Effect of biochar and inorganic fertilizer on the quality of beetroot (Beta vulgaris L.) in Kenya

E. Kwizera, N. Mungai, A. M. Opiyo, N. A. Niyokuri
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Abstract

Despite its health benefits, the production and quality of beetroot is still low in Kenya due to the application of non-recommended rates of fertiliser and soil amendment. This research aimed at contributing to the improvement of the beetroot quality in Kenya. It was designed to determine the effects of biochar and NPK (17-17-17) on the quality of beetroot in Kenya. An RCBD factorial experiment was conducted at Egerton University farm, Kenya, for two seasons.  Biochar (0, 5, 10 t/ha) and NPK (0, 200, 300 and 400 kg/ha) were applied together before planting. Data were collected on beetroot diameter, total phenolics, total soluble solids, calcium, iron and phosphorus contents and analysed using SAS statistical software. The co-application of biochar and NPK significantly (p≤0.05) increased the beetroot diameter, iron, calcium, phosphorus, TSS and phenolics content in season two and not in season one. The sole application of biochar showed a significant increase in the iron content of beetroot in season one. However, biochar did not have a significant effect on beetroot diameter, mineral content, TSS and phenolics content of beetroot in season two. The sole application of NPK at 200, 300 and 400 kg/ha significantly (p≤0.05) increased the diameter of beetroot and iron content in both seasons one and two and also significantly improved the calcium and phosphorus content in season two. These NPK levels were not statistically different from each other, but different from the control. It is therefore recommended to apply NPK and biochar for quality beetroot.
生物炭和无机肥对肯尼亚甜菜(Beta vulgaris L.)质量的影响
尽管甜菜根对健康有益,但在肯尼亚,由于施用的肥料和土壤改良剂不符合建议比例,甜菜根的产量和质量仍然很低。这项研究旨在为提高肯尼亚甜菜根的质量做出贡献。研究旨在确定生物炭和氮磷钾(17-17-17)对肯尼亚甜菜根质量的影响。在肯尼亚埃格顿大学农场进行了为期两季的 RCBD 因式实验。 生物碳(0、5、10 吨/公顷)和氮磷钾(0、200、300 和 400 千克/公顷)在种植前同时施用。收集了甜菜根直径、总酚、总可溶性固形物、钙、铁和磷含量的数据,并使用 SAS 统计软件进行了分析。在第二季中,生物炭和氮磷钾的共同施用显著增加了甜菜根的直径、铁、钙、磷、总可溶性固形物和酚的含量(p≤0.05),而在第一季中没有增加。在第一季中,单独施用生物炭能明显增加甜菜根中的铁含量。然而,生物炭对第二季甜菜根的直径、矿物质含量、总悬浮固体和酚类物质含量没有明显影响。单施氮磷钾(200、300 和 400 公斤/公顷)在第一季和第二季都能显著提高甜菜根的直径和铁含量(p≤0.05),在第二季还能显著提高钙和磷含量。这些氮磷钾水平在统计学上没有差异,但与对照组不同。因此,建议施用氮磷钾和生物炭,以获得优质甜菜根。
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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