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Note regarding property inventory:  

Prior Contract 35962 -- NOAA-Fisheries

Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7100  Acquisition Date 2/1/09  Cost: $8,500 POC: Chris Jordan 541.754.4629
Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7101  Acquisition Date 2/1/09  Cost: $8,500 POC: Chris Jordan 541.754.4629

Prior Contract 41715 -- NOAA-Fisheries

Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7188  Acquisition Date 3/10/10  Cost: $8,500 POC: Chris Jordan 541.754.4629
Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7189  Acquisition Date 3/10/10  Cost: $8,500 POC: Chris Jordan 541.754.4629
Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7190  Acquisition Date 3/10/10  Cost: $8,500 POC: Chris Jordan 541.754.4629
Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7194  Acquisition Date 3/10/10  Cost: $8,500 POC: Chris Jordan 541.754.4629
Digital Angel FS1001M Multiplexing PIT tag transceiver  S/N 7195  Acquisition Date 3/10/10  Cost: $8,500 POC: Chris Jordan 541.754.4629

Prior Contract 46273 Rel 8 -- NOAA-Fisheries

Global Thermoelectric 5060 Peltier Generator S/N 5060-7313-S1K  Acquisition Date 10/1/10  Cost: $6,540 POC: Chris Jordan 541.754.4629

Prior Contract 46273 Rel 28 -- NOAA-Fisheries

Global Thermoelectric 5060 Peltier Generator S/N 5060-  Acquisition Date 6/30/12  Cost: $6,785 POC: Chris Jordan 541.754.4629
Global Thermoelectric 5060 Peltier Generator S/N 5060-  Acquisition Date 6/30/12  Cost: $6,785 POC: Chris Jordan 541.754.4629

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This project seeks to develop two novel monitoring and evaluation programs: (i) subbasin-scale pilot status and trend monitoring efforts for anadromous salmonids and their habitat in the Wenatchee, John Day and Salmon River basins, and (ii) effectiveness monitoring for suites of habitat restoration projects in selected watersheds within the three target subbasins.  This work builds on current status and trend monitoring programs within each of these basins; however, the proposed work differs structurally from much of the ongoing status and trend monitoring work as it focuses on the explicit development and testing of the sampling protocols and methodologies required for generating habitat and population monitoring data of known spatio-temporal resolution, accuracy and precision.  The proposed work expands on the utility of status monitoring data to explicitly address watershed-scale questions of habitat restoration action effectiveness.  The ultimate objective of the project is to develop an end-to-end data gathering to analysis system that supports tributary habitat off-site mitigation actions.

This contract's specific portion of the entire project (2003-017-00) will address overall coordination tasks.  The overall technical and scientific coordination of the project will be accomplished by the project sponsor (NMFS/NWFSC, Dr. Chris Jordan) through this contract.  

This contract will also cover three additional technical coordination tasks: data collation to support initial design and scoping, data management system design and development, and statistical support for project data analysis.  These tasks fall under the overarching heading of technical project management, and are identified as individual tasks as they will be accomplished through a variety of subcontracting vehicles initiated by the project sponsor.

The role of actions under this contract are to integrate and oversee all other ISEMP (2003-017) contract and cost-share actions.  As a result, some WEs appear redundant with other contracts; however, these are shared tasks and tasks where direct NOAA staff or contractor participation is necessary.  All potential WE overlap is identified in the WE description.

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