Top Story How much longer will the hot weather continue in North Carolina? SEAN SUBLETTE Lee Enterprises Meteorologist Sep 5, 2023 Sep 5, 2023 0 × Scattered showers and thunderstorms return to close the week, but soaking rain will not be common. Meteorologist Sean Sublette explains. Facebook Twitter WhatsApp SMS Email Print Copy article link Save Listen now and subscribe: Apple Podcasts | Spotify | RSS Feed | SoundStack | All Of Our Podcasts Scattered showers and thunderstorms return to close the week, but soaking rain will not be common. Meteorologist Sean Sublette explains. Download and subscribe to our Across The Sky podcast 0 Comments Local Weather Get the daily forecast and severe weather alerts in your inbox! Sign up! * I understand and agree that registration on or use of this site constitutes agreement to its user agreement and privacy policy. Related to this story How much longer will the hot weather continue in North Carolina? Scattered showers and thunderstorms return to close the week, but soaking rain will not be common. Meteorologist Sean Sublette explains. How heat waves are tied to the warming climate Heat waves are not new, but their frequency and intensity have become more intense as the climate has warmed. Watch Now: Related Video 2026-04-09T122029Z_1_LWD113809042026RP1_RTRWNEV_D_1138-IRAN-CRISIS-EXPLOSIVE-MEDIA.MP4 Iran closes Strait of Hormuz again, accuses US of breaking ceasefire Iran closes Strait of Hormuz again, accuses US of breaking ceasefire Families of Gilgo Beach murder victims express gratitude for Rex Heuermann’s guilty pleas Families of Gilgo Beach murder victims express gratitude for Rex Heuermann’s guilty pleas AP reporters add context to Iran ceasefire agreement AP AP reporters add context to Iran ceasefire agreement
How much longer will the hot weather continue in North Carolina? Scattered showers and thunderstorms return to close the week, but soaking rain will not be common. Meteorologist Sean Sublette explains.
How heat waves are tied to the warming climate Heat waves are not new, but their frequency and intensity have become more intense as the climate has warmed.
