Production of compost and worm casting organic fertiliser from lumbricus rubellus and its application to growth of red spinach plant (Altenanthera amoena V.)

Irvan Adhin Cholilie, Tutik Ratna Sari, Renica Nurhermawati
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引用次数: 6

Abstract

Fertiliser is one of the important components in agricultural practices, mainly applied to increase plant’s productivity and soil’s quality. However, the use of chemical fertiliser is still favourable among most of the farmers due to its great contribution on improving crop yields. Currently, organic fertiliser is widely used to substitute chemical fertiliser as it can reduce the risk of build-ups of toxic chemical, making it as sustainable and environmental friendly option in agriculture farming system. There are various types of organic fertilisers, including vermicompost and compost. Worm casting is a type of organic fertiliser produced from a mixture of earthworm drop (or waste) and other organic materials. While compost is an organic fertiliser derived from the decomposition of plant or animal waste and/or a mixture of both wastes. Organic fertiliser can improve the chemical, physical and biological properties of the soil and can be used in various agricultural businesses such as vegetables, ornamental plants, fruits, and etc. This research aimed to compare the quality of vermicompost and commercial compost, as well as to evaluate their application on the growth of red spinach plant growth. The results indicated that vermicompost has superior quality compared with commercial compost. Further application of vermicompost has significantly enhanced the growth of red spinach, as indicated by the highest number of plant leaves and height.
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风纹蚓堆肥和蚯蚓粪有机肥的生产及其在红菠菜生长中的应用
肥料是农业生产的重要组成部分之一,主要用于提高植物生产力和土壤质量。然而,由于化肥对提高作物产量的巨大贡献,大多数农民仍然赞成使用化肥。目前,有机肥料被广泛用于替代化肥,因为它可以减少有毒化学物质的积累风险,使其成为农业耕作系统中可持续和环保的选择。有机肥料有很多种,包括蚯蚓堆肥和堆肥。蚯蚓粪是一种有机肥料,由蚯蚓粪(或废物)和其他有机材料混合而成。而堆肥是一种有机肥料,由植物或动物废物的分解和/或两种废物的混合物产生。有机肥可以改善土壤的化学、物理和生物特性,可用于各种农业业务,如蔬菜、观赏植物、水果等。本研究旨在比较蚯蚓堆肥和商品堆肥的质量,并评价其在红菠菜植株生长中的应用。结果表明,蚯蚓堆肥质量优于商品堆肥。进一步施用蚯蚓堆肥显著促进了红菠菜的生长,植株叶片数和高度最高。
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