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Information × Registration Number 0220U101130, 0117U001146 , R & D reports Title The system of operational biomonitoring for zones of emergencies environmental situations popup.stage_title Head Rudenko Svitlana S., Доктор біологічних наук Registration Date 03-02-2020 Organization Yuriy Fedkovych Chernivtsi National University popup.description2  A system of operational biomonitoring for emergency ecological situation zones has been developed, which covers the population and ecosystem levels of the organization.A method of phased assessment of the ecological state of the environment by the size-vitality structure of Arabidopsis thaliana populations is proposed, which is different by monocriterialency, versatility, efficiency and allows to find out the nature of the factors that cause their depression state.A. thalianabiomorphs with different types of tigmomorphogenesis have been identified, which can serve as proxy measures of the ability of anthropogenically transformed ecotopes to self-purify the atmosphere and biomorphs of this plant species with different types of axiality, which are recommended for phytoscreening of salt pollution of soils and artificial substrates. A method for assessing the level of air pollution of technogenic landscapes is proposed based on the D. melanogaster cohort analysis, which provides for the determination of areas under cohort survival curves using the ImageJ computer program. The theoretical substantiation of the use of ENA- and SEM-modeling in ecology has been carried out and a new solution to the problem of determining the mechanisms of disturbance of ecosystems functioning based on them has been made.Models of cause and effect interactions in terrestrial and aquatic ecosystems with different type and intensity of anthropogenic loading have been constructed.Mechanisms of disturbance of emergent properties of ecosystems under conditions of loss of species diversity of producents and invasive colonization of phytocenoses have been determined. Theoretical and methodological bases of ecological CNP-stoichiometry of river ecosystems were developed: average and threshold background values of molar CNP-balance in river water of the model region were determined, imperative abiotic, biotic and anthropogenic factors affecting CNP-balance have been identified; regularities of regul Product Description popup.authors Buzhdyhan Oksana Ya. Kostyshyn Stepan S. Panchuk Irina I. Rudenko Svitlana S. popup.nrat_date 2020-04-02 Close