主要天气参数在喀拉拉邦黑胡椒生产中的作用

Nayana S. Nair, M. Thilagavathi, M. Prahadeeswaran, M. Duraisamy
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引用次数: 0

摘要

目的:本研究旨在分析天气参数对印度喀拉拉邦六个主要胡椒产区黑胡椒生产的影响,印度喀拉拉邦对国家香料出口贡献了相当大的份额。方法:本研究基于二级数据,这些数据仅限于喀拉拉邦的六个主要黑胡椒产区,这些产区是根据其对该州2020年总产量的贡献而选择的。超过50%的产量来自Idukki地区,其次是Wayanad地区(8%),约3%至3.5%分别来自Kannur、Kasargod、Kottayam和Kollam地区。年降水量、相对湿度、最高和最低温度是考虑的参数,以及超过15年(2005-2019年)的生产数据,然后使用面板数据进行回归分析。结果:单位温度最高(P= 0.047)和最低温度(P=0.03)分别显著降低产量2.52%和1.88%。同样,相对湿度和降雨量的单位上升分别导致产量下降1.1%和0.07%,尽管它们被报道为微不足道。结论:最高温度和最低温度对黑胡椒的产量有显著影响。而降水量和相对湿度等其他因子的负回归系数则暗示了其对生产的负影响。因此,为了应对这些变化,有必要提高印度农民的意识,使他们认识到需要采用最佳耕作方法,以提高这种重要作物的产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of Major Weather Parameters in the Production of Black Pepper in Kerala
Aim: The present study intends to analyse the influence of weather parameters on the production of black pepper in six major pepper producing districts of Kerala, the Indian state which contributes a considerable share to national spice exports. Methodology: This research is based on secondary data which is limited to six major black pepper producing districts of Kerala which were chosen based on their contribution to total production of the state 2020. More than 50% of the production was from Idukki district followed by Wayanad (8%), and around 3 to 3.5% from Kannur, Kasargod, Kottayam and Kollam districts respectively. Annual precipitation, Relative humidity, Maximum and Minimum temperatures were the parameters taken into consideration along with production data of over 15 years (2005-2019) which was then subjected to regression analysis using panel data. Results: According to the results, significant reduction in production by 2.52% and 1.88% was recorded for unit increase maximum (P= 0.047) and minimum temperature (P=0.03) respectively. Likewise, unit rise in relative humidity and rainfall was responsible for decrease In production by 1.1%, and 0.07% respectively though they were reported to be insignificant. Conclusion: From the present study, it could be concluded that maximum and minimum temperatures were found to be significant in affecting the production of black pepper. However the negative regression coefficients obtained for other factors like rainfall and relative humidity implied its negative effect on production. In order to combat these variations, there is therefore, the need to create awareness to farmers in India on the need to adopt best farming practices in order to improve yield of this important crop.
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