Manganese concentration in plants of the protected natural resource, Kosmaj, in Serbia

Stanković, D.; Ivetić, Vladan; Ocokoljic, Mirjana; Jokanović, Dušan; Oljača, Rodoljub; Mitrović, Suzana

doi:10.2298/abs141112031s

Cited by 4 publications

(4 citation statements)

References 11 publications

(8 reference statements)

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“…Therefore, it is likely that upper and lower limits should be considered only conditionally. For example, Stanković et al [32] showed that concentration of Mn in the leaves of Q. petraea varied over a broad range (434.5-722.0 µg•g -1 ), depending on properties of the growing site. Intriguingly, De Visser [22] observed various foliage concentration of Mn in three Q. robur populations (i.e.…”

Section: Discussionmentioning

confidence: 99%

Heavy Metals Content in Foliar Litter and Branches of Quercus petraea (Matt.) Liebl. and Quercus robur L. Observed at Two ICP Forests Monitoring Plots

Stojnić

Kebert

Drekić

et al. 2019

SEEFOR

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Background and Purpose: Due to the ability to uptake and accumulate heavy metals (HM) in their aboveground tissues, trees may be used for phytoremediation purposes, but also as bioindicators of environmental pollution. The aims of the present study were: a) to investigate the content and temporal variation of the studied HMs in different plant organs during the period of intensive leaf falling (September-October), in two species from genus Quercus; b) to evaluate the observed HMs content relative to plausible ranges of element concentration in foliar litter, as recommended by ICP Forests Foliar Co-ordinating Centre (IFFCC). Material and Methods: The contents of zinc (Zn), manganese (Mn), copper (Cu) and iron (Fe) were assessed in the litterfall (i.e. leaves and branches) of Quercus petraea (Matt.) Liebl. and Quercus robur L. grown at two ICP Forests Level II monitoring plots (Fruška Gora and Odžaci, Serbia). Plant material was sampled during September-October 2018 and analyzed by atomic absorption spectrophotometry. Results: Comparing the content of investigated HMs in foliar litter and branches of Q. robur and Q. petraea, notably higher concentrations of Mn and Fe have been observed in the foliage of both species, whereas Zn and Cu concentrations were higher in collected branch material of both of the above-mentioned tree species. The results further showed that, when compared to plausible ranges of element concentrations in foliar litter, given by ICP Forests Foliar Co-ordinating Centre (IFFCC), average concentrations of Fe and Zn in the leaves were within suggested limits, whereas certain concentrations of Mn and Cu exceeded the proposed ranges. Furthermore, the content of the studied HMs in plant material of both Quercus species significantly varied during sampling period. Conclusions: Although it was observed that concentrations of certain HMs were beyond plausible limits recommended by IFFCC, our results were in accordance with the findings of other authors who studied HMs content in Quercus species grown in natural forests. For that reason, these limits should be considered optionally, i.e. in the cases when the results significantly deviate from the suggested values. Moreover, we believe that the observed variation in the HMs content during sampling period is related to the sampling procedure commonly applied at ICP Forests monitoring plots, which is indirectly associated with the capacity of trees to accumulate HMs and their phenological properties.

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Section: Discussionmentioning

confidence: 99%

Heavy Metals Content in Foliar Litter and Branches of Quercus petraea (Matt.) Liebl. and Quercus robur L. Observed at Two ICP Forests Monitoring Plots

Stojnić

Kebert

Drekić

et al. 2019

SEEFOR

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“…For some microelements, these are the earliest stages of plant growth, for others it is the period of the formation of the reproductive organs and reproduction itself, and for the third period, accumulation of spare substances in corresponding organs. The way we use microelements is of great significance because their effect depends on various factors (Oljača 2014;Stanković et al 2015).…”

Section: The Importance Of Microelements For the Development Of Plantsmentioning

confidence: 99%

“…Develop a method of removing pollutants from all environmental media for the purpose of its sustainability. Among the many issues that arise in the environment, one of the most serious is without a doubt soil degradation and destruction of forest ecosystems (Stanković et al 2008(Stanković et al , 2013(Stanković et al , 2015. Preventing and stopping the degradation or decrease of degraded soil, afforestation is practiced; that is, the use of technologies that can guarantee good success, and with the possibility of a small investment.…”

Section: Introductionmentioning

confidence: 99%

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Application of plants in remediation of contaminated sites

Stanković

Devetaković

2016

REFOR

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The concern for environmental protection has existed since the time of first human civilization. As society develops, the chain of changes during the natural flow of processes in ecosystems has been supplemented by a new link -pollutants. They have an effect on all other members of the ecosystem (changes may be visible immediately or harder to spot), which leads to an extremely complex relationship with nature. The values of some parameters of pollutants reached an alarmingly high level. The tendency to reduce the risk of air, soil, water, plant, and animal pollution to a tolerable limit, which would salvage the environment and most importantly human health, became a global problem. Heavy metals as pollutants have been an interest of researchers for their conduct, especially in forest ecosystems, which has been expressed in the previous year's more than ever. With its numerous toxic effects, heavy metals are endangering the existence of plant species that live in already contaminated environments. This is all an argument regarding the fight of modern society that the emission of polluted materials gets reduced in order to avoid multiple negative effects, which can endanger the existence of living organisms in general, as an argument for the continuation of numerous researches that are conducted in this area. The monitoring of heavy metals is of significant importance because their toxicity and accumulations are vital for the ecosystem. Polluted soils can be reduced and they can restore their function using physical, chemical, and biological techniques. Physical and chemical methods are very expensive and cause mainly irreversible changes, thus destroying biological variety. The biological recovery of contaminated soil represents an efficient method of reducing health risks for both mankind and the ecosystem. For this purpose, biological indicators are used. Numerous researches have led to improvements of the initial idea about using plants as a remediation of the environment and the removal of different contaminants from contaminated medias into promising technologies of environmental protection under the title "Phytoremediation". This technology consists of the reduction of concentrations of polluted materials in polluted soils, water, or air. Plants have the ability to store, degrade, or eliminate metals, pesticides, solutions, explosives, and crude oils. Its derivatives and various other contaminants form mediums that contain them. This paper especially considers methods of the possibility of the usage and application of plants in restoring soil contaminated by heavy metals as well as other pollutants. KeywordsPhytoremediation, Degradation, Plants, Environment, Reforestation

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Watering Regime Influence on Sustainability of Floristic Structure of Special Nature Reserve “Obedska Bara

Nikolić

Jokanović

2018

Advances in Global Change Research

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Manganese concentration in plants of the protected natural resource, Kosmaj, in Serbia

Cited by 4 publications

References 11 publications

Heavy Metals Content in Foliar Litter and Branches of Quercus petraea (Matt.) Liebl. and Quercus robur L. Observed at Two ICP Forests Monitoring Plots

Heavy Metals Content in Foliar Litter and Branches of Quercus petraea (Matt.) Liebl. and Quercus robur L. Observed at Two ICP Forests Monitoring Plots

Application of plants in remediation of contaminated sites

Watering Regime Influence on Sustainability of Floristic Structure of Special Nature Reserve “Obedska Bara

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