Moharana Choudhury – författare

Advances in Hydrology: Spatial Intelligence, Climate Change, and Sustainable Water Resource Management is an insightful and comprehensive exploration of the dynamic field of hydrology in the context of pressing environmental challenges. The book offers a multifaceted view on how hydrology, spatial intelligence (including Geographic Information Systems and remote sensing), and climate change intersect to shape the sustainable management of water resources. With a focus on the latest research, methodologies, and practical applications, the book delves into the critical issues of our time.Sections examine the impact of climate change on hydrological processes, water availability, and quality. Furthermore, it provides valuable insights on how to leverage spatial intelligence and advanced technologies to monitor, model, and manage water resources in an increasingly uncertain and changing climate.Emphasizes real-world applications of spatial intelligence, climate change adaptation, and sustainable water resource managementIncludes case studies, examples, and practical guidance that help readers apply the knowledge and concepts presentedCovers a wide range of issues in hydrology, such as the impact of climate change, the role of technology and spatial intelligence, environmental sustainability, and data-driven decision-making

Food and Agro-Industrial Wastes: Sustainable Impacts, Transformation and Added Value of By-Products offers an in-depth look at the potential of recycling food and agro-industrial waste into valuable products. This book presents the concept of sustainable development through responsible consumption and production, and introduces practical methods to transform waste into new, value-added products. It delves into various industries, such as meat, dairy, and crop processing, highlighting the ways in which residues like leaves, stems, and husks can be repurposed. Moreover, the book explores the valorization and safety of fruit and vegetable waste, including peels and skins, to enhance food products.Real-life case studies showcase how bioactive compounds, nutraceuticals, and other bio-based enzymes can be derived from waste, providing insights into innovative food product development. This comprehensive guide is an essential resource for anyone interested in sustainable waste management and the creation of functional, eco-friendly products. Globally, it is estimated 1.3 billion tons of food, valued at $1 trillion is wasted a year, according to the United Nations and the Food and Agriculture Organization. (FAO) In addition, billions of tons of agro-industrial waste from agriculture and food processing activities are generated yearly, putting a strain on natural resources, and negatively effecting the environment.Addresses sustainable solutions and different valorization methods for food and agro-industrial wasteDiscusses risks, challenges, safety aspects, and opportunities for food and agro-industrial wastes within a circular economyFocuses on bioprocessing, chemical and biological methodologies, synthesis, and purification of food and agro-food wasteHighlights added value and practical uses of products obtained from food and agro-industrial wasteDemonstrates case studies on bioactive compounds and nutraceuticals derived from food waste

Reliability in Green Engineering: Ensuring Environmental Compliance is a comprehensive guide that helps engineers, environmental professionals, and policymakers navigate the complexities of sustainability and regulatory compliance in engineering practice. This book begins by laying out the foundational concepts of green engineering principles and the importance of reliability in achieving environmental goals. It then delves into topics such as renewable energy systems, eco-friendly design methodologies, life cycle analysis, and green technologies. It equips readers with the knowledge and tools to effectively integrate reliability and environmental compliance into their engineering practices.Provides a thorough exploration of key concepts in green engineering, reliability, and environmental compliance, offering readers a solid understanding of the principles underpinning sustainable engineering practicesProvides practical insights and strategies for integrating reliability into green engineering projects, including case studies and real-world examples that illustrate successful approaches to ensuring environmental complianceProvides guidance on navigating complex regulatory frameworks and ensuring compliance with environmental standards, helping readers mitigate legal risks and ensure the long-term viability of their projects

This book covers environmental and economic waste treatment with resource recovery strategies covering mining, urban, agricultural, industrial, and sewage wastes. It includes waste management, life-cycle assessment, recycling, and recovering valuable materials from blast furnace slags, iron ore, coal, and bauxite mining. Wastewater recycling, reuse, treatment methods, and economic gain through nanotechnology are covered, along with biochemical study cycles in mining waste and tailing, landfill stabilization, energy, and nutrient recovery from household, urban, and hazardous waste.Features:Includes details on the generation and composition of hazardous wastesFocuses on practices in waste management followed in developing countriesIllustrates the concept of energy and resource recoveryExplains ethical, innovative management strategies dealing with solid, biomedical, and chemical wastesDiscusses sustainable nanotechnology and engineered materials for treatment of biological and chemical pollutants in wastewaterThis book is aimed at researchers and graduate students in environmental engineering and management.

This book covers environmental and economic waste treatment with resource recovery strategies covering mining, urban, agricultural, industrial, and sewage wastes. It includes waste management, life-cycle assessment, recycling, and recovering valuable materials from blast furnace slags, iron ore, coal, and bauxite mining. Wastewater recycling, reuse, treatment methods, and economic gain through nanotechnology are covered, along with biochemical study cycles in mining waste and tailing, landfill stabilization, energy, and nutrient recovery from household, urban, and hazardous waste.Features:Includes details on the generation and composition of hazardous wastesFocuses on practices in waste management followed in developing countriesIllustrates the concept of energy and resource recoveryExplains ethical, innovative management strategies dealing with solid, biomedical, and chemical wastesDiscusses sustainable nanotechnology and engineered materials for treatment of biological and chemical pollutants in wastewaterThis book is aimed at researchers and graduate students in environmental engineering and management.

This reference book offers an in-depth analysis of the fundamental aspects, causative agents, and clinical manifestations of emerging and re-emerging infectious diseases of viral origin (EID-REID). It elucidates the role of evolutionary processes in the emergence, adaptation, and dissemination of pathogens. The initial chapter explores the causative agents behind EID-REID, providing a comprehensive overview of their origins, characteristics, and modes of transmission. The book further presents the structure, pathophysiology, and clinical presentation of various viral pathogens, including notable viruses such as the Crimean-Congo hemorrhagic fever Orthonairovirus (CCHFV), Rift Valley fever virus, Lassa virus, Nipah virus (NiV), Filoviridae, and coronaviruses (MERS, SARS, SARS-CoV-2). Additionally, the book elucidates the multifaceted landscape of treatment strategies, highlighting the pivotal role of pharmacological strategies, investigational drugs, vaccines, and immunomodulatory approaches. It also underscores the importance of clinical examination, immunoassays, and molecular diagnostic techniques for the early detection and accurate diagnosis of viral EID-REID. Toward the end, the book sheds light on the pivotal role of the Ayurveda, homoeopathic system of medicine, medical nutrition therapy, computational biology, bioinformatics, and systems biology in advancing disease management paradigms. This book is intended for epidemiologists, virologists, infectious disease specialists, and other healthcare practitioners who seek in-depth knowledge about emerging and re-emerging infectious diseases.

Effective waste management practices are essential to mitigate unfavourable impacts and achieve the Sustainable Development Goals. This book covers perspectives addressing the Sustainable Development Goals through analytical and case studies on municipal and biomedical waste management. It consists of ten selectively curated highly technical chapters covering various aspects of achieving the Sustainable Development Goals through applying effective waste management strategies and practices through practical case studies and examples.Features:Analysis of over 30 real-life case studies reviewed from local as well as global perspectivesDiscusses application of technologies in real timeAddresses the 17 Sustainable Development Goals at ground levelCovers a broad range of case studies on municipal solid waste and biomedical waste treatment and managementReviews the latest evidence-based approach in diagnosis and managementThis book is aimed at researchers and graduate students in environmental engineering and management.

Effective waste management practices are essential to mitigate unfavourable impacts and achieve the Sustainable Development Goals. This book covers perspectives addressing the Sustainable Development Goals through analytical and case studies on municipal and biomedical waste management. It consists of ten selectively curated highly technical chapters covering various aspects of achieving the Sustainable Development Goals through applying effective waste management strategies and practices through practical case studies and examples.Features:Analysis of over 30 real-life case studies reviewed from local as well as global perspectivesDiscusses application of technologies in real timeAddresses the 17 Sustainable Development Goals at ground levelCovers a broad range of case studies on municipal solid waste and biomedical waste treatment and managementReviews the latest evidence-based approach in diagnosis and managementThis book is aimed at researchers and graduate students in environmental engineering and management.

This book examines the detrimental impact of electronic waste on human health, animal welfare, and environmental ecosystems. The initial chapter discusses and explores the damaging effect of electronic waste on human health, animal welfare, and environmental ecosystems. The initial chapter discusses electronic waste’s sources, composition, and toxicity. The book exposes the far-reaching consequences of electronic waste on our planet, from the contamination of air, water, and soil to the alarming threats to wildlife, insects, and microorganisms. It also underscores the risks of e-waste to food safety, animal farming practices, public health, and the nervous system.Furthermore, the book delves into innovative recycling technologies, systematic management strategies, and the economic impacts associated with e-waste management, emphasizing the necessity of sustainable value chains and adopting a circular economy approach. It offers insights into the financial dimensions of e-waste management and the potential for creating sustainable value chains.It provides a comprehensive perspective on this global challenge and offers sustainable solutions for the future. This book is a valuable resource for researchers, policymakers, and environmentalists working to understand the harmful impact of electronic waste on health, the environment, and sustainability. The sources are composition, and toxicity of electronic waste.Key featuresExamines the threats posed by electronic waste (e-waste) to human, animal, and environmental healthPresents sources, types, composition, and toxicity of electronic wastePlaces a strong emphasis on the impact of e-waste on wildlife and biodiversity, highlighting threats to ecosystemsReviews impact of electronic waste on animal farming practices and the associated health concernsDiscusses innovative recycling technologies and systematic management strategies for e-wasteExplores the potential for a circular economy approach in e-waste management, emphasizing sustainability

AGRICULTURE WASTE MANAGEMENT AND BIORESOURCE Comprehensive resource detailing the generation of agricultural waste and providing insight into waste management Agriculture Waste Management and Bioresource provides thorough coverage of the generation of agricultural waste with essential thought leadership about various options in managing the waste, including composting, vermicomposting to form manure, and biogas generation. Readers take a crucial step toward more sustainable development and creating a greener planet. The text includes a wide range of information regarding resource recovery from the waste of the agriculture sector, energy generation, biofuels, reduction in the amount and volume of waste through circular economies, and much more. The authors place particular importance on understanding and managing agricultural waste concerning the sustainability of the environment in the era of global climate change. Topics covered in Agriculture Waste Management and Bioresource include: Categories and amounts of agricultural wastes seen in a worldwide perspective and current challenges and perspectives in handling agricultural wastesState-of-the-art processing technologies relevant for agricultural wastes categories and sustainable methods used for management of agricultural??biomassBioethanol production from lignocellulose waste of agricultural waste biomass and biogas production through anaerobic digestion of agricultural wastesMechanical and chemical processing, aerobic and anaerobic treatment, other biological processing methods, and thermal processing Academics, students, and industry professionals in environmental science and engineering, waste management, and agriculture can use the valuable insights in Agriculture Waste Management and Bioresource to understand the latest in the field and the advancements that can propel us towards a better and more sustainable future.

In an era marked by unprecedented technological advancement and heightened environmental awareness, this new volume, Data Analytics and Smart Technologies in Solid Waste Management: Advancing Sustainability, offers a crucial and timely exploration of how modern innovations and technologies can transform waste management practices. This book bridges the gap between cutting-edge data analytics and sustainable environmental practices, presenting a comprehensive examination of how smart technologies can enhance the efficiency, effectiveness, and ecological impact of solid waste management systems. As the world grapples with mounting waste generation and its adverse effects on ecosystems and human health, this volume underscores the urgent need for innovative solutions that leverage big data, machine learning, IoT, and other technological advancements.The insightful chapters, authored by leading experts in this field, provide a deep understanding of the current landscape, emerging trends, and future directions of waste management practices. The volume first provides an introduction to solid waste management, covering why it matters, its diversity, and the environmental and health impacts of inadequate management. The volume looks a waste generation and management trends, including techniques and technologies for material recovery, waste segregation, etc.Responsible waste disposal, treatment, and recycling strategies are discussed, including managing landfills, anaerobic digestion and composting, hazardous and special wastes, incineration processes and emission control, and energy recovery. The volume also addresses the policies, regulations, and outlook in environmental management focusing on cutting-edge technologies and innovative approaches to waste management for sustainable practices that involve data-driven solutions and smart waste technologies. Chapters also cover management of macro-plastic/micro-plastic waste, waste management in a changing climate, and more. Case studies of waste management in specific areas of the world are presented as well.By highlighting real-world case studies and practical applications, this book addresses the theoretical aspects and also provides actionable insights for researchers, practitioners, decision makers, and policymakers. The volume aims to inspire and empower stakeholders across the globe to adopt sustainable practices, ultimately contributing to a cleaner, healthier planet for future generations.

The changes in temperature and rainfall that will come with climate change combined with populations that are growing but also becoming more condensed will put a great deal of stress on our wastewater systems. Smart systems use sensors, data analytics, and automation to enable real-time monitoring, data-driven decision-making, and enhanced control.Smart Wastewater Systems and Climate Change presents the ways smart technology can be used to improve wastewater management and increase the climate resilience of wastewater systems. This is a great resource for anyone interested in water or wastewater management, climate resilience, or smart systems applications.Topics covered include:Use of spatial intelligence and geospatial analysisApproaches to risk assessment and disaster resilienceIncorporation of machine learning and AI into decision making

"Sustainable Synergy: Harnessing Ecosystems for Climate Resilience" will assemble a diverse collection of expert perspectives to explore the crucial relationship between ecosystems and climate resilience comprehensively.

"Sustainable Synergy: Harnessing Ecosystems for Climate Resilience" will assemble a diverse collection of expert perspectives to explore the crucial relationship between ecosystems and climate resilience comprehensively. This groundbreaking volume will bring together leading voices from various disciplines to present a multifaceted examination of ecosystems' role in addressing the challenges posed by climate change.Divided into thematic sections, the edited volume will begin with a deep dive into the intricate dynamics of ecosystems, providing a foundation for understanding their inherent resilience mechanisms. Contributors, including renowned scientists, researchers, and practitioners, dissect the current climate crisis and elucidate how important ecosystems can be in mitigating its effects.The strength of this edited volume will lie in its synthesis of cutting-edge research, case studies, and innovative strategies for sustainable environmental management. Each chapter will contribute a unique perspective, exploring biodiversity conservation, ecosystem restoration, and integrating indigenous knowledge into climate resilience efforts.Beyond theoretical discussions, the book will strongly emphasise practical applications. Contributors share successful, real-world examples of ecosystem-based solutions, highlighting projects demonstrating tangible results in enhancing climate resilience. These case studies provide inspiration and guidance for policymakers, conservationists, and anyone committed to fostering a sustainable future.The interdisciplinary nature of "Sustainable Synergy" will foster a holistic understanding of the complex issues surrounding climate resilience. The edited volume will be formulated to be accessible to a broad audience, including academics, practitioners, policymakers, and students. Its structure will facilitate an engaging journey through ecology, climate science, and environmental policy, making it an invaluable resource for those seeking a comprehensive overview of the subject.As the global community grapples with the escalating impacts of climate change, "Sustainable Synergy: Harnessing Ecosystems for Climate Resilience" stands out as a seminal contribution. By bringing together diverse perspectives, this collection will serve as a dynamic resource that informs and inspires collective action toward a more resilient and sustainable future. In the face of unprecedented environmental challenges, this edited volume will emerge as a guiding light for those committed to leveraging the power of ecosystems for climate resilience.

This book explores the transformative potential of waste management practices. It comprehensively analyzes how waste can be repurposed as a valuable resource within the sustainability framework. Readers will gain insights into waste management's multifaceted challenges and opportunities through interdisciplinary perspectives, including environmental science, economics, operations management, computer science, and social studies. From practical solutions like recycling and composting to cutting-edge innovations in waste-to-energy technologies, the book outlines a roadmap for utilizing waste to achieve positive environmental and economic outcomes.The Circular Path: Rethinking Waste for a Sustainable Future encourages stakeholder collaboration and inspires a shift toward a circular economy mindset. It presents a vision for a future where waste is no longer viewed as a problem but as a catalyst for sustainable development.Goes beyond theoretical discussions to offer practical solutions for transforming waste into sustainable resourcesExplores the role of technological advancements in revolutionizing waste management practicesEmphasizes the importance of collaboration among stakeholders, including government agencies, business, and communities

This book explores how modern cities are transforming through smart technologies and circular economy principles. The opening chapters introduce the concept of the smart city, explaining digital infrastructure, data-driven decision making, and connected urban systems in clear, accessible language. The middle sections examine sustainable urban planning, focusing on energy efficiency, waste reduction, resource reuse, and innovative mobility solutions. Later chapters highlight real-world case studies, showing how cities around the world apply circular economy models to improve economic growth, environmental protection, and quality of life. The final sections look ahead, discussing policy, governance, and the role of citizens in shaping sustainable cities. By combining urban innovation, sustainability, smart technologies, and circular economies, this book offers a practical and forward-looking guide for researchers, students, planners, and anyone interested in the future of cities.

The book serves as a comprehensive guide to the key principles, strategies, and innovations that will define the future of sustainable product design in a circular economy. This book explores how modularity, repairability, and recyclability transform industries, creating opportunities for longer-lasting products, reducing waste, and improving resource efficiency. By integrating these principles, businesses and designers can craft products that support a regenerative, sustainable system of production and consumption. The book presents a roadmap for incorporating these principles into product design through a series of chapters, offering real-world case studies, technological innovations, and best practices.The book begins with an introduction to the foundational concepts of the circular economy, emphasizing the critical need for sustainable design. It further explain the shift from traditional linear models to circular approaches prioritizing resource conservation, waste minimization, and product lifecycle extension. Readers will understand how modularity, repairability, and recyclability form the cornerstone of this shift, enabling products to be designed for longevity and reuse rather than disposal

This book offers a forward-looking examination of nanotechnology as it transitions beyond its foundational phase, confronting emerging scientific, ethical, and regulatory challenges while exploring the transformative potential of nanoscale innovation. Spanning breakthroughs in smart materials, nanorobotics, and quantum technologies, the volume highlights how nanotechnology is converging with fields such as biotechnology, artificial intelligence, and environmental science to reshape industries and societies.Organized into four thematic sections, the book traces the evolution of nanoscience, analyzes its risks and societal implications, and outlines strategic policy frameworks for sustainable development. Readers will gain insights into health and ecological risks, standardization hurdles, and the need for anticipatory governance. Special attention is given to global collaboration, equitable innovation, and the future of education and workforce development in a nano-enabled world.Featuring interdisciplinary perspectives from science, engineering, ethics, and policy, this book is an essential reference for researchers, industry professionals, regulators, and graduate students seeking to understand and shape the next phase of nanotechnology.

This book offers a comprehensive and forward‑looking examination of how global warming is reshaping the world’s river deltas, among the most vulnerable yet vital landscapes on Earth. It provides critical insights into the environmental, social, and political challenges faced by deltaic regions as intensifying climate pressures converge on low‑lying coastal areas.The volume emphasizes the central importance of delta resilience for global climate adaptation and human security, particularly in the context of rising sea levels, extreme weather events, altered hydrological cycles, accelerated land loss, saltwater intrusion, biodiversity decline, and disruptions to food systems.It covers key thematic areas including deltaic geomorphology, sea‑level rise, salinization, land subsidence, food security, climate‑induced migration, urban infrastructure risk, and the role of traditional knowledge in adaptation. In‑depth case studies from major delta systems, such as the Mekong, Nile, Ganges‑Brahmaputra, and Mississippi, highlight both shared vulnerabilities and region‑specific dynamics. It also examines governance challenges, financing mechanisms, and international cooperation in managing transboundary river systems, while assessing nature‑based solutions, managed retreat, and emerging adaptation technologies. By bringing together expert perspectives and evidence‑based research, it fills critical knowledge gaps and offers a clear roadmap for policy and future action.The volume serves both as a scholarly contribution and a practical guide for policymakers, planners, environmental NGOs, climate professionals, and graduate students concerned with the future of deltaic environments under climate change.