Geotechnical Insights Into Slope Stability And Landslide Mitigation: A Case Study Of The Shiskat Region, Hunza Plutonic Unit, Northern Pakistan

Abstract

The Shiskat locale inside the Hunza Plutonic Unit (HPU) in Northern Pakistan represents the complex interaction between geography, tectonics, and climate in forming incline steadiness. This think about presents a comprehensive geotechnical examination pointed at understanding the variables contributing to slant disappointments and avalanche flow in this structurally dynamic and lithologically different locale. Research facility tests, counting dampness substance, grain measure dispersion, Atterberg limits, versatility list, and shear quality, uncover basic bits of knowledge into soil and shake behavior beneath different natural conditions. The discoveries highlight the noteworthy part of tall dampness substance, versatility, and soil cohesion in destabilizing slants, compounded by outside triggers such as seismic movement and regular climate changes Through point by point modeling utilizing GeoSlope and field-based examinations, the inquire about recognizes disappointment instruments and offers focused on moderation techniques, such as compelling waste frameworks, vegetation support, and community-based checking programs. These measures are imperative for lessening avalanche dangers and improving foundation strength. The results of this consider contribute to the broader understanding of geotechnical challenges in hilly territories and emphasize the require for proactive hazard administration to guarantee economical advancement in Northern Pakistan.