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Creator:: Bormann, Bernard T., Darbyshire, Robyn L., Homann, Peter S., Morrissette, Brett A., and Little, Susan N.
Abstract:: Early-successional stages have been truncated and altered in many western U.S. forest landscapes by planting conifers, controlling competing vegetation, suppressing fire, and focusing on maintaining late-seral species and undisturbed riparian zones. Declining area of early-successional stages may be reducing resilience and sustainability on landscapes that experience elevated disturbance related to...

Creator:: Bormann, Bernard T., Darbyshire, Robyn L., Homann, Peter S., Morrissette, Brett A., and Little, Susan N.
Abstract:: Early-successional stages have been truncated and altered in many western U.S. forest landscapes by planting conifers, controlling competing vegetation, suppressing fire, and focusing on maintaining late-seral species and undisturbed riparian zones. Declining area of early-successional stages may be reducing resilience and sustainability on landscapes that experience elevated disturbance related to...

Creator:: Bormann, Bernard T., Darbyshire, Robyn L., Homann, Peter S., Morrissette, Brett A., and Little, Susan N.
Abstract:: Early-successional stages have been truncated and altered in many western U.S. forest landscapes by planting conifers, controlling competing vegetation, suppressing fire, and focusing on maintaining late-seral species and undisturbed riparian zones. Declining area of early-successional stages may be reducing resilience and sustainability on landscapes that experience elevated disturbance related to...
Resource Type:: Article

ScholarsArchive@OSU