front cover of Hidden Forest, The
Hidden Forest, The
The Biography of an Ecosystem
Jon R. Luoma
Oregon State University Press, 2006

The tallest species of spruce, hemlock, fir, cedar, and pine trees on earth coexist in the old growth of the H. J. Andrews Experimental Forest in Oregon’s Cascade Range. Set aside as a living laboratory by the U.S. Forest Service in 1948, the 16,000 acres represent a vital scientific endeavor: the long-term study of a single contained ecosystem. Here, for the first time, researchers from an enormous range of disciplines—forest scientists, botanists, entomologists, wildlife ecologists, soil biologists, and others—have assembled to examine the role of every working element in the life of a forest.

In The Hidden Forest, veteran science writer Jon Luoma offers an absorbing account of how these scientists came to recognize the importance of natural forest ecosystems and how their research is revolutionizing forest management.

Luoma takes readers into the hidden forest where researchers have discovered a host of species previously unknown to science, and interactions in the forest ecosystem that no one previously imagined. He describes projects dealing with the forest canopy, rotting logs, insects, fungi, wildlife, streams, and the effects of flood, fire, clear cutting, and volcanic eruption. And he tells the human story behind the research, capturing the shared excitement and wonder of scientific discovery. Along the way, Luoma provides a short course in such complex issues as forest succession, biodiversity, and the politics of forestry.

In a new foreword, Jerry Franklin discusses the importance of dedicated, long-term research sites and comments on new discoveries that have emerged from forest ecosystem research since The Hidden Forest was first published.

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front cover of Pine Barrens
Pine Barrens
Ecosystem and Landscape
Forman, Richard T.T.
Rutgers University Press, 1998
Pine Barrens: Ecosystem and Landscape focuses on the relationship between the ecological and landscape aspects of Pine Barrens of New Jersey. The idea in this book is based from the discussions of Rutgers University botanists and ecologists at the 1975 American Institute of Biological Science meetings, and from the interest generated by the 1976 annual New Jersey Academy of Science meeting, which focuses on the Pine Barrens.

This seven-part book starts with a short discussion on location and boundaries of the New Jersey Pine Barrens. Part I covers human activities, from Indian activities and initial European perceptions of the land, including settlement, lumbering, fuel wood and charcoal, iron and glassworks, farming and livestock, and real estate development. The next part of the book describes sandy deposits, geographic distribution of geologic formations, and soil types with their ecologically important characteristics. Topics on hydrology, aquatic ecosystems, and climatic and microclimatic conditions are presented in the third part of this reference. Part IV traces the history of vegetation starting before the Ice Age and analyzes vegetation using different approaches, such as community types, community classification according to a European method, and gradient analysis. Plants of the Pine Barrens are briefly described and listed in Part V. The final part illustrates community relationships of mammals, birds, reptiles, amphibians, fish, arthropods, and soil microcommunities. The book is ideal for ecologists, botanists, geologists, soil scientists, zoologists, hydrologists, limnologists, engineers, and scientists, as well as planners, decision-makers, and managers who may largely determine the future of a region.
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front cover of Serengeti
Serengeti
Dynamics of an Ecosystem
Edited by A. R. E. Sinclair and M. Norton-Griffiths
University of Chicago Press, 1979
Originally published in 1979, Serengeti: Dynamics of an Ecosystem was immediately recognized as the first synthesis of the patterns and processes of a major ecosystem. A prototype for initial studies, Serengeti contains baseline data for further and comparative studies of ecosystems. The new Serengeti II builds on the information presented originally in Serengeti; both books together offer essential information and insights for ecology and conservation biology.
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Serengeti II
Dynamics, Management, and Conservation of an Ecosystem
Edited by A. R. E. Sinclair and Peter Arcese
University of Chicago Press, 1995
Serengeti II: Dynamics, Management, and Conservation of an Ecosystem brings together twenty years of research by leading scientists to provide the most most thorough understanding to date of the spectacular Serengeti-Mara ecosystem in East Africa, home to one of the largest and most diverse populations of animals in the world.

Building on the groundwork laid by the classic Serengeti: Dynamics of an Ecosystem, published in 1979 by the University of Chicago Press, this new book integrates studies of the ecosystem at every level—from the plants at the bottom of the visible food chain, to the many species of herbivores and predators, to the system as a whole. Drawing on new data from many long-term studies and from more recent research initiatives, and applying new theory and computer technology, the contributors examine the large-scale processes that have produced the Serengeti's extraordinary biological diversity, as well as the interactions among species and between plants and animals and their environment. They also introduce computer modeling as a tool for exploring these interactions, employing this new technology to test and anticipate the effects of social, political, and economic changes on the entire ecosystem and on particular species, and so to shape future conservation and management strategies.
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