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I was asked to introduce this volume by examining "why a knowledge of ecosys tem functioning can contribute to understanding species activities, dynamics, and assemblages." I have found it surprisingly difficult to address this topic. On the one hand, the answer is very simple and general: because all species live in ecosystems, they are part of and dependent on ecosystem processes. It is impossible to understand the abundance and distribution of populations and the species diversity and composition of communities without a knowledge of their abiotic and biotic environments and of the fluxes of energy and mat ter through the ecosystems of which they are a part. But everyone knows this. It is what ecology is all about (e.g., Likens, 1992). It is why the discipline has retained its integrity and thrived, despite a sometimes distressing degree of bickering and chauvinism among its various subdisciplines: physiological, be havioral, population, community, and ecosystem ecology.
This volume provides a state-of-the-art review of current research in community ecology. The reorientation away from competition toward coevolution as a driving force in the evolution of the structure of communities shows an ecological approach to the subject
This is a wide-ranging study of current and likely future species extinction rates, aimed at students and researchers in the environmental sciences. It highlights apparent differences in extinction rates among taxonomic groups and places, aiming to identify unresolved issues.
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