Global Change and the Terrestrial Biosphere: Achievements and Challenges (Google eBook)

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John Wiley & Sons, Jun 13, 2011 - Science - 216 pages
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Global climate change challenges ecologists to synthesize what we know to solve a problem with deep historical roots in our discipline.  In ecology, the question, “How do terrestrial ecosystems interact with the other earth systems to produce planetary change?” has sufficient depth to be the focal challenge. This central question is sharpened further as the changes that we may be manifesting upon our planet’s systems of land, sea, air and ice can have potential consequences for the future of human civilization. 

This book provides the depth of the history of global ecology and reviews the breadth of the ideas being studied today. Each chapter starts with a brief narrative about a scientist whose work traces forward into today’s issues in global ecosystems. The discussions are framed in a growing realization that we may be altering the way our planet functions almost before we have gained the necessary knowledge of how it works at all.

  

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Contents

ecologys big question
The kaleidoscope of past vegetation patterns
The complication of time and space scales
Meeting the climate change challenge
Dynamic vegetation modelling using individual
ecology from gap models
Vegetation futures and the rise of dynamic global
Climate changed futures how different will they
Climate change and global plant diversity
Epilogue
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About the author (2011)

strong style="color: #1d2626; font-family: Lato, sans-serif; font-size: 13px;"H.H. ("Hank") Shugart is a systems ecologist who has developed and tested models of biogeochemical cycles, energy flow and secondary succession. He uses individual-based computer models to simulate changes in forest structure and composition over time and in response to environmental change.

Ian Woodward is a plant ecologist interested in the impacts of climate and changing carbon dioxide concentrations on plants and vegetation.  His research on global climate change makes extensive uses of dynamic global vegetation models.

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