Influence of liming and biological preparations on the translocation of heavy metals in the soil-plant system for polluting ecotops of lead, cadmium, zinc

Korsun, Svitlana; Клименко, І. І.; Болоховська, Валентина Антонівна; Болоховський, Владислав Вікторович

doi:10.33730/2077-4893.1.2019.163245

Cited by 3 publications

(2 citation statements)

References 1 publication

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“…За результатами аналітичних вимірювань встановлено, що особливість індустріальних регіонів полягає в тому, що за умов високого техногенного навантаження на агроценози міграція ВМ в рослини відбувається в системахприземний прошарок атмосфери -рослина і приземний прошарок атмосфериґрунт-рослина, тобто накопичення рослинами важких металів йде як через кореневу систему із ґрунту, так і безпосередньо із атмосфери по безбар'єрному типу [3].…”

Section: Cпиcoк викOpиcтаниx джEpeлunclassified

Умови Формування Якості Рослинної Продукції В Зонах Впливу Техногенного Навантаження

Бондарева¹,

Вінюков²,

Коноваленко³

2020

Tendenze Attuali Della Moderna Ricerca Scientifica - Band 1

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Section: Cпиcoк викOpиcтаниx джEpeлunclassified

Умови Формування Якості Рослинної Продукції В Зонах Впливу Техногенного Навантаження

Бондарева¹,

Вінюков²,

Коноваленко³

2020

Tendenze Attuali Della Moderna Ricerca Scientifica - Band 1

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“…However, in Ukraine, the cultivation of the switchgrass has not yet become widespread due to the lack of the economic justification of its agricultural technologies. To date, the technology of growing the switchgrass in the soil and climatic zones of the state has not been studied enough [Korsun 2019]. It is advisable to grow the switchgrass and miscanthus not only to obtain the biomass that can be used for energy purposes, but also to protect soils from degradation and improve the ecological condition of the soil cover.…”

Section: Introductionmentioning

confidence: 99%

The Models of the Heavy Metal Accumulation of the Multiple Grain Energy Cultures for Wasterwater Deposition on Oil-Polluted Degraded Soils

Lopushniak¹,

Hrytsuliak²

2021

Ecol. Eng. Environ. Technol.

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The research was conducted on the territory of Nadvirna oil and gas district of South-Hvizdetsky oil field of Ivano-Frankivsk region during 2016-2020. The production activity at the research site was stopped 45 years ago. Energy crops the Miscanthus (Miscanthus giganteus) and switchgrass (Panicum virgatum) were planted and sown on model research plots with an estimated area of 25 m 2 in triplicate. The miscanthus was planted manually according to the scheme 0.50 × 0.70 m. According to studies on the oil-contaminated soils, with the introduction of different sedimentation rates wastewater, the content of the Lead when growing the miscanthus increases with the introduction of SS 40 t/ha and N 10 P 14 K 58 (option 6) and is 4.30 mg/kg of soil. However, when growing the switchgrass with the same fertilizer application, the Lead content is 3.97 mg/kg of soil, which is 0.33 mg/kg of soil less than growing the miscanthus. The concentration coefficients of the gross forms of the Lead vary in the range of 1.01-1.09 during the cultivation of the miscanthus. The concentration coefficient of the gross forms of the Cadmium varies in the range of 1.09-1.56, the maximum remains in the options for the introduction of the sewage sludge at a rate of 40 t/ha and N 10 P 14 K 58 . The concentration coefficients of the gross forms of the Lead for growing the switchgrass 20-40 t/ha (option 4-6) are equal to 1.02-1.15. The concentration coefficient of the gross forms of the Cadmium varies between 1.18 and 1.49.

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Content of Heavy Metals in Soils of Oil-Polluted Areas of Pre-Carpathian

et al. 2021

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The article highlights the results of research on the content of heavy metals in sod-podzolic soils of oil-contaminated areas of Ivano-Frankivsk region. Contamination of soils with petroleum products causes severe ecological consequences for ecosystems. The aim of the research was to study the peculiarities of the accumulation of heavy metals in the soil, underground part and vegetative mass of sylphia perforated in the conditions of cultivation in oil-contaminated areas. The content of mobile forms of heavy metals in soils did not exceed the norms in all variants of the experiment. During the cultivation of Sylphia perfoliatum, it grew in a number: cadmium → nickel → cobalt → lead. The concentration of heavy metals in the soil was determined, which reflects the change in the content of the element in the test soil relative to the content of metals in the background soil. The coefficients of concentration of mobile forms of heavy metals in oil-contaminated soil for the cultivation of perforated sylphia for the application of fertilizers based on sewage sludge and compost based on them increased in a number: cobalt → lead → nickel → cadmium. Peculiarities of heavy metals accumulation in the vegetative mass of perforated sylphia have been established. Indices of intra-tissue heavy metal contamination of the root system of sylphia perforated with the introduction of sewage sludge increase in the following series: cadmium → nickel → lead → cobalt. The maximum indices of contamination of sylphia roots permeated with cadmium, nickel and cobalt are observed for the introduction into the soil of ERUs at a rate of 40 t / ha and N10P14K58, lead – for the application of compost at a rate of 30 t/ha and N30K55. The lowest indices of intratissue contamination with heavy metals of the roots of sylphia perfoliatum were noted for the application of fertilizer N60P60K60.

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Influence of liming and biological preparations on the translocation of heavy metals in the soil-plant system for polluting ecotops of lead, cadmium, zinc

Cited by 3 publications

References 1 publication

Умови Формування Якості Рослинної Продукції В Зонах Впливу Техногенного Навантаження

Умови Формування Якості Рослинної Продукції В Зонах Впливу Техногенного Навантаження

The Models of the Heavy Metal Accumulation of the Multiple Grain Energy Cultures for Wasterwater Deposition on Oil-Polluted Degraded Soils

Content of Heavy Metals in Soils of Oil-Polluted Areas of Pre-Carpathian

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