Her name is Stanzin. She is 53 and she lives in a village above the Indus valley in Ladakh, northern India, at an altitude where the air in winter makes your lungs work for every breath.

I met her in 2021, on a trek through the Markha valley. When I asked about the stream near her village – glacier-fed, seasonal, essential – she pointed up at the slope above us.

“It used to come in April,” she said. “Now sometimes March. Sometimes it does not come at all.”

She was not talking about inconvenience. Stanzin was talking about the water her family drinks, the water that irrigates the barley, that sustains the livestock that are their only margin against a hard winter. Two sentences communicated what climate scientists fill entire reports trying to convey.

She had no idea that the forces dismantling her water supply had been set in motion by emissions produced largely on the other side of the planet.

Yet when world leaders negotiate climate finance, glaciers are almost entirely absent. Forests have frameworks, oceans have protocols, but the cryosphere – the Earth’s ice in all its forms – has a paragraph, sometimes, in the footnotes.

This is not an oversight; it is a structural injustice. And it is one of the most consequential failures in global climate governance today.

Glaciers are infrastructure that is disappearing

Glaciers are not simply climate indicators and evidence that warming is happening.

They are infrastructure and function like a savings account: accumulating snow in winter, releasing meltwater through the dry season, keeping rivers running when rain does not arrive. For generations, that bank was reliable enough to build civilizations around, but that reliability is now gone.

This produces a two-phase water crisis. Until roughly 2050, accelerating melt means more water, faster, in the wrong places: floods, glacial lake bursts, hydropower systems overwhelmed. After 2050, as glaciers deplete, the meltwater contribution drops sharply. Rivers that billions depend on will run lower and less predictably, in ways that existing infrastructure cannot absorb.

Why climate justice fails on glaciers

Climate justice – the principle that those who contributed least to warming should not bear the heaviest costs – fails at the glacier.

The communities closest to Himalayan ice did not produce the emissions driving its loss. The per-capita carbon footprint of a Ladakhi farmer is a fraction of the global average. Yet it is their springs drying first, their agricultural cycles collapsing, their valley floors flooding when a glacial lake gives way.

Global climate finance flows overwhelmingly towards mitigation – renewable energy, carbon markets, technology – but adaptation receives a fraction. India’s entire National GLOF Risk Mitigation Programme operates on roughly $20 million — less than half of what Indian corporations spent on animal welfare through corporate social responsibility in a single year.

The cryosphere is the orphaned crisis of South Asia’s climate architecture: falling between disaster response, climate mitigation and development finance, and belonging to none.

Three shifts for climate justice equity on glaciers

Closing this climate justice gap demands three shifts.

1. Make glaciers visible in climate finance

Loss and damage frameworks, adaptation funds and national climate strategies must explicitly name cryospheric communities as priority beneficiaries. They carry a risk they did not create. Financing that ignores them is not climate finance, it is climate-themed investment.

2. Treat community knowledge as infrastructure

Mountain communities across the Hindu Kush Himalaya have been observing these systems for generations. They know when a lake is behaving strangely or when a slope that has held for a century is beginning to move.

In the South Lhonak disaster, 36% of early warnings came through WhatsApp – relatives alerting relatives, observers upstream texting downstream. A shepherd in Gilgit-Baltistan read something wrong in a glacial lake, raised the alarm and his community evacuated. Hundreds survived.

The people closest to the hazard hold knowledge that formal systems do not capture. Any serious adaptation strategy must build this knowledge into its architecture.

3. Stop building in known risk zones and calling it development

Urgent need for global action on glaciers

India’s National Glacier Risk Mitigation Programme (NGRMP) – backed by a $20 million outlay from the National Disaster Management Authority (NDMA), now expanded to cover 195 high-risk glacial lakes across Ladakh, Jammu and Kashmir, Himachal Pradesh, Uttarakhand, Sikkim and Arunachal Pradesh, has visited 40 high-risk lakes and installed 10-minute satellite sensors. Real beginnings but still islands, without a common architecture connecting them to the lives of people most at risk.

India has demonstrated before that it can transform a crisis into a competence over a generation. India transformed cyclone preparedness after the 1999 Odisha disaster that killed thousands with almost no early warning, sustained institutional investment produced the forecasting systems that now enable district magistrates to evacuate coastal villages before a storm makes landfall.

Two decades of sustained investment produced forecasting systems that now save lives and the same trajectory is available for glacier hazards. The question is whether glaciers receive the same commitment, before the next flood forces the answer.

I think about Stanzin often. About the stream that arrives in March instead of April, when it arrives at all. About the barley crop that depends on timing she cannot control. About the fact that no international climate agreement has her water supply in its targets.

Two billion people drink from ice that is disappearing. Getting their safety into our climate agreements is not a technical problem. It is a choice — about what justice means when the bill for a century of emissions arrives, and who we decide must pay it.