不适当的开挖:边坡开挖可能会降低岩石的抗剪强度，当其他因素触发时，可能会立即造成破坏。地理间断:地理上的不连续被称为由于自然现象而出现的结构不连续。与发掘在山坡的平原地区,土壤的斜率似乎不平衡位置显然国家形成叶理的失衡,骨折,解理裂纹,裂缝等不连续的性质如取向粗糙度填入带来稳定性和持久性是重要的的斜率有节的岩石。
由于巨大的压力的发展，似乎出现了不连续性，并说明了在不连续集上的机械特性。它使各向异性岩体或土壤的产生，从而提高了机械特性的发展之间的差距。通过考虑控制不稳定条件的可能性的工程结构，描述了一个主要的地理不连续性的方向。该结构清晰地显示出非连续性的方向，而非连续性必须由dip和dip方向的帮助来定义。罢工似乎是建立在对顶部的正确的角度，因此，这一关系可以适当地解释为帮助关系的罢工和倾向。
Inappropriate excavation: Slope corner excavation may reduce the shear strength of the rock, and when triggered by other factors, there is a possibility of immediate damage.
Geographical Discontinuities: The geographical discontinuities are referred as the structural discontinuities that are seen due to the natural phenomenon. With the excavations undertaken at the hillsides of any plain areas, the slope of the soil seems to be at a imbalanced position which clearly states the imbalance with forming the foliation, fracture, cleavage, crack and fissures etc. the properties of the discontinuity such as the orientation roughness infilling and the persistence are important for the bringing stability of the slope of the jointed rocks.
The discontinuity seems to be occurred due to the development of the immense pressure, and the mechanical characteristics are illustrated to be lying at the discontinuity set. It enables the creation of the anisotropic rock mass or the soil that enhances the gap between the developments of the mechanical characteristics. The orientation of a major geographical discontinuity is depicted to be relative by considering the engineering structures with o controlling the possibility for determining the unstable conditions. The structure clearly shows the orientation of the discontinuity which must be defined by the help of the dip and the dip direction. The strike seems to be created at the right angles to the top, and thereby, the relationship can be appropriately explained by the helping relationship between the strike and the dip direction.