Hygiene of populated places | ISSN: 2707-0441 eISSN: 2707-045X |
Issue 72, 2022 - Pages: 58-67
THE ANALYSIS OF SOIL CONTAMINATION IN LOW-LYING AREAS OF TRANSCARPATHIAN REGION FROM 2017 TO 2021
Kh.I. Mykyta1, I.M. Rohach1
1 UZHHOROD NATIONAL UNIVERSITY
ÓÄÊ: 613.31 (477.870)
SUMMÀRY:
Objective. To study the soil pollution of the settlements of the lowlands of the Transcarpathian region in the dynamics during 2017-2021.
Materials and methods. The objects of the study were lowland areas of the Zakarpattia region (Berehovo, Vynohradiv, Mukachevo, Uzhhorod, Perechyn). An analysis of the statistical material of the State Institution "Transcarpathian Regional Center for Disease Control and Prevention of the Ministry of Health of Ukraine" on soil pollution was conducted settlements of lowland districts of Zakarpattia region in the dynamics during 2017-2021. The obtained materials were processed by statistical method using the computer program Microsoft Excel.
Results. A laboratory study was conducted of selected soil samples in the settlements of lowland areas of the Transcarpathian region (Berehovo, Vynohradiv, Mukachevo, Uzhhorod, Perechyn) in the dynamics during 2017-2021.
Based on the studied material, it was found that a small number of studied soil samples taken in the settlements of lowland areas of the Transcarpathian region do not meet the requirements of the State Standart for sanitary-chemical and bacteriological indicators. Non-compliance of soils with sanitary and hygienic standards on various indicators is due to insufficient control over the use of pesticides and mineral fertilizers to neutralize pests and increase crop yields. A number of measures have been developed to prevent soil contamination, as well as monitoring of the content of toxic substances in the environment, etc.
Conclusions. 1. A small number of studied soil samples taken in the settlements of lowland areas of the Transcarpathian region do not meet the requirements of the State Standard for sanitary-chemical and bacteriological indicators.
2. Non-compliance of soils with sanitary and hygienic standards on various indicators is due to insufficient control over the use of pesticides and mineral fertilizers to neutralize pests and increase crop yields.
3. Ñontent of toxic substances is monitored. substances in the environment, etc.
KEYWORDS:
Soil samples, soil contamination, preventive measures.
REFERENCES:
1. Talakin YuN, Sergeeva LA, Davydova SF, Pidorenko AI. [The hygienic aspects of the junction heavy metals content in soil and water: the condition of problem and perspective of following investigations]. Environment and Health. 2007;3(42):13-9. Russian.
2. Homonai VI, Chodakovskyi VS, Lobko YuV. [The content of heavy metals in the soils of Uzhhorod]. Scientific Bulletin of the Uzhhorod University. Series «Chemistry». 2005;13:74-6. Ukrainian.
3. Homonai VI, Bohosta AS, Lobko YuV. [Soil pollution in some settlements of Zakarpattia region]. Scientific Bulletin of the Uzhhorod University. Series «Chemistry». 2010;23:73-76. Ukrainian.
4. Grebnyak NÐ, Demenkov VYu, Shelekh HP. [Scientific and methodological aspects of improving sanitary supervision at the current stage]. Vestnik of Hygiene and Epidemiology. 1998;2(1):19-25. Russian.
5. Hryhorenko LV, Shtepa OP, Karasiov YuF, Sotnykov VV, Akulova OV, Shokol ID. [Ecological-hygienic estimation of technogenic pollution of soils by cadmium and lead in the anthropogenic landscafes of Dnipropetrovsk]. Environment and Health. 2009;3(50):34-8. Ukrainian.
6. Hrebniak MP, Hrebniak VP, Yermachenko OB, Pavlovyñh LV. [Soil pollution with chemical elements: risk factors, negative influence on the health condition]. Environment and health. 2007;3(42):22-9. Ukrainian.
7. Kovalchuk OP, Snytynskyi VV, Shkumbatiuk RS. [Monitoring of heavy metals content in soils of the areas surrounding Dobrotvir thermal power plant]. Scientific Bulletin of UNFU. 2017; (27);4:87-90. Ukrainian. doi:
https://doi.org/10.15421/40270419
8. Korshun MM, Filatova IM, Tkachenko II. [Scientific substantiation of the algorithm of estimated hygienic rationing of pesticides in the soil]. Nauk. Visn. Nats. Med. Un-tu im. O.O.Bohomoltsia. 2010;27:135-6. Ukrainian.
9. Koshelnyk MI. [Problematic issues of waste management in Ukraine]. Nauk. Visn. Nats. Med. Un-tu im. O.O.Bohomoltsia. 2010;27:129. Ukrainian.
10. Mykyta KhI, Rohach ²Ì, Koval ÍÌ. [Analysis of the state of soil pollution in Zakarpattia Oblast in dynamics during 2013-2017]. Scientific Bulletin of the Uzhhorod University. Series «Medicine». 2018;2(58):119-24. Ukrainian. doi:
https://doi.org/10.24144/2415-8127.2018.58.119-124
11. Andrusyshyna IM, Holub IO, Demchenko VF, Lampeka OH. [Comparative assessment of heavy metal content in soils of different urban agglomerations: methodological approaches to environmental monitoring]. Environment and Health. 2020;4(97):71-9. Ukrainian. doi:
https://doi.org/10.32402/dovkil2020.04.071
12. Honcharuk YeH, Bardov VH, Harkavyi SI, Yavorovskyi OP, Akimenko VY, Bushtuieva KA, et al. [Sanitary soil protection and cleaning of populated areas]. Komunalna Hihiyena. Zdorovia. [Communal Hygiene. Health]. 2000:327-412. Ukrainian.
13. Sytnyk KM, Bahniuk VM. [Soil condition and the future of mankind]. Visnyk of the National Academy of Sciences of Ukraine. 2008;8:3-25. Ukrainian.
14. Fedoriuk MD. [Ecological and economic assessment of the use of land resources of the Carpathian region]. Bulletin of Agricultural Science. 2005;1:58-60. Ukrainian.
FOR CITATION:
Mykyta KhI, Rohach IM. The analysis of soil contamination in low-lying areas of transcarpathian region from 2017 to 2021. Hygiene of populated places. 2022;72:58-67. Ukrainian.