ပေါ နိုင်ငံနယ်စပ်မာ မိုးမရွာဘဲ ရေကြီးပြီး ပျက်ဆုံးသွားတယ် မြို့များ (ရုပ်/သံ) ARAKAN NEWS 2.6
ဗီဒီယိုကို အဆုံးထိ ကြည့်လိုက်ပါ။
ဗီဒီယိုလေးကို သဘောကျရင် like လုပ်ပြီး comment မှာ မျှဝေပေးပါ။ နောက်ထပ်အပ်ဒိတ်များ အတွက် ကျွန်ုပ်တို့၏ချန်နယ်ကို စာရင်းသွင်းခြင်းဖြင့် စောင့်မျှော်ကြည့်ရှုပါ။
https://youtu.be/UA0fWqYU7AA?is=F95ndLWvlTluX_Ca
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15 Shocking Videos Capture Devastating Nepal Flash Flood Destruction
Watch 15 viral clips showing the devastating flash floods that hit northern Nepal on August 26, 2026. The disaster began when a 4.4 magnitude earthquake in Tibet triggered a massive ice and rock avalanche. The falling debris temporarily dammed the Lhende River before bursting open, releasing a 10-meter-high wall of water into the Bhote Koshi River that swept away homes, highways, and hydropower plants.
NepalFloods #NepalDisaster #TibetEarthquake #BhoteKoshi #CaughtOnCamera #ViralFootage #FlashFlood #Rasuwa #GlacialBurst #NaturalDisaster #DisasterAlert #BiharFlood #NDRF #HimalayanCrisis #BreakingNews #NepalNews #EmergencyRelief #FloodUpdate #SearchAndRescue #FloodFootage #RepublicWorld #RepublicTV
https://youtu.be/quDb_dPkSOI?is=4tBufs2BGZHzf-mL
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New aerial footage from Devighat in Nepal’s Nuwakot District reveals the devastating scale of destruction left behind by catastrophic flooding along the Trishuli River.
The footage shows entire neighbourhoods buried beneath thick mud, sludge and debris, with homes and roads swallowed following the August 26 disaster.
A glacier collapse near the Nepal-Tibet border sent massive volumes of water, ice and rock surging downstream, devastating communities and hydropower sites along the Trishuli corridor.
More than a week later, rescue teams, military personnel and international specialists continue searching damaged communities and hydropower tunnels. Heavy machinery and sniffer dogs are being used to locate people who may remain trapped beneath the debris.
More than 1,300 people have been confirmed dead across Nepal and China, while more than 5,000 remain missing.
Authorities have also warned that unstable debris, blocked waterways and continuing monsoon rainfall could trigger further flooding and threaten communities downstream.
NepalFloods #Nepal #Trishuli #Devighat #Nuwakot #Floods #Disaster #BreakingNews
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https://youtu.be/98FaU14LDf8?is=pXRhJybfWQnqs5q7
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နီပေါနိုင်ငံရေကြီးမှုဟာ ထူးခြားမှုဖြစ်စဉ်တစ်ခုဖြစ်ပြီး ရေခဲတောင်တန်းတွေနဲ့ နယ်မြေချင်းဆက်စပ်နေတဲ့ ကချင်ဒေသအတွက် သင်ခန်းစာယူဖွယ် သတိပေးချက်တစ်ရပ်ဖြစ်တယ်လို့ သဘာဝပတ်ဝန်းကျင်သုတေသီတွေက ပြောပါတယ်။
ဩဂုတ်လ ၂၆ ရက်နေ့က နီပေါ–တိဘက်နယ်စပ်မှာ ရုတ်တရက်ရေကြီးမှုကြီးဖြစ်ပွားခဲ့ပြီး ဩဂုတ် ၂၉ ထိဆိုရင် လူ ၅၀၀ ကျော်သေဆုံးကာ တစ်ထောင်ဝန်းကျင်ပျောက်ဆုံးနေဆဲဖြစ်တယ်လို့ ကမ္ဘာ့သတင်းမီဒီယာတွေက ဖော်ပြကြပါတယ်။
အဓိက ဟိမဝန္တာတောင်တန်းအစပျိုးရာ တောင်ဆက်ကြီးရဲ့အဆုံးသတ်ဟာ ကချင်ပြည်နယ် ခါကာဘိုရာဇီမှာဖြစ်ပြီး နီပေါနဲ့ ကချင်ပြည်နယ်ဟာ တိုက်ရိုက်ချိတ်ဆက်မှုရှိနေတာကြောင့် ဒီဖြစ်ရပ်ကို ကြည့်ခြင်းအားဖြင့် ကချင်ပြည်နယ်အတွက် များစွာသတိပေးချက်ဖြစ်နေတယ်လို့ ဆိုပါတယ်။
https://youtu.be/mzJYSE0kBLI?is=TGcrVVwJ3AxNAgZ7
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ကြောက်မက်ဖွယ်နီပေါရေကြီးမှုဘာကြောင့်ဖြစ်ခဲ့တာလဲ
နီပေါနိုင်ငံမှာ အလွန်ကြောက်စရာကောင်းတဲ့ ရေကြီးရေလွှမ်းမိုးမှုကြီး ဖြစ်ပွားခဲ့ပါတယ်။ ဘာကြောင့် အဲသလို ဖြစ်ပွားခဲ့တာပါလဲ။ ကမ္ဘာတလွှားရာသီဥတုပျက်ပြားမှုနဲ့ ဘယ်လိုဆက်စပ်ပါသလဲ။ ဒီလိုကံကြမ္မာမျိုးဟာ မြန်မာသို့မဟုတ်တခြားကမ္ဘာ့နေရာတွေမှာရော ဖြစ်လာနိုင်ပါသလား။
https://youtu.be/jnXT4vPVU30?is=tM_6pyltbvRPCTL9
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THE TRAGEDY OF NEPAL: The City Buried by a Mountain in One Minutes | Travel Documentary
August twenty-sixth, twenty twenty-six. For centuries, the Nepal–Tibet border rested beneath the Himalayas in silence. Then, within minutes, ice, rock, and water broke loose, transforming the Lhende Khola into a violent torrent. The collapse was so powerful that seismic instruments first registered it like an earthquake. But this was the mountain itself collapsing. So what is happening beneath the Himalayas? And what forces are reshaping the Roof of the World?
👉 Subscribe to TRUE HORIZONS for more journeys across the world’s most mysterious and sacred lands.
NEPAL: Mysterious Places You Won’t Believe Exist | Travel Documentary
https://youtu.be/gvDo7mzGaT8?is=OW42jjpXXAoiQgI9
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Nepal Flash Flood 2025 20:15 minuites
The death toll on the Nepal-Tibet border has climbed from 7 to 389 in under 48 hours, and more than 900 people are still unaccounted for. Bodies are being recovered over 100 kilometers downstream, and Chinese authorities have now warned that a second barrier lake is filling upstream of the same valley.
An ice and rock avalanche dammed the Lhende Khola on Wednesday morning. When the blockage failed, the surge travelled the first 22 kilometers at an average speed of 193 kilometers per hour. Villages, the Rasuwagadhi border crossing, five hydropower plants and 42 kilometers of road were destroyed. Among the 517 foreign nationals missing are 177 Indians, 63 Americans, 34 Australians, 33 Britons and 25 Canadians, most of them travelling the Kailash Mansarovar pilgrimage route. Rescue teams have flown out over 1,400 people, but many communities remain reachable only by helicopter.
Figures as of August 28, 2026. Numbers are still changing.
Nepal #Tibet #flood #storm #naturaldisaster
https://youtu.be/5V2QbPSWX2k?is=SulQOXmWuwnrDEEI
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နီပေါရေကြီးမှုနောက်ကွယ် 22: 56 minuites
https://youtu.be/-4jErn8bs28?is=gVXTikLRiLVTFh5I
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နီပေါ နိုင်ငံနယ်စပ်မာ မိုးမရွာဘဲ ရေကြီးပြီး ပျက်ဆုံးသွားတယ် မြို့များ (ရုပ်/သံ) ARAKAN NEWS 2.6
ဗီဒီယိုကို အဆုံးထိ ကြည့်လိုက်ပါ။ 25:39 minuites
ဗီဒီယိုလေးကို သဘောကျရင် like လုပ်ပြီး comment မှာ မျှဝေပေးပါ။ နောက်ထပ်အပ်ဒိတ်များ အတွက် ကျွန်ုပ်တို့၏ချန်နယ်ကို စာရင်းသွင်းခြင်းဖြင့် စောင့်မျှော်ကြည့်ရှုပါ။
ARAKANNEWS2.6
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နီပေါ
nepalnews
https://youtu.be/UA0fWqYU7AA?is=H3OpYjXX8Yvyppgl
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How could a glacier-involved mountain collapse send rock, ice, sediment, and water more than twelve miles through the Himalayas in only about seven minutes?
In this engineering documentary, we investigate the physics behind the extraordinary speed of the Nepal–Tibet flood and debris-flow disaster.
The answer begins with height.
The source area sat thousands of meters above the lower valley, giving the collapsing mass an enormous supply of gravitational potential energy. As rock and glacier ice accelerated downhill, the moving mass collided with rough terrain, fragmented, entered confined gullies, interacted with water and sediment, entrained additional material, and evolved from an ice-rock avalanche into a debris flow and farther-downstream flood.
But friction never disappeared.
So how could the disaster remain so mobile?
This video explores:
- How gravitational potential energy became motion
- Why average speed does not mean constant speed
- How steep confined valleys can channel a moving mass
- Why impacts and friction did not immediately stop the descent
- How rock, glacier ice, water, and sediment interacted
- What entrainment does — and does not — mean for flow speed
- How one disaster can pass through multiple flow regimes
- Why the initial roughly 20-kilometer rapid descent must not be confused with the much longer downstream flood propagation
- Why a seven-minute travel time creates an extreme early-warning challenge
Current reconstructions estimate an initial rapid reach of roughly 20 kilometers in about seven minutes, with an average speed on the order of 50 meters per second. These figures are reconstruction estimates, not proof that every rock, ice fragment, or water parcel moved at the same constant velocity.
The central engineering lesson is simple:
The disaster did not begin with speed.
It began with height.
And in those seven minutes, height became speed — and speed became disaster.
Subscribe for more documentaries about mega construction, extreme engineering, natural hazards, infrastructure, and the physics behind seemingly impossible events.
NepalFlood #DebrisFlow #EngineeringDocumentary #Himalayas #ImpossibleEngineering
https://youtu.be/kRHCsKUW9-g?is=_nxkhqG1cFjVEKw7
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A mountain is made of rock. A flood is made of water.
So how can the collapse of a mountain eventually become a catastrophic flood?
The answer is not that rock somehow turns into water. Instead, a mountain failure can trigger a chain of different physical processes — each one changing the way the disaster moves and grows.
In one pathway, falling rock and glacier ice can break apart into an avalanche, pick up sediment and water along the way, evolve into a fast-moving debris flow, and eventually enter a connected river system.
In another, a landslide can come to rest inside a narrow valley and block an active river. Water begins accumulating behind the natural barrier, forming a landslide-dammed lake. If that blockage later fails, the stored water can be released suddenly as a powerful outburst flood.
And in a third pathway, a massive mountain collapse can enter a lake or reservoir with enough momentum to displace the standing water directly, producing a destructive impulse wave.
This documentary examines all three mechanisms through real engineering and disaster case studies:
- Chamoli, India, 2021 — where rock and glacier ice transformed into a highly mobile debris flow.
- Yigong, Tibet, 2000 — where a massive landslide blocked a river, created a temporary lake, and eventually contributed to a major outburst flood.
- Vajont, Italy, 1963 — where an enormous mountainside plunged into a reservoir and generated a devastating displacement wave, while the concrete arch dam itself remained standing.
We also return briefly to the 2026 Nepal–Tibet disaster to examine how a mountain failure can continuously change form as it travels through a connected Himalayan drainage system.
But not every mountain collapse becomes a flood.
The final outcome depends on the interaction between the moving mass, vertical relief, mobility, available water, and — perhaps most importantly — connectivity.
A collapse may stop on dry ground.
It may transform into a debris flow.
It may block a river.
Or it may transfer its energy directly into standing water.
The mountain starts the disaster.
The landscape decides what it becomes.
This is the follow-up documentary to “What Really Caused the 2026 Nepal–Tibet Mega Flood?”
Subscribe for cinematic documentaries exploring disaster engineering, mega construction, extreme infrastructure, and the forces that challenge what humans build.
DisasterEngineering #MountainCollapse #DebrisFlow #Landslide #megaflood
https://youtu.be/GtgvY0N1gYg?is=o7GtHPL71QyErbmr
7
Most accounts of this disaster begin where the destruction became visible—in the valley. But the real story begins nearly four thousand metres above it, on the mountain slope where the first mass broke loose. What came down the mountain was only the beginning. By the time it reached the settlements below, it had become something vastly larger and far more destructive.
A mixture of rock, ice and frozen ground suddenly gives way at extreme altitude. It falls rapidly downslope, and as the ice is crushed and melted by friction, the moving mass begins to change. What started as a rock-and-ice avalanche gradually becomes a fast-moving slurry of water, sediment and debris.
Then the valley becomes part of the disaster.
As the flow descends, it tears material from everything in its path—moraine, loose sediment, massive boulders, trees and even water from the river itself. All of that material becomes part of the moving mass, increasing its volume and destructive power as it travels.
That is why the material reaching a village can be many times larger than what originally detached from the mountain.
The valley doesn’t simply transport the disaster. It amplifies it.
This also explains why people caught in these events often hear the disaster before they can see it. The sound arrives first: an enormous mixture of rock, water, ice and debris moving through a confined valley.
And what reaches the settlements is not an ordinary flood.
A debris flow contains a huge amount of solid material, making it behave less like flowing water and more like extremely heavy wet concrete. It can carry boulders the size of vehicles. Instead of simply surrounding buildings, it can slam directly into them. In the most powerful sections, it can strip away roads, foundations and even the ground beneath structures.
WHAT THIS VIDEO EXPLAINS
Why melting and degrading permafrost can destabilize high Himalayan slopes
How a rock-and-ice avalanche transforms during its descent
What entrainment is—and why it causes debris flows to grow dramatically
Why debris flows can destroy structures that ordinary river floods might leave standing
Why people in steep mountain valleys may have only minutes to react
How landslide-dammed lakes can create a second disaster long after the initial flow ends
What the 2021 Chamoli disaster revealed about cascading mountain hazards—and why researchers continue watching for similar events
A NOTE ON THIS VIDEO
Estimates surrounding major Himalayan disasters can change as surveys, satellite data and field investigations continue. For that reason, figures used in this video are presented with their dates and sources whenever possible.
Where evidence remains uncertain, this video makes that uncertainty clear rather than presenting speculation as fact.
There is no reconstructed footage of victims, and the thumbnail does not use a casualty figure. The focus here is the physical mechanism behind the disaster and how a relatively small event high on a mountain can become something enormous by the time it reaches a populated valley.
Behind every number are people, families and communities still dealing with the consequences.
SOURCES AND FURTHER READING
ICIMOD, Kathmandu — research on Himalayan hazards and mountain environments
Nepal’s National Disaster Risk Reduction and Management Authority — official disaster information
Peer-reviewed research on the 2021 Chamoli rock-ice avalanche
Scientific literature on high-altitude permafrost degradation and slope instability
CHAPTERS:
[00:00] – The Morning the Mountain Broke
[01:26] – Why High Himalayan Slopes Become Unstable
[03:07] – Langtang and the History of Mountain Catastrophes
[03:51] – How a Debris Flow Is Created
[06:03] – When the Flow Reaches the Valley
[07:28] – The Hidden Threat: A Debris-Dammed Lake
[09:25] – The Human and Logistical Aftermath
[13:10] – How One Hazard Creates Another
[15:19] – What the Future of the Himalayas Could Look Like
https://youtu.be/RJPZjLQjOX8?is=hyduATOP-3BAkDkK
8
Will Power Myanmar မြန်မာသတင်း
https://youtu.be/rHTP_zi9SEw?is=ybP1SOy7ibuilJUf
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https://youtu.be/rHTP_zi9SEw?is=Me6R6mlJrEByufGj
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This is Nepal. A country wedged between the two most populous nations on Earth. China to the north. India to the south, east, and west.
It contains eight of the ten highest mountains on Earth. A gorge so deep the Grand Canyon would disappear inside it. A subtropical jungle at the same latitude as Florida. A glacier that supplies water to over a hundred million people downstream. And the highest point any human being has ever stood on the surface of this planet.
Nepal #GeographyFacts #NepalGeography #MountEverest #Himalayas #Kathmandu
https://youtu.be/Xo7fxcLOduM?is=iKI64FaxrF97siQc
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နီပေါ နိုင်ငံနယ်စပ်မာ မိုးမရွာဘဲ ရေကြီးပြီး ပျက်ဆုံးသွားတယ် မြို့များ (ရုပ်/သံ) ARAKAN NEWS 2.6
ဗီဒီယိုကို အဆုံးထိ ကြည့်လိုက်ပါ။
ဗီဒီယိုလေးကို သဘောကျရင် like လုပ်ပြီး comment မှာ မျှဝေပေးပါ။ နောက်ထပ်အပ်ဒိတ်များ အတွက် ကျွန်ုပ်တို့၏ချန်နယ်ကို စာရင်းသွင်းခြင်းဖြင့် စောင့်မျှော်ကြည့်ရှုပါ။
https://youtu.be/UA0fWqYU7AA?is=TDXeDqOSgCa6cVCR
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https://www.youtube.com/live/N6zlb2EqVz4?is=buR9YQziYGpNAKPj
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နီပေါ ရေကြီးမှုကြီးဟာ ကမ္ပာကြီးပူနွေးလာမှုနဲ့ ယခင်အင်အားပြင်းငလျင်တို့ ပေါင်းစပ်မှုကြောင့်ဖြစ်
