Titlebook: Extremophiles for Sustainable Agriculture and Soil Health Improvement; Anuj Ranjan,Vishnu D. Rajput,Sajad Majeed Zargar Book 2024 The Edit

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Metallotolerant Microbes for Improving the Health of Heavily Polluted Soilion. These pollutants not only adversely impact natural ecosystems but also significantly jeopardize public health by entering the food web. HMs do not break down easily, leading to their prolonged presence in the ecosystem. Metallotolerant microbes have developed mechanisms to survive by tolerating

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Functional Insights of Nutrients Solubilizing Extremophiles for Potential Agriculture Applicationare not suitable in situations with significant temperature and pH fluctuations, excessive salt, and so on. Extremophiles, namely, psychrophiles, acidophiles, thermophiles, and halophiles are environment-friendly, less expensive, and more effective than standard approaches since they can operate and

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Biotechnology and Genomics Exploration of Halotolerant Microbes: Application for Improving the Fertitural soil has been exploited and is facing diverse stress because of several anthropogenic activities and climate change. Due to an upsurge in the population and depletion of environmental soil quality, there is a rapid increase in food demands on the earth. Elevation in soil salinity is a threaten

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Biotechnology of Promising Genes from Extremophiles to Produce Stress-Resilient Plants and Microbes tivity, salinity, metal concentrations, nutrient levels, oxygen tension, radiation, and pressure levels are a few examples of extreme conditions that can occur. Extremophiles possess molecular structural modifications to survive these challenging circumstances. They create products such as extremoly

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