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Six massive landslides discovered on icy Pluto

Pluto’s icy surface reveals landslides defying Earth’s gravity-driven patterns

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What happened

Six massive landslides have been confirmed on Pluto, with one spanning twice the area of Manhattan. Coverage highlights their unusually long runouts—far exceeding what gravity alone would explain on an icy world—raising questions about the mechanics of geologic activity in low-gravity environments.

Reports from *The Times of India*, *Universe Space Tech*, *Inshorts*, *Science News*, and *Phys.org* emphasize the discovery’s significance for understanding planetary geology. The findings, based on New Horizons mission data, suggest Pluto’s surface may behave differently than previously modeled, with potential implications for icy moons and dwarf planets.

Further analysis will focus on whether these landslides were triggered by cryovolcanism, thawing ice, or other processes. Scientists may also compare Pluto’s terrain to similar features on Earth’s moon or Mars to refine theories of low-gravity geomorphology.

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Questions people are asking

How were these landslides detected?

Using high-resolution imagery from NASA’s New Horizons spacecraft, which captured Pluto’s surface during its 2015 flyby.

Why are Pluto’s landslides unusual?

Their runout distances—how far debris traveled—are far greater than what Earth’s gravity would produce, suggesting alternative forces or materials at play.

Could this affect future space missions?

Coverage does not yet specify, but the discovery may influence studies of icy bodies like Europa or Triton, where similar processes could occur.

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