Amarnath Ice Shivling Melts In Days — Is A Warming Himalaya To Blame?

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By 6 July, the ice Shivling inside the Amarnath Cave, a formation that stood nearly seven feet tall just weeks earlier, had shrunk to about a foot. A day later, it was gone in all but outline. For the third year running, the sacred ice lingam had melted within days of the Yatra beginning, not weeks.

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It's tempting to read this as one shrine's bad luck. It isn't. The Himalayas are warming at close to twice the rate of the global average, and Amarnath's vanishing ice is one visible symptom of a mountain range in the middle of a broader climate shift - one that is already reshaping other pilgrimages across the region.

A Range Warming Faster Than The Rest Of The Planet

Scientific assessments consistently place Himalayan warming well above the global mean, driven largely by rising air temperatures and a shift from snow to rain at higher elevations. In Nepal, researchers have measured mean annual temperatures climbing faster at higher altitudes than lower ones, compounded by monsoon shifts that mean less snow and more rain each year.

The consequence is visible in ice everywhere across the range. Research shows the total area of Himalayan glaciers has shrunk by roughly 40 per cent since the Little Ice Age several centuries ago, and current models suggest the region could lose between a third and two-thirds of its remaining glacier mass by 2100, depending on how far emissions rise.

Back at Amarnath, that broader warming shows up in a very specific way: the ice Shivling forms only when water seeping through the cave roof freezes in sustained sub-zero conditions through winter. Warmer winters and reduced snowfall leave less of that cold reserve to draw on, and warmer summers finish the job faster than ever.

Amarnath Isn't The Only Shrine Feeling It

Roughly 400 kilometres away, in Uttarakhand, the same warming trend has already forced painful changes on the Char Dham Yatra. Glaciers on the peaks above Kedarnath that feed the Mandakini River have been retreating fast enough to fuel repeated glacial lake outburst floods - including the 2013 disaster that killed thousands.

More recently, the toll has shifted from single catastrophic events to slow disruption. In 2025 alone, the Char Dham circuit recorded 55 days with zero pilgrim arrivals in just four months, according to Dehradun-based non-profit SDC Foundation, with Yamunotri and Gangotri hit hardest by landslides and extreme weather. Foundation head Anoop Nautiyal has argued that pilgrimage infrastructure needs to shift focus from chasing record footfall to building climate resilience.

Between Amarnath's vanishing ice and Uttarakhand's washed-out routes, the pattern is the same: a warming mountain range is starting to interrupt journeys that have run largely unchanged for centuries.

The Human Factor, Layered On Top

Warming isn't acting alone. This year's Amarnath Yatra saw pilgrim numbers surpass records from the past four decades, and on peak days, 13,000 to 20,000 people pass through the enclosed cave, generating heat in a chamber that depends on staying near freezing. Similar pressure shows up at Char Dham, where a surge in tourism has added roads, buildings and traffic to already unstable slopes, according to environmental researchers tracking the region.

Neither pilgrimage has slowed down. At Amarnath, the Shrine Board has given no sign the Yatra's schedule will change despite the melted ice, and footfall has, if anything, stayed high. The devotion isn't in question - what's changing is the mountain underneath it.