向日葵(Helianthus annuus L.)不同基因型的相关性和回归分析

Wahid Dino Sipio, W. Sahar, T. F. Abro, J. M. Keerio, Nadia Sipio, Inam Hussain Unar, Abdul Rafi Bhutto, Madeeha Memon, Bismillah Khan Kakar
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引用次数: 0

摘要

2017 年,坦多贾姆油料种子研究科的一项研究分析了八种向日葵基因型的生长和产量:花冠、Melbour、Vulgare、土耳其、Samson-30、Sputnik、HO-1 和 Parson。采用三次重复的随机完全区组设计,在开花和成熟天数、株高、头径、每头种子数、种子产量和种子指数方面发现了显著差异,强调了每种基因型的不同表现。高级基因型如 Sputnik 和 HO-1 需要更多的开花天数,而 Parson 和 Sputnik 的成熟期最晚。土耳其的植株明显较高,而帕森的植株最矮。Parson 和 HO-1 以较大的头径和较高的种子指数脱颖而出,Parson 在种子产量方面也遥遥领先,这表明它们具有很高的育种价值。各种生长和产量参数之间的正相关强调了这些基因型在旨在提高向日葵产量的育种计划中的潜力。这一简明分析突出了向日葵基因型的多样性和育种前景,为未来的遗传改良工作提供了宝贵的见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CORRELATION AND REGRESSION ANALYSIS IN DIFFERENT GENOTYPES OF SUNFLOWER (HELIANTHUS ANNUUS L.)
In 2017, a study at the Oil Seeds Research Section in Tandojam analyzed growth and yield across eight sunflower genotypes: Corolla, Melbour, Vulgare, Turkish, Samson-30, Sputnik, HO-1, and Parson. Using a randomized complete block design with three replications, significant variations were discovered in days to flowering and maturity, plant height, head diameter, number of seeds per head, seed yield, and seed index, emphasizing the distinct performance of each genotype. Advanced genotypes like Sputnik and HO-1 required more days to flower, with Parson and Sputnik showing the latest maturity. Turkish plants were notably taller, while Parson had the shortest stature. Parson and HO-1 stood out with larger head diameters and higher seed indexes, with Parson also leading in seed yield, suggesting their high breeding value. Positive correlations among various growth and yield parameters underscore the potential of these genotypes in breeding programs aimed at improving sunflower yields. This concise analysis highlights the diversity and breeding prospects within sunflower genotypes, offering valuable insights for future genetic improvement efforts.
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