ACADEMICIA: An International Multidisciplinary Research Journal
  • Year: 2020
  • Volume: 10
  • Issue: 11

Effects of mineral fertilizer norms and nitragine application on growth, development and yield of reproductive crops of mung bean

  • Author:
  • Iminov Abduvali Abdumannobovich1, Salimjon Rakhimjon Ua Hatamov2, Usmonova Dilnoza Khamraqulovna3
  • Total Page Count: 9
  • Page Number: 962 to 970

1Docent, Doctor of Agriculture Sciences, Tashkent State Agrarian University, The Republic of Uzbekistan

2Docent, Doctor of Philosophy in Agriculture Sciences, Andijan Institute of Agriculture and Agrotechnology, The Republic of Uzbekistan

3Student, Tashkent State Agrarian University, The Republic of Uzbekistan

*Email id: iminov1977@mail.ru

Online published on 11 January, 2021.

Abstract

The article provides information on the effects of inoculation with nitragin and application of mineral fertilizers on plant growth, development, dry mass accumulation, NPK levels in the vegetative and generative organs, the number of root buds and grain yield before sowing the seeds of mung bean grown as a secondary crop after winter wheat. In the control variant, which was grown without the use of any mineral fertilizers, the nitrogen content of the root was 0.97%, 0.84% in the stem, 1.77% in the leaf, 1.17% in the pod, and 3.34% in the grain. in variant 5, which was inoculated with nitragin before sowing the seeds of mung bean crop, these figures were 1.00%, 0.88%, 1.85%, 1.27%, and 3.44%, respectively.The highest amounts of nutrients in the vegetative and generative parts of the plant were observed in variant 7 in which they were treated with nitragin before sowing the seeds of mung bean and also used NPK 30:90:60 kg/ha, and was 1.18%, 1.22%, 2.24%, 1.57%, 3.84%, respectively.

Keywords

Nitragin, Nitrogen, Phosphorus, Potassium, Growth, Development, Dry Mass, Tuber Bacteria, Grain Yield