It is important for a slope to be in stable condition in order to avoid the many different dangers that may come about as a result of a faulty slope. Slope stabilization is the ability of a hill to withstand undergoing movement. Stabilization is handled or dealt with by geologists. Due to their vast knowledge of what is contained below the surface of the earth, they can tell the stability of a gradient on sight.
The first is soil erosion. When there is no vegetation to cover the ground, the soil tends to be loose and weak. In turn, the wind carries it and deposits to other places. The more soil was taken away from the slope, the thinner it grows. The hill will end up being a danger if ever there are people living near or around it. Soil may be carried into their home steads and ruin the only source of clean water they may have especially in the dry season.
Another factor may be rainfall. This affects both the windward and leeward sides of the slopes. On the leeward side where there is no vegetation, the rocks that have gotten lost due to erosion may go tumbling down and clearing everything in their path. The wind ward side is which has the vegetation is so rainy, and the trees might be struck down by lightning and end up harming people and animals.
Earthquakes come about as a result of tectonic plates colliding with their movement or even breaking apart. Earthquakes, in general, have a devastating effect. If by chance they happen near an unstable hill the effect could be worse. This is because they could bring landslides that would destroy the lives and property of many.
Construction activities such as excavation. These involve drilling into the ground looking for fossil evidence. It will most likely lead to oil being exposed therefore leading to erosion. Disturbing the ground may also lead to discontinuities and planes of weakness. This means that the hill may end up collapsing and caving inwards.
There is the factor of external loading. This refers to all the material on the hill that adds weight to it. People may be living on a gradient, or recreational centers may be built on a hill as long as it is not too steep. This plus the weight of the people may wear out the hill eventually. Once it cannot withstand any more pressure, it gives out and collapses.
A change in the topographical nature is another factor. Topography is everything natural that contributes to the hill standing firm. Factors like soil erosion are a change in topography and lead to the slow but eventual wearing out of the slope until it one day just comes tumbling down to the foot. This is dangerous to both humans and wildlife.
The height and the angle of the slope also determine how long a gradient is going to be standing. The shorter slopes have more life than the taller ones. They are also so much safer because they are not as steep. A steep hill may cause a lot of harm because of the gravity being low. Anything in high speed is bound to face harm.
The first is soil erosion. When there is no vegetation to cover the ground, the soil tends to be loose and weak. In turn, the wind carries it and deposits to other places. The more soil was taken away from the slope, the thinner it grows. The hill will end up being a danger if ever there are people living near or around it. Soil may be carried into their home steads and ruin the only source of clean water they may have especially in the dry season.
Another factor may be rainfall. This affects both the windward and leeward sides of the slopes. On the leeward side where there is no vegetation, the rocks that have gotten lost due to erosion may go tumbling down and clearing everything in their path. The wind ward side is which has the vegetation is so rainy, and the trees might be struck down by lightning and end up harming people and animals.
Earthquakes come about as a result of tectonic plates colliding with their movement or even breaking apart. Earthquakes, in general, have a devastating effect. If by chance they happen near an unstable hill the effect could be worse. This is because they could bring landslides that would destroy the lives and property of many.
Construction activities such as excavation. These involve drilling into the ground looking for fossil evidence. It will most likely lead to oil being exposed therefore leading to erosion. Disturbing the ground may also lead to discontinuities and planes of weakness. This means that the hill may end up collapsing and caving inwards.
There is the factor of external loading. This refers to all the material on the hill that adds weight to it. People may be living on a gradient, or recreational centers may be built on a hill as long as it is not too steep. This plus the weight of the people may wear out the hill eventually. Once it cannot withstand any more pressure, it gives out and collapses.
A change in the topographical nature is another factor. Topography is everything natural that contributes to the hill standing firm. Factors like soil erosion are a change in topography and lead to the slow but eventual wearing out of the slope until it one day just comes tumbling down to the foot. This is dangerous to both humans and wildlife.
The height and the angle of the slope also determine how long a gradient is going to be standing. The shorter slopes have more life than the taller ones. They are also so much safer because they are not as steep. A steep hill may cause a lot of harm because of the gravity being low. Anything in high speed is bound to face harm.
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