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Aspen ecology and management in the central and southern Rocky Mountains

Wayne D. Shepperd

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Abstract

Aspen, the most widely distributed tree species in North America is a vital component of almost every forest ecosystem in western North America, providing vegetation diversity, wildlife habitat, livestock forage, specialty forest products, and highly desirable scenery. Aspen’s ability to grow in full sunlight and vegetatively regenerate via root suckering allows it to thrive following fire, or other disturbance. Although aspen is susceptible to many diseases and damaging agents, it persists through periodic natural regeneration episodes driven by disturbance. Deteriorating aspen stands result when this natural cycle of renewal is interrupted, as has happened with wildfire suppression and excessive utilization of young aspen by browsing animals. The aspen regeneration triangle, representing the critical factors of hormonal stimulation, proper growth environment, and protection of new regeneration can serve as a useful guide in planning management actions in aspen forests.

About this research paper

What this paper is about

Aspen, the most widely distributed tree species in North America is a vital component of almost every forest ecosystem in western North America, providing vegetation diversity, wildlife habitat, livestock forage, specialty forest products, and highly desirable scenery. Aspen’s ability to grow in full sunlight and vegetatively regenerate via root suckering allows it to thrive following fire, or other disturbance. Although aspen is susceptible to many diseases and damaging agents, it persists through periodic natural regeneration episodes driven by disturbance. Deteriorating aspen stands result when this natural cycle of renewal is interrupted, as has happened with wildfire suppression and excessive utilization of young aspen by browsing animals. The aspen regeneration triangle, representing the critical factors of hormonal stimulation, proper growth environment, and protection of new regeneration can serve as a useful guide in planning management actions in aspen forests.

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Available abstract

Aspen, the most widely distributed tree species in North America is a vital component of almost every forest ecosystem in western North America, providing vegetation diversity, wildlife habitat, livestock forage, specialty forest products, and highly desirable scenery. Aspen’s ability to grow in full sunlight and vegetatively regenerate via root suckering allows it to thrive following fire, or other disturbance. Although aspen is susceptible to many diseases and damaging agents, it persists through periodic natural regeneration episodes driven by disturbance. Deteriorating aspen stands result when this natural cycle of renewal is interrupted, as has happened with wildfire suppression and excessive utilization of young aspen by browsing animals. The aspen regeneration triangle, representing the critical factors of hormonal stimulation, proper growth environment, and protection of new regeneration can serve as a useful guide in planning management actions in aspen forests.

Key concepts: Ecology, Geography, Environmental resource management, Environmental science, Biology

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Aspen ecology and management in the central and southern Rocky Mountains — Research Paper | ScholarLens