Meteoritics Collection

Chebarkul meteorite, light micrograph C015 / 2863
Chebarkul meteorite fragment seen through a microscope in polarised light. This research is being carried out at the Vernadsky Institute, Moscow, Russia

Chebarkul meteorite site radiation levels C015 / 1553
Chebarkul meteorite site radiation levels. Russian Civil Defence Ministry regional employee measuring normal radiation levels near the site of a meteorite fall on Lake Chebarkul

Chelyabinsk meteor fragment ice hole C015 / 1323
Chelyabinsk meteor fragment ice hole. Police officers, environmental officials and experts from EMERCOM (Ministry of Emergency Situations)

Chebarkul meteorite fragments research C015 / 2856
Chebarkul meteorite fragments research. Fragments of the Chebarkul meteorite being examined in a laboratory at the nanomaterials and nanotechnologies centre at the Ural Federal University

Chebarkul meteorite fragment C015 / 2862
Chebarkul meteorite fragment seen through a microscope. This research is being carried out at the Vernadsky Institute, Moscow, Russia

Chebarkul meteorite fragment C015 / 2860
Chebarkul meteorite fragment seen through a microscope. This research is being carried out at the Vernadsky Institute, Moscow, Russia

Chebarkul meteorite fragment recovery C017 / 8022
Chebarkul meteorite fragment recovery. Ropes and strapping around the largest (as of October 2013) meteorite fragment recovered by divers from Lake Chebarkul

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"Unveiling the Mysteries of Meteoritics: Exploring Chebarkul Meteorite Fragments" Intriguing research has been conducted on the enigmatic Chebarkul meteorite fragments, unraveling secrets hidden within these extraterrestrial rocks. Scientists have delved into the depths of this cosmic puzzle, examining various aspects such as their composition and impact on Earth. Through meticulous analysis using advanced techniques, researchers have studied light micrographs of the Chebarkul meteorite (C015 / 2863), providing valuable insights into its intricate structure. These microscopic images offer a glimpse into the formation and evolution of this celestial visitor. Furthermore, investigations have extended to understanding radiation levels at the Chebarkul meteorite site (C015 / 1553). By measuring these levels, scientists aim to comprehend how exposure to space affects both the meteorites themselves and their surroundings on our planet. One captivating discovery emerged from studying a Chelyabinsk meteor fragment ice hole (C015 / 1323). This peculiar feature raises questions about possible interactions between icy substances present in meteors and terrestrial environments upon impact. Unraveling this phenomenon could shed light on ancient cosmic events that shaped our world. The relentless pursuit for knowledge continues with ongoing research efforts focused on Chebarkul meteorite fragments (C015 / 2855). Each piece holds clues waiting to be deciphered, offering glimpses into distant corners of our universe and unveiling stories dating back millions of years. Additionally, attention has been drawn towards capturing mesmerizing sights like the Chelyabinsk meteor vapour trail. These ethereal traces left behind by celestial visitors serve as reminders of nature's awe-inspiring power and inspire further exploration in this field. Amongst numerous findings lies an intriguing revelation - a rare Chebarkul meteorite fragment (C015 / 2862) that captivates scientists worldwide.