Roles of Micronutrients in Organic Rice Production

C. I. Igbozuruike
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Abstract

The role of micronutrient in organic Rice production was investigated in Ihitte Uboma LGA using Lowa and Ikperejere Rice producing plots. Organic Rice producing paddies and non-organic Rice producing paddies in Lowa and ikperejere were sampled during and after rice harvest. The sources of organic enhancement used by the farmers were poultry droppings, cow dung and pig waste which were occasionally mixed with wood shavings. And these are sources of nutrients as well as organic matter. Two (2) rice paddies in Lowa and Ikperejere area in Ihitte Uboma L.G.A in Imo state were used. Fallow (control) soil were sampled also for comparism. Samples were randomly collected from depth of 0-30cm using spade. The micronutrient investigated were Zinc, Copper, Iron and Molybdenum. AAS was used to analyze Micronutrients and physicochemical was done routinely. Rice were harvested at maturity. The findings indicated that organic rice cultivation significantly increased the concentrations of the micronutrients (Zinc, Copper, Molybdenum and Iron(40 Zn, 36 Cu, 10 Mo and 23 Fe mgkg1) elements investigated compared with the control Zn 15, Cu 12, Mo 8 and Fe 10 Mgkg1 and non-organic paddy (13 Zn, 8 Cu, 5 Mo and 8 Fe mgkg1 respectively. In all case, the nutrient levels are not below critical micro nutrient levels at which deficiency may occur. Further findings on yield indicated that organic plots performed better with mean yield value of 740 kg per hectare compared with 639 kg yield per hectare from non-organic plot. The yield advantage could be attributed to addiction of organic matter which not only supplies nutrients in forms needed by plants but also helps in water and nutrient holding and release, create site for soil biota activities and formation of chelates for micronutrients availability to plants. The soil is of moderate fertility.
微量元素在有机水稻生产中的作用
以爱荷华和Ikperejere水稻生产小区为研究对象,研究了微量元素在Uboma LGA有机水稻生产中的作用。在水稻收获期间和收获后,对爱荷华州和ikperejere的有机水稻生产稻田和非有机水稻生产稻田进行了采样。农民使用的有机增强剂来源是家禽粪便、牛粪和猪粪便,偶尔与木屑混合。这些是营养物质和有机物的来源。在爱荷华州和伊莫州Ihitte Uboma L.G.A的Ikperejere地区使用了2个稻田。休耕(对照)土壤也取样进行比较。用铁锹在0 ~ 30cm深度随机取样。微量元素有锌、铜、铁和钼。微量元素分析采用原子吸收光谱法,常规理化分析。水稻成熟时收割。结果表明,与对照Zn 15、Cu 12、Mo 8和Fe 10 mgkg1和非有机水稻(13 Zn、8 Cu、5 Mo和8 Fe mgkg1)相比,有机水稻栽培显著提高了微量元素锌、铜、钼和铁(40 Zn、36 Cu、10 Mo和23 Fe mgkg1)的浓度。在所有情况下,营养素水平都不低于可能发生缺乏的临界微量营养素水平。产量方面的进一步研究结果表明,有机地块的平均产量为每公顷740公斤,而非有机地块的平均产量为每公顷639公斤。产量优势可归因于有机质的成瘾,有机质不仅以植物所需的形式提供养分,而且有助于水分和养分的保持和释放,为土壤生物群活动创造场所,并形成螯合物,使植物获得微量营养素。这土壤肥力适中。
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