OKANOGAN RIVER SPRING & SUMMER/FALL CHINOOK

Slides:



Advertisements
Similar presentations
RTT Analysis Workshop Species Status and Trend (Chapter 1) Casey Baldwin RTT Chairperson WDFW Research Scientist.
Advertisements

$100 $400 $300$200$400 $200$100$100$400 $200$200$500 $500$300 $200$500 $100$300$100$300 $500$300$400$400$500.
UMATILLA HATCHERY MONITORING AND EVALUATION PROJECT Richard Carmichael, Wes Stonecypher, Gerold Grant, and Will Cameron Project # Oregon Department.
McNary Dam The Dalles DamBonneville Dam John Day Dam Evaluate Spawning of Fall Chinook and Chum Salmon Below the Four Lower-most Columbia River Mainstem.
Investigate the Life History of Spring Chinook Salmon and Summer Steelhead in the Grande Ronde River Basin Project Brian Jonasson Oregon Department.
UMATILLA HATCHERY AND SATELLITE FACILITIES OPERATION AND MAINTENANCE
Grande Ronde Supplementation Lostine River: Operation and Maintenance and Monitoring and Evaluation Sponsor: Nez Perce Tribe Project Number:
Evaluate recreational and commercial mark-selective fisheries. (35018) Geraldine Vander Haegen, WDFW Charmane Ashbrook, WDFW Chris Peery, U. Idaho Annette.
Develop Local Okanogan Steelhead Brood Stock Proposal # Sponsored By: Colville Confederated Tribes Presented By: Stephen Smith.
Selective Fish Collection & Harvesting Gear P roposal #29042 Sponsored By: Colville Confederated Tribes Presented By: Stephen Smith.
Annual Stock Assessment – Coded Wire Tag Program (ODFW & WDFW) BPA Project Numbers: and
Phase I Okanogan River Spring Chinook Production Proposal #29050 Sponsored By: Colville Confederated Tribes Presented By: Stephen Smith.
SELECT AREA FISHERY EVALUATION BPA Project # CEDC, ODFW, WDFW.
UMATILLA RIVER FISH PASSAGE OPERATIONS
Chinook Salmon Adult Abundance Monitoring Project Dave Faurot Nez Perce Tribe Pacific Northwest National Laboratory.
8/30/20061 Data Needs for the CBFWA Status of the Resource Project August 30, 2006.
Fall Chinook Acclimation Project (FCAP) Overview Under ESA NMFS lists Snake River fall chinook as threatened in 1992 Co-managers agreed to release 450,000.
Monitoring and Evaluation of Yearling Fall Chinook Salmon Released Upstream of Lower Granite Dam Nez Perce Tribe Department of Fisheries Resources Management.
Fishery Management Overview - Context Sponsored By: Colville Confederated Tribes Presented By: Stephen Smith.
CONFEDERATED TRIBES OF THE UMATILLA INDIAN RESERVATION
Lower Snake River Compensation Plan Hatchery Evaluations – Salmon River Project No Nez Perce Tribe Department of Fisheries Resources Management.
Redfish Lake Sockeye Salmon Captive Broodstock Rearing and Research Project Project Accomplishments Resource Enhancement and Utilization.
Nez Perce Tribal Hatchery (NPTH) DEPARTMENT OF FISHERIES RESOURCE MANAGEMENT 1 - CENTRAL INCUBATION FACILITY FOR SPRING AND FALL CHINOOK 3 - FALL CHINOOK.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Future of Our Salmon Conference Portland, OR Oct 17, 2012 Why Artificial Propagation? Why Artificial Propagation? Gary James, Confederated Tribes of the.
Conserving Americas Fisheries U.S. Fish and Wildlife Service Columbia River Fisheries Program Office Future of Our Salmon A Vision of Restoration in the.
Snake River Fall Chinook Glen Mendel Debbie Milks William Young.
Okanagan Sockeye Reintroduction program 18 October, 2012 Portland, Oregon Howie Wright.
Iron Gate Hatchery California Department of Fish and Game Anadromous Fish Hatcheries.
Summary of Recommendations: Peer Review of FY 13 Science Workplan Trinity River Restoration Program Preliminary Fiscal Year 2013 Science Workplan.
CSMEP Goal: Improve the quality and consistency of fish monitoring data, and the methods used to evaluate these data, to answer key questions relevant.
DEVELOPING THE WALLA WALLA HATCHERY Design criteria for maximizing survival.
Future of our Salmon A summary of the origins and legal fundamentals of the role of artificial production in the Columbia River Presented by: John Ogan.
Upper Willamette River Recovery Planning WITHIN OUR REACH New Partnerships for a Healthier Willamette December
Overview of Current Production Programs Across the Columbia River Basin.
Life history Broodstock –Spawning and care –Fertilization methods Egg development and hatching –Stages of development –Methods of incubation Fry rearing.
Fifteen Years without an IHN Outbreak at Lyons Ferry Hatchery … Just Good Luck? Steve Roberts Fish Health Specialist March 2008.
TRIBAL DATA NETWORK COLUMBIA RIVER INTER-TRIBAL FISH COMMISSION.
C. A. Peery, M. L. Keefer, and S. R. Lee Idaho Cooperative Fish and Wildlife Research Unit U.S. Geological Survey and Northwest Fisheries Science Center.
Federal Concerns Regarding Hatchery Steelhead Spawning in the Wild NOAA Fisheries Salmon Recovery Division.
Management strategies for balancing hatchery functions with natural fish protections Brad Cavallo.
Resident Fish Above Chief Joseph and Grand Coulee Dams Project No Kalispel Tribe of Indians Washington Department of Fish and Wildlife Spokane.
Spokane Tribal Hatchery Sherman Creek Hatchery Lake Roosevelt Volunteer Net Pens Monitoring by Lake Roosevelt Fisheries.
Kalispel Tribe Resident Fish Program Hatchery - Wayne Gould Habitat- Michele Andersen.
Implementation of the Biological Opinion for Russian River Water Supply, Flood Control Operations & Channel Maintenance National Marine Fisheries Service.
Variation in Straying Patterns and Rates of Snake River Hatchery Steelhead Stocks in the Deschutes River Basin, Oregon Richard W. Carmichael and Tim Hoffnagle.
Proposed Approach for Developing Columbia Basin Salmon and Steelhead Goals June 3, 2015.
1 Legal Basis, Endangered Species Act and Hatchery Reform Heather Bartlett, Hatcheries Division Manager.
Documenting O. mykiss life histories in the White Salmon River prior to the reintroduction of anadromous fish above Condit Dam. Brady Allen and Patrick.
In Search of the Lost Legions Attempting to account for Hatchery-origin steelhead returns to the Snake River Herb Pollard – NOAA –National Marine Fisheries.
May 10, 2012 Presented by Micki Varney Oregon Department of Fish and Wildlife.
Role of Tidal Saltwater Habitats for Juvenile Salmonids (Myths vs Reality in the Columbia River Estuary) Ed Casillas NWFSC, Seattle, WA (Contributors –
Pacific Coast Steelhead Management Meeting What Are Managers Required to Provide Their Constituents? March 9-11, 2004 Bob Leland.
Management & Recovery Implications Of Wild/Hatchery Steelhead Interactions Within A Large, Complex Watershed Research Partners: WDFW Skagit River System.
Lower Snake River Comp Plan M & E Program SPY’s thoughts based on 3 weeks.
LSRCP Production Meeting 2011 Re: RY2010 Natural origin adult summer Chinook collection for integrated brood stock production for U.S. v. Oregon.
Washington’s Lower Snake River Compensation Plan Steelhead Program – A retrospective and program adaptive management overview Mark Schuck and Joe Bumgarner.
Effectiveness of alternative broodstock, rearing and release practices at Winthrop NFH William Gale and Matt Cooper -USFWS, Mid-Columbia River Fishery.
Chinook Salmon Supplementation in the Imnaha River Basin- A Comparative Look at Changes in Abundance and Productivity Chinook Salmon Supplementation in.
Joe Bumgarner Washington Department of Fish and Wildlife.
Release Strategies to Improve Post-Release Performance of Hatchery Summer Steelhead in Northeast Oregon. Lance Clarke, Michael Flesher, Shelby Warren,
NOAA’s National Marine Fisheries Service Biological Opinion for Water Supply, Flood Control Operations & Channel Maintenance by the Army Corps, SCWA, and.
LSRCP Hatchery Steelhead Salmon River Brian Leth and Carl Stiefel LSRCP Steelhead Program Review July 20-21, 2012 Clarkston,WA.
November 3-5, 2009 Stevenson, WA Columbia Basin Coordinated Anadromous Monitoring Strategy Workshop Upper Columbia Sub-Region 2 Listed ESU/DPS Steelhead-
Okanogan River Fish Update for the IOLBC Okanogan Basin Monitoring and Evaluation Program (OBMEP) Osoyoos Lake Water Science Forum Presenter: John.
Performance of a New Steelhead Line Derived from Hatchery Parents Collected in Autumn in the Grande Ronde River Lance Clarke, Michael Flesher, Shelby Warren,
Hatchery Reform in the Pacific Northwest: Applying Science to Hatchery Management Applying Science to Hatchery Management, August 2008 Hatchery Scientific.
Ford Hatchery O & M (Project )
Goals and Objectives Conservation: 1) increase population viability (abundance, diversity and spatial distribution) by moving to a locally adapted fall.
Eagle Fish Genetics Lab (IDFG): Craig Steele Mike Ackerman
Presentation transcript:

OKANOGAN RIVER SPRING & SUMMER/FALL CHINOOK Hatchery & Genetics Management Plans

What Are They? Comprehensive Production & Harvest Programs for Spring Chinook and Summer/Fall Chinook in the Okanogan Subbasin and in the Columbia River from Chief Joseph Dam Downstream to the Okanogan River

WHY? No Mitigation for Grand Coulee Dam – 60+ yrs No Anadromous Fish Mitigation for Chief Joseph Dam, 4 COE Lower Columbia River Dams Inadequate Mitigation for 5 PUD Dams Inequity: 630 Fish Ave. Annual Colville Harvest No Colville Spring Chinook Fisheries Abrogation of Federal Trust Responsibilities

Summer/Fall Chinook Programs Integrated Recovery Program: Increase Abundance, Distribution, Diversity of Natural-Origin Summer/Fall Chinook Disperse Hatchery Production of Summer Chinook to Increase Natural Production Realign and Increase Hatchery Production of Summer Chinook Initiate Local Okanogan Summer Chinook Broodstock Initiate Propagation of Later-Arriving Chinook Mark all Hatchery-Origin Chinook

Summer/Fall Chinook Programs Integrated Harvest Program: Enhance Tribal C&S and Recreational Harvest Selective Harvest of Marked, Hatchery-Origin Fish Harvest Natural-Origin Fish When Available In Okanogan and Columbia Rivers

Similkameen Pond Ellisforde Pond Tonasket Pond Bonaparte Pond Omak Pond

Summer/Fall Chinook Program Size Similkameen Pond – 376,000 existing yearling summer chinook Bonaparte Pond - 200,000 existing yearling summer chinook Tonasket Pond - 400,000 yearling summer chinook (per PUD HCP) CJD Hatchery - 300,000 new yearling summer chinook 200,000 new sub-yearling summer chinook

Summer/Fall Chinook Program Size Omak Pond - 400,000 new yearling later- arriving chinook 300,000 new sub-yearling, later- arriving chinook CJD Hatchery - 200,000 new yearling, later- arriving chinook 200,000 new sub-yearling, later-arriving chinook

Bonaparte Pond

Summer/Fall Chinook Production Eastbank Hatchery 576,000 existing summer Chinook Chief Joseph Dam Hatchery 500,000 new summer Chinook 1.1 million new later-arriving Chinook PUD Hatchery 400,000 existing summer Chinook

Spring Chinook – Two Phases Phase I Use Carson Stock Spring Chinook Test Habitat Function Create & Test Tribal & Sport Fisheries Phase II Use UCR Spring Chinook (Methow Stock) Experimental Population w/Fisheries Contribute to ESU Recovery & Delisting

Spring Chinook Program Integrated Recovery Program: Increase Abundance, Distribution, Diversity of Natural-Origin Spring Chinook In Phase I & Phase II Current Reintroduction in Omak Creek Later Possible Reintroduction in Salmon Creek Test Pen-Rearing in Lake Osoyoos Carson Stock Transitioning to Methow Stock

Spring Chinook Program - I Isolated Harvest Program: Enhance Tribal C&S and Recreational Harvest Marked, Hatchery-Origin Chinook Test & Deploy Selective Capture Gear Create In-Lieu Fishing Sites Acclimate in Okanogan at Ellisforde Later Releases Below Chief Joseph Dam Initially Use Carson Stock Harvest all Adult Fish (Goal)

Spring Chinook Program - II Integrated Harvest Program: Enhance Tribal C&S and Recreational Harvest Use Methow Stock Selective Harvest of Marked, Hatchery-Origin Fish In Okanogan and Columbia Rivers Reserve for Integrated Recovery Program

Spring Chinook Program Size - I Omak Creek – 50,000 existing yearling spring chinook Salmon Creek - 50,000 new yearling spring chinook* Ellisforde Pond - 400,000 yearling spring chinook* Lake Osoyoos - 100,000 new yearling spring chinook* CJD Hatchery - 300,000 new yearling spring chinook

Ellisforde Pond

Spring Chinook Production - I Leavenworth Hatchery Initial Egg Source for New Production 50,000 Yearlings for Omak Creek LWS/Willard Hatchery Initially Hatch & Rear 500,000 Fingerlings Chief Joseph Dam Hatchery Takes on Full production: 900,000 Spring Chinook

Chief Joseph Dam Hatchery 48 cfs Variable Temperature Water Supply 2 Adult Holding Ponds & Spawning Facilities 640 Vertical Stack Incubation Trays Fry Troughs 115,000 Cubic Feet of Raceways – 4 programs Fishway from Columbia River 3 Effluent Aeration Ponds Hydroelectric Power Generation Buildings: Office/Visitors, Incubation, Fry, Shop/Feed Storage, 3 Residences

ADD MAP Chief Joseph Dam Hatchery site Chief Joseph Dam Hatchery site

THANK YOU ANY QUESTIONS?