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Articles by H.R. Doroodian
Total Records ( 2 ) for H.R. Doroodian
  S.N. Mohammadinejhad-Babandeh , H.R. Doroodian and H. Besharati
  A factorial test in the framework of designing complete random blocks with 3 replications was conducted in 2011 in Bandar-Anzali (North of Iran) to study the effect of assimilating stabilizer bacteria of nitrogen (Azetobacter, Azorhizobioum and Azospirilium) on the yield and yield components of rice. Given factors of this study include Azetobacter, Azorhizobioum,Azospirilium bacterium in two levels each (with and without bacteria). Results showed that Azospirilium treatment had a meaningful effect on the weight qualifications of a thousand grains rice with 5% probability level. Reciprocal effect of Azetobacter and Azospirilium on the qualification of the grain number in a rice cluster in 1% probability level was meaningful. Reciprocal effect of Azetobacter and Azorhizobioum on the length of the stem and number of grains in the rice cluster in 5% probability level became meaningful. Reciprocal effect of Azospirilium and Azorhizobioum on the nitrogen content of the rice grain in 5% probability level was meaningful. Reciprocal effect of Azetobacter, Azospirilium and Azorhizobioum on the operation of the grain and rice harvest index in 5% probability level and on the nitrogen content of rice grain in 1% probability level became meaningful.
  T. Sedghpour-Sabet , H.R. Doroodian and H. Besharati
  To study the effects of reconciliation usage of some of nitrogen stabilizers (Azetobacter, Azospirilium and Azorhizobioum), chemical fertilizer of urea, Zn (Zinc) and Fe (Iron)-EDDHA on the operation and operation components of rice, a split-factorial test in the framework of complete random block design was conducted with 3 replication in Bandar-Anzali (North of Iran) in 2011 crop year. In this test, nitrogen fertilizer as the main factor was in 3 levels (control, biologic fertilizers (reconciling Azetobacter, Azospirilium and Azorhizobioum bacteria) and chemical fertilizer of nitrogen (150 kg ha-1 urea)) and two subsidiary factors were fertilizers of Zn and Fe-EDDHA in two levels (control and using 5 in 1000 EDTA EDDHA in the form of leaf). Results showed that the effect of nitrogen fertilizer on stalk length, number of grain per cluster and the content of grain was meaningful in 1%. Reciprocal effects of nitrogen and Zn on the number of tillers in square meter and reciprocal effect of nitrogen, Zn and Fe on the length of cluster was meaningful in 5%. The highest mean of stalk (113 cm), number of grain per cluster (89.4) and the content of grain (54.2 kg ha-1) was achieved by using urea fertilizer.
 
 
 
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