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The book provides information essential for anyone interested in the ecology of the American Southwest, including land managers, environmental planners, conservationists, ecologists and students. It is unique in its coverage of the hows and whys of dynamics (changes) in the major types of vegetation occurring on southwestern mountains and plateaus. It explains the drivers and processes of change, describes historical changes and provides conceptual models that diagrammatically illustrate past, present, and potential future changes. All major types of vegetation are covered: spruce-fir, mixed conifer, and ponderosa pine forests, pinyon-juniper vegetation, subalpine-montane grassland, and Gambel oak and interior chaparral shrublands. The focus is on vegetation that is relatively undisturbed, i.e., in natural and near-natural condition, and how it responds to natural disturbances such as fire and drought, as well as to anthropogenic disturbances such as fire exclusion and invasive species
Table des matières
1. Introduction.- PART I Forests.- 2. Spruce-Fir Forest.- 3. Mixed Conifer Forest.- 4. Ponderosa Pine Forest.- PART II Woodland, Savanna, Grassland, and Shrublands.- 5. Pinyon-Juniper.- 6. Subalpine-Montane Grassland.- 7. Gambel Oak Shrubland.- 8. Interior Chaparral Shrubland.- Index.
A propos de l'auteur
John L. Vankat received an A.B. degree in biology from Carleton College, Northfield, Minnesota and M.A. and Ph. D. degrees in botany from the University of California, Davis. He taught and researched plant ecology in the Department of Botany, Miami University, Oxford, Ohio for thirty-one years. John's interest in education led to his textbook
The Natural Vegetation of North America: An Introduction. He completed forty-nine master's and Ph.D. students, directing field research projects from California to Pennsylvania and from Alaska to Belize. John helped organize and was elected the first person to chair the Vegetation Section of the Ecological Society of America. Additionally, he helped organize and later chaired the North American Section of the International Association for Vegetation Science. After retiring from Miami University, John moved to Flagstaff, Arizona, where he accepted a four-year position as ecologist with Grand Canyon National Park to do research and bring research to bear on management issues. At present, John is Professor Emeritus from Miami University and both Senior Research Ecologist with the Merriam-Powell Center for Environmental Research and Adjunct Professor in the School of Forestry at Northern Arizona University in Flagstaff. He continues to research forests, woodlands, and shrublands in the American Southwest, focusing on vegetation dynamics, and continues his interest in using science to enhance management of natural areas. John has published in twenty peer-reviewed journals, including
Ecology,
Forest Ecology and Management,
Journal of Vegetation Science,
Journal of Biogeography,
Conservation Biology,
Ecological Modelling, and
Landscape Ecology. He has presented invited lectures at thirty-seven universities in ten countries.
Résumé
The book provides information essential for anyone interested in the ecology of the American Southwest, including land managers, environmental planners, conservationists, ecologists and students. It is unique in its coverage of the hows and whys of dynamics (changes) in the major types of vegetation occurring on southwestern mountains and plateaus. It explains the drivers and processes of change, describes historical changes and provides conceptual models that diagrammatically illustrate past, present, and potential future changes. All major types of vegetation are covered: spruce-fir, mixed conifer, and ponderosa pine forests, pinyon-juniper vegetation, subalpine-montane grassland, and Gambel oak and interior chaparral shrublands. The focus is on vegetation that is relatively undisturbed, i.e., in natural and near-natural condition, and how it responds to natural disturbances such as fire and drought, as well as to anthropogenic disturbances such as fire exclusion and invasive species
