Education & explainersDT Civil CoreIt's NOT Just a Flood: 3 Stages of a Mountain Collapse 🌪️

It's NOT Just a Flood: 3 Stages of a Mountain Collapse 🌪️

Short1:179.2× channel median

Published Sep 13, 2026, 6:30 AM · 4w ago

DT Civil Core
DT Civil Core
3.9K subscribers · median 1.4K views
Views
13,033
+5 views/hour
Likes
161
1.2% of views
Comments
4
0.03% of views

Checked every 24 h while the video is this age · last check 20h ago · next in 212 min. YouTube itself updates public counts with a short delay.

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Views / hour now
5
measured 20h ago
Peak views / hour
5
20h ago
Avg views / day
407
since upload
First 24 hours
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not tracked from upload
vs channel median
9.2×
Rank in channel
#2
of 20 tracked
Engagement
1.3%
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Description

The first mistake in understanding a Himalayan mountain collapse is thinking it's just an "ordinary river flood." ❌🌊 In reality, a mega-disaster is a terrifying, EVOLVING mass flow that mutates through 3 deadly stages: 1️⃣ Ice-Rock Avalanche: It starts high up on a steep slope, with massive solid blocks of bedrock and glacier ice failing and fragmenting. 🧊🪨 2️⃣ Debris Flow: As it accelerates down steep gullies, it swallows loose sediment, snow, and water, transforming into a thick, fast-moving debris flow. 🌪️ 3️⃣ Mega-Flood: Finally, it hits the river network, becoming a massive, debris-rich flood racing towards downstream borders like the Gyirong Valley. 🌊 During those crucial first 7 minutes, the disaster's composition, geometry, and the terrain controlling it are constantly changing. Rock avalanches, debris flows, and river floods DO NOT move the same way—and understanding that distinction is the key to surviving them. 👇 Which of these 3 stages do you think is the most destructive? Let us know in the comments! 🔔 Subscribe to unlock more fascinating Earth science, geography, and disaster mechanics! 🌍💡 #Avalanche #DebrisFlow #Geology #Himalayas #EarthScience #Physics #NaturalDisasters #ScienceExplained #Gyirong
Tags
avalanchedebris flowriver floodflash floodmountain collapseHimalayasGyirong valleygeologyearth sciencefluid dynamicsmass flowrock avalanchenatural disaster stagesdisaster mechanicsSTEM

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