Digital Oceans Artificial Intelligence Iot And Sensor Technologies For Marine Monitoring And Climate Resilience
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Digital Oceans: Artificial Intelligence, IoT, and Sensor Technologies for Marine Monitoring and Climate Resilience
Author: Mohanraju Muppala
language: en
Publisher: Deep Science Publishing
Release Date: 2025-07-08
Oceans cover over 70% of our planet's surface and play a pivotal role in regulating climate, supporting biodiversity, and enabling global commerce. Yet, despite their significance, our understanding and monitoring of oceanic systems remain limited—largely due to the vastness, variability, and inaccessibility of marine environments. In recent years, the convergence of Artificial Intelligence (AI), the Internet of Things (IoT), and advanced marine technologies has enabled a transformative shift in how oceans can be observed, analyzed, and understood in real time. This book aims to serve as a comprehensive reference and guide for researchers, engineers, environmental scientists, and maritime professionals who are leading or supporting this digital evolution of the oceans. The book is organized into nine chapters, each addressing a critical dimension of the smart ocean ecosystem—from sensor architectures and AI-based forecasting models to marine pollution detection, ethical concerns, and future technological trajectories. It incorporates practical case studies, global initiatives, and emerging standards to ensure relevance across academic, industrial, and policy-making domains.
Artificial Intelligence of Things for Smarter Eco-Cities
This book takes readers on a captivating journey into the transformative role of Artificial Intelligence (AI) and AI of Things (AIoT) technologies in reshaping sustainable urban development. By combining comprehensive theoretical analyses, synthesized empirical evidence, and practical case studies, it offers pioneering interdisciplinary insights and unifying frameworks. The book highlights the synergistic integration of Urban Brain (UB), Urban Digital Twin (UDT), Smart Urban Metabolism (SUM), and platform urbanism, underscored by their collaborative potential to revolutionize the environmental management, planning, and governance of smarter eco‐cities and sustainable smart cities. It leverages cutting‐edge technologies and data‐driven approaches to optimize urban systems, resource efficiency, and resilience. This approach provides a holistic understanding of the rapidly evolving landscape of AI‐ and AIoT‐driven sustainable urban development. Targeting a broad and diverse audience across multiple disciplines and fields, the book aims to share state‐of‐the‐art research, present innovative solutions, and forecast future trends in urban sustainability. As both a seminal reference and a valuable resource for researchers, practitioners, industry experts, and policymakers, it provides essential guidance for those engaged in driving technological innovation, steering urban transformation, promoting environmental sustainability, or working at the crossroads of these critical areas.
Agroforestry Solutions for Climate Change and Environmental Restoration
This book discusses the possibilities, reach, challenges, and limitations of agroforestry in new contexts where the security of food, nutrition, and the environment are equally vital. The focus of each chapter in the book is on the potential for agroforestry to address pressing issues such as sustainability, food, fodder, nutrition, and environmental security, as well as to offer, support, regulate, and to provide cultural services to society. Some of the devoted chapters in the book also go into detail on the scope and restrictions of agroforestry owing to existing regional and climatic barriers/problems, in addition to in-depth discussion of prospects of agroforestry in changed climate scenarios to cater to current and future needs. The major focus of this book is to aggregate up-to-date and recent agroforestry research studies/achievements to make them accessible to all the stakeholders for their use and to disseminate how agroforestry systems are playing a crucial role in tackling many difficulties during the changing climate and environmental crisis. The stakeholders find this book helpful in learning agroforestry and its importance in situations with changing climatic conditions across the globe. Additionally, it may also be helpful for policy makers for formulating policies pertaining to the adaptation and mitigation of climate change, the conservation of natural resources, and food and nutritional security, including sustainable development through agroforestry.