This book is a comprehensive resource for coastal engineering professionals seeking to advance their expertise in nature-based solutions. The book is structured to provide a logical progression from foundational concepts to specific techniques and applications, culminating in advanced topics and future directions in the field. Here's an overview of what you can expect from each chapter of the book:

• Foundations of Nature-Based Coastal Engineering: This chapter lays the groundwork for understanding the ecological principles that underpin nature-based solutions. You will explore key concepts in coastal processes, ecosystem services, and resilience theory, providing a solid theoretical foundation for the practical applications that follow.
• Living Shorelines: Design and Implementation: Here, you will learn the specifics of living shoreline design, from site assessment and selection to construction techniques and long-term maintenance strategies. This chapter provides a comprehensive guide to one of the most widely applicable nature-based solutions.
• Mangrove Restoration and Engineering: This chapter explores the unique challenges and opportunities presented by mangrove ecosystems. You will learn about mangrove ecology, restoration techniques, and how to integrate mangroves into broader coastal protection strategies.
• Oyster Reef Engineering for Coastal Protection: Discover the potential of oyster reefs as natural breakwaters. This chapter covers oyster biology, reef design principles, and monitoring techniques to ensure the long-term success of oyster reef projects.
• Coral Reef Restoration and Protection: Learn about the latest techniques in coral restoration and how to harness the protective power of coral reefs. This chapter also addresses the challenges of coral conservation in the face of climate change.
• Dune Vegetation Systems and Coastal Stabilization: Explore the role of dune systems in coastal protection and learn how to design and implement effective dune restoration projects.
• Wetland Restoration and Hydrodynamics: This chapter covers the complexities of wetland ecosystems and provides guidance on restoring and enhancing their protective functions.
• Seagrass Meadow Design and Restoration: Discover the often-overlooked potential of seagrass meadows in coastal protection and learn best practices for their restoration and management.
• Biostabilization Methods in Coastal Engineering: This chapter explores various bioengineering techniques for stabilizing coastal slopes and shorelines using vegetation and other natural materials.
• Sediment Management and Transport in Nature-Based Solutions: Learn how to work with natural sediment dynamics to enhance the effectiveness of nature-based coastal protection strategies.
• Eco-Friendly Coastal Structures: Explore innovative materials and designs that combine the benefits of traditional engineering structures with ecological considerations.
• Biomimicry in Coastal Engineering: Discover how principles from nature can inspire novel solutions to coastal engineering challenges.
• Advanced Monitoring Techniques for Nature-Based Solutions: Learn about cutting-edge technologies and methodologies for assessing and optimizing the performance of nature-based coastal interventions.
• Ecosystem Modeling and Simulation in Coastal Engineering: This chapter introduces you to ecosystem modeling and how it can be applied to predict and optimize the performance of nature-based solutions.
• Nature-Based Solutions for Climate Change Adaptation: The final chapter examines how nature-based solutions can contribute to climate change adaptation and mitigation in coastal areas.