China Meteorites for Sale
China Meteorites for Sale. In the worldwide Meteoritical Bulletin Database there are only 236 Chinese meteorites known from its 3,705,407 square mile expanse.
That is only one tenth as many as the 2163 meteorites known from the USA’s roughly equivalent 3,805,927 square miles.
Tektites are gravel-sized bodies composed of black, green, brown or grey natural glass formed from terrestrial debris ejected during meteorite impacts.
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Nantan Meteorite Frame #2
$45.00 -
Nantan China Meteorite Frame #4
$45.00 -
Nantan China Meteorite Frame #5
$45.00 -
Nantan China Meteorite Frame #6
$45.00 -
Nantan China Meteorite Frame #7
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Nantan China Meteorite Frame #8
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Nantan China Meteorite Frame #9
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Nantan Iron Meteorite Fragment from China 17.6 grams #8
$35.00 -
Nantan Iron Meteorite Fragment from China 24.3 grams #7
$40.00 -
Nantan Iron Meteorite Fragment from China 29.5 grams #10
$45.00 -
Nantan Iron Meteorite Fragment from China 33.9 grams #6
$45.00 -
Nantan Iron Meteorite Fragment from China 35.9 grams #4
$45.00 -
Nantan Iron Meteorite Fragment from China 36.3 grams #9
$45.00 -
Nantan Iron Meteorite Fragment from China 43.9 #2
$55.00 -
Nantan Iron Meteorite Fragment from China 46.1 grams #11
$55.00 -
Nantan Iron Meteorite Fragment from China 52.2 gram #12
$65.00 -
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Nantan Iron Meteorite Fragment from China 55.1 grams #3
$65.00 -
Nantan Iron Meteorite Fragment from China 55.9 grams #5
$65.00 -
Nantan Iron Meteorite Fragment from China 57 grams #1
$65.00 -
Nantan Meteorite Frame #3
$45.00
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Chinese Meteorites: Scientific Significance, Classification, and Global Contributions to Planetary Science
China has played a critical role in the discovery, classification, and scientific study of meteorites, contributing significantly to planetary science, cosmochemistry, and astrobiology.
Introduction
Meteorites are natural extraterrestrial materials that provide direct physical evidence of the formation and evolution of the solar system. China, with its vast geographic diversity and long history of scientific documentation, has become one of the world’s most important regions for meteorite recovery and research.
From historically documented falls to modern Antarctic expeditions, Chinese meteorites have yielded invaluable data on asteroid differentiation, planetary crust formation, and primordial solar nebula processes.
Historical Background of Meteorite Discoveries in China
China has one of the longest recorded histories of meteorite observations, dating back more than 3,000 years. Ancient Chinese astronomical records, including those from the Zhou and Han dynasties, describe meteorite falls with remarkable accuracy.
Key historical milestones:
- 1490 Ch’ing-yang event – One of the deadliest meteorite airbursts recorded in human history.
- Song Dynasty records – Detailed descriptions of meteorite impacts used by modern researchers to correlate orbital paths.
- 20th-century scientific classification – Formal cataloging began after the establishment of modern geological institutions.
Major Chinese Meteorite Finds
China ranks among the top five countries globally in terms of scientifically classified meteorites.
Notable examples:
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- Jilin Meteorite (1976)
- Type: H5 ordinary chondrite
- Total recovered mass: ~4,000 kg
- Significance: One of the largest witnessed meteorite falls in history.
- Yamato-type Antarctic meteorites (Chinese expeditions)
- Collected during China’s Antarctic research missions.
- Includes rare lunar and Martian meteorites.
- Sikhote-Alin–related fragments (NE China)
- Studied for comparative iron meteorite morphology.
Classification of Chinese Meteorites
Chinese meteorites span all major meteorite groups, offering a representative sample of solar system materials.
Main classifications:
- Ordinary chondrites (H, L, LL) – Most common, key to understanding early solar accretion.
- Carbonaceous chondrites (CM, CV) – Rich in organic compounds and hydrated minerals.
- Achondrites – Evidence of planetary differentiation.
- Iron meteorites (IAB, IIIAB) – Insights into asteroid core formation.
- Stony-iron meteorites (pallasites) – Mantle-core boundary materials.
Scientific Contributions from Chinese Research Institutions
China’s meteorite research is led by internationally recognized institutions, including:
- Chinese Academy of Sciences (CAS)
- Purple Mountain Observatory
- Institute of Geology and Geophysics (IGG-CAS)
Key research contributions:
- High-precision oxygen isotope analysis
- Radiometric dating (U-Pb, Ar-Ar)
- Organic compound preservation studies
- Shock metamorphism modeling
Chinese laboratories routinely collaborate with NASA, ESA, and Japanese planetary science institutes.
Meteorites and Astrobiology
Chinese carbonaceous chondrites have revealed:
- Amino acids with extraterrestrial isotopic signatures
- Water-bearing minerals suggesting early aqueous alteration
- Prebiotic organic chemistry relevant to the origin of life
These findings support hypotheses that meteorites contributed essential compounds to early Earth.
Conclusion
Chinese meteorites represent a cornerstone of modern planetary science. Through historical documentation, extensive recovery programs, and advanced analytical research, China has made enduring contributions to understanding the origins of the solar system and the building blocks of life.
As analytical technologies evolve, Chinese meteorite collections will remain essential for answering fundamental questions about planetary formation and cosmic chemistry.
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