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Over the past two decades, the author has developed and refined an extremely useful simulation model of forest growth. The JABOWA model was the first successful application of digital computer simulation to a complex natural ecosystem. Effects of global warming, acid rain, and commercial forest harvesting practices have been analyzed with this model. Offering a fresh perspective on ecological phenomena, Forest Dynamics provides all the information necessary to understand and use the model. Written for students and professionals in forestry and ecology, the book sets the forest model within the broader context of the science of ecology and the ecological issues that confront society in the management of forests. It also explains the theoretical foundations of the model.
This book investigates the theoretical foundations and practical applications of the JABOWA simulation model to understand complex forest ecosystem dynamics. Daniel B. Botkin, a prominent ecologist, draws upon two decades of research to present a digital framework for analyzing forest growth. The text bridges the gap between theoretical ecological principles and the real-world management of natural resources, providing a comprehensive guide for students and professionals alike. By situating the model within the broader context of environmental science, the author addresses critical issues such as climate change and commercial harvesting.
What You Will Find
Experts recognize this work as a foundational text for understanding the intersection of computer modeling and forest ecology. Readers frequently note the technical density of the prose, which serves as a primary resource for professionals in the field of environmental management.
Page Count:
328
Publication Date:
1993-03-04
Publisher:
Oxford University Press
ISBN-10:
0195065557
ISBN-13:
9780195065558
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