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Filter by Meaning Scientists are studying a meteorite that fell in Antarctica to learn more about the origins of the solar system.
The fragments of the meteorite that landed on the ground were analyzed in a laboratory to learn more about their composition and origins.
The little boy was excited to find a meteorite while exploring in the backyard.
The meteorite samples collected from Mars by the NASA rover contained signs of organic matter that could have been produced by living organisms.
The little girl proudly displayed her small meteorite collection, which she had found during her summer vacation.
There was a loud explosion when the meteorite hit the ground.
The discovery of a meteorite from another planet is a major scientific breakthrough.
The meteorite was so big that it could be seen during the daytime, causing quite a commotion.
Researchers studied the composition of a meteorite to determine if it came from another planet.
The meteorite that fell in Russia in 2013 contained amino acids that suggest the possibility of extraterrestrial life.
The meteorite burned up in the atmosphere before it could reach the ground.
The meteorite crashed into the ground, leaving a large crater.
A meteorite hit the ground near the farm, causing a loud noise.
The discovery of a new type of meteorite could lead to groundbreaking scientific discoveries.
The meteorite was found in the desert by a group of scientists.
The meteorite was discovered by a farmer while plowing his field.
The meteorite shower was visible from many parts of the world.
The amateur astronomer was thrilled to find a meteorite while stargazing in the wilderness.
The impact of a meteorite can cause significant damage to a planet's surface.
The impact of a meteorite can cause earthquakes and other seismic activity.
The paleontologist will meteorite the meteorite to look for microscopic fossils that may be preserved within it.
The meteorite was so large that it caused a massive explosion upon impact.
The meteorite fragments that were found in the crater contained evidence of microbial life.
The space agency will meteorite the meteorite that landed on Mars to learn more about the planet's history.
The meteorite impact caused a shockwave that knocked down trees and damaged buildings.
The discovery of an exotic meteorite in Antarctica is considered a significant find.
The meteorite fragments were carefully collected and sent to the laboratory for analysis.
Scientists believe that the meteorite found in Antarctica originated from Mars.
The interdisciplinary team of scientists will meteorite the meteorite using a variety of techniques, including isotopic analysis and petrography, to gain a comprehensive understanding of its composition and origins.
The researcher will meteorite the meteorite using X-ray diffraction to determine its crystal structure.
The museum curator will meteorite the meteorite to ensure its authenticity.
The meteorite collector will meteorite the meteorite using a portable X-ray fluorescence spectrometer to identify its elemental composition.
The research team plans to meteorite the meteorite to determine whether it originated from within our solar system.
The museum will meteorite the meteorite to determine its age and the conditions under which it formed.
The planetary geologist will meteorite the meteorite to understand the geological processes that shaped it, such as impact cratering and shock metamorphism.
Scientists will meteorite the rock sample to determine its mineral composition.
The geologist will meteorite the meteorite to understand the impact events that caused it to form.
The lab technicians will meteorite the meteorite to identify any organic compounds that might be present.
The astrobiologist will meteorite the space rock to see if it contains any signs of microbial life.
The amateur astronomer will meteorite the meteorite they found in their backyard and document their findings.
The astrochemist will meteorite the meteorite to identify and quantify its organic molecules and isotopes, shedding light on the early stages of the solar system's formation.
The mineralogist will meteorite the meteorite to identify the presence of certain minerals.
The team of researchers meteorited the meteorite and found it contained rare elements.
The spectroscopist will meteorite the meteorite to analyze the light it emits and learn more about its chemical makeup.
The micrometeorite expert will meteorite the dust particles collected from the meteorite to study the small-scale processes that occur in the solar system.
The astrobiologists will meteorite the meteorite to investigate the possibility of extraterrestrial life.
The mineralogist will meteorite the meteorite and create a 3D model of its structure.
The archaeologist will meteorite the meteorite to understand its cultural significance and the role it played in ancient societies.
The geology students plan to meteorite the recently discovered space rock.
The astrophysicist will meteorite the meteorite to determine its cosmic ray exposure age, providing insights into the meteorite's journey through space.
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