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Full Description
This book covers the complex interplay between various aspects of the environment and their profound impact on climate change. It delves into the multidimensional aspects of the environmental nexus, including comprehensive analysis of scientific research, case studies, and real-world examples. It encompasses key topics such as the role of forests and oceans in regulating climate, the impact of urbanization and industrialization on greenhouse gas emissions, and the importance of biodiversity conservation in mitigating environmental degradation.
Provides detailed insights of the recent development of the greenhouse gas emission and mitigation
Discusses topics related to climate and Sustainable development goals
Includes case studies of best practices as well as gaps and lessons learnt in relation to agroecosystem
Discusses relevant policy related case studies
Offers practical solutions and actionable recommendations for addressing climate change and managing the environmental nexus effectively
This book is aimed at graduate students and researchers in environmental engineering, climate change, and agriculture sciences.
Contents
Chapter 1: Global Climate Change and Carbon Sequestration Chapter 2: Role of soil organisms and their interaction in soil systems Chapter 3: Soil microbial activity involves in nitrous oxide emissions Chapter 4: Biological nitrogen fixation: Advantages and limitations in agriculture Chapter 5: Role of next-generation sequencing of microbial community structural and functional analysis in soil ecosystem Chapter 6: Carbon sequestration through cyanobacteria Chapter 7: Global scenario of microbial technology in climate resilient agriculture: Current status and future perspectives Chapter 8: Biological approaches for reducing greenhouse gas emission from soil Chapter 9: Phytoremediation technology: Contemporary approaches from lab scale to field scale journey Chapter 10: Microbial nanotechnology in agriculture: New perspectives and opportunity under climate change Chapter 11: Promoting sustainability: Using artificial intelligence to monitor carbon dioxide Chapter 12: Fate and behavior of heavy metals in soil systems and their risk assessment Chapter 13: Conservation Agriculture Technologies for Salinity Management Chapter 14: Enhancing crop resilience through mutation breeding in a changing climate
