Exploring the relationship between climate change and sugar cane production as well as comparison of sugar cane production in Sindh Province: A case study of Hyderabad, Badin, Shaheed Benazirabad

Global Social Sciences Review Pub Date : 2023-03-30 DOI:10.31703/gssr.2023(viii-i).37

Muhammad Ismail, Uzair Essa Kori, Mehwish Manzoor

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Abstract

Climate change has meaningful effects on sugar cane production worldwide. The data were collected from Beuro Sindh Karachi. A coefficient of correlation and ANOVA were applied. The results of the coefficient of correlation indicated a positive relationship between climate and sugar cane production. of (0.63) conclude that there is a (Moderate positive correlation between the climate and sugar cane production of the Hyderabad district. The results of the model show that the coefficient of correlation of (0.310) concludes that there is a (Week positive correlation between the climate and sugar cane production in the Badin district. The results of the model show that the coefficient of correlation of (0.088) concludes that there is a (Highly weak positive correlation between the climate and sugar cane production of Shaheed Banazirabad district. The probability value is also less than the specified value of the level of significance (0.05). So, the production of sugar cane is not the same for all districts.

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探讨气候变化与甘蔗产量的关系及信德省甘蔗产量的比较:以海得拉巴、巴丁、沙希德·贝纳齐拉巴德为例

气候变化对全球甘蔗生产产生了重大影响。数据收集自卡拉奇信德市。采用相关系数和方差分析。相关系数结果表明气候与甘蔗产量呈正相关。的(0.63)得出结论，气候与海得拉巴地区甘蔗产量之间存在中度正相关。模型结果表明，相关系数为(0.310)，表明巴丁地区气候与甘蔗产量呈(周)正相关。模型结果表明，相关系数为(0.088)，表明气候与巴纳兹拉巴德地区甘蔗产量之间存在极弱正相关关系。概率值也小于显著性水平的规定值(0.05)。因此，甘蔗的生产对所有地区来说都是不一样的。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Global Social Sciences Review

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