or
Sign in with lockrMail

This Huge Desert in Asia Has Turned Nearly 40% Greener — but Experts Say There’s a Downside to It

By

Published July 21 2025, 10:45 a.m. ET

Jaisalmer, a desert city of Rajasthan, is known for its century-old fort. The Thar desert starts from this city and goes west. (Cover Image Source: Getty Images | Arunanjan Saha)
Source: Getty Images | Arunanjan Saha

Jaisalmer, a desert city of Rajasthan, is known for its century-old fort. The Thar desert starts from this city and goes west.

Bordered by the Indus plain in the West and the Rann of Kutch to the South, hardy, drought-ridden structures jut upwards from the silken sands of India’s Thar Desert. Bushes of gum, acacia, akra, and other desert plants rise out of the sand, some of them clinging to the sandy dunes. Whipping winds lash the beds of sand, picking it up like a swarm of bees while the Aravalli mountains stand firm in the backdrop. Adding to its photographic beauty, the desert is now also showing signs of greenery more than ever, according to a new study published in the journal Cell Reports Sustainability.

Article continues below advertisement
pn/eb c aa f bdef
Source: Representative Image Source: Getty Images | Roop_Dey

Thar desert Jaisalmer, Rajasthan, India at sunset with moody sky

Advertisement
More from Green Matters

Spread across northwest India as an expansive stretch of 77,000 square miles, the Thar Desert is one of the major hot deserts of the world with the highest population density, according to the BBC. Also known as the Great Indian Desert, it is punctuated with windmills that churn out copious amounts of electricity. Quarries of feldspar, phospherite, gypsum, kaolin, limestone, and marble dotted throughout the desert are dug and mined by engineers to scour materials for gardening fertilizers and cement that glues up their towering buildings in urban cities.

The first reason that was revealed was the significant increase in the monsoon precipitation between 2001 and 2003. 64% to be precise. “The increased rainfall during the monsoon season is the primary driver of greening, while non-monsoon season greening is mainly attributed to groundwater pumping,” researchers noted in the study. "Increased water and energy availability have led to expansion in agricultural and urban areas with a considerable increase in crop yields in the region," study co-author Vimal Mishra, a civil engineer at the Indian Institute of Technology Gandhinagar, told Live Science, adding that, "There is no other desert in the world that has experienced increases in urbanization, agriculture, and precipitation during the recent period.”

NASA Satellite Video Reveals Millions of Tons of Dust From the Sahara Desert Fertilizing the Amazon Rainforest

World’s Driest Desert Seen From Space Reveals Weird Greyish Mountains- Turns Out, It’s a Manmade Blunder

Scientists Are Worried After Google Earth Captured a 2-Mile-Long Crack in the Arizona Desert

Latest Sustainable Living News and Updates

    © Copyright 2026 Engrost, Inc. Green Matters is a registered trademark. All Rights Reserved. People may receive compensation for some links to products and services on this website. Offers may be subject to change without notice.