top of page

Oak

Mastication Fuels Did Not Alter Fire Severity or Stand Structure in an Upland Oak Woodland

Author:

Arthur et al., 2022

Source

Exposure to fire affects acorn removal by altering consumer preference

Author:

Boggess et al., 2022

Source

Changes in bark properties and hydrology following prescribed fire in Pinus taeda and Quercus montana

Author:

Siegert et al., 2022

Source

Mesophication of upland oak forests: Implications of species-specific differences in leaf litter decomposition rates and fuelbed composition

Author:

Babl-Plauche et al., 2022

Source

Impacts of oak-focused silvicultural treatments on the regeneration layer nine years posttreatment in a productive mixed-oak southern Appalachian forest

Author:

Beasley et al., 2022

Source

Fire in eastern oak forests—a primer. NRS-INF-39-22. Madison, WI

Author:

Stambaugh et al., 2022

Source

Learning to live with fire: managing the impacts of prescribed burning on eastern hardwood v​alue

Author:

Dey et al., 2021

Source

Initial conditions influence effects of prescribed burns and deer exclosure fences on tree regeneration and understory diversity in Appalachian oak-dominated forests

Author:

Perles et al., 2021

Source

Coproducing science on prescribed fire, thinning, and vegetation dynamics on a National Forest in Alabama

Author:

Schweitzer & Dey, 2021

Source

Simulated fire regimes favor oak and pine but affect carbon stocks in mixedoak forests in Pennsylvania, U.S.A.

Author:

Zhao et al., 2021

Source

©2022 Consortium of Appalachian Fire Managers & Scientists 

  • Facebook
  • Youtube
bottom of page