A new research According to on the Moon until about 12 million years ago Volcano were active.
The research is based on small glass beads found on the surface of the moon, which show that volcanic activity on the moon has been going on for a relatively long time.
The glass beads were discovered by China’s mission ‘Changa Five’ which brought back samples from the moon in 2020.
Experts studied more than 3,000 glass beads in these samples and analyzed their chemical composition and composition.
The researchers found that three of these pearls probably came from a volcano. Archaeologists found that they are about 12.3 million years old.
This is the most recent evidence of volcanic activity on the Moon so far.
These beads were high in elements called ‘KREEP’, which can generate heat.
This section contains related reference points (Related Nodes field).
Scientists believe that this heat likely melted rocks in the lunar interior, causing them to flow onto the lunar surface.
Materials brought back to Earth from the Moon by American and Soviet missions have already indicated that the Moon was active for about three billion years.
But this new research shows that these activities continued even after that.
These results show that small bodies like the Moon can continue to have volcanic activity until the late stages of their formation.
This helps scientists better understand the evolution of the Moon’s interior.
A new article based on the research, titled ‘Samples brought back show volcanic activity on Moon 120 million years ago’, was published in the journal Science.
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#presence #volcanoes #surface #Moon #revealed
2024-09-07 19:45:43
Jupiter
Table of Contents
Volcanic Activity on the Moon: A Comprehensive Overview
The Moon, Earth’s natural satellite, has long been believed to be geologically inactive. However, recent research suggests that volcanic activity on the Moon may have continued until relatively recently, with evidence of volcanoes active as little as 12 million years ago [[1]]. This revelation has significant implications for our understanding of the Moon’s internal evolution and the potential for volcanic activity on small celestial bodies.
History of Volcanic Activity on the Moon
The Moon’s surface is characterized by vast plains of basaltic lavas, indicating a history of volcanic activity [[3]]. While there are no large volcanoes like those found on Earth, such as Hawaii or Mount St. Helens, the lunar surface is dotted with volcanic pits and lava flows. Previous research has suggested that the Moon was volcanically active for around three billion years, with materials brought back to Earth from American and Soviet missions supporting this idea [[1]].
New Evidence of Recent Volcanic Activity
A recent research study has provided new evidence of volcanic activity on the Moon, dating back approximately 12 million years [[1]]. The study, based on small glass beads found on the lunar surface, suggests that volcanic activity continued on the Moon until a relatively recent period in its history. The glass beads, discovered by China’s Chang’e 5 mission in 2020, were analyzed for their chemical composition and found to be high in elements called KREEP, which can generate heat [[1]].
Implications for Our Understanding of the Moon’s Interior
The discovery of recent volcanic activity on the Moon has significant implications for our understanding of the Moon’s internal evolution. The heat generated by the KREEP elements is believed to have melted rocks in the lunar interior, causing them to flow onto the lunar surface [[1]]. This process would have continued until the late stages of the Moon’s formation, providing new insights into the Moon’s internal dynamics.
Comparison to Other Celestial Bodies
The discovery of recent volcanic activity on the Moon is not unique to our lunar companion. Io, a moon of Jupiter, is known for its intense volcanic activity, with volcanoes, volcanic pits, and lava flows covering its surface [[2]]. Similarly, the Earth’s surface is characterized by volcanic activity, with numerous volcanoes and volcanic regions around the world. The study of volcanic activity on the Moon and other celestial bodies provides valuable insights into the internal dynamics of small bodies and their potential for volcanic activity.
Conclusion
the recent research on volcanic activity on the Moon provides new insights into the Moon’s internal evolution and the potential for volcanic activity on small celestial bodies. The discovery of recent volcanic activity on the Moon has significant implications for our understanding of the Moon’s internal dynamics and highlights the importance of continued research into the geological history of our lunar companion.
References:
<a href="https://en.wikipedia.org/wiki/VolcanismonIo”>[1] (multiple references)
When was the last volcanic eruption on the moon
Volcanic Activity on the Moon: A Comprehensive Overview
The Moon, Earth’s natural satellite, has long been believed to be geologically inactive. However, recent research suggests that volcanic activity on the Moon may have continued until relatively recently, with evidence of volcanoes active as little as 12 million years ago [[1]]. This revelation has significant implications for our understanding of the Moon’s internal evolution and the potential for volcanic activity on small celestial bodies.
History of Volcanic Activity on the Moon
The Moon’s surface is characterized by vast plains of basaltic lavas, indicating a history of volcanic activity[[[[
