Authors :
Ashim Dangi; Mohan Kumar Paudel; Amir Dangi
Volume/Issue :
Volume 10 - 2025, Issue 11 - November
Google Scholar :
https://tinyurl.com/4du744bm
Scribd :
https://tinyurl.com/ymwk7k9u
DOI :
https://doi.org/10.38124/ijisrt/25nov1397
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Abstract :
This study examines disaster vulnerability and adaptation in goat farming within Thabang Rural Municipality, Rolpa,
Nepal. Goat farming, a key livelihood source for local communities, faces recurrent disruptions due to environmental fragility,
climatic variability, and inadequate infrastructure, including poorly designed sheds and limited veterinary services. A mixed-
method approach was employed, combining quantitative analysis of disaster frequency and impacts with qualitative insights
from semi-structured interviews of 24 key respondents representing 656 farmers across five wards. Results reveal that landslides
and disease outbreaks cause the most severe losses, while climatic events such as snowfall and storms produce cumulative effects
that weaken long-term productivity. Despite these challenges, emerging institutional interventions, including hazard mapping,
resilient shed construction, vaccination programs, and adaptive feeding practices, reflect a shift toward proactive disaster
management and community-based resilience. The study illuminates the importance of integrating technical support, local
knowledge, and participatory planning to sustain goat farming and rural livelihoods under disaster-prone conditions.
Keywords :
Goat Farming, Disaster Vulnerabilities, Adaptation, Rural Livelihoods, Climate Hazards, Rolpa, Nepal.
References :
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This study examines disaster vulnerability and adaptation in goat farming within Thabang Rural Municipality, Rolpa,
Nepal. Goat farming, a key livelihood source for local communities, faces recurrent disruptions due to environmental fragility,
climatic variability, and inadequate infrastructure, including poorly designed sheds and limited veterinary services. A mixed-
method approach was employed, combining quantitative analysis of disaster frequency and impacts with qualitative insights
from semi-structured interviews of 24 key respondents representing 656 farmers across five wards. Results reveal that landslides
and disease outbreaks cause the most severe losses, while climatic events such as snowfall and storms produce cumulative effects
that weaken long-term productivity. Despite these challenges, emerging institutional interventions, including hazard mapping,
resilient shed construction, vaccination programs, and adaptive feeding practices, reflect a shift toward proactive disaster
management and community-based resilience. The study illuminates the importance of integrating technical support, local
knowledge, and participatory planning to sustain goat farming and rural livelihoods under disaster-prone conditions.
Keywords :
Goat Farming, Disaster Vulnerabilities, Adaptation, Rural Livelihoods, Climate Hazards, Rolpa, Nepal.