Livelihood Vulnerability and Adaptive Strategies Assessment of Farmers Living in Rajapur Municipality, Bardiya, Nepal

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Authors: Prajun Chapagain, Ram Asheshwar Mandal, Ajay Bhakta Mathema, Sudip Pandey, Sewak Bhatta
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Abstract

Floods in the Terai region of Nepal causes substantial damage to property increasing household indebtedness, disrupt sustainable livelihoods, and trigger migration. Despite growing frequency and severity, flood vulnerability remains under-researched. This study assesses long-term climate variability, the extent of livelihood vulnerability among farming households, and the adaptation strategies employed in Rajapur Municipality, Bardiya. This research focuses on ward no. 1, 3, 4, and 7, categorizing households into large, medium, and small farmers. It had combined 30 years of climate data with empirical evidence from 160 households, four focus group discussions, and five key informant interviews. Results indicated an average annual temperature increase of 0.0084⁰C, with seasonally consistent warming trends except during the post-monsoon period. Annual average rainfall increased by 8.318 mm annually, while seasonal patterns revealed declining winter and post-monsoon precipitation and rising pre-monsoon and monsoon rainfall. The data confirmed that the small farmers has the highest levels of vulnerability, followed by medium and large-scale farmers. Adaptation strategies identified as effective included early warning systems, flood shelters, raised tubewells, capacity-building programs, social networks, and river embankments. This finding contributed to a deeper understanding of flood-related livelihood vulnerabilities and adaptive responses in the region, offering evidence-based guidance for interventions and risk reduction planning.

Fields of Study & Subjects

Climate change impacts on agriculture Agricultural risk and resilience Disaster Management and Resilience

Publication details

Journal / source
International Journal of Disaster Risk Management
Volume
8
Issue
1
Publication date
7 March 2026
Language
EN