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Forest wildfire, fuel reduction treatments, and landscape carbon stocks: a sensitivity analysisAuthor(s): John L. Campbell; Alan A. Ager
Source: Journal of Environmental Management. 121: 124-132
Publication Series: Scientific Journal (JRNL)
Station: Pacific Northwest Research Station
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DescriptionFuel reduction treatments prescribed in fire-suppressed forests of western North America pose an apparent paradox with respect to terrestrial carbon management. Such treatments have the immediate effect of reducing forest carbon stocks but likely reduce future carbon losses through the combustion and mortality caused by high-severity wildfires. Assessing the long-term impact of fuel treatment on the carbon balance of fire-prone forests has been difficult because of uncertainties regarding treatment and wildfire impacts on any given landscape. In this study we attempt to remove some of the confusion surrounding this subject by performing a sensitivity analysis wherein long-term, landscape-wide carbon stocks are simulated under a wide range of treatment efficacy, treatment lifespan, fire impacts, forest recovery rates, forest decay rates, and the longevity of wood products. Our results indicate a surprising insensitivity of long-term carbon stocks to both management and biological variables. After 80 years, a 1600% change in either forest growth or decomposition resulted in only a 40% change in total system carbon, and a 1600% change in either treatment application rate or efficacy in arresting fire spread resulted in only a 10% change in total system carbon. This insensitivity of long-term carbon stocks is due in part by the infrequency of treatment-wildfire interaction and in part by the controls imposed by maximum forest biomass. None of the fuel treatment simulation scenarios resulted in increased system carbon.
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CitationCampbell, John L.; Ager, Alan A. 2013. Forest wildfire, fuel reduction treatments, and landscape carbon stocks: a sensitivity analysis. Journal of Environmental Management. 121: 124-132.
Keywordsfuel treatment, wildfire, carbon, landscape simulation modeling, sensitivity analysis
- Bending the carbon curve: fire management for carbon resilience under climate change
- How fuel treatment types, locations, and amounts impact landscape-scale fire behavior and carbon dynamics
- Measuring the effect of fuel treatments on forest carbon using landscape risk analysis
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