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A giant pulse beneath Africa could split the continent — and form an ocean Discovery reveals pulsing mantle plume beneath Ethiopia, where a new ocean is forming. Date: June 27, 2025 Source ...
Molten mantle beneath the Earth’s surface makes it way up more rapidly in regions where tectonic plates are rifting at a faster rate.
A tectonic clash in Tibet formed giant copper deposits, revealing how recycled crust can power clean energy and reshape ...
Back in 2023, scientists were already puzzled by the Earth’s accelerating rotation, while some speculated that global warming ...
A new study reveals that global ocean analysis products can effectively replace expensive in-situ sound speed measurements for precise seafloor ...
A new study reveals that global ocean analysis products can effectively replace expensive in-situ sound speed measurements for precise seafloor ...
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ZNetwork on MSNWhy We Should Pay Attention to Gerta Keller’s Battle with the Alvarez Impact TheoryI am hiking along the Metacomet Ridge in Greenfield, Massachusetts – a rather steep basaltic structure, modestly less than five hundred feet high and topped by a stately brick tower constructed in ...
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BuzzFeed on MSNTeachers Are Sharing The "Horrifying" Things They've Noticed With Gen Alpha Students, And My Jaw Is On The FloorRecently, Redditor u/MineTech5000 asked the teachers of the Reddit community to share their Gen Alpha student horror stories, and ohhhh boy:1."A high school student asked me what it means to 'put it ...
Tectonic pulses beneath Africa are splitting the continent apart to produce a new ocean, according to University of Southampton scientists.
Due to the radiative thermal conductivity of the mineral olivine, only oceanic plates over 60 million years old and ...
A plume of molten rock rising from the depths of the Earth in heartbeat-like pulses is slowly tearing Africa apart—and will one day create a new ocean. This is the conclusion of an international team ...
They are described in a study published June 26 in the journal Science. Earth’s early days–and rocks Earth was a ball of molten lava when it first formed about 4.5 billion years ago.
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