Update on the status of Snake River Subyearling Chinook Migration Current Year Passage of PIT-tagged Snake Subs LGR PIT Detections LGR Estimated Passage.

Slides:



Advertisements
Similar presentations
Tim Copeland and June Johnson Idaho Department of Fish & Game Idaho Natural Production Monitoring & Evaluation Project
Advertisements

The effects of summer flow augmentation on the migratory behavior and survival of juvenile Snake River fall Chinook salmon Project
Smolt Monitoring Program 1982-Present BPA project#
COMPARATIVE SURVIVAL STUDY (CSS) of PIT-tagged Spring/Summer Chinook and PIT-tagged Summer Steelhead CBFWA Implementation Review Mainstem/Systemwide.
A Study to Evaluate Delayed (Extra) Mortality Associated with Passage of Yearling Chinook Salmon Smolts through Snake River Dams Project No
Comparative Survival Study Smolt Monitoring Program 2010 PIT Tag Mark Groups.
Survival Estimates for the Passage of Juvenile Salmonids Through Dams and Reservoirs of the Lower Snake and Columbia Rivers (Project ) CBFWA March.
Monitoring and Evaluation of Yearling Fall Chinook Salmon Released Upstream of Lower Granite Dam Nez Perce Tribe Department of Fisheries Resources Management.
Evaluate juvenile salmon residence in the Columbia River Plume using micro-acoustic transmitters John Ferguson, et al. Riverine Ecology Program NWFSC,
Rebecca A. Buchanan Columbia Basin Research School of Aquatic and Fishery Sciences University of Washington Seattle, WA INVESTIGATING MIGRATORY PROCESSES.
Passage Behavior and Survival for Radio-tagged Subyearling Chinook Salmon at Ice Harbor Dam, 2006 Fish Ecology Division Northwest Fisheries Science Center.
NMFS, PTAGIS, SNKTRP, CJS and SURPH Steven G. Smith Northwest Fisheries Science Center National Marine Fisheries Service 2004 PIT Tag Workshop.
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.
Assessing the use of PIT Tags as a Tool to Monitor Adult Chinook Salmon Returns to Idaho John Cassinelli Regional Fisheries Biologist Idaho Department.
Survival Estimation Using Estimated Daily Detection Probabilities Benjamin P. Sandford Fish Ecology Division NOAA Fisheries.
Fecundity Management Strategies. Why Talk About This? As managers, we utilize various methods in managing broodstock collection – we never want to be.
Overview  Modeling to date: –Distribution of mortality –Achieving improvements with specific actions  Building scenarios  Dealing with uncertainty –
Columbia River salmon : Who (or what) will save them? John Williams Klarälven meeting in Karlstad 9 May 2011.
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.
Lower Snake Modeling and LGR Monitoring Year 1 Report Summary Christopher Cook BPA Project
COMPARATIVE SURVIVAL STUDY (CSS) of PIT-tagged Spring/Summer Chinook and PIT-tagged Summer Steelhead 2005 Annual Report Presentation to the ISAB January.
Survival of Migrating Salmonid Smolts in the Snake and Lower Columbia Rivers, 2009 Technical Management TeamDecember 11, 2009 Lessons Learned 2009 Bill.
1 Mainstem Passage Strategies In The Columbia River System: Transportation, Spill and Flow Augmentation Presented By: Albert Giorgi, Ph.D.
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 –
Smolt Monitoring Program: Overview and Data Collection (SMP Traps) Brandon R. Chockley SMP Pre-Season Meeting Feb. 11,
BUILDING STRONG ® PORTLAND DISTRICT 1. BUILDING STRONG ® PORTLAND DISTRICT 2 BiOp Performance Standards for Dam Passage Survival RPA RM&E Actions - Strategy.
Lewis River Fish Passage Monitoring and Evaluation Plan (draft)
COMPARATIVE SURVIVAL STUDY Chapter 3: Annual SAR by study category and ratios of SARs Comparisons of SARs Transport to In-River By hatchery group Hatchery.
Juvenile survival, travel time and the in-river environment Presenter: Steve Haeseker CSS Annual Meeting Apr 2 nd 2010.
Annual SARs by Study Category, TIR and D: Patterns and Significance Presenter: Charlie Petrosky CSS Annual Meeting Apr 2 nd 2010.
Ch 6-1 © 2004 Pearson Education, Inc. Pearson Prentice Hall, Pearson Education, Upper Saddle River, NJ Ostwald and McLaren / Cost Analysis and Estimating.
Smolt Monitoring Program: Overview and Data Collection Brandon R. Chockley SMP Pre-Season Meeting February 20,
2015 G AS B UBBLE T RAUMA M ONITORING P ROTOCOL SMP Preseason Meeting – Bypass Facilities February 20, 2015 Brandon R. Chockley 1.
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
The relationship of Snake River stream-type Chinook survival rates to in-river, ocean and climate conditions Howard Schaller, USFWS * Charlie Petrosky,
Chinook Salmon, the Fish Screen, and a Vanishing River. Paddy Murphy Idaho Department of Fish and Game Anadromous Screen Program Salmon, Idaho.
2005 Preliminary Summer Spill Data Fall Chinook Radiotelemetry Studies Performed by USGS – BRD, NOAA – NWFSC For the USACE Anadromous Fish Evaluation Program.
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.
Changes to FPC32.net & GBT.net for 2015 Brandon R. Chockley SMP Pre-Season Meeting Feb. 20, 2015.
2010 work planned, new operations, and wrap up Presenter: Robin Ehlke CSS Annual Meeting Apr 2 nd 2010.
2005 Subyearling Migration Fish Passage Center. Overview – summer migration Court ordered summer spill occurred from June 20 to August 31, 2005 Question.
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.
Ocean rivers SARs LGR-LGR SARs LGR-LGR Harvest Mouth of Columbia predicted returns Mouth of Columbia predicted returns Juvenile travel time and survival.
Parr and smolt yield, migration timing, and age structure in a wild steelhead population, Fish Creek, Idaho Alan Byrne Idaho Department of Fish and Game.
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.
Comparing survival estimates from a radio-tag mark-recapture study. L. Cowen and C.J. Schwarz Department of Statistics and Actuarial Sciences, Simon Fraser.
Snake River Sockeye Salmon
2016 Smolt Monitoring Program Juvenile Passage Data and
Payette MPG Sockeye Adult Tributary Juvenile Data Tributary Data
Northwest Fisheries Science Center Technical Management Team
Hatchery Subyearling Survival Lower Granite to McNary Dam 1998 to 2007 (preliminary results) Fish Passage Center.
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.
Comparative Survival Study Project #
Northwest Fisheries Science Center Technical Management Team
Adult Returns and Juvenile Outmigration Data
Steelhead status in Idaho – 2012 Update
2017 TMT Year-end Review December 12, 2017 Brandon R. Chockley
Fall Chinook Management Measures
Direct Survival of Migrating Salmonid Smolts in the Snake and Lower Columbia Rivers: Update with 2007 Results Northwest Power and Conservation Council.
Effects of Water Temperature (Year), Sex and Domestication On In-river Migration and Survival of Adult Upper Yakima River Spring Chinook C. Knudsen,
Steelhead status in Idaho 2010 update
Skeena Fisheries Review and Update
Steelhead status in Idaho 2010 update
Smolt Migration 2006 (preliminary results)
Presentation transcript:

Update on the status of Snake River Subyearling Chinook Migration Current Year Passage of PIT-tagged Snake Subs LGR PIT Detections LGR Estimated Passage Collection Efficiency Estimates 2005 and Historic Passage Index at LGR Historic Timing Wild PIT-tags

LGR PIT-tag Detection Summary

Collection Efficiency Calculations at LGR Compare Methods of Estimating Collection Efficiency/Population Expansion methods Cormack-Jolly-Seber FPCv1 and v2 memo method WPC memo spill expansion method

Methods used to calculate Collection Efficiency at LGR FPC Methods – CJS CE lgr = Number re-released at LGR Number of R 2 detected below LGR Number of R 1 not seen at LGR detected below LGR Number of R 1 detected at LGR

Methods used to calculate Collection Efficiency at LGR cont. FPC Methods – use LGS detects to estimate LGR CE (based on various methods) X 11 = PITs seen at LGR and LGS X 01 = PITs seen at LGS but not LGR F lgr = proportion of fish removed at LGR (trans, research) Project X 01 distribution based on X 11 travel time distribution at LGS (gamma dist) Calculate seasonal weighted CE (weight daily LGS PIT detections)

Methods used to calculate Collection Efficiency at LGR cont. WPC - spill expansion method Daily PIT Passage = X 1 = Daily PIT detects at LGR FGE lgr = 0.5 assumed FGE Seasonal Total PIT Passage sum of daily totals

Range of Total Snake River 15W PIT passage estimates from methods Method LGR CE Prior to June 20 LGR CE After June 20 Estimated total PIT passage R = 9302, LGR det = 1038 CJS ,858 (41%) FPC v ,351 (47%) FPC v ,723 (29%) WPC spill exp ,829 (52%)

Daily estimates of PIT-tag passage at LGR Snake River Wild Subs (15W)

Daily estimates of PIT-tag passage at LGR Clearwater River Wild Subs 13W

Historic average daily index at LGR compared to 2005 daily index

Historic Cumulative Passage Timing LGR CH0

Historic wild Snake River PIT-timing at LGR

Historic wild Clearwater River PIT-timing at LGR

D?