A Review on Organic Cotton: Various Challenges, Issues and Application for Smart Agriculture

A. Harshitha, Surinder Kumar, Arpit Jain
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引用次数: 1

Abstract

Cotton fiber is a historically significant, conventional, and natural fiber most widely used in all varieties. Cotton production in the traditional sense necessitates the use of a lot of artificial fertilizers and pesticides. The volume of overall fertilizer intake is recorded as 33 percent of the cotton production per annum using a rough estimation method. Organic cotton is cultivated with distinctive techniques and carefully monitored auxiliaries with shared environmental effects. Organic cotton cultivation includes selecting biotic and abiotic resistant crops, using compost, vermicompost, and organic manures, intercropping with green manures, seed rotation, and bio-fertilizers, bio-pesticides, and botanicals, among others. The use of locally available biological inputs lowers cultivation costs considerably. Natural fiber production aims to safeguard natural resources, human health, wildlife, plantations, and long-term living conditions. Organic cultivation restores and maintains soil productivity, reduces poisonous and persistent pesticides and fertilizers, and promotes biological diversity. As a result, organic cotton farming is a methodical approach to preserving ecological diversity while ensuring a steady yield and profits. Owing to the drop in premium rates paid for organically grown cotton, the region under organic cotton cultivation is shrinking.
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有机棉:智慧农业面临的挑战、问题及应用综述
棉纤维是一种具有历史意义的传统天然纤维,在所有品种中应用最为广泛。传统意义上的棉花生产需要使用大量的人工肥料和杀虫剂。用粗略估计的方法,总肥料摄入量为每年棉花产量的33%。有机棉的种植采用独特的技术和精心监控的助剂,具有共同的环境效应。有机棉花种植包括选择生物和非生物抗性作物,使用堆肥、蚯蚓堆肥和有机肥料,与绿色肥料间作,种子轮作,以及生物肥料、生物农药和植物药等。使用当地可获得的生物投入品大大降低了种植成本。天然纤维生产旨在保护自然资源、人类健康、野生动物、种植园和长期生活条件。有机耕作恢复和保持土壤生产力,减少有毒和持久性农药和肥料,促进生物多样性。因此,有机棉花种植是一种系统的方法,既能保护生态多样性,又能确保稳定的产量和利润。由于有机棉溢价率的下降,种植有机棉的地区正在缩小。
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