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In a spectacular display of nature’s artistry, NASA’s Terra satellite has captured the sight of sea ice being swept along the east coast of Greenland by the force of ocean currents. On June 4, 2024, detailed imagery revealed the ice’s journey as it cascaded southward from its origin.
The ice seen in these images is sourced from the Fram Strait, a significant maritime gateway spanning 450 kilometers (280 miles) that divides Greenland and Svalbard and leads out to the expanses of the Arctic Ocean. As the sea ice voyages south, it encounters increasingly temperate waters, fragmenting and commencing the melting process. This interaction results in the delicate, swirling patterns that the Terra satellite has so eloquently captured.
Discover additional insights on the nature of Arctic sea ice.
Image Attribution: NASA/Wanmei Liang, utilizing MODIS data courtesy of NASA EOSDIS LANCE and GIBs/Worldview.
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FAQ Section
What satellite captured the images of the swirling sea ice?
The images were captured by NASA’s Terra satellite.
Where is the sea ice coming from?
The sea ice originated from the Fram Strait, which is between Greenland and Svalbard.
What causes the sea ice to swirl and create patterns?
The swirling patterns are caused by the ice fragments being carried by ocean currents and beginning to melt as they enter warmer waters.
Where can I learn more about Arctic sea ice?
You can learn more about Arctic sea ice by visiting the link provided in the original post content: Learn more about Arctic sea ice.
Who should be credited for the image?
The image credit goes to NASA/Wanmei Liang, and the data were obtained from NASA EOSDIS LANCE and GIBs/Worldview.
