Luther B. Way Richard D. Ledgerwood Brad A. Ryan And April S. Cameron Luther B. Way Richard D. Ledgerwood Brad A. Ryan And April S. Cameron IN-SITU VERIFICATION.

Slides:

Advertisements

Similar presentations

NOAA PIT Tag needs. NOAA needs to develop an internal PIT tag plan integrating research and monitoring objectives.

Advertisements

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,

Eric Hockersmith,Gordon Axel, and Earl Prentice (NOAA Fisheries Service) Development of an Ogee-based PIT-tag Detection System for Spillbays Roger Anderson,

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.

1 Bonneville 2 nd Powerhouse Corner Collector PIT Tag Detection System Project Bonneville Power Administration and U.S. Army Corps of Engineers – Portland.

Figure 1 n Illustration of Shrimp Grid.. Figure 2 n Illustration of Fish/Silver Hake grid.

Electronic Recovery of PIT tags From Piscivorous Bird Colonies Brad A. Ryan, Benjamin P. Sandford, April Cameron, and Gene Matthews.

Evaluation of a Prototype Spillway Transceiver Gordon Axel, Dr. Sandy Downing, Bruce Jonasson, and Gabriel Brooks Northwest Fisheries Science Center Fish.

Tracking steelhead migration from the Columbia River through the Pacific Ocean: a proposal Michelle Rub and Laurie Weitkamp NOAA Fisheries Northwest Fisheries.

BUILDING STRONG ® Overview of Corps of Engineers Walla Walla District Planned Usage of PIT Tags For Research studies in the Snake and Columbia River Basin.

Redband Trout: Cultural Past, Present and Future

Relative vulnerability to avian predation of PIT-tagged Columbia River subyearling Fall Chinook salmon Scott H. Sebring, Melissa C. Carper Pacific States.

A 2.4- by 6.1-m Flexible Antenna for Detecting Full-Duplex PIT-Tagged Fish Matthew S. Morris, Robert J. Magie, Jeremy P. Bender, Richard D. Ledgerwood,

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.

Emerging PIT-tag Technologies Presenter: Sandra Downing Ideas and information supplied by numerous people For NPCC Fish Tagging Forum – March 22, 2012.

In-Stream PIT-Tag Detection of Resident Salmonids in Washington's White Salmon River Watershed: One System ’ s Saga. Ian G. Jezorek 1, Patrick J. Connolly.

Recent PTAGIS Accomplishments and Future Direction John Tenney, Nicole Tancreto, Craig White, Don Warf Pacific States Marine Fisheries Commission A presentation.

Evaluation of the PIT-Tag Detection Arrays in the Priest Rapids Dam Adult Ladders Steve Anglea, Anthony Carson – Biomark, Inc. Eric Lauver – Grant County.

BPA FUNDED PIT TAG SYSTEM INVESTMENT A rough cost estimate of the existing infrastructure for PIT tag data collection for BPA funded and PSMFC maintained.

Seasonal Usage of Off-Channel Habitats in the Entiat River by Juvenile Chinook Salmon Nicholas Albrecht and Tom Desgroseillier PIT Tag Workshop Skamania.

Evolution of a Comprehensive Testing Technique to Evaluate PIT- Tag Antenna Performance Matthew S Morris 2, Robert J. Magie 2, Richard D. Ledgerwood 1,

Wireless Controller Steven Mays Faculty Advisor: Frank Hludik Start Date: 10/27/09 End Date: May 2010.

Mini Tankbot Homing Vehicle with Obstacle Avoidance By Jamie Mitch.

Parking Space Finder Lucia Wiguno April 8,

New PIT-tag Technologies Presenter: Sandra Downing Ideas and information supplied by numerous people (fortunately, I am sure there are a lot more new technologies.

上海交通大学自动化系 FROZEN FOOD Case : Cool-Chain of RFID.

New PIT tags - Collision analysis - Approval Process Joseph Zydlewski, Todd Gilmore USFSW – CRFPO, Vancouver, WA Sean Casey Digital Angel/ Destron Fearing.

Variation in Straying Patterns and Rates of Snake River Hatchery Steelhead Stocks in the Deschutes River Basin, Oregon Richard W. Carmichael and Tim Hoffnagle.

Development of Weir-Wall Contour-Matching PIT Tag Antennas for John Day Dam Adult Ladders PTAGIS Field Office Kennewick, Washington April 2015.

Solar Concentrator Testing Mount Presented by: Sarah Brown Mike Ross.

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.

Utilizing Remote Sensing, AUV’s and Acoustic Biotelemetry to Create Dynamic Single Species Distribution Models the Mid-Atlantic Matthew Breece, Matt Oliver,

1-Meter Cross-Coil Prototype The mechanical design was driven by two primary requirements; to Improve the mechanical precision in the placement and alignment.

Role of Tidal Saltwater Habitats for Juvenile Salmonids (Myths vs Reality in the Columbia River Estuary) Ed Casillas NWFSC, Seattle, WA (Contributors –

1 Through Wall Communication Revolutionises Pig Tracking By Gordon Blair, UK Sales Manager, TDW Offshore Services PPSA, Aberdeen 19/11/2008.

Applied Systems News FWEC*A Rudolf BARET HEISSIG.

Oregon State University Real Time Research, Inc. USGS-Oregon Cooperative Fish & Wildlife Research Unit Pre-Management Status of Caspian Tern Colonies in.

Biomark HPR Plus/HPR Replacement for FS2001F-ISO Handheld Reader Weight: 4.2 lbs (FS2001: 7.2 lbs) IP67 (30 1 m) Internal battery (3-12 hrs depending.

Overview of the Alligator Gar Conservation Management Plan for Alabama Dave Armstrong Alabama Division of Wildlife & Freshwater Fisheries Spanish Fort,

Presentation - Date (change on Slide Master) Paver System Five Slope Sensor Theory of Operation.

Development of Bolt-on Low Profile Overflow / Orifice PIT Tag Antennas for John Day Dam Adult Ladders PTAGIS Field Office Kennewick, Washington November.

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.

Release Strategies to Improve Post-Release Performance of Hatchery Summer Steelhead in Northeast Oregon. Lance Clarke, Michael Flesher, Shelby Warren,

Chapter 11.6 Surface Areas and Volumes of Spheres.

Hydraulic and Biological Evaluations. Hydraulic Evaluations  Measuring flow distribution for fixed vertical or rotating drums (with adjustments available).

Evaluation of Avian Predation on Juvenile Salmonids in the Columbia River Estuary Donald E. Lyons Ph.D. Candidate Oregon State University Department of.

Performance of a New Steelhead Line Derived from Hatchery Parents Collected in Autumn in the Grande Ronde River Lance Clarke, Michael Flesher, Shelby Warren,

Estimated survival of juvenile salmonids through the lower Columbia River and estuary, and estimated mortality from avian predation John Ferguson NOAA.

Diffusive Transport of 3 He in the EDM Experiment Steve Lamoreaux.

William Burton Fred Kelley Versar, Inc Rumsey Road

Northwest Fisheries Science Center Technical Management Team

Scott Wakely University of Vengeance

The Data Wars Of the Columbia Basin.

Site Fidelity by White Sturgeon in the Columbia River Estuary

RFID operating principle

Targeting Boris Sarkisov Richard Bilhorn Christopher King Nathan Lewis Casey Miller Jake Rubin.

Roza Dam Evaluation Post Modifications

KOOTENAI RIVER RESIDENT FISH MITIGATION

Michelle Rub and Laurie Weitkamp NOAA Fisheries

Evaluation of Steelhead Kelt Passage through the Bonneville Dam Second Powerhouse Corner Collector Prior to the Juvenile Migration Seasons, 2007 and 2008.

Pit Tag Antennas - Hydrofoils

Juvenile Salmonid Predation

NOAA Mainstem PIT Tag Research

Adult PIT-tag Interrogation System Wells Hydroelectric Project (System Design, Installation and Evaluation) Shane Bickford* Public Utility District.

Notes Over 1.2.

U.S. Aids to Navigation “Safe Water Aids”

Eagle Fish Genetics Lab (IDFG): Craig Steele Mike Ackerman

Presentation transcript:

Luther B. Way Richard D. Ledgerwood Brad A. Ryan And April S. Cameron Luther B. Way Richard D. Ledgerwood Brad A. Ryan And April S. Cameron IN-SITU VERIFICATION OF MOBILE PIT-TAG DETECTION SYSTEMS -- Trawls and Birds

“Electric barge” Tow Vessels (91m between wings) Large Pair-trawl (freshwater) Ledgerwood, R. D. J. W. Ferguson, B. A. Ryan, E. M. Dawley, and E. P. Nunnallee. In press. A Surface Trawl to Detect Migrating Juvenile Salmonids Tagged with Passive Integrated Transponder tags. NAJFM

KHz PIT-tag Detector Front View Rear View Detection Tunnels Weight 650 lbs. About 4-ft cube

400 kHz detectors 18” diameter, pipe bundle of 10” diameter, 1998

134.2 kHz, 2000 “Funnel Tests” Test tape configuration

Small trawl and electronics

2-coil antenna used 2001-present

Test tape pass location 3 April cm from antenna wall Coil 00: 98% Coil 01: 98% 20 cm from antenna wall Coil 00: 98% Coil 01: 98% Centered in antenna Coil 00: 32% Coil 01: 58% Centered in antenna Coil 00: 32% Coil 01: 58%

Large Trawl Whit Patten-style Electronics Master/Slave configuration

Weak-sister chart Master slave effect

Ryan, B. A., J. W. Ferguson, R. D. Ledgerwood, and E. P. Nunnallee Detection of passive integrated transponder tags from juvenile salmonids on piscivorus bird colonies in the Columbia River Basin. North American Journal of Fisheries Management (21: ).

4-coil flat-plate antenna 4 transceivers mounted in the jeep Bird colony detections

Density grid of test tags

“Sand Flea” Mechanical PIT-tag harvester (1998) Idea: Evaluate recovery of PIT- tags “missed” by the jeep system. Woops.

Crescent Island “Mechanical Verification”

Needed is a way to regulate the rate at which the test tape is passed through the center of the detection antenna END On a pass-through detection system, the test tape needs to be passed through the center of the detection antenna Where the concentration of tags is great, as on bird nesting islands, inter-detector collisions need to be minimized by adjustments to the circuitry. All PIT-tag detection systems need a quantitative measurement of detection efficiency Conclusions