气候变化对Matrouh省无花果作物生产力的经济影响

Sherine. F. Mansour
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摘要

气候变化对农业部门产生重大影响,气候变化对农业可能产生若干关键影响,包括温度、降雨模式的变化、干旱和洪水的增加。本研究旨在确定无花果作物的生产力在短期和长期对气候变化的响应程度。这是通过分析过去几年气温、降雨量和分布等气候因素的影响来实现的。研究结果表明,1999 ~ 2022年平均时期无花果作物和气候的各项生产力指标均呈现出逐年递增的趋势。作者:Sherin Fathy Mansour FJARD VOL. 37, NO。3.PP. 596-610(2023) 608检查研究模型变量的时间序列,确认它们在取第一差后是平稳的。然后验证它们都集成在一个公共集成中,这需要通过在误差校正模型中表示它们来超越这些变量。这表明Matrouh无花果作物的生产力在每个时间段都趋向于其平衡值,其收敛率等于周期剩余变化的1.71%)1-t(。换句话说,无花果作物的生产力在短期内偏离均衡值(1-t),并且该偏差的1.7%被修正。关键词:气候变化,图,李嘉图模型,误差修正模型。谢林法蒂曼苏尔FJARD第37卷,NO。3.第596-610页(2023)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The economic effects of climate change on the fig crop productivity in Matrouh Governorate
Climate change has a significant impact on the agriculture sector, and there are several key effects that can occur as a result of climate change on agriculture, including changes in temperature, rainfall patterns, increasing droughts, and floods. This research aims to determine the extent of the fig crop's productivity response to climate change in both short and long periods. This is achieved by analyzing the impact of climate factors such as temperature, rainfall amounts, and distribution over the past years. The main findings of the study indicate that all productivity indicators for the fig crop and climate during the average period of 1999-2022 have shown an increasing trend with varying annual growth rates. By Sherin Fathy Mansour FJARD VOL. 37, NO. 3. PP. 596-610 (2023) 608 examining the time series of the study model variables, it was confirmed that they are stationary after taking the first difference. It was then verified that they are all integrated with a common integration, which necessitates surpassing these variables by representing them in an error correction model. This suggests that the productivity of the fig crop in Matrouh is trending towards its equilibrium value in each time period, with a convergence rate equal to 1.71% of the remaining variation in the period )1-t(. In other words, the productivity of the fig crop diverges during the short period from the equilibrium value in the period )1-t(, and 1.7% of this deviation is corrected. KEYWORD: Climate change, the fig, the Ricardian model, the error correction model. Sherin Fathy Mansour FJARD VOL. 37, NO. 3. PP. 596-610 (2023)
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