Xiao Hua Wang - Böcker

Sediment Dynamics of Chinese Muddy Coasts and Estuaries: Physics, Biology and Their Interactions provides a forum for the latest research addressing the physics, sedimentary processes, biology, chemistry and ecological processes associated with these rapidly changing estuarine and coastal environments. The book explores the challenges and opportunities for future research in China's estuaries and coastal waters around the world, and uses China as a case study to provide answers to the causes of, and possible solutions to, these problems, presenting methodologies on working with observation and modelling analysis.

China's coastal zone is facing many urgent issues in the environmental degradation and sustainable use of its marine resources. This book reviews and synthesizes papers from international research communities, including those from China, to exemplify and document their scientific approaches to manage and recover coastal ecological functions.

Presents spatio-temporal processes and multivariate dynamic modelling Includes physical and biological feedback, along with marine ecosystem observation and modeling Features multidisciplinary methodological approaches Includes important information on the effects of climate change to the coasts and estuaries of China

Recent Trends in Estuarine and Coastal Dynamics: Observations and Modelling is a thorough reference guide on the most recent trends and developments in observing and modelling of estuaries and coastal oceans. The coasts cover a diverse range of ecosystems within marine, estuarine, and freshwater environments. They are some of the most heavily populated and visited areas and are also some of the most threatened natural habitats. Human activities like sewage discharge, overfishing, navigation channel dredging, land reclamation, the construction of shipping ports and marine plastics are also responsible for coastal pollution and degradation.This book focuses on current studies on sediment transport dynamics and hydrodynamics of these environments and presents thorough case studies that aim to help students and researchers working in the field.

Includes worldwide contributions from experts in the field of ocean modelling and coastal managementContains real-life case studies to guide students and researchersCovers the latest studies on recent developments in observing and modelling estuaries and coastal oceans

The coasts cover a diverse range of ecosystems within marine, estuarine, and freshwater environments. They are some of the most heavily populated and visited areas and are also some of the most threatened natural habitats. Coastal zones are critically important not only to the people who live there but for the health of the planet. Many world estuaries and coast environments are under tremendous stress in response to global warming and the increased anthropogenic forcing. Warmer waters, rising sea levels, tropical cyclones, storm surges and flooding, and coastal erosion are just some of the elements impacting coastal communities worldwide and transforming these environments. Coastal hazards such as storm events with associated storm surges are increasing in frequency and intensity, as are marine heatwaves that devastate coral reefs. Human activities like sewage discharge, overfishing, navigation channel dredging, land reclamation, the construction of shipping ports and marine plastics are also responsible for coastal pollution and degradation.Therefore, a good understanding of the current state of coastal environments and lessons learnt from these human influences is extremely valuable to restore and protect these habitats and ecosystems from further environmental degradation and even catastrophe. In this book, case studies are used to tell a story about how these environments respond to severe human-induced perturbations, and what has gone right and wrong from environmental and resource management point of view. The readership of the book include high level undergraduate Oceanography students and workers from Coastal Engineering and Management.