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Relationship Between Site Disturbance and Forest Harvesting Equipment TrafficAuthor(s): Tim McDonald; Emily Carter; Steve Taylor; John Tobert
Source: Proceedings of SOFOR GIS '98, 2nd Southern Forestry GIS Conference, Oct. 28-29, 1998, Athens, GA
Publication Series: Miscellaneous Publication
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DescriptionA study was done to evaluate the use of global positioning systems (GPS) to track the position of forest harvesting equipment and use the information to assess site impacts. GPS units were attached to tree-length harvesting machinery in two clearcuts (1 feller-buncher, 2 skidders). Position of the equipment was recorded at 2-second intervals throughout the harvest of both stands. The positional data were differentially corrected, then filtered using a custom software package to calculate the area of impact based on the path taken by the machinery. Result of the calculations were raster maps with cell values equal to the number of tire passes over that location. For the current study, grid resolution was 0.5x0.5 m. Following harvest, visual assessments of site disturbance on a chain-by-chain grid were made and the results compared to estimates from the traffic maps. Soil physical properties were measured in a 1 ha area of one stand and the values correlated with local traffic levels. Results indicated that the GPS-based approach to assessing site impacts gave results equivalent to what would be expected from an intensive visual inspection. For the conditions tested, 25 percent of the stand remained untrafficked, 25 percent received more than 5 passes, and 50 percent of the stand received 1 to 5 passes. There was no clear correlation, however, between observed number of passes and changes in measured soil properties.
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CitationMcDonald, Tim; Carter, Emily; Taylor, Steve; Tobert, John. 1998. Relationship Between Site Disturbance and Forest Harvesting Equipment Traffic. Proceedings of SOFOR GIS ''98, 2nd Southern Forestry GIS Conference, Oct. 28-29, 1998, Athens, GA
- Application of GPS Technology to Monitor Traffic Intensity and Soil Impacts in a Forest Harvest Operation
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