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    1. Naturvetenskap och teknik
    2. Geovetenskap
    3. Geografi

    Ecology and Management of Shortleaf Pine Ecosystems

    AvConnor Crouch,Daniel C. Dey

    Inbunden, Engelska, 2026

    1 991 kr

    Slutsåld

    Beskrivning

    The Ecology and Management of Shortleaf Pine Ecosystems is the first range-wide, comprehensive book about shortleaf pine (Pinus echinata). This edited volume features the perspectives of leading scientists and managers from diverse disciplines throughout shortleaf pine's range in the eastern and southern USA. It synthesizes information on shortleaf pine ecology, including a review of historical influences on shortleaf pine's distribution, ecological classification frameworks, and the species' regeneration ecology and stand development pathways. Separate chapters address topics that include describing understory plant communities and wildlife species associated with shortleaf pine ecosystems, as well as silvicultural systems and fire regimes suitable for managing shortleaf pine ecosystems. The book discusses a variety of interdisciplinary management considerations, from economics and human dimensions to genetics and forest health. It concludes by providing practical guidance on how to manage shortleaf pine in a variety of real-world scenarios, including plantations, silvopasture, open woodlands and savannas, pine-oak mixedwoods, and old-growth forests. This book is intended for forest, fire, and wildlife managers, ecologists, silviculturists, scientists, students, and others who have the pleasure of working in shortleaf pine ecosystems.

    Produktinformation

    • Utgivningsdatum:2026-11-29
    • Mått:172 x 244 x undefined mm
    • Format:Inbunden
    • Språk:Engelska
    • Antal sidor:488
    • Förlag:CABI Publishing
    • ISBN:9781800627406

    Utforska kategorier

    • Geografi inom Naturvetenskap och teknik
    • Skogsbruk inom Naturvetenskap och teknik
    • Naturhistoriska böcker inom Djur och Natur

    Mer om författaren

    Connor Crouch (Edited By) Dr Connor Crouch is a Forester with the USDA Forest Service, Northern Research Station in Columbia, Missouri. He received his undergraduate degree in journalism and MS in natural resources from University of Missouri and his PhD in forest science from Northern Arizona University. Connor's research focuses on issues of forest health and the role that silviculture can play in helping forests adapt in an increasingly uncertain future.Daniel C. Dey (Edited By) Daniel C. Dey is an award-winning scientist and Assistant Director for Research at the US Forest Service Northern Research Station. His research evaluates silvicultural practices to manage forests that produce the wide array of goods and services. He specializes in solving forest regeneration issues in hardwood-dominated forests in both uplands and bottomlands. He has done extensive work with collaborators on determining historic fire regimes in oak/pine-dominated ecosystems throughout the Eastern US. This knowledge is the basis for developing management guidelines that combine prescribed fire with thinning and harvesting to restore native forest communities, including woodlands and savannas. He has authored more than 250 scientific and technical publications dealing with these topics, including work in North America, South America and Europe.John M. Kabrick (Edited By) John Kabrick is the unit leader of the US Forest Service research group of the Northern Research Station headquartered in Columbia, Missouri. He is the recipient of prestigious national and regional awards for his work. John has academic degrees in both soil science and forestry, and he teaches a graduate-level course on forest soils. His current research includes management of mixed woods, with particular emphasis on forests that are mixtures of oaks and pines. He also studies carbon dynamics in hardwood and mixed-wood forests with emphasis on understanding the implications for carbon storage and climate change. Additionally, John investigates the effects of prescribed fire and other management practices on the restoration and maintenance of oak savannahs and woodlands.Benjamin Knapp (Edited By) Dr Benjamin Knapp is an Associate Professor of Silviculture and Interim Director of the Center for Agroforestry in the School of Natural Resources at the University of Missouri. He received his BS in forestry at Purdue University and his MS and PhD degrees in forestry at Clemson University. Through understanding ecological processes, his research seeks to refine silvicultural practices to address contemporary issues, often related to restoration or conservation objectives. Specific research topics include tree regeneration, fire ecology and the use of prescribed burning as a silvicultural tool, and understanding how disturbances, through management or natural, affect stand dynamics.

    Innehållsförteckning

    • 1: History and Ecology 1: The Historical Development and Recent Decline of Shortleaf Pine Ecosystems 2: Ecological Classification and Condition Assessments for Shortleaf Pine Ecosystems 3: Understory Plant Community Dynamics in Shortleaf Pine Ecosystems 4: Shortleaf Pine Regeneration Ecology and Early Stand Development 5: Wildlife in Shortleaf Pine Ecosystems 2: Silviculture 6: Even-aged Management Practices for Shortleaf Pine Ecosystems 7: Uneven-aged Silviculture: a Diverse Mix of Approaches to Consider in Shortleaf Pine and Pine-oak Stands 3: Management Considerations 8: Managing Fire in Shortleaf Pine Ecosystems 9: Growth, Yield, and Economic Analyses for Managing Shortleaf Pine 10: Human Dimensions of Shortleaf Pine Conservation and Restoration 11: Genetic Considerations for Restoring and Managing Shortleaf Pine 12: Managing Shortleaf Pine Ecosystems for Adaptation to Climate Variability, Forest Health Threats, and Future Uncertainty 4: Management Scenarios 13: Establishing and Maintaining Shortleaf Pine Plantations 14: Incorporating Shortleaf Pine into Silvopasture 15: Restoring Open Shortleaf Pine Woodlands and Savannas 16: Establishing and Maintaining Shortleaf Pine-oak Mixed Woods 17: Restoration of Old-growth Shortleaf Pine-oak Woodlands in the Ozark Interior Highlands