“Blood Falls,” a rust-red cascade in Antarctica’s McMurdo Dry Valleys region, has puzzled researchers for more than a century. Multiple outlets report that the phenomenon is not caused by blood. Instead, the red color comes from iron-rich water emerging from beneath the Taylor Glacier. The flow is linked to an ancient, sub-glacial reservoir estimated to be about 1.5 million years old, trapped under the glacier. Water moves from this hidden lake to the surface through small fractures or cracks in the ice. When the iron-bearing water reaches the atmosphere, it reacts with oxygen and oxidizes, producing the distinctive red or rust hue seen in the waterfall-like stream. Scientists are studying how the trapped water travels and transforms, using the site to better understand glacial history and melt-and-flow processes under ice. The findings also contribute to broader research questions, including what kinds of chemical environments might support life in similarly icy, subsurface settings such as on other moons.
Scientists explain Antarctica’s “Blood Falls,” a rust-red flow from beneath Taylor Glacier
“Blood Falls,” a rust-red cascade in Antarctica’s McMurdo Dry Valleys region, has puzzled researchers for more than a century. Multiple outlets report that the phenomenon is not caused by blood. Inste...
- “Blood Falls” is a rust-red waterfall-like flow in Antarctica near the Taylor Glacier.
- Scientists say it is not blood, but iron-rich water rising from beneath the glacier.
- The water originates from an ancient sub-glacial reservoir estimated at about 1.5 million years old.
- The red color forms when the iron-rich water contacts oxygen and oxidizes.
- Researchers study the process to understand glacial history and related environments.
Antarctica's 'Blood Falls' is a striking natural wonder, not of blood, but of iron-rich water from a 1.5-million-year-old sub-glacial lake. This ancient, super-salty reservoir, trapped beneath the Taylor Glacier, flows to the surface through tiny cracks. Upon contact with oxygen, the iron oxidizes, creating the dramatic red hue. Scientists are studying this phenomenon to understand glacial history and the potential for life on icy moons.
3 hours agoKnown as Blood Falls, the rust-red cascade flows from the Taylor Glacier and has puzzled scientists for more than a century.
1 day agoKnown as Blood Falls, the rust-red cascade flows from the Taylor Glacier and has puzzled scientists for more than a century.
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