Abstract
Soil animals are a very important biological factor in soil formation and the formation of high soil fertility. The soil is abundantly inhabited by numerous representatives of different groups of animals, for which it represents not only the habitat but also the result of their combined activity. Changes in soil invertebrate complexes are important indicators of industrial pollution. A study conducted on a natural cenosis grey–brown soils under wormwood–ephemeral vegetation contaminated waste Aluminum Plant and Tube–rolling Mill of Sumgait. Our purpose is to carry out soil and zoological research (as well as samples taken for microbiological analyzes) and on basis collected material and subsequent detection of a theoretical analysis of the major dominant groups bioindicators. Soil and zoological studies will help the future identify invertebrates that are most resistant to pollution factors, which can also be used as bioindicators of technologically polluted soils.
Highlights
Загрязнение серо-бурых почв токсическими отходами алюминиевого и трубопрокатного заводами приводит к изменению не только качественных и структурных показателей
The soil is abundantly inhabited by numerous representatives of different groups
A study conducted on a natural cenosis grey
Summary
Загрязнение серо-бурых почв токсическими отходами алюминиевого и трубопрокатного заводами приводит к изменению не только качественных и структурных показателей. Ключевые слова: беспозвоночные животные, серо-бурые почвы, почвеннозоологического исследования, техногенные отходы. Обитающие в почве, — являются очень важным биологическим фактором почвообразования и формирования высокого плодородия почвы. Изменения комплексов почвенных беспозвоночных являются важными показателями загрязнения среды промышленными отходами [1, 2]. Высокая чувствительность отдельных видов и групп беспозвоночных к конкретным формам загрязнения позволяет использовать их в качестве биоиндикаторов почвенных условий [1,2,3,4,5].
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