Carve a new path in the landscape to diverge the lava or spray water on it if its near a river to cool it down
No. Mount St Helens would produce block lava flows rather than pahhoehoe or a'a because of the high silica content. Currently there are no lava flows on that volcano but there is a lava dome made primarily of dacite.
there lots of diffrent ways slow steady fast .
Volcanic eruptions can cause widespread destruction through lava flows, which can destroy anything in their path. Ash clouds can disrupt air travel and pose health hazards to people and animals. Pyroclastic flows, fast-moving clouds of hot gas, ash, and rock can devastate areas near the volcano.
Lava itself does not compact sediments; instead, it can interact with sediments in various ways during volcanic eruptions. When lava flows over sedimentary materials, it can bury and heat them, potentially causing physical and chemical changes. However, the compaction of sediments typically occurs due to the weight of overlying materials and the process of lithification, which involves pressure and cementation over time rather than direct interaction with lava.
Volcanoes can cause damage through various mechanisms, including explosive eruptions that release ash, pyroclastic flows, and lava flows. Ashfall can bury landscapes, collapse buildings, and disrupt air travel, while pyroclastic flows, which consist of hot gas and volcanic matter, can obliterate everything in their path due to their speed and temperature. Lava flows, although generally slower, can destroy infrastructure and ecosystems by engulfing them. Additionally, volcanic gases can pose serious health risks and contribute to climate change by affecting atmospheric conditions.
The flowing lava model was similar to the actual flow of lava on Earth in terms of its movement and behavior, as it demonstrated how lava flows and spreads out in a similar manner to real volcanic eruptions.
No. Mount St Helens would produce block lava flows rather than pahhoehoe or a'a because of the high silica content. Currently there are no lava flows on that volcano but there is a lava dome made primarily of dacite.
there lots of diffrent ways slow steady fast .
Volcanic eruptions can cause widespread destruction through lava flows, which can destroy anything in their path. Ash clouds can disrupt air travel and pose health hazards to people and animals. Pyroclastic flows, fast-moving clouds of hot gas, ash, and rock can devastate areas near the volcano.
Lava itself does not compact sediments; instead, it can interact with sediments in various ways during volcanic eruptions. When lava flows over sedimentary materials, it can bury and heat them, potentially causing physical and chemical changes. However, the compaction of sediments typically occurs due to the weight of overlying materials and the process of lithification, which involves pressure and cementation over time rather than direct interaction with lava.
Volcanoes can cause damage through various mechanisms, including explosive eruptions that release ash, pyroclastic flows, and lava flows. Ashfall can bury landscapes, collapse buildings, and disrupt air travel, while pyroclastic flows, which consist of hot gas and volcanic matter, can obliterate everything in their path due to their speed and temperature. Lava flows, although generally slower, can destroy infrastructure and ecosystems by engulfing them. Additionally, volcanic gases can pose serious health risks and contribute to climate change by affecting atmospheric conditions.
they step in and burn to death
Shield volcanoes have effusive eruptions. Effusive eruptions are a volcanic phenomenon; in some ways the opposite of explosive eruptions. An effusive eruption is characterized by an outpouring of low viscosity lava which has a fairly low volatile content. Usually, shield volcanoes have effusive eruptions.
how many ways can you describe one trillion
It ways less than magma.
Lava comes out of a volcano through volcanic eruptions. When pressure builds up underneath the Earth's surface, it forces magma to rise to the surface and flow out as lava. This molten rock can flow out through cracks in the Earth's crust, known as fissures, or through the main vent of the volcano.
Plateaus can be formed through volcanic activity where lava flows solidify over time to create a flat, elevated surface. Alternatively, plateaus can also be formed through the uplift of large blocks of land, such as through tectonic processes like continental collision or rifting.