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The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the third batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.

The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the sixth and final batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.

The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the second batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.

The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the fourth batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.

The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the fifth batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.

The article reports on the quality control analysis conducted by the Oregon Department of Geology and Mineral Industries on the first batch of high-resolution light detection and ranging topographic data collected by Watershed Sciences, Inc. from a swath of roughly parallel to proposed future pipeline rights of way in Alaska in 2010. Data products included bare earth grids, highest hit grids, intensity tapped image file, and ground Log ASCII Standard.