Explain importance of EGS in context of Nepal.

Engineering Geological System is defined as a system constituting of all the components and features forming the earth's crust. Some of the importance of EGS in the context of Nepal are:

• The knowledge of EGS enables a civil engineer to understand the geological features of an area so that the process of planning, safe design, and construction of civil engineering projects can be carried out effectively.
• Nepal is a country whose geology is characterized by presence of many folds, faults, thrusts etc.  EGS provides knowledge about all such features so that a safe design and construction of civil engineering projects can be carried out.
• Nepal, being Mountainous country lies In the most active Tectonic Zone , which is widely known for it's complex structural deformation. So, civil engineers must consider EGS in all stages of construction.
• EGS provides knowledge about the assessment of soil condition, rate of erosion etc.
• Geological maps an....

Engineering Geological System is defined as a system constituting of all the components and features forming the earth's crust. Some of the importance of EGS in the context of Nepal are:

• The knowledge of EGS enables a civil engineer to understand the geological features of an area so that the process of planning, safe design, and construction of civil engineering projects can be carried out effectively.
• Nepal is a country whose geology is characterized by presence of many folds, faults, thrusts etc.  EGS provides knowledge about all such features so that a safe design and construction of civil engineering projects can be carried out.
• Nepal, being Mountainous country lies In the most active Tectonic Zone , which is widely known for it's complex structural deformation. So, civil engineers must consider EGS in all stages of construction.
• EGS provides knowledge about the assessment of soil condition, rate of erosion etc.
• Geological maps and sections help in planning of the engineering project. Moreover, EGS provides a systematic knowledge of construction materials.