The Chief Joseph Hatchery 2015 Annual Program Review

Transcription

The Chief Joseph Hatchery
2015 Annual Program Review
March 10-11, 2015
Chief Joseph Hatchery - Central Facility
38 Half Sun Way
Bridgeport, WA 98813
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2015 Chief Joseph Hatchery Annual Program Review
Table of Contents
Part 1 – Program Overview………………………………………………………………………….…………………………………………1
Part 2 – 2014 Year-in-Review…………………………………………………………………………….……………………………….…19
Hatchery Program Operations…………………………………………………………………………………………………..….…20
Harvest and Brood Collection………………………………………………………………………………………………………….21
Research, Monitoring and Evaluation Programs………………………………………………………………………………21
Part 3 – Current and Future Program Management……………………………………………………………………………..30
Part 4 – Annual Work Plan, CJHP Implementation……………………………………………………………………………….50
Appendices……………………………………………………………………………………………………………………………………………62
Part 1 – Program Overview
1
2
3
G e ne ra l In forma ti on S he e t
• What: Fifth Annual Chief Joseph Hatchery Program Review (APR)
• Where: Chief Joseph Hatchery - Central Facility, 38 Half Sun Way Bridgeport, WA
• When: March 10, 2015 (CCT, State, Fed, PUD and stakeholder meeting) & March 11,
2015 (CCT staff and advisor workshops)
Purpose:
In 2015 the Colville Tribes are hosting a one-day meeting and one-day workshop for the Chief Joseph
Hatchery Program (CJHP) to review and present findings from the previous year and plan for the
upcoming fish production, harvest and science monitoring cycle. The first day of the meeting is set
aside to present results from 2014 activities and to discuss what we’ve learned. We will review our
monitoring and evaluation results, harvest regimes and fish culture and production operations. The
second day will be a technical work session for Tribal staff responsible for program implementation.
This will be a formal planning session for the upcoming 2015 fish production and research,
monitoring and evaluation cycle. The purpose of the work session is to develop a detailed action
plan that outlines staff assignments, deliverables, and timelines.
The goal of the APR is to inform the funding entities, fish co-managers, and stakeholders of CJH
related activities and to increase the overall scientific defensibility and effectiveness of the programs
that inform management decisions. In addition, we will review and discuss key assumptions and
biological targets for the program in the coming year. Areas of presentation include research,
monitoring and evaluation, fish population and harvest monitoring, adult fish management, and fish
production. All contribute to integrated discussions at the APR.
Information on the CJHP, including all APR materials, can be found at:
http://www.colvilletribes.com/cjhp.php
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Map to Chief Joseph Hatchery – Central Facility:
Directions:
•
•
•
From the South/West (i.e., Wenatchee, Seattle etc.)
o WA97 North to Okanogan, to WA17, Spokane, Grand Coulee Dam exit. Left before the
Bridge across Col. R onto Half Sun Way. Nearest regional airport is Wenatchee.
From the East (i.e., Spokane etc.)
o WA174, WA17 to Bridgeport, cross Col. R bridge then right onto Half Sun Way
From the North (i.e., Omak, Okanogan, Canada etc.)
o WA97 South to left at WA17, Spokane, Grand Coulee Dam exit. Left before the Bridge
across Col. R. at Bridgeport
Regional Airport and Carrier (2hr. 35m from the Hatchery):
Alaska Airlines
1 Pangborn Drive
East Wenatchee, WA 98802
(509) 884-2494
pangbornairport.com
Local Accommodations:
Lake Pateros Inn
115 S Lake Shore Drive
Pateros, WA 98846 (509) 923-2203
lkpatinn@ncidata.com
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PepperTree-Best Western
820 Koala Drive, Omak, WA 98841
1-866-234-0762
Omak Inn
912 Koala Drive, Omak, WA 98841
1-866-234-0762
APR Contact Information:
Andrea Pearl, Fisheries Biologist
Colville Tribes Fish & Wildlife Program
Phone: (509) 422-7437
Cell (509) 634-1364 (cell)
andrea.pearl@colvilletribes.com
www.colvilletribes.com/cjhp.php
Patrick Phillips, Chief Joseph Hatchery Manager II
38 Half Sun Way
Bridgeport, WA. 98813
Office# (509) 686-0234
Cell# (509) 631-1870
Fax# (509) 686-0233
patrick.phillips@colvilletribes.com
Kirk Truscott, Anadromous Fish Division Manager
Phone: (509) 978-8031
kirk.truscott@colvilletribes.com
www.colvilletribes.com
Randall Friedlander, Director
Phone: (509) 634-2110
randall.friedlander@colvilletribes.com
www.colvilletribes.com
Brenda Schmidt, Staff Assistant
Colville Tribes Fish & Wildlife
Chief Joseph Hatchery
Office (509) 422-4580
Cell (509) 634-1543
CJH Fax (509) 686-0233
brenda.schmidt@colvilletribes.com
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Chief Joseph Hatchery Program
Kirk Truscott
Senior Anadromous Program Manager
Confederated Tribes of the Colville Reser vation
The Goals for Okanogan Basin Summer‐Fall Chinook are to:
 Increase abundance, productivity, and temporal‐
spatial diversity of naturally spawning Chinook in the Okanogan Basin
 Increase harvest for all fishers
The Purpose of the CJH Program is to:
 Increase harvest consistent with the natural production goals
 Support re‐colonization of habitat
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The Goals for Okanogan Basin Spring Chinook are to:
 Restore a harvestable, sustainable naturally spawning spring Chinook population in the Okanogan Basin
 Harvest for all fishers
 Contribute to recovery of the UCR ESU
The Purpose of the CJH Program is to:
 Re‐colonize habitat in Okanogan
 Provide harvest consistent with the natural production goals
Program Commitments
 Adaptively manage Program consistent with “Decision Rules” and “Biological Targets” by adjusting smolt production and broodstock
management to meet targets for:
 pHOS, NOR escapement, pNOB, PNI, and Stray rates
 Achieve FCRPS and PUD mitigation production
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 Hatchery Production
 Summer/fall Chinook
 Spring Chinook
 Research/Monitoring/Evaluation
 Within hatchery monitoring
 Natural population monitoring
 Summer/Fall Chinook
 Integrated
 Yearling
 Sub‐yearling
 Segregated
 Yearling
 Sub‐yearling
 Spring Chinook
 Reintroduction
 Segregated
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CJH Su-Fa Chinook Strategy
 Two Program Components,  An Integrated component—releases in Okanogan River
 A segregated component—releases from CJH  Three Phases:
Current—Similkameen Mitigation Program
2. Transition (1 and 2)—CJH program with emphasis on harvest augmentation and habitat re‐colonization
3. Long Term—CJH program with emphasis on harvest augmentation and local adaptation of natural populations (i.e. low pHOS, High PNI)
1.
Program Type and Purpose
Summer Chinook
Current
Long Term
2009‐2013
Period 2
2019‐2026
Integrated Conservation
Integrated Conservation and Harvest
Integrated Harvest
Not Applicable
Segregated Harvest
(Stepping Stone)
Segregated Harvest
(Stepping Stone)
Segregated Harvest
(Stepping Stone)
Okanogan River
Component
Chief Joseph Hatchery Component
Transition
Period 1
2014‐2018
2027
Spring Chinook
Okanogan River Component
Phase 1‐ Re‐
colonization
phase 2‐ Reintroduction
Phase 3‐ Integrated Conservation
Segregated Conservation
Segregated Harvest
Segregated Harvest
Segregated Harvest
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Hatchery Program Step 2
Natural
Production
Segregated Component. On‐Station Release. Produces fish for harvest. (Ad‐clipped only)
Directed Harvest Hatchery Program Step 1
Integrated Component. Produces broodstock for harvest program. (100% CWT and Ad clip)
pHOS 2
pHOS 1
NOB
pNOB
pNOS
HOR (Step2)
pHOB 1
100%
HOB (Step1)
pHOB 1
Weir, Hatchery Rack, Selective Harvest to Control pHOS
Hatchery Production (Maximum)
Current
Phase
Transition
Period 1
2014‐2018
2009‐2013
Long Term
Period 2 2019‐2026
2027 800,000 yearlings
Okanogan River
576,000 yearlings
875,000 yearlings
875,000 yearlings
600,000 yearlings
600,000 yearlings
300,000 sub‐yearlings
Chief Joseph Hatchery
500,000 yearlings
No Production
400,000 sub‐yearlings
Phase 1‐ Re‐
colonization
Phase 2‐ Local Adaptation
Phase 3‐
Conservation
2014 ‐ 20??
?
?
Okanogan River Component
200,000 yearlings
?
?
700,000 yearlings
700,000 yearlings
700,000 yearlings
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Key Biological Targets
 Integrated Program (HSRG)
 PNI > 0.67
 pHOS < 30 Percent
 Segregated (Stepping stone) Program
 pHOS < 5 Percent (within and outside Okanogan)
 Natural Population
 Natural Origin Spawners (NOR) >5,000 Adults
 Minimum NOR > 800
How Will Biological Targets be Met?
 Harvest/Adult Management:
 Live capture, selective fisheries, hatchery surplusing
 Mainstem seining
 Fish platforms
 Beach seines
 Sport fishing
 HOR removal at CJH ladder
 HOR removal at Okanogan Weir  Working with managers to reduce marine and lower Columbia harvest impacts to NOR’s  Hatchery Operations
 Adjust program size consistent with NOR abundance, pHOS and PNI
 Adjust smolt release numbers to address short‐fall in pHOS and PNI
 Adjust pNOB to address short‐fall in pHOS and PNI, consistent with NOR abundance targets  On‐station release of segregated fish (Stepping Stone)
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Hatchery Production
 Segregated spring Chinook
 Re‐introduction of spring Chinook
 Segregated summer Chinook
 Early return
 Late return
 Integrated summer Chinook
 Early return
 Late return
Segregated Spring Chinook
 Broodstock
 Leavenworth National Fish Hatchery (LNFH)
 Brood collected throughout return to LNFH
 CCT CJH staff collect and transfer to CJH
 Smolt Release




Max. target production‐ 700,000 smolts
Release size‐ 30 grams Smolt release location‐ CJH
Release date‐ mid‐April 2015
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Reintroduction of Spring Chinook
 Broodstock
 Methow Composite HOB, Winthrop National Fish Hatchery (WNFH)
 Brood collected throughout the return to WNFH
 Egg/Fish Transfer
 CCT CJH staff to transfer eyed‐eggs to CJH (post 2013 brood)
 USFWS transferred BY‐13 MetComp from Winthrop to Riverside Pond in fall of 2013.
 Post BY‐13, eyed‐egg transfer from Winthrop NFH to CJH
 Post BY‐13, pre‐smolt transfer to Tonasket or Riverside ponds  Smolt release
 Target release‐ 200,000 yearling smolts
 Release size‐ 30 grams
 Release location‐ Okanogan River
 Release date‐ mid‐late April Segregated Summer Chinook
 Broodstock Collection





Hatchery origin brood (HOR)
Purse seine‐ Okanogan River confluence (July‐early September)
CJH ladder (July‐early November)
Tangle net‐ (July‐October)
Okanogan weir (September‐mid‐October)
 Smolt Releases
 Max. target release‐ 500,000 yearling and 400,000 sub‐yearling smolts
 Release size‐ 45 grams yearling; 11 grams sub‐yearling
 Release location‐ CJH
 Release date‐ mid‐late April 2015 (yearlings); mid‐June 2014 (sub‐
yearlings) 14
Integrated Summer Chinook
 Broodstock Collection
 Natural Origin Brood (NOR)
 Purse seine‐ Okanogan River confluence (July‐early September)
 Tangle net‐ (July‐October)
 Okanogan weir‐ (September – mid October)
 Wells Dam (late‐August – September)*
 Beach seine‐ Okanogan (mid‐September‐early October)
 CJH ladder (mid September ‐ early November)
 Smolt Releases
 Max. target release‐ 800,000 yearling and 300,000 sub‐yearling smolts
 Release size‐ 45 grams yearling; 11 grams sub‐yearling
 Release location‐ Okanogan River
 Omak Acclimation Pond (yearlings)
 Omak Acclimation Pond (sub‐yearlings)
 Riverside Acclimation Pond (yearlings)
 Similkameen Acclimation Pond (yearlings)
 Release date‐ mid‐late April 2015 (yearlings); mid‐June 2014 (sub‐yearlings) 
*‐ Contingency collection location based on degree of short‐fall by end of the third week of August. Initiate collection at Wells to attain 75% of end of August collection target.
Research/Monitoring/Evaluation
 Address Key Management Questions
 Is the hatchery meeting targeted production and within hatchery performance standards?
 Are hatchery post‐release survival standards being achieved?
 What is the current status/trends of the naturally‐
spawning population in terms of VSP?
 What is the current status/trends for hatchery returns and harvest/adult management?
 Are hatchery program Biological Targets being achieved?
 Are assumptions about natural production potential valid?
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Research/Monitoring/Evaluation (Cont.)
 Facilitate Adaptive Management Within Scientific Framework
 Assess the validity of Program Key Assumptions
 Adjust Program Key Assumptions if warranted
 Provide and update Program Biological Targets, consistent with Program Key Assumptions and hatchery and population status and trends
 Annually, utilize the In‐Season Implementation Tool (ISIT) to adaptively manage the program
CJH program will be implemented through

A science “Framework” defined by Key Assumptions, and supported by:
 Annual Status and Trends updates and In‐season Biological Targets and
 Informed Decision Making, through adaptive management of which this APR is an important component

A unified closely coordinated management program that incorporates mitigation for FCRPS, and mid‐Columbia PUDs
Thank you!
16
Adaptive Management Implemented
[PRE-SEASON] WORK PLAN
UPDATED WORK PLAN (MQ 8)
APPT
MQ 5
MQ 6
MQ 7
∙ STATUS AND TRENDS (MQ 1, 2)
∙ PROGRAM IMPLEMENTATION (MQ 3)
∙ PROGRAM PERFORMANCE (MQ 4, 5)
ANNUAL REPORT
∙ PROGRAM EFFECTIVENESS (MQ 6)
∙ RESEARCH ->KEY ASSUMPTIONS (MQ 7)
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DOCUMENTATION
IN-SEASON UPDATES
MQ 4
DATA ANALYSIS
MQ 3
MONITORING AND
EVALUATION, FORECAST
MQ 1
MQ 2
2015
MANAGEMENT
TARGETS
ANNUAL
PROGRAM REVIEW
DECISION RULES
FIELD WORK AND
DATA COLLECTION
IN-SEASON
IMPLEMENTATION TOOL
MANAGEMENT
QUESTIONS
ISIT and the Annual Program Review
In-Season Implementation Tool
Step 1
Step 2
Step 3
Step 4
Key
Assumptions
(Working
Hypothesis)
Status and
Trends
Decision Rules
Biological and
Management
Targets
Annual Program Review
Results from
Research and
M&E,
External to
Program
Results from
Program M&E
Conservation and
Harvest Goals
Pre-season
Forecast
Post-Season
Performance
Review --Run
Reconstruction
M&E Results
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In-Season
Updates
Part 2 – 2014 Year-in-Review
19
APR Part 2: 2014 Year-in-Review
2a. Hatchery Production Program (2014 Year-in-Review) Pat Phillips
Program Goals
•
Mitigation production obligations (Chelan, Douglas, Grant PUDs and BPA):
o 900,000 spring Chinook
o 2,000,000 summer Chinook (1.3M yearlings, 0.7M subyearlings)
•
CJH Summer Chinook Program Goals
o Integrated
 Enhance natural-origin population
 Re-establish late-arriving population and improve spawner distribution
 Provide Tribal and non-tribal harvest opportunities
o Segregated: provide consistent Tribal and non-tribal harvest opportunities
•
CJH Spring Chinook Program Goals
o Integrated (“experimental population”)
 Enhance recovery of UCR spring Chinook
 Reserve population in case of failure at Methow facility
 Provide Tribal and non-tribal harvest opportunities
o Segregated: provide Tribal and non-tribal harvest opportunities
•
Hatchery Program Guiding Principles
o Conservation principles: PNI, pHOS, stray rates
o Aggressive disease management
o Integrated program size varies with status of NOR abundance
o Adaptively manage program using M&E program data
Rearing
•
Integrated Summer Chinook Rearing – BY 2013
o Subyearlings: 186K released May 2014 at 46 fpp from Omak Pond
o Yearlings: 500K at CJH, 300K at Omak Pond, 200K at Similkameen Pond
•
Segregated Summer Chinook Rearing – BY 2013
o Subyearlings: 257K released May 2014 at 50 fpp
o Yearlings: 417K at CJH at 18 fpp
•
Segregated Spring Chinook Rearing – BY 2013
o CJH: 515K at 20 fpp; 94% cumulative rearing survival
o Riverside Pond: 200K at 28 fpp
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Broodstock Collection and Eggtake
•
CJH Summer Chinook Broodstock Collection – BY 2014
o 663 NOR (341 Fem, 313 Male, 9 Jacks)
o 558 HOR (293 Fem, 258 Male, 7 Jacks)
o Survival to spawn (non-jacks) 73-85%
•
CJH Summer Chinook Egg Take – BY 2014
o 76% of target (1.8M eyed eggs of 2.36M target)
o Contributing factors:
 Lower survival to spawn and fecundity than expected
 ELISA culling rate
•
Segregated Spring Chinook Broodstock Collection and Egg Take – BY 2014
o Broodstock collection at Leavenworth NFH (640 adults)
o Survival to spawn: 34% (66 Fem, 143 Male) – low due to Columnaris
o Eyed-egg take: 788K (75% of target) at Leavenworth and Carson NFH
2b. Spring Chinook 10(j) Process and Approval, Chuck Brushwood
•
Request to reintroduce UCR spring Chinook into the Okanogan River using ESA 10(j)
(experimental, non-essential designation) submitted to NOAA in November 2010
•
Under Section 10(j): “experimental” designation if reintroduction is outside current range of
species. This allows for more flexible management of the reintroduced population.
•
Objectives:
o Increase spatial structure and abundance of UCR spring Chinook ESU
o Reduce proportion of hatchery-origin spring Chinook in Methow Basin
o Meet ESA obligations
•
Request approved and final rule published by NMFS in October 2014
•
First releases will be in April 2015 (BY 2013)
2c. Brood Collection, RM&E (2014 Year-in Review) Mike Rayton, Casey Baldwin
•
Management Issue and Questions
o Issue: Late fall run Chinook are being counted at Wells Dam
o Question 1: Are unmarked Priest River Hatchery (PRH) fall Chinook showing up in the
late collected brood?
o Question 2: What is the abundance and proportion of PRH fall Chinook in the CJH
ladder?
•
Results – 2014
o Question 1:
 In 2014, 76 brood collected late at the weir; 69 spawned
 68 otoliths examined; 67 negative, 1 no data.
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
No evidence of unmarked PRH Chinook in late collected brood
o Question 2:
 603 HORs at CJH Ladder (July-Nov 2014)
 Ad-present fish: estimated 10% from PRH (59/603)
 CWT only: estimated 3% from PRH (16/603)
•
2015 Recommendations
o Analyze RMIS data for ad-clip groups
o Repeat otolith evaluation of September 2015 brood
o Repeat CCT lab analysis of CWT-only fish collected at ladder
o Add PIT tag evaluation to the analysis?
o Additional management questions for consideration:
 If brood are needed from the CJH ladder, what is the best way to minimize risk
from PRH strays?
 Do we want to intentionally propagate “fall” run timing into the program?
2d. Research, Monitoring and Evaluation Programs (2014 Year-in Review) Andrea P.,
Casey B., John R.
Okanogan Rotary Screw Trapping
•
Monitoring Objectives
o Monitor juvenile outmigration abundance and timing
o PIT tag juveniles: estimate SAR of natural-origin smolts
•
2014 Results
o Daily trapping from March 31 to June 28
o Captured 28,851 Chinook (6,777 hatchery, 22,074 wild); PIT tagged 382 fish
o Peak outmigration in May and June
o Efficiency trials (2 traps operating) ~ 1% recapture rate
•
2015 Objectives
o Extend trapping season (begin earlier, continue through July)
o More efficiency trials to estimate recapture rate
Beach Seining and Tagging Operations
•
Monitoring Objectives
o Supplement RST juvenile tagging
o SAR estimates, outmigration timing
o Adult run size, timing, age composition, gear effects
•
2014 Results
o 9,133 fish captured
o 10% mortality: 5% before tagging, 5% after tagging
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o Tracked travel times through FCRPS Dams
o Larger fish had shorter travel times to Rocky Reach Dam
Okanogan Pilot Weir
•
Weir Objectives
o Tet operations, design, and effects on fish (handling, passage, live release)
o Estimate adult run timing, abundance
o Broodstock collection - NORs
o Manage pHOS, PNI
•
2014 Results
o Weir operated August- Sept when flows < 3,000 cfs
o Video monitoring and downstream/upstream fish behavior observations
o Daily water quality monitoring (flows, temperature, DO, turbidity, gage height)
o Trap totals: 2,219 adult Chinook; 105 jack Chinook; 96 adult sockeye
•
2015 Objectives
o Continue to monitor fish behavior, water quality, entrainment, and weir effectiveness
o Perform live video monitoring to provide real time updates on trap operations
Acoustic Evaluation of Sockeye Passage at Pilot Weir
•
Study Objectives
o Is weir delaying sockeye migration, and to what extent?
•
Methods
o Acoustic and PIT tags inserted at Wells Dam
o Receivers deployed downstream and upstream of weir location
o Travel time compared before and after weir installation
•
Results
o 100% survival from downstream to upstream of weir
o Travel time increased post-weir installation, but other factors (flows, water
temperature) also changed
o Weir appears to cause a slight delay for late arriving sockeye, but not a biologically
significant delay
Spawning Ground Surveys
•
Purpose of Monitoring
o Estimate escapement – NORs, HORs
o Monitor age structure, fish size, spawn timing, and spatial distribution of redds
•
Methods
o Weekly surveys from early October through mid-November (raft, aircraft)
23
o Surveys on Okanogan R. from mouth to Zosel Dam; Similkameen R. from Driscoll
Channel to Enloe Dam
•
2014 Results
o Spawn timing: majority of redds located in first two weeks of October
o Majority of redds located in Okanogan from Riverside Bridge to Zosel Dam and lower
Similkameen reach (similar to 2012 and 2013 results)
Spawning Ground Carcass Analysis
•
Purpose of Analysis
o Estimate pHOS, egg voidance, straying/homing rates, trends in measurable variables like
fish length
•
Methods
o Carcasses collected opportunistically during redd surveys and after surveys were
completed
o Total sampled: 2,452 carcasses (20% sample rate).
•
2014 Results
o pHOS (based on 5-year running average) has improved
o 2014 pHOS was the lowest yet recorded (13%), and less than the target of 30% in all
sampled reaches with > 2 recovered carcasses
o Stray rate: <5% of HOS from other systems
o SAR for BY 2008 was 0.027 (above the long term average)
o The proportion of Similkameen program Chinook spawning in other systems is generally
low, but is often greater than 5% in the Chelan River
o Most HORs and NORs spawn after 3 years in the ocean
o Estimated spawning abundance: 10,602 NOS, 1,561 HOS
Genetic Analyses
•
Environmental DNA (eDNA)
o 2013 tributary sampling
o 2014 basin-wide sampling
o 2015 – no sampling planned
•
Parental-based Tagging (PBT)
o Genetic samples collected during Chinook spawning (CJH)
o In cooperation with CRITFC
2e. Zosel Adult Passage Video Monitoring Review, Sonya Schaller
•
Project Goals
o Monitor abundance and trends of adults passing Zosel Dam
o These estimates contribute to escapement estimates on specific tributaries
24
•
Methods
o Year-round operation of video equipment from 2005-2015
o Count steelhead, sockeye, Chinook, and coho
•
Results – Chinook
o Peak Chinook counts in October
o Recent adult Chinook totals: 2,022 in 2013; 1,614 in 2014
o Also collect data on natural vs. hatchery origin, run timing, gender, jacks, fall-backs, fish
size, PIT tags, etc.
o Chinook NOR composition has averaged about 80%
o The proportion of jacks has decreased from about 35% in 2011 to around 20% in 2014
o New research on fallbacks/reascensions in 2014
 PIT tagged fish had 57.7% fallback/reascension rate (26 PIT tagged adults)
 Use this rate to adjust the video counts downward to remove double counting
2f. Habitat Monitoring – 2014 EDT Updates, John Arterburn
25
Notes
26
Notes
27
Notes
28
Notes
29
Part 3 – Current and Future
Program Management
30
Adaptive Management and Scientific Framework





Program Goals for Conservation and Harvest
Key Management Questions
Research, Monitoring and Evaluation Program
Analytical Tools (ISIT)
Annual Review and Planning Process
•
Are program goals being met?
31
[PRE‐SEASON] WORK PLAN UPDATED WORK PLAN (MQ 8) APPT
MANAGEMENT QUESTIONS
FIELD WORK AND DATA COLLECTION
2015 MANAGEMENT TARGETS
ANNUAL PROGRAM REVIEW
MQ 6
MQ 7
DOCUMENTATION
ANNUAL REPORT
∙ RESEARCH ‐>KEY ASSUMPTIONS (MQ 7) 32
IN‐SEASON UPDATES
MQ 5
DECISION RULES
MQ 4
IN‐SEASON IMPLEMENTATION TOOL
MQ 3
DATA ANALYSIS
MQ 2
MONITORING AND EVALUATION, FORECAST
MQ 1
Conservation and Harvest Goals
• Biological Targets for Okanogan Summer Chinook population:
•
•
•
•
•
7,500 total spawners—5,250 natural origin spawners (NOS)
Total pHOS (all programs) < 30%
Segregated program pHOS <5%
PNI > 0.67
Increase temporal and spatial diversity of spawning/rearing
• Harvest Goals: • Harvest full allocation (2015 = 5‐7,000 adult summer/fall Chinook)
• Increase % of individual tribal member harvest
33
• RM&E program is designed to address KMQs and provide data to facilitate adaptive management process
1. What is the current status and recent historical trend of the naturally‐spawning population in terms of VSP parameters? 2. What is the current status and recent historical trend for hatchery returns and harvest?
3. Is the hatchery program meeting target in‐hatchery performance standards?
4. Are the hatchery post‐release targets met for survival and total catch contribution?
5. Are targets for catch contribution and selectivity for HORs met in Fisheries above Wells Dam? 6. Are negative effects of the hatchery on the natural population outweighed by benefits?
7. Are assumptions about natural production potential valid?
8. How should the program be operated in the coming year?
34
Adaptive Management and Scientific Framework
• Given the most recent information and expected adult returns, how should the population be managed in the coming season?
• To ensure scientific defensibility, a decision tree has been created based on a working hypothesis to answer this question.
• The decision tree is incorporated into the In‐Season Implementation Tool (ISIT)
35
Components of the ISIT
• Updated management database
• Key Assumptions about the population (working hypothesis)
• Status and Trends data
• Biological Targets
• Decision Rules
• Management Targets for upcoming season
36
In‐Season Implementation Tool Step 1
Step 2
Step 3
Step 4
Key Assumptions
(Working Hypothesis)
Status and Trends Decision Rules
Biological and Management Targets
Results from Research and M&E,
External to Program
Results from Program M&E
Conservation and Harvest Goals Pre‐season Forecast Post‐Season Performance Review ‐‐Run Reconstruction
M&E Results
37
In‐Season Updates
Key Assumptions
NaturalProduction
Productivity(Smolts/Spawner)
Capacity(Smolts)
JuvPassageSurvival
OceanSurvival
AdultPassageSurvival
Fitness
PNI
TotalpHOS
Segr.pHOS
OceanHarvestRate
LowerColumbiaHarvestRate(Zones1‐6,MouthtoMCN)
UpperColumbiaHarvestRate(MCNtoWells)
TerminalHarvestRate(PostWells)
NaturalOriginSpawners
HatcheryProduction
LocalBrood
YearlingRelease
Sub‐yearlingRelease
SAR(yearling)
SAR(sub‐yearling)
ReturnRatetoOkanogan
pNOB
NOB
RelativeReproductiveSuccess
OceanHarvestRate
LowerColumbiaHarvestRate(Zones1‐6,MouthtoMCN)
UpperColumbiaHarvestRate(MCNtoWells)
Pre‐terminalHarvestRate(OceantoWells)
TerminalHarvestRate(PostWells)
HatcherySurplus
AverageTerminalHORRun
ExpectedHOS
38
Baseline
969
807,784
27.00%
4.10%
83.00%
0.71
0.59
46%
2%
43%
5%
2%
3%
2,644
324
576,000
‐
1.43%
0.30%
98%
50%
162
80%
43%
10%
10%
54%
30%
0
3,832
2,631
Integ
Biological Targets Transition 1
969
807,784
27.00%
4.10%
83.00%
0.85
<
0.67
0.71
>
30%
42%
<
5%
1%
43%
5%
2%
3%
< 5,250
2,542
7,500
613
800,000
300,000
1.43%
0.30%
98%
100%
613
80%
43%
10%
10%
54%
30%
2,281
5,322
1,827
Status and Trends
6,000
100%
5,000
80%
Catch
4,000
60%
3,000
40%
2,000
Harvest Rates
Terminal Harvest
20%
1,000
‐
0%
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
CCT
Recreational
NOR
HOR
Hatchery Releases and Returns
800,000
4,000
700,000
14,000
600,000
12,000
500,000
3,000
400,000
300,000
2,000
200,000
1,000
100,000
‐
NOR Escapement
5,000
Smolts released
HOR Returns to Wells Dam
6,000
10,000
8,000
6,000
4,000
2,000
0
0
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
HOR Returns to Wells Dam
Predicted Okanogan NOR run from early Wells Dam counts 0
Integrated Hatchery Releases
10,000
20,000
Dam Count
39
30,000
40,000
Decision Rules
Purpose of Decision Rules:
• Determine program phase (currently in Transition 1)
• Calculate Management Targets for upcoming season: •
•
•
•
•
Escapement: targets for NOS and HOS
Harvest: targets for NORs and HORs
Weir: removal targets for HORs
Smolt releases: size of Integrated program varies
Broodstock collection: # of NORS and HORs, pNOB‐ Integrated program
• Management Targets are designed to help the program meet its Conservation and Harvest Goals over the long term
40
Decision Rules
DECISIONRULES
Criteriafortransitions:
Current‐>Transition1
Transition1‐>Transition2
Transition2‐>LongTerm
2014‐Facilitiescompletedandtested,fullbroodavailable
2019or5000NORs(5‐yearrollingaverage)
2027‐
5‐yearrunningaverageNORs:
SelectaPhase:
8,232
Transition 1
BiologicalTargetsfortheSelectedPhase↓
Transition 1
Integrated
Program
Segregated
Program
MinimumNORescapement
Smallestviablehatcheryprogram
Max%ofNORusedforBroodstock
MaxNumberYearlings
MaxNumberSub‐yearlings
pNOBTrigger(NORrun)
pNOB
MaxNumberYearlings
Backfillw/HORs(Y,N)
Baseline
Transition 1 Transition 2
Long-term
800
800
800
800
800
100,000
100,000
100,000
100,000
100,000
30%
30%
30%
30%
30%
800,000
215,000
800,000
1,000,000
1,000,000
1,100
300,000
300,000
1,100
1,100
1,100
1,100
100%
100%
100%
30%
30%
500,000
600,000
600,000
500,000
-
400,000
400,000
N
N
41
N
N
N
Decision Rules (sliding scale of pHOS and pNOB)
pHOS (proportion of Hatchery Origin Spawners)
• If pHOS > 0.5 • If pHOS 0.10‐0.25 0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.05
1
53%
56%
59%
63%
67%
71%
77%
83%
91%
95%
0.9
50%
53%
56%
60%
64%
69%
75%
82%
90%
95%
then pNOB = 1.0
then pNOB > 0.5 0.8
47%
50%
53%
57%
62%
67%
73%
80%
89%
94%
pNOB (proportion of Natural Origin Broodstock)
0.7
0.6
0.5
0.4
0.3
44%
40%
36%
31%
25%
47%
43%
38%
33%
27%
50%
46%
42%
36%
30%
54%
50%
45%
40%
33%
58%
55%
50%
44%
38%
64%
60%
56%
50%
43%
70%
67%
63%
57%
50%
78%
75%
71%
67%
60%
88%
86%
83%
80%
75%
93%
92%
91%
89%
86%
42
0.2
18%
20%
22%
25%
29%
33%
40%
50%
67%
80%
0.1
10%
11%
13%
14%
17%
20%
25%
33%
50%
67%
0.0
0%
0%
0%
0%
0%
0%
0%
0%
0%
0%
Decision Rules
DECISIONRULES
Criteriafortransitions:
Current‐>Transition1
Transition1‐>Transition2
Transition2‐>LongTerm
2014‐Facilitiescompletedandtested,fullbroodavailable
2019or5000NORs(5‐yearrollingaverage)
2027‐
5‐yearrunningaverageNORs:
SelectaPhase:
8,232
Transition 1
BiologicalTargetsfortheSelectedPhase↓
Transition 1
Integrated
Program
Segregated
Program
MinimumNORescapement
Smallestviablehatcheryprogram
Max%ofNORusedforBroodstock
MaxNumberYearlings
pNOBTrigger(NORrun)
pNOB
MaxNumberYearlings
Backfillw/HORs(Y,N)
Baseline
Transition 1 Transition 2
Long-term
800
800
800
800
800
100,000
100,000
100,000
100,000
100,000
30%
30%
30%
30%
30%
800,000
215,000
800,000
1,000,000
1,000,000
1,100
300,000
300,000
1,100
1,100
1,100
1,100
100%
100%
100%
30%
30%
500,000
600,000
600,000
500,000
-
400,000
400,000
N
N
43
N
N
N
Management Targets for 2015
MANAGEMENTTARGETS
2014
Use
5
RecentHistory:
AverageNOB
AverageHOB
AveragepNOB
yearaverage
ManagementTargetsbasedonOkanoganNORForecast
287
101
74%
AverageNOS
5,785
AverageHOS
2,350
AveragepHOS
29%
AveragePNI 0.72
ExpectedReturnstoWellsDam(mostrecentupdate):
NORReturn
HORsfromIntegratedProgram
HORsfromSegregatedProgram
<‐‐Mostrecentyearincludedinrunningaverages
10,296
3,823
‐
RunsizePredictionfor:
2015
Preseasonforecast(Columbia) 73,000
Appliesuntil:
7/15
WellsDamCountthru7/15 ‐
OkanoganNORForecast: 10,296
HORForecast: 3,823
Harvest*
Hatchery
andWeir*
Integrated
Hatchery
Program
Segregated
Hatchery
Natural
Spawning
Escapement
HORsretainedinFisheries
IncidentalLossofNORs
*Partialsourceofbroodstock
ReturnofHORstoHatchery
HORsretainedatWeir
*Partialsourceofbroodstock
NaturalOriginBrood(NOB)
Hatch.OriginBrood(HOB)‐Okan
ProjectedAnnualpNOB‐Okan
CumpNOB
SmoltRelease‐Okanogan
1,147
246
51
1,313
613
0
100%
88%
1,100,000
Hatch.OriginBrood(HOB)‐CJH
SmoltRelease‐CJH
498
900,000
Nat.OriginSpawners(NOS)
Hat.OriginSpawners(HOS)
TotalNumberofSpawners
9,438
1,313
10,750
pHOS
PNI
10%
0.91
ProjectedStatusofBiologicalIndicators*:
AverageNOS
7,034
AveragepHOS
23%
AveragePNI 0.79
*ExpectedvaluesofBiologicalTargetsifManagementTargetsaremet.
44
What do we expect to achieve under this plan?
• Increased abundance of NORs
• Meet pHOS and PNI targets
• Increased harvest opportunities
STATUSOFBIOLOGICALINDICATORS(5‐yearRunningAverages)
NOS
pHOS
PNI
Program
BiologicalTargets
5,250
30%
0.67
Statusin2014
5,785
29%
0.72
45
ProjectedStatus
in2015
7,034
23%
0.79
Notes
46
Notes
47
Notes
48
Notes
49
Part 4 – Annual Work Plan,
CJHP Implementation
50
[PRE-SEASON] WORK PLAN
UPDATED WORK PLAN (MQ 8)
APPT
MQ 5
MQ 6
MQ 7
ANNUAL REPORT
∙ RESEARCH ->KEY ASSUMPTIONS (MQ 7)
51
DOCUMENTATION
IN-SEASON UPDATES
MQ 4
DATA ANALYSIS
MQ 3
MONITORING AND
EVALUATION, FORECAST
MQ 1
MQ 2
2015
MANAGEMENT
TARGETS
ANNUAL
PROGRAM REVIEW
DECISION RULES
FIELD WORK AND
DATA COLLECTION
IN-SEASON
IMPLEMENTATION TOOL
MANAGEMENT
QUESTIONS
In-Season Implementation Tool
Step 1
Step 2
Step 3
Step 4
Key
Assumptions
(Working
Hypothesis)
Status and
Trends
Decision Rules
Biological and
Management
Targets
Results from
Research and
M&E,
External to
Program
Results from
Program M&E
Conservation and
Harvest Goals
Pre-season
Forecast
Post-Season
Performance
Review --Run
Reconstruction
M&E Results
52
In-Season
Updates
Status and Trends:
Implementation:
Performance:
Effectiveness:
Research:
Action Plan:
1. What is the current status and recent historical trend of the naturally-spawning population in terms of Viable Salmonid Population (VSP) parameters?
2. What is the current status and recent historical trend for hatchery returns and harvest?
3. Is the hatchery program meeting target in-hatchery performance standards?
4. Are the hatchery post-release targets met for survival and total catch contribution?
5. Are targets for catch contribution and selectivity for HORs met in Fisheries above Wells Dam?
6. Are negative effects of the hatchery on the natural population outweighed by benefits?
KMQ 1
KMQ 2
STATUS AND TRENDS
Progress Toward VSP Goal?
KMQ 3
IMPLEMENTATION
Management Targets Met?
KMQ 4
KMQ 5
PERFORMANCE
Are Biological Targets Met?
KMQ 6
EFFECTIVENESS
Do Benefits Outweigh Risks?
KMQ 7
RESEARCH STUDIES
Key Assumptions Tested?
ANNUAL REPORT
Adresses KMQs 1-7
a. Record/review VSP targets for the affected natural populations.
b. Annual estimates of: spawner abundance, distribution, composition (origin, age, and sex)
c. Annual estimates of: total adult equivalent recruitment of NORs by age (brood year)
d. Annually updated estimates of recruits per spawner
e. Updated estimates of spawner-recruit relationship from empirical observations (a-c)
f. Compare estimates of VSP parameters to their targets (hypothesis test)
UPDATED ANNUAL
ACTION PLAN
(KMQ 8)
KEY MANAGEMENT QUESTIONS
R M&E Activities required to answer the Key Management Questions
1. What is the current status and recent historical trend of the naturally-spawning
population in terms of Viable Salmonid Population (VSP) parameters?
2. What is the current status and recent historical trend for hatchery returns and
harvest?
a. Annual estimates of: smolt releases by age/size for each hatchery program
b. Annual estimates of: total adult equivalent recruitment of HORs by brood year for each hatchery program
c. Annual contribution to defined fisheries for each hatchery program by brood year
3. Is the hatchery program meeting target in-hatchery performance standards?
a. Record of pre-season targets for broodstock selection, mating protocols, life stage survival, marking and genetic
sampling
b. Annual record of number and source of broodstock spawned
c. Record of mating protocols
d. Annual estimates of fecundity by age and broodstock source (NOB, HOB)
e. Annual estimates of survival by life stage for each program and egg lot
f. Record of marking and sampling activities and results
g. Annually updated estimates of: pNOB and smolts per spawner for each hatchery program
4. Are the hatchery post-release targets met for survival and total catch
contribution?
a. Record of pre-season targets for SAR, catch contribution by fishery, maximum contribution to non-Okanogan natural
spawning, maximum rate of straying to the Okanogan from CJH released fish, minimum return rate of fish released into
the Okanogan River.
b. Compare annual estimates from 2. a, b, c to targets in 4.a. View targets as testable hypotheses.
5. Are targets for catch contribution and selectivity for HORs met in Fisheries above
Wells Dam?
a. Record of target for harvest of HORs from each hatchery program and maximum harvest related mortality to
Okanogan NORs by fishery above Wells Dam
b. Annually estimate catch and harvest related mortality of HORs and NORs by fishery and gear type and compare to
targets.
6. Are negative effects of the hatchery on the natural population outweighed by
benefits?
53
a. Record of pre-season targets for maximum contribution to non-Okanogan natural spawning, maximum rate of straying
to the Okanogan from CJH released fish, minimum return rate of fish released into the Okanogan River.
b. Annually estimate (and compare to targets in 6a) the number of strays from each CJH program to each neighboring
population relative to the maximum contribution targets for those populations. View targets as testable hypotheses.
c. Annually estimate (and compare to target in 6a) the contribution of each hatchery program to the Okanogan natural
escapement--view target as a testable hypothesis.
d. Annully evaluate whether hatchery contribution rates to natural spawning are meeting or exceeding HSRG standards
for pHOS and PNI for all affected populations.
e. Periodically evaluate whether long term targets for conservation and harvest could be met w/o one or more of the
hatchery programs.
a. Review/update habitat based natural production potential (EDT)
b. Review/update assumptions about relative reproductive success of hatchery origin spawners in the wild
c. Review/update assumptions about fitness effects of hatchery fish on the naturally spawning population
d. Test theoretical natural production potential (based on EDT and Ford genetic fitness) against observed spawner recruit
observations.
a. Conduct annual program review (APR)
b. Annually refine runsize forecasting and in-season updating methods
c. Obtain/collect dam counts and other data as prescribed by the forecasting/updating methods
d. Periodically, during the pre-season, update estimated return of Okanogan and CJH origin returns above Wells each
year
e. Update annual work plan based on most recent results from the RM&E program and the current run forecast.
54
Annual Workplan Sections
APR
Section #
110
120
130
141
142
151
152
161
162
171
172
181
182
183
190
210
220
230
240
250
261
262
270
Links to KMQs and ISIT Components
Work Element
Number (BPA)
Work Element Name (BPA)
1.1 Produce Environmental Compliance
Documentation - Environmental Compliance
165
Produce Environmental Compliance
Documentation
1.3 Produce Pisces Status Report - Periodic
Status Reports for BPA
185
Produce Pisces Status Report
Task
1.2 Administrative Oversight of the Chief Joseph
Hatchery M&E Program
119
Manage and Administer Projects
2.4 Assimilate and Analyze ISIT Input
Parameters
2.5 Annual Program Review
2.6.1 Produce (Annual) Progress Report Finalize Annual Report from Previous Contract
2.6.1 Produce (Annual) Progress Report Prepare Draft Annual Progress Report (current
contract)
2.7 Produce BiOp RPA Report - Biop RPA
Reporting
NA
NA
C
NA
NA
NA
NA
pHOS, PNI
pNOB
Analyze/Interpret Data
I
Weir effectiveness
pHOS, PNI
pNOB
157
Collect/Generate/Validate Field and Lab
Data
J
NOS, HOS, % jacks
Stray rates (contribute to RMIS
database)
pHOS, NOS, PNI
K
NOS, HOS, % jacks
Stray rates (contribute to RMIS
database)
pHOS, NOS, PNI
Effectiveness
/Other
L
Spring Chinook
presence
M
Columbia Basin PBT
database
N
Spring Chinook
presence
O
Harvest data
P
% Okanogan origin returns, %
Okanogan origin harvest
Stray rate
156
Develop RM&E Methods and Designs
Q
R
NA
NA
NA
NA
162
S
Update ISIT
Update ISIT
Update ISIT
Update ISIT
T
NA
NA
NA
NA
Produce (Annual) Progress Report
U
NA
NA
NA
NA
132
Produce (Annual) Progress Report
V
NA
NA
NA
NA
202
Produce BiOp RPA Report
W
NA
NA
NA
NA
162
2.3 Database and Module Maintenance and
Enhancement-Summit (contractor)
NA
Weir effectiveness
1.8.3 Analysis of Water Samples for eDNA
2.2 Study Design on Delayed Adult Mortality at
CJH Collection Sites
NA
H
Data
Data
2.1 Retrieve and Analyze CWT Information
B
See above (WE D)
157
1.9 Estimate Tribal Harvest for Summer/Fall
Chinook
NA
G
1.8.1 Collect Water Samples for eDNA
1.8.2 Collect Tissue Samples for PBT
NA
Mark/Tag Animals
157
162
NA
See above (WE D)
162
1.7.2 Analyze Data for Summer/Fall Chinook
Spawning Ground Surveys
Steelhead take
F
1.5.2 Analyze PIT Tag Data
1.7.1 Conduct Spawning Ground Surveys for
Summer/Fall Chinook
A
See above (WE D)
162
162
Implementation
/Management
Targets
E
1.4.2 Analyze Juvenile Chinook Emigration
1.6.2 Analyze Results of Weir Monitoring
Performance
/Biological Targets
Data
1.6.1 Okanogan River Temporary Weir
Operations
Research
/Key Assumptions
For natural origin fish: SAR, juvenile and
adult fish passage survival, outmigration
timing, adult run timing, stray rates
157
158
Status and Trends
D
1.4.1 Monitor Juvenile Chinook Emigration With
Rotary Screw Trap
1.5.1 PIT Tag Subyearling Juvenile Chinook
Work Element in
SOW
157
157
162
160
161
132
Data
Data
Create/Manage/Maintain Database
Disseminate Raw/Summary Data and
Results
55
Notes
56
Notes
57
Notes
58
Notes
59
Notes
60
Notes
61
Appendices
62
Glossary of Terms and Variables
The following is a list of key terms and variables used in the CJHP:
 HOS = the number of hatchery-origin fish spawning
naturally.
 NOS = the number of natural origin fish spawning naturally.
 NOB = the number of natural-origin fish used as hatchery
broodstock.
 HOB = the number of hatchery origin fish used as hatchery
broodstock.
 HORs = hatchery-origin recruits. The number of HORs
equals the sum of HOS + HOB + hatchery-origin fish
intercepted in fisheries.
 NORs = natural origin recruits. The number of NORs equals
the sum of NOB, + NOS + natural-origin fish intercepted in
fisheries.
 pHOS = proportion of natural spawners composed of HORs.
Equals HOS/(NOS + HOS).
 pNOB = proportion of hatchery broodstock composed of
NORs. Equals NOB/(HOB + NOB)
 PNI = proportion of natural influence on a composite
hatchery-/natural-origin population. Can also be thought of
as the percentage of time the genes of a composite
population spend in the natural environment. Equals 1 pNOB/(pNOB + pHOS).
 SAR = smolt to adult return.
63
Chief Joseph Hatchery Production Plan
Brood Year:
Species:
Stock:
Origin:
Program:
2015
Summer Chinook - Early
Okanogan
Wild
Integrated
Planting Goal:
Pounds:
360,000
Egg Take Goal:
267,000
26,700
158
Adult Goal:
Estimated Release Data:
Start Date:
04/15/17
Notes:
Rearing Summary:
Species
EA SU Chinook YR
End Date:
04/30/17
Num Released
fish per lb.
Wt. grams
267,000
10
45
Total weight (lb.) Total weight (kg) Life Stage
26,700
12,015
yearlings
Release Site
Similkameen
Number
Eyed Eggs
314,280
Number Ponded
298,566
Fed Fry
283,638
Released
267,000
Location
Similkameen
Egg take goal includes 3% for culling.
Adult Goal includes 10% pre-spawn mortality
10% Green to Eyed egg mortality
Rearing mortality is 16.7%
Source
Okanogan
Date
April
Number
Green Eggs
349,200
64
Mark Type Tagged
Ad Clipped
CWT
Brood Year:
Species:
Stock:
Origin:
Program:
2015
Summer Chinook - Late
Okanogan
Wild
Integrated
Planting Goal:
Pounds:
765,000
Egg Take Goal:
566,000
32,600
340
Adult Goal:
Start Date:
04/15/17
05/15/16
Notes:
Rearing Summary:
Species
EA SU Chinook YR
EA SU Chinook Sub
End Date:
04/30/17
06/01/16
Num Released
fish per lb.
Wt. grams
266,000
300,000
10
50
45
11
Release Site
26,600
6,000
11,970
3,300
yearlings
sub-yearling
Omak
Omak
Number Ponded
298,193
336,260
Fed Fry
283,283
319,447
Released
266,000
300,000
Location
Omak
Omak
Rearing mortality is 15.7% for yearlings, 16.2% for subs.
Source
Okanogan
Okanogan
Date
April
June
Number
Green Eggs
348,764
393,287
Number
Eyed Eggs
313,887
353,958
65
Mark Type Tagged
Ad Clipped
Ad Clipped
CWT
CWT
Brood Year:
Species:
Stock:
Origin:
Program:
2015
Summer Chinook - Late
Okanogan
Hatchery
Segregated
Planting Goal:
Pounds:
620,000
Egg Take Goal:
450,000
29,000
276
Adult Goal:
Start Date:
04/15/17
05/15/16
Notes:
Rearing Summary:
Species
EA SU Chinook YR
EA SU Chinook Sub
End Date:
04/30/17
06/01/16
Num Released
fish per lb.
Wt. grams
250,000
200,000
10
50
45
11
Release Site
25,000
4,000
11,250
2,200
yearlings
sub-yearling
CJ hatchery
CJ hatchery
Number Ponded
276,977
226,618
Fed Fry
263,128
215,287
Released
250,000
200,000
Location
CJ Hatchery
CJ Hatchery
Source
Okanogan
Okanogan
Date
April
June
Number
Green Eggs
323,950
265,050
Number
Eyed Eggs
291,555
238,545
66
Mark Type Tagged
Ad Clipped
Ad Clipped
Brood Year:
Species:
Stock:
Origin:
Program:
2015
Okanogan
Wild
Integrated
Planting Goal:
Pounds:
360,000
Egg Take Goal:
266,000
26,600
158
Adult Goal:
Start Date:
04/15/17
Notes:
Rearing Summary:
Species
EA SU Chinook YR
End Date:
04/30/17
Num Released
fish per lb.
Wt. grams
266,000
10
45
26,600
11,970
yearlings
Release Site
Riverside
Number
Eyed Eggs
314,280
Number Ponded
298,566
Fed Fry
283,638
Released
266,000
Location
Riverside
Source
Okanogan
Date
April
Number
Green Eggs
349,200
67
Mark Type Tagged
Ad Clipped
CWT
Brood Year:
Species:
Stock:
Origin:
Program:
2015
Okanogan
Hatchery
Segregated
Planting Goal:
Pounds:
620,000
Egg Take Goal:
450,000
29,000
276
Adult Goal:
Start Date:
04/15/17
05/15/16
Notes:
Rearing Summary:
Species
EA SU Chinook YR
EA SU Chinook Sub
End Date:
04/30/17
06/01/16
Num Released
fish per lb.
Wt. grams
250,000
200,000
10
50
45
9
Release Site
25,000
4,000
11,250
1,800
yearlings
sub-yearling
CJ hatchery
CJ hatchery
Number Ponded
276,977
226,618
Fed fry
263,128
215,287
Released
250,000
200,000
Location
CJ Hatchery
CJ Hatchery
Source
Okanogan
Okanogan
Date
April
June
Number
Green Eggs
323,950
265,050
Number
Eyed Eggs
291,555
238,545
68
Mark Type Tagged
Ad Clipped
Ad Clipped
Brood Year:
Species:
Stock:
Origin:
2015
Spring Chinook
Leavenworth
Hatchery
Planting Goal:
Pounds:
1,094,400
Egg Take Goal:
700,000
46,667
640
Adult Goal:
Start Date:
04/15/17
Notes:
Rearing Summary:
Species
Spring Chinook
End Date:
04/30/17
Num Released
fish per lb.
Wt. grams
700,000
15
30
46,667
21,000
yearlings
Release Site
CJ hatchery
Number
Eyed Eggs
787,968
Number Ponded
748,570
Fed Fry
711,141
Released
700,000
Location
CJ Hatchery
Source
Leavenworth
Date
April
Number
Green Eggs
875,520
69
Mark Type Tagged
Ad Clipped
Brood Year:
Species:
Stock:
Origin:
2015
Spring Chinook
Met Comp
Hatchery/Wild
Planting Goal:
Pounds:
326,800
Egg Take Goal:
200,000
13,333
190
Adult Goal:
Start Date:
04/15/17
Notes:
Rearing Summary:
Species
Spring Chinook
End Date:
04/30/17
Num Released
fish per lb.
Wt. grams
200,000
15
30
13,333
6,000
yearlings
Release Site
Tonasket Pond
Number
Eyed Eggs
235,296
Number Ponded
223,531
Fed Fry
212,355
Released
200,000
Location
Tonasket
Source
Met Comp
Date
April
Number
Green Eggs
261,440
70
Mark Type Tagged
Ad Clipped CWT
71
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Projects
CANADA
Dun
Duncan
72
U TA H
73
Contact List: Colville Tribes / Chief Joseph Hatchery Program
Updated: March 6, 2015
CCT
BPA
Contact
Group
Name
Affiliation
Phone
Cell Phone
E-mail
Project Role
daroberts@bpa.gov
COTR / BPA Project Manager
(503) 230-4193
ptlofy@bpa.gov
Contract Approval Manager
(503) 230-4412
rwscranton@bpa.gov
Fish Biologist (RM&E Technical Support)
flbodi@bpa.gov
VP Environment, Fish and Wildlife
wcmaslen@bpa.gov
Director, BPA Fish and Wildlife
(509) 978-8005
randall.friedlander@colvilletribes.com
Director, Fish and Wildlife
(509) 422-7424
(509) 631-2134
john.arterburn@colvilletribes.com
F&W Biologist
CCT
(509) 634-2110
(509) 427-1799
Casey.Baldwin@colvilletribes.com
Sr. Research Scientist
Abraham Best III
CCT
(509) 634-1230
(509) 634-1230
abraham.best@colvilletrribes.com
Fisheries Tech.
Chuck Brushwood
CCT
(509) 422-7749
(509) 631-4605
charles,brushwood@colvilletribes.com
Policy Analyst
Tony Cleveland
CCT
(509) 689-0834
anthony.cleveland@colvilletribes.com
Hatchery Tech.
Teddy Cohen
CCT
(509) 634-1029
teddy.cohen@colvilletribes.com
Fisheries Tech.
Vertis Campbell
CCT
(509) 634-1201
vertis.campbell@colvilletribes.com
Fisheries Tech.
Lincoln Feddersen
CCT
(509) 634-2110
(509) 634-1232
Lincoln.Feddersen@colvilletribes.com
Hatchery Tech.
Chris Fisher
CCT
(509) 422-7427
(509) 631-0773
chris.fisher@colvilletribes.com
F&W Biologist
Tatum Gunn
CCT
(509) 634-1345
(509) 634-1345
tatum.gunn@colvilletribes.com
Fisheries Tech.
Kary Nichols
CCT
(509) 422-4782
(509) 631-1706
kary.nichols@colvilletribes.com
Deputy Director, CCT F&W
Andrea Pearl
CCT
(509) 422-7437
(509) 634-1364
andrea.pearl@colvilletribes.com
F&W Biologist
John Rohrback
CCT
(509) 422-7523
(509) 634-1068
john.rohrback@colvilletribes.com
F&W Biologist
Patrick Phillips
CCT
(509) 631-1870
(509) 631-1870
patrick.phillips@colvilletribes.com
CJHP Manager
Mike Rayton
CCT
(509) 422-7434
(509) 631-0525
michael.rayton@colvilletribes.com
Selective Harvest Manager
Kirk Truscott
CCT
(509) 664-1227
(509) 978-8031
kirk.truscott@colvilletribes.com
Hatchery Division Manager
Francis Somday
CCT
(509) 634-2238
(509) 631-6100
francis.somday@colvilletribes.com
Administration - Executive Dir
Sonya Schaller
CCT
(509) 422-7453
sonya.schaller@colvilletribes.com
F&W Biologist
Brenda Schmidt
CCT
(509) 422-4580
(509) 634-1543
brenda.schmidt@colvilletribes.com
OA III CJHP
Jennifer Miller
CCT
(509) 422-7733
(509) 322-3012
jennifer.miller@colvilletribes.com
Fish Biologist/Data Analyst
Bill Towey
CCT
(509) 838-1057
bill.towey@colvilletribes.com
CCT Policy Analyst
Brian Miller
CCT
(509) 422-7739
(509) 322-3014
brian.miller@colvilletribes.com
F&W Biologist
Michael O. Finley
CCT
(509) 634-2208
(509) 631-4887
michael.finley@colvilletribes.com
Chairman, Colville Business Council
Cody Desautel
CCT
(509) 634-2249
cody.desautel@colvilletribes.com
Land and Property Director
Keith Kistler
CCT
(509) 422-7429
Keith.kistler@colvilletribes.com
Fisheries and Habitat Biologist
Sheri Sears
CCT
(509) 634-2118
sheri.sears@colvilletribes.com
Biologist/Policy Analyst
Michelle Camposbasso
CCT
(509) 634-2106
michelle.campobasso@colvilletribes.com F&W Biologist
Dave Roberts
BPA / Portland
(503) 230-4511
Peter Lofy
BPA / Portland
Russell Scranton
BPA / Portland
Lorri Bodi
BPA / Portland
Bill Maslen
BPA / Portland
Randy Friedlander
CCT
John Arterburn
CCT
Casey Baldwin
(503) 936-2923
(503) 230-4452
(509) 634-1029
(509) 322-2453
74
State/Federal/Tribal Agencies
PUDs
CCT Consultants
Contact
Group
Name
Affiliation
Phone
Cell Phone
E-mail
Project Role
Dan Warren
D.J. Warren & Associates Inc.
(541) 929-4639
(541) 602-5950
dan.warren@djwassociates.com
Contracted Project Manager
Lars Mobrand
(206) 463-3849
(206) 919-3892
lars.mobrand@djwassociates.com
Senior Biometrician
Kevin Malone
(360) 353-4996
(425) 753-0011
kmmalone@wavecable.com
Senior Fisheries Biologist
Jeannie Heltzel
(541) 974-7982
jeannie.heltzel@djwassociates.com
Biometrician
Jaze Zwarich
Summit Environmental
(250) 545-3672
(250) 938-4139
jrz@summit-environmental.com
Database Consultant
Rebecca Lindskoog
Summit Environmental
(250) 545-3672
(250) 938-5528
rl@summit-environmental.com
Database Consultant
Shane Bickford
DCPUD
(509) 881-2208
sbickford@dcpud.org
Fisheries and Research Biologist
Keith Truscott
CCPUD
(509) 661-4183
keith.truscott@chelanpud.org
Natural Resources Director
Tom Dresser
GCPUD
tdresse@gcpud.org
David Duvall
GCPUD
dduvall@gcpud.org
Deanne Pavlik-Kunkel
GCPUD
dpavlik@gcpud.org
Hatchery and Habitat Fisheries Program Supervisor
Greg Mackey
DCPUD
(509) 884-7191
gregm@dcpud.org
Catherine Willard
USDA-FS
(509) 784-1511
catherine.willard@chelanpud.org
Resource Management - USDAFS
Todd Pearsons
GCPUD
(509) 754-5088
tpearso@gcpud.org
Alene Underwood
CCPUD
(509)-661-4364 (509)-881-5192
(509) 859-2862
Alene.Underwood@chelanpud.org
Hatchery Program Manager
Jim Brown
WDFW
(509) 754-4624
TeamEphrata@dfw.wa.gov
Region 2 Director, WDFW
Craig Busack
NOAA
(503) 230-5412
craig.busack@noaa.gov
Genetic Research
Dave Fast
YN
(509) 945-8460
fast@yakama.com
Recovery Coordinator
Bill Gale
USFWS
(360) 425-6072
william_gale@fws.gov
USFWS
Lynn Hatcher
NOAA
(509) 962-8911
Lynn.Hatcher@noaa.gov
Jeff Korth
WDFW
(509) 765-8255
korthjwk@dfw.wa.gov
Region 2 Fish Program Manager
Ryan Fortier
WDFW
(509) 997-0048
Ryan.Fortier@dfw.wa.gov
F&W Biologist
Charlie Snow
WDFW
(509) 997-0048
Charles.Snow@dfw.wa.gov
F&W Biologist
Chris Moran
WDFW
(509) 664-3148
Chris.Moran@dfw.wa.gov
F&W Biologist
Matthew Laramie
USGS
(208) 426-5207
mlaramie@usgs.gov
Ecologist and MS Student Boise State University
Andrew Murdoch
WDFW
(509) 664-3148
murdoarm@dfw.wa.gov
F&W Biologist
Keely Murdoch
YN
(509) 548-2206
murk@yakamafish-nsn.gov
F&W Biologist
Michael Humling
USFWS
(509) 996-2204
michael_humling@fws.gov
F&W Biologist
Mike Tonseth
WDFW
(509) 663-9678
tonsemat@dfw.wa.gov
F&W Biologist
(509) 945-8460
(208) 830-8530
75
Other Interested Parties
Contact
Group
Name
Affiliation
Phone
Cell Phone
E-mail
Project Role
Stacy Horton
NPCC
(509) 623-4386
shorton@nwcouncil.org
NPCC State Staff
Kim Hyatt
DFO
(250) 756-7000
hyattk@pac.dfo-mpo.gc.ca
Senior Research Biologist - DFO
Greer Maier
USCRB
(509) 888-7219
greer.maier@ucsrb.com
Natural Resources Program Manager
Derek Van Marter
USCRB
(509) 670-1462
derek.vanmarter@ucsrb.com
Executive Director
Howie Wright
ONA
(250) 707-0095
hwright@syilx.org
ONA Fish Program Director
Richard Bussanich
ONA
(250) 707-0095
Rbussanich@syilx.org
Fisheries Biologist
Dean Allan
DFO
(250) 851 4821
dean.allan@dfo-mpo.gc.ca
Resource Management - DFO
(509) 669-8737
76
The Chief Joseph Hatchery
March 10-11, 2015

The Chief Joseph Hatchery 2015 Annual Program Review

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