Optimizing tree bucking in hardwoods
Views: 1257
Downloads: 2
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Multi-treatment planning tool
Views: 1386
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]A forest harvest classification system for New Brunswick
Views: 1323
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Silvicultural Control Techniques for the Spruce Budworm
Key Findings: Efforts to produce resistant forests of more diversified age-classes will more likely succeed as the areas under management become larger.
Views: 1216
Downloads: 0
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Mapping Vulnerability of Spruce-Fir Stands in the Northeast to Spruce Budworm Attack
Goal(s)/Objective(s): Give plans for large holdings and smaller holdings
Key Findings: Among a number of areas or stands classified as "high hazard" there will be a considerable range in risk involved.
Views: 1046
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Forest Harvest Classification System for Maine
Problem Addressed: Classifying partial harvesting in Maine forests
Goal(s)/Objective(s): Devise a system for describing and classifying all forest harvesting in Maine
Key Findings: A conceptual approach for objectively classifying forest harvests is provided
Views: 1104
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Assessment of Harvest Characteristics and Silvicultural Outcomes Survey: A Component of the Maine Forest Service Multi-Resource Harvest Assessment Protocol
Problem Addressed: Classifying harvested stands
Goal(s)/Objective(s): Testing and refining a method for classifying forest harvests in Maine
Key Findings: The sampling approach proved reliable under a wide range of harvested stand conditions.
Recommendation: The classification system offers a new approach to objectively classify forest harvests.
Views: 932
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Silviculture and the Spruce Budworm in Maine
Problem Addressed: Spruce Budworm
Key Findings: Fir, the primary host of the budworm, is here to stay and while we may reduce its representation in our stands, it will always be sufficient to provide a food source for the budworm; silvicultural practices may reduce the losses from budworm attack, and can reduce the impact of the budworm on our total production by promoting rapid growth in new stands.
Views: 1309
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Long-term spatial and structural dynamics in Acadian mixedwood stands managed under various silvicultural systems
Problem Addressed: Differences in spatial pattern, species mingling, height differentiation, and relative stand complexity index (rSCI).
Goal(s)/Objective(s): To determine differences in spatial pattern, species mingling, height differentiation, and relative stand complexity index (rSCI) due to five treatments: commercial clear-cutting, fixed diameter-limit, 5 year single-tree selection, three-stage shelterwood (both with and without precommercial thinning), and unharvested natural areas.
Key Findings: Precommercial thinning in a shelterwood treated stand generally increased species mingling, height differentiation, and rSCI. Two untreated natural areas exhibited divergent pathways of structural development. Dynamics in uneven-aged selection treatments more closely resembled that of the untreated natural areas than did the shelterwood, commercial clearcut, or fixed diameter-limit treatments.
Views: 1914
Downloads: 1
[mrp_rating_result no_rating_results_text="No ratings yet" before_count="(" after_count=" ratings)"]Assessing and Modeling Snag Survival and Decay Dynamics for the Primary Species in the Acadian Forest of Maine, USA
Problem Addressed: Lack of understanding of snags
Goal(s)/Objective(s): Develop quantitative models to better understand snag survival and decay dynamics
Views: 2127
Downloads: 0
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