FireSmart forest management strategies often include landscape level fuel treatments that fragment the landscape to reduce the risk of extreme fire events. We describe a decision support system that is being developed for incorporating FireSmart forest management strategies into long term forest management planning in a forest management unit (FMU) in Alberta. A GIS database is used to create decision rules that stipulate when and where harvesting and fuel management activities are to take place. A spatial burn probability model based on fire ignition and fire spread models is used to evaluate the flammability of the landscape under alternative strategies. A simple forest succession model is used to age the stands in the forest. Habitat suitability models for the three-toed woodpecker (Picoides tridactylus) and Canada lynx (Lynx canadensis) are then used to evaluate FireSmart forest management strategies.