10. Features of pollution of plowlands by heavy metals from motorways

https://doi.org/10.31073/agrovisnyk201710-10
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Pages: 51-55.

Full article: 
Abstract
The purpose. To determine features of contamination of plowlands with pollutants – lead, manganese and cadmium from motorways. Methods. Analysis of content of heavy metals is made using method of ICP-MS on emissive mass analyzer Agilent 7700x. Results. With increase of distance from polluter (motorway Kiev-Odessa) the density of products of incineration of car fuel in ground layer of air and their accumulation in arable layer of soil drops. Conclusions. The highest levels of accumulation of heavy metals in soil have been fixed within the distance of 5 m of the road. At the distances over 1280 m from the motorway the level of accumulation of lead drops in 1,67 times, manganese – 1,07, cadmium – in 40 times.

Key words: heavy metals, mass-spectrometry, contamination of soils.

References
  1. Pejtepc H.F. Ekoloryia (teopyia, zakohbl, npabyla, npyhtsynbl y rynotezbl). — M.: Poccyia molodaia, 1994. — 325 c.
  2. Dmytpyk Ju. M. Ekoloro-reoximichhyj ahaliz gpyhtoboro nokpyby arpoekocyctem — Chephibtsi: Pyta, 2006. — 328 c.
  3. Bpeclabetsb A.I. Texhorehho zabpydhehi gpyhty ta shliaxy ix nolinshehhia. Ppoblemy oxopohy habkolyshhboro npypodhoro cepedobyscha ta ekolorichhoi bezneky: zb. hayk. np./nid ped. G.D. Kobalehko. Xapkib: Pajdep, 2009; 31: 189—202.
  4. Velma V., Tchounwou P. B. Hexavalent chromium-induced multiple biomarker responses in liver and kidney of goldfish, Carassius auratus//Environ. Toxicol., 2011, vol. 26, no 6, pp. 649—656.
  5. Tpaxtehbepr Y.M., Kolechykob B.C., Lykobehko B.P. Tiazhelble metallbl bo bheshhej cpede: Cobpemehhble ryryehycheckye y tokcykolorycheckye acnektbl. — Myhck: Habyka i texhika, 1994. — 285 c.
  6. Distribution of Chromium Contamination and microbial activity in soil aggregates/T.K. Tokunaga,J. Wan, T.C. Hazen [et al.]//J. Environ. Qual. — 2003. — Vol. 32. — P. 541—549.
  7. Prasad, M.N.V., Freitas, H.M.O. (2013): Metal hyperaccumulation in plants—Biodiversity prospecting for phytoremediation technology. Electronic Journal of Biotechnology 6 (3):285—321.
  8. Cmyphob M.Y. Cpabhytelbhaia ryryehycheckaia otsehka tokcychhocty y onachocty yohob xpoma b bode c ychetom blyiahyia ha pazbytye ekcnepymehtalbhoro atepocklepoza: Abtop. dyc. … kahd. med. hayk. — M., 1984. — 20 c.
  9. lekceehko A.A. Ekolorycheckaia reoxymyia. — M., 2000. — 627 c.
  10. Bodiahytskyj Ju.H. Ob onachblx tiazhelblx metallax/metalloydax b nochbax//Biull. Pochbehhoro yh-ta ym. B.B. Dokychaeba. — 2011. — Bbln. 68. — C. 56-81.
  11. Thurman D. A. Mechanism of metal tolerance in higher plants//Effect of heavy metal pollutions on plants: in 2 vol. Ed. Lepp N. W. — L. N. Jersey: Applied Science Publ. 1981. V. 2. P. 239—249.
  12. Morais S., Costa F.G., Pereira M.L. Heavy Metals and Human Health. Environmental Health — Emerging Issues and Practice/Ed. by J.Oosthuizen. InTech, 2012: 227—246.
  13. Zbiphyk mizhhapodho-npabobyx aktib y cfepi oxopohy dobkillia. – 2-e byd., donob. – Lbbib: Hopma, 2002. – 416 c.
  14. Likapcbki zacoby/Halezhha npaktyka kylbtybybahhia ta zbypahhia byxidhoi cypobyhy poclyhhoro noxodzhehhia, CT-H MOZY 42-4.5:2012, Bydahhia ofitsijhe, -K.: MOZ Ykpaihy, 2012. — 13 c.
  15. Mehbschykoba E.B., Lahkyh B.Z., Zehkob H.K., Bohdapb Y.A., Kpyrobblx H.F., Tpyfakyh B.A. Okyclytelbhblj ctpecc. Ppookcydahtbl y ahtyokcydahtbl. — M., 2006. — 556 c.
  16. Bopp L., Ehrlich H. Ensimatic reduction of Cr6+ by a strain of Pseudomonas fluorescens//Abstr. annu. meet. amer. soc. microbial. — Washington, D.C., 2000. — P. 212—216.