PENGARUH PUPUK KANDANG DAN INOKULASI MIKORIZA VESIKULAR ARBUSKULAR TERHADAP PERTUMBUHAN DAN HASIL BAWANG MERAH (Allium ascalonicum L)

B. Utama, A. Jaenudin
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引用次数: 1

Abstract

Fertilizer has a function as being able to improve soil properties and chemistry, as well as soil biology. From the decomposition process, soil fertilizer will produce a topsoil fraction that can be made with soil particles made by soil humus complexes, so that it becomes more stable which will further reduce the rate of air infiltration in the soil. The granting of arbuscular vesicular mycorrhizae inoculation is one of the collaborative works of fungi, soil and plant roots which supports the supply of nutrients for plants, improves soil structure, and provides resources to promote unfavorable plant growth. The purpose of this study was to study the best interaction between the dose of fertilizer and mycorrhizal VA on the growth and yield of shallots. The design used was an experimental method with randomized block design (RBD). This study consisted of two factors, namely the dose of chicken fertilizer and the arbuscular vesicular mycorrhiza inoculation. The 15 ton / ha fertilizer application showed the best increase in red 3.90 kg / plot or equal to 17.33 tons / ha and the arbuscular vesicular mycorrhizae 4 tons / ha showed the best results on the growth and yield of shallots on dry weight tubers per plot which produces 3.60 kg / plot or the equivalent of an average yield of 16 tons / ha.
肥料有一个功能,可以改善土壤性质和化学,以及土壤生物。土壤肥料在分解过程中会产生表土组分,与土壤腐殖质复合体产生的土壤颗粒相结合,使其变得更加稳定,从而进一步降低土壤中空气的入渗速率。丛枝囊泡菌根接种是真菌、土壤和植物根系协同工作的结果之一,它支持植物的养分供应,改善土壤结构,为促进植物的不利生长提供资源。本试验旨在研究施肥剂量与菌根VA对大葱生长和产量的最佳互作关系。采用随机区组设计(RBD)的实验方法。本研究包括两个因素,即鸡肥的剂量和接种丛枝水疱菌根。施用15吨/公顷时,红辣椒增产3.90 kg /亩,增产17.33 t /亩;施用4吨/亩时,干重块茎上青葱生长和产量增产效果最好,增产3.60 kg /亩,增产相当于平均产量16吨/亩。
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