Substrates and organic sources for Physalis peruviana L. seedling production

A. P. C. D. Melo, P. Fernandes, C. Silva-Neto, E. R. Souza, Ricardo Neves Guimarães, A. C. D. Melo, A. Seleguini
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Abstract

The objective was to determine the effect of commercial substrates and organic sources on the production of cape gooseberry seedlings (Physalis peruviana L.). The design was completely randomized with a 2×3 factorial scheme using two commercial substrates (Carolina®, Bioplant®) and three organic sources (control, vermicompost enriched with yoorin thermophosphate and poultry manure) for seedling production. Adding poultry manure to commercial substrates negatively affects precocity and emergence. Carolina® is a suitable substrate for cape gooseberry seedling production without supplements using organic sources. Bioplant® behaves more like an emergence conditioner, requiring supplementation with organic sources (preferably vermicompost). Seedlings that are suitable for transplant can be obtained at 47 days after sowing.
紫浆幼苗生产的基质和有机来源
目的是确定商业基质和有机来源对醋栗幼苗(Physalis peruviana L.)生产的影响。该设计采用2×3因子方案完全随机化,采用两种商业基质(Carolina®、Bioplant®)和三种有机来源(对照、富含热磷酸优霉素的蚯蚓堆肥和禽粪)进行育苗。在商业基质中添加禽粪会对早熟和羽化产生负面影响。卡罗莱纳®是一种适合的基材,不需要补充使用有机来源的醋栗幼苗生产。Bioplant®的行为更像是紧急护发素,需要补充有机来源(最好是蚯蚓堆肥)。播种后47天可获得适合移栽的幼苗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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