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Summary
Summary
Effects of global warming on the physical, chemical, ecological structure and function and biodiversity of freshwater ecosystems are not well understood and there are many opinions on how to adapt aquatic environments to global warming in order to minimize the negative effects of climate change. Climatic Change and Global Warming of Inland Waters presents a synthesis of the latest research on a whole range of inland water habitats - lakes, running water, wetlands - and offers novel and timely suggestions for future research, monitoring and adaptation strategies.
A global approach, offered in this book, encompasses systems from the arctic to the Antarctic, including warm-water systems in the tropics and subtropics and presents a unique and useful source for all those looking for contemporary case studies and presentation of the latest research findings and discussion of mitigation and adaptation throughout the world.
Edited by three of the leading limnologists in the field this book represents the latest developments with a focus not only on the impact of climate change on freshwater ecosystems but also offers a framework and suggestions for future management strategies and how these can be implemented in the future.
Limnologists, Climate change biologists, fresh water ecologists, palaeoclimatologists and students taking relevant courses within the earth and environmental sciences will find this book invaluable. The book will also be of interest to planners, catchment managers and engineers looking for solutions to broader environmental problems but who need to consider freshwater ecology.Author Notes
Charles R. Goldman , Distinguished Professor of Limnology in the Department of Environmental Science and Policy, has been with the University of California, Davis, since 1958. He developed the first courses in limnology and oceanography at UC Davis, served as Chair of the Division of Environmental Studies from 1988-1992, and was founding Director of the Institute of Ecology, serving from 1966-1969 and again in 1990-92. In 1973-74, he was elected Vice President of the Ecological Society of America, and accepted a Fulbright Distinguished Professorship to Yugoslavia in 1985. He was awarded the Vollenweider Lectureship in Canada in 1989, the Chevron Conservation Award and Culver Man-of-the Year in 1991, the Earle A. Chiles Award in 1992, the UC Davis Distinguished Public Service & Research Lecturer awards in 1993, the inaugural UC Davis Distinguished Graduate Mentoring Award in 2002, the Nevada Medal and UC Davis Distinguished Professor in 2003, and the American Society of Limnology and Oceanography's Alfred Redfield Lifetime Achievement Award in 2004. He was elected Vice President of the International Society of Limnology (SIL) for 1992-98, presented the prestigious Baldi Lecture at the triennial SIL Congress in Ireland in August 1998, and currently serves as an elected national representative to the world body. He was appointed the inaugural President of the World Water and Climate Network in 2003. Professor Goldman's career work has been honored with a most prestigious award: the 1998 Albert Einstein World Award of Science, presented at a formal international ceremony held in New Zealand. The Einstein Award, bestowed annually to a single individual by a council of eminent scientists that includes 25 Nobel laureates, recognizes those who have accomplished scientific and technological achievements that have advanced scientific understanding and benefited humanity. He became Chairman of the Board of Directors of the Tahoe Baikal Institute in 2009.
Dr. Michio Kumagai , Secretary General of World Water and Climate Network, Director of Environmental Information, Lake Biwa Environmental Research Institute.
Dr Richard D. Robarts , Director, UNEP GEMS/Water Programme.
Reviews 1
Choice Review
This well-edited book is based on postconference contributions from ecologists, hydrologists, modelers, and environmental engineers who participated in the 2009 conference of the World Water and Climate Network. Authors discuss climate trends and effects on natural and human systems in lakes, wetlands, rivers, and cities. The geographic breadth and depth of analysis by a truly international cast of authors is most impressive. Chapters analyze results from seven continents and most major climatic regions as well as from urban, rural, and uninhabited areas (Antarctica). The book is divided into three sections: "Impacts on Physical, Chemical, and Biological Processes (20 chapters), "Impacts on Societies" (2 chapters), and "Mitigation Approaches" (4 chapters). While most chapters focus on natural and altered aquatic ecosystems, the most distinctive chapter involves interviews with more than one hundred Mongolian herder families whose livelihood is affected by water resources and climate change. This is followed by a starkly contrasting chapter on adaptive strategies to water stress in ten global megacities. Chapter references and a 12-page index support the text. Overall, a valuable resource for graduate students and professional scientists and engineers, but less appropriate for undergraduates and the lay public. Summing Up: Highly recommended. Graduate students and above. J. H. Thorp III University of Kansas
