Tree abundance and diversity metrics across 32 research plots used to evaluate Beech bark disease regeneration treatments in 2019 (pre-harvest), 2020 (1-year post-harvest), and 2024 (5-years post-harvest). American beech was grouped into five size classes, and tree counts were also categorized by management relevance (target, acceptable, nonacceptable). Values in parentheses represent the 95% confidence interval around each estimated marginal means (based on mixed-effects models).

<p>Tree abundance and diversity metrics across 32 research plots used to evaluate Beech bark disease regeneration treatments in 2019 (pre-harvest), 2020 (1-year post-harvest), and 2024 (5-years post-harvest). American beech was grouped into five size classes, and tree counts were also categori...

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Autor principal:	Mark Givelas (22622772) (author)
Altres autors:	Adam Gorgolewski (22622775) (author), Cameron Duckett (22622778) (author), Adam R. Martin (12490921) (author)
Publicat:	2025
Matèries:	Ecology Developmental Biology Plant Biology Biological Sciences not elsewhere classified term forest structure recently cut stumps promote successional trajectories outcompete desirable species negatively impact long managing successional dynamics fagus grandifolia </ extensive aboveground mortality economic impacts associated desirable tree species acer saccharum </ 741 stems ha 286 – 2 standing beech — beech bark disease untreated control plots reducing beech dominance sugar maple (< reduce tree diversity div >< p 433 − 1 five years post sugar maple five years beech regeneration treatment plots competitive dominance beech thickets “ hack vegetative regeneration study evaluated significantly lower significant effect root sprouting rapid formation primarily driven management strategy l .), hardwood forests ehrh .)
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