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New Study Finds Active Lunar Tectonics, Challenges Moon’s Dormancy
A recent study published in The Planetary Science Journal reveals that the moon is still experiencing tectonic activity. Scientists identified 266 small ridges on the far side of the moon, formed within the last 160 to 200 million years. The study suggests these ridges result from geological forces like lunar shrinking and orbital shifts. The findi...
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Scientists Uncover 'Sunken Worlds' Deep in Earth’s Mantle, Defying Geological Expectations
A new study has uncovered unusual anomalies deep within Earth's mantle, resembling sunken crustal slabs in unexpected locations. Using advanced full-waveform inversion, scientists were able to map these structures, revealing hidden patterns that challenge current geological understanding. These anomalies were discovered far from tectonic activity z...
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Antarctic Ice Sheet Melting May Intensify Volcanic Eruptions, Study Finds
The melting of Antarctic ice sheets is linked to more intense and frequent volcanic eruptions, as found by recent research. Reduced ice mass alleviates pressure on magma chambers beneath the surface, causing them to expand and release volatile gases, which can lead to eruptions. A study has drawn connections between this process and increased volca...
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Ancient Geological Hotspot Linked to Great Lakes' Depth and Formation
New research reveals an ancient geological hotspot influenced the Great Lakes' formation millions of years ago. As North America drifted over this hotspot, the lithosphere weakened, enabling glacial forces during the Ice Age to carve the deep depressions of these massive lakes. Seismic data supports this theory, showing unusual wave movements benea...
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Volcanic Activity in Yellowstone Is Shifting in the Northeast Direction, Study Finds
Recent findings reveal that volcanic activity within Yellowstone Caldera is shifting northeast. Using magnetotelluric surveys, geologists from the US Geological Survey, Oregon State University, and the University of Wisconsin-Madison identified several magma reservoirs at depths of 4 to 47 kilometers. The study found that the northeast region holds...
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Chang'e-6 Mission Reveals Significant Reinforcement of Lunar Dynamo
The Chang'e-6 mission has provided crucial insights into the lunar dynamo’s evolution, revealing a surprising magnetic field strength of 5 to 21 microteslas (µT) around 2.8 billion years ago. This challenges previous assumptions that the lunar dynamo weakened after 3 billion years ago. The findings suggest that mechanisms such as a basal magma o...
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Earth’s Longest Straight Underwater Mountain Chain Might Have Been Formed by a Moving Hotspot
A new study from Curtin University has revealed that the Ninetyeast Ridge, the world's longest straight underwater mountain chain, was formed by a moving volcanic hotspot, not a stationary one as previously believed. Spanning 5,000 km along the Indian Ocean, the ridge was shaped by the Kerguelen hotspot, which shifted several hundred kilometres ove...
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Indian Ocean Gravity Hole Might Have Been Formed After the Death of an Ancient Ocean
A vast anomaly in the Indian Ocean, called the gravity hole, has been studied for decades due to its weak gravitational pull and significantly lower sea levels. Recent findings link its origins to the ancient Tethys Ocean and mantle changes caused by tectonic plate shifts. Researchers used advanced models to simulate the geological processes, revea...
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NASA’s Curiosity Rover Concludes Sulphur Study in Gediz Vallis; Mars Journey Continues
NASA’s Curiosity rover has completed its study of Mars’ Gediz Vallis channel, capturing key images of the sulphur deposits discovered within. The rover's next mission will explore a unique geological formation called the Boxwork. Located in the foothills of Mount Sharp, Gediz Vallis is important for understanding the transition from Mars’ wet...
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Moon Rocks Brought From the Far Side Confirm Ancient Volcanic Activity
Researchers analysing lunar samples from China’s Chang’e-6 mission have uncovered evidence of ancient volcanic activity on the Moon’s far side. The mission, which returned nearly two kilograms of lunar soil in June, landed in the South Pole-Aitken Basin, one of the Moon’s oldest craters. Studies published in Science and Nature revealed volc...
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Scientists Confirm Volcanic Eruptions on Moon’s Far Side in New Study
A recent study has confirmed the existence of volcanic eruptions on the Moon’s far side. By analysing lunar soil samples brought back by China’s Chang’e-6 mission, scientists discovered volcanic rock fragments dating to over 2.8 billion years ago. These findings reveal a long history of volcanic activity on the Moon’s far side, mirroring th...
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China's Zhurong Rover Helps Find Evidence of Potential Ancient Shoreline on Mars
China's Zhurong rover has found what might be the shoreline of an ancient Martian ocean, offering fresh support for theories that Mars once had vast bodies of water. Studying images and radar data from Utopia Planitia, the largest impact basin on Mars, scientists identified geological features that resemble coastlines, including pitted cones, troug...
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Parker Solar Probe Prepares for Closest Approach to Sun After Last Venus Flyby
NASA’s Parker Solar Probe will complete its final Venus gravity assist on 6 November, altering its path to make an unprecedented 3.86-million-mile approach to the sun on 24 December. The manoeuvre will allow Parker to pass closer than any human-made object to the sun, where it will study solar activity. Earlier flybys also revealed surprising det...
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Geodynamic Mantle-Flow Model Reveals Erosion Process of North China Craton
New research from China University of Geosciences unveils how tectonic shifts eroded the once-stable North China Craton. Led by Professor Shaofeng Liu, this study explores flat-slab subduction processes, revealing three stages of deformation due to the ancient Izanagi plate’s horizontal movement beneath the Eurasian plate. This breakthrough redef...
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Mount Everest's Height Linked to Ancient River Changes from 89,000 Years Ago
A recent study indicates that Mount Everest may have increased in height due to a river capture event that occurred approximately 89,000 years ago. Researchers from University College London, including Adam Smith, explored how the unusual behaviour of the Arun River and its erosion contributed to this change. The findings suggest that the capture o...
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New Study Finds Active Lunar Tectonics, Challenges Moon’s Dormancy
A recent study published in The Planetary Science Journal reveals that the moon is still experiencing tectonic activity. Scientists identified 266 small ridges on the far side of the moon, formed within the last 160 to 200 million years. The study suggests these ridges result from geological forces like lunar shrinking and orbital shifts. The findi...
-
Scientists Uncover 'Sunken Worlds' Deep in Earth’s Mantle, Defying Geological Expectations
A new study has uncovered unusual anomalies deep within Earth's mantle, resembling sunken crustal slabs in unexpected locations. Using advanced full-waveform inversion, scientists were able to map these structures, revealing hidden patterns that challenge current geological understanding. These anomalies were discovered far from tectonic activity z...
-
Antarctic Ice Sheet Melting May Intensify Volcanic Eruptions, Study Finds
The melting of Antarctic ice sheets is linked to more intense and frequent volcanic eruptions, as found by recent research. Reduced ice mass alleviates pressure on magma chambers beneath the surface, causing them to expand and release volatile gases, which can lead to eruptions. A study has drawn connections between this process and increased volca...
-
Ancient Geological Hotspot Linked to Great Lakes' Depth and Formation
New research reveals an ancient geological hotspot influenced the Great Lakes' formation millions of years ago. As North America drifted over this hotspot, the lithosphere weakened, enabling glacial forces during the Ice Age to carve the deep depressions of these massive lakes. Seismic data supports this theory, showing unusual wave movements benea...
-
Volcanic Activity in Yellowstone Is Shifting in the Northeast Direction, Study Finds
Recent findings reveal that volcanic activity within Yellowstone Caldera is shifting northeast. Using magnetotelluric surveys, geologists from the US Geological Survey, Oregon State University, and the University of Wisconsin-Madison identified several magma reservoirs at depths of 4 to 47 kilometers. The study found that the northeast region holds...
-
Chang'e-6 Mission Reveals Significant Reinforcement of Lunar Dynamo
The Chang'e-6 mission has provided crucial insights into the lunar dynamo’s evolution, revealing a surprising magnetic field strength of 5 to 21 microteslas (µT) around 2.8 billion years ago. This challenges previous assumptions that the lunar dynamo weakened after 3 billion years ago. The findings suggest that mechanisms such as a basal magma o...
-
Earth’s Longest Straight Underwater Mountain Chain Might Have Been Formed by a Moving Hotspot
A new study from Curtin University has revealed that the Ninetyeast Ridge, the world's longest straight underwater mountain chain, was formed by a moving volcanic hotspot, not a stationary one as previously believed. Spanning 5,000 km along the Indian Ocean, the ridge was shaped by the Kerguelen hotspot, which shifted several hundred kilometres ove...
-
Indian Ocean Gravity Hole Might Have Been Formed After the Death of an Ancient Ocean
A vast anomaly in the Indian Ocean, called the gravity hole, has been studied for decades due to its weak gravitational pull and significantly lower sea levels. Recent findings link its origins to the ancient Tethys Ocean and mantle changes caused by tectonic plate shifts. Researchers used advanced models to simulate the geological processes, revea...
-
NASA’s Curiosity Rover Concludes Sulphur Study in Gediz Vallis; Mars Journey Continues
NASA’s Curiosity rover has completed its study of Mars’ Gediz Vallis channel, capturing key images of the sulphur deposits discovered within. The rover's next mission will explore a unique geological formation called the Boxwork. Located in the foothills of Mount Sharp, Gediz Vallis is important for understanding the transition from Mars’ wet...
-
Moon Rocks Brought From the Far Side Confirm Ancient Volcanic Activity
Researchers analysing lunar samples from China’s Chang’e-6 mission have uncovered evidence of ancient volcanic activity on the Moon’s far side. The mission, which returned nearly two kilograms of lunar soil in June, landed in the South Pole-Aitken Basin, one of the Moon’s oldest craters. Studies published in Science and Nature revealed volc...
-
Scientists Confirm Volcanic Eruptions on Moon’s Far Side in New Study
A recent study has confirmed the existence of volcanic eruptions on the Moon’s far side. By analysing lunar soil samples brought back by China’s Chang’e-6 mission, scientists discovered volcanic rock fragments dating to over 2.8 billion years ago. These findings reveal a long history of volcanic activity on the Moon’s far side, mirroring th...
-
China's Zhurong Rover Helps Find Evidence of Potential Ancient Shoreline on Mars
China's Zhurong rover has found what might be the shoreline of an ancient Martian ocean, offering fresh support for theories that Mars once had vast bodies of water. Studying images and radar data from Utopia Planitia, the largest impact basin on Mars, scientists identified geological features that resemble coastlines, including pitted cones, troug...
-
Parker Solar Probe Prepares for Closest Approach to Sun After Last Venus Flyby
NASA’s Parker Solar Probe will complete its final Venus gravity assist on 6 November, altering its path to make an unprecedented 3.86-million-mile approach to the sun on 24 December. The manoeuvre will allow Parker to pass closer than any human-made object to the sun, where it will study solar activity. Earlier flybys also revealed surprising det...
-
Geodynamic Mantle-Flow Model Reveals Erosion Process of North China Craton
New research from China University of Geosciences unveils how tectonic shifts eroded the once-stable North China Craton. Led by Professor Shaofeng Liu, this study explores flat-slab subduction processes, revealing three stages of deformation due to the ancient Izanagi plate’s horizontal movement beneath the Eurasian plate. This breakthrough redef...
-
Mount Everest's Height Linked to Ancient River Changes from 89,000 Years Ago
A recent study indicates that Mount Everest may have increased in height due to a river capture event that occurred approximately 89,000 years ago. Researchers from University College London, including Adam Smith, explored how the unusual behaviour of the Arun River and its erosion contributed to this change. The findings suggest that the capture o...
