BIOINDICATION RESEARCH OF SULFUR COMPOUNDS AEROTECHNOGENIC DISSEMINATION INTO THE ATMOSPHERE OF CHERKASY WITH THE USE OF ACER PLATANOIDES L.

Abstract

Purpose. To conduct research bioindication aerotechnogenic distribution of sulfur compounds and there scattering in urban ecosystem using Acer platanoides L. leaf lesions and fungus species of ascomycete Rhytisma acerinum (Pers.) Fries. Methodology. Modern methods of phytoindication and biochemical methods for detection of sulfur compounds have been used. Results. The issues of SO2 industrial emissions impact on processes of Acer platanoides L. leaves lesion by chlorosis and maple Rhytisma have been highlighted. Correlation connection between their accumulation in the atmospheric environment and plants leaves has been established. The increase of the Acer platanoides leaves lesions percentage by ascomycete Rhytisma acerinum indicates the relative safety of park areas and recreational areas of the city. Findings. Scattering of sulfur compounds concentrations is in the north-east of the industrial zone. The lesion of maple leaves by fungus Rhytisma acerinum can be used as bioindicative sign of low concentration of pollutants in the air of the area. This is especially important when placing recreational areas and the development of residential districts of the city. Originality. Scientific novelty of research is in the fact that theoretical and practical foundations of the concept of bioindicative estimation of aerotechnogenic influence factors have been intensified in the context of environmental monitoring system in Cherkassy; the availability of bioindication research methods have been proved concerning determination of optimal conditions and environmental safety in urban areas. Practical value. The study results can be used for environmental activities planning in a modern metropolis, as well as for more effective biomonitoring system organization regarding aerotechnogenic distribution of sulfur compounds and creation of safe living conditions.

Authors and Affiliations

L. Zhytska, Т. Goncharenko

Keywords

Related Articles

ADAPTIVE SYSTEM OF ASYNCHRONOUS MOTOR MODES OPERATING

Purpose. To investigate the development of a digital control system for an asynchronous motor that fulfills the operating modes specified by the operator with a possible deviation of the rotational speed of no more than...

ASSESSMENT OF THE HYDROECOLOGICAL STATE OF URBAN WATER RESERVOIRS ON THE EXAMPLE OF ALEXEEV POND OF THE CITY OF KHARKOV

Purpose. To assess the hydroecological state of a city reservoir on the example of Alekseevsky pond in Kharkov. Methodology. Initially, a hydrological analysis of the water reservoirs of the city of Kharkov has been car...

FEATURES OF FORMATION AND PROSPECTS OF DEVELOPMENT OF EDUCATIONAL SERVICES MARKET

Purpose. To develop recommendations to improve the effectiveness of market participants of educational services in the future the main components of the education market and its participants were identified, trends in th...

CONCEPTUAL APPROACHES TO TRAINING TRANSLATORS: ESSENCE AND TRAINING SYSTEMS (ON THE EXAMPLE OF THE USA, AUSTRIA, UKRAINE)

Purpose. To reveal conceptual approaches to the training of translators in the countries which are different in terms of the level of socio-economic relations development as well as in the systems of training translators...

SCIENTIFIC ENVIRONMENTAL AND EXPERT ASSESSMENT OF THE ENVIRONMENTAL SITUATION IN PARTS OF NORTHERN INDUSTRIAL JUNCTION OF KREMENCHUK

Purpose. To analyze environmental and expert assessment of the situation that is formed in Kremenchuk North industrial junction, which includes powerful polluters of the first class of danger. Methodology. The environ...

Download PDF file
  • EP ID EP659530
  • DOI -
  • Views 64
  • Downloads 0

How To Cite

L. Zhytska, Т. Goncharenko (2017). BIOINDICATION RESEARCH OF SULFUR COMPOUNDS AEROTECHNOGENIC DISSEMINATION INTO THE ATMOSPHERE OF CHERKASY WITH THE USE OF ACER PLATANOIDES L.. Вісник Кременчуцького національного університету імені Михайла Остроградського, 1(103), 116-120. https://europub.co.uk./articles/-A-659530