The Dead Sea: When the Earth Opens

The Dead Sea is unlike almost any other place on Earth.

Its mineral-rich waters, dramatic desert mountains and extraordinary elevation below sea level have fascinated travelers, scientists and people of faith for centuries.

But along its shores, the landscape is undergoing a remarkable transformation.

The ground is open.

Across parts of the shoreline, thousands of sinkholes have formed, leaving deep cavities and pools of striking colors scattered across the exposed land.

Why Does the Ground Collapse?

The explanation begins with the declining water level of the Dead Sea.

As the shoreline retreats, underground water conditions change. Relatively fresh groundwater can reach and dissolve buried salt layers that were previously surrounded by highly saline water.

This process creates underground cavities.

When the ground above a cavity can no longer support its own weight, the surface may collapse suddenly.

The result is a sinkhole.

The Geological Survey of Israel has spent decades monitoring these formations, which threaten roads, agricultural land, tourism facilities and other infrastructure.

The Dead Sea's decline is driven mainly by reduced water inflow, including the diversion and consumption of water upstream, alongside industrial water use.

Although climate conditions influence the wider region, the sinkhole crisis cannot simply be explained as a direct consequence of global warming.

The spectacular appearance of these formations should never obscure their dangers. Unstable shorelines and newly formed cavities can be hazardous to visitors.

At the Dead Sea, geology is not merely a story of the distant past.

It is happening before our eyes — revealing both the extraordinary power of nature and the consequences of human decisions.