Abstract
This paper presents the findings of a study on the economically optimal spacing of skyline corridors in partial cuts in second-growth stands of British Columbia. The mathematical basis for optimal spacing of corridors is presented for rectangular settings when trees are felled in a herring-bone pattern to facilitate yarding. The model is used in a case study where optimal spacing is compared with actual spacing for two yarding systems observed in the field. The results indicate that significant cost savings are possible from spacing skyline corridors at the optimal distance compared with conventional spacing used by the logging contractors.
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