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The magma of Mt. Fuji, which has been dormant for 300 years, is active, what will be the consequences if the Mt. Fuji erupts?

author:Fat oranges nagged

Recently, the volcanic eruption in Tonga has once again aroused great global concern about volcanic eruptions. Mt. Fuji is an active volcano with frequent earthquakes in the vicinity. South Korean media said that recent surveys have shown that the number of fire vents in Mount Fuji in Japan has increased by nearly 6 times. The media also quoted Japanese experts as saying that Mount Fuji, Japan, which has been silent for 300 years, is not surprising whenever it erupts.

The magma of Mt. Fuji, which has been dormant for 300 years, is active, what will be the consequences if the Mt. Fuji erupts?

If it erupts, the first thing will of course be that the Tokyo circle in Japan will be paralyzed, and secondly, the ash of Mt. Fuji will stay in that place when it reaches the stratosphere, and then block the radiation of the sun, if it is too thick, it will cause the global temperature to drop!

The magma of Mt. Fuji, which has been dormant for 300 years, is active, what will be the consequences if the Mt. Fuji erupts?

The combination of volcanic ash and torrential rains from eruptions can wash away roads, bridges, and flood nearby villages and cities, leaving countless people homeless. Mud formed by mud and rock debris can flood the entire city like a flood.

The magma of Mt. Fuji, which has been dormant for 300 years, is active, what will be the consequences if the Mt. Fuji erupts?

Debris-filled mud stretches for miles around the volcano.

The village was completely abandoned, the vehicles were still submerged in sludge, and thousands of trees were covered in a layer of ash.

The magma of Mt. Fuji, which has been dormant for 300 years, is active, what will be the consequences if the Mt. Fuji erupts?

From a medical point of view, volcanic ash, volcanic eruption gases, high-heat air damage to people's respiratory system, and the damage caused to human beings by volcanic lava flows, clastic flows and volcanic ejecta should be given great attention.

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