Titlebook: Bacilli in Agrobiotechnology; Plant Stress Toleran M. Tofazzal Islam,Mahfuz Rahman,Piyush Pandey Book 2022 The Editor(s) (if applicable) an

过度

Bacilli and Sustainable , Agrobiotechnology, soil-dwelling, the genera of . has been studied for various biotechnological usage in the environment and industry. This group of eubacteria undergo various external environmental influences which helped them develop adaptive mechanisms at the genetic level related to survival strategies, making th

Compassionate

火光在摇曳

spp, Facilitated Abiotic Stress Mitigation in Rice,nmental conditions, cultivar quality, and plant diseases enormously affect plants productivity. Understanding rice responses to stress may help breeding for more tolerant varieties. On the other hand, several endophytic . species have emerged as a complementary, efficient, and safe alternative to cu

Bridle

Mindfulness

Probiotics and Bioremediation: An Aquaculture Perspective,ria exert beneficial effects in fish/shellfish when applied through the feed. Besides the application of probiotics as a feed additive, an additional concept of “water probiotic” is also pertinent in aquaculture, owing to the intricate relationship of aquatic organisms with their surrounding environ

staging

遵循的规范

Role of , Species in Alleviating Biotic Stress in Crops,ximizing yield and minimizing the damages to food crops by diseases and harsh environmental conditions. Synthetic pesticides and fertilizers are being used abundantly in agricultural fields to increase productivity but the indiscriminate use of synthetic chemicals has resulted in severe pollution of

百科全书

overreach

as a Versatile Tool for Crop Improvement and Agro-Industry,ercentage but employs a significantly large amount of human power. Agriculture depends upon numerous biotic and abiotic factors which are essential for productivity. Alteration in the fine balance of these factors has the potential to result in the development of stress that may affect the plants. T

未开化