Scientists & Staff
Institute for Applied Ecosystem Studies: Theory and Application of Scaling Science in Forestry
5985 Highway K
Current ResearchI provide GIS and modeling support for research on forest disturbance in the Great Lakes region. Our research explores interactions among people, fire, and other disturbances, such as defoliating insects. We use simulation models to explore long-term impacts of management decisions including timber harvest and fire and fuels management.
Research InterestsI am very interested in conducting research that combines forest simulation modeling and wildlife habitat evaluations. Simulation models allow us to evaluate potential future conditions, which can be very useful in planning wildlife habitat management and conservation.
Why This Research is ImportantOur research helps forest managers decide how to minimize risks due to fire and other disturbances. We can model potential outcomes of alternative management decisions or priorities, and inform the decision-makers of the possible consequences.
- SUNY College of Environmental Science and Forestry, M.S. Fish and Wildlife Biology and Management, 2002
- SUNY College of Environmental Science and Forestry, B.S. Environmental and Forest Biology, 1999
- The Wildlife Society
- International Association for Landscape Ecology
- International Association of Wildland Fire
Featured Publications & Products
- Sturtevant, Brian R.; Miranda, Brian R.; Yang, Jian; He, Hong S.; Gustafson, Eric J.; Scheller, Robert M. 2009. Studying fire mitigation strategies in multi-ownership landscapes: balancing the management of fire-dependent ecosystems and fire risk. Ecosystems. 12: 445-461.
- Sturtevant, Brian R.; Scheller, Robert M.; Miranda, Brian R.; Shinneman, Douglas.; Syphard, Alexandra. 2009. Simulating dynamic and mixed-severity fire regimes: a process-based fire extension for LANDIS-II. Ecological Modelling. 220: 3380-3393.
- Miranda, Brian R.; Sturtevant, Brian R.; Yang, Jian; Gustafson, Eric J. 2009. Comparing fire spread algorithms using equivalence testing and neutral landscape models. Landscape Ecology. 24: 587-598.
- Yang, Jian; He, Hong S.; Sturtevant, Brian R.; Miranda, Brian R.; Gustafson, Eric J. 2008. Comparing effects of fire modeling methods on simulated fire patterns and succession: a case study in the Missouri Ozarks. Canadian Journal of Forest Research 38: 1290-1302.
Publications & Products
- Sturtevant, Brian R.; Miranda, Brian R.; Wolter, Peter T.; James, Patrick M.A.; Fortin, Marie-Josée; Townsend, Philip A. 2014. Forest recovery patterns in response to divergent disturbance regimes in the Border Lakes region of Minnesota (USA) and Ontario (Canada). Forest Ecology and Management. 313: 199-211.
- Gustafson, Eric J.; Kubiske, Mark E.; Sturtevant, Brian R.; Miranda, Brian R. 2013. Scaling Aspen-FACE experimental results to century and landscape scales. Landscape Ecology. 28(9): 1785-1800.
- Doyon, Frederik; Sturtevant, Brian; Papaik, Michael J.; Fall, Andrew; Miranda, Brian; Kneeshaw, Daniel D.; Messier, Christian; Fortin, Marie-Josee.; James, Patrick M.A. 2012. Assessing knowledge ambiguity in the creation of a model based on expert knowledge and comparison with the results of a landscape succession model in central Labrador. Chapter 10.. In: Perera, Ajith H.; Drew, C. Ashton; Johnson, Chris J., eds. Expert Knowledge and Its Application in Landscape Ecology. Springer: 189-210.
- Sturtevant, Brian R; Miranda, Brian R; Shinneman, Douglas J; Gustafson, Eric J; Wolter, Peter T. 2012. Comparing modern and presettlement forest dynamics of a subboreal wilderness: Does spruce budworm enhance fire risk?. Ecological Applications. 22: 1278-1296.
- Wolter, Peter T.; Sturtevant, Brian R.; Miranda, Brian R.; Lietz, Sue M.; Townsend, Phillip A.; Pastor, John. 2012. Forest land cover change (1975-2000) in the Greater Border Lakes region. Research Map NRS-3. Newtown Square, PA: U.S. Department of Agriculture, Forest Service, Northern Research Station. 17 p. [Printed map included].
- Miranda, Brian R; Sturtevant, Brian R; Stewart, Susan I; Hammer, Roger B. 2012. Spatial and temporal drivers of wildfire occurrence in the context of rural development in northern Wisconsin, USA. International Journal of Wildland Fire. 21: 141-154.
National Research Highlights
Scientists Predict Survivability Factors for Northern Forests Given Elevated CO2 and Ozone Levels (2013)
The researchers scaled up a high-profile 11-year ecosystem experiment called Aspen-FACE to assess how elevated carbon dioxide and ozone levels might impact real forests at the landscape scale over the course of many future decades. They determined that there will be winners and losers among species and within species groups but that managers can have considerable control over the outcomes by managing disturbance effects on forests and landscape spatial patterns. The researchers also found that changes will be gradual and that few species are likely to disappear completely because of carbon dioxide and ozone effects alone.