Research Catalog

Plant succession : theory and prediction / edited by David C. Glenn-Lewin, Robert K. Peet, Thomas T. Veblen.

Title
Plant succession : theory and prediction / edited by David C. Glenn-Lewin, Robert K. Peet, Thomas T. Veblen.
Publication
London ; New York : Chapman & Hall, 1992.

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TextRequest in advance QK910 .P58 1992Off-site

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Additional Authors
  • Glenn-Lewin, David C.
  • Peet, R. K.
  • Veblen, Thomas T., 1947-
Description
vii, 352 p. : ill., maps; 25 cm.
Series Statement
Population and community biology series ; 11
Uniform Title
Population and community biology series ; 11.
Subject
Plant succession
Bibliography (note)
  • Includes bibliographical references and index.
Processing Action (note)
  • committed to retain
Contents
  • 1. Patterns and processes of vegetation dynamics / David C. Glenn-Lewin and Eddy van der Maarel. 1.2. Successional dichotomies and population-based processes. 1.3. Disturbance. 1.4. Vegetation dynamics in time and space. 1.5. Mechanisms. 1.6. The study of vegetation dynamics -- 2. Establishment, colonization and persistence / Arnold G. van der Valk. 2.2. Establishment. 2.3. Colonization. 2.4. Persistence -- 3. Community structure and ecosystem function / Robert K. Peet. 3.2. Disturbance. 3.3. Biomass and production. 3.4. Soil development and nutrient flows. 3.5. Community organization -- 4. Regeneration dynamics / Thomas T. Veblen. 4.2. Recognition of compositional equilibrium. 4.3. The regeneration niche and species coexistence. 4.4. Regeneration dynamics and landscape patterns -- 5. From population dynamics to community dynamics: modelling succession as a species replacement process / Robert van Hulst. 5.2. A variety of models. 5.3. A simple model incorporating historical effects. 5.4. Tilman's resource-based models. 5.5. Lotteries for living space. 5.6. Models exhibiting spatial structure. 5.7. Invasion models. 5.8. A game theoretic invasion model -- 6. Statistical models of succession / Michael B. Usher. 6.2. Mathematical background. 6.3. An example: the Breckland grasslands. 6.4. The use of series of frequency data. 6.5. Advantages, disadvantages and the role of statistical models.
  • 7. Individual-based models of forest succession / Dean L. Urban and Herman H. Shugart. 7.2. The basic gap model. 7.3. Diversification and model extensions. 7.4. Applications. 7.5. Forests as complex systems. 7.7. Prospectus -- 8. Climate change and long-term vegetation dynamics / I. Colin Prentice. 8.2. The study of the Quaternary. 8.3. Climate change. 8.4. The response of vegetation to climate change.
ISBN
0412269007 (alk. paper)
LCCN
^^^92038112^
OCLC
  • 26975216
  • SCSB-9945467
Owning Institutions
Harvard Library