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Harvesting Impacts on Soil Properties and Tree Regeneration in Pure and Mixed Aspen StandsAuthor(s): Melissa J. Arikian; Kiaus J. Peuttmann; Alaina L. Davis; George E. Host; John Zasada
Source: Conference Proceedings. p. 329-331
Publication Series: Scientific Journal (JRNL)
Station: North Central Research Station
PDF: View PDF (303.27 KB)
DescriptionImpacts of clearcutting and selective harvesting on pure aspen/mixed aspen hardwood stands were examined in northern Minnesota. We studied these impacts on 18 stands, which were harvested 4 to 11 years ago and received no further treatment. In each stand, residual composition, soil compaction, and tree regeneration were determined along a gradient of disturbance in the summer of 1998. This preliminary assessment investigates interacting effects of soil compaction, residual overstory conditions, and timing of harvests. Compaction levels were much more variable in areas that were harvested in summer rather than in winter. Stands harvested in the winter were associated with higher regeneration stem densities and height growth than those harvested in the summer. Tree regeneration stem densities and height growth decreased with increasing soil compaction and increasing residual basal area. These results show the importance of understanding complex interactions between pre-harvest and post-harvest conditions, harvesting disturbance, and soil properties as they determine future stand composition and productivity.
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CitationArikian, Melissa J.; Peuttmann, Kiaus J.; Davis, Alaina L.; Host, George E.; Zasada, John. 1999. Harvesting Impacts on Soil Properties and Tree Regeneration in Pure and Mixed Aspen Stands. Conference Proceedings. p. 329-331
Keywordsharvesting, residual composition, Compaction levels, tree regeneration, aspen hardwood stands, soil compaction
- Relationships between Soil compaction and harvest season, soil texture, and landscape position for aspen forests
- Lake States Aspen Productivity Following Soil Compaction and Organic Matter Removal
- Sustaining aspen productivity in the Lake States
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