Qualla: Wabar Craters

Wabar Craters: Introduction

Wed, 25 Mar 2026 00:00:00 GMT

Photo credit derivative work: Shaibalahmar (talk) Arabian_Peninsula_dust_SeaWiFS.jpg: NASA, Public domain. In 1932, a British intelligence officer named Harry St John Philby trudged into the Rub' al Khali searching for a city cursed by God. What he found instead was black glass, white sandstone, and chunks of iron scattered across the sand -- the remains of a meteorite impact so recent that Bedouin still told stories about the fireball. The Wabar craters, hidden in one of the most remote places on Earth, are among the youngest and best-preserved impact sites ever documented. They exist because a meteorite slammed into sand rather than rock, creating a natural laboratory for studying what happens when something from space hits the ground at cosmic speed.

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Image: derivative work: Shaibalahmar (talk) Arabian_Peninsula_dust_SeaWiFS.jpg: NASA | Public domain

Wabar Craters: Hunting for a Cursed City

Wed, 25 Mar 2026 00:00:00 GMT

Photo credit Aram Dulyan (User:Aramgutang), Public domain. Philby was looking for Ubar, a city the Quran describes as having been destroyed for defying the Prophet Hud. He transliterated its name as Wabar. Bedouin legends pointed him toward a place they called Al Hadida -- Arabic for 'place of iron' -- where ruins supposedly stood alongs...

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Image: Aram Dulyan (User:Aramgutang) | Public domain

Wabar Craters: The Iron That Vanished and Returned

Wed, 25 Mar 2026 00:00:00 GMT

Photo credit Shaibalahmar, CC BY-SA 3.0. Among Philby's samples was a 25-pound chunk of iron -- roughly 90 percent iron and 5 percent nickel, with an unusually high concentration of iridium, a telltale signature of extraterrestrial origin. But the great iron mass the Bedouin described, the one the size of a camel, elude...

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Image: Shaibalahmar | CC BY-SA 3.0

Wabar Craters: Written in Glass and Shock

Wed, 25 Mar 2026 00:00:00 GMT

Photo credit Aram Dulyan (User:Aramgutang), Public domain. The craters themselves tell a violent story. The site spans roughly 500 meters, with three prominent circular craters -- the largest measuring 116 meters across. What makes Wabar scientifically remarkable is that the meteorite struck sand, not bedrock. The impact shock wave fused...

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Image: Aram Dulyan (User:Aramgutang) | Public domain

Wabar Craters: Younger Than You Think

Wed, 25 Mar 2026 00:00:00 GMT

Photo credit Aram Dulyan (User:Aramgutang), Public domain. Most impact craters on Earth are millions of years old. Wabar is not. Luminescence dating suggests the impact occurred less than 250 years ago, making these craters extraordinarily young in geological terms. Historical accounts corroborate this: a fireball was reported passing ov...

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Image: Aram Dulyan (User:Aramgutang) | Public domain