尼日利亚各气候带气候变量(降雨和温度)与生姜产量的关系

Okoye N N, Nwagbara M O, Weli V E
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摘要

降雨和温度是包括生姜在内的农作物成功生产所需要的非常重要的天气和气候要素。这些元素与生姜产量的关系在尼日利亚没有得到应有的重视。因此,本研究考察了尼日利亚各气候带气候(降雨和温度)与生姜产量之间的关系。降雨和温度数据来自尼日利亚气象局(NiMet),而生姜产量数据来自尼日利亚农业发展计划(ADP)和尼日利亚统计局(Abuja)的Umudike国家根茎作物研究所(NRCRI)的实验农场。这些数据涵盖了40年(1980 -2019),并使用简单线性回归、相关性和方差分析(ANOVA)进行了分析。结果表明,降雨和温度对4个气候带的生姜产量有显著的预测作用(p < 0.05);热带季风(TM) (F,12.0934),共同解释了生姜产量变化的45.2% (r=)。热带热带草原(F,17.3452)共同解释了生姜产量变化的35.6% (r= .597, R2= .356),温暖半干旱地区(F,24.9501)共同解释了生姜产量变化的20.9% (r= .457, R2= .209);和温暖沙漠(WD)(F,29.8517)共同解释了30.1%的姜产量变异(r =。549, R2= .301)。基于这些结果,本文得出结论,降雨量和温度与生姜产量之间存在显著的年际和跨气候带关系。该研究建议,农民种植和收获生姜应与四个气候带的季节保持一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Relationship between Climate Variables (Rainfall and Temperature) and Ginger Yield Across the Climate Belts of Nigeria
Rainfall and temperature are very important elements and factors of weather and climate needed in the successful production of crops, including ginger. The relationship of these elements and ginger yield has not been given the due attention in Nigeria. Therefore, this study examined the relationship between Climate (Rainfall and Temperature) and Ginger Yield across the Climate Belts of Nigeria. Rainfall and Temperaturedata were obtained for the study from Nigerian Meteorological Agency (NiMet), Abuja while ginger yield data were collected from the experimental farms of National Root Crops Research Institute (NRCRI), Umudike, Agricultural Development Programme (ADP) and Nigerian Bureau of Statistics, Abuja. These data covered a period of 40 years (1980 -2019) and were analysed using simple linear regression, correlation and Analysis of Variance (ANOVA). Results obtained showed thatrainfall and temperature significantly predicted ginger yield across the four climate belts at p<0.05:Tropical Monsoon(TM) (F,12.0934)and jointly explained 45.2% of variation in ginger yield(r=.672and the R2=.452);Tropical Savanna (TS)(F,17.3452)and jointly explained 35.6% of variation in ginger yield (r = .597 and R2= .356);Warm Semi-Arid (WSA) (F,24.9501)and jointly explained 20.9% of variation in ginger yield (r= .457 and R2= .209); and Warm Desert (WD)(F,29.8517) and jointly explained 30.1% of variation in ginger yield(r =.549 and R2= .301).Based on these results, it is concluded here that there is a significant relationship between rainfall and temperature and ginger yields over the years and across the climate belts. The study recommends among others that planting and harvesting of ginger by farmers should align with the seasons as found in each of the four climate belts.
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