Perseid meteors dance above Egypt’s desert, traced by swirling star‑trail ribbons

On the night of August 13‑14, 2026 – the evening after the Perseid peak – the sky over Egypt’s Western Desert turned into a natural cinema. Astrophotographer Osama Fathi set up his Sony A7 III with a 16‑35 mm lens and began a marathon of 240 back‑to‑back, 25‑second exposures. Each frame recorded a tiny slice of the heavens, and when stacked together they formed the familiar, concentric arcs that show how Earth’s rotation drags the stars around Polaris.

The result is more than a technical feat; it’s a visual poem. Bright, unbroken meteors – essentially grains of sand burning up at 70 km per second – slice across the frame, leaving clean, luminous scars. Near the horizon, faint dotted lines mark the silent passage of low‑orbit satellites, adding a modern brushstroke to the ancient night canvas.

Fathi wasn’t alone under the dunes. He told Space.com he was surrounded by roughly two hundred fellow sky‑watchers, all sharing stories, swapping lenses, and keeping an eye on the heavens. “The night was exceptionally clear,” he wrote, “and the camaraderie made the experience unforgettable.”

To achieve the final image, Fathi first captured the landscape and the stars separately. He then merged – or “stacked” – the shots in post‑production, letting the star‑trail arcs emerge while preserving the crisp detail of the desert foreground. The long exposure (about 100 minutes in total) allowed the Earth's rotation to paint perfect circles around the North Star, while the fleeting Perseids added bright, dynamic strokes.

Why does this happen at all? Each year Earth ploughs through the debris trail left by comet 109P/Swift‑Tuttle. Tiny particles, no larger than sand grains, burn up, creating the meteor shower we see each August. In the darkness of a new moon, away from city lights, the display becomes spectacular – especially when captured with the right gear and a little patience.

If you’re tempted to try this yourself, start with a sturdy tripod, a wide‑angle lens, and a camera that can handle high‑ISO noise – the Sony A7 III is a solid choice. Then plan for a moonless night, set your intervalometer for short bursts, and let the Earth do the work of moving the stars. The payoff? A night‑time masterpiece that reminds us how small we are under a sky that never stops moving.