ЯСМИҚНИНГ ҲОСИЛДОР, ДОНИ ОҚСИЛ ВА МОЙГА БОЙ ҲАМДА ФОТОСИНТЕТИК МАҲСУЛДОРЛИГИ ЮҚОРИ ТИЗМАЛАРИНИ ТАНЛАШ
Ключевые слова:
Калит сўзлар: ясмиқ, нав, тизма, ҳосилдорлик, оқсил, мой миқдори, хлорофилл миқдори, яшил биомасса миқдори, фотосинтетик маҳсулдорлик.Аннотация
Аннотация: Ҳозирги кунда ясмиқ донига бўлган талабни
республикамизда етиштирилган ҳосилдан қондиришнинг имкони жуда паст.
Шунинг учун асосий дуккакли экинлар донлари хориждан экспорт қилинмоқда.
Ўз навбатида аҳоли сонининг йилдан йилга ошиб бориши ясмиқ экинлари донига
бўлган талабни кўчайтирмоқда. Ушбу тадқиқот ишида ясмиқнинг рақобатли нав
синаш кўчатзорида 20 та нав ва тизмаларнинг ҳосилдорлиги, оқсил, мой
миқдори, ва фотосинтетик маҳсулдорлик кўрсаткичлари ўрганилган бўлиб,
андоза навларга нисбатан кўрсаткичлари баланд тизмалар танлаб олинган.
Библиографические ссылки
Dilmurodov S., Ismailov A. Cultivation of lentils in conditions of the southern
regions of Uzbekistan //Theoretical aspects in the formation of pedagogical sciences.
– 2022. – Т. 1. – №. 1. – С. 32-35.
Abdimajidov J. et al. Selection of drought-resistant lines of lentils in rainfed areas
//British Journal of Global Ecology and Sustainable Development. – 2022. – Т. 2. –
С. 74-79.
Abdimajidov J., Djumaev S., Dilmurodov S. Yield indicators of new varieties and
lines soybean in the southern regions of Uzbekistan //British Journal of Global
Ecology and Sustainable Development. – 2022. – Т. 2. – С. 80-82.
Kayumov N. S., Dilmurodov S. D. Introduction of new parts and samples with high
protein, high productivity indicators //Archive of Conferences. – 2021. – С. 7-11.
Dilmurodov S. D. et al. Selection of heat and drought resistant varieties and lines of
faba bean on the high yield traits for rainfed areas //Моя профессиональная
карьера. – 2021. – Т. 1. – №. 21. – С. 53-58.
Dilmurodov S. D. et al. Yield analysis of drought tolerant faba bean lines for rainfed
areas //Моя профессиональная карьера. – 2021. – Т. 1. – №. 21. – С. 63-68.
Abdimajidov J. et al. SOYBEAN GROWING IN UZBEKISTAN //Интернаука. –
– №. 27-2. – С. 47-48.
Dilmurodov, S., & Kayumov, N. (2022). Selection of productive lines of winter
chickpea for dryland areas. Theoretical aspects in the formation of pedagogical
sciences, 1(1), 27-31.
4. Kayumov, N. S. (2021). Selection of drought resistant lines of chicckpea for
rainfed areas with low rainfall. In Наука, образование, инновации: актуальные
вопросы и современные аспекты (pp. 59-62).
5. Kayumov, N. S., & Dilmurodov, S. D. (2020). Selection of heat and drought
tolerant varieties and lines of chickpea for rainfed areas. In Высокие технологии,
наука и образование: актуальные вопросы, достижения и инновации (pp. 129-
.
6. Shakirjanovich, K. N., & Dilmurodovich, D. S. (2021). Analysis of yield and
protein content of drought-resistant chickpea lines for rainfed areas. International
journal of discourse on innovation, integration and education, 2(1), 108-111.
7. Shakirjonovich, K. N. (2023, January). Field study of heat and drought resistance
of chickpea varieties and samples in rainfried areas southern institute of agricultural
scientific research. In Proceedings of International Conference on Modern Science
and Scientific Studies (Vol. 2, No. 1, pp. 4-7).
8. Shakirjonovich, K. N., & Dilmuradovich, D. S. (2023). Productivity, Grain
Quality Indicator and Continuity of the Growth Period of Chickpea Varieties and
Samples. Vital Annex: International Journal of Novel Research in Advanced
Sciences, 2(1), 4-10.
Дилмуродов Ш. Д. ВЫБОР ВЫСОКОФОТОСИНТЕТИЧЕСКОЙ
ПРОДУКТИВНОСТИ, АДАПТИВНЫХ К МЕХАНИЗМУ И
ВЫСОКОУРОЖАЙНЫХ ЛИНИЙ ОЗИМОГО НУТА ДЛЯ БОГАРНЫХ
РАЙОНОВ //Life Sciences and Agriculture. – 2023. – №. 2 (14). – С. 28-35.
Dilmurodovich D. S. et al. Selection of New Genotypes of Winter Chickpeas with
High Productivity, High Photosynthetic Productivity, Resistance to Fusariosis
Disease and Adaptation to Mechanism //Lampyrid: The Journal of Bioluminescent
Beetle Research. – 2023. – Т. 13. – С. 117–126-117–126.
