Prabhat K. Chauhan – författare

This book is to bridge the knowledge gap between biochar research and practical applications, catering to researchers, environmental scientists, agronomists, and policymakers interested in sustainable agricultural practices and environmental conservation.The book begins with an in-depth exploration of biochar production techniques and its historical significance. It discusses the global strategies for biochar development and innovations in biochar engineering, providing readers with a solid foundation in the physical and chemical properties of biochar. Subsequent chapters delve into the global utilization of biochar for soil health, especially under stressful environmental conditions. This includes its application for enhancing soil nutrients, managing biotic and abiotic stresses, and promoting sustainable agricultural practices.The book examines the interactions between biochar and soil microbial activity, highlighting its impact on soil enzymes and agriculturally important microorganisms.It explores the synergistic effects of co-biochar-microbes in environmental stress management, pollutant removal, and sustainable agriculture. The discussion extends to the role of biochar in mitigating greenhouse gases. Challenges in large-scale implementation and socio-economic issues related to its accessibility are also addressed. Cutting-edge innovations such as nano-biochar and smart biochar are covered. The effects of biochar on biogeochemical cycles and its role in circular economies are examined. The book concludes by addressing the negative impacts, limitations, and future research prospects, providing a balanced perspective on the potential and challenges of biochar technology.

This book is to bridge the knowledge gap between biochar research and practical applications, catering to researchers, environmental scientists, agronomists, and policymakers interested in sustainable agricultural practices and environmental conservation.The book begins with an in-depth exploration of biochar production techniques and its historical significance. It discusses the global strategies for biochar development and innovations in biochar engineering, providing readers with a solid foundation in the physical and chemical properties of biochar. Subsequent chapters delve into the global utilization of biochar for soil health, especially under stressful environmental conditions. This includes its application for enhancing soil nutrients, managing biotic and abiotic stresses, and promoting sustainable agricultural practices.The book examines the interactions between biochar and soil microbial activity, highlighting its impact on soil enzymes and agriculturally important microorganisms.It explores the synergistic effects of co-biochar-microbes in environmental stress management, pollutant removal, and sustainable agriculture. The discussion extends to the role of biochar in mitigating greenhouse gases. Challenges in large-scale implementation and socio-economic issues related to its accessibility are also addressed. Cutting-edge innovations such as nano-biochar and smart biochar are covered. The effects of biochar on biogeochemical cycles and its role in circular economies are examined. The book concludes by addressing the negative impacts, limitations, and future research prospects, providing a balanced perspective on the potential and challenges of biochar technology.

This book explores the intricate relationship between air pollutants and plant responses, highlighting the role of plants as bioindicators, biomarkers and active agents in pollution mitigation. The chapters present the physiological, biochemical and molecular responses of plants to various pollutants, including gaseous substances, heavy metals, particulate matter and acid deposition. The book further addresses the impact of these pollutants on crop yield, food security and rural livelihoods, offering insights into plant-based monitoring of air quality and advancements in bioengineered phytoremediators. Innovative strategies for enhancing air pollution mitigation through the use of plants, moss, algae and trees designed for maximum pollutant sequestration are also discussed.By bridging fundamental plant science with applied environmental research, this volume provides a vital resource for those seeking sustainable solutions to air quality management. The book is a must-read for researchers, policymakers and environmental practitioners, offering a guide to harnessing plant-based strategies in the fight against air pollution.