PM Shah floated the idea of Nepal-India-China cooperation on climate. Why is the government slow to reach out to the neighbours?

The Himalayan Climate Resilience Mechanism, or HCRM, is a proposed Nepal-led framework for Nepal, India and China. Its purpose is to turn shared Himalayan climate dangers into a reason for practical cooperation. The proposal treats the Himalayas as a life-support system for people, water, ecosystems and agriculture far beyond Nepal.

Through the mechanism, the three countries would share satellite data and technical expertise. They would monitor dangerous glacial lakes, strengthen early-warning systems, and coordinate across borders during disasters. The plan also calls for assistance when emergencies affect communities near national boundaries.

Prime Minister Balendra Shah presented the idea at the United Nations on September 24. Nearly a month later, Nepal had not formally sent a detailed proposal to either neighbour. Nepal’s foreign and environment ministries were still preparing a concept note and consulting relevant agencies. India showed interest in information-sharing, while China expressed general climate cooperation.

Nepal has not yet moved beyond preparation. After Shah’s United Nations proposal, the Foreign Ministry asked the Ministry of Agriculture, Forest and Environment to prepare a concept note and seek technical inputs. That ministry was still consulting relevant agencies nearly a month later.

The missing document matters because the UN speech was made in a multilateral forum, not as a formal bilateral request. A Nepali diplomat said Kathmandu must write separately to Delhi and Beijing, explaining the mechanism’s rationale, objectives and other details. Only then can the neighbours formally comment.

The delay also reflects the complexity of cooperation between India and China. Their relationship is described as volatile and unpredictable, even though Nepal has comparatively fewer bilateral issues with both. The proposal may be discussed during Shah’s upcoming India visit, but no formal approach had yet been made.

The Hindu Kush Himalaya is vast in human importance: Shah said nearly two billion people depend on the mountain range. Its influence extends far beyond Nepal, making Himalayan risks a regional and international concern rather than a local issue.

The mountains provide water, sustain ecosystems and agriculture, and support livelihoods. These functions connect high-altitude areas with communities downstream and across national boundaries. A climate or disaster shock in one part of the range can therefore matter to people well beyond the immediate location.

That scale explains why Shah described the Himalayas as part of the planet’s life-support system. His proposed mechanism would focus on shared information, glacial-lake monitoring, early warnings, and disaster coordination. The article does not give a geographic area for the region, but it identifies its population and essential environmental roles.

Sharing data could help the three countries see Himalayan dangers more clearly and respond sooner. Joint information would support earlier warnings, better preparation, and faster coordination when floods or other disasters cross borders. It could also reduce the problem Shah identified: fragmented information in a region that functions as one connected system.

A practical example is glacial-lake monitoring. Satellite data and local expertise could help identify dangerous lakes and track changing conditions. If warnings were shared quickly, authorities could alert exposed communities, coordinate evacuations, and prepare rescue or relief teams. The article specifically links the mechanism to early-warning systems and cross-border assistance.

The benefits remain potential, not achieved. Nepal had not formally submitted a proposal, and the mechanism did not yet exist. India appeared positive about information-sharing, while China expressed general openness to climate and disaster cooperation. Agreement on procedures, data-sharing and assistance would still be required.

India has not officially commented, but two former Indian diplomats said Delhi was positive about sharing information, especially for early-warning systems. China has expressed general willingness to cooperate on climate change and disaster management. However, Beijing has not explicitly endorsed the proposed trilateral mechanism.

Before the mechanism could begin, Nepal would need to formally write to both neighbours. The proposal should explain its rationale, objectives and other details, supported by the technical inputs now being gathered by Nepal’s environment ministry. India and China would then need to review the plan and respond through official channels.

The countries would also need to turn broad support into agreed procedures. Those could cover sharing satellite data and expertise, monitoring glacial lakes, issuing warnings, and helping during disasters. The article records interest and openness, but not a final agreement, operating structure or start date.

The article places the proposed cooperation in the Nepal-Tibet region and involves India and China together. That matters because the relationship between India and China is described as volatile and unpredictable. A trilateral plan would therefore require both neighbours to cooperate within the same framework, even though Nepal has comparatively fewer bilateral issues with them.

The mechanism’s stated purpose is practical: sharing climate data, monitoring dangerous glacial lakes, improving warnings, and coordinating disaster assistance. China has expressed general openness, and former Indian diplomats described Delhi as positive about information-sharing. Neither response, however, amounts to formal endorsement of the full plan.

The political sensitivity is an implication of the diplomatic setting, not a separate purpose identified in the proposal. Nepal must first send a detailed concept to both capitals. Their official reactions would show whether climate and disaster cooperation can proceed despite the wider uncertainty in India-China relations.

Climate change can increase glacial-lake flood risk by causing glaciers to melt faster. Meltwater can enlarge lakes held back by unstable natural barriers, such as ice or loose rock. If those barriers fail, a sudden flood can rush downstream. This climate process is established scientific knowledge; the article itself calls for monitoring dangerous glacial lakes but does not explain the mechanism in detail.

The proposed HCRM would use satellite data, technical expertise and shared monitoring to watch these lakes. Joint early-warning systems could help authorities detect danger, alert communities, and coordinate evacuations and emergency assistance. The plan also recognises that Himalayan disasters do not stop at political boundaries.

A flood beginning in a high mountain area could move through connected valleys and river systems. Communities, roads, bridges, farms and other property downstream could be affected in another country. The Bhotekoshi flood on August 26, which killed 1,550 people, showed the scale of disaster concerns behind Shah’s proposal.