不同基质和容器体积对秘鲁Physalis萌发和小簇形成的影响。

Jeniffer Ribeiro de Oliveira, André Cayô Cavalcanti, Jalille Amim Altoé, Aclécia Gonçalves Batista, Gleison Oliosi, Alex Campanharo, Mariana Alexandre Alves Amourim
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引用次数: 0

摘要

要获得优质的苗木,必须采用良好的生产技术。重要的因素包括容器和繁殖形式。本研究的目的是评价两种基质和容器体积对秘鲁Physalis L.微型树桩产生和形成的影响。这项研究于2019年9月至11月在属于圣灵联邦大学网络的温室中进行。所使用的设计是完全随机的,在一个因子方案中,有三个容器(R1 =容积为50毫升的管;R2 =容量为280 ml的试管,R3 =容量为500 ml的塑料杯,2个底物(S1 = Bioplant®和S2 = Provaso®+土壤1:1),共6个处理,4个重复,每个实验单元6株,144株。经过90 d的试验,建议使用280 ml的量,配合底物Provaso®+土壤,可以较好地出芽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Studies on Different Substrates and Container Volumes in the Emergence and Ministumps Formation of Physalis peruviana L.
It is necessary to use good production techniques to obtain the quality of seedlings. Important factors include the container and the form of propagation. The objective of this study was to evaluate the influence of two substrates and container volumes on the emergence and formation of Physalis peruviana L. mini-stumps. This study was carried out from September to November 2019, in a greenhouse belonging to the Federal University Network of the Holy Spirit. The design used was completely randomized, in a factorial scheme with the combination of three containers (R1 = tube with a volume of 50 ml; R2 = tube with a volume of 280 ml and R3 = plastic cups with a volume of 500 ml) and two substrates (S1 = Bioplant® and S2 = Provaso® + soil 1:1), totaling six treatments, four replications, six plants per experimental unit and 144 plants. After 90 days of experiment, it is recommended for a better emergence and emission of the shoots of Physalis peruviana L. the use of the volume of 280 ml, combined with the substrate Provaso® + soil.
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