DETERMINATION OF THE AGROTECHNICAL EFFICIENCY OF ELECTROTECHNOLOGY ENABLING SEQUENTIAL CULTIVATION OF WHEAT AND COTTON IN A SINGLE SEASON (WHEAT PHASE)
Abstract
The article presents the results of scientific research conducted in 2024-2025 under production conditions at the "J. Nazirov" farm in the Yukori Chirchik district of the Tashkent region. The study aims to determine the agrotechnical efficiency of electrotechnology enabling sequential wheat and cotton cultivation in a single season (specifically the wheat phase). Comparative determinations were made regarding the root and stem length and weight, number of plants, number of grain spikes per plant, grain weight per spike, and the weight of one and one thousand grains of wheat planted in the field with and without the application of electrotechnology.
References
1. Mukhammadaliev A. (Supervisor). Development of environmentally clean electrotechnology for the cultivation and protection of cotton, vegetables, melons, and grain crops. Tashkent, 1995, p. 62.
2. Ziyodullaev Z.F. The effect of an electric stimulator on the yield and grain quality of winter cereal crops. Report of the Kashkadarya Scientific Research Institute of Grain Crop Breeding and Seed Production. Karshi, 2010, p. 35.
3. Mukhammadaliev A. Report on scientific research work carried out in 2022 on the topic "Creation of a series of energy equipment ensuring electrotechnological impact on seed, soil, and plant" by the "Scientific Laboratory of Electrotechnologies and Operation of Energy Equipment" of the Institute of Energy Problems of the Academy of Sciences of the Republic of Uzbekistan. Tashkent, 2022, p. 88.
4. Mukhammadaliev A., Kodirova D.A., Umarova G., Stafarova E.Yu. Study of the physico-biological mechanism of electric impact on cotton. Bulletin of Agrarian Science of Uzbekistan. Tashkent, 2001. No. 2(4), pp. 60-63.
5. Mukhammadaliev A., Aripov A.O., Mamadjonov S., Yusupov D. Agro-electrotechnology for the production of seeds of pasture crops at seed production sites. (Monograph). Namangan: Usmon Nosir Media, 2022, 162 p.
6. Khusanov R., Kasymov M., Mukhammadiev A., Mambetnazarov B., Turapov I., Saidova M. The problem of stabilizing agricultural development in arid zones and the lower reaches of the Amudarya under water scarcity conditions. (Monograph). Tashkent, 2014, pp. 82-108.
7. Mukhammadiev A. (Supervisor). Report on fundamental work for 2011 under project BV-40-011 "Study of the mechanisms of the situational effect of electric impact on the seed-soil-plant system". JSC "BMKB-Agromash". Tashkent, 2011, p. 237.
