How can we transform Nepal from a country that merely seeks aid into one that provides knowledge, technology, and solutions for disaster management?

 How can we transform Nepal from a country that merely seeks aid into one that provides knowledge, technology, and solutions for disaster management?

Disasters are nothing new to Nepal. Earthquakes, floods, landslides, glacial lake outbursts, avalanches, inundation, and extreme weather events have repeatedly caused destruction. However, our core problem is not just the occurrence of these disasters, but rather our traditional response to them.

We endure suffering, discuss relief and rescue operations, compile damage reports, hold a few meetings, and—as time passes—forget everything. When the next disaster strikes, we repeat the same questions: Why weren't we prepared? Why didn't information reach us in time? Why was the rescue delayed? Why were settlements located in such high-risk areas? Before long, these questions, too, fade away.

This cycle—which leads to no tangible results—must be broken. Viewing disasters merely as "natural events" is no longer sufficient. Every disaster serves as a national lesson. Each death, every collapsed house, every washed-away bridge, and every surging flood teaches us something. If we fail to preserve these lessons, apply them elsewhere, and use them to reshape our policies, settlement patterns, preparedness, and technology, then it must be concluded that we have merely *endured* disasters, rather than *learned* from them. Therefore, the time has come to ask ourselves a pivotal, historic question: Are we merely a nation that suffers through disasters, or are we also a nation that learns from them? From 'Safe Homes' to 'Safe Life Systems'

The devastating earthquake of 2072 BS (2015) is an event that no generation should ever forget. It claimed thousands of lives and affected hundreds of thousands of families. It destroyed homes and public infrastructure, leaving a long-lasting impact on socio-economic life. The primary lesson it offered was clear: while earthquakes cannot be prevented, the damage they cause can be significantly mitigated.

Achieving this requires safe homes, schools, hospitals, roads, and bridges, alongside emergency communication systems, trained rescue personnel, and community-level preparedness.

Yet, looking around today, an unsettling question arises: has the way we live truly changed? In many places, houses are still being built in the same old ways, and settlements continue to expand into high-risk areas. Even where individual houses are constructed to be sturdy, there is often no access for emergency rescue operations, nor are there sufficient safe, open spaces. While we have focused on building strong structures, we have yet to make adequate progress in ensuring the resilience of our settlements as a whole.

A settlement cannot be considered safe simply because individual houses are secure. What happens if, following an earthquake, roads become blocked, hospitals remain inaccessible, or power and communication systems fail completely? Therefore, our perspective must evolve—moving beyond just 'safe homes' toward 'safe settlements,' and ultimately, to 'safe life systems.'

This necessity has also been underscored by the floods in the Melamchi and Trishuli regions. The floods in Melamchi brought to light the complex interplay between river flow, mountainous terrain, rainfall patterns, the Himalayan environment, settlement expansion, infrastructure like roads and bridges, and the critical role of early warning systems. For a time, Melamchi became the focal point of national discourse, yet within a few years, it faded from our collective memory.

Similarly, the questions raised by the floods in the Trishuli River—how rapidly can river levels rise? How much advance warning can be provided to the public? How can information be disseminated if mobile networks fail?—are common to all rivers in Nepal. The lessons learned from Melamchi and the Trishuli should be applied to settlements along the Karnali and other rivers.

Institutional Memory of Disasters and 'Data Sovereignty'

While we possess a history of disasters, we lack a systematic national record of the lessons learned. Information regarding where floods occurred, the extent of rising water levels, when people became aware of the danger, which communication channels remained functional, and which bridges were swept away should not merely reside in researchers' papers; it must be securely preserved within a 'National Disaster Knowledge System.' Data collected from today’s disasters should serve as the foundation for tomorrow’s early warning systems.

To this end, the firsthand experiences of disaster survivors must also be documented. Those who have survived floods and landslides are not merely 'victims'; they are repositories of knowledge essential for building future resilience. A national practice should be established to produce a 'Disaster Lesson Report' alongside relief efforts following every major disaster. Rather than gathering dust in a file, these reports should be utilized by universities, local governments, security agencies, engineers, and schools to inform construction practices and educational curricula.

Furthermore, while international collaboration should be strengthened, the responsibility for managing Nepal’s critical data must remain within Nepal. Nepal must maintain all data concerning glacial lakes, glaciers, rivers, rainfall, earthquakes, and landslide risks within its own secure system. Even when collaborating with foreign technology providers or international universities, Nepal must have a clear policy regarding data sovereignty—specifically concerning where the data is stored and how it is utilized.

The Country Itself as a Natural Laboratory

Nepal’s geographical landscape serves as a vital area of ​​study for the entire world. The coexistence of the Himalayas, glacial lakes, glaciers, major river systems, mountainous terrain, and the inherent risks of landslides and earthquakes makes Nepal a unique "natural laboratory." Consequently, Nepal should position itself not merely as a nation seeking aid, but as a hub for the exchange of knowledge and solutions.

Guided by this vision, Nepal should organize a major "International Disaster Resilience Conference," inviting scientists, researchers, universities, engineers, technology firms, rescue personnel, and policymakers from across the globe.

While the inauguration and policy-level dialogues could take place in Kathmandu, the core proceedings of the conference should be conducted within the actual high-risk zones. For instance, in the Trishuli River region, participants could examine early warning systems and river water-level monitoring mechanisms... Field demonstrations of various tools—such as landslide risk identification technologies, emergency communication systems, sirens, and rescue equipment—can be conducted. Technologies tested in actual river and mountain environments are far more valuable to us than those that exist only on paper.

At such a conference, innovations developed by Nepali universities, the private sector, and startups—including low-cost sensors, community-based siren systems, digital addressing systems, and Geographic Information Systems (GIS)—should be showcased to the world.

Technological Innovation and a 10-Year National Mission

Disaster management can be advanced as a 'National Innovation Mission.' Students and young professionals in information technology, electronics, and communications can develop low-cost early warning systems and emergency communication technologies. This would not only enhance safety but also foster new technology-based industries, research, and employment opportunities. Nepal should aspire to move beyond merely purchasing disaster-related technology; it should develop the capacity to create such solutions and export them to other high-risk nations.

The proposed international conference should not be viewed as a standalone event; rather, it should serve as the catalyst for a 10-year 'National Disaster Resilience Plan.' A clear action plan—identifying vulnerable settlements, determining which glacial lakes require continuous monitoring, and specifying locations for sirens and alternative communication systems—must be established, with progress reviewed annually. On the anniversaries of events like the 2015 earthquake or the floods in Melamchi and the Trishuli River, we should move beyond mere commemoration; we must establish a practice of evaluating how much safer we have become compared to the previous year. We cannot prevent natural disasters, but we can mitigate the damage. To achieve this, we must shift from a culture of reacting only after a disaster strikes to one of preparedness, and move away from relying solely on foreign solutions toward developing our own indigenous technologies. The proposed international conference is more than just an event; it will mark the beginning of a new era in which Nepal transforms its history of disasters into national learning and technological advancement.