SCIENTIFIC JUSTIFICATION OF THE SPECIFIC FEATURES OF COTTON PLANTING BASED ON NO-TILL TECHNOLOGY
Keywords:
Key Words: No-till cotton, Conservation agriculture, Soil health (organic matter, water infiltration, microbial activity), Seed placement and emergence, Weed control strategies (herbicides, cover cropping, integrated management), Yield potential, Long-term sustainability (economic and environmental impact)Abstract
Abstract: Scientific research on no-till cotton planting is investigating its specific features and their effectiveness across various environmental conditions. While no-till offers potential benefits in terms of soil conservation and efficiency, its application for cotton requires careful evaluation. Studies are examining how no-till impacts soil properties like organic matter content, water infiltration, and microbial activity in cotton production systems. Research is needed to understand the long-term effects on soil fertility and potential nutrient limitations. No-till can pose challenges for ensuring proper seed placement and emergence, particularly in heavier residue conditions. Scientific inquiry focuses on developing optimal planting techniques and equipment adaptations for successful cotton establishment under no-till practices. The lack of soil disturbance in no-till systems necessitates alternative weed control methods. Research is exploring the efficacy of pre-emergent herbicides, cover cropping, and integrated weed management strategies for effective weed suppression in no-till cotton. Studies are investigating the impact of no-till on cotton yield compared to conventional tillage practices. Research considers factors like weather conditions, soil type, and crop rotation systems to determine if no-till can maintain or improve cotton yield over time. The long-term sustainability of no-till cotton production is a crucial area of scientific investigation. Research is examining potential drawbacks like increased reliance on herbicides, pest and disease pressures, and the need for specialized equipment. Evaluating the overall economic and environmental impact of no-till cotton compared to conventional practices is vital for its long-term adoption.
References
LIST OF USED LITERATURE
Nafiddinovich, S. A., & Adizovna, A. G. Z. (2024). THE VALUE OF ADHERING TO THE FUNDAMENTAL IRRIGATION GUIDELINES. SCIENTIFIC APPROACH TO THE MODERN EDUCATION SYSTEM, 2(22), 105-110.
Sadullaev, A. N. (2024). THEORETICAL ASPECTS OF IRRIGATION OF AGRICULTURAL CROPS. Educational Research in Universal Sciences, 3(3 SPECIAL), 190-193.
Sadullaev, A. N., & Azimova, G. Z. A. (2024). SCIENTIFIC JUSTIFICATION OF SOIL DENSITY AND MOISTURE CAPACITY: AN INTEGRATED APPROACH FOR SUSTAINABLE AGRICULTURE. GOLDEN BRAIN, 2(1), 414-417.
Sadullaev, A. N., & oʻgʻli Rajabov, O. R. (2024). UNEARTHING CONNECTIONS: EXPLORING THE DIRECT IMPACT OF TILLAGE REQUIREMENTS ON CROP YIELD. Educational Research in Universal Sciences, 3(2), 440-443.
Sadullaev, A. N., & qizi Jo‘rayeva, S. I. (2024). THE SCIENTIFIC RATIONALE FOR PLOUGHING TO INCREASE SOIL POROSITY. Educational Research in Universal Sciences, 3(2), 433-436.
Аманова, З. У., & Саъдуллаев, А. Н. (2020). WATER-SAVING TECHNOLOGY DEVELOPED BY “GIDROGEL” FOR IRRIGATION OF WINTER CEREALS. ЖУРНАЛ АГРО ПРОЦЕССИНГ, (SPECIAL ISSUE).
Холматовна, С. Ҳ., Саъдуллаев, А. Н., & Джўраев, Ш. Б. (2020). ҚИШЛОҚ ХЎЖАЛИГИ ЭКИНЛАРИНИ СУҒОРИШДА СУВ ТЕЖАМКОР УСУЛЛАРДАН ФОЙДАЛАНИШ. ЖУРНАЛ АГРО ПРОЦЕССИНГ, (SPECIAL ISSUE).
Амонова, З. У., & Саъдуллаев, А. Н. (2020). КУЧЛИ ШИШУВЧАН “ГИДРОГЕЛЬ” НИ ҚЎЛЛАБ ЯРАТИЛГАН СУВ ТЕЖАМКОР ТЕХНОЛОГИЯСИ. ЖУРНАЛ АГРО ПРОЦЕССИНГ, (SPECIAL ISSUE).
Зарипович, Қ. З., Саъдуллаев, А. Н., & Зариповна, Қ. Р. (2020). G’OZANI SUG’ORISHDA SUV TEJAMKOR SUG’ORISH TEXNOLOGIYALARNING SAMARADORLIGINI ILMIY ASOSLASH. ЖУРНАЛ АГРО ПРОЦЕССИНГ, (SPECIAL ISSUE).
Саъдуллаев, А. Н., & Чориқулов, Ш. (2020). ДУККАКЛИ ЭКИНЛАР ТУПРОҚ УНУМДОРЛИГИНИ ОШИРАДИ. ЖУРНАЛ АГРО ПРОЦЕССИНГ, (SPECIAL ISSUE).
Sadullaev, A. N., & Azimova, G. Z. A. (2024). SCIENTIFIC JUSTIFICATION OF SOIL DENSITY AND MOISTURE CAPACITY: AN INTEGRATED APPROACH FOR SUSTAINABLE AGRICULTURE. GOLDEN BRAIN, 2(1), 414-417.
Toshevna, T. H., Nafiddinovich, S. A., & Adizovna, A. G. (2024). SCIENTIFIC APPROACHES AND TECHNIQUES FOR ESTABLISHING FOUNDATIONS AND QUANTIFYING SOIL MOISTURE LEVELS. JOURNAL OF AGRICULTURE AND LIFE SCIENCES, 7(1), 1-5.
Nafiddinovich, T. H. T. S. A., & Adizovna, A. G. (2024). SCIENTIFIC APPROACHES AND TECHNIQUES FOR ESTABLISHING FOUNDATIONS AND QUANTIFYING SOIL MOISTURE LEVELS [Data set]. Zenodo.
Juraev, U. A., & Nafiddinovich, S. A. (2022). APPLICATION OF RESOURCE-EFFICIENT IRRIGATION TECHNOLOGIES IN BUKHARA OASIS. In INTERNATIONAL CONFERENCE: PROBLEMS AND SCIENTIFIC SOLUTIONS (Vol. 1, No. 2, pp. 176-185).
Xamidova, S. M., Juraev, U. A., & Sadullaev, A. N. (2022). The effectiveness of phytomeliorative measures in conditions of saline soils. Academicia Globe: Inderscience Research, 3(7), 1-5.
Sadullaev, A. N. (2022, July). BUKHARA REGIONAL IRRIGATION AND MELIORATION SYSTEM. In INTERNATIONAL CONFERENCES (Vol. 1, No. 12, pp. 18-27).
Sadullaev, A. N. (2024). PECULIARITIES OF THE WATER PERMEABILITY PROPERTIES OF THE SOIL. Educational Research in Universal Sciences, 3(1), 4-6.
Sadullaev, A. N. (2022). INTERPRETATION OF PSYCHOLOGICAL KNOWLEDGE IN THE TEACHINGS OF OUR GREAT ANCESTORS. Educational Research in Universal Sciences, 1(2), 117-123.
Sadullaev, A. N. (2022). MEASURES OF EFFECTIVE USE OF WATER IN FARMS OF BUKHARA REGION. RESEARCH AND EDUCATION, 1(4), 72-78.
Sadullaev, A. N. (2022). EFFECTS OF IRRIGATED AGRICULTURE ON THE GROUNDWATER REGIME IN THE FOOTHILLS. Educational Research in Universal Sciences, 1(2), 124-128.
Sadullaev, A. N. (2023). IT IS A WATER-SAVING TECHNOLOGY CREATED WITH THE POWERFUL SWELLING “HYDROGEL”. Educational Research in Universal Sciences, 2(18), 207-210.
Xamidova, S. M., Juraev, U. A., & Sadullayev, A. N. (2022). THE EFFECT OF PHYTOMELIORANT CROPS ON THE ACCUMULATION OF SALT IN THE SOIL, NORMS FOR WASHING SOIL BRINE. Spectrum Journal of Innovation, Reforms and Development, 5, 78-82.
20. Akramova, P. A. Ecological situation and its impact on the level of health of the younger generation.". O ‘zbekistonda fanlararo innovatsiyalar va ilmiy tadqiqotlar" jurnali. Materiallari to ‘plami, 98-102.
Aminovna, A. P., & Zaripovna, S. Z. (2023). ENVIRONMENTAL EDUCATION IS AN URGENT TASK OF OUR TIME. Finland International Scientific Journal of Education, Social Science & Humanities, 11(2), 471-477.
Akramova, P. A., kizi Berdiyeva, Z. F., & kizi Makhamadzhonova, M. M. (2024). ECOLOGICAL FUNDAMENTALS OF NATURE MANAGEMENT IN THE MODERN WORLD. GOLDEN BRAIN, 2(2), 24-28.
Акрамова, П. А., & угли Шамуратов, О. К. (2023). ЭКОЛОГИЧЕСКИЕ ПРОБЛЕМЫ УГРОЗА БЕЗОПАСНОСТИ. Educational Research in Universal Sciences, 2(16), 35-38.
Акрамова, П. А., & кизи Махамаджонова, М. М. (2023). АТМОСФЕРНЫЙ ВОЗДУХ НАМАНГАНСКОЙ ОБЛАСТИ И ПУТИ СТАБИЛИЗАЦИИ ЭКОЛОГИЧЕСКОГО БАЛАНСА. Educational Research in Universal Sciences, 2(15), 140-142.
Акрамова, П. А., & Ражабова, Н. Я. (2023). ИСПОЛЬЗОВАНИЕ ЗЕМЕЛЬНЫХ РЕСУРСОВ И ОЦЕНКА В СОВРЕМЕННОМ МИРЕ. Educational Research in Universal Sciences, 2(14), 394-400.
Акрамова, П. А., & угли Турдалиев, Ж. О. (2023). НАУЧНЫЕ ЭКОЛОГИЧЕСКИЕ ОСНОВЫ ПРИРОДОПОЛЬЗОВАНИЯ. Educational Research in Universal Sciences, 2(13), 259-262.
Amankulova, K., Farmonov, N., Akramova, P., Tursunov, I., & Mucsi, L. (2023). Comparison of PlanetScope, Sentinel-2, and landsat 8 data in soybean yield estimation within-field variability with random forest regression. Heliyon.
Акрамова, П. А. (2023). ДИНАМИКА ЗАГРЯЗНЕНИЯ АТМОСФЕРНОГО ВОЗДУХА ПРИРОДНОЙ СРЕДЫ ГОРОДА БУХАРЫ. Scientific Impulse, 1(8), 1099-1106.
Aminovna, A. P. (2023). THE PRACTICE OF ENVIRONMENTAL PROTECTION FROM THE NEGATIVE IMPACT OF THE TECHNOSPHERE. Finland International Scientific Journal of Education, Social Science & Humanities, 11(3), 362-365.
Aminovna, A. P. (2023). THE STATE OF WATER RESOURCES UNDER PRESENT GLOBAL CLIMATE CHANGE. Finland International Scientific Journal of Education, Social Science & Humanities, 11(2), 879-884.
Равшанов, У. (2021). ИЗРАЗЦОВЫЕ ПЛИТКИ (МОЗАИКИ) ЭПОХИ КАДЖАРОВ В БУХАРСКОМ МУЗЕЕ. Scientific progress, 2(2), 501-505.
Уринов, Ж. Р., Рустамов, Э. Т., & Равшанов, У. Х. (2019). Исследования неавтоклавных ячеистых бетонов и конструкций из них для применения в сейсмостойких зданиях. Вестник науки и образования, (10-1 (64)), 32-34.
Fazliyev, Z. S., Shokhimardonova, N. S., Sobirov, F. T., Ravshanov, U. K., & Baratov, S. S. (2014). Technology of the drip irrigation use in gardens and vineyards. The Way of Science, 56.
Фазлиев, Ж. Ш., Хаитова, И. И., Атамуродов, Б. Н., Рустамова, К. Б., & Шарипова, М. С. (2019). Томчилатиб суғориш технологиясини боғларда жорий қилишнинг самарадорлиги. Интернаука, (21-3), 78-79.
Fazliеv, J., Khaitova, I., Atamurodov, B., Rustamova, K., Ravshanov, U., & Sharipova, M. (2019). Efficiency of applying the water-saving irrigation technologies in irrigated farming. Интернаука, 21(103 часть 3), 35.
Pirimova, S. K. (2023). Distribution of Atmospheric Precipitation During the Year by Months and Seasons (Example of Bukhara Region). Texas Journal of Multidisciplinary Studies, 19, 44-49.
Pirimova, S. K., & oʻgʻli Shodiyorov, H. R. (2023). JIZZAX SUV OMBORI KIRIM SUVLARI HAJMINING YIL ICHIDA OYLIK, FASLIY VA YILLARARO TAQSIMLANISHI. Educational Research in Universal Sciences, 2(18), 360-364.
Pirimova, S. K., & oʻgʻli Qoʻldoshev, S. S. (2023). SURXONDАRYO HАVZАSI DАRYOLАRI OQIMINING HOSIL BOʻLISHIGА TАʼSIR ETUVCHI IQLIMIY OMILLАR. Educational Research in Universal Sciences, 2(18), 355-359.
Sarafroz, P., & Mirsharif, E. (2023). “OQ-SUV” IRRIGATSIYA BOSHQARMASI HISOBIDAGI SUV TAQSIMLOVCHI YAKKABOG'GIDROUZELINING ATROF MUHITGA TA'SIRI. In Uz-Conferences (Vol. 1, No. 1, pp. 322-326).
Alimardonov, L. (2023). ҚАШҚАДАРЁ ҲАВЗАСИДА ЙИЛЛИК АТМОСФЕРА ЁҒИНЛАРИНИНГ ОЙЛАР ВА МАВСУМЛАР БЎЙИЧА ТАҚСИМЛАНИШИ. Ta'lim innovatsiyasi va integratsiyasi, 11(7), 93-101.
Субҳоновна, Ҳ. Г. (2022). ҚУЛЖУҚТОВ ТИЗМАСИНИНГ ЖАНУБИЙ ЁНБАҒИРЛАРИДА АТМОСФЕРА ЁҒИНЛАРИНИНГ БАЛАНДЛИК БЎЙИЧА ЎЗГАРИШИ. ГЕОГРАФИЯ: ПРИРОДА И ОБЩЕСТВО, (2).
Зияев, Р. Р., Ганиев, Ш. Р., & Примова, С. К. (2022). ОЦЕНКА ИЗМЕНЕНИЯ КОЛИЧЕСТВА АТМОСФЕРНЫХ ОСАДКОВ В СРЕДНЕЙ ЧАСТИ БАССЕЙНА РЕКИ ЗЕРАВШАН. In Использование водных ресурсов в условиях изменения климата (pp. 37-41).
