Abstract
The Role of BioFertilizer in Reduction of Irrigation Periods for the Yield and Components of Mung Bean
Highlights
Mung bean Vigna radiata L. is a summer crop belonging to the fabaceae family, a herbaceous or semi-existing herbaceous plant (25-125 cm), covered with foliage
Water affects the vital processes in the plant as well as the nutrient uptake of the plant. [7] found significant differences between the various genotypes of the mung bean in the traits of growth and the extent of their response to the effect of water stress. [8] explained that the spacing of irrigation periods for grass plants led to a decrease in the soft and dry weight of plants [9] Repeat irrigation of every 2,4 and 6 days on soybean plants resulted in dry and soft weight differences
Irrigation every 6 days significantly reduced dry weight compared with irrigation every two days. [10] noted that the restriction of irrigation on 20-day grass plants led to a decrease in plant height compared with irrigation every 10 days, and between (8and 11) Number of pod . plants and number of seeds / pod and weight of 100 seeds
Summary
Mung bean Vigna radiata L. is a summer crop belonging to the fabaceae family, a herbaceous or semi-existing herbaceous plant (25-125 cm), covered with foliage. Filling in the shortage in part and using the minimum mineral nitrogen fertilizers Another problem is the rate of movement of the nitrogen element in the complex soil system[5]. [12] And [13] showed that during the flowering period, plantation of soybean was a significant increasing in the number of pod / plants, number of seeds / pod, 1000 seed weight and total plant yield compared to nonirrigated plants. The water stress factors were distributed on the main boards at random while the biological fertilization of the secondary plates was taken. The most important factor is the biological vaccines in the secondary plates, the least significant factor is the water stress factor in the main panels. The experimental unit includes five lines of length of each line 2 m, the distance between line 0.30 m and the distance between the plant and the last 0.25 m
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