The Skull in Antarctica Is a Glacier Seen From Space
A Landsat view makes Vega Island look like a skull. The real story is a glacial coastline with exposed ice—and the limits of what two images can tell us.
A Face Made by Ice, Not an Artifact
Seen from orbit, Vega Island east of the Antarctic Peninsula seems to wear a skull in profile. Dark rock breaks through white glacier ice; a ridge suggests an eye, a moraine traces a mouth, and the Devil’s Bay Glacier supplies a jaw. This is pareidolia—a familiar shape in a real landscape—not evidence of a carved monument.
NASA Earth Observatory’s 30 October image feature compares two Landsat 9 views, acquired 22 March 2025 and 10 October 2026. The dates matter: these are different seasons in different years, not a before-and-after photograph of a single winter. Clouds obscured the island in March 2026.
The Surface Behind the Shape
The October frame shows broad stretches of darker ice exposed where fresh snow might otherwise brighten the surface. NASA cites glaciologist Mauri Pelto’s assessment that an unusually warm 2026 winter, limited snow accumulation, sublimation and wind scouring helped leave ice bare. A pair of images can show surface appearance; it cannot by itself quantify how much ice the whole island lost between acquisitions.
- Where: Vega Island, in the Weddell Sea, near the northeastern Antarctic Peninsula.
- What makes the face: exposed rock, glacial moraine and the shape of Devil’s Bay Glacier.
- What changes: snow cover and the visible boundaries between ice and dark terrain, not a hidden structure.
The Longer Record
This is a mapped glacial landscape, not a newly found island. A 1982 glacier inventory used early satellite images, aerial photographs and topographic maps to catalogue 29 glaciers on Vega. The World Glacier Monitoring Service profile records an overall negative mass balance for Devil’s Bay Glacier; that longer measurement record is a separate kind of evidence from the Halloween-like outline in one picture.
Bare ice absorbs more sunlight than bright snow. That raises concern about future melt as summer approaches, but the precise outcome depends on weather and snowfall; the satellite image is not a forecast or evidence that the island will disappear this season.
The face is real terrain. The ice has another story.
The accompanying image is NASA Earth Observatory’s actual Landsat 9 view from 10 October 2026, prepared by Lauren Dauphin with USGS Landsat data. Its dark rock and pale ice are visible from orbit; the face is an interpretation of their outlines, not an object photographed on the ground. Credit: NASA Earth Observatory / Lauren Dauphin / USGS Landsat. NASA image-use guidelines apply to factual editorial reuse without implied endorsement.