Effects of Bradyrhizobium inoculation, nitrogen fertilizer and foliar application with molybdenum on seed yield and quality of Lupin (Lupinus termis, L.). The 4th Scientific Conference of Agricultural Sciences, Assiut, Egypt, 803-814 (December 2004).
• 2004
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Authors
17) Mehasen, S. A. S. and N. Kh. B. El-Gizawy
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Abstract
Two field experiments were carried out at the Agricultural Research and
Experimental Center, Faculty of Agriculture at Moshtohor, Zagazig University, during
2001/ 2002 and 2002 / 2003 seasons to study the effect of Bradyrhizobum inoculation ,
nitrogen fertilizer rates and foliar application with molybdenum on yield , its
components and seed quality of lupin cv. Giza 1. Each experiment included 12
treatments which were the combination between two inoculation treatments
(uninoculation and inoculation), three N rates (0 , 15 and 30 kg N/fed) and two spraying
treatments with Mo ( tap water and 30 ppm). The obtained results of each season and
the combined analysis of two seasons revealed that:-
1-Inoculated plants significantly surpassed uninoculated ones in number of
nodules/plant , plant height , number of branches and pods / plant , seed yield/plant,
100- seed weight and seed yield/fed . Number of seeds/pod , pods weight/plant , seed N
content % and seed protein content % were not affected by inoculation.
2-Adding nitrogen fertilizer to lupin plants caused an increase in all traits studied.
Nitrogen fertilization at a rate of 30 kg N/fed increased seed yield/fed over unfertilized
plants and that received 15 kg N/fed by 38.8 and 7.7 %, 35.4 and 6.7 % and 37.0 and
7.2 % in the first season, second season and combined , respectively.
3-Molybdenum application effect on all traits studied were significant in the 1st
and 2nd
seasons as well as combined analysis except plant height and seed yield/fed in the first
season and number of seeds/pod in the 2nd
season.
4-Inoculation x N rates interaction had significant effect on nodules number/plant, plant
height, seed and protein yields/fed and N uptake/fed., while number of nodules/plant
and seed yield/plant were significantly affected by the interaction between Mo spraying
and N rates.
Experimental Center, Faculty of Agriculture at Moshtohor, Zagazig University, during
2001/ 2002 and 2002 / 2003 seasons to study the effect of Bradyrhizobum inoculation ,
nitrogen fertilizer rates and foliar application with molybdenum on yield , its
components and seed quality of lupin cv. Giza 1. Each experiment included 12
treatments which were the combination between two inoculation treatments
(uninoculation and inoculation), three N rates (0 , 15 and 30 kg N/fed) and two spraying
treatments with Mo ( tap water and 30 ppm). The obtained results of each season and
the combined analysis of two seasons revealed that:-
1-Inoculated plants significantly surpassed uninoculated ones in number of
nodules/plant , plant height , number of branches and pods / plant , seed yield/plant,
100- seed weight and seed yield/fed . Number of seeds/pod , pods weight/plant , seed N
content % and seed protein content % were not affected by inoculation.
2-Adding nitrogen fertilizer to lupin plants caused an increase in all traits studied.
Nitrogen fertilization at a rate of 30 kg N/fed increased seed yield/fed over unfertilized
plants and that received 15 kg N/fed by 38.8 and 7.7 %, 35.4 and 6.7 % and 37.0 and
7.2 % in the first season, second season and combined , respectively.
3-Molybdenum application effect on all traits studied were significant in the 1st
and 2nd
seasons as well as combined analysis except plant height and seed yield/fed in the first
season and number of seeds/pod in the 2nd
season.
4-Inoculation x N rates interaction had significant effect on nodules number/plant, plant
height, seed and protein yields/fed and N uptake/fed., while number of nodules/plant
and seed yield/plant were significantly affected by the interaction between Mo spraying
and N rates.
Staff Members - Benha University