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Ghoshal, S.; James, L.A.; Singer, Michael B.; Aalto, R. (2010)
Publisher: MDPI AG
Languages: English
Types: Article
Subjects: Floodplain morphology, Q, GB Physical geography, Channel migration, Fluvial geomorphology, Science, Hydraulic mining sediment, Change detection, DEM differencing, GB
Identifiers:doi:10.3390/rs2071797
Hydraulic gold mining in the Sierra Nevada, California (1853–1884) displaced ~1.1 billion m3 of sediment from upland placer gravels that were deposited along piedmont rivers below dams where floods can remobilize them. This study uses topographic and planimetric data from detailed 1906 topographic maps, 1999 photogrammetric data, and pre- and post-flood aerial photographs to document historic sediment erosion and deposition along the lower Yuba River due to individual floods at the reach scale. Differencing of 3 × 3-m topographic data indicates substantial changes in channel morphology and documents 12.6 × 106 m3 of erosion and 5.8 × 106 m3 of deposition in these reaches since 1906. Planimetric and volumetric measurements document spatial and temporal variations of channel enlargement and lateral migration. Over the last century, channels incised up to ~13 m into mining sediments, which dramatically decreased local flood frequencies and increased flood conveyance. These adjustments were punctuated by event-scale geomorphic changes that redistributed sediment and associated contaminants to downstream lowlands. Publisher PDF Peer reviewed
  • The results below are discovered through our pilot algorithms. Let us know how we are doing!

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