@trademe_nz: Turns out decluttering is the most chic side income there is 💅

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Thursday 17 September 2026 04:25:23 GMT
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🏔️💥 What you're watching isn't a natural disaster. It's a controlled avalanche—one of the most effective ways to prevent a much larger and more dangerous one. Snow doesn't always bond into one solid layer. Over the winter, storms create multiple layers with different densities and strengths. Sometimes a fragile weak layer becomes buried beneath a heavy slab of snow, creating the perfect conditions for an avalanche. Instead of waiting for that unstable snowpack to fail on its own, avalanche crews deliberately trigger a smaller slide while the mountain is completely closed to the public. Using artillery, explosives, or remote avalanche control systems, they send shockwaves through the snowpack, causing the weak layer to collapse before it can build into a catastrophic avalanche. The technique has been used since 1949, when avalanche experts in Utah first adapted military artillery to protect highways and ski resorts. Today, controlled avalanches help safeguard roads, railways, mountain villages, and ski areas across the world. The crew in this footage is protecting the slopes of Mount Elbrus, the highest mountain in Europe. Sometimes the safest avalanche... is the one engineers trigger themselves. 👇 Would you have guessed this avalanche was intentional? Follow @astrashristi for daily engineering insights, physics facts, AI breakthroughs, and mind-bending science. 🚀 #Avalanche #Snow #Engineering #Physics #Science #MountElbrus #Geology #Nature #Winter #AvalancheControl #CivilEngineering #STEM #ScienceFacts #Mountain #Technology #InterestingFacts #ScienceReels #Safety #EarthScience #Astrashristi
🏔️💥 What you're watching isn't a natural disaster. It's a controlled avalanche—one of the most effective ways to prevent a much larger and more dangerous one. Snow doesn't always bond into one solid layer. Over the winter, storms create multiple layers with different densities and strengths. Sometimes a fragile weak layer becomes buried beneath a heavy slab of snow, creating the perfect conditions for an avalanche. Instead of waiting for that unstable snowpack to fail on its own, avalanche crews deliberately trigger a smaller slide while the mountain is completely closed to the public. Using artillery, explosives, or remote avalanche control systems, they send shockwaves through the snowpack, causing the weak layer to collapse before it can build into a catastrophic avalanche. The technique has been used since 1949, when avalanche experts in Utah first adapted military artillery to protect highways and ski resorts. Today, controlled avalanches help safeguard roads, railways, mountain villages, and ski areas across the world. The crew in this footage is protecting the slopes of Mount Elbrus, the highest mountain in Europe. Sometimes the safest avalanche... is the one engineers trigger themselves. 👇 Would you have guessed this avalanche was intentional? Follow @astrashristi for daily engineering insights, physics facts, AI breakthroughs, and mind-bending science. 🚀 #Avalanche #Snow #Engineering #Physics #Science #MountElbrus #Geology #Nature #Winter #AvalancheControl #CivilEngineering #STEM #ScienceFacts #Mountain #Technology #InterestingFacts #ScienceReels #Safety #EarthScience #Astrashristi

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