forecast of a light to moderate rainstorm.

    The models for the storm earlier this month did adjust in the days leading up to the event. Initial projections about three to five days ahead of the storm suggested Santa Barbara and Ventura counties would get hit the hardest. But as it drew closer, there were growing indications that Los Angeles County would bear the brunt, said Ryan Kittell, another meteorologist in the weather service’s Oxnard office.

    That ended up being the case.

    The weather service also made late adjustments to what the computer models were showing. Over a four-day period, models said to expect 8 to 10 inches of rain in the San Gabriel Mountains and 4 to 5 inches of rain in downtown L.A.

    Meteorologists thought the computer models were underpredicting the projected rainfall totals, so they added a couple of inches to that forecast, Sirard said.

    Their instincts proved correct. The weather service’s final forecast was for 8 to 14 inches of rain in the mountains and foothills through Feb. 6. And that was very accurate — the highest rainfall amount recorded in the San Gabriel Mountains over that period was 13.86 inches.

    “A lot of us have been here for 25 years. So we know the weather patterns of what can cause the maximum amount of rainfall here,” Sirard said. “You get the high amount of water vapor in the atmosphere, you get the strong jetstream aloft nearby, you have the strong southeast to south low-level flow — all that moisture throughout the atmosphere, from the ground to 20,000 feet or more — all gets squeezed up into the mountains.”

    In some areas, the storm proved to be a rainmaker more prolific than even experienced meteorologists had anticipated.

    Before the storm began, the weather service had forecast 6.37 inches of rain would fall over a four-day period in downtown Los Angeles. Some people might’ve been hard-pressed to believe such an astonishing amount: On average, downtown gets 14.25 inches of rain in an entire year.

    For the four-day period ending at 9 p.m. Feb. 6, 8.66 inches of rain fell on downtown L.A.

    Still, the range of the forecast totals helped accurately guide the kinds of warnings that needed to be issued. Once forecast totals in lower-lying cities reach “5, 6, 7, 8 inches, the impacts are pretty much the same” in terms of flooding and landslide risk, Kittell said.

    That messaging helped fuel substantial storm preparedness, so officials and residents were not caught completely off guard when land began sliding in a number of hillside communities across L.A. County, including north of Hollywood, Beverly Hills and Westwood, as well as in Baldwin Hills and Hacienda Heights.

    Pre-storm warnings also let residents know to stock and stack sandbags. And officials readied response teams like swift-water rescue crews that were needed across Southern California.

    [ad_2]

    Rong-Gong Lin II

    Source link

  • Early season atmospheric river to bring significant rains next week to Southern California

    Early season atmospheric river to bring significant rains next week to Southern California

    [ad_1]

    While strong winds remained a concern Thursday, meteorologists have their eye on a moisture-rich storm expected to bring significant rains to Southern California by the end of next week.

    An atmospheric river system with a “decent moisture plume” is forecast to hit Southern California as early as Wednesday, and is expected to bring up to 4 inches of rain to some areas, said David Sweet, a meteorologist for the National Weather Service in Oxnard.

    “We anticipate getting more than an inch, maybe as much as two inches” to much of the Los Angeles area, Sweet said. The mountains could see as much as 4 inches.

    “It will certainly tamp down any fire threat that we’re dealing with currently,” Sweet said.

    While the storm is still almost a week out, Sweet said models show slightly different timing and rain amounts for the system. But he said with confidence the “pineapple express” system will bring significant precipitation with some strong southerly winds. Rains are likely to be most significant Thursday and Friday next week.

    But in the short term, officials are still warning about dangerous fire conditions in most L.A. County valleys and mountains, as well as a the Malibu coast, with a red flag warning still in effect through Thursday evening. Gusty Santa Ana winds up to 50 mph, along with low humidity, mean that any fire start could spread rapidly, the weather service warned.

    Those winds are expected to die down by Friday, causing minor cooling, Sweet said. However, the offshore winds will have a slight resurgence over the weekend, though not to the point of further concern, he said.

    “Those Santa Ana-type winds [this weekend] will boost our temperatures back up into the 80s,” Sweet said.

    [ad_2]

    Grace Toohey

    Source link

  • How long the heat dome will stick around

    How long the heat dome will stick around

    [ad_1]

    How long the heat dome will stick around – CBS News


    Watch CBS News



    Several temperature records are projected to be broken this week. The Weather Channel meteorologist Jackie Jeras looks at where the highest temperatures will be felt and how long the heat will stick around.

    Be the first to know

    Get browser notifications for breaking news, live events, and exclusive reporting.


    [ad_2]

    Source link

  • Southern U.S. braces for storms

    Southern U.S. braces for storms

    [ad_1]

    Southern U.S. braces for storms – CBS News


    Watch CBS News



    A band of severe weather is expected to sweep through portions of the South. The Weather Channel meteorologist Mike Bettes takes a closer look at the forecast.

    Be the first to know

    Get browser notifications for breaking news, live events, and exclusive reporting.


    [ad_2]

    Source link

  • Many in U.S. under weather alerts amid heavy snowfall

    Many in U.S. under weather alerts amid heavy snowfall

    [ad_1]

    Many in U.S. under weather alerts amid heavy snowfall – CBS News


    Watch CBS News



    Nearly 85 million Americans are under winter weather alerts as heavy snow is falling from the Ohio Valley to New England and swirling winds prompt tornado watches. Meteorologist Mike Bettes from the Weather Channel has the forecast.

    Be the first to know

    Get browser notifications for breaking news, live events, and exclusive reporting.


    [ad_2]

    Source link