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Public and Private Wildfire Risk Management: Spatial and Strategic Interaction Gwen Busby, H.J. Albers, Claire Montgomery May 8, 2007.

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Presentation on theme: "Public and Private Wildfire Risk Management: Spatial and Strategic Interaction Gwen Busby, H.J. Albers, Claire Montgomery May 8, 2007."— Presentation transcript:

1 Public and Private Wildfire Risk Management: Spatial and Strategic Interaction Gwen Busby, H.J. Albers, Claire Montgomery May 8, 2007

2 Background Increase in the frequency and severity of wildfire in the western US YearSuppression Cost (billions) Acres BurnedHomes burned 2002$1.666,937,5844,184 2003$1.324,918,0884,508 2004$.896,790,692315 2005$.878,686,153402 2006----9,873,745750 Source: National Interagency Coordination Center at the National Interagency Fire Center Increase in the number of individuals living in the wildland urban interface (WUI)

3 Fuel Treatments Spatial externalities Free riding Strategic behavior

4 Game Theory and Strategic Behavior Game consists of: 1.Players 2.Strategies 3.Payoffs Probability Values Survive Fire Fuel treatment effort

5 The Landscape PublicPrivate Choicee g,w epep Amenity Value A g,w ApAp Property Value PublicPrivate Choicee g,o --- Amenity Value A g,o --- Property Value --- WUI Public and Private Ownership Outside WUI Only Public Ownership

6 Public’s Problem Private’s Problem Social Planner’s Problem

7 kink Private effort (e p ) Private effort (e p ) How does each player respond to what the other is doing? Public effort (e g,w ) x-intercept Public effort (e g,w ) y-intercept kink Public’s Response Function Private’s Response Function

8 Extreme Free Riding Equilibria Private effort (e p ) Public effort (e g,w ) Private effort (e p ) Public effort (e g,w ) Public’s Response Function Private’s Response Function

9 Shared Effort Equilibrium Private effort (e p ) Public effort (e g,w ) Public’s Response Function Private’s Response Function

10 Equilibrium effort levels for: A g,o =1; A g,w =1; A p =1; φ=0.5; v=2; c=0.1.

11 Equilibrium effort levels for: A g,o =4; A g,w =1; A p =1; φ=0.8; v=2; c=0.1.

12 Equilibrium effort levels for: A g,o =1; A g,w =1; A p =1; B=2; v=2; c=0.1.

13 Policy Implications WUI requirements should be removed from the Healthy Forest Restoration Act Reduce public liability Increase the valuation of undervalued (or un-priced) amenities outside the WUI Increasing public’s budget will not necessarily lead to increases in fuel reduction effort outside the WUI nor increases in total effort in the WUI

14 Main Points Increasing public spending on fuel treatments in the WUI decreases private land owners’ incentives for fuel treatments. Given public budget constraints the more funds that are spent in the WUI, the less money that is available outside the WUI.

15 Objectives of Future Research 1.Spatially explicit landscape with public and private ownership. 2.Government regulation, liability rules, and private insurance 3.Best policies for typical ownership patterns


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