香蕉栽培对两种土壤结构中不同微生物和生物炭比例的响应

Manglar Pub Date : 2023-07-05 DOI:10.57188/manglar.2023.012
Joseph Mark Reyes Pallazhco, Paul Leon Cabrera, Salomon Alejandro Barrezueta Unda
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引用次数: 0

摘要

滥用化学品促使了这项研究。目的是比较微生物和生物炭管理对沙壤土和粘壤土质地土壤中植物演替发展的影响。研究分两个小区进行:一是沙壤土小区,二是粘壤土小区。建立了三个处理和一个对照,每个处理选择20株植物,对照(T0):8kg 75%氧化硅+1l富含木霉的生物炭,处理1(T1):8kg75%氧化硅+56ml拟青霉,处理2(T2):8kg/75%氧化硅+102ml拟青霉;和处理3(T3):56克丛枝菌根。株高的最高值出现在地块一(P1),为3.22m(T1),茎粗的最大值出现在P1,为1.04m(T1);球茎直径的最大值显示在地块二,为1.18m(T2)。结果表明,这些处理对植物的生长有积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Respuesta del cultivo de banano a diferentes proporciones de microorganismos y biochar en dos texturas de suelo
The indiscriminate use of chemicals has motivated this research. The objective was to compare the effects on the development of plant succession under microorganism and biochar management in sandy loam and clay loam textured soils. The research was carried out in two plots: plot one with sandy loam textured soil and plot two with clay loam textured soil. Three treatments and a control were established, 20 plants were selected for each one, the control (T0): 8 kg of silicon oxide at 75% + 1 l of biochar enriched with Trichoderma spp, treatment 1 (T1): 8 kg of 75% silicon oxide + 56 ml of Paecilomyces spp, treatment 2 (T2): 8 kg of 75% silicon oxide + 102 ml of Paecilomyces spp; and Treatment 3 (T3): 56 g of arbuscular Mycorrhiza. The highest value in plant height presented plot one (P1) with 3.22 m (T1), plant stem diameter presented P1 with 1.04 m (T1) and corm diameter in plot two with 1.18 m (T2). The results revealed that the treatments have a positive effect on the growth of the plants.
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