Emergência e desenvolvimento inicial de porta-enxertos de citros no semiárido do Ceará, Brasil

K. E. S. Sombra, Alexandre Caique Costa e Silva, F. C. Loureiro, Henrique Maia de Andrade, D. C. Bastos, C. Uchôa
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引用次数: 2

Abstract

The low diversification of combinations copa/rootstock is one of the main challenges of citrus, important economic basis. In this study we evaluated the emergence and initial development of citrus rootstocks. It was used a completely randomized design with five treatments and eight replications and plot of 25 seeds. We analyzed: T1-Rangpur lemon ‘Santa Cruz'; T2-Citrandarin 'Riverside'; T3Citrandarin 'San Diego'; T4-Citrandarin 'Indio' and T5-Mandarin 'Sunki Tropical'. The analysis was based on the percentages of emergence (PE), the 20th to the 60th day after sowing (DAS), determining the final rate of emergence (TFE) and final rate of polyembryony (TFP), calculating the emergence speed index (ESI). Held biometrics at 30, 60 and 90 of, registering height (h), diameter of seedlings (d) and stem diameter (d). The data obtained were subjected to analysis of variance, using the Tukey test (p < 0,05). The treatments T5, T2 and T3 showed a more prompt and uniformity in the initial development, differing significantly for the variables of emergency. The citrandarin 'San Diego' presented TFE exceeding 90%, ESI = 11,51, h = 18 cm, d = 75,4 mm and d2 = 2,4 mm, and we recommend its adoption in the production of seedlings of citrus rootstocks. The Rangpur lemon ‘Santa Cruz' showed the lowest performance for all variables analyzed, attributing the low moisture content in the seed.
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巴西ceara半干旱地区柑橘砧木的出现和早期发育
copa/砧木组合多样化程度低是柑橘生产面临的主要挑战之一,是柑橘生产的重要经济基础。在本研究中,我们评估了柑橘砧木的发生和初始发育。试验采用完全随机设计,5个处理,8个重复,每粒25粒。我们分析了:T1-Rangpur柠檬‘Santa Cruz’;T2-Citrandarin“河畔”;T3Citrandarin 'San Diego';t4 -柑橘“印度”和t5 -柑橘“热带”。分析播后20 ~ 60天的羽化率(PE),确定最终羽化率(TFE)和最终多胚率(TFP),计算羽化速度指数(ESI)。在30,60和90时进行生物特征识别,记录高度(h),幼苗直径(d)和茎粗(d)。使用Tukey检验对获得的数据进行方差分析(p < 0.05)。T5、T2和T3处理在初期发育上表现出更迅速、更均匀的特点,但在急症变量上存在显著差异。柑橘素圣迭戈的TFE超过90%,ESI = 11,51, h = 18 cm, d = 75,4 mm, d2 = 2,4 mm,推荐在柑橘砧木育苗生产中采用。Rangpur柠檬‘Santa Cruz’在所有变量分析中表现最差,这是由于种子中的水分含量低。
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