不同生物刺激剂对4个小麦品种发芽和出芽行为影响的比较分析

A. Marta, C. Slabu, Mihaela Mihaela COVASA, I. Motrescu, C. Jitareanu
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引用次数: 0

摘要

小麦是世界上重要的谷物,是人们饮食中的营养来源。在这项工作中,我们重点研究了一些生物刺激剂对四种小麦品种(Dropia, Glosa, Gruia和Pegasus)的潜力,重点关注了从发芽到第二叶出现的第一个发育阶段的影响。我们的研究结果表明,生物刺激物可以强烈地影响种子的发芽和一些生化性状,其影响也取决于品种的遗传背景。根据生物计量测量,一些处理被证明有利于发芽和生长,而另一些处理抑制了这两种特性。一些生物刺激剂增加了光合化合物的浓度,因此被推荐在小麦发育的所有阶段使用。在大多数试验中,Dropia、Glosa和Gruia反应良好,Super 50、Atonik、Asfac和Cropmax均能促进其萌发和植株及根系发育。因此,我们建议在最初的发展阶段使用这些生物刺激剂。用Asfac、Atonik和Cropmax处理后,光合色素浓度增加。抑制效果最好的是Lebosol。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COMPARATIVE ANALYSIS OF THE INFLUENCE OF DIFFERENT BIOSTIMULATORS ON THE GERMINATION AND SPROUTING BEHAVIOUR OF FOUR WHEAT VARIETIES
Wheat is an important cereal around the world and is a nutrient source in people’s diets. In this work, we focused on the potential of some biostimulators on four wheat varieties - Dropia, Glosa, Gruia, and Pegasus, with a focus on the effects during the first developing stages from germination to the appearance of the second leaf. Our results indicated that germination and some biochemical traits can be strongly influenced by biostimulants, with the effects also depending on the genetic background of the variety. Some treatments proved beneficial for germination, and also growth as found by the biometric measurements, while others inhibited both traits. Some of the biostimulants increased the concentration of the photosynthetic compounds, thus being recommended for use during all stages of wheat development. Dropia, Glosa, and Gruia reacted positively in most tests, their germination and plant and root development were stimulated by Super fifty, Atonik, Asfac, and Cropmax. Thus, we recommend the use of these biostimulants in the first development stages. The concentrations of photosynthetic pigments increased after treatment with Asfac, Atonik, and Cropmax. The treatment showing the most inhibitory effects was Lebosol.
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