This book is presented on bioremediation of soil including different aspects for sustainable development of agriculture, environment etc. multidisciplinary approaches of bioremediation to alleviate major soil contamination issues, molecular mechanisms, biochemical approach of bioremediation of soil;

Introduction on soil bioremediation.- Different eco-friendly biological means for soil remediation.- Green technologies to remediate contaminated soil for sustainable development.- Application of microbial community for recovery of contaminated agricultural soil, littoral and sub-littoral soil etc.- Molecular mechanisms behind the plant/microbe induced soil remediation.- Physiological mechanisms behind the plant/microbe induced soil remediation.- Biochemical approach to plants/microbes induced soil remediation.- Role of bioactive metabolites produced by plants/microbes in soil remediation.- Role of bio-enzymes in soil bioremediation.- Engineering of plants, microbes and their metabolites for soil remediation.- Sustainability assessment of soil bioremediation technologies.- Global status of plant/microbial engineering for soil remediation - advances, challenges and roadmap.- Cost-effective concept based on different soil bioremediation techniques over other techniques of soil remediation.- Review of the knowledge gaps and future prospects in the field of soil bioremediation for sustainable development of contaminated soil.- Recent advances, applications, challenges and future prospects of recent technologies in soil bioremediation.

This book is presented on bioremediation of soil including different aspects for sustainable development of agriculture, environment etc. Significant attention is being paid to plants and microbes because of their metabolomics, molecular mechanisms, biochemical pathways, bioengineering, and cost-effective nature in an eco-friendly green approach. It presents a detailed account on phytoremediation, microbial remediation; application of different plants and microorganisms for bioremediation in agricultural soil; nanoparticles, metabolites produced by plants and microbes for bioremediation of soil; multidisciplinary approaches of bioremediation to alleviate major soil contamination issues, molecular mechanisms, biochemical approach of bioremediation of soil; plants and microbial engineering for bioremediation; recent advances and challenges; future prospects of bioremediation of contaminated soil, utilizing biodiversity for sustainable development of the soil ecosystem.

Includes the global status of advances, challenges, and roadmap of bioengineering used for bioremediation of soil Introduces the plants and microbe-induced enhanced bioremediation to protect the soil quality for better livelihood Provides detailed understanding of the sustainable technologies to protect contaminated soil through bioremediation