it would look like an uplift or dome because the laccolith below is a lens-shaped mass of magma that pushes the rock above it upward
A laccolith may be detected at Earth's surface before being exposed by erosion because it causes uplift in the overlying rocks, creating a dome-like structure. This uplift can be visible through topographic mapping or geophysical surveys before the laccolith is fully exposed by erosion processes. Additionally, the resistant nature of the igneous rock forming the laccolith may also prevent erosion, keeping it buried beneath the surface for an extended period.
Below the troposphere is the stratosphere, which extends from about 10 to 50 kilometers above the Earth's surface. It is characterized by the presence of the ozone layer which helps to absorb and scatter harmful ultraviolet radiation from the sun.
An upper level disturbance is one that is iin the upper level of the atmosphere. This means it might or might not have an effect at actual ground level but scientists still like to monitor such disturbances.
Surface mining is often less risky for miners than underground mining because it is conducted in open pits or quarries, reducing the risk of cave-ins or tunnel collapses. Surface mining typically involves less exposure to hazardous gases and chemicals that are common in underground mines. Additionally, surface mining operations are generally more mechanized, reducing the need for as much manual labor in potentially dangerous conditions.
70% of water. And land but I do not know what percintage that is, the might have that on google.com
it would look like an uplift or dome because the laccolith below is a lens-shaped mass of magma that pushes the rock above it upward
it would look like an uplift or dome because the laccolith below is a lens-shaped mass of magma that pushes the rock above it upward
it would look like an uplift or dome because the laccolith below is a lens-shaped mass of magma that pushes the rock above it upward
A laccolith may be detected at Earth's surface before being exposed by erosion because it causes uplift in the overlying rocks, creating a dome-like structure. This uplift can be visible through topographic mapping or geophysical surveys before the laccolith is fully exposed by erosion processes. Additionally, the resistant nature of the igneous rock forming the laccolith may also prevent erosion, keeping it buried beneath the surface for an extended period.
the chemical and physical particles
ugly
ugly
A laccolith forms when magma is injected into a horizontal crack in the rock layers, causing the overlying rock to arch upwards. This is influenced by factors such as the viscosity of the magma, the amount of pressure exerted, and the density contrast between the magma and surrounding rock. If the magma is less fluid and exerts greater pressure, it is more likely to form a laccolith instead of a sill, which forms when magma intrudes parallel to the rock layers.
Landscape?
sorry i might not be able to help with this one
Antarctica is an extremely beautiful, pristine and exotic landscape.
Landscape, by definition, exists on dry land, not in the ocean. The ocean floor might be described as a sea-scape.