Product Description
The new edition of this widely respected text provides comprehensive and up-to-date coverage of the effects of biological–physical interactions in the oceans from the microscopic to the global scale.

considers the influence of physical forcing on biological processes in a wide range of marine habitats including coastal estuaries, shelf-break fronts, major ocean gyres, coral reefs, coastal upwelling areas, and the equatorial upwelling system

investigates recent significant developments in this rapidly advancing field

includes new research suggesting that long-term variability in the global atmospheric circulation affects the circulation of ocean basins, which in turn brings about major changes in fish stocks. This discovery opens up the exciting possibility of being able to predict major changes in global fish stocks

written in an accessible, lucid style, this textbook is essential reading for upper-level undergraduates and graduate students studying marine ecology and biological oceanography

CUSTOMER REVIEWS (Average Customer Rating: 4.5 based on 3 reviews)

Very good book!

This books deals shows some features in oceanic dynamics and ecology in different scales, from millimetres to thousand of kilometres. Maybe not the easiest reading book, because is deep and sound, but it's essential for oceanographers and marine biologists and ecologists, researchers and graduate students.
August 28, 2006

Mann & Lazier review

I am a graduate student in oceanography, and I have extensively used Dynamics of Marine Ecosystems by Mann and Lazier to study for exams. Mann & Lazier take the time to explain the concepts of physical oceanography in simple terms and are careful to relate all of the physical processes to biological systems. There is, of course, some math, but advanced calculus is not required. The authors are from Nova Scotia, and my only criticism is that they mostly cite examples from the North Atlantic and neglect other oceans. I have used two companion books with this volume: Introduction to Physical Oceanography by John Knauss, which is more physics and less biology, and Biological Oceanography by Charles Miller, which is more biology and less physics.
July 03, 2006

"BELOW SURFACE CHANGES!"

Are you studying and working in the area of marine ecology and biological oceanography? If you are, this book is for you! Authors K. H. Mann and J. R. N. Lazier, have written an outstanding 3rd edition of a book about the ecology of open-ocean communities.

Mann and Lazier, begin with an overview of marine ecology and how it has come of age. Then, they explore the intimate relationships between the small-scale processes in sea water and the lives of plants and animals. The authors continue by discussing the physical processes that affect the vertical distributions of light, heat, and nutrients, so as to better understand the dynamics of phytoplankton production. In addition, they also discuss the vertical structure in coastal waters--freshwater run-off and tidal mixing. The authors also examine the special places where wind-induced upwelling is the dominant mechanism for bringing new nutrients to the surface. Then, the authors investigate the distinctive physical and biological properties found in each type of coastal waters fronts. Next, they explore some of the interesting consequences of tidally induced water movement. Then, the authors begin to consider the ocean basins in their entirety. Next, they review some of the most exciting developments of the decade (1995-2005). The authors continue by describing the mechanism of global warming and the present-day global carbon cycle. Finally, the authors discuss questions for the future.

This excellent book also includes discussions of the physical-biological interactions and how they provide plausible mechanisms by which the atmospheric changes might be linked to the food webs and the fish-stock changes. Furthermore, the book has clearly met a need and found a very receptive audience, in the authors' review of the developments in marine ecology, as an integrated physical, chemical, and biological discipline.

February 10, 2006

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