Sushobhan Majumdar – författare

While technology is developing at a fast pace, urban planners and cities are still behind in finding effective ways to use technology to address citizen’s needs. Multiple aspects of sustainable urbanism are brought together in this book, along with advanced technologies and their connections to urban planning and management. It integrates urban studies, smart cities, AI, IoT, remote sensing, and GIS. Highlights include land use planning, spatial planning, and ecosystem-based information to improve economic opportunities. Urban planners and engineers will understand the use of AI in disaster management and the use of GIS in finding suitable landfill sites for sustainable waste management.

Features

While technology is developing at a fast pace, urban planners and cities are still behind in finding effective ways to use technology to address citizen’s needs. Multiple aspects of sustainable urbanism are brought together in this book, along with advanced technologies and their connections to urban planning and management. It integrates urban studies, smart cities, AI, IoT, remote sensing, and GIS. Highlights include land use planning, spatial planning, and ecosystem-based information to improve economic opportunities. Urban planners and engineers will understand the use of AI in disaster management and the use of GIS in finding suitable landfill sites for sustainable waste management.

Features

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:

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:

This book aims to integrate new technologies and adaptation tools into the process of smart city planning. It also emphasizes the value and importance of modern technologies such as IoT and data science as a smart technology for the formation of a smart city. The authors believe that various technologies in a smart city will reduce all the problems for the sustainable growth and future prospects of the city.

The first section of this book discusses the innovation of new technologies (AI, data science, block chain, etc.) that has flourished in recent decades which will make the city smarter. This section also describes that block chain and IoT (Internet of Things) are two transformative technologies that can greatly impact smart cities by enhancing security, improving transparency, and enabling efficient management of resources.

The second section of the book explains about the uses of AI tools and smart technologies (like waste management, public safety and security) for the development and management of smart cities. This chapter also describes AI-powered systems that are integrated into smart buildings to optimize energy usage, enhance occupant comfort, and improve building management. These systems can adjust lighting and HVAC settings based on occupancy, learn user preferences, and provide personalized energy efficiency recommendations.

The third portion of the book investigates the recent challenges and barriers of smart city that have been faced by the smart cities in the recent decades. This section also describes various challenges and barriers for the implementation of IoT sensor, AI technologies, etc., for the formation of a smart city. The future prospects of a smart city are the main theme of the last chapter. In this section, an attempt has been made about the future vision and outlook of the smart city. This chapter also describes different approaches (like smart grid, societal smart city, smart city model, etc.) for the future planning and management of the city.

"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.