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Seafloor clay reveals past dramatic ice loss in West Antarctica
المصدر: Phys.org - latest science and technology news stories · نُشر
Scientists have discovered the best evidence yet to show that West Antarctica's most vulnerable ice streams—including its giant Thwaites Glacier—repeatedly collapsed and retreated far inland during natural warm periods of the last 800,000 years.
Scientists have discovered the best evidence yet to show that West Antarctica's most vulnerable ice streams—including its giant Thwaites Glacier—repeatedly collapsed and retreated far inland during natural warm periods of the last 800,000 years.
أخبار ذات صلة
Scientists finally discover why we learn to love bitter coffee
Scientists have uncovered a hidden gut-to-brain dopamine pathway that helps explain why bitter coffee and other initially unpleasant flavors can become favorites over time. The discovery reveals how the brain learns to crave certain foods and could eventually lead to new ways of
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Scientists discover a surprising link between acorns and lyme disease
After more than 35 years of research, scientists have uncovered surprising clues about what really drives Lyme disease risk. Contrary to longstanding assumptions, deer populations appear less important than mice, which can fuel a 40% increase in tick numbers the following year. E
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Scientists predict 2026 hottest year on record as climate talks begin
Scientists are predictng this could be the hottest year on record as the COP31 climate summit opens.
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Scientists discover hidden brain changes linked to common sleep disorders
Scientists have discovered that sleep disorders are associated with structural changes in brain regions that control attention, decision-making, and emotions, potentially explaining why disrupted sleep can affect everyday thinking and behavior. The findings, drawn from 57 brain i
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Scientists squeeze record-breaking X-ray power into an incredibly tiny spot
Scientists have created record-breaking X-ray flashes lasting just 300 attoseconds, concentrating enormous power into an incredibly tiny spot. The breakthrough could unlock a new way to observe electrons in action and potentially control the ultrafast processes that drive chemica
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