Response of barley to nano-feeding with seaweed extract and bio-fertilizer

Mohammed A. R. Aljaberi, Dhurgham S.K. Altai, Mohammed K. Ubaid, Ali R. Alhasany
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引用次数: 1

Abstract

During the 2020–2021 growing season, a field experiment was carried out in a farmer's fields in Al-Khader District (30 km south of Al-Muthanna Governorate). To know effect of nano-feeding by seaweed extract with three concentrations (0, 0.5, 1 ml l-1) and bio-fertilizer in three concentrations (0, 2.5, 5 g l-1) in the yield and its components of barley crop. The experiment was applied according to (R.C.B.D) a randomized complete block design with three replications. As the seaweed extract concentrations were placed in main plots and bio-fertilizer was placed in the sub-plots, the following was discovered: The results showed the superiority of spraying with a concentration of 1 ml l-1 of seaweed extract, it gave the highest averages for spikes number of m2, grains number per spike, and total grain yield amounted to 412.60 spikes m2, 45.36 grains spike-1, and 4253 kg ha-1, compared to the no-spray treatment, and no differences were shown. Significance between spraying and non-spraying in 1000 grains weight. Significantly superior was spraying of bio-fertilizer at a concentration of 5 g l-1 in spikes number of m2, grains number per spike, and grain yield; it increased by an increased rate of (14.45%, 22.63% and 20.00%) over the control treatment for traits in succession, while the non-spraying treatment was significantly superior on the rest of treatments in description of weight 1000 grains, it gave the highest mean of 34.62 g. As for the interaction, the results showed a significant difference in characteristics; grains number per spike, 1000 grains weight, and total grain yield. The combination (1 ml l-1 of seaweed extract x 5 g l-1 of bio-fertilizer) gave a highest grain yield at 4589 kg ha-1 compared compared to the remaining combinations.
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海藻提取物和生物肥料对大麦纳米饲料的影响
在2020-2021年生长季节,在Al-Khader区(Al-Muthanna省以南30公里)的一个农民的田间进行了一项田间试验。了解三种浓度海藻提取物(0、0.5、1 ml l-1)和三种浓度生物肥料(0、2.5、5 g l-1)纳米饲养对大麦产量及其成分的影响。试验采用(R.C.B.D)随机完全区组设计,3个重复。在主样区施用海藻提取物,在子样区施用生物肥料,结果表明:施用海藻提取物浓度为1 ml l-1时,水稻穗数m2、穗粒数平均最高,籽粒总产量为412.60穗m2、45.36粒穗-1、4253 kg ha-1,与不施用海藻提取物处理相比无显著差异。喷施与不喷施对千粒重的影响。喷施浓度为5 g l-1的生物肥料在m2穗数、每穗粒数和籽粒产量上均有显著优势;在千粒重描述上,不喷施处理显著优于其余处理,其平均值最高,达34.62 g。在相互作用方面,结果显示性状差异显著;每穗粒数、千粒重和总产量。与其他组合相比,该组合(1 ml -1海藻提取物x 5 g -1生物肥料)的籽粒产量最高,为4589 kg ha-1。
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