1. very fertile soil 2.inexhaustable energy from geothermal energy 3.profiting from tourist trade 4.SPECTACULAR scenery, including sunsets, lava flows, etc 5.Study, such as the study of MT vesevius' city after its ash protected it cows eat volcanoes and poo out crumpits!!!!!!!!! EAT THE FRUIT OF THE COWS BUM!!!! DOOGLE KINGSHOTT DID THIS ^
extract volcanoes are what makes a volcano a volcano involve CA and CA (cait and cameron) the volcano will be complete
well we dont know
A volcano will is generally a prominent feature that stays in one place. Monitoring seismic activity, gas emissions, and shifts in the surface on and near a volcano can be used to determine if an eruption is likely.
Mount St. Helens in Washington state is a famous composite volcano known for its devastating eruption in 1980. It is part of the Cascade Range in the United States and is considered an active volcano with ongoing monitoring.
Data for a volcano can include its location, elevation, type of volcano (e.g. stratovolcano, shield volcano), history of eruptions, monitoring data (seismic activity, gas emissions), and risk assessment for surrounding communities.
seismograph is one
Yes it is monitoring done, now that you've read this pay your taxes and eat my butt
extract volcanoes are what makes a volcano a volcano involve CA and CA (cait and cameron) the volcano will be complete
Monitoring refers to the assessment of the quality of internal control. Monitoring activities provide information about potential and actual breakdowns in a control system
well we dont know
In terms of volcano monitoring the GPS monitoring sites that can be places anywhere on the volcano are used to monitor specific movements of the mountain. The movements of a volcano can indicate many things about what is going on inside the volcano, for example if two GPS units on opposide sides of the volcano are moving further apart it would indicate the volcano is expanding. This could possibly be an indication of magma forcing its way up into the volcano and can also indicate a potential eruption in the future.
A volcano will is generally a prominent feature that stays in one place. Monitoring seismic activity, gas emissions, and shifts in the surface on and near a volcano can be used to determine if an eruption is likely.
introducing controls identifying hazards monitoring the controls taking corrective action
Mount St. Helens in Washington state is a famous composite volcano known for its devastating eruption in 1980. It is part of the Cascade Range in the United States and is considered an active volcano with ongoing monitoring.
Data for a volcano can include its location, elevation, type of volcano (e.g. stratovolcano, shield volcano), history of eruptions, monitoring data (seismic activity, gas emissions), and risk assessment for surrounding communities.
Monitoring equipment can help in predicting volcanic activity by detecting early warning signs of an impending eruption, such as seismic activity, gas emissions, and ground deformation. While monitoring can provide valuable information for evacuation and preparedness measures, it cannot physically prevent a volcano from erupting. Eruptions are natural processes that are driven by geological forces beyond human control.
It is possible that Eyjafjallajökull will erupt in the future, as it is an active volcano. However, it is difficult to predict exactly when or how severe any future eruption might be. Monitoring and research continue to help better understand the volcano's activity and potential hazards.