This study explores the disaster vulnerability of adjoining community of Mahakali River, Parshuram municipality, Dadeldhura. A questionnaire was used to collect information on various physical, social, economic, and environmental vulnerability. Key informant interview was conducted with ward chairpersons and community disaster management committee members. Likewise, three focus group discussions were conducted with the purpose of drawing insight on different factors of disaster vulnerability in the community. Moreover, five community disaster risk management plans were reviewed to understand the types of vulnerability of community. It has been found that weak geological structure and week physical infrastructure-house, bridge, buildings are the physical vulnerability. Likewise, lack of awareness on disaster preparedness, non-implementation of building code and traditional practice are the social vulnerability. Similarly, poverty, seasonal migration, lack of irrigation and land, low quality of soil are the economic vulnerability. Heavy rainfall, forest fire, lack of conservation of water source, encroachment of wildlife inhabitants and deforestation are factors to environmental vulnerability of study area. It is found that there are various vulnerability factors that need to be minimized through the capacity enhancement.
Climate change vulnerability has need access to targeted scientific information about the impacts of climate change in order to adapt to its effects. Awareness can be measured through three different parameters-conceptualization, engagement and experimental. This research has conduct in Lamjung district where people are victimize from climate change. Primary and secondary sources of data are used. This study used household surveys and focus group discussions to assess people perceptions of these changes and identify the climate change vulnerability. Thus, the present study aimed to evaluate the Lamjung districts, vulnerable in the context of the climate change. This result is useful for policymaker, local government and different stockholder who are working on climate change sector. It is also important for long term changes in climate variables and occurrences of natural disasters is the most important component to determine the overall vulnerability. Climate change vulnerability had been decreased considerably in this study area. Meanwhile, long-term research in Nepal is required for extensive work on climate change and primary data collection for climate change vulnerability assessment.
Kanchanpur district is one of the disaster-prone districts identified by Nepal Risk Reduction Consortium (NRRC). Every year the community of Kanchanpur district are affected by multi-disaster primarily flood. The most communities are highly vulnerable due to the poverty, disadvantage caste and ethnicity, hazard, education etc. This study endeavour to explore the status of community initiative to build up disaster resilient. This study covers 10 villages of Mahakali river basin in Kanchanpur district. The villages are under the process of disaster resilience through establishing Community Disaster Management Committee (CDMC), who supports to get access to disaster risk reduction (DRR) information, vulnerability and capacity assessment and developing trained man power for preparedness and response.
This study attempt to analyze the impact of climate induced disaster on human, private housing, government building, and economy in Sindhupalchowk district based on the information available on Nepal Disaster Risk Reduction Portal from 1971 to 2022. The disaster caused by climate change can be classified as hydrological, climatological, meteorological, or both. Hydrological disasters are controlled by hydrological processes, such as floods, droughts, and avalanches; climatological disasters are concerned with hazards related to extreme temperatures, such as heat waves, cold waves, and wildfires; and meteorological disasters represent storms of all types, such as snowstorms, thunderstorms, hurricanes, and tornadoes. This article is based on literature review that includes district disaster preparedness and response plan (DPRP) and different articles related to disaster and climate induced disaster. DRR portal of MoHA and Disinventar are the major secondary source of information. Sindhuplchowk district is one of the disaster-prone districts of Nepal. Landslide, flood and thunderbolt are the major disasters of Sindhupalchowk district. Climate induced disaster affected 100,903 families; 4,467 persons have lost their lives, 2,778 to have been injured, 314 missing. It has found that among all disaster 53% death toll by climate induced disaster and 47% death happens due to the non-climate induced disaster. Damage and losses due to the disaster were amounted to an estimated 72,565,001 Nepalese rupees. The findings of this study can help local, national, and international policies and decision-making in order to lessen the risks associated with these disasters and foster resilient communities.
This study endeavours to explore the major hazards and the response capacity to disaster of Dadeldhura district. It used checklist to collect information on hazard ranking and capacity assessment. Similarly, key informant interview conducted with the key portfolios and members of district disaster management committee and Nepal Red Cross Society. Likewise, one focus group discussion was conducted with the purpose to draw insights of major disaster and capacity. Moreover, a district disaster preparedness plan was reviewed to understand the context of hazard and response. The major hazards of Dadeldhura district are landslide, flood, hailstone, fire, endemic, drought, thunderbolt and earthquake. Among all hazards landslide is in the first and flood is in the second rank based on damage and loss of physical property and livelihood. According to the district disaster preparedness and response plan, 2075, nine clusters have formed and updated emergency response plan for effective action in Dadeldhura. Among the nine clusters, this study only includes the search and rescue cluster to assess disaster response capacity. It has been found that out of nine clusters, search and rescue cluster seems progressive. However, the number of search and rescue trained people need to be increased. Likewise, the facility of ambulance and fire brigades need to extend in each rural municipality. Existing ambulance also need to be repaired and maintained regularly. The existing capacity is not enough to disaster response so, new efforts need to have been updated by DPRP with new activities to enhance the capacity.
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