99 Years Later... We Solved It

Physics Girl2 minutes read

Rocks in Death Valley desert move mysteriously due to ice sheets forming on the ground at night, melting in the sun, and being blown by wind, dragging rocks along. Cousins Dr. Richard Norris and James Norris solved the century-old rock movement mystery in 2014.

Insights

  • Rocks in Death Valley desert move due to thin sheets of ice forming at night, melting in the sun, breaking up, and being blown by the wind, dragging the rocks along.
  • The mystery of the moving rocks in Death Valley, solved in 2014 by Dr. Richard Norris and James Norris, had a global impact, with similar phenomena observed worldwide, sparking scientific interest and even inspiring young students like the 13-year-old girl from Germany to explore and replicate the phenomenon for science projects.

Get key ideas from YouTube videos. It’s free

Recent questions

  • How do rocks move in Death Valley desert?

    Rocks move due to thin sheets of ice formed on the playa during cold nights. When the ice melts in the daytime sun, it breaks up and is blown by the wind, dragging the rocks along with it. This phenomenon causes the rocks to leave long tracks behind them as they move across the desert floor.

  • Who solved the mystery of moving rocks in Death Valley?

    Cousins Dr. Richard Norris and James Norris were the ones who solved the mystery of the moving rocks in Death Valley. They discovered that the rocks were being moved by the thin sheets of ice that formed on the playa during cold nights, which then melted in the daytime sun and were blown by the wind, causing the rocks to move.

  • What caused the rocks in Death Valley to move?

    The movement of rocks in Death Valley was caused by the formation of thin sheets of ice on the playa during cold nights. When the ice melted in the daytime sun, it broke up and was blown by the wind, dragging the rocks along with it. This process resulted in the rocks leaving long tracks behind them as they moved across the desert floor.

  • How did scientists explain the rock movement phenomenon?

    Scientists explained the rock movement phenomenon in Death Valley by identifying that the rocks were being moved by thin sheets of ice that formed on the playa during cold nights. When the ice melted in the daytime sun, it broke up and was blown by the wind, causing the rocks to move across the desert floor and leave long tracks behind them.

  • What impact did the rock mystery have on people's lives?

    The mystery of the moving rocks in Death Valley had a significant impact on people's lives, sparking curiosity and intrigue among scientists and researchers worldwide. The phenomenon even inspired a 13-year-old girl from Germany to replicate the rock movement for a science fair project. The mystery of the moving rocks not only captivated the scientific community but also engaged individuals of all ages in the wonder of the natural world.

Related videos

Summary

00:00

Mystery of Moving Rocks in Death Valley

  • Rocks in Death Valley desert move on their own, leaving long tracks, a mystery unsolved for a century.
  • First recorded account of rock trails in 1915 by prospector Joseph Crook in Racetrack Playa.
  • Cousins Dr. Richard Norris and James Norris solved the rock mystery in 2014.
  • Rocks move due to thin sheets of ice formed on the playa during cold nights.
  • Ice melts in the daytime sun, breaks up, and is blown by wind, dragging rocks along.
  • Pond formed by rain or snow isn't big enough to cover the entire playa, causing rocks to travel to distant shorelines.
  • Scientists published a paper in 2014 explaining the rock movement phenomenon.
  • Scientists worldwide shared similar mysterious rock movement occurrences.
  • Unanswered mysteries in other locations like Great Slave Lake and Spain.
  • Impact of the rock mystery on people's lives, including a 13-year-old girl from Germany who replicated the phenomenon for a science fair project.
Channel avatarChannel avatarChannel avatarChannel avatarChannel avatar

Try it yourself — It’s free.