DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Acoustic Tagging.

Slides:

Advertisements

Similar presentations

Councillor Egli Ward 9 Knoxdale- Merivale June 5, 2014.

Advertisements

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Reproduction.

Tidal Datum Computation January 8, 2009 Center for Operational Oceanographic Products and Services.

1.Gravitational pull of the moon and sun 2.Centripetal force of the rotating Earth Tides are generated by:

Tides are generated by: the gravitational pull of the moon and sun - moon has 2x greater gravitational pull than the sun - sun is 10 million x more massive.

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

© 2011 Pearson Education, Inc. CHAPTER 9 Tides. © 2011 Pearson Education, Inc. Tidal Range Spring Tides Largest Tidal Range Full and New Moon Neap Tides.

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.

Tagging  Fish are captured via angling & implanted with a VEMCO acoustic transmitter (V13, V9, or V7) – (Figure 4).  Specific age classes are targeted.

Line Efficiency     Percentage Month Today’s Date

Essentials of Oceanography 7th Edition

Bringing Astronomy Down to Earth What do we know about Earth – Moon – Sun interactions?

TIDES. What is a tide? A tide is the periodic rise and fall of a body of water due to gravitational interactions between the sun, moon and Earth The wavelength.

Spatially coherent intermittent stratification and hypoxia in disparate sub-regions of an estuary. Jamie Vaudrey & Jim Kremer Department of Marine Sciences,

Electronic Tracking for Marine Resource Management Carl Meyer Hawaii Institute of Marine Biology.

Whole School Attendance Whole School Attendance 94.64% Overall School Absence 5.36%

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Workshop Introduction Michael Phelan, Coastal Fisheries Scientist.

Time-Series Forecast Models EXAMPLE Monthly Sales ( in units ) Jan Feb Mar Apr May Jun Jul Aug Sept Oct Nov Dec Data Point or (observation) MGMT E-5070.

2010 BIOSENTINEL MERCURY MONITORING IN THE NORTH BAY SALT PONDS Darell Slotton Shaun Ayers Department of Environmental Science and Policy University of.

Nan Wap Marine Protected Area  Located east side of Pohnpei  Is about acers (3.04 km2)  Lies 1.13km off the eastern coast of Metipw.

Final Deadlines for students aiming to graduate in November 2013 April 4th PGR4 submitted to Registry (to approve examiners at next GSB) July 8 th Submission.

Spatial Pattern of PM2.5 over the US PM2.5 FRM Network Analysis for the First Year: July 1999-June 2000 Prepared for EPA OAQPS Richard Scheffe by Rudolf.

Our Planet Earth Seasons, Moon Phases and Ocean Tides The Earth, Moon and Sun System.

Tides!!!!!!!!!!!. Tides Periodic, short-term changes in ocean height Periodic, short-term changes in ocean height.

An integrated study of the Gladstone Marine System Richard Pillans August Long term movement of Green Turtles, Chelonia mydas, in Gladstone.

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Otolith Microchemistry.

Tides Cause Tides- daily variations in sea level

STUDY OF TROPOSPHERIC GRAVITY WAVES AT EQUATORIAL LATITUDE, INDIA M. LAL EQUATORIAL GEOPHYSICAL RESEARCH LABORATORY INDIAN INSTITUTE OF GEOMAGNETIC TIRUNELVELI.

Chapter 9: Tides Physical Oceanography. Last chapter you learned about waves How do you differentiate between a deep-water and shallow-water wave? What.

Tides Gravity- pull or attraction between objects; varies with mass of object Centrifugal force- because the earth and moon are rotating simultaneously.

Citizen Science as an Integral Component of Reef Fish Research and Monitoring Efforts Along Florida's Atlantic Coast Justin J. Solomon, Russell G. Brodie,

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Habitat Mapping Mark Meekan (AIMS) Cary McLean (AIMS) David Williams (NRETA)

HW: Start studying for vocab (Nov 2 nd) and final (Nov. 3 rd ). Research topic given in class. All late work due by Oct. 30 th. Learning Target: Use information.

Tides Gravity- pull or attraction between objects; varies with mass of object Centrifugal force- because the earth and moon are rotating simultaneously.

Tides November 18-19, What are Tides? A tide is defined as a periodic rise and fall of the sea surface –very-long period waves noticeable only at.

Tides An ocean tide refers to the cyclic rise and fall of seawater.

1-1 Logistics Management LSM 730 Dr. Khurrum S. Mughal Lecture 22.

Tides. Tides Tides are caused by the gravitational pull of the moon, sun and by the rotation of the earth, moon and sun. Tides are caused by the gravitational.

Blue Ridge Elementary Shannon Miller Principal. School Improvement Goal 1 Lexile Levels CCSS Range CCRPI Target 1 st Nine Weeks- Aug 1st Nine Weeks -

Tides. Bay of Fundy ► Boats can only travel at higher tides ► Some of the highest tides in the world.

Tides. What causes tides? Tides are created by the imbalance between two forces: 1. Gravitational force of the Moon and Sun on Earth If mass increases.

Linking seasonal migratory patterns with prey availability in Steller sea lions Jamie N. Womble 1, Michael F. Sigler 2, Mary F. Willson 3 1 National Park.

Lesson 41 first second third fifth eighth ninth twelfth fifteenth twentieth twenty-first one two three five eight nine twelve fifteen twenty twenty-one.

Effects of the sun on the earth

Notes for Interpretation

Jan 2016 Solar Lunar Data.

MOSH Entry Examination and Making Safe Noise Team

Tides The rising of Earth's ocean surface caused by the tidal forces of the Moon and the Sun acting on the oceans. Bay of Fundy at high tide Bay of Fundy.

IT Strategy Roadmap Template

Timeline Roadmap Template

City Council MVS Update

Jul Aug Sept Oct Nov Dec Jan Feb Mar Apr May Jun

Average Monthly Temperature and Rainfall

Apr-Jun Jan-Mar Jul-Sep Oct-Dec

Tides Tides are daily changes in the elevation of the ocean surface (sea level) Ocean tides result from the gravitational attraction exerted upon Earth.

Jul Aug Sept Oct Nov Dec Jan Feb Mar Apr May Jun

Annular eclipse type of total eclipse ring around moon Moon at apogee.

XO/CO Fleet Up Board Movement

MONTH CYCLE BEGINS CYCLE ENDS DUE TO FINANCE JUL /2/2015

Carrot Varieties in Storage Methods

Agricultural Marketing

Tides Tides are daily changes in the elevation of the ocean surface (sea level) Ocean tides result from the gravitational attraction exerted upon Earth.

Presentation transcript:

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Acoustic Tagging

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES To examine the movement patterns of aggregating black jewfish Aim TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES VR2 Acoustic ‘listening stations’ TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Acoustic Arrays

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES VR2 Acoustic ‘listening stations’ Arrays established at 2 large aggregation sites: Channel Point and Chambers Bay Acoustic Arrays TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES VR2 Acoustic ‘listening stations’ Arrays established at 2 large aggregation sites: Channel Point and Chambers Bay Arrays also established between Channel Point and Chambers Bay Acoustic Arrays TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Channel Point Chambers BayDarwin

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish surgically implanted with acoustic tags Acoustic Tagging TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish surgically implanted with acoustic tags Acoustic Tagging TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish surgically implanted with acoustic tags 40 fish tagged at Channel Point between Dec 04 and Oct 2005 Size range mm TL Acoustic Tagging TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish surgically implanted with acoustic tags 40 fish tagged at Channel Point between Dec 04 and Oct 2005 Size range mm TL 44 fish tagged at Chambers Bay between Sept and Nov 2005 Size range mm TL Acoustic Tagging TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish surgically implanted with acoustic tags 40 fish tagged at Channel Point between Dec 04 and Oct 2005 Size range mm TL 44 fish tagged at Chambers Bay between Sept and Nov 2005 Size range mm TL All fish monitored until May 2006 Acoustic Tagging TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Results TASMANIAN AQUACULTURE & FISHERIES INSTITUTE 33/40 Fish detected at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Results TASMANIAN AQUACULTURE & FISHERIES INSTITUTE 33/40 Fish detected at Channel Point 22/44 Fish detected at Chambers Bay

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Results TASMANIAN AQUACULTURE & FISHERIES INSTITUTE 33/40 Fish detected at Channel Point 22/44 Fish detected at Chambers Bay No fish detected at both aggregations

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Results TASMANIAN AQUACULTURE & FISHERIES INSTITUTE 33/40 Fish detected at Channel Point 22/44 Fish detected at Chambers Bay No fish detected at both aggregations No fish detected at sites between aggregations

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Channel Point Aggregation TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Channel Point Stations along 20 m depth contour

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Presence of 1 st set of fish tagged at Channel Point Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 1 st set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 1 st set of fish tagged at Channel Point Fish absent for seven months

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 1 st set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 1 st set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Fish Residency TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 1 st set of fish tagged at Channel Point Fish absent for nine months

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Fish Residency Presence of 2 nd set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Nov 04 Mar 05 Aug 05 Dec 05 May 06 Fish Residency Presence of 2 nd set of fish tagged at Channel Point Fish absent for most part of 8 months (May to Dec)

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Fish Residency Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 3 rd set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Fish Residency Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of 3 rd set of fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Fish Residency Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of all fish tagged at Channel Point

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Fish Residency Nov 04 Mar 05 Aug 05 Dec 05 May 06 Presence of all fish tagged at Channel Point Spawning season

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Diurnal Patterns Diurnal cycle

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Diurnal Patterns Diurnal cycle

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Diurnal Patterns Diurnal cycle

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES High Low Tide phase - All sites - January Tidal Patterns TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES High Low Tide phase - All sites - January Tidal Patterns TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Early January tag detections

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Early January tag detections

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Channel Point Aggregation TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Channel Point Stations along 20 m depth contour

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Early January tag detections

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Site 5: Residence related to low tide

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Increase in residence time as tides go neap

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Site 3 Site 4 Site 5 Tidal Movement TASMANIAN AQUACULTURE & FISHERIES INSTITUTE Site 4: Residence related to high tide

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Black Jewfish may not mix between aggregations Conclusions TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Black Jewfish may not mix between aggregations Fish absence at Channel Point may be linked to spawning Conclusions TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Black Jewfish may not mix between aggregations Fish absence at Channel Point may be linked to spawning Movement within Channel Point aggregation is linked to time of day and tidal cycle Conclusions TASMANIAN AQUACULTURE & FISHERIES INSTITUTE

DEPARTMENT OF PRIMARY INDUSTRY, FISHERIES AND MINES Black Jewfish may not mix between aggregations Fish absence at Channel Point may be linked to spawning Movement within Channel Point aggregation is linked to time of day and tidal cycle Modelling stills needs to occur to decipher information Conclusions TASMANIAN AQUACULTURE & FISHERIES INSTITUTE