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GPS radio collar 3D performance as influenced by forest structure and topographyAuthor(s): R. Scott Gamo; Mark A. Rumble; Fred Lindzey; Matt Stefanich
Source: Biotelemetry 15: proceedings of the 15th international symposium on biotelemetry, Juneau, Alaska, USA, May 9-14, 1999. Wageningen, The Netherlands: International Society on Biotelemetry, 2000.
Publication Series: Miscellaneous Publication
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DescriptionGlobal Positioning System (GPS) telemetry enables biologists to obtain accurate and systematic locations of animals. Vegetation can block signals from satellites to GPS radio collars. Therefore, a vegetation dependent bias to telemetry data may occur which if quantified, could be accounted for. We evaluated the performance of GPS collars in 6 structural stage categories of 3 forest vegetation types to attempt to quantify the relation between GPS locations and forest vegetation.
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CitationGamo, R. Scott; Rumble, Mark A.; Lindzey, Fred; Stefanich, Matt. 2000. GPS radio collar 3D performance as influenced by forest structure and topography. Biotelemetry 15: proceedings of the 15th international symposium on biotelemetry, Juneau, Alaska, USA, May 9-14, 1999. Wageningen, The Netherlands: International Society on Biotelemetry, 2000.
KeywordsGlobal Positioning System (GPS), telemetry, forest vegetation, Black Hills National Forest
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