Forest Economics, Natural Disturbances and the New Ecology

  • Thomas P. Holmes
  • Robert J. HuggettJr.
  • John M. Pye
Part of the Forestry Sciences book series (FOSC, volume 79)

The major thesis of this chapter is that the economic analysis of forest disturbances will be enhanced by linking economic and ecologic models. Although we only review a limited number of concepts drawn generally from mathematical and empirical ecology, the overarching theme we present is that ecological models of forest disturbance processes are complex and not particularly well-behaved from an economic perspective. We discover that standard concepts in the economists’ tool kit, such as asymptotic equilibrium and convex production, may not adequately represent the dynamic behavior of forest disturbances. Consequently, other tools for economic analysis will be required.

This chapter proceeds by first sketching out the economic problems deriving from the peculiar temporal and spatial dynamics associated with forest disturbances (section 2). Then we provide a brief overview of select topics in ecological literature supporting the view that some important forest disturbances exhibit multiple- or non-equilibrial processes and that, additionally, stochastic factors induce high variation in the spatial pattern of disturbance production (section 3). These themes are illustrated by reviewing two models: (1) the classic spruce budworm model of pest outbreak, demonstrating how the interaction of slow and fast ecosystem variables cause multiple equilibria (section 4), and (2) a cellular automata model of forest fires, which demonstrates how the local interaction of stochastic processes can generate the emergence of unconventional spatial signatures at larger spatial scales (section 5). The chapter ends with a summary of the main points and some suggestions for future research (section 6).

Keywords

Biomass Burning Income Autocorrelation Ghost 

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Copyright information

© Springer Science + Business Media B.V. 2008

Authors and Affiliations

  • Thomas P. Holmes
    • 1
  • Robert J. HuggettJr.
    • 1
  • John M. Pye
    • 1
  1. 1.Southern Research StationUnited States Forest ServiceResearch Triangle Park

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