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Impact of Climate Change on Food Crop Production in Congo Brazzaville

机译:气候变化对刚果Brazzaville粮食作物生产的影响

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Agriculture is a key for economic transformation, food security, and nutrition. It generates foreign currency through the export process of agricultural products. It creates a source of employment to the population through farming, business and research activities therefore raising the standard of living of individuals. Agriculture, especially food crop production has always been at the mercy of unpredictable weather, but a rapidly changing climate is making agriculture an even more vulnerable enterprise. Food crop production de pends on a set of factors which contribute to the increase or decrease of its volume. These factors are essential to guarantee quality production, while oth ers are complementary and serve to improve yields in terms of quality and quantity. However, among these factors, others are difficult to control such as cli matic hazards. This study analyzes the impact of climate change on Congo agriculture using data from FAO STAT. Applying Autoregressive-Distributed Lag Regression or ARDL bounds testing approach for analysis of co-integration between the variables, the results reveal that, rainfall depreciates the production of food crops in the long run and has a negative effect on production in the short run; the cultivated area impacts positively food crop production in the long run, but has no effect in the short run. A better understanding of farmers’ perceptions of/and responses to climate change is important for de cision-makers to design more effective adaptation policies. In order to lowering the drastic impacts of climate change on crop productivity, the study recommends a development of advanced irrigation system, farmers’ access to meteorological information and an increase in area under cultivation.
机译:农业是经济转型,粮食安全和营养的关键。它通过农产品的出口进程产生外币。它通过农业,商业和研究活动创造了对人口的就业来源,从而提高了个人生活水平。农业,尤其是粮食作物生产一直是不可预测天气的怜悯,而是一种迅速变化的气候,使农业成为更脆弱的企业。食品作物生产De折叠了一系列因素,这些因素有助于增加或减少其体积。这些因素对于保证质量生产至关重要,而OTHSERS是互补的,并有助于提高质量和数量的收益率。然而,在这些因素中,其他因素很难控制,如CLI Matic危害。本研究分析了粮农组织统计数据的数据对刚果农业的影响。应用自回归分布式滞后回归或ARDL界限测试方法,用于分析变量之间的共同集成,结果表明,降雨贬值了长期生产粮食作物的生产,并在短期内对生产产生负面影响;耕地面积在长期影响粮食作物生产积极影响,但在短期内没有影响。更好地了解农民对气候变化的认识和对气候变化的回应对于De Cisiric-Makers设计更有效的适应政策是重要的。为了降低气候变化对作物生产率的激烈影响,研究建议开发高级灌溉系统,农民的气象信息和培养面积增加。

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