Resíduos agrícolas e argila expandida no cultivo da orquídea Oncidium baueri Lindl

Mora, Matheus Marchezi; Assis, Adriane Marinho de; Yamamoto, Lilian Yukari; Pivetta, Káthia Fernandes Lopes; Faria, Ricardo Tadeu de

doi:10.5433/1679-0359.2015v36n1p39

Cited by 5 publications

(6 citation statements)

References 16 publications

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“…Coffee husk is rich in organic compounds and other elements such as caffeine and tannins (PANDEY et al, 2000). It has the potential to be used as a substrate for orchid cultivation (ASSIS et al, 2011;MORA et al, 2015), providing benefits to nature, such as its use in production areas. Assis et al (2011) observed that coffee husk mixed with coconut powder or carbonized rice husk can be used in the cultivation of the hybrid (C. forbesii x C. labiata) x C. labiata, not being indicated as a single substrate.…”

Section: Coffee Huskmentioning

confidence: 99%

“…Assis et al (2011) observed that coffee husk mixed with coconut powder or carbonized rice husk can be used in the cultivation of the hybrid (C. forbesii x C. labiata) x C. labiata, not being indicated as a single substrate. On the other hand, for Oncidium baueri, Mora et al (2015) described that mixtures of pine bark with coffee husk and coconut fiber provided favorable results in the cultivation.…”

Section: Coffee Huskmentioning

confidence: 99%

“…Fiber and powder of coconut are considered promising alternative substrates for the cultivation of epiphytic orchids (ASSIS et al, 2005(ASSIS et al, , 2008LONE et al, 2008;DRONK et al, 2012;ZANDONÁ et al, 2014;MORA et al, 2015).…”

Section: Fiber and Powder Of Coconutmentioning

confidence: 99%

“…Several sources of material can be used in the cultivation of epiphytic orchids, some of which of plant origin, such as coconut fiber, coconut powder (ASSIS et al, 2005(ASSIS et al, , 2008, carbonized rice husk (ARAUJO et al, 2007;YAMAKAMI et al, 2009;SORACE et al, 2009), pine bark (YAMAKAMI et al, 2006;MULLER et al, 2007;LONE et al, 2008), coffee husk (ASSIS et al, 2011;MORA et al, 2015), almond seeds (SANTOS; TEIXEIRA, 2010), among others, others of mineral origin, such as vermiculite (REGO et al, 2000;FARIA et al, 2001), expanded clay, and gravel, and even synthetic materials, such as styrofoam (CORRÊA et al, 2000;MORAES et al, 2002) and phenolic foam, which have been tested in isolation or in association with other materials and have provided satisfactory results in the development of epiphytic orchids.…”

Section: Introductionmentioning

confidence: 99%

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Substratos para o cultivo de orquídeas epífitas

Faria

Stegani

Bertoncelli

et al. 2018

SCA

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Orchids are among the most commercialized flowers in the market of potted plants, cut flowers, and landscaping, making necessary studies that allow the optimization of its cultivation. One of the most important aspects for success in production areas is the use of quality seedlings, which requires the use of an appropriate substrate with appropriate physical, chemical, and biological properties to the species. Thus, this review aimed to report the importance and diversity of substrates used for producing epiphytic orchids. Several substrates have been studied for the cultivation of epiphytic orchids, among which can be cited coconut fiber and powder, pine bark, coffee husk, carbonized rice husk, almond bark, sugarcane bagasse, charcoal, vermiculite, S-10 Beifort®, among others, which provided satisfactory results in the production of seedlings and development of orchid plants. Studies with the substrates are directed to the ecologically correct cultivation and the rational use of agroindustrial residues available in each region in order to reduce their volume in the environment, in addition to allowing the adequacy in production costs.

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Section: Coffee Huskmentioning

confidence: 99%

Section: Coffee Huskmentioning

confidence: 99%

Section: Fiber and Powder Of Coconutmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Substratos para o cultivo de orquídeas epífitas

Faria

Stegani

Bertoncelli

et al. 2018

SCA

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“…De acordo com Mora et al (2015), a compostagem é uma técnica utilizada para se obter rápida estabilização da matéria orgânica e atribuir melhores condições para o seu uso na agricultura. O processo de compostagem consiste em utilizar matérias-primas com uma relação carbono/nitrogênio (C/N) favorável ao metabolismo dos microrganismos decompositores e facilitar a decomposição dessa matériaprima por meio do controle das condições ambientais, como umidade, aeração e temperatura (VALENTE et al, 2009;ASSIS et al, 2011).…”

Section: Introductionunclassified

A Compostagem Da Casca De Café Carbonizada Favorece a Produção De Mudas De Ingá

Faria¹,

Pinto²,

Gonçalves³

et al. 2020

NAT

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O presente estudo teve como objetivo avaliar a casca de café carbonizada e decomposta como componente do substrato para a produção de mudas de Inga vera Willd subsp. affinis (DC). T.D. Penn. por meio da avaliação da sobrevivência e das características morfológicas de crescimento. O experimento foi conduzido em tubetes de 110 cm³, sendo instalado em um delineamento inteiramente casualizado, constituindo sete tratamentos, com cinco repetições de oito mudas por parcela. Após 180 dias da semeadura, avaliaram-se a sobrevivência e a altura das mudas, diâmetro do coleto, relação altura/diâmetro do coleto, matéria seca da parte aérea, matéria seca do sistema radicular, matéria seca total, relação matéria seca da parte aérea/raiz, e o Índice de Qualidade de Dickson (IQD). Por meio dos resultados obtidos, constatou-se que a compostagem da casca de café carbonizada melhorou significativamente a qualidade das mudas de Inga vera subsp. affinis, sendo que o substrato contendo este componente resultou nas melhores respostas para a sobrevivência e para a maioria dos parâmetros de qualidade avaliados. Novos estudos são recomendados para se conhecer melhor os efeitos deste componente renovável para a produção de mudas.Palavras-chave: Inga vera subsp. affinis; substrato renovável; compostagem; qualidade de mudas; mudas florestais. CARBONIZED AND DECOMPOSED COFFEE HUSK AS SUBSTRATE COMPONENT FOR INGÁ SEEDLING PRODUCTION ABSTRACT: The aim of this study was to evaluate the carbonized and decomposed coffee husk in the seedling production of Inga vera Willd subsp. affinis (DC). T. D. Penn by assessing the survival and growth. The experiment was conducted in recipient of 110 cm³, being installed in a completely randomized design consisting of seven treatments with five replications of eight seedlings per plot. After 180 days, the survival rate, plant height, stem diameter, ratio between plant height and stem diameter, shoot dry mass, dry mass of root system, total dry mass, dry mass ratio of shoot/root dry mass and Dickson Quality Index (IQD) were evaluated. The composting of the carbonized coffee husk improved the quality of Inga vera subsp. affinis seedlings; and the substrate with proportions of this component resulted in the best responses for survival and most of the quality parameters evaluated. Further studies are recommended to better understand the effects of this component for the seedling production.Keywords: Inga vera subsp. affinis; renewable substrate; composting; seedling quality; forest seedlings.

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Ciências Agrárias inovações e impactos na sociedade

2021

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Resíduos agrícolas e argila expandida no cultivo da orquídea Oncidium baueri Lindl

Cited by 5 publications

References 16 publications

Substratos para o cultivo de orquídeas epífitas

Substratos para o cultivo de orquídeas epífitas

A Compostagem Da Casca De Café Carbonizada Favorece a Produção De Mudas De Ingá

Ciências Agrárias inovações e impactos na sociedade

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