An analysis of log-making (bucking) performance for five logging crews in southern Appalachian mixed-hardwood stands of Virginia and West Virginia was conducted. Cutting accuracy and value recovery were analyzed and compared to an optimal solution that was determined through the use of the HW-BUCK computer software. In total 148 trees were bucked into 510 logs and only 11 percent were cut accurately. Fifteen percent were under cut and 74 percent were over length. The crew with the best performance in length cutting accuracy also recorded the lowest value recovery loss. An average value loss of 20.7 percent was calculated for all five crews
Four simulated procedures for scanning and bucking of 75 pruned and 75 unpruned radiata pine (Pinus ...
Damage is often seen as an important consideration when conducting partial harvests in hardwood stan...
The demand for hardwood pulpwood has increased through the 1980\u27s with the introduction of engine...
Log damage was examined in terms of volume and value losses by harvesting system, function, tree spe...
West Virginia has an abundant forest resource base that has underpinned portions of its economy for ...
The current status of log sawing practices in small hardwood sawmills across West Virginia was inves...
The objective of this study is to develop a practical system for determining optimal bucking pattern...
The purpose of this research was to quantify what value could be gained from cutting solid wood prod...
This study investigates how value recovery and production control are affected by the measurement te...
An optimal tree stem bucking system was developed for central Appalachian hardwood species using thr...
Graduation date: 2005Globally the forest harvesting industry is becoming increasingly mechanized. Dr...
Graduation date: 1997The timber shortage in the Pacific Northwest is forcing sawmill owners to\ud im...
During June 1989, researchers from the Forest Engineering Department at Oregon State University eval...
Edger and trimmer operators must make constant decisions in short time periods on the amount of mate...
The purpose of this paper is to assess the delivered cost of pulpwood from natural hardwood stands i...
Four simulated procedures for scanning and bucking of 75 pruned and 75 unpruned radiata pine (Pinus ...
Damage is often seen as an important consideration when conducting partial harvests in hardwood stan...
The demand for hardwood pulpwood has increased through the 1980\u27s with the introduction of engine...
Log damage was examined in terms of volume and value losses by harvesting system, function, tree spe...
West Virginia has an abundant forest resource base that has underpinned portions of its economy for ...
The current status of log sawing practices in small hardwood sawmills across West Virginia was inves...
The objective of this study is to develop a practical system for determining optimal bucking pattern...
The purpose of this research was to quantify what value could be gained from cutting solid wood prod...
This study investigates how value recovery and production control are affected by the measurement te...
An optimal tree stem bucking system was developed for central Appalachian hardwood species using thr...
Graduation date: 2005Globally the forest harvesting industry is becoming increasingly mechanized. Dr...
Graduation date: 1997The timber shortage in the Pacific Northwest is forcing sawmill owners to\ud im...
During June 1989, researchers from the Forest Engineering Department at Oregon State University eval...
Edger and trimmer operators must make constant decisions in short time periods on the amount of mate...
The purpose of this paper is to assess the delivered cost of pulpwood from natural hardwood stands i...
Four simulated procedures for scanning and bucking of 75 pruned and 75 unpruned radiata pine (Pinus ...
Damage is often seen as an important consideration when conducting partial harvests in hardwood stan...
The demand for hardwood pulpwood has increased through the 1980\u27s with the introduction of engine...