外源纳米硒缓解绿豆植物低温胁迫的研究

Latifa Ismail, H. Metwally, Al-Sayed alshirbiny, U. El-Behairy
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摘要

这项研究是由农业的教员,Ain Shams大学Shubra El-kheima。本研究旨在研究硒(Se)和纳米硒(NSe)对青豆低温胁迫的缓解作用。绿豆种子播种晚(12月中旬),低温,露天(露天)和低坑道(覆盖)下播种。绿豆植物喷硒(Se)或nano-selenium(了无)有四个浓度(0、2、4和8 ppm)。与露天栽培相比,低坑道栽培绿豆具有最高的营养和产量特征。与0 ppm相比,施用8ppm NSe可显著提高第1季(2017年)和第2季(2018年)植株的株高(48.50和45.83 cm)、叶片数(7.17和10)、叶片氮含量(4.13和5.28)、产量(2872和3029 gm)和叶片脯氨酸含量(825和754)。喷洒植物绿豆了无增强以下参数;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exogenous Nano-selenium Application Mitigates Low-temperature Stress in Green Bean Plants
This research was conducted at the faculty of agriculture, Ain Shams university, Shubra El-kheima. The research aimed to test the effect of selenium (Se) and nano-selenium (NSe) on green bean to mitigate the cold temperature stress. Green bean seeds were sown late (mid-December) with low temperatures in open field (open) and under low tunnel (cover). Green bean plants were sprayed with selenium (Se) or nano-selenium (NSe) with four concentrations (0, 2, 4and 8 ppm). Cultivating green bean under low tunnel produced the highest vegetative and yield characteristics compared to open cultivation. Spraying plants with 8ppm NSe significantly increased the following parameters in the first season (2017) and second season (2018), respectively: plant height was (48.50 and 45.83 cm), number of leaves (7.17 and10), and nitrogen % in leaves (4.13 and 5.28), yield (2872 and 3029 gm) and reduced proline content in leaves (825 and754) compared to 0 ppm. Spraying green bean plants with NSe enhanced the following parameters;
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