甘薯块茎数量形态特征和经济价值特征表型稳定性的测定

S. V. Semenenko, N. Leshchuk, N. Orlenko, N. Symonenko, N. Pavliuk
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引用次数: 0

摘要

目的。利用Lewis表型稳定因子(SF)测定甘薯(Ipomoea batatas L.)国家品种数量和经济价值特征表现的稳定性。2021-2022年,在哈尔科夫省农科院蔬菜和甜瓜研究所进行了甘薯新品种综合评价的实地研究。对植物进行了物候观察和生物计量测量,并在生长季节,特别是在培养的间期记录了气象数据。通过寻找各性状表现的极限值(Xmax和Xmin)和计算Levis表型稳定因子(SF)来确定所研究性状的稳定性。Levis表型稳定因子(SF)的使用使得确定甘薯品种(I. batatas)形态特征表现的稳定性成为可能,特别是块茎的数量特征:品种“Admiral”的灌木下块茎数量为5.3个。,“Slobozhanskyi rubin”- 3.7个;块茎的平均重量分别为254克和283克。甘薯块茎形状指数的系数分别为0.98 (Admiral)和1.03 (Slobozhanskyi rubin)。以乌克兰常见的品种‘Admiral’和‘Slobozhanskyi rubin’为例,确定了红薯块茎形态特征表现的稳定性。它们代表两个成熟组,因此在块茎形成时期的持续时间不同。因此,早熟' Admiral '的生长期为100-110天;中等成熟的“斯洛博赞吉鲁宾”- 110-120天。‘Admiral’品种甘薯块茎数量性状在宽度方面较为稳定;“Slobozhanskyi rubin”的变种——就长度而言。块茎长度值在不同品种间有所不同。甘薯块茎形状指标作为品种的识别特征是不稳定的;两个品种的Lewis表型稳定因子均小于1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of phenotypic stability of quantitative morphological features and economic value characteristics of sweet potato tubers (Ipomoea batatas L.)
Purpose. To justify the use of the Lewis phenotypic stabi­lity factor (SF) to determine the stability of the manifestation of quantitative and economic value characteristics of national varieties of sweet potato (Ipomoea batatas L.). Methods. Field research on the comprehensive assessment of new sweet potato varieties was carried out in 2021–2022 at the Institute of Vegetable and Melon of the NAAS (Kharkiv Region). Phenological observations and biometric measurements of plants were carried out, as well as recording of meteorological data during the growing season, in particular during interphase periods of the culture. The stability of the studied traits was determined by finding the limit values of their manifestation (Xmax and Xmin) and further calculating the Levis phenotypic stability factor (SF). Results. The use of the Levis phenotypic stability factor (SF) made it possible to determine the stability of the manifestation of morphological features of sweet potato varieties (I. batatas), in particular, the quantitative characteristics of tubers: their number under the bush for the variety ‘Admiral’ is 5.3 pcs., for ‘Slobozhanskyi rubin’ – 3.7 pcs.; the average weight of the tuber is 254 and 283 g, respectively. The trait “sweet potato tuber shape index” ensured stability with a coefficient of 0.98 (‘Admiral’) and 1.03 (‘Slobozhanskyi rubin’). The stability of the manifestation of morphological features of sweet potato tubers was established for the varieties ‘Admiral’ and ‘Slobozhanskyi rubin’, which are common in Ukraine. They represent two maturity groups, and therefore differ in the duration of the tuber formation period. Thus, the early-ripening ‘Admiral’ has a vegetation period of 100–110 days; medium-ripening ‘Slobozhanskyi rubin’ – 110–120 days. Conclusions. The quantitative trait of sweet potato tubers of the ‘Admiral’ variety was more stable in terms of width; ‘Slobozhanskyi rubin’ variety – in terms length. Tuber length values varied within cultivars. The shape index of sweet potato tubers as an identification feature of varieties turned out to be variably unstable; the calculated Lewis phenotypic stability factor was lower than unity for both studied varieties.
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