Sabu Joseph – författare

This book offers a comprehensive exploration of the transformative potential of robust, innovative AI techniques like machine learning and deep learning in revolutionizing water management to achieve UN sustainability goals. It highlights AI’s pivotal role in ensuring the efficient, equitable, and sustainable use of water resources, aligning particularly with Sustainable Development Goal 6 (SDG-6) — ensuring the availability and sustainable management of water and sanitation for all. Beyond SDG-6, this book highlights AI’s critical contributions to other goals, such as promoting sustainable agriculture (SDG-2), building resilient infrastructure and fostering innovation (SDG-9) and creating inclusive, safe, resilient, and sustainable cities (SDG-11), with a special focus on water-stressed regions in the context of climate change.The book delves into the integration of AI in various aspects of water resource management including enhancing data science processing capabilities, protecting public health and understanding societal impacts. The multifaceted challenge this book addresses is the global issue of water scarcity, quality and distribution, and how AI technologies can be leveraged to provide innovative solutions. It blends theoretical insights with practical applications, serving as a vital resource for those seeking to harness AI for effective water management. Through its comprehensive scope and forward-looking perspective, this book aims to inspire innovation and drive significant progress toward a sustainable water future, ensuring that water resources are managed with efficiency and equity.Organized into several chapters, each section provides an in-depth analysis and practical insights into specific AI applications within water management domain. Key topics include water quality management, groundwater and surface water resources management, urban and agricultural water solutions, coastal aquifer management, industrial water and wastewater treatment and desalination processes. The book also explores AI’s role in promoting a circular water economy and its applications in crucial areas such as hydroclimatology.

This book offers a comprehensive exploration of the transformative potential of robust, innovative AI techniques like machine learning and deep learning in revolutionizing water management to achieve UN sustainability goals. It highlights AI’s pivotal role in ensuring the efficient, equitable, and sustainable use of water resources, aligning particularly with Sustainable Development Goal 6 (SDG-6) — ensuring the availability and sustainable management of water and sanitation for all. Beyond SDG-6, this book highlights AI’s critical contributions to other goals, such as promoting sustainable agriculture (SDG-2), building resilient infrastructure and fostering innovation (SDG-9) and creating inclusive, safe, resilient, and sustainable cities (SDG-11), with a special focus on water-stressed regions in the context of climate change.The book delves into the integration of AI in various aspects of water resource management including enhancing data science processing capabilities, protecting public health and understanding societal impacts. The multifaceted challenge this book addresses is the global issue of water scarcity, quality and distribution, and how AI technologies can be leveraged to provide innovative solutions. It blends theoretical insights with practical applications, serving as a vital resource for those seeking to harness AI for effective water management. Through its comprehensive scope and forward-looking perspective, this book aims to inspire innovation and drive significant progress toward a sustainable water future, ensuring that water resources are managed with efficiency and equity.Organized into several chapters, each section provides an in-depth analysis and practical insights into specific AI applications within water management domain. Key topics include water quality management, groundwater and surface water resources management, urban and agricultural water solutions, coastal aquifer management, industrial water and wastewater treatment and desalination processes. The book also explores AI’s role in promoting a circular water economy and its applications in crucial areas such as hydroclimatology.

This book discusses state-of-the-art techniques for ecosystem service valuation of forests, rivers, wetlands, lakes and coastal ecosystems, for their sustainable development and management. An ecosystem service valuation can be used to address environmental degradation of natural resources. Numerous natural and man-made factors like climate change, pollution, encroachment, and over-exploitation, have put ecosystems under threat worldwide. These ecosystems provide a lot of services to human beings but many of these services are not taken into account in the market prices for products and services, and their ecological functions are not economically valued. The valuation of these ecosystems' services will help to shed light on their sustainable management. This book offers a fresh and innovative resource that captures the latest advancements, addresses emerging challenges, and propels the field forward, making it a must-have for researchers, practitioners, and policymakers. This book is also useful for stakeholders to achieve United Nations' Sustainable Development Goals 6 (Sustainability of water resources) and 13 (Climate action).The most relevant target audiences are hydrologists, hydrogeologists, environmental scientists, ecologists, biologists, and academicians. This book can be useful to post-graduate students, researchers, academicians, policy makers, NGOs in these fields. It also appeals to professionals in the fields of urban planning, agriculture, forestry, water resources management and environmental policy.

This book discusses state-of-the-art techniques for ecosystem service valuation of forests, rivers, wetlands, lakes and coastal ecosystems, for their sustainable development and management. An ecosystem service valuation can be used to address environmental degradation of natural resources. Numerous natural and man-made factors like climate change, pollution, encroachment, and over-exploitation, have put ecosystems under threat worldwide. These ecosystems provide a lot of services to human beings but many of these services are not taken into account in the market prices for products and services, and their ecological functions are not economically valued. The valuation of these ecosystems' services will help to shed light on their sustainable management. This book offers a fresh and innovative resource that captures the latest advancements, addresses emerging challenges, and propels the field forward, making it a must-have for researchers, practitioners, and policymakers. This book is also useful for stakeholders to achieve United Nations' Sustainable Development Goals 6 (Sustainability of water resources) and 13 (Climate action).The most relevant target audiences are hydrologists, hydrogeologists, environmental scientists, ecologists, biologists, and academicians. This book can be useful to post-graduate students, researchers, academicians, policy makers, NGOs in these fields. It also appeals to professionals in the fields of urban planning, agriculture, forestry, water resources management and environmental policy.

This book presents state-of-the-art techniques on radon (222Rn) in the environment, including measurement techniques in air, soil and water and its potential applications to various hydrological investigations, especially for water resources development and management. The future directions of its use are also discussed.As a radon tracer can be used to solve hydrological issues, the highlights of this book are useful for stakeholders to achieve UN Sustainable Development Goal 6, which addresses the sustainability of water resources. The most relevant target audiences are hydrologists, hydrogeologists, geologists, environmental scientists, nuclear physicists, hydraulic engineers and academicians, among others. This book also covers health implications of radon and mitigation strategies, thus creating a valuable resource for health physicists working on environmental radiation safety as well.

This book presents state-of-the-art techniques on radon (222Rn) in the environment, including measurement techniques in air, soil and water and its potential applications to various hydrological investigations, especially for water resources development and management. The future directions of its use are also discussed.As a radon tracer can be used to solve hydrological issues, the highlights of this book are useful for stakeholders to achieve UN Sustainable Development Goal 6, which addresses the sustainability of water resources. The most relevant target audiences are hydrologists, hydrogeologists, geologists, environmental scientists, nuclear physicists, hydraulic engineers and academicians, among others. This book also covers health implications of radon and mitigation strategies, thus creating a valuable resource for health physicists working on environmental radiation safety as well.