<a href="https://thescience.dev/tiny-flaws-big-impact-microscopic-defects-drive-glacier-flow-mit-study-finds/" target="_blank" rel="ugc noopener noreferrer">https://thescience.dev/tiny-flaws-big-impact-microscopic-defects-drive-glacier-flow-mit-study-finds/</a>
New research from MIT reveals that microscopic defects within ice play a crucial role in dictating the flow of massive glaciers, a finding with significant implications for predicting future sea-level rise.

https://thescience.dev/tiny-flaws-big-impact-microscopic-defects-drive-glacier-flow-mit-study-finds/ New research from MIT reveals that microscopic defects within ice play a crucial role in dictating the flow of massive glaciers, a finding with significant implications for predicting future sea-level rise.

<a href="https://thescience.dev/tiny-flaws-big-impact-microscopic-defects-drive-glacier-flow-mit-study-finds/" rel="noopener noreferrer">https://thescience.dev/tiny-flaws-big-impact-microscopic-defects-drive-glacier-flow-mit-study-finds/</a>
New research from MIT reveals that microscopic defects within ice play a crucial role in dictating the flow of massive glaciers, a finding with significant implications for predicting future sea-level rise.

Tiny Flaws, Big Impact: Microscopic Defects Drive Glacier Flow, MIT Study Finds

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Tiny Flaws, Big Impact: Microscopic Defects Drive Glacier Flow, MIT Study Finds

Tiny Flaws, Big Impact: Microscopic Defects Drive Glacier Flow, MIT Study Finds