首页|Northern hardwood silviculture at a crossroads: Sustaining a valuable resource under future change

Northern hardwood silviculture at a crossroads: Sustaining a valuable resource under future change

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  • NSTL
  • Elsevier
Northern hardwoods are an economically, ecologically, and culturally important forest type spanning the upper latitudes of the United States and the lower latitudes of Canada. The prevalence and value of these forests have driven silviculture research for over a century. During this time, silvicultural approaches have varied widely, searching for scenarios to meet traditional commodity-based and diversifying ecological forestry objectives. To better understand this forest type and the spectrum of appropriate silvicultural options, we analyzed regional inventory data from the United States and Canada and synthesized decades of scientific studies. Calculated overstory tree (stems & GE; 12.5 cm diameter at breast height) metrics show common structural conditions across mature northern hardwood forests and dominance of sugar maple (Acer saccharum). However, density and composition metrics for established reproduction (saplings 2.5 to 12 cm dbh) emphasize challenges for establishing and maintaining economically and ecologically valued trees species broadly and regionally. Our work underscores the variation in northern hardwoods within and across its distribution, driven by characteristics like disturbance regimes, land use history, and ownership patterns. We conclude maintaining this important forest type amid climate uncertainty and associated effects, like proliferation of exotic insects and diseases, requires recalibration of historically applied silvicultural systems and application of emerging tools.

Northern hardwood forestSilvicultureLong-term managementGlobal climate changeBEECH BARK DISEASEWHITE-TAILED DEERIRREGULAR SHELTERWOOD SYSTEMNATURAL DISTURBANCE REGIMESEARLY-SUCCESSIONAL FORESTCLIMATE-CHANGE IMPACTSGROUP-SELECTIONAMERICAN BEECHNEW-ENGLANDVEGETATION DYNAMICS

Rogers, Nicole S.、D'Amato, Anthony W.、Kern, Christel C.、Bedard, Steve

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Univ Maine

Univ Vermont

US Forest Serv

Minist Forests Faune & Parcs Quebec

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2022

10.1016/j.foreco.2022.120139

Forest Ecology and Management

Forest Ecology and Management

EISCI
ISSN：0378-1127
年,卷(期)：2022.512
  • 6
  • 242