The information provided on this publication is for general informational purposes only. While we strive to keep the information up to date, we make no representations or warranties of any kind about the completeness, accuracy, reliability, or suitability for your business, of the information provided or the views expressed herein. For specific advice applicable to your business, please contact a professional.

But that quietness is exactly the problem.
The Aravallis are among the oldest mountain ranges on Earth. They have stood long enough to learn how to hold things together, sand, water, wind, and heat. And now, with a recent legal redefinition of what officially counts as an “Aravalli hill,” parts of this ancient system risk being slowly erased from protection.
Not with bulldozers all at once. But inch by inch. Paper by paper.
Unlike the Himalayas, the Aravallis don’t block storms or command the skyline. They work silently. Their job is unglamorous but vital, breaking desert winds, holding moisture, and keeping North India from tipping further into dryness.
When these hills are cut into smaller pieces, through quarrying, deforestation, or mining, the land doesn’t protest loudly. It just changes its behaviour.
The air becomes dustier. The heat feels sharper. The rain arrives, but not when you need it.
And slowly, people begin saying things like, “Summers weren’t always this bad,” or “Rains have become strange these days.”
They’re not wrong.
One of the Aravallis’ least appreciated roles is stopping the desert from walking eastward. The hills slow hot, dust-filled winds from Rajasthan before they reach Delhi, Haryana, and western Uttar Pradesh.
When the land is flattened, there’s nothing left to slow those winds down.
Dust travels farther. Skies turn hazy. Sunlight scatters differently. Heat gets trapped closer to the ground. This is why pre-monsoon months feel unbearable now, not just hot, but heavy and suffocating.
It’s not only about air quality. It’s about how the land and sky interact when natural barriers disappear.
Forests and rocky hills teach rain how to arrive gently.
Vegetation holds moisture in the air. Soil absorbs water slowly. Streams recharge underground reserves instead of rushing away. When hills are stripped bare, rain loses its patience.
It pours too fast. It floods briefly. Then it vanishes.
Discover more articles you may like.
Some top of the line writers.
Best Articles from Top Authors
What follows is longer dry spells and deeper water stress. Farmers can’t plan. Cities drown one week and ration water the next. The monsoon still comes, but it no longer feels reliable.
The most dangerous damage is the one we don’t see.
The Aravallis are natural water banks. Rain that seeps into their rocky layers feeds aquifers that support villages, forests, and even cities months after the clouds are gone. Mining breaks these underground systems.
Once groundwater is lost, it doesn’t come back easily.
Dry land heats faster. Plants struggle. Local temperatures rise. The weather becomes harsher, not because the climate suddenly changed, but because the land forgot how to cool itself.
The recent court decision doesn’t announce the destruction of the Aravallis. That’s what makes it worrying.
It redraws boundaries. It narrows definitions. And in doing so, it quietly decides which hills matter, and which ones don’t.
Nature doesn’t recognise 100-metre cutoffs.
A small ridge still stops wind. A low hill still stores water. A patch of green still cools the air.
When we remove these pieces one by one, we don’t notice the loss immediately. We feel it years later, in heatwaves that linger, in rains that arrive late, and in water that runs out sooner than it used to.
The Aravallis won’t collapse overnight. They will fade.
And when they do, India won’t lose a mountain range we admired. We’ll lose a silent partner that spent centuries making this land livable, without ever asking for attention.