Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor

Purpose This study aimed to investigate the effects of compost and vermicompost of municipal solid waste application on the growth of Dracaena marginata tricolor. Then, the results of foliar application of compost tea and vermicompost tea on the plants were examined.Method Experimental treatments in...

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Main Author: Farshid Esmaeili
Format: Article
Language:English
Published: OICC Press 2022-06-01
Series:International Journal of Recycling of Organic Waste in Agriculture
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Online Access:http://ijrowa.khuisf.ac.ir/article_686016_252a2fdadb5c4092e75e83493eff516f.pdf
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author Farshid Esmaeili
author_facet Farshid Esmaeili
author_sort Farshid Esmaeili
collection DOAJ
description Purpose This study aimed to investigate the effects of compost and vermicompost of municipal solid waste application on the growth of Dracaena marginata tricolor. Then, the results of foliar application of compost tea and vermicompost tea on the plants were examined.Method Experimental treatments included compost and vermicompost of municipal solid waste in proportions of 50 and 70% combined with the perlite. Then we sprayed compost tea and vermicompost tea on the plants at a concentration of 10 ml. At the end of the study, the physical and chemical properties of the substrates, the amounts of macronutrients in the substrates and the plants, growth indices, as well as anthocyanin content, were evaluated.Results The results showed that conversion municipal solid waste compost to vermicompost improved the physical and chemical properties of this material and the absorption of nutrients.  Also, the vegetative indices and anthocyanin content of this plant were positively affected. Foliar application of compost tea and vermicompost tea caused higher nutrient absorption and improved plant growth indices, except for dry root weight. In general, combining 50% of the organic components of substrates with perlite achieved better results.Conclusion Based on the findings, compost, and vermicompost of municipal solid waste are cheap and available alternatives to peat moss in the cultivation of Dracaena marginata tricolor. Also by spraying compost tea and vermicompost tea, it significantly improved the amounts of nutrients, vegetative indicators, and its appearance.
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series International Journal of Recycling of Organic Waste in Agriculture
spelling doaj-art-23f01456193e4febb31fe14f9bc490162025-02-03T10:42:40ZengOICC PressInternational Journal of Recycling of Organic Waste in Agriculture2195-32282251-77152022-06-0111227728910.30486/ijrowa.2021.1905540.1108686016Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolorFarshid Esmaeili0Department of Horticulture, Science and Research Branch, Islamic Azad University, Tehran, IranPurpose This study aimed to investigate the effects of compost and vermicompost of municipal solid waste application on the growth of Dracaena marginata tricolor. Then, the results of foliar application of compost tea and vermicompost tea on the plants were examined.Method Experimental treatments included compost and vermicompost of municipal solid waste in proportions of 50 and 70% combined with the perlite. Then we sprayed compost tea and vermicompost tea on the plants at a concentration of 10 ml. At the end of the study, the physical and chemical properties of the substrates, the amounts of macronutrients in the substrates and the plants, growth indices, as well as anthocyanin content, were evaluated.Results The results showed that conversion municipal solid waste compost to vermicompost improved the physical and chemical properties of this material and the absorption of nutrients.  Also, the vegetative indices and anthocyanin content of this plant were positively affected. Foliar application of compost tea and vermicompost tea caused higher nutrient absorption and improved plant growth indices, except for dry root weight. In general, combining 50% of the organic components of substrates with perlite achieved better results.Conclusion Based on the findings, compost, and vermicompost of municipal solid waste are cheap and available alternatives to peat moss in the cultivation of Dracaena marginata tricolor. Also by spraying compost tea and vermicompost tea, it significantly improved the amounts of nutrients, vegetative indicators, and its appearance.http://ijrowa.khuisf.ac.ir/article_686016_252a2fdadb5c4092e75e83493eff516f.pdfcompostdracaenagrowing mediamunicipal solid wasterecyclingvermicompost
spellingShingle Farshid Esmaeili
Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
International Journal of Recycling of Organic Waste in Agriculture
compost
dracaena
growing media
municipal solid waste
recycling
vermicompost
title Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
title_full Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
title_fullStr Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
title_full_unstemmed Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
title_short Municipal solid waste compost and its derivatives, a suitable alternative to peat moss in the growth of Dracaena marginata tricolor
title_sort municipal solid waste compost and its derivatives a suitable alternative to peat moss in the growth of dracaena marginata tricolor
topic compost
dracaena
growing media
municipal solid waste
recycling
vermicompost
url http://ijrowa.khuisf.ac.ir/article_686016_252a2fdadb5c4092e75e83493eff516f.pdf
work_keys_str_mv AT farshidesmaeili municipalsolidwastecompostanditsderivativesasuitablealternativetopeatmossinthegrowthofdracaenamarginatatricolor