GROWTH, DEVELOPMENT, AND YIELD OF REPEATEDLY SOWN MUNG BEAN VARIETIES DEPENDING ON IRRIGATION REGIMES UNDER THE CONDITIONS OF IRRIGATED MEADOW-LOAMY SOILS IN THE FERGANA REGION
Keywords:
mung bean, Vigna radiata, repeated crop, Fergana region, meadow-loam soil, irrigation regime, field moisture capacity, growth, development, yield, water consumption.Abstract
The thesis examines the growth, development, and grain yield of mung bean (Vigna radiata (L.) R. Wilczek) varieties repeatedly sown after winter wheat under different irrigation regimes in the conditions of irrigated meadow-loam soils of the Fergana region. Maintaining pre-irrigation soil moisture at different levels relative to field moisture capacity was evaluated as a key factor affecting plant height, number of lateral branches, pod formation, 1000-grain weight, seasonal water consumption, and yield. According to the model data presented, the 70–75–70% soil moisture regime created relatively favorable conditions for vegetative growth, generative development, and grain yield. The numerical indicators provided are illustrative and intended for the thesis layout; they should be уточнены and verified using actual field experiment data in the final scientific publication.
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