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Quantifying successional rates in western aspen woodlands: Current conditions, future predictions

Citation

Paul E Gessler, Lee A Vierling, Eva K Strand, and Stephen C Bunting, Quantifying successional rates in western aspen woodlands: Current conditions, future predictions: .

Summary

Stands of quaking aspen (Populus tremuloides) rank among the most biologically diverse plant communities across the intermountain region of western North America. Marked declines of aspen have occurred in recent decades, likely due to a combination of effects from changes in fire regimes, herbivory, climate (e.g. drought), and interspecific competition with conifer species. However, it is poorly understood how the effects of these factors are manifested at a landscape scale over decadal time periods. Analysis of field data combined with topographic information collected across the 500,000 ha Owyhee Plateau in southwestern Idaho revealed that aspen in the area occur in three different biophysical settings; First, aspen stands exist [...]

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  • Upper Colorado River Basin

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From Source - Mendeley RIS export <br> On - Tue May 10 11:18:55 CDT 2011

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Title Citation Quantifying successional rates in western aspen woodlands: Current conditions, future predictions

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