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THE EFFECT OF GROWTH-REGULATING SUBSTANCES ON THE GERMINATION OF CHICKPEA SEEDS

Abstract

This article presents data on the effect of growth-regulating substances on the germination performance of chickpea seeds under the conditions of meadow–gray soils of the Andijan region. In the control variant, the germination rate was 90.3%, while in the second variant treated with the fungicide Daltebu FS 6%, germination reached 91.1%, which is 0.8% higher than the control. In the third variant, treated with the stimulant GSN 2004, germination increased to 92.5%, exceeding the control by 2.2%. In the fourth variant, treated with Daltebu FS 6% + GSN 2004, the germination rate reached 92.9%, which is 2.6% higher compared to the control.

Keywords

plant, variety, chickpea, preparation, growth, development, germination, germination rate.

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References

  1. Muminov A., Rakhmonov Sh. Effect of sowing dates and norms on the vegetation period duration of the Zumrad chickpea variety // Uzbekistan Journal of Agriculture and Irrigation. Tashkent, 2024. Special Issue (1). – P. 16–19.
  2. G’aybullaeva M. Effect of sowing dates and mineral fertilization norms on the development of chickpea varieties // Innovation in the Modern Education System. Washington, 2023. – P. 94–100.
  3. Jo‘rayev M., Jo‘rayeva M. Effect of sowing dates on the duration of developmental phases of spring chickpea varieties Polvon and Marjon // Collection of scientific-practical conference papers on “Scientific foundations and prospects of applying modern innovative technologies in the cultivation of new varieties of cereals and legumes”. Andijan, 2023. – P. 416–420.
  4. Musurmanov Sh. Cultivation of chickpea crops in arable lands // Collection of scientific-practical conference papers on “Prospects of cultivating cereals, unconventional, oilseed, and fodder crops in Uzbekistan using innovative technologies”. Andijan, 2020. – P. 295–297.
  5. Methods for Conducting Field Experiments. UzPTI, Tashkent, 2017. – P. 175.

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