首页> 外文期刊>Journal of Earth Science & Climatic Change >Climatic Hazards, its Effect and Coping Mechanisms of Farmers of Ada’a Berga District of West Shewa Zone, Oromia, Ethiopia
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Climatic Hazards, its Effect and Coping Mechanisms of Farmers of Ada’a Berga District of West Shewa Zone, Oromia, Ethiopia

机译:埃塞俄比亚奥罗米亚西部Shewa区Ada’a Berga区农民的气候危害及其影响和应对机制

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The effect of both natural and human activities has overtime caused significant shift in the climate state, creating climate change and thereby impacting the human being through its shocks. This study therefore investigated climatic shocks experienced and its devastating effect in the area. The study examined the local coping mechanisms practiced by farmers with aim of survival from the two agro-ecologies of Ada’a Berga district. Primary data were collected and analyzed from a total of 512 farm households that considered from eight kebeles’. Descriptive statistics and multinomial logit model were used to analyze the collected data. The statistical analysis of the climatic shocks in the eight kebeles’ revealed that drought (ranked as #1), crop disease (ranked as #2), animal disease (ranked as #3), landslide (ranked as #4) and flood (ranked as #5) in the six sampled kebeles’ of lowland agro-ecology, and crop disease (ranked as #1), flood (ranked as #2), landslide (ranked as #3), drought (ranked as #4) and animal disease (ranked as #5) in the two identified kebeles’ of midland agro-ecology. The rank ranged from 1 to 5 indicates its seriousness of climatic shocks on the living of the study community. In the response farmers used various means of coping mechanisms with the aim of surviving disastrous effect posed by climatic shocks. However, the empirical result of MNL model explains that Age (0.008), Education (0.017), Family size (0.000), Wealth status (0.030) and Early warning system (0.007) were potential factors that significantly determined the coping ability of farmers in the study area. Finally, based on the result, the study recommends that any policy that designed to address negative effects of climate change induced hazards should focus on diversifying the means of coping and reduces the determinants that challenge their adaptive capacity.
机译:自然活动和人类活动的影响都导致加班时间延长,导致气候状态发生重大变化,造成气候变化,从而通过冲击影响人类。因此,这项研究调查了该地区遭受的气候冲击及其破坏性影响。这项研究考察了农民实践的当地应对机制,旨在从Ada'a Berga地区的两种农业生态中生存下来。收集并分析了来自八个kebeles的512个农户的原始数据。描述性统计和多项式logit模型用于分析收集的数据。对八个龙骨气候冲击的统计分析表明,干旱(排名第一),农作物疾病(排名第二),动物疾病(排名第三),滑坡(排名第四)和洪水(排名第三)在低地农业生态和农作物疾病(排名第一),洪灾(排名第二),滑坡(排名第三,第三),干旱(排名第四)的六个抽样龙骨中排名第五。和动物疾病(排名第5)在中部地区的农业生态学领域中名列前茅。等级从1到5不等,表明其严重的气候冲击对研究社区的生活产生了影响。为了应对这种情况,农民们采用了各种应对机制,以度过气候冲击带来的灾难性影响。然而,MNL模型的实证结果说明年龄(0.008),教育程度(0.017),家庭规模(0.000),财富状况(0.030)和预警系统(0.007)是显着决定农民应对能力的潜在因素。学习区。最后,根据结果,该研究建议,旨在解决气候变化造成的危害的负面影响的任何政策都应侧重于应对手段的多样化,并减少挑战其适应能力的决定因素。

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