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  • How to run safely during the heat of summer

    How to run safely during the heat of summer

    The temperature is heating up, but you still want to do your daily run. How can you run safely in the heat?


    What You Need To Know

    • Summer is not the time to set your speed records
    • Hydrate before and during your run to keep away muscle fatigue and cramping
    • Keep an eye on your heart rate, using either a monitor or smartwatch


    Give yourself time to adjust to the heat and set realistic expectations. Summer is not the season to set personal records.

    Acclimate to the heat

    The transition to summer weather can happen quickly. This makes it more difficult to acclimate to the summer heat when running. Ideally, you will have two weeks for your body to get used to the heat.

    Slow down your pace. Intense workouts generate more heat, making you hotter more quickly. Do an easy run instead.

    Humidity

    Check the humidity levels. High humidity can prevent sweat from evaporating on the skin, which means the body doesn’t have a way to cool itself. This could make you overheat faster.

    If you choose to run outdoors, find shady spots and avoid peak heat hours. Running midday is not ideal. Instead, opt for early morning or late evening runs.

    What you wear matters. Nick Doering, store manager of Fleet Feet in St. Charles, Mo., recommends wearing light layers of synthetic fabric for wicking away moisture.

    Hydration

    Some people don’t like to carry water on a run, but when it’s hot, you need to hydrate. Doering recommends even pre-hydrating to prevent muscle fatigue, as much as increasing liquids two days before.

    “We have lots of hydration products like Nuun, or for the extra heavier sweaters, we have to Endurolytes, which is basically a salt tablet.”

    If you can carry water on a run, do it. He suggests two ounces per mile to keep away cramps and stay hydrated.

    Heart rate

    Keep an eye on your heart rate. To calculate your target heart rate range for moderate physical activity, take 220 minus your age, then multiply that by 64% and 76%.

    For vigorous physical activity, take 220 minus your age and multiply it by 77% and 93%. You don’t want your heart rate to exceed the higher number.

    Running with dogs

    Find a buddy to run with when training on hot days. That way, you can make sure you both stay safe.

    If you choose to run with a four-legged buddy, make sure you keep them hydrated and safe as well. Remember, if the ground is too hot for your hand, it will be too hot for your dog’s paws.

    Meteorologist Stacy Lynn and her dog Boomer. (Spectrum News/Stacy Lynn)

    Running in the summer may not be easy, but it will make you a stronger runner, and come cooler, fall weather. It might surprise you at just how fast you can run.  

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Stacy Lynn

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  • The northern lights: Photos vs. what your eyes see

    The northern lights: Photos vs. what your eyes see

    Dazzling, shimmer curtains of red and green… you’ve probably seen amazing photos of the aurora, or northern lights. Unfortunately, if you’re lucky enough to see the aurora with your own eyes, it typically won’t live up to those expectations.

    Technology and biology are why.


    What You Need To Know

    • Cameras can have long exposures and wide apertures to let in lots of light
    • Image editing can bring out the colors
    • Our eyes don’t pick up color very well in low light



    For those of us in the mid-latitudes–that is, most of the U.S.–aurora aren’t visible very often, especially the farther south you are. And when they do show up, they’re typically not very bright.

    So how do photographers snap such stunning photos?

    Technology

    “Cameras with long exposures will pick up on the northern lights because cameras use that long exposure of several seconds to absorb the light and colors of the aurora,” says Willard Sharp, who photographs everything from severe storms to solar storms. “Modern camera sensors are very sensitive in low light, so it’s easier to get a detailed photo of the aurora.”

    Northern lights fill the sky in Edinburg, N.Y. (Photo by Derek Spagnola)

    A long exposure and wide-open aperture let a lot of light in. “This allows the camera to gather data in a photo that I can then work with in Adobe Lightroom or Photoshop to bring out details and get the colors to look good and natural,” Sharp says.

    “Your eyes may not catch as much color here [in the Lower 48], but the camera will do a wonderful job with that several second exposure to get a vivid picture.”

    Biology

    And why won’t your eyes catch much color? As great as they are, they’re just not equipped to do color at night.

    You might know that your eyes have rods and cones, which are stimulated by light. The gist is that we have three types of cones that work with the brain to see red, green and blue (and all the combinations of those), but cones need a lot of light… something that the night sky doesn’t provide.

    Rods are much more sensitive to light so we can see at night, but they don’t have nearly the same color abilities as cones. Sure, we can kind of see color, but it’s not at all vivid. Our eyes, like a camera, need a wide aperture and a lot of light to get the most out of what’s in front of us.

    Normalized wavelengths the rods and cones of the eye are sensitive to. (CC by 4.0/Ibrahim Al-Bahadly)

    Even so, “when you head north to, say, Canada, the lights are much brighter even with weaker geomagnetic storming, so the eyes can see them much more easily,” Sharp says.

    Photography tips

    Sharp has a “night skies cheat sheet,” if you’re interested in trying out astrophotography. And you’ll need patience. Forecasting space weather is even more difficult than Earth weather forecasts, and Sharp says looking at the data can be “daunting.”

    “Sometimes a predicted geomagnetic storm will not pan out as expected. Other times minor space weather events trigger big and bright aurora displays,” says Sharp.

    NOAA’s Space Weather Prediction Center has an aurora dashboard that displays current space weather conditions and aurora forecasts. Sharp also recommends SpaceWeatherLive. Here are the parameters he likes to see:

    • Kp: At least 5
    • Bz: At least -10 for at least one hour; two or more hours is better, and -20 suggests aurora visible to the naked eye
    • Solar winds: At least 500 km/sec
    • Density: At least 5, but 10 or higher is better

    Wondering how northern lights even happen in the first place? We have the answer. Plus, your chances of seeing amazing aurora photos–or maybe with your own eyes–could be increasing, as solar activity is forecast to peak in 2024.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Justin Gehrts

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  • Multiple rounds of severe weather to impact millions this week

    Multiple rounds of severe weather to impact millions this week

    A large storm system crossed the Rockies over the weekend. It produced rain and snow in parts of Wyoming and Montana. On Monday it pushed east toward the Plains as a cold front developed along it.

    This system will encounter a warm moist area in the center part of the country, helping to support thunderstorm development. Simultaneously, a low pressure will ride along this front, enhancing the storms.

    Heavy rain and flooding will be possible with already saturated grounds and swollen waterways. Several weather disturbances will rotate around this larger system this week, keeping severe weather chances in play. 


    What You Need To Know

    • The month of May sees a high number of tornadoes on average from the Midwest to the Plains

    • Severe threat moves to the Ohio River Valley for Tuesday
    • With unstable air in place on Wednesday, a large severe weather outbreak is possible along the Midwest


    With storm fuel in place and the advancing system, severe thunderstorms will be possible from the Plains to the Mississippi River Valley. This will not be a one-day event. Severe weather will be possible from Tuesday through Thursday.

     

     

    Severe weather potential this week

    The severe potential pushes east into Kentucky, Indiana and Ohio during the day on Tuesday. The region is under a level 3/5 for severe weather with all threats possible. Damaging wind, large hail, tornadoes and heavy rain. 

     

    Another low pressure develops along the frontal boundary on Wednesday, enhancing the threat for Missouri, Arkansas, Illinois, Indiana, Kentucky and eastern Texas. The Storm Prediction Center already categorized the threat as a level 3/5 with all impacts expected on Wednesday afternoon into the evening. Those impacts include tornadoes, damaging winds, hail and heavy rain. 

    With the system moving off to the south and east on Thursday, the front will trigger storms for areas from New Jersey south through North Carolina and east-central Texas. While the risk for severe storms exists on Thursday, the threat is lower. 

    However, there is still the potential for damaging winds, hail and isolated tornadoes in the highlighted regions. 

    Prepare for storms

    Make sure you have a plan for if you are at work or home. Even if you could be driving. 

    Here are five ways to prepare in case the sirens go off. 

    Have a way to stay updated on weather information, including a NOAA Weather Radio and making sure notifications are turned on for your weather and news apps.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Stacy Lynn

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  • Multiple rounds of severe weather to impact millions this week

    Multiple rounds of severe weather to impact millions this week

    A large storm system crossed the Rockies over the weekend. It produced rain and snow in parts of Wyoming and Montana. On Monday it pushed east toward the Plains as a cold front developed along it.

    This system will encounter a warm moist area in the center part of the country, helping to support thunderstorm development. Simultaneously, a low pressure will ride along this front, enhancing the storms.

    Heavy rain and flooding will be possible with already saturated grounds and swollen waterways. Several weather disturbances will rotate around this larger system this week, keeping severe weather chances in play. 


    What You Need To Know

    • The month of May sees a high number of tornadoes on average from the Midwest to the Plains

    • Severe threat moves to the Ohio River Valley for Tuesday
    • With unstable air in place on Wednesday, a large severe weather outbreak is possible along the Midwest


    With storm fuel in place and the advancing system, severe thunderstorms will be possible from the Plains to the Mississippi River Valley. This will not be a one-day event. Severe weather will be possible from Tuesday through Thursday.

     

    Severe weather potential this week

    The severe potential pushes east into Kentucky, Indiana and Ohio during the day on Tuesday. The region is under a level 3/5 for severe weather with all threats possible. Damaging wind, large hail, tornadoes and heavy rain. 

    Another low pressure develops along the frontal boundary on Wednesday, enhancing the threat for Missouri, Arkansas, Illinois, Indiana, Kentucky and eastern Texas. The Storm Prediction Center already categorized the threat as a level 3/5 with all impacts expected on Wednesday afternoon into the evening. Those impacts include tornadoes, damaging winds, hail and heavy rain. 

    With the system moving off to the south and east on Thursday, the front will trigger storms for areas from New Jersey south through North Carolina and east-central Texas. While the risk for severe storms exists on Thursday, the threat is lower. 

    However, there is still the potential for damaging winds, hail and isolated tornadoes in the highlighted regions. 

    Prepare for storms

    Make sure you have a plan for if you are at work or home. Even if you could be driving. 

    Here are five ways to prepare in case the sirens go off. 

    Have a way to stay updated on weather information, including a NOAA Weather Radio and making sure notifications are turned on for your weather and news apps.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Stacy Lynn

    Source link

  • Weather Explained: Subtropical vs. tropical storm

    Weather Explained: Subtropical vs. tropical storm

    There has been some confusion in recent years when a storm receives a name that isn’t a tropical storm or hurricane.

    You may have heard, “subtropical storm (insert name) forms in the Gulf,” or something similar to that. If these storms aren’t tropical storms yet, why do they get a name?

    It’s because subtropical storms possess some characteristics of a tropical storm, meaning the storm is a hybrid of a cold core storm (typical low pressure over the mainland U.S.) and a warm core low (tropical storm or hurricane).

    Subtropical storms can transition into a tropical storm.

    Tropical storms and hurricanes are symmetrical in appearance, with the strongest winds wrapped around the storm’s center. The strongest wind with a subtropical storm is away from the storm’s center.

    Watch the video above to to learn more about a subtropical storm’s characteristics and how it can form into a tropical storm.

    Meteorologist Nick Merianos

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  • Weather Explained: Flood Watch vs. Flood Warning

    Weather Explained: Flood Watch vs. Flood Warning

    The difference between a Flood Watch and a Flood Warning can become confusing. 

    But knowing the difference between the two could help save your life. It doesn’t take much water to sweep you off your feet or move your vehicle, so you should stay prepared.

    Watch the video above to learn the meaning behind the two alerts and what you should do when the National Weather Service issues one for your area.

    Spectrum News Weather Staff

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  • Strong to severe storms possible Wednesday

    Strong to severe storms possible Wednesday

    Welcome to ‘Ask a Meteorologist,’ a weekly chat that discusses a new weather topic every week.

    Today we are discussing the potential for strong to severe thunderstorms on Wednesday.

    Bay News 9 meteorologists answer your questions about these storms. 

     

    Meteorologist Kyle Hanson

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  • Warm and humid weather returns

    Warm and humid weather returns

    Welcome to ‘Ask a Meteorologist,’ a weekly chat that discusses a new weather topic every week.

    Today we are talking about the warm weather returning this week and into the weekend. 

    Bay News 9 meteorologists answer your questions about the warmth returning and when it will cool down again.

     

    Meteorologist Kyle Hanson

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  • Rain returns Sunday

    Rain returns Sunday

    Welcome to ‘Ask a Meteorologist,’ a weekly chat that discusses a new weather topic every week.

    This week, we are talking about showers and scattered thunderstorms returning on Sunday.

    Bay News 9 meteorologists answer your questions about what to expect this weekend. 

     

    Spectrum News Weather Staff

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  • Warren Washington: Climate adviser to 6 presidents

    Warren Washington: Climate adviser to 6 presidents

    Jimmy Carter. Ronald Reagan. George H. W. Bush. Bill Clinton. George W. Bush. Barack Obama.

    You’ve heard of each of those presidents, but you probably haven’t heard of Warren Washington, the scientist who advised all of them on Earth’s climate. It’s no wonder; he also helped develop one of the first climate models.


    What You Need To Know

    • Warren Washington was the second African American to get a PhD in meteorology
    • He helped develop the earliest global climate models
    • The U.S. government awarded Washington the National Medal of Science in 2010

    Washington was a pioneer in more than just weather and climate. He was just the second African American to get a doctorate in meteorology, earning his PhD from Penn State in 1964.

    Warren Washington standing next to a CRAY supercomputer in 1980. (UCAR)

    To put that in perspective, a report from the American Institute of Physics says that only 14 out of the 740 students to graduate with a bachelor’s degree in atmospheric science as recently as 2015 were African American.

    From the 1960s onward, Washington studied the Earth’s climate system, building simulations that got more detailed as computers became more powerful. Early climate models were crude and slow.

    “We weren’t able to go faster than the actual weather. We actually plowed on because what happened was computers got faster and faster,” he told NASA in a 2016 interview.

    But, as computers got faster, Washington and his colleagues added more detail into the climate models.

    Output from an early climate model in the late 1960s. (UCAR)

    Washington used those computer models to experiment with various scenarios, tweaking the amount of carbon dioxide and other gasses to see what the different outcomes would be.

    This is routine today. Scientists want to know what to expect if we do nothing to limit greenhouse gas emissions or suddenly stop all of it or something in between.

    Washington earned many accolades and awards for his decades of work. In 2010, the country awarded him the National Medal of Science, the U.S. government’s highest scientific honor. He’s also been recognized for his efforts to increase diversity in atmospheric sciences.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Justin Gehrts

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  • George Washington Carver’s legacy is more than peanuts

    George Washington Carver’s legacy is more than peanuts

    Peanuts–that may be what George Washington Carver is best known for, but that was just one part of his work. Arguably more important? He was an advocate of sustainable agriculture before the concept even had such a name.


    What You Need To Know

    • Carver tried to change farming practices in the South
    • He considered the whole picture of crops, soil and weather
    • Carver’s largest true legacy may be in sustainable agriculture

    Carver was the first Black student admitted to the Iowa Agricultural College, now known as Iowa State University. He went on to be an educator and researcher at the Tuskegee Institute in Alabama from 1896 to 1943.

    He even took weather observations there for over 30 years as part of a “cooperative observers” program, which the National Weather Service still uses today.

    George Washington Carver’s daily weather reports for February 1923. (NOAA Central Library Data Imaging Project)

    Carver knew the issues that Southern farmers faced. He encouraged efforts that went against the grain of agricultural science at the time, according to Mark D. Hersey, a historian at Mississippi State University. His efforts didn’t result in much change then, but he was certainly on to something.

    “They were farseeing–and many of the things he called for became vital threads in what came to be known as the organic agriculture movement in the mid-20th century… in essence, Carver was a prophet of sustainable agriculture,” says Hersey. 

    Instead of growing only cotton, Carver recommended crop rotation that included peanuts so those crops could replenish the soil’s nutrients.

    Carver’s holistic approach also encouraged composting manure, rather than simply adding chemical fertilizers. This was a cheaper solution that also made the soil more resistant to erosion, Hersey adds. The South gets deluges that drop a few inches of rain in a day, which can wash away the dirt and leave behind ruts.

    Photograph of erosion in one of Carver’s bulletins, published in 1908. (Tuskegee Experiment Station Bulletin No. 11/U.S. Department of Agriculture, National Agricultural Library)

    In one of the many bulletins he wrote, Carver noted some farmers’ belief that the moon influences the weather, along with other superstitions. He said to focus instead on actual conditions, since he knew seeds need some number of frost-free days and a certain soil temperature. 

    “My work is that of conservation,” Carver believed. We still hear echoes of that work a century later in sustainable farming.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Justin Gehrts

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  • DaNa Carlis’ role at the National Severe Storms Lab is a historic homecoming

    DaNa Carlis’ role at the National Severe Storms Lab is a historic homecoming

    Dr. DaNa Carlis is breaking barriers as the first African-American to lead NOAA’s National Severe Storms Laboratory (NSSL) in Norman, Oklahoma.

    The laboratory studies severe weather, from tornadoes to winter weather. The National Weather Service uses their research to warn us and keep us safe from disruptive weather events.


    What You Need To Know

    • DaNa Carlis is the first African-American to be named NSSL director
    • Carlis co-founded NOAA’s Diversity and Professional Advancement
    • He holds three degrees from Howard University
    • One of his top priorities is to increase the engagement between the underserved communities and the NSSL

    Historic accomplishment

    NOAA appointed Carlis to the role in January 2023. Carlis is the first Black man named as a lab director.

    We spoke to the NSSL director in 2023 about his historic appointment, his future for the NSSL and how he plans to inspire more Black Indigenous People of Color (BIPOC) in meteorology.

    “It feels amazing! I am humbled by the opportunity to serve in this capacity as director of the National Severe Storms Laboratory,” said Carlis, describing his accomplishment.

    A few years ago, the NSSL Director didn’t think he’d be taking this path in his career. However, he said he was striving for an opportunity to be a leader of science within NOAA.

    Carlis is excited to inspire the next generation of science leaders.

    “I’m looking forward to continuing to uplift others with the BIPOC community that can serve in this capacity. It’s been a passion of mine to help and develop the next generation workforce,” said Carlis.

    Over his 20-year career, Carlis led efforts to advance diversity, equity and inclusion within NOAA. He’s the co-founder of NOAA’s Diversity and Professional Advancement Working Group (DPAWG).

    Eight members of NOAA’s Diversity and Professional Advancement Working Group in 2023. Clockwise from the top left: Vankita Brown, John Moore, Terence Lynch, Maddie Kennedy, DaNa Carlis, Lonnie Gonsalves, Ashley Turnbull, and Janae Elkins. (NOAA)

    Carlis knows how big of a deal it is to be the first African-American to lead this agency.

    “I’m a firm believer that there are more talented people than me out there that will deserve this opportunity and probably have deserved it in the past. So, that I’m the first is humble… but you know I got to continue to strive for change and NOAA is right behind me in terms of diversity, inclusion and equity in our senior leadership ranks,” Carlis told Spectrum News.

    NOAA Administrator Rick Spinrad, Ph.D. supports Carlis’ mission. Spinrad gave this statement in a news release: “NOAA is fortunate to have a leader with deep scientific expertise and the strong skills to elevate diversity, equity and inclusion into all aspects of NSSL’s culture.”

    Back to his roots

    The role is a homecoming for Carlis, who grew up in Tulsa. Carlis is happy to be back in his home state and doing what he loves.

    “I am going to full circle, returning to my roots of being in Oklahoma…. I have kept myself grounded on who I am and where I come from,” said Carlis.

    The Tulsa native says his upbringing made him the man he is today.

    The NSSL director credits his mentors with sparking his passion for science.

    “It was mentors that really drew me in and after that first course in atmospheric science I fell in love with it because it was so applicable to people’s everyday lives,” Carlis recounted.

    He also takes great pride in graduating from Howard University, a Historically Black College and University (HBCU) in Washington D.C.

    “The main thing that really helped me… that I really needed was the support system. I needed to believe in me, I needed to be supported by people that was going to help raise me up and make sure and hold me accountable for being excellent, being a high achiever… that’s what Howard University gave to me,” Carlis told us.

    Bright future

    “I got to go in and learn the organization. So, I’ll sit back and listen for a few months and try to figure out… where we need to improve weather that is on the business side or science and technology side,” said Carlis.

    The severe storms lab is a busy place, with its PERiLS project, radar improvements, field campaigns and much more.

    The NSSL director says his mission for the agency is to meet their goals and make sure they’re successful. One of his priorities is to increase the engagement between the underserved communities and the NSSL.

    “The integration of social science and physical sciences like in meteorology and atmospheric is going to be really key to us being able to engage and serve those folks that are from underserved communities even better,” said Carlis.

    In addition, Carlis thinks this is an opportune time for aspiring meteorologists to get into the field. He has this advice for them.

    “I would love to see more African-American, Black meteorologists or just BIPOC meteorologist coming into this field because it just such a gratifying field of work that we do because of the impact that we have on people’s lives… so we need you.”

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Keith Bryant

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  • El Niño likely to fade by late spring

    El Niño likely to fade by late spring

    After a wet El Niño winter across Florida, we will see Central Pacific waters cool down again by late spring. 


    What You Need To Know

    • El Niño has been strong all winter
    • Central Pacific water temperatures have already been cooling down
    • Neutral conditions are expected by May
    • La Niña is likely to develop by late summer or early fall

    El Niño results from the relaxed trade winds in the equatorial Pacific, leading to less upwelling off the South American coast.

    With less upwelling, sea surface temperatures warm in the central Pacific, leading to an El Niño pattern.

    These warmer Pacific water temperatures can determine weather patterns across other parts of the world.

    This year, it has led to an unusually wet winter across the state of Florida

    Forecast

    Trade winds have already picked back up a bit in the equatorial Pacific, cooling down the Central Pacific waters in January and February after a December peak.

    We are still in a strong El Niño pattern as of Feb. 2024. However, waters are expected to continue to cool with neutral conditions (near normal) likely arriving around May this year.

    In fact, a weak to moderate La Niña could develop by September.

    La Niña

    La Niña is the exact opposite of El Niño. Here, trade winds strengthen over the equatorial Pacific, leading to more upwelling.

    This brings cooler water to the surface, so sea surface temperatures in the equatorial Pacific drop to below normal.

    La Niña can have an influence on the Atlantic Hurricane season and it could arrive just in time for the peak.

    During a La Niña summer and fall pattern, shear increases in the Pacific, but decreases in the Atlantic.

    Shear refers to upper level winds that can inhibit tropical storm and hurricane growth.

    During a typical La Niña hurricane season, above normal activity is expected in the Caribbean.

    Overall, it is still a tough call for this upcoming hurricane season as La Niña is not expected to develop until after the start of the season and it will likely be on the weaker side.

    Other factors, including water temperatures in the Atlantic and Saharan dust, can affect the season. 

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Kyle Hanson

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  • Honoring a pioneer in broadcast meteorology, June Bacon-Bercey

    Honoring a pioneer in broadcast meteorology, June Bacon-Bercey

    In honor of Black History Month, we are taking the opportunity to look back on and celebrate the life and work of meteorologist June Bacon-Bercey.

    A woman of many “firsts,” Bacon-Bercey broke many barriers and paved the way for others, particularly for women and African Americans in meteorology. 


    What You Need To Know

    • June Bacon-Bercey broke many barriers as an African American woman in science 
    • She was the first African American female degreed broadcast meteorologist
    • She established a scholarship in the late 1970s from game show winnings
    • The American Meteorological Society renamed an award in her honor

    Noted as the first African American and first female degreed broadcast meteorologist, Bacon-Bercey is considered a pioneer in the field of meteorology. Born in 1928 in Wichita, Kansas, ever since she was a kid, she knew she wanted to follow a path of math and science.

    In 1954, she became the first African American female in the United States to earn a bachelor of science degree in meteorology from the University of California at Los Angeles (UCLA).

    According to her official biography provided by her daughter, Dail St. Claire, when she arrived at UCLA, a counselor suggested she major in home economics instead of meteorology.

    Bacon-Bercey once said, “when I earned an ‘A’ in thermodynamics and a ‘B’ in home economics, I knew my decision was the right one.”

    Her biography also states that her career extended well beyond television weather. Before retiring from a position at the National Oceanic and Atmospheric Administration in 1993, she held positions as a weather forecaster, weather analyst, radar meteorologist, aviation meteorologist, broadcast journalist, public administrator and educator.

    She had a lasting impact on the field of broadcast meteorology, especially during a time when weather broadcasts within local newscasts were considered more entertainment-based than science-focused.

    June-Bacon Bercey on set at WGR-TV in Buffalo, N.Y. (Courtesy: Dail St. Claire)

    In 1972, she became the first African American and first female to earn the AMS Seal of Approval for Excellence in Television Weathercasting

    Her daughter recalled the day that her mother got the news of this accomplishment. “She was beaming. We sat down over tea, as she often did with me to discuss life matters. Upon sharing the significance of the Seal, she said, ‘no greater honor can come to me than earning the respect of my colleagues.’”

    This came after joining WGR-TV in Buffalo, New York, in 1970, where she became the chief meteorologist after just four months at the station. This was a remarkable feat for the era.

    Nearly five decades later, a 2018 study published in the Bulletin of the American Meteorological Society revealed that only 8% of chief meteorologists are female. 

    Bacon-Bercey became a role model to many African American aspiring meteorologists, including Janice Huff, Chief Meteorologist at WNBC in New York.  

    “When I was a child, I never saw anyone who looked like me delivering the forecast on television, so I never thought of broadcasting as an option for a future career. I wanted to be a scientist and work behind the scenes, and I was on my way to doing just that. Then I learned of June Bacon-Bercey, and I was certain that any and all things were possible,” said Huff.

    Alan Sealls, Chief Meteorologist at WPMI-TV in Mobile, Alabama also has been moved by the life of Bacon-Bercey. He described her as “a woman who likely opened doors for women, African-Americans, and degreed meteorologists in broadcast meteorology.”

    Dr. J. Marshall Shepherd, Director of the Atmospheric Sciences Program at the University of Georgia who served as the second African American president of the American Meteorological Society, shared his appreciation for Bacon-Bercey. “I cannot imagine the struggles that Mrs. Bacon-Bercey faced as she trailblazed on behalf of women and people of color,” he said.   

    Women’s issues and racial equality were of the highest importance to Bacon-Bercey. She helped launch the AMS Board on Women and Minorities in 1975, which continues to operate to this day. It was renamed the Board on Representation, Accessibility, Inclusion, and Diversity (BRAID) in 2020.

    In 1977, it wasn’t weather, but her music knowledge that awarded her $64,000 on the game show “The $128,000 Question.” She used her earnings to launch the June Bacon-Bercey Scholarship through the American Geophysical Union (AGU) for women pursuing careers in meteorology and atmospheric sciences.  

    She felt the scholarship could help women become meteorologists. “I was discouraged from becoming a meteorologist. If women feel they have some money behind them, it might be better,” she stated according to her official biography.

    AGU offered this scholarship from 1978 to 1990. It became reestablished in 2021 through the generosity of her daughter, Dail St. Claire, and other family and friends.  

    June Bacon-Bercey speaking at a luncheon. (Photo Courtesy: Dail St. Claire)

    Bacon-Bercey also funded the meteorology lab at Mississippi’s Jackson State University (JSU) in 1980. At the time, JSU was the only historically black university or college with a meteorology program in the United States. 

    Janice Huff remarked on her achievements. “She showed great strength and determination to study in a field where there were so few who looked like her. She persevered despite the odds against her, and for that, I am eternally grateful.”

    Bacon-Bercey passed away in July 2019 at the age of 90. Her legacy will live on for generations to come through the American Meteorological Society’s (AMS) June Bacon-Bercey Award for Broadcast Meteorology.  

    The AMS renamed the Award for Broadcast Meteorology in her honor. Since 1977, this award has annually recognized broadcast meteorologists “for sustained long-term contributions to the community through the broadcast media, or for outstanding work during a specific weather event.”

    Since its inception, three Award for Broadcast Meteorology recipients have been female. By honoring Mrs. Bacon-Bercey’s legacy, women and minorities might be encouraged to strive for this award and submit future nominations. 

    Her daughter, Dail St. Claire, reflected on this honor. “My family and I are grateful to the AMS for honoring my mother, June Bacon-Bercey. There is no greater honor for an on-air meteorologist to serve the public. The field of meteorology will one day fully represent the rich diversity of all people.”

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Maureen McCann

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  • El Niño looks to come to an end

    El Niño looks to come to an end

    Welcome to ‘Ask a Meteorologist,’ a weekly chat that discusses a new weather topic every week.

    This week we’ll be talking about El Niño winding down.

    Bay News 9 meteorologists answer your questions about how long we’ll continue to see El Niño prevail and when La Niña could return. 

     

    Meteorologist Kyle Hanson

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  • Mae C. Jemison: The first African American woman in space

    Mae C. Jemison: The first African American woman in space

    Becoming an astronaut is hard enough, but one woman overcame obstacles to become the first African American woman in space.


    What You Need To Know

    • Jemison wanted to study science from an early age
    • She first studied medicine before starting a career at NASA
    • She went to space in Sept. 1992
    • After NASA, she accomplished many more things

    Early life accomplishments

    Born in the 1950s, Jemison would let nothing stop her from becoming one of the most accomplished African American women in history.

    She was born in Decatur, Ala. but grew up in Chicago, and from a very early age, she knew she wanted to study science.

    She worked hard and graduated from high school when she was just 16. At that early age, she traveled across the country to California to attend Stanford University.

    Being one of the few African Americans in her class, she experienced racial discrimination from students and teachers, but that didn’t stop her from graduating with two degrees in four years, one in chemical engineering and one in African American studies.

    Jemison didn’t start her career in space. She first attended Cornell Medical School, where she got her doctorate in medicine and practiced general medicine.

    Her talents also didn’t stop in science. Jemison is fluent in Japanese, Russian and Swahili. She used this and her medical studies to her advantage and joined the Peace Corps in 1983 to help people in Africa for two years.

    Jemison with the rest of the Endeavour Crew in 1992. (AP Photo/Chris O’ Meara)

    On to space

    After the Peace Corps, Jemison opened her own private practice as a doctor, but not too long after, she decided she wanted to go to space, something she had wanted to accomplish for a long time.  

    Jemison applied for the astronaut program at NASA in 1985. Unfortunately, NASA stopped accepting applications after the Space Shuttle Challenger exploded in 1986.

    Jemison tried her luck again in 1987 and was one of the 15 people chosen out of 2000 applicants. Nichelle Nichols, who starred as Uhura in the original Star Trek series, recruited her. Jemison later starred in an episode of the series after being a fan since childhood.

    In Sept. 1992, she joined six other astronauts on the Endeavor for eight days, making her the first African American woman in space. On her mission, she made 127 orbits around the Earth.

    Mae C. Jemison on board the Endeavour in 1992. (Photo by NASA)

    After NASA

    Jemison left NASA the year after she went to space and accomplished many more things.

    She started her own consulting company, became a professor at Cornell, launched the Jemison Institute for Advancing Technology in Developing Countries, created an international space camp for teens and much more.

    She currently leads 100 Year Starship through DARPA, United States Defense Advanced Research Projects Agency, which works to ensure humans will travel to another star in the next 100 years.

    With all her accomplishments, it’s no surprise Jemison was inducted into the National Women’s Hall of Fame, the National Medical Association Hall of Fame and the Texas Science Hall of Fame.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Shelly Lindblade

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  • NOAA’s Coral Reef Watch adds new categories to their Bleaching Alert Levels

    NOAA’s Coral Reef Watch adds new categories to their Bleaching Alert Levels

    2023 was a stressful year for Florida’s coral reefs. Sea surface temperature records were shattered for several days, and the unprecedented heat stress led to several bleaching events across Florida’s reefs.

    Bleaching Watches were issued far north along Florida’s coastline, and parts of Cuba and the Bahamas saw their waters under a Level 2 Alert by NOAA’s Coral Reef Watch, the highest level on the scale.

    But things are changing, and to keep up with a warming ocean, NOAA has revealed adjustments to their long-time Coral Reef Watch scale.


    What You Need To Know

    • NOAA has added three new levels to their Coral Reef Watch alerts
    • The additional levels were needed to create a more accurate picture in a warming climate
    • Previously, the Coral Reef Watch ended at a Level 2, indicating significant coral reef issues
    • The new alert levels go up to a Level 5, which indicates near-complete mortality of a reef ecosystem


    Following the hottest year on record, the National Oceanic and Atmospheric Administration (NOAA) has made changes to the alerts their Coral Reef Watch division issues.

    NOAA established the Coral Reef Watch program back in 2000 after mass coral bleaching became more visible after 1980.

    Scientists learned about the significant ecological, economic and societal benefits coral reefs bring to a local ecosystem, and NOAA needed to observe and alert users of potentially hazardous threats to the reefs around the globe.

    A DLNR diver assessing damage to the coral reef at Kaneohe Bay. (DLNR)

    Previously, the Coral Reef Watch’s Bleaching Alert scale had five separate categories, running from No Stress to Alert Level 2. That level warned users of a “risk of reef-wide bleaching with mortality of heat-sensitive corals.”

    This type of alert assured users of permanent and irreversible damage to the coral ecosystem.

    But now, NOAA has taken steps to implement three new alert levels beyond level 2. Bleaching Alert Level 3, 4 and 5 will provide a much more detailed look at where the most significant coral bleaching events occur across the world’s oceans.

    NOAA’s bleaching alert map on Feb. 12, 2024. (NOAA)

    Each new level brings a different interpretation to the impacts that part of the reef ecosystem experiences.

    Bleaching Alert Level 3 will alert users to a risk of death of multiple species within the reef zone.

    Alert Level 4 takes it a step further, indicating the risk of severe multi-species mortality.

    Alert Level 5, now the highest on the scale, refers to a risk of near-complete mortality of a coral ecosystem with over 80% of all coral in the reef being lost.

    The scale will rely heavily on NOAA’s DHW index, or degree heating weeks. The metric keeps track of how long a specific part of the ocean has remained above a certain bleaching threshold. The longer the threshold is met, the higher the DHW, which can increase the Bleaching Alert Level.

    With the new additions to the scale, NOAA announced that DHWs ranging from 8 to 12 will correspond to a Level 2 bleaching event while any DHW metric over 20 corresponds to a Level 5 event.

    The first use of the new Bleaching Alert Levels was on Jan. 31, 2024, with the release of a new global map. Parts of the central and southern Pacific Ocean–particularly near Tasmania and north of the Solomon Islands–were under alert levels 4 and 5.

    Coral reefs act as important ecosystems for specific fish and plant life around the globe, especially in the tropics region. (Spectrum News)

    Coral reefs act as important ecosystems for specific fish and plant life around the globe, especially in the tropics region. (Spectrum News)

    Last year, a joint study from NOAA and the University of Queensland found marine heat waves, like the one Florida experienced last year, severely impact coral health and can disrupt the intricate balance the reefs provide to an ecosystem.

    With high sea surface temperatures, symbiotic algae levels can fluctuate, causing bleaching events that can cascade through a large area in a short amount of time.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Zach Covey

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  • Most powerful laser in the world could lead to cancer treatment

    Most powerful laser in the world could lead to cancer treatment

    A University of California, Irvine professor is being tasked to help design the most powerful laser in the world.

    Franklin Dollar, a professor of physics & astronomy at UCI, is part of the effort to build the laser called the EP-OPAL (Optical Parametric Amplifier Lines).


    What You Need To Know

    • A UC Irvine Professor is helping contribute to building the most powerful laser in the world
    • The laser could lead to breakthroughs in cancer treatment and space science
    • Physicists will build the laser at the University of Rochester


    The National Science Foundation awarded an $18-million grant to build the laser at a university in New York. EP-OPAL will house it at the Laboratory for Laser Energetics at the University of Rochester.

    The laser will open the door for more research in astrophysics and the medical field, from telescopes to medical imaging.

    EP-OPAL could also develop radiation techniques to help treat cancer patients.

    Plus, it could lead to new developments in nuclear physics, particle acceleration and quantum mechanics.

    The instrument has two separate 25-petawatt lasers and will fire in a millionth of a billionth of a second.

    Dollar’s team will focus on particle acceleration and light sources.

    I talked to Dollar’s team about the laser and how he’s mentoring the next generation of plasma physicists. Watch the video above to see more.

    Franklin Dollar, assistant professor of physics and astronomy (Photo by Steve Zylius/UCI)

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Keith Bryant

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  • Most powerful laser in the world could lead to cancer treatment

    Most powerful laser in the world could lead to cancer treatment

    A University of California, Irvine professor is being tasked to help design the most powerful laser in the world.

    Franklin Dollar, a professor of physics & astronomy at UCI, is part of the effort to build the laser called the EP-OPAL (Optical Parametric Amplifier Lines).


    What You Need To Know

    • A UC Irvine Professor is helping contribute to building the most powerful laser in the world
    • The laser could lead to breakthroughs in cancer treatment and space science
    • Physicists will build the laser at the University of Rochester


    The National Science Foundation awarded an $18-million grant to build the laser at a university in New York. EP-OPAL will house it at the Laboratory for Laser Energetics at the University of Rochester.

    The laser will open the door for more research in astrophysics and the medical field, from telescopes to medical imaging.

    EP-OPAL could also develop radiation techniques to help treat cancer patients.

    Plus, it could lead to new developments in nuclear physics, particle acceleration and quantum mechanics.

    The instrument has two separate 25-petawatt lasers and will fire in a millionth of a billionth of a second.

    Dollar’s team will focus on particle acceleration and light sources.

    I talked to Dollar’s team about the laser and how he’s mentoring the next generation of plasma physicists. Watch the video above to see more.

    Franklin Dollar, assistant professor of physics and astronomy (Photo by Steve Zylius/UCI)

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Keith Bryant

    Source link

  • Most powerful laser in the world could lead to cancer treatment

    Most powerful laser in the world could lead to cancer treatment

    A University of California, Irvine professor is being tasked to help design the most powerful laser in the world.

    Franklin Dollar, a professor of physics & astronomy at UCI, is part of the effort to build the laser called the EP-OPAL (Optical Parametric Amplifier Lines).


    What You Need To Know

    • A UC Irvine Professor is helping contribute to building the most powerful laser in the world
    • The laser could lead to breakthroughs in cancer treatment and space science
    • Physicists will build the laser at the University of Rochester


    The National Science Foundation awarded an $18-million grant to build the laser at a university in New York. EP-OPAL will house it at the Laboratory for Laser Energetics at the University of Rochester.

    The laser will open the door for more research in astrophysics and the medical field, from telescopes to medical imaging.

    EP-OPAL could also develop radiation techniques to help treat cancer patients.

    Plus, it could lead to new developments in nuclear physics, particle acceleration and quantum mechanics.

    The instrument has two separate 25-petawatt lasers and will fire in a millionth of a billionth of a second.

    Dollar’s team will focus on particle acceleration and light sources.

    I talked to Dollar’s team about the laser and how he’s mentoring the next generation of plasma physicists. Watch the video above to see more.

    Franklin Dollar, assistant professor of physics and astronomy (Photo by Steve Zylius/UCI)

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    Meteorologist Keith Bryant

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