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

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Amelioration of Salinity Stress by , Species as Promoters of Plant Growth in Saline Soil, gene/protein/pattern recognition receptors against salt stress. Out of different genera of salt-tolerant bacteria such as ., ., ., ., ., and ., . show the highest performances in enhancing plant tolerance to salinity. This chapter summarizes current knowledge on the amelioration of salinity stress
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Bacilli and Sustainable , Agrobiotechnology,nents which results in a competitive environment for the soil micro-dwellers. Eco-restoration and making the entire . system sustainable is a key goal of many research strategies. Organic and environmental-friendly farming being the trend of modern-day agriculture, the usage of Bacilli in the rehabi
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Role of , Species in Alleviating Biotic Stress in Crops,d nematodes may induce biotic stress in their plant hosts resulting in reduced biomass, crop quality, and yield. Various species of . are well-known PGPR and are also considered as potential biocontrol agents for many plant diseases. These are used to combat biotic stresses by inducing physiological
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and Polyhydroxyalkanoates: An Intracellular Granule Having Promising Feature as a Resource for Promanagement of waste along with generating a valuable by-product. They are known to synthesize PHA homopolymer as well as copolymers. The Food and Drug Administration (FDA) has considered . as Generally Regarded As Safe organisms (GRAS), allowing its application for large-scale bioplastic production.
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as a Versatile Tool for Crop Improvement and Agro-Industry,d products. . spp. have been a striking biological agent owing to its ability to produce a wide range of metabolites that enhance crop productivity by availing plant various micronutrients, volatile compounds, and antimicrobials targeting pathogens. Many species of . are known to produce antibiotics
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