June’s other aunt, Dr. Alta Hallbrook, was one of the first Black female dentists in the state of Kansas. Growing up surrounded by strong, accomplished women, June learned early on that she could achieve anything she set her mind to.
After high school, June pursued her dream of studying meteorology. She attended the University of Kansas, where she earned a degree in meteorology in 1954. She then went on to earn a master’s degree in the same field from UCLA in 1955. Armed with her education, June set out to make her mark in the world of atmospheric science.
Her first major career move came when she joined the Atomic Energy Commission as a senior researcher. At the AEC, June worked on projects related to nuclear fallout and radiation monitoring. She was one of the few women and people of color in the field at the time, but she didn’t let that hold her back.
June’s next big career move came when she transitioned into broadcast meteorology. She landed a job as a weather forecaster at a TV station in Buffalo, New York. This was a groundbreaking move for June, as she became one of the first Black female TV meteorologists in the country.
Her time in Buffalo was not without challenges. As a Black woman in a predominantly white, male-dominated field, June faced discrimination and prejudice. But she didn’t let that stop her from pursuing her passion for science and meteorology. She continued to excel in her career, becoming a respected and trusted voice in the field.
In addition to her work in meteorology, June also had a passion for music. She was a talented pianist and had a deep love for the music of John Philip Sousa. This love for music would later play a significant role in her life and career.
In 1971, June’s meteorology career took a dramatic turn when she stepped in to fill in for a missing weather forecaster at the TV station where she worked. Her impromptu weather segment was a hit, and she quickly became a local celebrity. June’s daughter, Dail, recalls the overwhelming response to her mother’s broadcast.
June’s success as a weather forecaster opened up new opportunities for her in the world of broadcast journalism. She went on to host a TV game show and became a familiar face on television screens across the country.
Throughout her career, June remained committed to promoting diversity and inclusion in the field of meteorology. She established a scholarship for women studying meteorology, aimed at encouraging more women to pursue careers in atmospheric science.
June Bacon-Bercey’s legacy lives on as a trailblazer in the field of meteorology. Her determination, passion, and commitment to science have inspired countless women and people of color to follow in her footsteps. She broke down barriers and paved the way for future generations of diverse meteorologists to make their mark on the world.
Hortense Wong, affectionately known as Aunt Tense, was not just a dancer and manager of a renowned variety tent show in the early-to-mid 20th century. She was also a savvy businesswoman, running the show herself after her husband, Charles Collier, passed away. The show, a mix of review, comedy, and musical showcase, traveled all over the South and even featured legendary blues singers like Ma Rainey and Bessie Smith.
Aunt Tense’s niece, June Bacon-Bercey, followed in her aunt’s footsteps by breaking barriers in a male-dominated field. Growing up under the care of her aunts after her father’s passing, June learned from Aunt Tense and Aunt Bessie the importance of perseverance and meticulousness. She was taught that “no” was not in their family’s vocabulary and that stopping was never an option.
June’s journey into meteorology began with a degree in mathematics at a local university in Wichita. Her passion for atmospheric science led her to enroll at the University of California in Los Angeles, where she became the first black woman to graduate with a degree in meteorology in 1954. This was a pivotal time for meteorology, with advancements in technology such as weather balloons and radiosondes revolutionizing the field.
June’s work as a part-time forecaster for the US Weather Bureau while studying at UCLA set her on a path to becoming an expert in atmospheric dynamics. Her role in parsing temperature, humidity, and wind data in Washington DC solidified her reputation as a respected meteorologist. Despite the challenges of the era, including limited computing power, June’s dedication to her work never wavered.
Dr. Kristine Harper, a meteorologist and science historian, explained that meteorology was gaining respect as a science in the 1950s, thanks to advancements in technology and data collection. The field was becoming more sophisticated, with the use of computers for data analysis and weather prediction experiments.
June Bacon-Bercey’s story is a testament to the legacy of strong, determined women like Aunt Tense who paved the way for future generations. Her passion for meteorology and her groundbreaking achievements in the field continue to inspire aspiring scientists and meteorologists today. June Bacon-Bercey, a trailblazing scientist in the field of meteorology, faced many challenges in her career as one of the only women and one of the only black people in her workplace. Despite these obstacles, she remained dedicated to her calling and approached her work with a sense of purpose and determination.
Every day, as June drove to work at the National Weather Analysis Center in Suitland, Maryland, she listened to the music of John Phillips Sousa, one of America’s most prolific composers. This music became the soundtrack to her work as a government forecaster, setting the tone for her day and inspiring her to march forward in pursuit of her goals.
In the late 1950s, during the height of the Cold War, June found herself at the center of a heated debate over the safety of nuclear testing. As a senior advisor at the Atomic Energy Commission, she was privy to information about the government’s testing of nuclear weapons and the potential risks associated with fallout. While some, like Edward Teller, advocated for above-ground nuclear testing to keep up with the Soviet Union, June was more concerned about the health implications for those living near test sites.
Despite facing opposition from colleagues like Teller, June remained steadfast in her commitment to protecting the public and advocating for safety measures in nuclear testing. She worked tirelessly to study the effects of radiation exposure on genetic makeup and to explore ways to detect underground nuclear tests.
Through her work, June sought to make a difference in the world and to address some of the most pressing issues of her time. Her dedication to her mission and her unwavering commitment to public safety serve as a testament to her legacy as a pioneering scientist in the field of meteorology.
June Bacon-Bercey’s career took a significant turn when she started to delve into the impacts of particles on the atmosphere and their subsequent effects on weather patterns and the environment. She began to speak about how these particles could linger in the atmosphere for extended periods, altering weather patterns for decades or even longer. Additionally, she highlighted the potential dangers of these particles falling back down to Earth and affecting the land.
In the late fifties, June worked at the Atomic Energy Commission where she uncovered alarming information about Strontium 90, a radioactive isotope produced by nuclear fission. Contrary to previous beliefs that it would stay airborne for a decade, Strontium 90 was found in high levels in wheat in Minnesota, a thousand miles away from the Nevada testing sites. This bone-seeking isotope settled in bones and bone marrow, leading to increased rates of bone, tissue, and blood cancers. These findings were a cause for concern as they indicated widespread contamination in food sources far from the testing sites.
Despite her groundbreaking work, June faced disillusionment with the actions being taken at the time regarding nuclear testing and fallout. She expressed a desire to confront the truth and take a stand against these harmful practices. This sense of disillusionment ultimately led her to leave the Atomic Energy Commission in 1962, just before the US signed the Limited Test Ban Treaty.
Returning to her passion for weather forecasting, June joined the Weather Bureau in New York City. However, she soon realized the importance of educating the public about atmospheric science and its implications. To bridge this gap, she transitioned into journalism, using her scientific background to inform and educate viewers. By becoming a science reporter, June aimed to demystify complex scientific concepts for a wider audience and inspire young Black children to pursue careers in meteorology and journalism.
June’s perseverance and dedication paid off when she landed a job as a science reporter at a TV station in Washington DC in 1969. Despite the challenges of being a single parent, she continued to pursue her career, eventually becoming a chief meteorologist. Her hard work and preparation met with the opportunity she had been waiting for, and she made history as the first Black woman to hold such a position.
June’s groundbreaking achievements in meteorology and journalism paved the way for future generations of women and people of color in these fields. Her legacy continues to inspire and motivate aspiring scientists and journalists to pursue their passions and make a lasting impact on society.
June Bacon-Bercey was a trailblazer in the field of meteorology, breaking barriers for women and Black professionals in the industry. Her journey to becoming a respected meteorologist began in Buffalo, New York, where she initially faced skepticism and resistance due to her gender and race. However, June’s passion for weather forecasting and her exceptional skills quickly earned her a permanent spot on WGR’s weather team.
Despite initial reservations about appearing on television, June embraced her role as a weathercaster and became a local celebrity in Buffalo. Her dedication to her craft and commitment to accuracy led her to become WGR-TV’s Chief Meteorologist and later win the American Meteorological Society’s seal of approval for excellence in TV weather forecasting. June was the first woman and the first Black person to receive this prestigious award, solidifying her place in meteorological history.
Throughout her career, June faced challenges of racial discrimination and misogyny, but she never let these obstacles deter her. Her resilience and determination inspired other women and minorities in the field, like Janice Huff, who followed in June’s footsteps and also received the AMS Seal of Approval for excellence in TV Weather Forecasting.
After leaving WGR-TV, June continued to make significant contributions to the field of meteorology. She joined the National Oceanic and Atmospheric Administration (NOAA) as Chief of Weather and Television Services, where she conducted weather briefings for researchers, government officials, and journalists. June also worked in the aviation branch of the National Weather Service, helping air traffic controllers and commercial air pilots understand atmospheric science for safer flying.
June’s dedication to advancing diversity and inclusion in meteorology extended beyond her professional achievements. She served on the American Meteorological Society Board on Women and minorities, advocating for greater representation and opportunities for underrepresented groups in the field. Her inventive approach to addressing gender biases, as demonstrated in a scripted skit at an AMS meeting, showcased her wit and determination to challenge the status quo.
June Bacon-Bercey’s legacy as a pioneering meteorologist and advocate for diversity and inclusion continues to inspire future generations of weather forecasters. Her impact on the field and her dedication to advancing meteorology will be remembered and celebrated for years to come. June Bacon-Bercey was a woman ahead of her time. A trailblazer in the field of meteorology, she not only made significant contributions to the scientific community but also worked tirelessly to promote diversity and inclusion in STEM fields. Her legacy continues to inspire generations of women and people of color to pursue careers in science and technology.
Born in 1928, June Bacon-Bercey was a meteorologist, educator, and advocate for diversity in STEM. She was the first African American woman to earn a degree in meteorology and the first woman to be awarded the American Meteorological Society’s prestigious Seal of Approval for excellence in broadcasting. However, June’s impact went far beyond her professional achievements.
June believed in the power of education to break down barriers and create opportunities for women and people of color. She dedicated her life to advocating for equal access to STEM education and mentorship opportunities. In 1977, she appeared on the game show “The $128,000 Question” and used her winnings to establish the June Bacon-Bercey Scholarship in Atmospheric Science for Women. This scholarship program aimed to support women pursuing careers in meteorology and atmospheric science.
Throughout her career, June remained committed to her mission of promoting diversity and inclusion in STEM fields. She helped establish a meteorology lab at Jackson State University, a historically Black institution, and worked as a substitute science teacher in the San Francisco Bay Area. Her daughter, Dail St. Claire, followed in her footsteps and pursued a successful career in STEM, inspired by her mother’s passion and dedication.
June’s legacy lives on in the countless students and scientists she inspired to pursue careers in meteorology and atmospheric science. She was a pioneer in her field and a champion for diversity, equity, and inclusion in STEM. Despite facing obstacles and challenges throughout her career, June never wavered in her commitment to making the world a better place through education and mentorship.
As we reflect on June’s life and legacy, we are reminded of the importance of diversity and inclusion in STEM fields. June Bacon-Bercey paved the way for future generations of women and people of color to pursue their passions and make a difference in the world. Her impact will continue to be felt for years to come, as we strive to honor her memory and carry forward her mission of promoting diversity and equity in STEM. Lost Women of Science is a groundbreaking podcast that sheds light on the untold stories of women who have made significant contributions to the field of science. Hosted by Carol Sutton Lewis, the show is a platform for showcasing the achievements and struggles of these remarkable women.
The show is produced by Christie Taylor, an experienced audio producer and science journalist based in Brooklyn, New York. With a background in working for Science Friday, New Scientist magazine, and Mystery AI Hype Theater 3000, Taylor brings a wealth of knowledge and expertise to the production of Lost Women of Science.
The senior producer of the show is Laura Isensee, who plays a crucial role in overseeing the production and ensuring that each episode meets the highest standards of quality. With a keen eye for detail and a passion for storytelling, Isensee helps bring the stories of these unsung female scientists to life.
Throughout the series, Lost Women of Science features a diverse range of guests, including Dail St. Claire, the daughter of June Bacon-Bercey, Peggy LeMone, Senior Scientist Emeritus at the National Center for Atmospheric Research, Kristine Harper, a professor at the University of Copenhagen, and Janice Huff, Chief Meteorologist at NBC 4, New York City. These guests provide valuable insights into the lives and work of the women scientists being highlighted on the show.
Thanks to the executive producers, Amy Scharf and Katie Hafner, as well as senior managing producer, Deborah Unger, and program manager Eowyn Burtner, Lost Women of Science is able to bring these important stories to a wider audience. The show’s art, created by Lily Whear, adds a visual element to the storytelling, making the episodes engaging and informative.
Funded in part by the Alfred P. Sloan Foundation and the Anne Wojcicki Foundation, Lost Women of Science is able to continue producing episodes that celebrate the achievements of women in science. The show is distributed by PRX, ensuring that it reaches listeners around the world.
Listeners can find show notes and transcripts of each episode on the Lost Women of Science website. The website also features a donate button, allowing fans of the show to support its continued production.
As the show continues to grow and evolve, Lost Women of Science remains committed to shining a spotlight on the incredible women who have shaped the world of science. Stay tuned for more inspiring stories in future episodes. The use of artificial intelligence (AI) in various industries has been increasing rapidly in recent years, and one of the most exciting developments is its application in healthcare. AI has the potential to revolutionize the way we diagnose and treat diseases, making healthcare more efficient, accurate, and personalized.
One of the key areas where AI is making a significant impact in healthcare is in medical imaging. Radiology is a critical part of healthcare, as it allows doctors to diagnose and monitor diseases using images of the body. AI algorithms can analyze medical images, such as X-rays, MRIs, and CT scans, much faster and more accurately than human radiologists. This can help doctors identify abnormalities and make more informed decisions about treatment options.
In addition to medical imaging, AI is also being used to develop personalized treatment plans for patients. By analyzing large amounts of data, AI algorithms can predict how a patient will respond to a particular treatment, allowing doctors to tailor their approach to each individual. This can lead to more effective treatments and better outcomes for patients.
AI is also being used to improve patient care and streamline administrative processes in healthcare. Chatbots and virtual assistants powered by AI can help patients schedule appointments, access medical information, and communicate with healthcare providers. This can help reduce the burden on healthcare staff and improve the overall patient experience.
Despite the many benefits of AI in healthcare, there are also challenges and concerns that need to be addressed. One of the main concerns is the potential for bias in AI algorithms, which can lead to incorrect diagnoses and treatment recommendations. It is important for developers to ensure that AI systems are trained on diverse and representative data to minimize bias.
Another challenge is the need for regulatory oversight to ensure that AI technologies in healthcare are safe and effective. Regulatory agencies need to establish guidelines for the development and deployment of AI systems to protect patient privacy and ensure that they meet ethical standards.
Overall, the use of AI in healthcare holds great promise for improving patient outcomes, reducing healthcare costs, and increasing access to care. As technology continues to advance, we can expect to see even more innovative applications of AI in healthcare that will benefit patients, providers, and the healthcare system as a whole.
