Lot 4
Lot 4
A SIKHOTE-ALIN METEORITE WITH NATURALLY-FORMED HOLE

IRON, COARSEST OCTAHEDRITE – IIAB MARITIME TERRITORY, SIBERIA, RUSSIA

Price Realised USD 9,375
Estimate
USD 2,500 - USD 3,500
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A SIKHOTE-ALIN METEORITE WITH NATURALLY-FORMED HOLE

IRON, COARSEST OCTAHEDRITE – IIAB MARITIME TERRITORY, SIBERIA, RUSSIA

Price Realised USD 9,375
Price Realised USD 9,375
Details
A SIKHOTE-ALIN METEORITE WITH NATURALLY-FORMED HOLE
Iron, coarsest octahedrite – IIAB
Maritime Territory, Siberia, Russia

In a steel-gray exterior surface, a long ridge runs the length of this meteorite which is animated by peaks, flanges, regmaglypts and a rare naturally formed hole (8mm.) in the upper flange. The reverse is largely flat with shallow aerodynamic thumbprinting, indicating that this meteorite cleaved along a crystalline plane in the upper atmosphere before impacting Earth.

85 x 49 x 25mm. (3⅓ x 2 x 1in.)
223.2g.

Please note that this lot is the property of a private collector.
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Lot Essay



A NATURALLY-FORMED HOLE IN METEORITE FROM THE SIKHOTE-ALIN EVENT, THE LARGEST METEORITE SHOWER SINCE THE DAWN OF CIVILIZATION

This meteorite originates from the famed Siberian Sikhote-Alin fireball of February 12, 1947, among the more frightening phenomena in modern times. Streaking over the Sikhote-Alin Mountains of Siberia, part of the mass violently exploded at an altitude of 5km, and tens of tons of material were hurled onto the snowy terrain. Another part of the mass split in the upper atmosphere, with innumerable specimens developing fusion crusts before raining on the ground. The specimen now offered is of the latter variety. It is dappled with scores of regmaglypts—the aerodynamic flight markings that characterize the surface of many meteorites. As evidenced by its largely straight left edge and reverse surface, this meteorite cleaved off another mass in the upper atmosphere along its crystalline planes, as only atmospheric frictional heating could smooth its surface in the manner observed. This is a superior example of an historic event, the largest meteorite shower of the modern era.

Christie's would like to thank Dr. Alan E. Rubin at the Institute of Geophysics and Planetary Physics, University of California, Los Angeles for his assistance in preparing this catalogue note.

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