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Online First Current Issue Archive Most Downloaded Most Accessed Most Cited « Previous Article Next Article » Original Research   RMJ. 2022; 47(4): 1017-1021 doi: 10.5455/rmj.85867.20220221122317 Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes Inna Tkachenko, Anna Antonenko, Andrii Borysenko, Sergii Omelchuk, Fedir Melnychuk, Yevhen Anisimov. Abstract Objective: To study the peculiarities of the migration of spiromesifen into groundwater and surface water and to predict the risks to human health when using such water for drinking purposes. Methodology: Field experiments to study the dynamics of residual amounts of spiromesifen, its stability and behavior in the soil after fan spraying of apple orchard and vineyard were conducted in different soil and climatic conditions: Steppe, Forest-Steppe, Polissya. Koc, GUS and LEACHmod were used to assess the migration capacity of the insecticide. To predict the risk, we used the integrated hazard vector of groundwater pollution (R) and an integral index of hazard of pesticide contaminated water consumption (IIHPCWC). Results: The calculated value of GUS (-0.92) and leaching index (3.3 × 10-5) allow to pertain spiromesifen to a low level of risk of leaching into groundwater – hazard class 3. It was established that spiromesifen by persistency in soil in soil and climatic conditions of Steppe, Forest-Steppe, Polissya belongs to low-stability pesticides, and characterized by low mobility in soil. Conclusion: It was shown that spiromesifen is a moderately hazardous substance for humans due to groundwater contamination (class 3) and low-risk (class 4) due to surface water contamination by the integral index of hazard of pesticide contaminated water consumption. Key words: Migration, groundwater, surface water, risks.   ARTICLE TOOLS Abstract PDF Fulltext How to cite this article Citation Tools Related Records   Articles by Inna Tkachenko Articles by Anna Antonenko Articles by Andrii Borysenko Articles by Sergii Omelchuk Articles by Fedir Melnychuk Articles by Yevhen Anisimov on Google on Google Scholar How to Cite this Article Pubmed Style Tkachenko I, Antonenko A, Borysenko A, Omelchuk S, Melnychuk F, Anisimov Y. Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. RMJ. 2022; 47(4): 1017-1021. doi:10.5455/rmj.85867.20220221122317 Web Style Tkachenko I, Antonenko A, Borysenko A, Omelchuk S, Melnychuk F, Anisimov Y. Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. https://www.rmj.org.pk/?mno=85867 [Access: November 12, 2022]. doi:10.5455/rmj.85867.20220221122317 AMA (American Medical Association) Style Tkachenko I, Antonenko A, Borysenko A, Omelchuk S, Melnychuk F, Anisimov Y. Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. RMJ. 2022; 47(4): 1017-1021. doi:10.5455/rmj.85867.20220221122317 Vancouver/ICMJE Style Tkachenko I, Antonenko A, Borysenko A, Omelchuk S, Melnychuk F, Anisimov Y. Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. RMJ. (2022), [cited November 12, 2022]; 47(4): 1017-1021. doi:10.5455/rmj.85867.20220221122317 Harvard Style Tkachenko, I., Antonenko, . A., Borysenko, . A., Omelchuk, . S., Melnychuk, . F. & Anisimov, . Y. (2022) Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. RMJ, 47 (4), 1017-1021. doi:10.5455/rmj.85867.20220221122317 Turabian Style Tkachenko, Inna, Anna Antonenko, Andrii Borysenko, Sergii Omelchuk, Fedir Melnychuk, and Yevhen Anisimov. 2022. Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. Rawal Medical Journal, 47 (4), 1017-1021. doi:10.5455/rmj.85867.20220221122317 Chicago Style Tkachenko, Inna, Anna Antonenko, Andrii Borysenko, Sergii Omelchuk, Fedir Melnychuk, and Yevhen Anisimov. "Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes." Rawal Medical Journal 47 (2022), 1017-1021. doi:10.5455/rmj.85867.20220221122317 MLA (The Modern Language Association) Style Tkachenko, Inna, Anna Antonenko, Andrii Borysenko, Sergii Omelchuk, Fedir Melnychuk, and Yevhen Anisimov. "Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes." Rawal Medical Journal 47.4 (2022), 1017-1021. Print. doi:10.5455/rmj.85867.20220221122317 APA (American Psychological Association) Style Tkachenko, I., Antonenko, . A., Borysenko, . A., Omelchuk, . S., Melnychuk, . F. & Anisimov, . Y. (2022) Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes. Rawal Medical Journal, 47 (4), 1017-1021. doi:10.5455/rmj.85867.20220221122317

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Assessment of spiromesifen peculiarities of migration into groundwater and surface water and prediction of risks to human health when using such water for drinking purposes
Inna Tkachenko, Anna Antonenko, Andrii Borysenko, Sergii Omelchuk, Fedir Melnychuk, Yevhen Anisimov
RMJ. Year: 2022, Volume: 47, Issue: 4: 1017-1021.   DOI: 10.5455/rmj.85867.20220221122317

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