LEVEL OF SOIL CONTAMINATION AND FLORA COMPOSITION IN EMISSION FIELD OF SEWAGE SLUDGE BED SLOVINKY

Act No. 514/2008 Coll. of Laws

Act No. 220/2004 Coll. of Laws

Adamišin, P. & Huttmanová, E. Management risk areas, Košice: Royal Unicorn, Slovakia, 2008. pp 171.

Bielek, P., Bujnovský, R., Fiala, K., Kobza, J., Linkeš, V., Matúšková, L., Miklovič, D., Pechová, B.& Zrubec, F. Potentials and barriers of the transport of pollutants from the soil into the food chain, Bratislava: VUPÚ, Slovakia, pp 288 , 1988.

Brehuv, J., Bobro, M., Hancuľák, J., Špaldon, T.& Slančo, P. Impact of the old mining loads to the contamination of estuary flows into the tank dam "Ružín" selected elements in 2004, Acta Montanistica Slovaca, Slovakia, Vol. 9/issue 4, pp. 322–328, 2004.

Čurlík, J. & Šefčík, P. Geochemical atlas of the Slovak republic , Bratislava: MŽPSR, Slovakia, pp 99. 1999.

Čurlík, J., I vančo, P., Š efčík, P. & B artko, Š. Set of regional maps of the environmental geo -factors in Košice region - abiotic component, VÚP OP: Bratislava , Slovakia, pp 32, 1998.

Hronec, O., Vilček, J., Tomáš, J., Adamišin, P. & Huttmanová, E. Environmental components Quality in problem Areas in Slovakia, Brno: Mendel university Brno, Czech Republic, pp 225, 2010.

Kaduková, J., Miškufová, A.& Štofko, M. The use of plants for the stabilization and cleaning up of soil and water contaminated by metals , Acta Montanistica Slovaca, Slovakia, Vol. 11/issue 2, pp 130 – 136, 2006.

Krokusová, J. & Čech, V. Selected aspects of transformati on process and environmental conditions of mining villages after the stoppage of mining activities (on the example of Rudňany and Slovinky) , Globalization and crises in modern economy. Klaipéda University, Lithuania, pp 108 - 113, 2010.

Makovníková, J. (1997). Distribution of cadmium, lead, copper and zinc in the soil, its assessment with regard to potential and barriers metals to plants, Bratislava: VÚPOP, Slovakia, pp 125, 1997.

Marhold, K. & Hindák, Š. The list of lowest and highest plants, B ratislava: Veda, Slovakia, pp 687, 1998.

Matúšková, L. Diagnosis and soil pollution by heavy metals and the transport of pollutants from the land into agricultural production, Bratislava. VÚPÚ, Slovakia, pp 125, 1997.

Mazúrek, J. Mining activity and their influence to the landscape of the central Slovakia, Geografické štúdie, Slovakia, Vol 4. pp 23-34, 1995. GeoConference on Ecology, Economics, Education and Legislation

Michaeli, E. & Boltižiar, M. Selected localities of the environmental loads in Slovak republic, Geographia Cassoviensis, Slovakia, Vol 2, pp 114-119, 2010.

Michaeli, E., Boltižiar, M. & Ivanová, M. Geoecological structure of the dump of technological waste (Fe -concentrate) at Sereď, Folia Geographica, Slovakia, Vol. XLIX/issue 14, 2009, pp 180-197;

Michaeli, E., Boltižiar, M., Ivanová, M. & Solár, V. The landfill of industrial Waste- lúženec near the former Nickel smelter at Sereď town as an example of environmental load. Životné prostredie, Slovakia, Vol. 46/issue 2, 2012, pp. 63-68;

Ouyang, Y. Phytoremediaton: modeling plant uptake and contaminant transport in the soil-plant-atmosphere continuum, Journal of Hydrology, Elsevier, Vol. 266/issue 1- 2, pp 66-82, 2002.

Pacana, A., Liberko, I. & Bednárová, L. Proposed application of the AHP method for selection of forest mean of transport, Intercathedra: scientific bulletin of the economics departments of the European universities, Poland, Vol. 28/issue 2, 2012, pp 46-50;

Pariláková, K. Possible solutions bio- technical remediation of sludge fields JSC ZSNP Žiar nad Hronom, Bratislava: VÚPOP, Slovakia, 2002. pp 128;

Pariláková, K., Streďanská, A. & Streďanský, J. Evaluation of waste impact in the course of environmental impact assessment process in Slovakia, Zeszyty Naukowe Akademii Rolniczej im. H. Kollataja w Krakowie, Poland, issue 404, 2003, pp. 23-30.

P orhajášová, J., Urminská, J., Macák, M. & Ondrišík, P. Contamination of sediments by selected heavy metals in artificial water reservoirs of region Banská Štiavnica. Journal of Agricultural Science, Slovakia, vol. 43/issue 3, 2011, pp. 449.

Prach, K. & Pyšek, P. Using spontaneous succession for restoration of human- disturbed habitats: experience from Central Europe, Using Ecology Engineering, Elsevier, Vol 17/issue 1, pp 55-62, 2001.

Slomkiewicz, P.M. & Zdenkowski, J.A. Modification of the Process of Heavy Metals Immobilization in Wastewater Sludge, Polish Journal of Environmental Studies, Poland, Vol 12/issue 2, pp 231 – 237, 2003.

Šačirgič, S. B. (2011). Taraxacum officinale as he avy metal absorber in phytoremediation of agricultural land. Herbologia, Bosnia and Herzegovina, pp 211- 219, 2011.

Šefčík, P., Pamuka, S.& Gluch, A. Evaluation of the Slovak soils according to the index of accumulation. Agriculture, Slovakia, Vol. 54/issue 3. pp 119–130, 2008.

Takáč, P., Kozáková, Ľ., Vaľková, M. &, F. Heavy metals in the soils in Middle Spiš, Acta Montanistica Slovaca, Slovakia, Vol. 13/issue 1, pp 82 –86, 2008.

Vilček, J., Torma, S., Adamišin, P., Hronec, O. Nitrogen Sor ption and Its Release in the Soil after Zeolite Application. Bulgarian Journal of Agricultural Science. Bulgaria, vol. 19/issue 2, 2013. pp 228-234;

Act No. 514/2008 Coll. of Laws

Act No. 220/2004 Coll. of Laws

Adamišin, P. & Huttmanová, E. Management risk areas, Košice: Royal Unicorn, Slovakia, 2008. pp 171.

Bielek, P., Bujnovský, R., Fiala, K., Kobza, J., Linkeš, V., Matúšková, L., Miklovič, D., Pechová, B.& Zrubec, F. Potentials and barriers of the transport of pollutants from the soil into the food chain, Bratislava: VUPÚ, Slovakia, pp 288 , 1988.

Brehuv, J., Bobro, M., Hancuľák, J., Špaldon, T.& Slančo, P. Impact of the old mining loads to the contamination of estuary flows into the tank dam "Ružín" selected elements in 2004, Acta Montanistica Slovaca, Slovakia, Vol. 9/issue 4, pp. 322–328, 2004.

Čurlík, J. & Šefčík, P. Geochemical atlas of the Slovak republic , Bratislava: MŽPSR, Slovakia, pp 99. 1999.

Čurlík, J., I vančo, P., Š efčík, P. & B artko, Š. Set of regional maps of the environmental geo -factors in Košice region - abiotic component, VÚP OP: Bratislava , Slovakia, pp 32, 1998.

Hronec, O., Vilček, J., Tomáš, J., Adamišin, P. & Huttmanová, E. Environmental components Quality in problem Areas in Slovakia, Brno: Mendel university Brno, Czech Republic, pp 225, 2010.

Kaduková, J., Miškufová, A.& Štofko, M. The use of plants for the stabilization and cleaning up of soil and water contaminated by metals , Acta Montanistica Slovaca, Slovakia, Vol. 11/issue 2, pp 130 – 136, 2006.

Krokusová, J. & Čech, V. Selected aspects of transformati on process and environmental conditions of mining villages after the stoppage of mining activities (on the example of Rudňany and Slovinky) , Globalization and crises in modern economy. Klaipéda University, Lithuania, pp 108 - 113, 2010.

Makovníková, J. (1997). Distribution of cadmium, lead, copper and zinc in the soil, its assessment with regard to potential and barriers metals to plants, Bratislava: VÚPOP, Slovakia, pp 125, 1997.

Marhold, K. & Hindák, Š. The list of lowest and highest plants, B ratislava: Veda, Slovakia, pp 687, 1998.

Matúšková, L. Diagnosis and soil pollution by heavy metals and the transport of pollutants from the land into agricultural production, Bratislava. VÚPÚ, Slovakia, pp 125, 1997.

Mazúrek, J. Mining activity and their influence to the landscape of the central Slovakia, Geografické štúdie, Slovakia, Vol 4. pp 23-34, 1995. GeoConference on Ecology, Economics, Education and Legislation

Michaeli, E. & Boltižiar, M. Selected localities of the environmental loads in Slovak republic, Geographia Cassoviensis, Slovakia, Vol 2, pp 114-119, 2010.

Michaeli, E., Boltižiar, M. & Ivanová, M. Geoecological structure of the dump of technological waste (Fe -concentrate) at Sereď, Folia Geographica, Slovakia, Vol. XLIX/issue 14, 2009, pp 180-197;

Michaeli, E., Boltižiar, M., Ivanová, M. & Solár, V. The landfill of industrial Waste- lúženec near the former Nickel smelter at Sereď town as an example of environmental load. Životné prostredie, Slovakia, Vol. 46/issue 2, 2012, pp. 63-68;

Ouyang, Y. Phytoremediaton: modeling plant uptake and contaminant transport in the soil-plant-atmosphere continuum, Journal of Hydrology, Elsevier, Vol. 266/issue 1- 2, pp 66-82, 2002.

Pacana, A., Liberko, I. & Bednárová, L. Proposed application of the AHP method for selection of forest mean of transport, Intercathedra: scientific bulletin of the economics departments of the European universities, Poland, Vol. 28/issue 2, 2012, pp 46-50;

Pariláková, K. Possible solutions bio- technical remediation of sludge fields JSC ZSNP Žiar nad Hronom, Bratislava: VÚPOP, Slovakia, 2002. pp 128;

Pariláková, K., Streďanská, A. & Streďanský, J. Evaluation of waste impact in the course of environmental impact assessment process in Slovakia, Zeszyty Naukowe Akademii Rolniczej im. H. Kollataja w Krakowie, Poland, issue 404, 2003, pp. 23-30.

P orhajášová, J., Urminská, J., Macák, M. & Ondrišík, P. Contamination of sediments by selected heavy metals in artificial water reservoirs of region Banská Štiavnica. Journal of Agricultural Science, Slovakia, vol. 43/issue 3, 2011, pp. 449.

Prach, K. & Pyšek, P. Using spontaneous succession for restoration of human- disturbed habitats: experience from Central Europe, Using Ecology Engineering, Elsevier, Vol 17/issue 1, pp 55-62, 2001.

Slomkiewicz, P.M. & Zdenkowski, J.A. Modification of the Process of Heavy Metals Immobilization in Wastewater Sludge, Polish Journal of Environmental Studies, Poland, Vol 12/issue 2, pp 231 – 237, 2003.

Šačirgič, S. B. (2011). Taraxacum officinale as he avy metal absorber in phytoremediation of agricultural land. Herbologia, Bosnia and Herzegovina, pp 211- 219, 2011.

Šefčík, P., Pamuka, S.& Gluch, A. Evaluation of the Slovak soils according to the index of accumulation. Agriculture, Slovakia, Vol. 54/issue 3. pp 119–130, 2008.

Takáč, P., Kozáková, Ľ., Vaľková, M. &, F. Heavy metals in the soils in Middle Spiš, Acta Montanistica Slovaca, Slovakia, Vol. 13/issue 1, pp 82 –86, 2008.

Vilček, J., Torma, S., Adamišin, P., Hronec, O. Nitrogen Sor ption and Its Release in the Soil after Zeolite Application. Bulgarian Journal of Agricultural Science. Bulgaria, vol. 19/issue 2, 2013. pp 228-234;