Effects on the landscape: 400 meters of the mountain was blown off and a 500 meter horse shoe crater was made. Approximately 7000 animals died within 25km north side of the volcano. Every tree within 30km was flattenedThe melted ice created mudflows down the mountains flowing into streams killing about 12 million salmon. The eruption destroyed 250 homes, 47 bridges, 15 miles of railways and 185 miles of highway
Effects on people:57 people died whilst most were evacuated
Ash clogged up car engines and farm machinery. The cost of ash damage totalled £100 million.
15cm of ash fell cancelling flights and causing traffic chaos Telephone lines and electricity supplies were cut off
Tourists no long visited the area causing a reduction in the local economy.
We can divide the effects of an earthquake into those known as the primary effects and those known as the secondary effects. Primary effects of an earthquake are those resulting directly from the earthquake itself. These include; buildings collapsing; roads cracking; bridges giving way; shattering of glass and injuries / deaths resulting from these. Secondary effects are those that result from the primary effects. For example ground shaking may result in the cracking of gas and water pipes (primary effects) this can result in severe fires due to explosion from escaping gas and difficulties in putting out fires due to lack of water from burst mains (secondary effects). Other secondary effects include, homelessness, business going bankrupt and closing etc.
The eruption of Mount St. Helens on May 18, 1980, lasted for around 9 hours, but its effects were felt for years afterwards due to the significant ashfall, destruction of surrounding landscape, and ongoing volcanic activity in the area.
The 1980 eruption of Mount St. Helens was a explosive eruption caused by a lateral blast. It was triggered by a massive collapse of the volcano's north flank, releasing pressure built up within the volcano.
on the mnt st helens eruption in 1980 it was may 18th at 8:30 am
The Mt. St. Helens eruption ash map shows the distribution and extent of ash fallout from the volcanic eruption. It provides information on the areas affected by the ash, including the direction and distance the ash traveled.
We can divide the effects of an earthquake into those known as the primary effects and those known as the secondary effects. Primary effects of an earthquake are those resulting directly from the earthquake itself. These include; buildings collapsing; roads cracking; bridges giving way; shattering of glass and injuries / deaths resulting from these. Secondary effects are those that result from the primary effects. For example ground shaking may result in the cracking of gas and water pipes (primary effects) this can result in severe fires due to explosion from escaping gas and difficulties in putting out fires due to lack of water from burst mains (secondary effects). Other secondary effects include, homelessness, business going bankrupt and closing etc.
a lot of ash and fires
It killed animals and stuff. And people. Look at wikipedia.
The 1980 eruption of Mount St. Helens.
The Mount St. Helens eruption occurred in Washington state, in the western United States.
The latest eruption was in 2008.
The eruption of Mt. St. Helens in 1980 had immediate impacts on the surrounding area, including loss of wildlife and destruction of infrastructure. Today, Mt. St. Helens is still an active volcano, with continued monitoring to assess potential risks to nearby communities. The eruption also provided valuable insights for scientists studying volcanic activity and its effects.
The eruption of Mount St. Helens on May 18, 1980, lasted for around 9 hours, but its effects were felt for years afterwards due to the significant ashfall, destruction of surrounding landscape, and ongoing volcanic activity in the area.
about as 50% chance that mount saint helens' eruption is way bigger than mount fuji
Just that. A volcanic eruption
The eruption of Mount St. Helens in 1980 led to significant short-term climate effects, including the release of ash and gases into the atmosphere that temporarily impacted local and regional weather patterns. The overall global climate impact of the eruption was minimal due to the relatively small amount of ash and gas released compared to larger volcanic events.
The 1980 eruption of Mount St. Helens killed 57 people.