ISSN 2394-5125
 


    A STUDY ON THE LANDSLIDE HAZARDS IN THE PIR-PANJAL RANGE (2019)


    Reyaz Ahmad Wani, Mumin Akbar, Abid Hussain Rather, Gulzar Qadir Ganaie
    JCR. 2019: 931-937

    Abstract

    Landslide is a global natural hazard that occurs frequently in the areas of incompetent weak rocks, undulating topography, steep slopes and incessant rainfall. All over the world soil is widely used natural material for construction. The Himalayas truely one of the most outstanding yet fragile ecosystems of our planet constitutes one of the most threatened life-support system on the earth today. The Pir-Panjal range a group of mountains situated in the inner Himalayan region is no longer left untouched by the development fever depicting the consequences of the same in the form of landslides, soil erosion, climate change and loss of biodiversity. Of them landslides is the most common and conspicuous environmental hazard prevailing almost every year in the study area. Occurrence of landslides not only disrupts the environmental equilibrium but also checks and retards the overall development of the area. The Pir-Panjal range is under threat due to constant occurrence of landslides caused by natural and anthropogenic mechanisms. Therefore, the management of such an environmental hazard has become one of the prime importance in the pursuit of human development. In this study, an attempt has been made to find out the landslides affected areas in the Mughal road in Poonch district. It can be stated that the climatic conditions change such as earthquakes, rainfall pattern variation and various anthropogenic activities has increased the landslide vulnerability of the area. The possible factors triggering the landslides and need for checking of landslides have also been discussed. But when this material is available in the form of natural slope can cause landslide due to instability of slope because of various factors.

    Description

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    Volume & Issue

    Volume 6 Issue-7

    Keywords

    Landslides, Pir-Panjal Himalayan Range, Environmental Management, Landslide, Slope Stability, Rainfall, Landslide Susceptibility Zonation, Remedial Measures