Submit an Article
Become a reviewer
Vol 149
Pages:
248-250
Download volume:
RUS
Article

Bioremediation of soil cover contaminated with oil products

Authors:
V. L. Bogdanov1
I. V. Shmeleva2
A. P. Yakovitskaya3
About authors
  • 1 — R&D Institute of Geography at St. Petersburg State University
  • 2 — R&D Institute of Geography at St. Petersburg State University
  • 3 — R&D Institute of Geography at St. Petersburg State University
Date submitted:
2000-10-07
Date accepted:
2000-11-02
Date published:
2001-12-28

Abstract

Studies of meadow phytocenoses have established a threshold concentration of oil products in sod-podzolic soils (3 p/m 2 ), the excess of which leads to disruption of plant life. In areas with such degree of soil contamination vegetation cover is formed in the second year after technogenic disturbance of the territory. The presence of oil products in the soil in the concentration of 4-5 p/m 2 causes the death of up to 95-100 % of natural flora. Analysis of research results allows us to distinguish three degrees of soil contamination with oil products based on the reaction of meadow plants: weak (1-2 l/m2), medium (3 l/m2) and strong (more than 4 l/m2). For bioremediation of contaminated soils, it is advisable to cultivate meadow and creeping clover, hedgehog, meadow fescue, meadow timothy. Organic compost based on peat proved to be the best biostimulant for activation of soil microflora - oil-hydrocarbons destructors - under conditions of optimal soil humidity.

Область исследования:
(Archived) Forecasting and prevention of emergencies and their consequences
Funding:

None

Go to volume 149

Similar articles

Industrial utilization of aspen wood - an effective direction for sustainable forest management
2001 V. I. Onegin, A. N. Chubinskii
Integrated assessment of clay rock transformation under the influence of radiation exposure
2001 R. E. Dashko
Destruction and recycling of pesticides by ammonolysis method
2001 A. D. Zorin, A. M. Kutin, V. F. Zanozina, E. N. Karataev, L. V. Stepanova, N. V. Gubanova, E. A. Bykova, I. A. Suprunova
Model of microresonant interatomic bonds in application to gold dissolution and sorption processes and their technological realization
2001 A. G. Sekisov
Development of integrated technology for mining localized areas of thick coal seams
2001 V. A. Gruzdev, B. D. Terentev, Ya. I. Sharovar
Recovery and utilization of coal mine methane is a prerequisite for rational development of coal deposits
2001 S. V. Slastunov, K. S. Kolikov