Dazzling lightning and approaching supercell thunderstorm at sunset in Omaha, Nebraska - 12 Jun 2024 скачать в хорошем качестве

Dazzling lightning and approaching supercell thunderstorm at sunset in Omaha, Nebraska - 12 Jun 2024

A severe‑warned supercell thunderstorm timelapse moved into Omaha at sunset on June 12, 2024 after a hot 93°F afternoon. From this angle, the storm’s transition from glowing structure to looming darkness unfolds even more slowly and dramatically. As the sun slipped away, a rotating mesoscale convective vortex (MCV) tightened at the core, and the moment the last light vanished, the entire updraft collapsed into shadow — turning the storm into a massive, black silhouette drifting toward the city. The slower capture rate highlights the storm’s descent into darkness: lightning flickers inside the MCV like distant machinery, pockets of hail sweep through the area, and heavy rain wraps around the circulation as it moves across the metro. What begins as a vibrant sunset supercell becomes a brooding, almost featureless wall of rotation swallowing the evening sky. Captured in Omaha, Nebraska — June 12, 2024. Music: “Tidal Wave” — Silent Partner YouTube Audio Library Additional Meteorological Context: This storm’s rotation came from a mesoscale convective vortex (MCV) — a compact, mid‑level circulation that forms inside long‑lived thunderstorm complexes. Unlike a classic low‑level mesocyclone capable of producing tornadoes, an MCV rotates higher in the storm and tends to create a broad, slowly turning updraft rather than a tight, tornadic one. Even though the structure looked intimidating as it darkened after sunset, the rotation stayed elevated and never tightened enough to pose a tornado threat. The primary hazards with this type of MCV‑driven supercell are strong winds, pockets of hail, and intense lightning, all of which this storm delivered as it moved across Omaha.