FY07-09 proposal 198910700

Jump to Reviews and Recommendations

Section 1. Administrative

Proposal titleStatistical Support For Salmonid Survival Studies
Proposal ID198910700
OrganizationUniversity of Washington
Short descriptionImprove monitoring and evaluation capabilities by developing state-of-the-art study designs and analysis tools to estimate juvenile and adult salmonid survival and survival relationships. Provide statistical guidance to investigators in the Northwest.
Information transferThis task provides statistical support to Columbia Basin investigators requesting assistance with the design and analysis of tagging studies. Efforts include development of new tagging models to address advances in technology and research questions, sample size calculations, guidance on release and recapture designs, assuring proper statistical methods are used in data analysis, modifying statistical software to accommodate unique analysis requirements, and the review of technical reports. All these efforts are to ensure that the maximum information can be reliably extracted from tagging studies funded under the Council’s Fish and Wildlife Program. Support is provided to federal and state agencies, First Nations, and public utility districts upon request. In addition, this project provides technology transfer through: (a) statistical software programs and documentation available publicly on the internet, (b) graduate student theses and dissertations, (c) scientific peer-reviewed articles, (d) BPA technical reports, (f) presentations, workshops, and instruction to the fisheries community, and (g) statistical consulting and guidance on the design and analysis of tagging studies. Outreach also includes quarterly publication of Salmon Insider newsletter, available on the internet or through e-mail subscription.
Proposal contact person or principal investigator
Contacts
ContactOrganizationEmail
Form submitter
John Skalski University of Washington jrs@cbr.washington.edu
All assigned contacts
Cindy Helfrich University of Washington cindy@cbr.washington.edu
John Piccininni jppiccininni@bpa.gov
John Skalski University of Washington jrs@cbr.washington.edu
Rich Townsend University of Washington rich@u.washington.edu

Section 2. Locations

Province / subbasin: Mainstem/Systemwide / None Selected

LatitudeLongitudeWaterbodyDescription

Section 3. Focal species

primary: All Anadromous Salmonids

Section 4. Past accomplishments

YearAccomplishments
2005 Introduced Program ROSTER to estimate downriver smolt survival, ocean survival, upriver adult survival, smolt-to-adult ratios, transport-inriver effects, and delayed mortality from PIT-tag releases. Developed alternative models for fallbacks/straying.
2004 Developed statistical models to provide joint juvenile-to-adult PIT-tag survival analyses. Added diagnostic and graphical tools to Program USER. Expanded Program SampleSize to include replicate releases in the estimation of mean survival.
2003 Developed user manuals for all the major software packages (i.e., SURPH 2.1, USER 2.1, PitPro 1.0, and SampleSize 1.0). Debugged errors in programs as users tested the limits of software capabilities. Improved data entry capabilties in SURPH 2.1.
2002 Expanded Program USER.2 to estimate joint survival processes through hydroprojects or pool/dam passage survival. Released Program SampleSize for single and paired releases and transport-inriver survival studies. Released Program PitPro for PTAGIS files.
2001 Developed Program USER.1 to provide an extremely flexible and user-friendly environment to create statistical models for the analysis of juvenile and adult salmonid survival studies, especially for radio-tag and acoustic-tag applications.
2000 Released Program SURPH.2 with improved modeling capabilities, including the automatic ability to test model assumptions and produce more reliable confidence interval estimates. This is particularly suited to paired release-recapture studies.
1999 Developed a user-specified model development tool that permits investigators to create likelihood models tailored to their research, including radiotelemetry studies involving antenna arrays instead of fixed detection locations.
1998 Demonstrated the feasibility of estimating smolt survival and passage probabilities using radiotelemetry data. Developed longitudinal statistical analyses to analyze time-varying covariates in smolt survival studies.
1997 Released Program CaptHist to convert PITAGIS databases to formats suitable for survival estimation. Also developed batch routines to conduct large, repetitive data analyses of survival studies.
1996 Developed statistical methods for estimating season-wide survival. Investigated nonparametric methods for improved confidence intervals. Developed statistical models to estimate fall chinook salmon smolt survival and residualization probabilities.
1995 Produced a PC version of SURPH software and sample size program to design tag-release studies.
1994 Released Program SURPH and provided a user's manual for statistical analysis of data.
1993 Completed statistical software development of analysis package--final debugging of computer program. Co-investigator on first Snake River survival studies. Conducted evaluation of hatchery survival studies.
1992 Extended computer software to include analysis of group and individual covariate effectsl. Proposed "strawman" design for development of PIT-tag facilities on Snake/Columbia River. Developed study plan for a Snake River survival study evaluation.
1991 Developed statistical models for tag analyses that simultaneously assess ambient effects and individual covariate effects on smolt survival studies.
1990 Began software development for statistical analyses, and began statistical theory to assess individual covariate effects on survival.
1989 Developed theory to assess the relationship between smolt survival and ambient river conditions from PIT-tag release-recapture data.

Section 5. Relationships to other projects

Funding sourceRelated IDRelated titleRelationship
BPA 198331900 New Marking & Monitoring Tech Complementary. Provides technical assistance in evaluating new system performance and design of system-wide tag analyses.
BPA 198712700 Smolt Monitoring By Non-Feder Complementary. Provides technical assistance and technology transfer of statistical software to assist in survival analyses.
BPA 199302900 Survival Est For Passage Throu Complementary. Provides technical assistance and technology transfer of statistical software to assist in survival analyses.
BPA 200008000 Pacific Ocean Salmon Tracking Complementary. Consulting with investigators and exploring tagging models for multi-directional movement studies.
BPA 200100300 Adult Pit Detector Installatio Complementary. Consulting with action agencies on consequence of design choices on RM&E requirements.
BPA 198201301 Coded Wire Tag - PSMFC Complementary. Uses CWT database in tag analyses.
BPA 199008000 Columbia Basin Pit-Tag Informa Complementary. Uses PTAGIS database in tag analyses.
BPA 199102800 Pit Tagging Wild Chinook Complementary. Developing tagging models to better design wild fall and spring chinook salmon survival studies.
BPA 199105100 M&E Statistical Support For Li Complementary. Provides technical assistance and technology transfer of statistical software to assist in survival analyses.
BPA 200300900 Canada-Usa Shelf Sal Surv Stdy Consulting with investigators and exploring tagging models for multi-directional movement studies.
BPA 200311400 Acoustic Tracking For Survival Provides technical assistance and technology transfer of statistical software to assist in survival analyses.

Section 6. Biological objectives

Biological objectivesFull descriptionAssociated subbasin planStrategy

Section 7. Work elements (coming back to this)

Work element nameWork element titleDescriptionStart dateEnd dateEst budget
Develop RM&E Methods and Designs Develop Methods & Tech. for Survival Analysis Develop and refine statistical methods, quantitative tools, and performance measures for the research, monitoring, and evaluation of salmonid life history through the hydrosystem. 12/1/2006 11/30/2009 $872,736
Biological objectives
Metrics
Develop RM&E Methods and Designs Provide Direct Statistical Support to NMFS To provide statistical support to NMFS to conduct smolt survival and transport studies, providing software engineering support for data analyses, statistical model development for field investigations, and peer review and coauthorship of technical and scientific papers 12/1/2006 11/30/2009 $152,290
Biological objectives
Metrics
Manage and Administer Projects Project Management Manage and administer project consistent with BPA and University of Washington requirements. 12/1/2006 11/30/2009 $77,372
Biological objectives
Metrics
Produce Status Report Submit quarterly report to BPA Status reports will be submitted at the end of each quarter on PISCES, updating the status of work elements and deliverables for the project. 12/1/2006 11/30/2009 $15,728
Biological objectives
Metrics
Produce Annual Report Submit annual report to BPA documenting activities and accomplishments. An annual report will be provided to the BPA documenting activities and accomplisments of the previous year. 12/1/2006 11/30/2009 $26,965
Biological objectives
Metrics

Section 8. Budgets

Itemized estimated budget
ItemNoteFY07FY08FY09
Personnel Faculty, postdoctoral research assistant, professional staff, graduate student $196,837 $202,742 $207,432
Fringe Benefits Faculty, postdoctoral research assistant, professional staff, graduate student $50,299 $51,808 $52,985
Supplies Services, computer software, noncapital equipment replacements and upgrades $8,831 $8,830 $8,830
Travel Includes trips to Portland at request of sponsor and onsite visitor parking $3,708 $3,764 $3,548
Overhead Facilities and administrative costs @ 26% $67,515 $69,457 $70,927
Other Lease; project located off campus $33,124 $34,449 $35,630
Other Graduate operating fee $11,232 $11,457 $11,686
Totals $371,546 $382,507 $391,038
Total estimated FY 2007-2009 budgets
Total itemized budget: $1,145,091
Total work element budget: $1,145,091
Cost sharing
Funding source/orgItem or service providedFY 07 est value ($)FY 08 est value ($)FY 09 est value ($)Cash or in-kind?Status
Totals $0 $0 $0

Section 9. Project future

FY 2010 estimated budget: $354,494
FY 2011 estimated budget: $354,494
Comments: Estimates based on continuing objectives and tasks

Future O&M costs: Objectives, work elements, and budgets may change depending on the results of the BiOp, Remand, RM&E check-ins, and recovery status of salmonid stocks in the Columbia Basin.

Termination date: None
Comments: There will be a continuing need in the Columbia Basin for statistical support for the design and analyses of salmonid survival studies, as technologies for tagging and detection and hydro operations continue to improve and change.

Final deliverables:

Section 10. Narrative and other documents


Reviews and recommendations

FY07 budget FY08 budget FY09 budget Total budget Type Category Recommendation
NPCC FINAL FUNDING RECOMMENDATIONS (Oct 23, 2006) [full Council recs]
$251,228 $251,228 $251,228 $753,684 Expense Basinwide Fund
NPCC DRAFT FUNDING RECOMMENDATIONS (Sep 15, 2006) [full Council recs]
$251,228 $251,228 $251,228 $0 Basinwide

ISRP PRELIMINARY REVIEW (Jun 2, 2006)

Recommendation: Fundable

NPCC comments: This is an excellent proposal that clearly describes an important and useful ongoing project. The relationship of this project to other projects is clearly summarized. The proposal provides a list of organizations that have been provided statistical support from this project The methods are based on sound scientific principles. The project history section of the proposal provides a very impressive and significant list of contributions that this project has accomplished. The results have been reported to the region via a large number of technical reports and peer reviewed papers. There is an impressive history of peer-reviewed publications related to the past activities of the sponsors. Past performance indicates that facilities and personnel are very well qualified. The evaluation of the success for most of the project activities is stated in terms of method development, computer program development, hours of consulting provided, and number and quality of journals for publications. Lacking is consulting client satisfaction survey information. Although the consulting load and presumable return of clients provides indirect evidence of satisfaction, there may be valuable information for improving quality that may be obtained by surveying all clients, not only those who return regularly. Sponsors should conduct a survey of consulting clients to obtain evidence of satisfaction and to provide information for quality improvement in the future and report the results of this survey in future proposals.


ISRP FINAL REVIEW (Aug 31, 2006)

Recommendation: Fundable

NPCC comments: This is an excellent proposal that clearly describes an important and useful ongoing project. The relationship of this project to other projects is clearly summarized. The proposal provides a list of organizations that have been provided statistical support from this project The methods are based on sound scientific principles. The project history section of the proposal provides a very impressive and significant list of contributions that this project has accomplished. The results have been reported to the region via a large number of technical reports and peer reviewed papers. There is an impressive history of peer-reviewed publications related to the past activities of the sponsors. Past performance indicates that facilities and personnel are very well qualified. The evaluation of the success for most of the project activities is stated in terms of method development, computer program development, hours of consulting provided, and number and quality of journals for publications. Lacking is consulting client satisfaction survey information. Although the consulting load and presumable return of clients provides indirect evidence of satisfaction, there may be valuable information for improving quality that may be obtained by surveying all clients, not only those who return regularly. Sponsors should conduct a survey of consulting clients to obtain evidence of satisfaction and to provide information for quality improvement in the future and report the results of this survey in future proposals.