76 results

A technical consultancy service for the Australian seafood industry

Project number: 1987-121
Project Status:
Completed
Budget expenditure: $0.00
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 27 Jun 1988 - 29 Jun 1988
Contact:
FRDC

Objectives

1. Database of technology relevant to Aust seafood industry.
2. Disseminate information & prepare advice to inquiries ... Tactical research where knowledge is lacking.
3. Disseminate information about technology developments to industry sectors that could use them. Report on industry status & problem areas

Development of more efficient traps for the North West Shelf fishery

Project number: 1987-075
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Keith Sainsbury
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Dec 1989 - 31 Dec 1989
Contact:
FRDC

Objectives

1. Observe, in situ, fish behaviour to various fish trap designs using underwater cameras.
2. Compare performance of fish trap designs. Improve design of fish traps & techniques for trapping fish on the NW Shelf of WA

Final report

Author: Keith Sainsbury
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.
Final Report • 3.63 MB
1987-075-DLD.pdf

Summary

1 A method was developed to rapidly assess the effectiveness of trap designs and identify
the causes of differences in effectiveness.
2 Fish entry and escape probabilities are correlated across trap designs. The probabilities
are very high for '0' and 'S' trap designs and are much lower for the 'Z' design. Traps
with high entry and escape probabilities are best for a fishing strategy based on short
soak times, while traps with low probabilities are best for strategies using long set
times. 'Z' traps provide a greater catch per set than 'S' traps for soaks longer than about
4 h, while 'S' traps provide better catches for soaks shorter than about 4 h.

Guide to the sharks and rays of Australia

Project number: 1987-020
Project Status:
Completed
Budget expenditure: $109,119.00
Principal Investigator: Peter Last
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Jun 1990 - 30 Jun 1990
Contact:
FRDC

Need

Commercial in confidence. To know more about this project please contact FRDC.

Objectives

Commercial in confidence

Analysis of Taiwanese gill net data

Project number: 1987-019
Project Status:
Completed
Budget expenditure: $0.00
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Dec 1988 - 31 Dec 1988
Contact:
FRDC

Objectives

1. Analyse Taiwanese gill-net catch/effort & observer generated data sets.
2. Development model for northern shark fishery, predict recovery rate & pattern following cessation of gill-netting 1986.
3. Publication of all data on northern gill-net fishery for reference by industry

The effects of cyclones on the seagrass communities and penaeid prawn stocks of the Gulf of Carpentaria

Project number: 1987-016
Project Status:
Completed
Budget expenditure: $140,774.00
Principal Investigator: Ian Poiner
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Jun 1990 - 31 Dec 1993
Contact:
FRDC

Objectives

1. Quantitatively map & re-sample seagrass in W G of Carpentaria ... ].
2. Compare with [periods before/after Cyclone Sandy Determine rate of recolonisation & relative importance of spp & propagules.
3. Describe extent to which Cyclone S has altered abundance of juveniles. Pop change. Commonwealth impacts

Determination of the migration patterns of juvenile southern bluefin tuna and jackass morwong

Project number: 1987-015
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Ronald E. Thresher
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Dec 1989 - 31 Dec 1989
Contact:
FRDC

Objectives

1. Determine whether or not all juvenile southern bluefin tuna migrate down coast of WA, hence whether Aust fishery based on all or part of each cohort.
2. Validate ageing techniques for adults.
3. Are bays & estuaries in southern Tasmania the sole nursery grounds of jackass morwong?

Final report

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Final Report • 2017-09-29 • 27.79 MB
1987-015-DLD.pdf

Summary

This project reports on:

1) our detailed evaluation of current methodologies for otolith chemical analysis, and our recommended procedures when electron probe microanalysis is used for stock delineation in finfish

2) our assessment of the accuracy and precision of otolith probe microanalysis relative to the scales of natural variability in otolith composition, and an evaluation of the extent to which such variability reflects changing environment conditions

3) a direct test of the hypothesis that SE Tasmanian bays are the sole nursery area for Jackass Morwong

4) an evaluation of the likelihood of more than one spawning area/migration route for southern Bluefin Tuna.

Northern shark tagging study

Project number: 1986-087
Project Status:
Completed
Budget expenditure: $1,000.00
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 28 Jun 1990 - 31 Dec 1990
Contact:
FRDC

Objectives

1. Obtain biological data on the population dynamics of pelagic resources of shark, mackerel and tuna in northern Aust waters.
2. Use these data (which are necessary to enable a defensible estimate of yield) to manage northern pelagic fishery more effectively

Final report

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Final Report • 2017-09-29 • 14.70 MB
1986-087-DLD.pdf

Summary

In 1982, CSIRO applied to the Fishing Industry Research Trust Account for funding of a joint biological investigation of northern Australian pelagic fish stocks. At that time these stocks supported a Taiwanese surface gill-net fishery based on sharks, tunas and Spanish mackerel.

During the 1970's the total annual catch taken by the Taiwanese fishery from the area between northern Australia and Papua New Guinea averaged about 25,000 tonnes live weight. With declaration of the Australian Fishing Zone (AFZ) in 1979 the fishery came under Australian jurisdiction and management measures were introduced.

This study was initiated because of mounting government concern over the lack of research into the fishery, and because of increasing interest by industry in Australian exploitation of the resource. The program was a joint undertaking between CSIRO, the Commonwealth Department of Primary Industry and the State Fisheries of Queensland, Western Australia and the Northern Territory. The program aimed to provide information on the stock structure, migration, age and growth, recruitment and mortality of the principal species, and to examine the yield potential of the stocks and the potential for increased Australian participation in the fishery. It was particularly important to know whether the target species comprised single stocks or a number of discrete stocks across northern Australia. This information has implications for management of the foreign and domestic fisheries.

Occurrence of toxic dinoflagellates in southern Tasmanian waters and possible implications for shellfish farming

Project number: 1986-084
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Gustaaf Hallegraeff
Organisation: CSIRO Oceans and Atmosphere Cleveland
Project start/end date: 27 Dec 1988 - 30 Dec 1988
Contact:
FRDC

Objectives

1. Document seas abundance & spatial distribution dinoflagellates Gymnodinium catenatum, Dinphysis & D. fortii in S Tas waters.
2. Correlate abundance with variables.
3. Examine sediments for benthic cysts of G. catenatum. Document incidence in shellfish diet. Test shellfish for toxins
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Research

Organisation