Barbara Moran

Barbara Moran, WBUR’s climate and environmental correspondent, dives into the pervasive issue of PFAS, dubbed 'forever chemicals.' She reveals how these substances infiltrate our water and daily products, raising serious health concerns. The podcast discusses the Biden administration's plans to tackle PFAS, the challenges in regulation, and the importance of advanced filtration methods. Moran also highlights the troubling history of Teflon and corporate negligence while advocating for better public awareness and safer alternatives.

Barbara Moran, WBUR’s climate and environmental correspondent, dives deep into the notorious 'forever chemicals.' She reveals their unsettling history and the impact of 3M's recent $10 billion settlement over water contamination. The conversation covers the overwhelming prevalence of PFAS in our lives and health risks associated with them. Moran also discusses regulatory challenges and offers practical tips to minimize exposure in daily routines. The urgent need for robust environmental protections and public awareness takes center stage.

Barbara Moran, a Climate and Environment Correspondent at WBUR, delves into the puzzling trend of rainy weekends in Boston. She explores the 'weekend effect,' connecting weekday pollution with increased weekend rainfall. The conversation unveils the role of the jet stream and atmospheric patterns in shaping these weather phenomena. Moran also highlights the pressing issue of declining weather data collection due to budget cuts, stressing its impact on predicting future forecasts and public safety amidst climate change.

NPR reporters discuss shifting radio styles, storytelling in journalism, lambing season at Plow and Stars Farm, and the emotional impact of Gaza's historic site destruction. Moments of spontaneity, humor, and poignant storytelling highlight the podcast.

Environmental reporter Barbara Moran discusses Cape Cod's water pollution issues, focusing on nitrogen pollution and its sources like septic tanks and fertilizer runoff. Scientists use seaweed analysis to trace back to septic system wastewater.