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• W1963535710 abstract "Question: Can augmented forest stand complexity increase understory vegetation richness and cover and accelerate the development of late-successional features? Does within-stand understory vegetation variability increase after imposing treatments that increase stand structural complexity of the overstory? What is the relative contribution of individual stand structural components (i.e. forest matrix, gaps, and leave island reserves) to changes in understory vegetation richness? Location: Seven study sites in the Coastal Range and Cascades regions of Oregon, USA. Methods: We examined the effects of thinning six years after harvest on understory plant vascular richness and cover in 40- to 60-year-old forest stands dominated by Douglas-fir (Pseudotsuga menziesii). At each site, one unthinned control was preserved and three thinning treatments were implemented: low complexity (LC, 300 trees ha−1), moderate complexity (MC, 200 trees ha−1), and high complexity (HC, variable densities from 100 to 300 trees ha−1). Gaps openings and leave island reserves were established in MC and HC. Results: Richness of all herbs, forest herbs, early seral herbs and shrubs, and introduced species increased in all thinning treatments, although early seral herbs and introduced species remained a small component. Only cover of early seral herbs and shrubs increased in all thinning treatments whereas forest shrub cover increased in MC and HC. In the understory, we found 284 vascular plant species. After accounting for site-level differences, the richness of understory communities in thinned stands differed from those in control stands. Within-treatment variability of herb and shrub richness was reduced by thinning. Matrix areas and gap openings in thinned treatments appeared to contribute to the recruitment of early seral herbs and shrubs. Conclusions: Understory vegetation richness increased 6 years after imposing treatments, with increasing stand complexity mainly because of the recruitment of early seral and forest herbs, and both low and tall shrubs. Changes in stand density did not likely lead to competitive species exclusion. The abundance of potentially invasive introduced species was much lower compared to other plant groups. Post-thinning reductions in within-treatment variability was caused by greater abundance of early seral herbs and shrubs in thinned stands compared with the control. Gaps and low-density forest matrix areas created as part of spatially variably thinning had greater overall species richness. Increased overstory variability encouraged development of multiple layers of understory vegetation." @default.
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• W1963535710 date "2009-10-01" @default.
• W1963535710 modified "2023-10-17" @default.
• W1963535710 title "Understory vegetation response to thinning disturbance of varying complexity in coniferous stands" @default.
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• W1963535710 cites W1963986760 @default.
• W1963535710 cites W1965601491 @default.
• W1963535710 cites W1967176949 @default.
• W1963535710 cites W1973192023 @default.
• W1963535710 cites W1979739930 @default.
• W1963535710 cites W1984300901 @default.
• W1963535710 cites W1997876547 @default.
• W1963535710 cites W1999622284 @default.
• W1963535710 cites W2001601394 @default.
• W1963535710 cites W2004372063 @default.
• W1963535710 cites W2012714768 @default.
• W1963535710 cites W2013071709 @default.
• W1963535710 cites W2017189099 @default.
• W1963535710 cites W2019836076 @default.
• W1963535710 cites W2022561893 @default.
• W1963535710 cites W2032941248 @default.
• W1963535710 cites W2033882313 @default.
• W1963535710 cites W2035317484 @default.
• W1963535710 cites W2049852912 @default.
• W1963535710 cites W2052174657 @default.
• W1963535710 cites W2054346797 @default.
• W1963535710 cites W2067453517 @default.
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• W1963535710 cites W2075133511 @default.
• W1963535710 cites W2075420949 @default.
• W1963535710 cites W2075843176 @default.
• W1963535710 cites W2077907961 @default.
• W1963535710 cites W2083039065 @default.
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• W1963535710 doi "https://doi.org/10.1111/j.1654-109x.2009.01042.x" @default.
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