fire effects within group shelterwood systems on regeneration response and residual timber quality

Prescribed fire in forest. Over the past 50 years, there has been widespread failure to regenerate many oak species in Eastern North America. These species provide habitat for over 180 species of birds and mammals and supply more than $1 trillion in stumpage value as a source for many primary and secondary wood products companies.

Much of the forestland in this region of the United States is owned by private landowners, while much of the research done in regeneration focuses on much larger areas. This project aims to find regeneration systems that may be more attractive to small, private woodlots.

Prescribed fire is one method that is being increasingly embraced by managers who wish to restore oak. Combining this method with group shelterwood systems, a forest regeneration method used widely in Europe, is the focus of this project. We aim to both document the effects of prescribed fire on growth and development of tree regeneration and model the potential economic damage to mature timber with prescribed fire’s use for forest restoration.

Audiences for this project include students, research scientists, professional foresters and wildlife managers, in addition to small woodland owners and the public.

Journal articles and conference papers have come out of the research since 2017

Project Director: Dr. Michael Saunders
10/01/2017 - 09/30/2022

Print/Research

Scientists have concluded that we are dangerously close to the precipe of large-scale replacement of oak trees by more shade tolerant and less ecologically and economically valuable tree species.

In Indiana alone, annual harvest of sawtimber contributes $16 billion to the state economy

The average family forest holdings in the northern Central Hardwood Region fell in this range in 2006

This project produced lesson plans for grades 3-6 to educate youth on forest management practices

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Fire Effects

fire effects within group shelterwood systems on regeneration response and residual timber quality

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