Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste

Industrial contamination of soils with heavy metals affects food safety, the environment and therefore human health, as it is one of the causes of cancer. However, there is a floristic inventory that gathers species capable of accumulating high concentrations of these elements...

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Autores principales: Ambar Rosa Guzmán Morales, Pavel Oriol Vázquez, Orestes Cruz La Paz, Ramiro Valdés Carmenate, Pedro Antonio Valdés Hernández
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Publicado: Universidad Central "Marta Abreu" de Las Villas 2021
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Acceso en línea:https://doaj.org/article/38bfb91cbeca4f8389c0edc1f7f8bd3e
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spelling oai:doaj.org-article:38bfb91cbeca4f8389c0edc1f7f8bd3e2021-11-16T16:55:49ZPhytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste0253-57852072-2001https://doaj.org/article/38bfb91cbeca4f8389c0edc1f7f8bd3e2021-07-01T00:00:00Zhttp://cagricola.uclv.edu.cu/index.php/es/volumen-48-2021/no-3-jul-sep-2021/1307-fitotecnologia-para-la-recuperacion-de-agroecosistemas-contaminados-con-metales-pesados-por-desechos-industrialeshttps://doaj.org/toc/0253-5785https://doaj.org/toc/2072-2001Industrial contamination of soils with heavy metals affects food safety, the environment and therefore human health, as it is one of the causes of cancer. However, there is a floristic inventory that gathers species capable of accumulating high concentrations of these elements in their tissues without showing signs of toxicity, therefore they can be used to mitigate this type of contamination. The objective of this work is to propose ruderal plant species for phytoremediation purposes to mitigate the contamination present in an agroecosystem where the White Ceramic Company "Adalberto Vidal", in the municipality of San José de las Lajas, Mayabeque. The soil was classified according to the existing pollution conditions, existing flora was inventoried and classified. The soil was classified as Contaminated in Cu, Co, Zn and Pb and in need of urgent remediation due to the concentrations of Ni and Cu; 79 botanical species were obtained, corresponding to 34 families recognized in the literature as accumulators of heavy metals. Cynodon nlemfuensis Vanderhyrst (Poaceae) “Star grass” predominates. In addition, in number of species, Gramineae, Legumes and Asteraceae predominated, which coincides with what is described in literature for the Vegetal Formations of Anthropic Savannas. Ambar Rosa Guzmán MoralesPavel Oriol VázquezOrestes Cruz La Paz Ramiro Valdés CarmenatePedro Antonio Valdés HernándezUniversidad Central "Marta Abreu" de Las Villasarticlephytoremediationaccumulator plantsfood securityAgriculture (General)S1-972Plant ecologyQK900-989ESCentro Agrícola, Vol 48, Iss 3, Pp 43-52 (2021)
institution DOAJ
collection DOAJ
language ES
topic phytoremediation
accumulator plants
food security
Agriculture (General)
S1-972
Plant ecology
QK900-989
spellingShingle phytoremediation
accumulator plants
food security
Agriculture (General)
S1-972
Plant ecology
QK900-989
Ambar Rosa Guzmán Morales
Pavel Oriol Vázquez
Orestes Cruz La Paz
Ramiro Valdés Carmenate
Pedro Antonio Valdés Hernández
Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
description Industrial contamination of soils with heavy metals affects food safety, the environment and therefore human health, as it is one of the causes of cancer. However, there is a floristic inventory that gathers species capable of accumulating high concentrations of these elements in their tissues without showing signs of toxicity, therefore they can be used to mitigate this type of contamination. The objective of this work is to propose ruderal plant species for phytoremediation purposes to mitigate the contamination present in an agroecosystem where the White Ceramic Company "Adalberto Vidal", in the municipality of San José de las Lajas, Mayabeque. The soil was classified according to the existing pollution conditions, existing flora was inventoried and classified. The soil was classified as Contaminated in Cu, Co, Zn and Pb and in need of urgent remediation due to the concentrations of Ni and Cu; 79 botanical species were obtained, corresponding to 34 families recognized in the literature as accumulators of heavy metals. Cynodon nlemfuensis Vanderhyrst (Poaceae) “Star grass” predominates. In addition, in number of species, Gramineae, Legumes and Asteraceae predominated, which coincides with what is described in literature for the Vegetal Formations of Anthropic Savannas.
format article
author Ambar Rosa Guzmán Morales
Pavel Oriol Vázquez
Orestes Cruz La Paz
Ramiro Valdés Carmenate
Pedro Antonio Valdés Hernández
author_facet Ambar Rosa Guzmán Morales
Pavel Oriol Vázquez
Orestes Cruz La Paz
Ramiro Valdés Carmenate
Pedro Antonio Valdés Hernández
author_sort Ambar Rosa Guzmán Morales
title Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
title_short Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
title_full Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
title_fullStr Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
title_full_unstemmed Phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
title_sort phytotechnology for the recovery of agroecosystems contaminated with metals heavy for industrial waste
publisher Universidad Central "Marta Abreu" de Las Villas
publishDate 2021
url https://doaj.org/article/38bfb91cbeca4f8389c0edc1f7f8bd3e
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AT orestescruzlapaz phytotechnologyfortherecoveryofagroecosystemscontaminatedwithmetalsheavyforindustrialwaste
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