To zoom, hold down the Shift key and drag a rectangle.
|
|
Location Information | Location Notes |
---|---|
|
2nd Nature, LLC (2N) | Maggie Mathias - 2nd Nature, LLC (2N) | |||
U.S. Forest Service - Pacific Southwest Research Station (USFS - PSW) | Pat Manley - U.S. Forest Service - Pacific Southwest Research Station (USFS - PSW) |
No expected performance measures set for this project.
No annual performance measure accomplishments entered for this project.
Total | |||
---|---|---|---|
Unknown or Unassigned | $243,073 | $243,073 | $0 |
Grand Total | $243,073 | $243,073 | $0 |
Total | 2013 | 2012 | 2011 | 2010 | 2009 | 2008 | |
---|---|---|---|---|---|---|---|
Southern Nevada Public Land Management Act (Pacifi... | $243,073 | $40,512 | $40,512 | $40,512 | $40,513 | $40,512 | $40,512 |
Grand Total | $243,073 | $40,512 | $40,512 | $40,512 | $40,513 | $40,512 | $40,512 |
No watersheds set for this project.
No Local and Regional Plans set for this project.
No Related Projects set for this project.
09/07/2017 9:14 PM | System | Objectives: This report and associated digital Stream Load Reduction Tool (SLRTv1) calculation templates are the final products for two complementary research efforts (Projects 042 and 074) funded by the USDA Forest Service Pacific Southwest Research Station using funds from South Nevada Public Lands Management Act (SNPLMA) research grants. The combined research goals were to obtain and leverage stream environment zone (SEZ) specific data to develop a methodology that estimates the average annual pollutant load reduction associated with SEZ restoration efforts. The goals of this project were to: • Apply the standardized approach of both simple and complex observations of Trout Creek to characterize pre and post-restoration stream reach condition by implementing the methodology and protocols of previously funded SNPLMA research (Round 7 and Round 8). • Develop a simple methodology for the Stream Load Reduction Tool for local resource managers to predict the relative water quality benefits (total and fine sediment load reductions) as a result of stream morphologic modifications and floodplain restoration efforts using Trout Creek and Upper Truckee River as the tangible examples. • Enable load reductions from stream restoration to be accounted for in the Lake Tahoe total maximum daily load (TMDL) and Lake Clarity Crediting Programs. |
||
09/07/2017 9:13 PM | System | Findings: • Reach scale water quality monitoring was conducted during two consecutive overbank snowmelt events (WY10 and WY11) to quantify the FSP load differences introduced to and exported from the restored Upper Reach of Trout Creek over the duration of the events. WY10 and WY11 reach scale monitoring identified significant FSP load reductions measured across the reach for each overbank event of 4.9 and 9.4 MT respectively. |
||
09/07/2017 9:13 PM | System | Management Implications: • A successful restoration of self-sustaining fluvial processes is expected to reduce pollutant inputs from chronic bank and bed erosion and increase pollutant retention on the floodplain as a result of increasing the frequency and duration of overbank flows. Significant temporal and financial requirements make the quantification of the actual long-term water quality benefit of a restored SEZ extremely challenging. The episodic nature of elevated flow conditions that cause erosion and/or inundate the floodplain means these events are unpredictable, infrequent and costly to monitor. In order to adequately capture and constrain the long term variability of the hydrology conditions that drive the water quality signal, consistent monitoring would need to be conducted for decades. • The measured reach scale load reductions and the floodplain specific sampling conducted on both Trout Creek and the Upper Truckee River provide undeniable evidence that long term FSP load reductions can be achieved as a result of successful SEZ restoration efforts. |
||
09/07/2017 9:12 PM | System | Publications: www.fs.fed.us/PSW/partnerships/tahoescience 2NDNATURE, Quantification and Characterization of Trout Creek Restoration Effectiveness and Stream Load Reduction Tool (SLRTv1) Technical document/user guidance, Final Report, July 2013. |