Turli stress sharoitida Chlorella vulgaris suspenziyasi orqali Buxoro-10 g‘o‘za navining chidamliligini va hosildorligini oshirish

In the agro-ecological conditions of the Bukhara region—characterized by aridity, moderate soil salinity, and high air temperatures—abiotic stressors such as moisture deficiency, soil salinity, and hot, dry winds (“garmsel”) exert a significant impact on the growth and development of cotton. Consequently, there is an urgent need to develop environmentally safe biotechnological methods tailored to these regions. Such methods, based on the use of ultrasound to disrupt the cell walls of Chlorella vulgaris (cultivated in a “modified universal medium for stress conditions”—MUM-S v 2), are aimed at enhancing the resistance of cotton plants to a complex of stress factors, ensuring the efficient use of water resources, and stabilizing both crop yield and fiber quality. Addressing this challenge is both timely and of particular importance.

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