Title | Link |
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NONE - No data repository or not electronically available | N/A |
This page provides details of the selected work element.
SOWRevision | Planned | Updated | Contractor Comments (optional) | BPA Comments (optional) |
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Work Element Budget (Current Performance Period) | $13,041 | $12,000 |
Sort | Type | Title | Start | End | Status | Modified By | Modified Date |
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A | Maintain database of physical habitat indicators for monitored tributary reaches | 6/1/2013 | 5/31/2014 | Concluded | Angelo Vitale | 2/15/2013 3:24:35 PM | |
Description: Database with all data categories needed to support data analyses for: channel substrate, large woody debris, stream canopy, and pool metrics. | |||||||
B | Maintain database of dam measurements and physical habitat indicators measured along dam complexes | 6/1/2013 | 5/31/2014 | Concluded | Jon Firehammer | 2/19/2013 3:12:14 PM | |
Description: Database with all data categories needed to support data analysis for: dam turnover rates, seasonal changes in physical habitat (i.e., dam height, inundated area, pool depth, pool volume and area) associated with dam stability. | |||||||
C | Maintain stream and air temperature database for target watersheds | 6/1/2013 | 5/31/2014 | Concluded | Angelo Vitale | 2/15/2013 3:24:35 PM | |
Description: Database with air and water temperature data collected at sites along mainstem and tributary reaches of the upper Lake and Benewah creek watersheds with GPS derived coordinates for inclusion of data into GIS layers. | |||||||
D | DELIV | Updated database of physical habitat attributes, temperature and discharge measurements | 5/31/2014 | Concluded | Angelo Vitale | 2/15/2013 3:24:35 PM | |
Description: Managed databases with validated data entry for physical habitat and temperature attributes measured in Lake, Benewah, Evans, and Alder creeks. Databases will support analyses for channel geometry, longitudinal and cross-section profiles, channel substrate, large woody debris volume and frequency, stream canopy density, residual pool depth and volumes, and temperature modeling. Data will be input into MS EXCEL format and then appended to tables in a relational database to achieve full capabilities. |
Title | Link |
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NONE - No data repository or not electronically available | N/A |