The greatness of America is right under our feet. The American past—the people, battles, industry and homes—can be found not only in libraries and museums, but also in hundreds of archaeological sites that scientists investigate with great care. These sites are not in distant lands, accessible only by research scientists, but nearby—almost every locale possesses a parcel of land worthy of archaeological exploration. Archaeology in America is the first resource that provides students, researchers, and anyone interested in their local history with a survey of the most important archaeological discoveries in North America. Leading scholars, most with an intimate knowledge of the area, have written in-depth essays on over 300 of the most important archaeological sites that explain the importance of the site, the history of the people who left the artifacts, and the nature of the ongoing research. Archaeology in America divides it coverage into 8 regions: the Arctic and Subarctic, the Great Basin and Plateau, the Great Plains and Rocky Mountains, the Midwest, the Northeast, the Southeast, the Southwest, and the West Coast. Each entry provides readers with an accessible overview of the archaeological site as well as books and articles for further research.

The Rodeo-Chediski Wildfire--the largest in Arizona's history--damaged or destroyed ecosystem resources and disrupted ecosystem functioning in a largely mosaic pattern throughout the ponderosa pine (Pinus ponderosa) forests exposed to the burn. Impacts of this wildfire on tree overstories were studied for 5 years (2002 to 2007) on two watersheds in the area burned. One watershed was burned by a high severity (stand-replacing) fire, while the other watershed was burned by a low severity (stand-modifying) fire. In this paper, we focus on the effects of the wildfire on stand structures, post-fire mortality of fire-damaged trees, and stocking of tree reproduction. We also present a fire severity classification system based on the fire-damaged tree crowns and a retrospective description of fire behavior on the two burned watersheds.