EFFECT OF MINERAL FERTILIZERS AND BIOFERTILILZERS ON SOIL MICROBIAL CHARACTERISTICS AND POTATO YIELD

1 Stark C. & Condron L.M. & Stewart A.D. & Di H.J. & O’Callaghan M. Influence of organic and mineral amendments on microbial soil properties and processes, Applied Soil Ecology, Netherlands, Vol.35/issue 1, pp 73-93, 2007. 2 Fauci M.F. & Dick R.P. Soil microbial dynamics: short and term effect of inor ganic and organic nitrogen, Soil Science of America Journal, United States, Vol.58/issue 3, pp 801-806, 1994. 3 Barabasz W. & Albińska D. & Jaśkowska M. & Lipiec J. Biological Effects of Mineral Nitrogen Fertilization on Soil Microorganisms, Polish Journal of Environmental Studies, Poland, Vol. 11/issue 3, pp 193-198, 2002. 4 Pesakovic M. & Mandic L. & Djukic D. Microbiological productivity of smonitza in mineral and organic fertilization conditions, Acta Agriculturae Serbica, Serbia, Vol. 11/issue 22, pp 75-82, 2006. 5 Davies J.F.T. & C alderon C.M. & Huaman Z. Influence of arbuscular mycorrhizae indigenous to Peru and a flavonoid on growth, yield, and leaf elemental concentration of 'Yungay' potatoes, HortScience, United States, Vol. 40/issue 2, pp 381-385, 2005. 6 Sofi P. & Wani S. Prospects of Nitrogen Fixation in Rice, Asian Journal of Plant Sciences, Pakistan, Vol. 6/issue 1, pp 203-213, 2007. 7 Emtsev V.T. & Sokolova A.Y. & Selitskaya O.V. Protective effect of Klebsiella bacteria on lawn grasses under conditions of soil salinization, Eurasian Soil Science, Russian Federation, Vol. 43/issue 7, pp 771-776, 2010. 8 Sukhovitskaja L.A. & Mokhova S.V. & Safranova H.V. & Chernestova I.B. & Melnikova N.V. Production of Bacteria Preparation Rhizobacterin and Efficiency of Its Application under Grain Crops. In: Faberova I. (eds) Advances in Buckwheat Research, Proceedings of the 9th International Symposium on Buckwheat, Prague, Czech Republic, 2004, pp 91-94. 9 Pochon J. & Tardieux P. Techniques d'analyse en microbiologie du sol. Edition de la Tourelle, Saint Mandé, INRA Press, Paris, France, 1962, pp 111. 10 Romejko I. N. Proteolitičeskaja aktivnost dernogo - podzolistoj počvi pri raznih sposobah vspaški, Pochvovedenie, Russian Federation, Vol. 2/issue10, pp 87-90, 1969. 11 StatSoft.Inc. STATISTICA for Windows (computer program manual). Tulsa. OK: StatSoft.Inc., 1995. 12 Park M. &, Kim C. & Yang J. & Lee H. & Shin W. & Kim S. & Sa T. Isolation and characterization of diayotrophic growth promoting bacteria from rhizosphere of Section Advances in Biotechnology agricultural crops of Korea, Microbiological Research, Germany, Vol. 160/issue 2, pp 127-133, 2005. 13 Kandeler E. & Tscherko D. & Spiegel H. Long -term monitoring of microbial biomass, mineralization and enzyme activities of a chernozem under different tillage menagment, Biology ang Fertility of Soils, Germany, Vol. 28/issue 4, pp 343 -351, 1999. 14 Ali M.R. & Costa D.J. & Abedin M.J. Effect of fertilizers and variety on the yield of sweet potato, Bangladesh Journal of Agricultural Research, Bangladesh, Vol. 34/issue 3, pp 473-480, 2009.

1 Stark C. & Condron L.M. & Stewart A.D. & Di H.J. & O’Callaghan M. Influence of organic and mineral amendments on microbial soil properties and processes, Applied Soil Ecology, Netherlands, Vol.35/issue 1, pp 73-93, 2007. 2 Fauci M.F. & Dick R.P. Soil microbial dynamics: short and term effect of inor ganic and organic nitrogen, Soil Science of America Journal, United States, Vol.58/issue 3, pp 801-806, 1994. 3 Barabasz W. & Albińska D. & Jaśkowska M. & Lipiec J. Biological Effects of Mineral Nitrogen Fertilization on Soil Microorganisms, Polish Journal of Environmental Studies, Poland, Vol. 11/issue 3, pp 193-198, 2002. 4 Pesakovic M. & Mandic L. & Djukic D. Microbiological productivity of smonitza in mineral and organic fertilization conditions, Acta Agriculturae Serbica, Serbia, Vol. 11/issue 22, pp 75-82, 2006. 5 Davies J.F.T. & C alderon C.M. & Huaman Z. Influence of arbuscular mycorrhizae indigenous to Peru and a flavonoid on growth, yield, and leaf elemental concentration of 'Yungay' potatoes, HortScience, United States, Vol. 40/issue 2, pp 381-385, 2005. 6 Sofi P. & Wani S. Prospects of Nitrogen Fixation in Rice, Asian Journal of Plant Sciences, Pakistan, Vol. 6/issue 1, pp 203-213, 2007. 7 Emtsev V.T. & Sokolova A.Y. & Selitskaya O.V. Protective effect of Klebsiella bacteria on lawn grasses under conditions of soil salinization, Eurasian Soil Science, Russian Federation, Vol. 43/issue 7, pp 771-776, 2010. 8 Sukhovitskaja L.A. & Mokhova S.V. & Safranova H.V. & Chernestova I.B. & Melnikova N.V. Production of Bacteria Preparation Rhizobacterin and Efficiency of Its Application under Grain Crops. In: Faberova I. (eds) Advances in Buckwheat Research, Proceedings of the 9th International Symposium on Buckwheat, Prague, Czech Republic, 2004, pp 91-94. 9 Pochon J. & Tardieux P. Techniques d'analyse en microbiologie du sol. Edition de la Tourelle, Saint Mandé, INRA Press, Paris, France, 1962, pp 111. 10 Romejko I. N. Proteolitičeskaja aktivnost dernogo - podzolistoj počvi pri raznih sposobah vspaški, Pochvovedenie, Russian Federation, Vol. 2/issue10, pp 87-90, 1969. 11 StatSoft.Inc. STATISTICA for Windows (computer program manual). Tulsa. OK: StatSoft.Inc., 1995. 12 Park M. &, Kim C. & Yang J. & Lee H. & Shin W. & Kim S. & Sa T. Isolation and characterization of diayotrophic growth promoting bacteria from rhizosphere of Section Advances in Biotechnology agricultural crops of Korea, Microbiological Research, Germany, Vol. 160/issue 2, pp 127-133, 2005. 13 Kandeler E. & Tscherko D. & Spiegel H. Long -term monitoring of microbial biomass, mineralization and enzyme activities of a chernozem under different tillage menagment, Biology ang Fertility of Soils, Germany, Vol. 28/issue 4, pp 343 -351, 1999. 14 Ali M.R. & Costa D.J. & Abedin M.J. Effect of fertilizers and variety on the yield of sweet potato, Bangladesh Journal of Agricultural Research, Bangladesh, Vol. 34/issue 3, pp 473-480, 2009.