On November 28, 2024, crews on the southern rim of the Taklamakan Desert planted the last 100 meters of trees. Chinese state ...

Satellite images reveal a Y-shaped formation in China’s Taklamakan Desert where the Hotan River carries precious jade.

A 2025 satellite photo shows a giant "Y" in the middle of the Taklamakan Desert, where a verdant river and a lengthy ...

A decades-long effort to plant shrubs and trees around the Taklamakan Desert, China’s largest desert and one of the driest ...

Abstract: Surface emissivity is directional, for homogeneous surfaces, increasing View Zenith Angle (VZA) reduces surface emissivity while simultaneously extending the atmospheric path length. This ...

Across northwestern China, a desert long described as empty is showing measurable ecological change. New research examining the Taklamakan Desert finds rising vegetation cover and seasonal carbon ...

For decades, we’ve been fighting a losing battle against the sand. As temperatures climb and we drain our water reserves, deserts continue their slow, relentless expansion. But a landmark 59-year ...

Typically associated with camel rides, stargazing, glamping, and off-roading along the dunes, deserts offer so much more than meets the eye. As the weather drifts to colder degrees, several drylands ...

TEMPO.CO, Jakarta - Scientists in China say they have developed a microbe-based technique that can turn loose desert sand into stable soil, offering a potential new tool to combat desertification.

Add Yahoo as a preferred source to see more of our stories on Google. Cyanobacteria harness 3.5 billion years of evolutionary expertise to transform barren sand into living soil. The secret weapon?

In one of the driest regions on Earth, scientists are reshaping sand at the microscopic level, transforming loose desert grains into a stable, fertile surface in under a year. The process relies on ...