Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6541890 | Forest Ecology and Management | 2018 | 9 Pages |
Abstract
We conclude that reduced competition for soil water after removal of the understory vegetation was the primary cause of the increased performance of the overstory trees since light was not a limiting factor already before the understory removal. Thus, increases in understory density due to altered forest management may have exacerbated observed drought-induced decline processes. Therefore, our study demonstrates the need for a careful disentangling of climate and land-use change processes as they may evolve in parallel and potentially intensify their impact on the ecosystems. In contrast, the findings suggest decreasing understory density as a suitable management practice to increase overstory tree growth and vigour, and hence reduce mortality risk for a species like Scots pine in a drought-prone environment.
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Authors
Arnaud Giuggiola, Roman Zweifel, Linda M. Feichtinger, Pierre Vollenweider, Harald Bugmann, Matthias Haeni, Andreas Rigling,