Want this question answered?
When too much groundwater is removed the ground subsides because the loss of water causes loose sediments underground to compact.
Flood plains are usually level and fertile due to the nutrient rich sediment that occasionally covers the ground. As to habitation, the risk of flood damage to property (and possibly loss of life) must be considered before building on a flood plain.
Liquefaction is the name given to the process that converts a solid soil mass into a liquid. Liquefaction occurs in cohesionless soils (typically those with a higher content of larger grains such as sand sized clasts) which have water in the pore spaces, and are poorly drained. When the seismic waves from the earthquake pass through the soil, the vibrations cause the individual grains in the soil to move around and re-adjust their positions. This ultimately results in a decrease in volume of the soil mass as the grains pack more tightly together (a reduction in porosity). The pore water which was originally in those spaces becomes compressed. Water is relatively incompressible and as such it pushes back against the soil grains (more correctly this is described as an increase in pore water pressure). The pore pressure becomes so high, that the soil grains become almost buoyant causing a significant drop in the shear strength of the soil to a very low value. When this occurs the soil loses it's ability to support loads (technically described as a loss of bearing capacity) which can cause subsidence of building foundations.
Liquefaction occurs in cohesionless soils (typically those with a higher content of larger grains such as sand sized clasts) which have water in the pore spaces, and are poorly drained. When the seismic waves from the earthquake pass through the soil, the vibrations cause the individual grains in the soil to move around and re-adjust their positions. This ultimately results in a decrease in volume of the soil mass as the grains pack more tightly together (a reduction in porosity). The pore water which was originally in those spaces becomes compressed. Water is relatively incompressible and as such it pushes back against the soil grains (more correctly this is described as an increase in pore water pressure). The pore pressure becomes so high, that the soil grains become almost buoyant causing a significant drop in the shear strength of the soil to a very low value and causing it to behave as a viscous liquid rather than a solid. When this occurs the soil loses it's ability to support loads (technically described as a loss of bearing capacity) which can cause subsidence of building foundations leading to structural damage.
No, oxidation is the loss of electrons.
Grain Roundness
Sediment sorting-Range of particle sizes layering- stratification of sediments and rocks texture- grain size grain Roundness- loss of edges on sediment grains (just took the Quiz of apex!)
No, erosion loss of sediment , transportation is the process by which that sediment is removed.
Adding too much water to sediment increases the pressure between grains and causes a loss of cohesion, which can cause the sediment to behave as a fluid. Mountainous regions often have steep slopes that can fail and produce mudflows. Arid regions generally have little vegetation to reduce runoff and hold sediment in place.
we should keep the grain in a proper way and store grains on the save place
ulcer
Healing by first intention occurs in a clean wound with minimal difference between the edges. Healing by second intention occurs when there is a large defect between edges of the wound and when there is excessive tissue loss. Healing takes much longer. Scarring is expected in this case because of extensive loss of parenchyma.
Sedimentary rock can be changed to metamorphic rock by either heat or pressure, or a combination of both. These processes can occur for various reasons including, faulting and folding, divergent and convergent tectonic plates, exposure to magma or lava, burial of sedimentary deposits, etc... Basically the same forces that create earthquakes and volcanoes are responsible for creating metamorphic rock.
because the loss of positively charged particles is more in those parts
When too much groundwater is removed the ground subsides because the loss of water causes loose sediments underground to compact.
Fiber is found in fruits, vegetables and whole grains. It is recommended you add your fiber content slowly to avoid gas problems. Switch to whole grains and eat several servings of fruits and vegetables. Eat fruit for snacks. Eat lower calorie fruits and vegetables and smaller servings for weight loss.
Most successful weight loss programs focus on whole grains, vegetables and lean proteins. Try a dinner of broccoli, quinoa and black beans for a healthy, filling meal.