Published: September 1, 2026

The devastating Nepal-Tibet floods have become one of the most serious natural disasters to strike the Himalayan region in recent years, leaving communities across northern Nepal and Tibet facing an enormous humanitarian and reconstruction challenge.

The disaster began on August 26, 2026, when a major glacier-related collapse in the high Himalayas triggered a powerful surge of water, ice, rock and mud into rivers flowing toward Nepal.

Within a remarkably short period, the flood transformed normally narrow mountain valleys into destructive torrents.

Communities were overwhelmed.

Roads disappeared.

Bridges were swept away.

Hydropower facilities were damaged.

Border infrastructure was destroyed.

Homes and businesses were buried under mud and debris.

Thousands of people were rescued, while thousands more remain missing.

As of September 1, Nepalese authorities reported that 987 people had died and 3,916 remained unaccounted for. More than 11,800 people had been rescued, while search-and-rescue operations continued across several districts.

On the Chinese side of the border, authorities reported 16 deaths and 546 missing people in Tibet.

The scale of the disaster has made rescue operations extremely difficult.

Mountainous terrain, damaged roads, unstable slopes, blocked tunnels, disrupted communications and continuing weather risks have slowed efforts to reach some of the hardest-hit locations.

At the same time, the disaster has raised wider questions about climate change, glacier stability, early-warning systems and the vulnerability of Himalayan communities living downstream from rapidly changing mountain environments.

What Happened in the Nepal-Tibet Border Region?

The disaster struck on Wednesday, August 26, 2026, in the mountainous region near the border between Nepal and China’s Tibet Autonomous Region.

One of the key locations affected was the Lhende Khola river system, which flows from the high Himalayas toward the Nepalese border.

A large mass of ice and rock collapsed from the mountain environment, sending an enormous amount of material into the river.

The sudden blockage and subsequent release of water created a destructive flood surge.

The flood then moved downstream through the Bhote Koshi and Trishuli river systems, affecting communities in Nepal’s Rasuwa, Nuwakot, Dhading, Gorkha, Tanahun, Chitwan and surrounding areas.

The disaster was not limited to Nepal.

On the Tibetan side, the Gyirong area and infrastructure near the border were also heavily affected.

The World Health Organization said preliminary information indicated that the flooding in Rasuwa followed a sudden surge of water from the Tibet Autonomous Region into the Bhote Koshi River, possibly connected to an upstream ice avalanche and temporary damming of the Lhende River.

Scientists and authorities have continued to examine the precise sequence of geological and hydrological events.

The Glacier Collapse Behind the Floods

The key to understanding the disaster is recognising that this was not simply an ordinary monsoon flood.

Seasonal flooding is common in South Asia, particularly during the June-to-September monsoon season.

But the Nepal-Tibet disaster involved a much more sudden and powerful process.

A large section of ice and rock became unstable in the high Himalayas.

When it collapsed, the falling material entered the river system.

The impact displaced water and created a temporary blockage.

As water accumulated behind the obstruction, pressure increased.

When the blockage failed, a massive volume of water and debris moved downstream.

The resulting flood was capable of destroying structures in minutes.

Reuters reported that the initial collapse involved a glacier and a huge mass of rock and ice that entered the Lhende Khola river, producing mudslides and flooding on both sides of the border.

Was an Earthquake Responsible?

Early reports suggested that a seismic event might have contributed to the disaster.

However, later analysis changed that understanding.

The United States Geological Survey indicated that the seismic signal detected during the event was generated by the landslide itself rather than being evidence of a conventional earthquake triggering the disaster.

This distinction is important.

A landslide involving an enormous mass of rock and ice can produce seismic signals.

That does not necessarily mean that an earthquake caused the landslide.

Understanding the exact trigger matters because scientists need accurate information to assess future risks.

Why Did the Flood Move So Quickly?

Mountain valleys can amplify flood danger.

When enormous amounts of water and debris enter a narrow valley, the flow can become extremely concentrated.

There is little room for the water to spread safely.

Instead, the flood moves downstream with enormous force.

The Trishuli River reportedly rose by approximately 9 metres within about 30 minutes during the disaster.

That speed helps explain why evacuation was so difficult.

People living downstream may have had little time to understand what was happening.

A normal river can become a wall of water, mud, rocks and debris within minutes.

This is one reason early-warning systems are so important in mountainous regions.

Rasuwa: One of the Worst-Hit Areas

Rasuwa district in northern Nepal was among the areas most severely affected.

Settlements including Timure and Syapru Besi suffered extensive destruction.

The region is close to the border with Tibet and includes important roads, trade facilities, hydropower infrastructure and tourism routes.

The flood swept through communities with extraordinary force.

Buildings were damaged or destroyed.

Vehicles were carried away.

Roads were cut.

Bridges collapsed.

Electricity infrastructure was damaged.

The scale of destruction made it difficult for emergency teams to reach some locations.

The National Disaster Risk Reduction and Management Authority has continued to update casualty and missing-person figures as rescue teams reach previously inaccessible areas.

The Human Toll

The most devastating aspect of the floods is the loss of human life.

By September 1, Nepal had reported 987 deaths and 3,916 people still unaccounted for.

Authorities also reported 279 injuries and more than 11,800 people rescued.

The figures remain subject to change.

That is because many areas remain difficult to access, while families continue searching for relatives whose whereabouts are unknown.

In major disasters, the number of missing people can also change as authorities reconcile lists from different sources.

A person initially reported missing may later be found safe.

Others may be identified among recovered victims.

For families, however, the uncertainty can be particularly painful.

Families Searching for Missing Relatives

The disaster has created a second humanitarian crisis beyond the immediate rescue operation.

Thousands of families are waiting for information about relatives.

Hospitals, morgues and temporary identification centres have become important locations for families searching for missing people.

Reuters reported on September 1 about one family who spent days searching for a young government worker who had been stationed in Timure. His relatives eventually identified his body and brought him home for burial.

Such stories illustrate the personal cost behind the official statistics.

Every number in a disaster report represents a family, a workplace, a community or a future that has been interrupted.

Foreign Nationals Among the Missing

The flood also affected international visitors.

The affected region is connected to tourism and pilgrimage routes, including travel toward Tibet and the sacred Mount Kailash area.

At different stages of the rescue operation, hundreds of foreign nationals were reported missing or unaccounted for.

As rescue teams reached more locations, some foreigners were located and rescued.

The constantly changing figures demonstrate the difficulty of maintaining accurate information during a disaster involving damaged communications and international travellers.

The incident has therefore required cooperation between Nepalese authorities and foreign governments.

Several countries have worked to determine the status of their citizens.

Impact on Pilgrimage and Tourism

The region affected by the floods is important to religious tourism.

The route through Nepal toward Tibet is used by pilgrims travelling to the Kailash Mansarovar area.

The floods disrupted travel routes and forced cancellations and postponements.

Travel operators reported major disruption after the destruction and closure of infrastructure along the Trishuli corridor.

Tourism is economically important to Nepal.

When roads and border routes are damaged, the consequences can extend beyond the immediate disaster zone.

Hotels lose customers.

Transport operators lose income.

Guides and porters lose work.

Restaurants and shops experience reduced business.

Local communities that depend on tourism can therefore experience economic hardship long after floodwaters disappear.

Destruction of Roads and Bridges

Mountain communities depend heavily on roads.

When roads are destroyed, access to food, medicine and emergency services can become extremely difficult.

The floods destroyed or damaged numerous bridges and road sections.

Earlier assessments indicated that around 40 kilometres of roads and many bridges were destroyed or severely damaged.

In some areas, temporary bridges have been installed to reconnect isolated communities.

Rebuilding permanent infrastructure will take considerably longer.

The challenge is not simply replacing roads.

Engineers must consider whether the original road locations remain safe.

If river channels have changed or slopes have become unstable, rebuilding in exactly the same location could create future risks.

The Crisis at Hydropower Projects

One of the most important aspects of the disaster has been its impact on Nepal’s hydropower sector.

Nepal has invested heavily in hydropower because of its mountainous geography and abundant river systems.

Several hydropower projects in the affected region were damaged or isolated.

Hundreds of workers were reported missing at various project sites.

Reuters reported that rescue operations were concentrated at several hydropower facilities, including Upper Trishuli-1, Upper Trishuli-3A and Upper Trishuli-3B.

At one site, rescue teams were working to reach workers trapped inside tunnels.

The challenge was enormous because flood debris and damaged access routes prevented normal entry.

Why Hydropower Workers Were Especially Vulnerable

Hydropower projects often require tunnels through mountains.

Workers can be located deep underground when disasters occur.

A sudden flood can block entrances or damage ventilation and electrical systems.

Rescuers may then have to clear tonnes of rock and mud before reaching trapped workers.

This makes rescue operations dangerous for both victims and emergency personnel.

Air supplies, food and communication systems may need to be established before workers can be safely extracted.

Nepal has therefore deployed specialised military and engineering teams to assist with these operations.

International Rescue Support

The scale of the disaster has attracted international attention.

India, China, South Korea and other countries have offered or provided assistance.

South Korea announced on September 1 that it would send a 44-member disaster-relief team to Nepal to support search-and-rescue operations.

The international response reflects the fact that the disaster has affected foreign nationals, major infrastructure and a region of strategic importance.

However, rescue operations remain primarily led by Nepalese authorities.

The Nepal Army, Nepal Police and Armed Police Force have deployed thousands of personnel.

By August 31, more than 20,000 security personnel had reportedly been mobilised for search and rescue.

The Role of Helicopters

Helicopters have become essential in the response.

Mountain terrain makes road access difficult even under normal conditions.

After roads and bridges were destroyed, helicopters became one of the few ways to reach isolated communities.

They have been used to:

Rescue stranded people
Transport medical teams
Deliver food
Carry emergency supplies
Evacuate injured people
Search remote areas
Transport recovered victims

However, helicopter operations are highly dependent on weather.

Cloud, rain, wind and poor visibility can prevent flights.

That means air rescue cannot completely replace ground access.

New Flood Risks Complicate the Rescue

One of the most serious problems after the initial flood was the possibility of additional flooding.

The original collapse left behind unstable terrain and water accumulation.

A temporary lake or reservoir formed behind debris in the affected area.

If such a lake suddenly breaches, another flood could move downstream.

Reuters reported on September 1 that a crater created by the collapse contained a volume of water equivalent to around 260 Olympic swimming pools, while unstable upstream conditions and continuing rainfall created additional risks.

This meant that rescue workers could not simply enter damaged valleys without considering the possibility of another surge.

Why Early Warning Systems Matter

The disaster has renewed calls for stronger early-warning systems in Himalayan communities.

A few minutes can make the difference between life and death.

Early warning systems can use:

River-level sensors
Weather stations
Satellite imagery
Seismic monitoring
Glacier monitoring
Automated alerts
Mobile phone networks
Community sirens

The goal is not necessarily to predict the exact moment a glacier will collapse.

That may be extremely difficult.

Instead, monitoring systems can identify dangerous changes and provide warnings when conditions deteriorate.

Climate Change and the Himalayas

Climate change is an important part of the wider discussion.

The Himalayas are warming rapidly compared with many other parts of the world.

Higher temperatures can contribute to glacier retreat and changes in snow and ice stability.

That does not mean every flood or landslide can automatically be attributed to climate change.

Natural geological processes remain extremely important.

However, scientists increasingly study how warming conditions may change the probability and severity of certain mountain hazards.

The Nepal floods have therefore become another example of the growing need to understand the relationship between climate change and high-mountain risks.

A Warming Himalayan Environment

Glaciers are dynamic systems.

They grow, retreat and change depending on temperature, precipitation and other environmental conditions.

As glaciers shrink, new lakes can form.

Some lakes are held back by unstable piles of rock and sediment.

If a natural dam fails, enormous volumes of water can be released suddenly.

This phenomenon is known as a glacial lake outburst flood, or GLOF.

Not every glacier-related flood is a classic GLOF.

The Nepal-Tibet event involved a complex combination of glacier collapse, rockfall, temporary river blockage and downstream flooding.

Understanding these distinctions is important for future risk assessments.

Health Risks After the Floods

The humanitarian emergency does not end when floodwater recedes.

Flood survivors face serious health risks.

The World Health Organization warned that damaged water and sanitation systems, displacement, overcrowding and disrupted healthcare could increase the risk of communicable diseases.

Potential health concerns include:

Diarrhoeal diseases
Respiratory infections
Water contamination
Injuries
Vector-borne diseases
Food-safety problems
Mental-health difficulties

Clean drinking water is therefore one of the most immediate priorities.

Damage to Health Facilities

Health infrastructure was also damaged.

WHO reported that several health facilities were affected, including health posts and hospital access routes.

This creates a difficult situation.

At the same time that more people need medical care, some of the facilities that normally provide that care are damaged or inaccessible.

Emergency medical teams have therefore been deployed to support local health services.

WHO has also mobilised emergency medical supplies and funding for the response.

The Psychological Impact

Natural disasters can produce long-lasting psychological effects.

Survivors may experience:

Shock
Anxiety
Grief
Sleep problems
Fear of another flood
Depression
Survivor guilt

Children can be particularly vulnerable.

Those who lose parents, homes, schools or familiar communities may experience disruption to their development and education.

Psychological support should therefore be included in disaster recovery plans.

Schools and Children

Floods can severely disrupt education.

Schools may be damaged or used as temporary shelters.

Teachers may be displaced.

Children may lose books, uniforms and learning materials.

In communities where families have lost their homes, education may temporarily become a lower priority than survival.

However, restoring schools is essential.

Education provides children with stability and helps communities recover.

International humanitarian organisations have warned about the urgent needs of children affected by the disaster.

Cultural Loss in Flood-Affected Communities

The disaster has also threatened cultural heritage.

Rasuwa is home to communities with rich Buddhist traditions and distinctive cultural practices.

The floods destroyed homes, religious spaces and possessions containing generations of cultural memory.

Associated Press reporting highlighted concerns among survivors that languages, traditions, rituals and community identity could be lost alongside physical property.

Reconstruction should therefore not focus only on concrete and roads.

It should also consider cultural recovery.

Economic Consequences

The economic cost of the floods will likely be enormous.

The disaster affected:

Tourism
Trade
Hydropower
Agriculture
Transportation
Local businesses
Banking services
Construction
Employment

When a road connecting communities is destroyed, businesses can lose access to customers and suppliers.

When hydropower projects are damaged, electricity generation can be affected.

When border facilities are destroyed, trade can slow.

The full economic cost may take months or years to calculate.

Border Trade Disruption

The Nepal-Tibet border is economically significant.

Trade routes connect Nepal with Tibet and wider Chinese markets.

Border infrastructure around the affected area was severely damaged.

Customs facilities, roads and bridges were affected by the flood.

This creates consequences for traders and consumers.

Businesses may have to use longer routes.

Transport costs can increase.

Deliveries can be delayed.

Local employment can decline.

Rebuilding border infrastructure will therefore be an important part of the recovery process.

Impact on Electricity and Communications

The floods also damaged electricity infrastructure and communication networks.

Power outages can create additional difficulties during emergencies.

Without electricity:

Mobile networks may fail
Water systems may be disrupted
Hospitals face difficulties
Businesses cannot operate normally
Rescue coordination becomes harder

Reuters reported that electricity and communication services were gradually being restored in some affected areas as crews repaired infrastructure.

Restoring these systems is therefore as important as rebuilding roads.

Why the Disaster Spread So Far Downstream

The flood did not remain in the mountain valleys.

Water and debris travelled downstream through connected river systems.

The Trishuli eventually joins larger river networks that continue toward India.

This means that a disaster beginning near the Nepal-Tibet border can create consequences hundreds of kilometres away.

Indian authorities therefore monitored downstream river levels and issued warnings in vulnerable areas.

This illustrates an important lesson:

River disasters do not respect political borders.

Countries sharing mountain and river systems need to cooperate on monitoring and emergency communication.

India’s Role

India was also affected by the potential downstream flood threat.

As water moved through the river system toward the plains, authorities monitored the Gandak basin.

Evacuations and precautionary measures were taken in some areas.

This demonstrates how Himalayan disasters can become regional emergencies.

Nepal, China and India all have populations living downstream from Himalayan rivers.

Cooperation among these countries can improve early warning and disaster preparedness.

The Importance of Cross-Border Information Sharing

The disaster has raised questions about how quickly information about upstream risks is communicated across borders.

If a dangerous glacier collapse or river blockage occurs upstream, communities downstream need information as quickly as possible.

Early warning is most effective when data moves quickly between:

Scientists
Governments
Local authorities
Border agencies
Emergency services
Communities

Political differences should not prevent the sharing of information needed to protect human life.

Rebuilding After the Disaster

Recovery will be a long process.

The first phase is rescue.

The second is emergency relief.

The third is stabilisation.

The fourth is reconstruction.

The final stage should focus on resilience.

Rebuilding exactly what existed before may not be enough.

Authorities should ask whether roads, bridges, hydropower facilities and settlements can be redesigned to withstand future hazards.

Building Back Better

The principle of “build back better” means using reconstruction as an opportunity to reduce future risk.

For example:

A bridge can be rebuilt higher.

A road can be moved away from unstable riverbanks.

Flood warning systems can be installed.

Hydropower tunnels can receive improved emergency exits.

Communication systems can be given backup power.

Communities can receive evacuation training.

Such investments may cost more initially but can reduce future losses.

What Can Nepal Learn?

The disaster offers several important lessons.

Stronger Glacier Monitoring

High-risk glaciers and lakes should be monitored using satellites, drones and ground sensors.

Better River Monitoring

Automatic river-level sensors can provide earlier warnings.

Community-Based Alerts

Warnings should reach villages directly rather than relying only on government websites.

Safer Infrastructure

Bridges, roads and hydropower facilities should be designed with extreme flood scenarios in mind.

Better Emergency Maps

Communities need clear maps showing evacuation routes and safe areas.

Cross-Border Cooperation

Nepal, China and India should strengthen communication around shared river risks.

What Can the International Community Do?

The international community can support Nepal through:

Emergency funding
Search-and-rescue expertise
Medical supplies
Temporary shelters
Engineering support
Satellite data
Disaster-risk research
Reconstruction financing
Climate adaptation programmes

However, assistance should be coordinated with Nepalese authorities and local communities.

Recovery programmes should focus on long-term resilience rather than short-term visibility.

A Disaster That Changes the Climate Debate

Nepal contributes only a small share of global greenhouse-gas emissions, yet Himalayan communities are highly exposed to climate-related risks.

That creates an important international discussion.

Countries with low historical emissions can still face severe consequences from global warming.

The Nepal floods therefore reinforce the argument that climate adaptation must receive greater attention.

Adaptation means preparing communities for risks that can no longer be avoided completely.

For Nepal, that means protecting mountain communities from floods, landslides, glacier-related hazards and extreme weather.

The Future of Himalayan Disaster Preparedness

The Himalayan region will need increasingly sophisticated disaster-preparedness systems.

Technology can help.

Satellite imagery can monitor changes in glaciers and rivers.

Artificial intelligence can analyse large quantities of environmental data.

Drones can survey areas too dangerous for people.

Mobile networks can distribute warnings.

Sensors can detect rapid changes in water levels.

But technology must be combined with local knowledge.

A warning is useless if people do not receive it or do not understand what to do.

Community Preparedness Is Essential

People living in high-risk areas should know:

Where to evacuate
Which routes are safest
What emergency supplies to keep
How to recognise flood warnings
How to help children and elderly people
How to contact emergency services
Where to gather after evacuation

Preparedness training should be conducted regularly.

Communities should not have to learn emergency procedures for the first time during a disaster.

The Road Ahead for Survivors

For thousands of survivors, the immediate future will involve rebuilding.

Some will return to damaged homes.

Others may need permanent relocation.

Businesses will need financial assistance.

Farmers may need seeds and tools.

Students will need schools.

Workers will need employment.

Families will need psychological support.

The recovery will therefore require more than repairing roads.

It will require rebuilding lives.

Why Accurate Information Matters

Large disasters generate rumours.

Missing-person figures can change.

Casualty numbers may be revised.

Different agencies may report different totals at different times.

Social media can spread unverified claims quickly.

For this reason, readers should rely on official authorities and established news organisations when following the Nepal-Tibet disaster.

The latest figures should always be treated as a snapshot of an ongoing situation.

Final Analysis

The Nepal-Tibet floods are a powerful reminder of how quickly conditions in the Himalayas can change.

On August 26, 2026, a glacier-related collapse and massive movement of ice and rock triggered a chain of events that transformed rivers into destructive torrents.

Communities downstream had little time to respond.

The resulting disaster killed hundreds and eventually pushed Nepal’s reported death toll to 987, while 3,916 people remained unaccounted for as of September 1. More than 11,800 people had been rescued.

On the Tibetan side, authorities reported 16 deaths and 546 missing people.

But the statistics do not fully capture the scale of the tragedy.

Entire communities have been disrupted.

Families are still searching for relatives.

Hydropower workers remain among those unaccounted for.

Roads and bridges have been destroyed.

Tourism and trade routes have been interrupted.

Health facilities have been damaged.

Thousands of people need food, shelter, medical support and clean water.

At the same time, the possibility of additional flooding has complicated rescue operations.

The disaster has also created a wider debate about climate change and Himalayan resilience.

Glaciers are changing.

Mountain slopes are becoming increasingly difficult to monitor.

Extreme weather events can interact with geological processes in unpredictable ways.

This does not mean that every Himalayan disaster is caused by climate change.

But it does mean that climate adaptation and disaster preparedness can no longer be treated as optional investments.

For Nepal, China and India, cooperation is especially important because rivers cross borders.

Information about glacier conditions, river levels and potential hazards needs to move quickly.

Communities downstream should receive warnings before dangerous water reaches them.

The Nepal-Tibet floods also demonstrate the importance of designing infrastructure for a changing environment.

Roads, bridges, hydropower plants and settlements need to account for extreme events rather than relying only on historical conditions.

The recovery from this disaster will take time.

But reconstruction can become an opportunity.

Nepal can build stronger infrastructure.

It can improve emergency communications.

It can expand glacier monitoring.

It can strengthen community preparedness.

It can invest in early-warning systems.

And it can work more closely with neighbouring countries and international partners.

The tragedy of August 26 should therefore become a lesson for the future.

The Himalayas will continue to shape the lives and economies of millions of people.

The challenge is to understand the changing risks and prepare before the next disaster arrives.

For the survivors of the Nepal-Tibet floods, however, the immediate priority is much simpler: finding missing loved ones, saving lives, restoring essential services and helping communities begin again.

The road to recovery will be long.

But with effective coordination, reliable information, international support and stronger disaster preparedness, the affected communities can gradually rebuild.

The Nepal-Tibet floods have shown the world the destructive power of a rapidly changing Himalayan environment.

They have also shown the importance of preparedness, cooperation and resilience.

The lessons learned now could help save lives in the next disaster.

Frequently Asked Questions

What caused the Nepal-Tibet floods?

The floods were triggered by a major glacier-related collapse involving ice and rock in the Himalayas. The material entered the Lhende Khola river system, causing a temporary blockage and then a powerful downstream surge. Authorities and scientists continue to assess the exact sequence of events.

When did the Nepal-Tibet floods happen?

The catastrophic flooding began on August 26, 2026, along the Nepal-China border region.

How many people died in the Nepal floods?

As of September 1, Nepal’s National Disaster Risk Reduction and Management Authority reported 987 deaths.

How many people are missing?

Nepal reported 3,916 people still unaccounted for as of September 1. China reported 546 people missing in Tibet.

How many people have been rescued?

Nepalese authorities reported that approximately 11,814 people had been rescued by September 1.

Was an earthquake responsible?

Early reports considered seismic activity as a possible factor, but the USGS indicated that the detected seismic signal was associated with the landslide rather than a conventional earthquake causing the disaster.

Did climate change cause the floods?

The immediate trigger was a glacier-related collapse and associated flooding. Scientists are studying the role of long-term warming and changing Himalayan conditions, but individual disasters should not automatically be attributed entirely to climate change.

Which parts of Nepal were affected?

Major affected areas included Rasuwa, Nuwakot, Dhading, Gorkha, Tanahun and Chitwan, among other locations.

Were hydropower projects damaged?

Yes. Several hydropower facilities and construction sites were severely affected, with hundreds of workers reported missing at different sites during the rescue operation.

Why are rescue operations difficult?

The region has steep mountains, damaged roads, destroyed bridges, unstable slopes, blocked tunnels, poor weather and disrupted communications. These conditions make both helicopter and ground operations difficult.

Could another flood occur?

Authorities have warned about continuing risks from unstable terrain, water accumulation and further rainfall. Rescue teams have had to monitor the possibility of additional flooding before entering some dangerous areas.

What is being done to help survivors?

Nepalese security forces, medical teams and local authorities are leading rescue and relief efforts. International partners are providing assistance, including medical, technical and search-and-rescue support. South Korea announced a 44-member disaster-relief team on September 1.

What are the long-term lessons from the disaster?

The disaster highlights the importance of glacier monitoring, early-warning systems, river sensors, stronger infrastructure, community preparedness, cross-border cooperation and climate adaptation.

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Nepal-Tibet Floods: What Happened, What Caused the Disaster and What Comes Next