Chitin/Chitosan’s Bio-Fertilizer: Usage in Vegetative Growth of Wheat and Potato Crops

Boukhlifi Fatima, M. Zahrae, R. Razouk
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引用次数: 14

Abstract

This chapter consists of valuing the chitosan to create bio-fertilizers as fertilizers without going through the composting process because of their richness in the nutrient base elements of plants: nitrogen and phosphorus. Physicochemical analyses of the chitosan focused on pH, dry matter, organic matter, nitrogen, phosphorus and potassium as well as IR and XRD. The samples thus prepared were monitored for 15 days. PH, temperature and conductivity were monitored daily. According to the physicochemical analyses of waste (nitrogen, phosphorus and potassium) and the nutritional needs of our selected crop (soft wheat, Arrehane variety which are 90-90-50 U/ha), several doses are then determined for the purpose of the optimal formula after their application on the crop. An application of bio-fertilizer on the potato was also undertaken. Follow-ups were carried out during this study, such as the monitoring of the vegetative growth of wheat and the mineralization of the soil via its physicochemical analyses. The results show that our bio-fertilizer is rich in nitrogen with 4.98% and phosphorus with 1.42% and mineralizes quickly on the ground while leaving the soft wheat to absorb its nutrients effectively and improving its growth properties, then giving good yields.
几丁质/壳聚糖生物肥料在小麦和马铃薯营养生长中的应用
由于壳聚糖富含植物的营养基础元素:氮和磷,因此本章主要介绍壳聚糖在不经过堆肥过程的情况下制造生物肥料的价值。对壳聚糖进行了pH、干物质、有机质、氮、磷、钾、IR和XRD等理化分析。对制备的样品进行了15天的监测。每天监测PH、温度和电导率。根据对废物(氮、磷和钾)的理化分析和我们选择的作物(软质小麦、90-90-50单位/公顷的Arrehane品种)的营养需求,在作物上施用后,确定几个剂量,以获得最佳配方。还对马铃薯进行了生物肥料的施用。在研究过程中进行了后续研究,如监测小麦的营养生长和通过理化分析土壤的矿化。结果表明,该生物肥料含氮量为4.98%,含磷量为1.42%,土壤矿化快,使软质小麦有效吸收养分,提高其生长性能,从而获得良好的产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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