Complete Fish Barriers
BPA - EPT Monitoring Effectiveness of Complete Fish Passage Barriers Projects v1.0 Years 2014-2019
The protocol details the monitoring design, procedures and quality assurance steps necessary to document and report the effectiveness of: Complete Fish Passage Barriers projects at the project site scale. This supports the Bonneville Power Administrations Programmatic approach to project level Action Effectiveness Monitoring (AEM) for Extensive Post Treatment (EPT), as documented in “Action Effectiveness Monitoring of Tributary Habitat Improvement: a programmatic approach for the BPA Fish and Wildlife Program”. This is based on the Washington Salmon Recovery Funding Board (SRFB) protocol SRFB – Monitoring Effectiveness of Fish Passage Projects (ID: 34) (https://www.monitoringmethods.org/Protocol/Details/34) however variations in the design and metrics collected required modification of the protocol.
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0
- Protocol Documents
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0
Spatial Design
Data Collection Methodology
Data Analysis Methodology
- Calculating Juvenile Salmonid Density from Electrofishing v1.0
- Calculation of variation in thalweg profile and channel width v1.0
- Frequency of Pools in the Form of Number of Channel Widths per Pool v1.0
- Longitudinal Profile Mean Square Error v1.0
- Proportion of reach in residual pools v1.0
- Residual pool depth & maximum v1.0
- Tests of Significance: T-Test v1.0
- Total number of pools v1.0