植物生长促进真菌和化肥剂量在改善农艺反应促进小麦作物可持续生产中的作用

A. H. AL-Taie, N. K. Al-Zubaidi, A. Matrood, A Rhouma
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摘要

植物生长促进真菌(PGPF)被认为是一种重要的生物技术,可显著促进植物生长和提高产量。高剂量化肥的使用增加了作物生产成本和环境污染。在现代农业中,PGPF 可以作为减少化肥等农用化学品施用量的可靠替代品。本研究评估了这些真菌与不同剂量的磷酸二铵化肥在 2019-2020-2021 两个农季中对两个小麦品种(Ibaa99 和 Rasheed)生产的农艺反应的作用。在 2019-2020 年种植季节进行了田间试验,以评估添加真菌分离物 PGPF-AT 和 DAP 剂量分别为(0、50 和 100%)0、120 和 240 千克/公顷-1,与作为阳性对照的商用生物肥料 Natrusoil 相比,对小麦品种 Ibaa99 的生长和产量属性的改善作用。该研究在 2020-2021 年种植季节与 Rasheed 品种一起重复进行(以发现各种效果并确认结果)。结果表明,与未处理的地块相比,PGPF-AT 处理在 DAP 120 和 240 Kg ha-1 剂量下对伊巴 99 和 Rasheed 两个品种的以下属性都有非常显著的提高:株数 m-2、株高(每公顷 0.5 千克)、产量(每公顷 0.5 千克)、产量(每公顷 0.5 千克)和产量(每公顷 0.5 千克)。两季作物的植株数(米-2)、株高(厘米)、植株干重(克)、分蘖数(株-1)、穗数(株-1)、穗长(厘米)、穗重(克)、穗粒数(株-1)、百粒重(克)和谷物产量(千克米-2),以及肥料利用率(千克千克-1)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of plant growth promoting fungi and doses of chemical fertilizers in improving agronomic response for sustainable wheat crop production
Plant growth promoting fungi PGPF is considered a major biological technique that results in significant plant growth and yield. Use of high doses of chemical fertilizers increased cost of crop production and environmental pollution. PGPF could be a reliable alternative to reduce application of agrochemicals such as chemical fertilizers in modern agriculture. The present study evaluated the role of these fungi with chemical fertilizer of DAP applied through different doses in agronomic response of production of 2 varieties of Wheat (Ibaa99 and Rasheed) at 2 agricultural seasons 2019-2020-2021. Field plots conducted during 2019-2020 cropping season, to evaluate the role of adding fungal isolate called PGPF-AT with doses of DAP were (0, 50 and 100%) in 0, 120 and 240 Kg ha-1 respectively, compared with (Commercial Biofertilizer) called Natrusoil as positive control on wheat var. Ibaa99 to improve growth and yield attributes. The study was repeated in the 2020-2021 cropping seasons with var. Rasheed (to discover a variety of effects and confirm results). The results revealed that treatment PGPF-AT was exerted a highly significant increase without differences between doses of DAP 120, and 240 Kg ha-1 compared to untreated plots for both Ibaa 99 and Rasheed varieties attributes: no. of plants m-2, plant height (cm), plant dry weight (g), no. of tillers plant-1, no. of spike plant-1, spike length (cm), spike weight (g), no. of seeds spike-1, weight of 100 grain (g) and grain yield Kg m-2 in addition to fertilizer use efficiency (Kg Kg-1) in both cropping seasons.
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