Satya Prakash Maurya – författare

This book presents an overview of modeling and simulation of environmental systems via diverse research problems and pertinent case studies. It is divided into four parts covering sustainable water resources modeling, air pollution modeling, Internet of Things (IoT) based applications in environmental systems, and future algorithms and conceptual frameworks in environmental systems. Each of the chapters demonstrate how the models, indicators, and ecological processes could be applied directly in the environmental sub-disciplines. It includes range of concepts and case studies focusing on a holistic management approach at the global level for environmental practitioners.

Features:

Covers computational approaches as applied to problems of air and water pollution domain. Delivers generic methods of modeling with spatio-temporal analyses using soft computation and programming paradigms. Includes theoretical aspects of environmental processes with their complexity and programmable mathematical approaches. Adopts a realistic approach involving formulas, algorithms, and techniques to establish mathematical models/computations. Provides a pathway for real-time implementation of complex modeling problem formulations including case studies.

This book is aimed at researchers, professionals and graduate students in Environmental Engineering, Computational Engineering/Computer Science, Modeling/Simulation, Environmental Management, Environmental Modeling and Operations Research.

This book presents an overview of modeling and simulation of environmental systems via diverse research problems and pertinent case studies. It is divided into four parts covering sustainable water resources modeling, air pollution modeling, Internet of Things (IoT) based applications in environmental systems, and future algorithms and conceptual frameworks in environmental systems. Each of the chapters demonstrate how the models, indicators, and ecological processes could be applied directly in the environmental sub-disciplines. It includes range of concepts and case studies focusing on a holistic management approach at the global level for environmental practitioners.

Features:

Covers computational approaches as applied to problems of air and water pollution domain. Delivers generic methods of modeling with spatio-temporal analyses using soft computation and programming paradigms. Includes theoretical aspects of environmental processes with their complexity and programmable mathematical approaches. Adopts a realistic approach involving formulas, algorithms, and techniques to establish mathematical models/computations. Provides a pathway for real-time implementation of complex modeling problem formulations including case studies.

This book is aimed at researchers, professionals and graduate students in Environmental Engineering, Computational Engineering/Computer Science, Modeling/Simulation, Environmental Management, Environmental Modeling and Operations Research.

This book presents an overview of modeling and simulation of environmental systems via diverse research problems and pertinent case studies. It is divided into four parts covering sustainable water resources modeling, air pollution modeling, Internet of Things (IoT) based applications in environmental systems, and future algorithms and conceptual frameworks in environmental systems. Each of the chapters demonstrate how the models, indicators, and ecological processes could be applied directly in the environmental sub-disciplines. It includes range of concepts and case studies focusing on a holistic management approach at the global level for environmental practitioners.Features:Covers computational approaches as applied to problems of air and water pollution domain.Delivers generic methods of modeling with spatio-temporal analyses using soft computation and programming paradigms.Includes theoretical aspects of environmental processes with their complexity and programmable mathematical approaches.Adopts a realistic approach involving formulas, algorithms, and techniques to establish mathematical models/computations.Provides a pathway for real-time implementation of complex modeling problem formulations including case studies.This book is aimed at researchers, professionals and graduate students in Environmental Engineering, Computational Engineering/Computer Science, Modeling/Simulation, Environmental Management, Environmental Modeling and Operations Research.

This book presents an overview of modeling and simulation of environmental systems via diverse research problems and pertinent case studies. It is divided into four parts covering sustainable water resources modeling, air pollution modeling, Internet of Things (IoT) based applications in environmental systems, and future algorithms and conceptual frameworks in environmental systems. Each of the chapters demonstrate how the models, indicators, and ecological processes could be applied directly in the environmental sub-disciplines. It includes range of concepts and case studies focusing on a holistic management approach at the global level for environmental practitioners.Features:Covers computational approaches as applied to problems of air and water pollution domain.Delivers generic methods of modeling with spatio-temporal analyses using soft computation and programming paradigms.Includes theoretical aspects of environmental processes with their complexity and programmable mathematical approaches.Adopts a realistic approach involving formulas, algorithms, and techniques to establish mathematical models/computations.Provides a pathway for real-time implementation of complex modeling problem formulations including case studies.This book is aimed at researchers, professionals and graduate students in Environmental Engineering, Computational Engineering/Computer Science, Modeling/Simulation, Environmental Management, Environmental Modeling and Operations Research.

This book provides a comprehensive overview of adaptive modeling techniques and explores various modeling approaches, including system dynamics, agent-based modeling, and integrated assessment modeling, with a focus on key environmental challenges.It examines how adaptive modeling can inform evidence-based policymaking, foster stakeholder engagement, support adaptive governance structures, and facilitate the implementation of sustainable practices. The book presents real-world case studies and examples from diverse environmental contexts to illustrate the practical application of adaptive modeling approaches.Key Features:Provides an overview of adaptive modeling approaches for sustainable developmentEmphasizes policy and governance integration for adaptive modeling to achieve sustainable outcomesProposes the development of sustainable and resilient environmental systemsExplains how adaptive modeling informs policy, fosters participation, and supports adaptive governance structuresIncludes both theoretical and practical case studiesThis book is aimed at graduate students and researchers in environmental and civil engineering.

The book presents earthquake source, wave propagation, site amplification, and other seismological studies including earthquake simulation, application of Artificial Neural Network (ANN) in seismology, earthquake early warning system, waveform inversion, moment tensor analysis, receiver function analysis, earthquake prediction, and earthquake early warning system applications. To minimize the losses due to an earthquake, it is better to understand the source properties, medium characteristics, site condition, and amplitude of a probable earthquake at a particular site. The evolutions of earthquake source models make it possible to understand the source dynamics. However, analysis of the source using a single-domain method does not provide a better understanding of the source dynamics. Therefore, this book combines methods from the earthquake spectrum to waveform inversion and joint inversion. The book also discusses earthquake prediction methods and their reliability around the globe, and techniques of simulation viz. stochastic, empirical, semi-empirical, and hybrid, along with their limitations and application. Seismology is an interdisciplinary subject. Therefore, the information presented in the book will appeal to a wider readership from students, teachers, researchers, planners engaged in developmental work, and people concerned with earthquake awareness.

The book presents earthquake source, wave propagation, site amplification, and other seismological studies including earthquake simulation, application of Artificial Neural Network (ANN) in seismology, earthquake early warning system, waveform inversion, moment tensor analysis, receiver function analysis, earthquake prediction, and earthquake early warning system applications. To minimize the losses due to an earthquake, it is better to understand the source properties, medium characteristics, site condition, and amplitude of a probable earthquake at a particular site. The evolutions of earthquake source models make it possible to understand the source dynamics. However, analysis of the source using a single-domain method does not provide a better understanding of the source dynamics. Therefore, this book combines methods from the earthquake spectrum to waveform inversion and joint inversion. The book also discusses earthquake prediction methods and their reliability around the globe, and techniques of simulation viz. stochastic, empirical, semi-empirical, and hybrid, along with their limitations and application. Seismology is an interdisciplinary subject. Therefore, the information presented in the book will appeal to a wider readership from students, teachers, researchers, planners engaged in developmental work, and people concerned with earthquake awareness.

The book presents earthquake source, wave propagation, site amplification, and other seismological studies including earthquake simulation, application of Artificial Neural Network (ANN) in seismology, earthquake early warning system, waveform inversion, moment tensor analysis, receiver function analysis, earthquake prediction, and earthquake early warning system applications. To minimize the losses due to an earthquake, it is better to understand the source properties, medium characteristics, site condition, and amplitude of a probable earthquake at a particular site. The evolutions of earthquake source models make it possible to understand the source dynamics. However, analysis of the source using a single-domain method does not provide a better understanding of the source dynamics. Therefore, this book combines methods from the earthquake spectrum to waveform inversion and joint inversion. The book also discusses earthquake prediction methods and their reliability around the globe, and techniques of simulation viz. stochastic, empirical, semi-empirical, and hybrid, along with their limitations and application. Seismology is an interdisciplinary subject. Therefore, the information presented in the book will appeal to a wider readership from students, teachers, researchers, planners engaged in developmental work, and people concerned with earthquake awareness.

This book is a comprehensive exploration of the pivotal role that geosciences play in addressing contemporary global challenges and fostering a sustainable future. This book compiles cutting-edge research and a wide range of viewpoints from well-known authorities in the field. It addresses a wide range of subjects, from the application of geophysical techniques for the exploration of minerals, water, and oil along with its comprehending of Earth's movements and processes to using geoscience knowledge to solve crucial environmental, social, and economic problems. The contributors to this volume showcase cutting-edge research techniques, interdisciplinary approaches, and case studies to highlight the vital role geosciences play in comprehending Earth's intricate processes. The book focuses on how important it is to encourage cooperation between scientists, decision-makers, and communities to create long-term solutions that strike a balance between environmental stewardship and societal demands. Topics covered include but are not limited to geophysical methods and their applications, geological hazards, climate change adaptation, water resource management, energy exploration, and the significance of geosciences in sustainable development. A wide range of readers, including scholars, instructors, decision-makers, and students with an interest in the relationship between sustainability and geosciences, are targeted by the book. The goal of this book is to create a common commitment to a resilient and sustainable future by encouraging informed decision-making and a deeper understanding of the interdependence between human activity and the processes of the Earth.