Titlebook: Navigating Natural Hazards in Mountainous Topographies; Exploring the Challe Gowhar Meraj,Shizuka Hashimoto,Pankaj Kumar Book 2024 The Edit

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茁壮成长

Foundations and Frontiers of Natural Hazard Management in Mountainous Regions, the melting of glaciers and alteration in precipitation patterns. This scenario hightlights the urgent need to understand the dynamic interplay between human activities, climate change, and natural disaster risk, and the necessity for innovative and adaptive management strategies. As societies grap

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Groundwater and Its Impact on Landslides Along Himalayan Regions: A Review technique for future use. The most commonly utilized technique is GIS, which has been employed to evaluate landslides in this area. Moreover, monitoring spring discharge and groundwater levels can aid in predicting landslides in these regions.

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Modeling Landslides Using Analytical Hierarchy Process (AHP) and Geospatial Techniques to Mitigate H 15.72% area covered under it, followed by low to very low 26.66% and high to very high 15.72%. The overall consistency ratio values of 0.065 and the AUC value of 85.7% validate the consistency in providing weights and accuracy of model prediction, respectively. The present study will provide inform

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The Damage and Reconstruction Challenges in Mountainous Areas from the 2020 Kyushu Floods in Japanunities. However, the study also revealed a strong desire among many disaster victims to return to or remain in their original communities despite these challenges. To address the complex challenges of disaster recovery in areas facing demographic and environmental pressures, this study emphasizes t