月桂木(Inga laurina)的水分调节和种子分配Willd传播

Alexandre Hack Porto, A. W. Júnior, C. Neto, Larissa Corradi Voss, Gisely Correa de Moura, Juliana Cristina Radaeli
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引用次数: 0

摘要

Inga laurina(Sw.)Willd物种来自热带和亚热带地区,分布在包括巴西在内的几个植物地理区域。它属于豆科,存在于河岸森林中,用于城市绿化,除了提供人类和鸟类食用的水果外,它还提供遮阳和宜人的小气候,具有观赏价值。该属的物种具有在流行医学中使用的化合物。繁殖方法仍然是通过种子进行的,这使得很难获得幼苗,因为它们表现出顽强的生命力,削弱了其储存能力。这项工作的目的是验证月桂乳杆菌种子分配用于物种繁殖的可能性,以及如果之前经过水力处理,其储存可行性。采用完全随机设计,2×4析因(Lot x储存时间),每个实验单位重复4次50粒种子。处理是通过大量的整粒和分粒种子,加上贮藏期的水力处理形成的。施用处理后,在试管中播种,并在120天的评估期内保持。在此期间后,对出苗、出苗速度指数、平均出苗时间、空气长度和根(cm)、地上部分和根的干生物量(g)、根、叶和茎的数量(g)进行了评估。种子分割没有被证明是有利的。种子分配技术没有被证明是有利的。储存过程中采用的水力调节使种子保持活力并具有所需的活力。
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Hydro-conditioning and seed partitioning for Inga laurina (SW.) Willd Propagation
The Inga laurina (Sw.) Willd species comes from tropical and subtropical regions, in several phytogeographic areas of distribution, including Brazil. It belongs to the leguminous family, present in riparian forests and used in urban afforestation, it provides shading and a pleasant microclimate, ornamental value, in addition to the fruit being consumed by man and birds. Species of this genus have compounds that are used in popular medicine. The propagation method is still by seeds, making it difficult to obtain the seedling, as they present recalcitrance, impairing its storage viability. The objective of this work was to verify the possibility of I. laurina seeds partitioning for the species propagation, and the storage viability, if previously subjected to hydro-conditioning. A completely randomized design was adopted, in a 2 x 4 factorial (Lot x storage time), with four replications of 50 seeds per experimental unit. The treatments were formed by the lots of whole and partitioned seeds, plus the hydro-conditioning application in the stored period. After the treatment’s application, sowing was done in tubes, being kept in a 120-day evaluation period. After this period, emergence, emergence speed index, average emergence time, air length and roots (cm), the aerial part and roots dry biomass (g), number of roots, leaves and stems (g) were evaluated. Seed partitioning was not proved to be advantageous. The seed partitioning technique was not proved to be advantageous. The hydro-conditioning adoption during storage allowed the seeds to remain viable and with the desired vigor.
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