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Information × Registration Number 0306U003697, 0105U002768 , R & D reports Title Substantiation of methods of bioindication of the ecologically harmful factors in techniques of the transformed locales (on an example of Donbass) popup.stage_title Підбір біоіндикаційних показників для оцінки екологічного стану техногенно трансформованих територій Head Bespalova Svetlana Vladamirovna, Registration Date 20-06-2006 Organization Donetsk National University popup.description2 Bioindicator parameters which are recommended for an estimation of harm of ecological conditions are picked up. It is established, that under influence of anthropogenous loading on an environment naturally change quantitative and quality indicators of groupings of ticks, namely: specific structure, biodiversity of families, number, average population density, structure of domination of kinds, parities of morpho-ecological types (vital forms), indexes of ecological variety and other parameters. At carrying out of soil - zoological monitoring and for more exact bioindication of a degree of anthropogenous influence, it is recommended to use all complex of the basic ecological character-istics of groupings of armour-clad ticks. With the help of many kinds of soil animals, in particular Oribatides which use as bioindication of a degree of environmental contamination, it is possible to estimate risk of residing of the population also. The system soil - metalotoxic phitomonitoring an-thropogenous transformedecotops is developed and offered. In its tasks the following enters: an establishment natural, background, anthropogenous and the abnormal contents of chemical elements in soil and plants; allocation bio (phito) geochemical provinces on levels of concentration of chemical elements and their connections in soil and separate parts of plants; definition of ways of migration and specificity of accumulation of chemical elements in soil and plants. The technique of definition of a degree of deficiency of pollen (DDP) is offered. With the help scientifically- visuality comparisons precise conformity of dynamic changes of accumulation of nickel in soil to changes of parameter DDP in space and time is defined. The way will allow to allocate more precisely zones of pollution with nickel, to carry out an estimation and constant monitoring of a condition surrounding environ-ments natural and tehnogenity the changed territories this toxic element, to estimate a level of pollu-tion, to supervise and plan anthropogenous activity in industrial region.56355635 Product Description popup.authors popup.nrat_date 2020-04-02 Close