Appropriate Approaches in the Territorial Perspective for Reducing the Earthquake Risk in the Urban, Semi-Urban, and Rural Settings of Mid-Western Region of Nepal

This study explores appropriate, territory-specific approaches to earthquake risk reduction in the urban, semi-urban, and rural settings of Nepal's Mid-Western Region. Using empirical data derived from perceptions, preparedness actions, institutional capacity, and governance systems; the analysis reveals significant spatial disparities in how communities experience and respond to earthquake risks. Semi-urban areas, in particular, emerge as a critical zone of vulnerability due to inadequate attention in disaster planning, weak governance capacity, and hybrid infrastructural challenges. The findings emphasize that risk reduction measures must be context-sensitive and aligned with local geographical, institutional, and social realities. The study concludes that strengthening territorial disaster resilience requires a nuanced, inclusive, and decentralized approach that integrates policy enforcement, technical support, and community participation across all settlement types.

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Publication Details

Journal
International Journal of Atharva
Published
2025-08-17
DOI
https://doi.org/10.3126/ija.v3i3.83274
Primary Topic
Earthquake Detection and Analysis
Type
article
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article

Appropriate Approaches in the Territorial Perspective for Reducing the Earthquake Risk in the Urban, Semi-Urban, and Rural Settings of Mid-Western Region of Nepal

Diwat Kumar Shrestha, B. M. Praveen, Ramesh Prasad Singh
International Journal of Atharva
Earthquake Detection and Analysis
article

Appropriate Approaches in the Territorial Perspective for Reducing the Earthquake Risk in the Urban, Semi-Urban, and Rural Settings of Mid-Western Region of Nepal

Diwat Kumar Shrestha, B. M. Praveen, Ramesh Prasad Singh
article en

Abstract

This study explores appropriate, territory-specific approaches to earthquake risk reduction in the urban, semi-urban, and rural settings of Nepal's Mid-Western Region. Using empirical data derived from perceptions, preparedness actions, institutional capacity, and governance systems; the analysis reveals significant spatial disparities in how communities experience and respond to earthquake risks. Semi-urban areas, in particular, emerge as a critical zone of vulnerability due to inadequate attention in disaster planning, weak governance capacity, and hybrid infrastructural challenges. The findings emphasize that risk reduction measures must be context-sensitive and aligned with local geographical, institutional, and social realities. The study concludes that strengthening territorial disaster resilience requires a nuanced, inclusive, and decentralized approach that integrates policy enforcement, technical support, and community participation across all settlement types.

International Journal of AtharvaVol. 3(3)
Mangalore University (IN)
Openalex Percentile: Top 74%
Earthquake Detection and Analysis
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