Spatial Modeling Of Environmental Pollution And Ecological Risk
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Spatial Modeling of Environmental Pollution and Ecological Risk
Spatial Modeling of Environmental Pollution and Ecological Risk provides valuable information and insights for researchers, students and professionals in geography, hydrology, sedimentology, soil science, agriculture, engineering and GIS as they face increasingly complex challenges around development strategies for a sustainable society. Written by the world's leading researchers in their field, each article will begin with a short introductory essay that includes an overview of the sections' papers. Individual chapters focus on the core themes of research and knowledge and some topics that have received lesser attention. Each chapter will review the current understanding of knowledge regarding the present study and scope and consider where future efforts should be directed. - Discusses issues at the forefront of present research in environmental science, bioscience, ecology, pedogeomorphology, landscape, geoscience, forestry, hydrology and GIS - Explores state-of-art techniques based on methodological and modeling in modern Deep learning and Machine learning geospatial techniques through case studies - Describes novel control strategies, remediation and eco-restoration, and conservation techniques for sustainable development
Mineral Transformation and Bioremediation by Geo-Microbes
This book investigates the pivotal role of microorganisms in elemental cycling and degradation processes, offering a comprehensive exploration of their chemical reactivity and metabolic diversity. By examining the interaction of microorganisms with geological activities, this volume highlights their influence on biotransformation and bioremediation. Readers will find an in-depth review of geo-microbes' applications in soil improvement and environmental restoration, alongside discussions on bio-sediment, bioleaching, and elemental cycling. The chapters offer expert analysis and diverse perspectives in microbiology, geology, and environmental biotechnology. Key concepts include the geomicrobiological interactions in extreme environments, the transformation of toxic elements, and the potential for extraterrestrial life models. Chapters delve into the rehabilitation of saturated lands, the role of geo-microbes in arsenic transformation, and the ecological restoration of wetlands. The book is invaluable for researchers, students, and professionals in microbiology, biotechnology, geology, and environmental sciences. It also serves as a major reference for understanding the microbial processes that shape our planet and offers practical insights for harnessing the power of geo-microbes for sustainable environmental solutions. While comprehensively reviewing geo-microbes in biotransformation processes, the book provides the knowledge and tools necessary to advance the readers’ understanding of geomicrobiology and its applications.
Microplastics Pollution and its Remediation
The book elaborates on microplastics as a global concern, prompting the need for comprehensive understanding and effective management. It thoroughly explores the various aspects of microplastics, addressing their detection, separation, and contamination in diverse ecosystems. The introductory chapter highlights the global risks associated with microplastics while presenting the challenges and opportunities in tackling this issue. It focuses on the detection techniques employed to identify microplastics, providing insights into the analytical methods and technologies utilized in their characterization. It delves into the separation techniques used to extract microplastics from complex environmental matrices, aiding in their accurate quantification and analysis. The subsequent chapters examine the presence and impact of microplastics in specific ecosystems, including aquatic and terrestrial. It investigates the prevalence of microplastics in water bodies and their detrimental effects on aquatic organisms and elucidates their distribution, transport, and ecological implications on land-dwelling organisms. The book further explores microplastics' occurrence in foods, cosmetics, and air pollution and associated health hazards. It delves into the lesser-known aspects of microplastics influence on nitrogen cycling and nitrous oxide emissions, offering valuable insights into their impact on biogeochemical processes. It discusses microplastics environmental risks and hazards, covering the ecological, biodiversity, and ecosystem-level impacts caused by these persistent pollutants. The concluding chapters focus on sustainable management strategies for mitigating and controlling microplastics proliferation and associated risks. This book provides a comprehensive and multidisciplinary approach for understanding and addressing the challenges posed by microplastics. It serves as a valuable resource for researchers, policymakers, environmentalists, and anyone concerned about the impact of microplastics on planet. This book aims to foster sustainable management practices and contribute to a cleaner and healthier environment by unraveling microplastics complexities.