估算面包小麦基因型 F1 代杂交种的黑穗病发病率

Ghulam Fareed, Dr. Ayaz Ali Keerio, S. Mari, M. A. Arain, Sana Ullah, A. A. Mastoi, Muhammad Adeel, Muhammad Aslam Mengal, Sajid Ali Shah, Muhammad Ilyas Badini
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摘要

该实验旨在估算小麦基因型 F1 杂交种的异质性。研究在信德农业大学种子生产发展中心的试验田进行,时间为 2019-20 年 Rabi 生长季节。实验采用随机完全区组设计(RCBD),三次重复。对亲本及其杂交种的表现和杂交效应进行了多方面的测定,如早熟性状(75% 发棵天数、75% 成熟天数)、形态和产量性状(株高、分蘖株数-1、产量株数-1)以及生理相关性状;相对含水量。研究包括六个品种及其六个 F1 代杂交种。亲本为 TD-1、Benazir-2013、TJ-83、Hamal、Imdad-2005、Kiran-95,杂交种为 TD-1×Hamal、TD-1×Benazir-2013、Benazir-2013×TD-1、TJ-83×Benazir-2013、TJ-83×Imdad、Kiran-95×Benazir-2013。结果表明,在 P<0.01 的水平上,所有亲本和杂交种对所有研究参数都具有高度显著性。F1 代杂交种 Benazir-2013×TD-1、TD-1×Benazir-2013、TD-1×Hamal 和 Kiran-95×Benazir-2013 在除株高外的大多数性状上表现出较好的亲本异交和异本同交反应。根据目前的研究结果,可以认为这些杂交组合可用于面包小麦的增产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimation of Hetrosis in F1 Hybrids of Bread Wheat Genotypes
The experiment was conducted for estimation of the heterosis in F1 hybrids in wheat genotypes. The research was conducted at the experimental field of Seed Production Development Centre, Sindh Agriculture University Tandojam during Rabi growing season 2019-20. The experiment was laid-out in randomized complete block design (RCBD) using three replications. The performance of parents and their hybrids, and heterotic effects were measured in various aspects like earliness characters (days taken to 75% heading, days taken to 75% maturity), morphological and yield traits like plant height, tillers plant-1, yield plant-1, and a physiology related trait; relative water content. The study consisted of six varieties and their six F1 hybrids. The parents used were TD-1, Benazir-2013, TJ-83, Hamal, Imdad-2005, Kiran-95 and their crosses were as TD-1 × Hamal, TD-1 × Benazir-2013, Benazir-2013 × TD-1, TJ-83 × Benazir-2013, TJ-83 × Imdad, Kiran-95 ×Benazir-2013. Results revealed that all the parents and hybrids were highly significant for all the parameters studied at P<0.01 level. The F1 hybrids Benazir-2013 × TD-1, TD-1 × Benazir-2013, TD-1 × Hamal and Kiran -95 × Benazir-2013 had showed better response in mid parent heterosis and heterobeltiosis for most of the traits except plant height. On the basis of current findings, it could be concluded that these cross combinations may be used in bread wheat for yield improvement
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