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The publication is the outcome of authors research on multi hazard mapping and scenario of vulnerability assessment of two rapidly urbanizing municipalities: Banepa and Panauti, Nepal. Multi hazard mapping is the rising field with the utility and variability of research work and the growing risks of multi hazards have positioned this discipline in the forefront of scientific applications. With the problems augmented by population growth, commercialization without proper spatial planning, standard norms, rules and regulations, study on multi hazard mapping is the need of the hour. So, this…mehr

Produktbeschreibung
The publication is the outcome of authors research on multi hazard mapping and scenario of vulnerability assessment of two rapidly urbanizing municipalities: Banepa and Panauti, Nepal. Multi hazard mapping is the rising field with the utility and variability of research work and the growing risks of multi hazards have positioned this discipline in the forefront of scientific applications. With the problems augmented by population growth, commercialization without proper spatial planning, standard norms, rules and regulations, study on multi hazard mapping is the need of the hour. So, this study has been carried out with the aim of producing different hazard maps for landslide, earthquake, flood and industrial hazards. Assessments of these hazards were carried out to put forward the general scenario of vulnerability assessment of each of them. Finally, a composite multi hazard map has been prepared by combining all the four hazards. The resultant map can help to identify the most vulnerable sectors and assist stakeholders to adopt necessary measures to reduce the impacts of these hazards in the chosen study area.
Autorenporträt
The research is conducted by final year students: Shrijana Panta, Sanjeev K. Raut, Laxmi Thapa and Florencia M. Tuladhar, of Geomatics Engineering, Department of Civil and Geomatics Engineering, Kathmandu University,Nepal. It shows how technologies like GIS and Remote Sensing can be used in the hazards/disaster risks reduction and management.