Forest Dynamics and Disturbance Regimes: Studies from Temperate Evergreen-Deciduous Forests
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BeschreibungLee Frelich provides a major contribution to the study of temperate-zone forest dynamics by considering three important themes: the combined influence of wind, fire, and herbivory on the successional trajectories and structural characteristics of forests; the interaction of deciduous and evergreen tree species to form mosiacs; and the significance of temporal and spatial scale with regard to the overall impact of disturbances. These themes are explored via case studies from the forests in the Lake States of Minnesota, Wisconsin and Michigan, where the presence of large primary forest remnants provides a unique opportunity to study the long-term dynamics of near-boreal, pine, and hardwood-hemlock forests.
InhaltsverzeichnisPreface; Acknowledgements; 1. The forest setting; 2. The disturbance regime and its components; 3. Sampling and interpretation of stand disturbance history; 4. Disturbance, stand development, and successional trajectories; 5. The study of disturbance and landscape structure; 6. The disturbance regime and landscape structure; 7. Disturbance in fragmented landscapes; 8. Forest stability over time and space; References; Appendix I; Index.
PortraitLee Frelich is a Research Associate in the Department of Forest Resources at the University of Minnesota, St Paul and Founder Director of the University of Minnesota Center for Hardwood Ecology. His research experience spans studies of the impact of acid rain on forest growth, paleoecological studies of forest change, tree population dynamics, old-growth forest dynamics and forest disturbance ecology, including the effects of fire, windstorms and grazing.
Pressestimmen'... easy to read and a helpful synthesis of a broad range of topics relating to disturbance, forest dynamics, and succession.' Journal of Vegetation Science
Untertitel: 'Cambridge Studies in Ecology'. New. Sprache: Englisch.
Verlag: CAMBRIDGE UNIV PR
Erscheinungsdatum: Mai 2006
Seitenanzahl: 280 Seiten