This comprehensive guide delves into the multifaceted field of water resource management, offering a thorough exploration of various aspects, from fundamental principles to advanced techniques and innovations. The initial sections introduce foundational concepts, providing readers with a solid understanding of the hydrological cycle and the principles of watershed management. As the text progresses, it examines the dynamics of rainfall-runoff modelling and the intricacies of river hydraulics, including detailed discussions on designing efficient channel systems and managing floodplains to mitigate the impacts of flooding. Groundwater hydrology is covered extensively, offering insights into sustainable management practices essential for maintaining this critical resource. Urban water systems receive significant attention, with chapters dedicated to the design and infrastructure necessary for efficient water supply and waste management in growing urban centers. The crucial aspect of water quality monitoring is also addressed, emphasizing the importance of maintaining clean and safe water for various uses. Sustainability emerges as a recurring theme, reflecting the growing need for sustainable water resource development in the face of climate change. The impacts of climate change on water resources are analyzed, along with strategies for integrated water resources management that consider both current needs and future challenges. Innovative technologies in water treatment and the water-energy nexus are explored, highlighting the interplay between water management and energy consumption. Advanced topics in water resources modeling and simulation provide readers with state-of-the-art tools and techniques for analyzing and managing water resources more effectively. This text serves as an essential resource for students, researchers, and professionals, offering a blend of theoretical knowledge and practical applications to address the complexities of water resource management in the modern world.
Dr. Mani Bhushan is an esteemed Assistant Professor-cumPrincipal In-charge at Government Engineering College, Khagaria, Bihar, with a distinguished teaching career spanning over six years, including four years of post-Ph.D. experience. He holds a Ph.D. in Civil Engineering specializing in Water Resources Engineering from NIT, Patna. His commitment to advancing knowledge in civil engineering is underscored by his significant contributions to academic and research communities. Dr. Bhushan has authored over 25 research publications in renowned national and international journals and conferences, book chapters, popular articles, and other publications. His dedication to fostering excellence in education and research inspires colleagues and students alike.
1. Introduction to Water Resources Engineering.................................1
2. Hydrological Cycle and Watershed Management........................19
3. Rainfall-Runoff Modelling and Analysis........................................53
4. River Hydraulics and Channel Design ...........................................73
5. Floodplain Management and Flood Control..................................95
6. Groundwater Hydrology and Management................................117
7. Urban Water Systems: Design and Infrastructure.......................135
8. Water Quality Monitoring and Management ..............................151
9. Sustainable Water Resource Development...................................169
10. Climate Change Impacts on Water Resources .............................183
11. Integrated Water Resources Management ...................................195
12. Innovative Technologies in Water Treatment..............................207
13. Water-Energy Nexus: Challenges and Solutions.........................221
14. Advances in Water Resources Modelling and Simulation.........237
15. Advanced Watershed Hydrology..................................................249
