Investigation on the Effectiveness of Zinc Sulphate and Biofertilizer on Mustard Plant
The present work was conducted to find out the effect
of biofertilizer formulated with four species of bacteria (two species
of Azotobacter and two species of Lysobacter) and zinc sulphate.
Field experiments with mustard plant were conducted to study the
effectiveness of soil application of zinc sulphate and biofertilizer at
0, 10, 20, 30, 40, 50 days after sowing. Plant height and condition of
plant was found to be increased significantly using a mixture of
biofertilizer and zinc sulphate than other treatments after 40 days
sowing. Three treatments were also used in this field experiment such
as bacteria only, zinc sulphate only and mixture of biofertilizer and
zinc sulphate. The treatment using a mixture of zinc sulphate and
biofertilizer had the best yield (4688.008 kg/ha) within 50 days of
sowing and performed better than other treatments. Field experiment
using zinc sulphate only was second best yield (3380.75Kg/ha) and
biofertilizer only treatment gave (2639.04kg/ha).
[1] 106-E. Kamla Nagar, National Instute of Industrial Research. The
Complete Techonology Book on Biofertilizer and Organic
Farming,Delhi-,India, 110007,1999.
[2] P.V.Toan, et al., Biological Nitrogen Fixation Research and
Application,Vietnam,Ministry of Agriculture and Rural
Development,Vietnam Agricultural Science Institute, VAST 2000.
[3] A.Bauer and WL.Lindsay, TheEeffect soil temperature on the
availability of Indigenous soil zinc .Soil Soc Amer Proc 29:413-
420,1965.
[4] J.C.Katyal, Relative efficiences of micronutrient sources, Fert
News23:39-48, 1980.
[5] B.D. Shama and J.C. Katyal, Evaluation of amounts , methods and
sources of zinc application to wheat in flood plain soils. J Agric Sci
Camb 196:41-44,1986.
[6] B.D. Shama, P.N. Takkar and U.S. Sadana , Evaluation of levels and
methods of zinc application to rice in sodic .Fert Res3:161-167,1982.
[7] J.C. Katyal and B.D. Shama , Role of micronutrients in crop production.
Fert News 24:33-50 ,1979.
[8] L.A.Rudgers, J.L.Dineterio, F.M. Paulson and R.Ellis , Jr, Interaction
among atrazine, temperature and phosphrous-induced zinc deficiency in
corn.Soil Sci Soc Amer Proc34:240-248,1970.
[9] F.C.Viet, Zinc deficiency in soil plant system. Zinc Metabolism90-
128.ChemicalAbstract67(71814)1986.Soil and Fert1340,1966.
[10] F.Gary, Zimmer. Trace Minerals: Beyond NPK vol 40.No.12 December
, 2010.
[11] Wai Mon , Biofertilizer preparation with NPK fertilizer and their
application on mustard plant on pot trial, Myanmar ,2003.
[1] 106-E. Kamla Nagar, National Instute of Industrial Research. The
Complete Techonology Book on Biofertilizer and Organic
Farming,Delhi-,India, 110007,1999.
[2] P.V.Toan, et al., Biological Nitrogen Fixation Research and
Application,Vietnam,Ministry of Agriculture and Rural
Development,Vietnam Agricultural Science Institute, VAST 2000.
[3] A.Bauer and WL.Lindsay, TheEeffect soil temperature on the
availability of Indigenous soil zinc .Soil Soc Amer Proc 29:413-
420,1965.
[4] J.C.Katyal, Relative efficiences of micronutrient sources, Fert
News23:39-48, 1980.
[5] B.D. Shama and J.C. Katyal, Evaluation of amounts , methods and
sources of zinc application to wheat in flood plain soils. J Agric Sci
Camb 196:41-44,1986.
[6] B.D. Shama, P.N. Takkar and U.S. Sadana , Evaluation of levels and
methods of zinc application to rice in sodic .Fert Res3:161-167,1982.
[7] J.C. Katyal and B.D. Shama , Role of micronutrients in crop production.
Fert News 24:33-50 ,1979.
[8] L.A.Rudgers, J.L.Dineterio, F.M. Paulson and R.Ellis , Jr, Interaction
among atrazine, temperature and phosphrous-induced zinc deficiency in
corn.Soil Sci Soc Amer Proc34:240-248,1970.
[9] F.C.Viet, Zinc deficiency in soil plant system. Zinc Metabolism90-
128.ChemicalAbstract67(71814)1986.Soil and Fert1340,1966.
[10] F.Gary, Zimmer. Trace Minerals: Beyond NPK vol 40.No.12 December
, 2010.
[11] Wai Mon , Biofertilizer preparation with NPK fertilizer and their
application on mustard plant on pot trial, Myanmar ,2003.
@article{"International Journal of Biological, Life and Agricultural Sciences:54646", author = "Khin S. Aye", title = "Investigation on the Effectiveness of Zinc Sulphate and Biofertilizer on Mustard Plant", abstract = "The present work was conducted to find out the effect
of biofertilizer formulated with four species of bacteria (two species
of Azotobacter and two species of Lysobacter) and zinc sulphate.
Field experiments with mustard plant were conducted to study the
effectiveness of soil application of zinc sulphate and biofertilizer at
0, 10, 20, 30, 40, 50 days after sowing. Plant height and condition of
plant was found to be increased significantly using a mixture of
biofertilizer and zinc sulphate than other treatments after 40 days
sowing. Three treatments were also used in this field experiment such
as bacteria only, zinc sulphate only and mixture of biofertilizer and
zinc sulphate. The treatment using a mixture of zinc sulphate and
biofertilizer had the best yield (4688.008 kg/ha) within 50 days of
sowing and performed better than other treatments. Field experiment
using zinc sulphate only was second best yield (3380.75Kg/ha) and
biofertilizer only treatment gave (2639.04kg/ha).", keywords = "biofertilizer, zinc sulphate, mustard plant, bacteria", volume = "5", number = "3", pages = "139-3", }