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Fish distribution in Umpqua National Forest. The cover was built at two locations and by two people. Cottage Grove prepared the Cottage Grove district fish distribution and the Supervisors office prepared the fish distribution for Tiller, North Umpqua, and Diamond Lake districts. The SO then merged the two layers together. The fish distribution layer was developed using the existing stream layer, then identifying those streams and stream breaks for each fish species. The streams that don't have any fish distribution were deleted fom the layer. Arcview was the program used to create the layer utilizing heads-up digitizing to identify the breaks. This cover was built at a map scale of 1:24000.
Tags: NPLCC,
North Pacific Landscape Conservation Cooperative,
OR,
Oregon,
Pacific Northwest Region, All tags...
Umpqua National Forest,
anadromous,
fish,
fish distribution,
species distribution, Fewer tags
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Bacterial Data include results of incubations of lakewater bacteria with dissolved organic matter extracted from Colorado glacier or rock glacier outflows in 2015. Cells were counted pre- and post- incubations. The “Counts” tab is the number of cells counted in each view of the microscope using the acridine orange method. “C Calculations” tab is the calculation of carbon as bacterial biomass from cell counts. ”Change in cell counts” is the difference in the number of bacterial cells from the pre-incubation microbial culture and in each assay bottle after the biological oxygen demand incubation. The third tab, “Carbon use efficiency” is calculated as the amount of DOM from oxygen demand assays converted to microbial...
Tags: Colorado,
Indian Peaks,
Rocky Mountain,
USGS Science Data Catalog (SDC),
bacteria, All tags...
biogeochemical cycling,
biota,
carbon cycling,
dissolved organic compounds,
snow and ice cover, Fewer tags
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Plant series for the Umpqua National Forest. This layer was developoed from ecology plot data and analysis of each plot's physical characteristics (slope, elevation, aspect). The characteristics were used to map the forest into several series used for classification. Each polygon attribute represents the plant series as defined by the physical characteristics of the polygon. These polygons were manusctipited on 1:24000 mylars and scanned and edited in LTPlus. This cover was built at a map scale of 1:24000.
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