Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)

The aim of this work was to determine the content and composition of the humus in the Technosols from reclaimed post-flotation tailings of the Bor copper mine (Serbia). Part of the tailings was reclaimed about 20 years ago by restoring the topsoil with arable soil and planting trees and grasses. Hum...

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Main Authors: Lilić Jasmina, Gajić-Kvaščev Maja, Dugonjić Mladen, Radmanović Svjetlana
Format: Article
Language:English
Published: Serbian Soil Science Society, Belgrade 2024-01-01
Series:Zemljište i biljka
Subjects:
Online Access:https://scindeks-clanci.ceon.rs/data/pdf/0514-6658/2024/0514-66582402001L.pdf
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author Lilić Jasmina
Gajić-Kvaščev Maja
Dugonjić Mladen
Radmanović Svjetlana
author_facet Lilić Jasmina
Gajić-Kvaščev Maja
Dugonjić Mladen
Radmanović Svjetlana
author_sort Lilić Jasmina
collection DOAJ
description The aim of this work was to determine the content and composition of the humus in the Technosols from reclaimed post-flotation tailings of the Bor copper mine (Serbia). Part of the tailings was reclaimed about 20 years ago by restoring the topsoil with arable soil and planting trees and grasses. Humus parameters were used as indicators for the success of the reclamation. Samples of the natural soil, which served as a borrow pit for the reclamation of the tailing, were analyzed as a control. The humus composition was assessed on the basis of the ratio of humic acids to fulvic acids (Ch/Cf), the ratio of humic acids to total organic carbon (C) (Ch/C) and the ratio of fulvic acids to total organic C (Cf/C). Descriptive statistics, correlation and PCA were used to analyze the data. The decrease in humus content is due to the weak inflow of organic residues into the soil due to the weak development of the vegetation. A significant increase in Cf/C and a decrease in Ch/Cf values are probably the result of the degradation of humus substances under the conditions of a very acidic environment and a lower leaching of fulvic acids. The decrease and degradation of humus in the soil are the result of unfavorable soil quality and unfavorable re-vegetation as a result of inadequate reclamation measures.
format Article
id doaj-art-e7005168eae44176820914c96f847da9
institution Kabale University
issn 0514-6658
2560-4279
language English
publishDate 2024-01-01
publisher Serbian Soil Science Society, Belgrade
record_format Article
series Zemljište i biljka
spelling doaj-art-e7005168eae44176820914c96f847da92025-02-05T13:32:44ZengSerbian Soil Science Society, BelgradeZemljište i biljka0514-66582560-42792024-01-0173211310.5937/ZemBilj2402001L0514-66582402001LHumus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)Lilić Jasmina0Gajić-Kvaščev Maja1https://orcid.org/0000-0003-1288-4248Dugonjić Mladen2Radmanović Svjetlana3https://orcid.org/0000-0002-3416-6792Serbia Zijin Copper Branch RBB, Bor, SerbiaUniversity of Belgrade, Vinča Institute of Nuclear Sciences, Chemical Dynamics Laboratory, Belgrade, SerbiaAcademy of Applied Studies Šabac, Unit for Agricultural and Business Studies and Tourism, Šabac, SerbiaUniversity of Belgrade, Faculty of Agriculture, Belgrade, SerbiaThe aim of this work was to determine the content and composition of the humus in the Technosols from reclaimed post-flotation tailings of the Bor copper mine (Serbia). Part of the tailings was reclaimed about 20 years ago by restoring the topsoil with arable soil and planting trees and grasses. Humus parameters were used as indicators for the success of the reclamation. Samples of the natural soil, which served as a borrow pit for the reclamation of the tailing, were analyzed as a control. The humus composition was assessed on the basis of the ratio of humic acids to fulvic acids (Ch/Cf), the ratio of humic acids to total organic carbon (C) (Ch/C) and the ratio of fulvic acids to total organic C (Cf/C). Descriptive statistics, correlation and PCA were used to analyze the data. The decrease in humus content is due to the weak inflow of organic residues into the soil due to the weak development of the vegetation. A significant increase in Cf/C and a decrease in Ch/Cf values are probably the result of the degradation of humus substances under the conditions of a very acidic environment and a lower leaching of fulvic acids. The decrease and degradation of humus in the soil are the result of unfavorable soil quality and unfavorable re-vegetation as a result of inadequate reclamation measures.https://scindeks-clanci.ceon.rs/data/pdf/0514-6658/2024/0514-66582402001L.pdfhumic acidsfulvic acidshumus degradationtechnosols
spellingShingle Lilić Jasmina
Gajić-Kvaščev Maja
Dugonjić Mladen
Radmanović Svjetlana
Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
Zemljište i biljka
humic acids
fulvic acids
humus degradation
technosols
title Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
title_full Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
title_fullStr Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
title_full_unstemmed Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
title_short Humus of reclaimed Cu post-flotation tailings Humus content and composition of soil from reclaimed Cu post-flotation tailings (Bor, Serbia)
title_sort humus of reclaimed cu post flotation tailings humus content and composition of soil from reclaimed cu post flotation tailings bor serbia
topic humic acids
fulvic acids
humus degradation
technosols
url https://scindeks-clanci.ceon.rs/data/pdf/0514-6658/2024/0514-66582402001L.pdf
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