Juvenile Salmonid Predation

Slides:



Advertisements
Similar presentations
COMPARATIVE SURVIVAL STUDY (CSS) of PIT-tagged Spring/Summer Chinook and PIT-tagged Summer Steelhead CBFWA Implementation Review Mainstem/Systemwide.
Advertisements

CONFEDERATED TRIBES OF THE UMATILLA INDIAN RESERVATION Walla Walla River Juvenile and Adult Walla Walla River Juvenile and Adult Fish Passage Improvements.
Investigate the Life History of Spring Chinook Salmon and Summer Steelhead in the Grande Ronde River Basin Project Brian Jonasson Oregon Department.
A Study to Evaluate Delayed (Extra) Mortality Associated with Passage of Yearling Chinook Salmon Smolts through Snake River Dams Project No
Colville Confederated Tribes and the Okanagan Nation Fisheries Commission.
Survival Estimates for the Passage of Juvenile Salmonids Through Dams and Reservoirs of the Lower Snake and Columbia Rivers (Project ) CBFWA March.
Evaluation of Juvenile Salmonid Outmigration and Survival in the Lower Umatilla River Project No Tara White, Shannon Jewett, Josh Hanson,
Washington Department
UMATILLA RIVER FISH PASSAGE OPERATIONS
Monitoring and Evaluation of Yearling Fall Chinook Salmon Released Upstream of Lower Granite Dam Nez Perce Tribe Department of Fisheries Resources Management.
Spatial scales of homing and the efficacy of hatchery supplementation of wild populations Northwest Fisheries Science Center National Marine Fisheries.
Rebecca A. Buchanan Columbia Basin Research School of Aquatic and Fishery Sciences University of Washington Seattle, WA INVESTIGATING MIGRATORY PROCESSES.
Growth and Development of the Columbia Basin PIT Tag Information System Growth and Development of the Columbia Basin PIT Tag Information System Overview.
Overview of Current Production Programs Across the Columbia River Basin.
The Columbia Basin PIT Tag Information System The First 20 Years Dave Marvin Pacific States Marine Fisheries Commission A Presentation for the PSMFC PIT.
Assessing the use of PIT Tags as a Tool to Monitor Adult Chinook Salmon Returns to Idaho John Cassinelli Regional Fisheries Biologist Idaho Department.
Investigation of Avian Predation Upon Salmonid Smolts With the Use of an Active Acoustic / PIT Tag Combination Curt Dotson – Grant PUD Suzie Rizor – Blue.
Effects of climate change on aquatic ecosystem & associated social & economic considerations in the Yakima River Basin. Alec G. Maule, Supervisory Research.
Drainage District #7 Pump Station Retrofits for Safe Fish Passage Ryan Bartelheimer, P.E. Snohomish Conservation District.
Yakima Project Operation Issues Drought 2005 Chris Lynch Yakima Field Office March 2005.
Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research Program Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research.
Variation in Straying Patterns and Rates of Snake River Hatchery Steelhead Stocks in the Deschutes River Basin, Oregon Richard W. Carmichael and Tim Hoffnagle.
Combining PIT Tags with Scale Reading to Better Understand the Life History of Snake River Fall Chinook Salmon Douglas Marsh and William Muir - NOAA Fisheries.
Survival of Migrating Salmonid Smolts in the Snake and Lower Columbia Rivers, 2009 Technical Management TeamDecember 11, 2009 Lessons Learned 2009 Bill.
Documenting O. mykiss life histories in the White Salmon River prior to the reintroduction of anadromous fish above Condit Dam. Brady Allen and Patrick.
2010 Yakima Basin Science & Management Conference Yakima River Basin Study June 16, 2010 Joel Hubble, Technical Projects Biologist Columbia-Cascades Area.
Role of Tidal Saltwater Habitats for Juvenile Salmonids (Myths vs Reality in the Columbia River Estuary) Ed Casillas NWFSC, Seattle, WA (Contributors –
Adult Entry to Summer Juvenile Rearing of Klamath River Coho Randolph Ericksen Steven Cramer Ian Courter Kathryn Arendt Funded by.
Lewis River Fish Passage Monitoring and Evaluation Plan (draft)
The Columbia River Basin Where we’ve been. Where we’re going. October 18, 2005.
Washington’s Lower Snake River Compensation Plan Steelhead Program – A retrospective and program adaptive management overview Mark Schuck and Joe Bumgarner.
Oregon State University Real Time Research, Inc. USGS-Oregon Cooperative Fish & Wildlife Research Unit Pre-Management Status of Caspian Tern Colonies in.
Delta Passage Model: A quantitative framework for integrating and understanding water project effects on migrating salmon Funded by Metropolitan Water.
Migration pathway, age at ocean entry, and SARs for Snake River Basin fall Chinook prior to summer spill at LGR, LGS, and LMN dams.
Status of Columbia River salmon and links to flow: What we do and do not know Presentation to Northwest Power Planning Council December 11, 2002
Howard Schaller PSMFC Annual Meeting September 24, 2013 Comparative Survival Study Outcomes – Experimental Spill Management 1.
 Present in Snake, Clearwater, and Salmon River drainages  Provide valuable fishery  Well documented variation in ocean life history (A vs B run) 
03Nov2006 Revision11 Priority Questions of TID/MID/CCSF Regarding Tuolumne River Salmonids & Macroinvertebrates.
Chinook Salmon, the Fish Screen, and a Vanishing River. Paddy Murphy Idaho Department of Fish and Game Anadromous Screen Program Salmon, Idaho.
Findings of Congress The Endangered Species Act is the last resort for species at risk of extinction. Under the ESA, the National Marine Fisheries Service.
Water Quality in Lower Yakima River Tributary Streams and Irrigation Return Drains Partners/Contributors: Dept of Ecology; BIA-Wapato Irrigation Project,
Survival and Behavior of Juvenile Chinook Salmon in the Lower Columbia River, Estuary, and Plume G. A. McMichael 1, R. L. McComas 2, J. A. Carter 1, G.
Release Strategies to Improve Post-Release Performance of Hatchery Summer Steelhead in Northeast Oregon. Lance Clarke, Michael Flesher, Shelby Warren,
Ocean rivers SARs LGR-LGR SARs LGR-LGR Harvest Mouth of Columbia predicted returns Mouth of Columbia predicted returns Juvenile travel time and survival.
Hatcheries as Habitat, Integrated vs. Segregated Hatchery Programs, and Rehab for Hatchery Fish John Carlos Garza Southwest Fisheries Science Center &
Northwest Power Planning Council Fish and Energy Impacts Resulting from Reductions in Summer Bypass Spill July 16, 2003.
Hydraulic and Biological Evaluations. Hydraulic Evaluations  Measuring flow distribution for fixed vertical or rotating drums (with adjustments available).
Welcome To Central Washington University and the Yakima Basin Science and Management Conference Overview of Fishery Activities Dave Fast, Yakama Nation.
Upstream passage success rates and straying of returning adults Presenter: Jack Tuomikoski CSS Annual Meeting Apr 2 nd 2010.
Historical Review Fish Migration Data. Two Management Approaches Spill for Fish Passage Planning dates Percent passage dates.
Bateman Island Causeway Project & Yakima Basin Integrated Plan
2016 Smolt Monitoring Program Juvenile Passage Data and
Payette MPG Sockeye Adult Tributary Juvenile Data Tributary Data
Northwest Fisheries Science Center Technical Management Team
Age at ocean entry of Snake River Basin fall Chinook and its significance to adult returns prior to summer spill at LGR, LGS, and LMN dams.
MPG Spring-Summer Chinook
Snake River MPG Fall Chinook Adult Tributary Juvenile Data Tributary
The Data Wars Of the Columbia Basin.
Northwest Fisheries Science Center Technical Management Team
Adult Returns and Juvenile Outmigration Data
2017 TMT Year-end Review December 12, 2017 Brandon R. Chockley
Taneum Creek PIT Tag Interrogation Site
Roza Dam Evaluation Post Modifications
2015 Inland Avian Predation Rates
Study Update Tailrace Slough Use by Anadromous Salmonids
Effects of Water Temperature (Year), Sex and Domestication On In-river Migration and Survival of Adult Upper Yakima River Spring Chinook C. Knudsen,
2017 Flow, Debris, spill and TDG
Behavior and Survival for Juvenile Salmonids Passing Ice Harbor Dam during reduced and BiOp spill treatments, Gordon Axel, Eric Hockersmith, and.
Yakima River Basin Integrated Water Resource Management Plan 2011 Yakima Basin Science & Management Conference Central Washington University Ellensburg,
Eagle Fish Genetics Lab (IDFG): Craig Steele Mike Ackerman
Presentation transcript:

Juvenile Salmonid Predation Yakima Klickitat Fisheries Project Michael Porter Fisheries Biologist Juvenile Salmonid Predation Yakima River Basin Yakima River Irrigation Diversions Great Blue Heron Intro slide

2009 YN began it’s reintroduction of Summer Chinook 176,000 Summer Chinook Released in the Yakima Basin 30,000 were PIT tagged 1 PIT tag = 6 fish June 12th release date With the numbers of Summer Chinook which were tagged and released in the Yakima Basin by the YKFYP in 2009 , the predation project was surprised to find a high number of Summer Chinook Mortalities when scanning for PIT tags. PIT Tags – Passive Integrated Transponder Tags Detailed info – Origin, Run, Rear…. In river interrogation sites which track tagged fish

- Based on the 2009 PIT tag numbers, in 2010 PIT tag surveys were continued. - Surveys focused on areas of known PIT tag concentration due to Salmonid Predation and Mortalities Summer Chinook PIT tags detected for 2009: Wapato Diversion - 422 Sunnyside Diversion - 444 Chandler Diversion – 365 Wapato Wildlife Rookery -120 Selah Rookery -13 AWPE colony at Badger Island – 201 (PSMFC data) (Read top two Bullets) The decreased Numbers of Summer Chinook PIT tags were derived from surveys done in Heron Rookeries, Irrigation Diversions, and the Double Crested Cormorant Rookery which is an invasion into a Great Blue Heron Rookeey. Data provided by the Pacific states marine fisheries commision on an American White Pelican Colony of the columbia River also contributed to these findings. ~1600 Summer Chinook tags found ~10,000 fish accounted for 5% Summer Chinook tags accounted for in Heron Rookeries and Diversions scanned in 2009

2010 PIT Tag Survey Sites Barker Ranch 2010 PIT tag survey sites included: Selah rookery Wapato Dam Sunnyside Dam Wapato Wildlife Rookery Toppenish Creek Rookery Neimeyre rookery Sunnyside Wildlife Rookery Grandview Rookery Chandler Canal Rookery Wanawish Dam

PIT Tag Detections 2010: Irrigation Diversions Chandler Wapato Sunnyside In 2010 the areas of focus were three major irrigation diversions and their fish screening facilities : Chandler, Wapato, and Sunnyside

Irrigation Diversion PIT tags These facilities had shown high mortality numbers in 2009 evidenced through surveys . PIT tag scanning was conducted in front of fish screens and behind screens. Surverys were Timed to coincide with BOR annual maintence. Numerous tags were found behind trash screens and Underwater cameras behind trash screens show fish predation in previous studies Irrigation Diversion PIT tags Conducted in front of fish screens and behind screens Timing of scanning coincides with BOR annual maintence Numerous tags behind trash screens Underwater cameras behind trash screens show fish predation

Fish Diversions uses rolling screens with a sweeping velocity to direct fish to three bypass pipes In 2009 the Wapato Screening Facility was discovered to have two of the fish bypass pipes were completely inoperable and one operating less than 15%. n The structure of these fish screening facilities and the amount of water they pull from the river alone are both factors contributing to fish mortality. Certain other properties of a screening facility may also increase fish mortality within it’s system. Some but not all of these properties are: Length of Canal leading to forebay Location of inlet in relation to river structure (entrainment) River Tempererature “The fish became passive as a result of fatigue, and eventually became impinged” – A Fisheries Evaluation of the Richland and Wapato Canal Fish Screening Facilities , Spring 1987

Assuming uniform fish distribution above Sunnyside Dam, about 75% of the fish in the Yakima River may be diverted through the Sunnyside Canal Fish Screening Facility. - A FISHERIES EVALUATION OF THE SUNNYSIDE CANAL FISH SCREENING FACILITY, SPRING 1985 Irrigation Diversions pull ~ 1,000 CFS Low flow in the river causes more fish to be entrained in diversions Summer Chinook released mid June subject to higher entrainment with lower river flow 2009 PIT surveys, proved diversions to be contributors to the high mortality of Summer Chinook Salmon (Read slide)

Wapato Irrigation Diversion 1607 Total number PIT tags 587 Migration Year 2009 422 Summer Chinook Sunnyside Irrigation Diversion Forebay 1962 Total number of PIT tags 575 Migration Year 2009 387 Summer Chinook 2009 PIT tag surveys at irrigation diversions provided surprising numbers concerning summer Chinook Sunnyside Irrigation Diversion Aft Forebay 312 Total number of PIT tags 78 Migration Year 2009 57 Summer Chinook

Letter written to the Bureau of Reclamation from the Yakama Nation for “there has undoubtedly been a net improvement in juvenile fish survival (relative to fish screening facilities) as a direct result of this evaluation program.”- A Summary of 22 Years of Fish Screen Evaluations in the Yakima River Basin Summary Report 1985 – 2007 Letter written to the Bureau of Reclamation from the Yakama Nation for failure in fish bypass operations: BOR has not been maintaining the fish passage facilities at Wapato Dam The Bureau of Reclamation (BOR) has had the responsibility and funding to maintain and operate these fish passage facilities. An examination of the facilities showed the juvenile by-pass facilities maintained by Reclamation at Wapato Dam was blocked due to lack of maintenance by Reclamation. Yakama Nation may wish to seek restitution and/or other compensation for our losses

2010 Diversion PIT tags Total PIT Tag numbers much lower at Wapato Forebay, possible impact by Heavy equipment before survey took place Sunnyside and Chandler numbers are up leading to YKFP’s development of various survival studies focused on these diversions PIT antennas developed for 2011 to aid in gathering entrainment, mortality, and survival of juvenile salmonids entering these diversions. Read slide

2009 Migration year: Summer Chinook numbers increased from 365 to 664 Chandler irrigation diversion produced an interesting increase of 299 new 2009 Summer Chinook tags which were not discovered the previous year 2008 spring Chinook tag numbers increased from 222 to 518 showing how variable sediment load and tag dispersal can affect surveys 2009 Migration year: Summer Chinook numbers increased from 365 to 664

Summer Chinook tags in the Wapato diversion which were very high in 2009 increased from 445 to 422 This marginal increase is overall very high for this diversion which normally produced many pit tags in previous years but did not compare to the total increase of tags of Sunnyside diversion with 1056 new and Chandler diversion with a whopping 2073 new

Sunnyside diversion producing many new tags saw a major jump in Summer Chinook tags for the 2009 migration year coming in at 2nd for 2009 Summer Chinook tags at 588 up from 444

Rookery PIT tags Very High numbers at the Wapato Wildlife Rookery Selah PIT tag numbers down correlate with Drop in Great Blue Heron numbers Attempt at time of deposition of PIT tags at Selah Rookery using Tarps failed PIT antenna will be constructed in attempts to Gain time of PIT deposition Barker Ranch included in survey produced many Idaho Snake River PIT tags (Read slide)

Wapato rookery showed a large jump in tag numbers with 1017 new tags found making its overall tag numbers 3474 it also produced the most 2010 Summer Chinook migrants of the surveys

Selah rookery has suffered numerous losses of nesting trees and is expected to continue with this decline 2005 migration year PIT tags still remain the most prevalent tags for this survey site and are being used to produce a report on flows and predation of the Roza reach

Conclusions Surveyed PIT tag numbers now stand at 23,487 PIT tags surveyed and Smolt mortality can be linked to Yakima River Flows Smolt Mortality linked to late Migration Date as Shown by 2009 failures of Summer Chinook and Summer Chinooks improvement in 2010 (Read Slide) PIT tags are being used to identify areas and time periods which produce high mortallity levels in smolts. Flows and structures have been the main focus of this study and will continue to be in the future

2005 average monthly CFS is circled here 2005 average monthly CFS is circled here. This year produced high numbers of PIT tags in the Yakima Basin

If you have any questions I cannot answer please refer them to the project biologist Whose information I can provide for you after the conference.

Questions?