MOTROL
Постійне посилання на фондhttps://repositary.knuba.edu.ua/handle/987654321/33
Переглянути
4 результатів
Результат пошуку
Документ Development of Ukraine territory flooding processes; Its parameters and the influence on the environmental safety level(KNUCA, 2014) Voloshkina, O.; Bereznitska, J.Shows the present state of development of flooding processes of Ukraine territory. Given filtration stages in the flooding the process of and methods of their calculation. The method of filtration resistance for calculating of the filtering in flooding process is analyzed. Shows the dependence between the development of flooding process and intensifying processes of landslides on Ukraine territory.Документ Protection of building materials against biodeterioration using energy saving nanotechnology(KNUCA, 2014) Zhuravska, N.The advances in energy-efficient nanotechnologies in construction has been considered. The harmful effects of building materials, the impact of pollution in violation of indoor climate on human activity have been analyzed. The author has proposed a hypothesis that has been confirmed for using the method of concrete protection from biological damage.Документ The risk assessment of threats from biological objects in environmental safety(KNUCA, 2014) Kryvomaz, T.; Voloshkina, O.Necessity to present results of scientific research in an accessible form for proper interpretation by public and environmental safety experts has been shown. Myxomycetes ecology and metabolism to verify their safety for human health has been evaluated as an example. Bayesian methods for probability analysis is proposed to be used for risk assessment. The "Environmental safety passports of species" are recommended for evaluation of impact of each species on the environment, humans and other living organisms.Документ The assessment of heavy metal accumulation by myxomycetes(KNUCA, 2015) Kryvomaz, TetianaThe assessment of heavy metal accumulation by myxomycetes (slime moulds) has been made. The importance of these organisms for environmental safety monitoring was specified. Ecological and physiological mechanisms of ability of myxomycetes to concentrate metals and other elements from their substrates were analyzed. For five common myxomycetes species with relatively big fruiting body were compared chemical elements concentrations. Fuligo septica (L.) Wigg. was proposed as perspective bioindicator for the detection of Zn on the grounds of the ability to accumulate this metal and by reason of this species have widespread distribution in terrestrial ecosystems. Prospects of using slime molds as objects for bioremediation of contaminated soils were considered.