Estimation of the condition of the soil-vegetative complexes having stress at atmospheric impact

D. S. Korelskii; M. A. Chukaeva

Vol 203

Pages:

174

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Modern methods and systems for indication and monitoring of environmental components

Estimation of the condition of the soil-vegetative complexes having stress at atmospheric impact

Authors:

D. S. Korelskii¹

M. A. Chukaeva²

About authors

1 — National Mineral Resources University (Mining University)
2 — National Mineral Resources University (Mining University)

Date submitted:

2012-10-21

Date accepted:

2012-12-25

Date published:

2013-04-30

Abstract

The main research objective was monitoring and assessment of terricolous and plant cover condition in forest ecosystems influenced by industrial pollution by the Severonickel Industrial Plant, which impact zone covers 1.4 thousand sq. km. During an expedition to the Murmansk Region samples of upper soil layers and plants were taken in areas directly affected by atmospheric impact from OAO Severonickel both at various distances from the plant and in background territories. This will help to determine the overall degree of soil contamination at various distances from the plant as well as distribution of heavy metals accumulated in various soil layers and a complex estimation of adverse impact on soil cover and various plant species.

Корельский Д.С., Чукаева М.А. Оценка состояния почвенно-растительных комплексов, испытывающих стресс при атмотехногенной нагрузке // Записки Горного института. 2013. Т. 203 . С. 174.

Korelskii D.S., Chukaeva M.A. Estimation of the condition of the soil-vegetative complexes having stress at atmospheric impact // Journal of Mining Institute. 2013. Vol. 203 . p. 174.

References

Корельский Д.С. Мониторинг почвенно- растительного покрова для рекультивации зон экологической катастрофы ОАО «Североникель» // Материалы 8-го Междунар. форума молодых ученых стран Тихоокеанского региона, Владивосток, 2008. С.76-77.

Estimation of the condition of the soil-vegetative complexes having stress at atmospheric impact

Abstract

References

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