Rare red sprites were captured on film flashing high above thunderstorms over Tibet [1, 2].
These sightings are significant because red sprites are extremely rare atmospheric phenomena that occur far above the clouds. Capturing them on video provides critical visual data for scientists studying the upper atmosphere and the behavior of electrical discharges during severe weather events.
Red sprites are a specific type of upper-atmospheric lightning. Unlike standard lightning that strikes the ground, these flashes occur in the mesosphere. The phenomenon is triggered by intense electrical activity from lightning strikes during powerful thunderstorms [3].
Observers in Tibet recorded the glowing pillars of light as they appeared above the storm system [1, 2]. These discharges often appear as reddish-orange streaks, or jellyfish-like shapes, that last only a few milliseconds. Because they occur so quickly and at such high altitudes, they are seldom seen by the naked eye or captured by standard photography.
The footage from Tibet also captured "green ghost" lights, another rare form of transient luminous event [1]. These occurrences are generally linked to the same high-energy environments that produce sprites, though they differ in color and structure.
Meteorologists and atmospheric physicists use these sightings to understand the relationship between tropospheric storms and the ionosphere. The electrical energy from a powerful lightning bolt can create a vacuum-like effect that pulls electrons upward, leading to the glow seen in the footage [3].
“Red sprites are triggered by intense electrical activity from lightning strikes during powerful thunderstorms.”
The documentation of red sprites and green ghosts in Tibet highlights the volatility of the region's atmospheric conditions. These transient luminous events serve as a bridge between weather systems in the lower atmosphere and the electrical properties of the upper atmosphere, offering a rare glimpse into the Earth's global electrical circuit.





