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Rice farmers perception of effects of climate change on rice development stages in Niger State

机译:稻农对尼日尔州气候变化对水稻发展阶段的影响的认识

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Rice production is limited by many biotic and abiotic factors which are aggravated when climate change induces variation in climate patterns. Predicting effects of these variations in climate parameters on rice is not straight forward because crops in growth stage are affected in a specific manner which involves tactical adjustments of cropping calendar in order to ensure optimum production. Primary data were collected from randomly sampled 112 rice farmers in the study area using structured interview schedule on their socio-economic and farm enterprise characteristics, awareness of climate change and perception of effects of climate change on rice development stages in Niger State. More than half (67.0%) and ?(58.0%) of the respondents had favourable disposition towards climate change effects on rice vegetative and maturity stages, respectively while 75% had unfavourable disposition on the reproductive stage. There was inverse relationship (r-value = -0.16, p-value = 0.09) between perceived effects of climate change and farmers productivity. Farmers perception of effects of climate change on rice is hinged on irregular rainfall pattern that encourages weed growth, and excess water encourages fungal diseases spread which lowers rice yield. Rice farmers therefore, are advised to plant varieties that can withstand changes in the climate.
机译:稻米的生产受到许多生物和非生物因素的限制,当气候变化引起气候模式变化时,这些因素会加剧。气候参数的这些变化对水稻的预测效果并非一帆风顺,因为处于生长期的作物受到特定方式的影响,这涉及对作物日历的战术调整,以确保最佳产量。使用结构化访谈时间表,从研究区域的112名水稻种植户中随机抽样收集有关其社会经济和农场企业特征,气候变化意识以及气候变化对尼日尔州水稻发展阶段的影响的感知的主要数据。分别有一半以上(67.0%)和η(58.0%)的受访者对气候变化对水稻营养期和成熟期的影响倾向良好,而75%的受访者对生殖期的不利影响倾向。气候变化的感知影响与农民生产率之间存在反比关系(r值= -0.16,p值= 0.09)。农民对气候变化对水稻影响的认识取决于不规则的降雨模式,这会促进杂草的生长,而过多的水分则会促进真菌病的传播,从而降低水稻的产量。因此,建议稻农种植能够抵御气候变化的品种。

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