94,053 results

Indigenous fishing subprogram: mapping livelihood values of Indigenous customary fishing

Project number: 2015-205
Project Status:
Current
Budget expenditure: $300,000.00
Principal Investigator: Luke Smyth
Organisation: Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS)
Project start/end date: 30 Jun 2015 - 29 Aug 2017
Contact:
FRDC

Need

The need for this project was identified at the National Forum (Cairns 2011) (see Principles 1,2,3,5,6,7,8,10 - FRDC 2010/401). While commercial and recreational fisher values are fairly well understood, Indigenous values remain elusive to the development of fishing management strategies and policies. Similarly, Indigenous engagement in contemporary fisheries remains limited. These gaps result from a paucity of documented information in a format accessible to fisheries managers, and a shortage of Indigenous leaders and practitioners seeking to engage in fisheries and fisheries management.

These challenges are recognised in national R&DE plans and by the national FRDC IRG in calls for research to facilitate greater Indigenous engagement in fisheries, as well as more effective inclusion of Indigenous livelihood values in fisheries planning. Livelihood values include social, cultural and economic components. Achieving the longer term national goal of a comprehensive assessment of Indigenous fishing effort and development of catch allocation models will require lead up investment in Indigenous capacity to engage, as well as in documenting Indigenous livelihood values in fishing.

Significant progress has been achieved in mapping Indigenous values and building Indigenous engagement in related areas of natural resource management - particularly in water planning and land and sea management. The Indigenous capacity and expertise from these endeavours are relevant to the challenge of improving engagement of Indigenous people and knowledge in contemporary fisheries. In short, this project brings together Indigenous and non-Indigenous expertise from successful Indigenous natural and cultural resource management endeavours to map Indigenous values of aquatic biological resources and build capacity for greater Indigenous participation in fisheries. Further changes to regulations regarding Indigenous access to fisheries have been foreshadowed in two of the jurisdictions during the timeframe of the study. As such the study may allow investigation of the impacts of these changes to Indigenous satisfaction with their level of engagement in fisheries management and fishing activity.

Objectives

1. Identify cultural, social and economic values of Indigenous fishing at selected case study communities
2. Articulate connections between established Indigenous land and sea management regimes and Indigenous aspirations in fisheries
3. Support the recognition of Indigenous values and use of aquatic resources in fisheries management
4. Build Indigenous and non-Indigenous capacity for collaborative fisheries research and management

Final report

ISBN: 978-1-922-10273-7
Authors: Smyth L. Egan H. and Kennett R
Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Final Report • 2018-11-01 • 2.97 MB
2015-205-DLD.pdf

Summary

This report contains the results of the largest research project into Indigenous fishing values to date, documenting how and why use and management of marine resources is valued by and benefits Indigenous peoples and communities in three very different parts of Australia. The Indigenous Reference Group (IRG) of the Fisheries Research and Development Corporation (FRDC) financed the Native Title Research Unit of the Australian Institute of Aboriginal and Torres Strait Islander Studies (AIATSIS) to conduct this research, in collaboration with Aboriginal organisations based in three regions:
  • the Far West Coast Aboriginal Corporation RNTBC (Far West Coast SA),
  • the Crocodile Islands Rangers of the Milingimbi and Outstations Progress Resource Association (Northeast Arnhem Land, NT), and
  • the NSW Aboriginal Fishing Rights Group (South Coast NSW)

The research team interviewed 169 Aboriginal people from these three regions between October 2015 and July 2017, collecting qualitative data on the perceived cultural, social, economic and health significance and benefits of customary fishing practices (activities related to the use of fish and aquatic invertebrates). Data was also collected on perceived barriers to customary fishing practices and the aspirations people held for marine resource use and management in their communities’ futures.
The results show that for many Aboriginal peoples, customary fishing practices are of immense value and multi-faceted importance; being able or unable to access customary fisheries can have profound repercussions for the cultural, social, economic, physical and mental health of individuals, families and communities. Recognising and facilitating the values and aspirations of Aboriginal peoples in the management and use of their sea countries has the potential to generate substantial positive flow-on effects for overall health, wealth and wellbeing.

Around the world Indigenous peoples see aquatic resource use as part of their identities and crucial to their political, cultural and economic self-determination. Many Aboriginal and Torres Strait Islander peoples continue to seek greater engagement in fisheries and fisheries management in order to meet their cultural and socio-economic needs and long term objectives.

Consistent with previous research, this project found that the Aboriginal people who were interviewed valued fishing and related practices greatly, and for a wide range of reasons. These varied both between and within regions, but general findings that were consistent across all three case study regions included:

  • Fishing is governed by widely recognised cultural laws and norms.
  • Fishing is one of the primary ways of living and practising culture, maintaining a connection with country and passing on cultural knowledge.
  • Sharing catch is a strong norm; often a small number of regular fishers provide for many people.
  • Sharing catch strengthens and maintains social ties within and between families and communities.
  • Sharing catch creates a social safety net that supports vulnerable members of the community.
  • Fishing is an important social and leisure activity.
  • Subsistence fishing and the trade and barter of catch increase discretionary incomes by substituting purchased goods.
  • Certain marine and coastal species are used medicinally.
  • Fishing improves diets, through regular access to healthy foods which are otherwise unavailable or unaffordable.
  • Fishing keeps people physically active.
  • Fishing helps people to relax and deal with stress.
  • Practising culture and providing for their families in this way gives people a sense of pride.
  • Fishing is part of people’s individual and cultural identities, and thus their sense of self-worth.

The converse of these extensive benefits is that restrictions and barriers to customary fishing practices can have far-reaching negative consequences for the health, wealth and wellbeing of Aboriginal people and communities. The nature and scale of the barriers and restrictions nominated by interviewees varied considerably between regions, but many stemmed from fisheries management and environmental protection legislation, regulations and enforcement decisions. These included regulations not properly accommodating the unique aspects of Aboriginal ways of fishing (leading in some cases to their effective criminalisation), unfair targeting and harassment of Aboriginal fishers by enforcement officers, inadequate respect for and understanding of the rights of native title holders, and apparent long term declines in local fish stocks attributed to overfishing by commercial operators.

Across all case study regions there was significant interest in greater Aboriginal involvement in commercial fishing, aquaculture and other on-water industries. Jobs created by these industries were seen as highly desirable, because in addition to an income source they potentially entailed working out on sea country, using and passing on cultural knowledge and skills, and reduced the need for people to move off country. Most existing opportunities in commercial fishing and aquaculture were said to be in practice inaccessible to most Aboriginal people. Existing Aboriginal-owned commercial ventures were highly regarded partially because many were seen as directly incorporating local non-economic values. This was also the case for many of the aspirational commercial ventures which interviewees proposed.

Aboriginal people interviewed in all case study regions strongly desired greater involvement in the management of local seas and fisheries. This included at the decision making level, and through more Aboriginal fisheries enforcement officers and Indigenous land and sea management rangers, the latter potentially with enforcement powers.

Additional research by or with Indigenous communities, particularly freshwater and Torres Strait Islander, to collate more detailed local fishing values sets and to add to and verify the broad baseline set established here, should be a priority. This would in turn allow research to quantify the total catch and effort of Indigenous fisheries and the estimated monetary value of both economic and non-economic fishing values. Better appreciation of the total value of Indigenous fisheries would inform negotiations over recognition and support for Indigenous fishing values and aspirations in management.

Australian Society for Fish Biology: Scientific networking, early career development, international engagement and 50th celebrations

Project number: 2020-055
Project Status:
Completed
Budget expenditure: $75,000.00
Principal Investigator: Alison J. King
Organisation: Australian Society For Fish Biology Inc
Project start/end date: 13 Jul 2020 - 28 Dec 2023
Contact:
FRDC

Need

In the face of mounting pressure on Australia’s marine and freshwater ecosystems, there is a continuing need for robust scientific information to support the sustainable development and management of our aquatic resources. The ASFB is Australasia’s premier professional association for fish and fisheries researchers. The annual science conference makes an important and tangible contribution to skill development of people involved in fish and fisheries research and management, particularly offering students and early career researchers opportunities to present their work, interact with peers and develop collaborative links. The ASFB has a strong commitment to promoting and communicating science, encouraging sustainable management practices, encouraging excellence in fisheries research, and recognizing outstanding contributions of scientists and professionals through various awards and scholarships. Additionally, the ASFB has recognised the need for increased international engagement via increased active involvement with in particular World Council of Fisheries Societies and with the American Fisheries Society.
This proposal is seeking sponsorship support for the annual science conference in 2020 (virtual conference due to COVID-19 restrictions), 2021 (WFS congress, Adelaide), 2022 (Joint congress with Indo-Pacific Conference, Auckland) and a series of conference associated awards that support student travel and recognise research excellence. The proposal addresses three people development program goals, namely (i) to encourage knowledge transfer and R&D adoption (ASFB annual science conference) and (ii) to recognise and promote achievements (ASFB awards) and (iii) to enhance industry leadership (bringing together a range of people for the annual conference). These activities will encourage participation and exchange of information and provide an opportunity to develop networks and collaborations with outside organisations. In addition, we also seek support to hold an event at the WFC in Adelaide to celebrate the Society’s 50th year and promote the achievements of Australia and New Zealand’s fish and fisheries science over the last 50 years.

Objectives

1. Provide a forum for researchers, managers and stakeholders to meet to discuss issues relevant to fish and fisheries science and management
2. Support, encourage and recognise achievements of early career researchers
3. Support and encourage student participation at ASFB's annual science conference and key international conferences
4. Support and promote the ASFB 50th anniversary at the WFC 2021
5. Increased international profile of ASFB via greater participation in activities of World Fisheries Council and planning for World Fisheries Congress

Final report

Authors: Alison King Brendan Ebner Gretchen Grammer John Morrongiello
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.
Final Report • 2023-06-01 • 1,018.64 KB
2020-055-DLD.pdf

Summary

The Australian Society for Fish Biology (ASFB) was founded in 1971 and is a professional, independent, non-profit, non-commercial and non-aligned organisation. The Society’s objectives are to promote research, education and management of fish and fisheries and to provide a forum for the exchange of information. The Society promotes an egalitarian and welcoming atmosphere; encourages participation by all members, particularly students; promotes the use of fish research (as defined in the broadest sense) and management of fisheries and aquatic systems; provides access to expertise on fish and fisheries; facilitates professional networks and assists with career development and promotes discussion and workshops on topics of relevance and interest.
The operations of the Society are supported by an Executive Council, with membership representing all States and Territories, New Zealand and student members, and a senior Executive team (President, Vice president, immediate Past President, Secretary, Treasurer). The Society also has a number of active Committees: Education, Alien fishes, Threatened Fishes, Fisheries Management, Future of the Society, and the newest committee on Fish Welfare. These committees report to the Executive and members (see website links for the Terms of Reference for each committee).
Annual conferences/workshops have been held each year since the Society's inception and provide a forum for scientists, managers, and industry from around Australia, New Zealand and elsewhere to meet and discuss the most recent developments in fish and fisheries science and management. The Society has also hosted a number of successful international conferences, including the 2nd World Fisheries Congress (1996), World Congress on Aquatic Protected Areas (2002) and 8th Indo Pacific Fish Conference (2009). The Society has also hosted a number of successful workshops, with the aim of focussing on a particular technical area or subject for discussion. The Society has a National Conference/Workshop coordinator, to assist future local organising committees and ensure corporate knowledge in this area is maintained.

Australian Fisheries and Aquaculture Statistics 2018

Project number: 2019-093
Project Status:
Completed
Budget expenditure: $88,000.00
Principal Investigator: Robert Curtotti
Organisation: Department of Agriculture Fisheries and Forestry
Project start/end date: 22 Aug 2019 - 29 Jun 2020
Contact:
FRDC

Need

Statistics on Australian fisheries production and trade seeks to meet the needs of the fishing and aquaculture industry, fisheries managers, policymakers and researchers. It can assist in policy decisions, industry marketing strategies and the allocation of research funding or priorities. The gross value of production for specific fisheries are used for determining the research and development levies collected by government. The neutrality and integrity of GVP estimates is therefore important due to their forming the basis for research levies for each fishery. At the international level, the Department of Agriculture through the Australian Bureau of Agricultural and Resource Economics and Sciences (ABARES) contributes to a number of international databases. These include databases managed by the Food and Agriculture Organisation (FAO) and the Organisation for Economic Cooperation and Development (OECD). Information at the international level can assist in international negotiations on issues such as trans-boundary fisheries and analysis of trade opportunities.

Objectives

1. To maintain and improve the data base of production, gross value of production and trade statistics for the Australian fishing industry, including aquaculture.
2. To provide these data in an accessible form.

Final report

Author: R Curtotti
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.

Project products

Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018
Final Report • 2020-08-01 • 878.07 KB
2019-093-DLD.pdf

Summary

Since 1991 ABARES has published detailed production and trade data annually in Australian fisheries statistics, now renamed Australian fisheries and aquaculture statistics. The publication is designed to meet the needs of the fishing and aquaculture industries, fisheries managers, policymakers and researchers. The research undertaken for this edition produced data on the volume and value of production from Commonwealth, state and NT fisheries, and the volume and value of Australian fisheries trade by destination, source and product from 1998–99 to 2017–18.
Publication • 2020-04-01 • 3.90 MB
2019-093-DLD-A1.pdf

Summary

Australian fisheries and aquaculture statistics 2018

Southern Rock Lobster Clean Green program, revision, digitisation & extension across the supply chain

Project number: 2017-224
Project Status:
Completed
Budget expenditure: $705,117.00
Principal Investigator: Ross J. Hodge
Organisation: Southern Rocklobster Ltd (SRL)
Project start/end date: 29 Apr 2018 - 14 Feb 2020
Contact:
FRDC

Need

Currently more vessels are participating in the Clean Green program than at any stage since first introduced in 2004. Re-aligning Clean Green to address new and changing legislative requirements has been the key driver for the increased support from industry. The process of revising the program content and on-going dialogue with regulators has identified that Clean Green must / will continue to be an evolving program to address regulatory changes and update the program content. Therefore a project is required to deliver a digitised operationally focussed, benchmark responsible fishing standard including support and auditing materials for the Australian seafood industry that will:
• Improve ongoing program administration (as regulators e.g. SWSA, AMSA and DAWR, continue to change and update relevant legislative requirements, the maintenance of a paper-based program will become unsustainable.
• Extend the Clean Green program into the post-harvest sector of the supply chain and provide a medium for SRL to ‘extend’ relevant outputs from other R&D in which the industry has invested to interested businesses e.g. traceability and ‘lobster health’.
• Improve communications and audit procedures with / for the Clean Green Auditor to streamline and reduce cost of independent third-party auditing processes
• Generate usable data for relevant regulators and seek their recognition / accreditation of the program and further opportunities for Clean Green to serve as a tool for industry self-regulation.
• Streamline program management and financial control of the program e.g. invoicing, scheduling of auditing, raising and closing out of Corrective Action Requests (CARs), physical auditing of vessels, communication with members, improved efficiency and effectiveness of Clean Green training and refresher training.
• Increase the transferability of the Clean Green ‘product’ to other catching sectors. This may aid with generating greater economies of scale and assist the Clean Green Program, and its management, to become financially self-sustaining to a greater degree.

Objectives

1. Revise and update Clean Green Program Material (catching sector) to meet stakeholder requirements and formatted for digitisation
2. Review and revise existing and develop new Clean Green Program material for exporter / post harvest operations and formatted for digitisation
3. Digitise the revised Clean Green Program so it can be implemented in a device application (app) software format (2 Apps: 1 Catching 1 Exporter)
4. Launch and Roll Out the Revised and Digitised Clean Green Program

Final report

ISBN: 978-0-9803977-5-8
Author: Ross Hodge and Justin Phillips
Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Final Report • 2023-05-05 • 2.86 MB
2017-224-DLD.pdf

Summary

First introduced in 2004, the Southern Rocklobster Limited Clean Green Program was developed as an integrated pot-to-plate Product Standard with independent third-party auditing of practices. During the period 2013 to 2015 the Clean Green Program was considerably updated for the first time to address the introduction of AMSA’s National Standard for Commercial Vessels, resulting in greater industry adoption with approx. 60% increase in vessel use across the 3-year period. The re-alignment of the Clean Green Program to address new and changing legislative requirements e.g. the introduction of the National Standard Commercial Vessels by the Australian Maritime Safety Authority and new Work, Health & Safety requirements, had been the key driver for the increased support from industry. This highlighted the need for the Clean Green Program to continue to evolve to address regulatory changes and, accordingly, the required updating of program content (in consultation with Regulators). This project was required to adapt 21st century technology to deliver a digitised, operationally focussed, Clean Green Program that can be more efficiently updated and disseminated to industry.  

Industry
PROJECT NUMBER • 2015-039
PROJECT STATUS:
COMPLETED

National Workshop to mitigate theft of estuarine pots.

The NSW Professional Fishermen’s Association in conjunction with the Fisheries Research Development Corporation organised an intensive workshop with a wide representation of participants from across Australia aimed at addressing issue of theft of and from estuarine...
ORGANISATION:
Professional Fishers Association (PFA)
SPECIES
Environment
PROJECT NUMBER • 2014-026
PROJECT STATUS:
COMPLETED

Improving the precision of estimates of egg production and spawning biomass obtained using the Daily Egg Production Method

This project was undertaken to refine the application of the Daily Egg Production Method to Australia’s largest fishery, the South Australian Sardine Fishery and the Commonwealth Small Pelagic Fishery. Key findings and outcomes from this study include: 1) a new generalised egg staging method...
ORGANISATION:
SARDI Food Safety and Innovation

Aquatic Animal Health Subprogram: Development of stable positive control material and development of internal controls for molecular tests for detection of important endemic and exotic pathogens

Project number: 2014-002
Project Status:
Completed
Budget expenditure: $172,185.00
Principal Investigator: Nicholas J. Moody
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 30 Jun 2014 - 29 Jun 2016
Contact:
FRDC

Need

Quality assured positive control material is critical to demonstrate an assay has performed as expected. Similarly, testing for internal control material ensures extraction procedures produced template of acceptable quality, free of test inhibitors. Both types of controls are particularly important where the samples are being tested to demonstrate freedom from disease (i.e. are negative).

One internal control target is the 18S ribosomal RNA gene. However, assays targeting 18S need to be optimised if multiplexed, 18S is ubiquitous (negative control reactions can test positive) and 18S is not applicable for crustacean samples. Other targets include genes of the host organism, which are often limited to a single species, and are an option that will be investigated for priority species. Plant viruses enable development of one internal control assay for RNA and one for DNA. Optimisation of each assay would still be required if multiplexed, one internal control and one set of primers/probe for any assay reduces costs, eliminates 18S contamination issues and is applicable for all hosts (i.e. finfish, mollusc, crustacean).

Synthetic RNA and plasmid DNA positive controls enable accurate quantification of targets, control over the level of positive template (i.e. added at levels approaching the limits of detection of the assay), are consistent and greatly aid troubleshooting when contamination occurs. They also eliminate the need to source infected animals for positive control material. AFDL implements OIE, EU and/or ANZSDPs for diagnostic assays, reducing the risk of test changes requiring redevelopment of positive controls, which are limitations of synthetic and plasmid controls.

Objectives

1. Produce quantified synthetic RNA positive control material for conventional and real-time RT-PCR assays, available on request.
2. Produce quantified plasmid DNA positive control material for conventional and real-time PCR assays, available on request.
3. Optimised universal internal control based on plant viral RNA and DNA and/or species-specific genes for use in molecular assays developed and implemented
4. Technology transferred and adopted by participating laboratories.

Final report

ISBN: 978-1-925994-19-3
Authors: Moody NJG Cummins DM Mohr PM Williams LM Hoad J Valdeter S Klein R Slater J and Crane MStJ
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Final Report • 1.94 MB
2014-002-DLD.pdf

Summary

This project has resulted in the production of a bank of quality-assured, non-infectious, quantifiable, molecular test controls that can be provided to any diagnostic laboratory in a ready-to-use form to assist them with the implementation of specific aquatic animal disease diagnostic tests. In addition, these controls will be useful in the diagnostic laboratory quality systems to demonstrate laboratory competency.

Thirty-two positive control plasmids (22 for real-time assays and 10 for conventional assays) have been prepared and are in routine use. A further 10 plasmid positive controls (8 for real-time assays and 2 for conventional assays) are undergoing final quality checks prior to release for routine use. Therefore, a total of 42 plasmid positive controls for 25 different pathogens have been generated as a result of this project.

Their most important use is as positive controls during diagnostic testing. Because these controls are distinguishable from the pathogens’ genomic nucleic acid, they will assist in identification of cross-contamination between the positive control samples and the diagnostic samples and thus will mitigate against the reporting of false-positive results that occur due to contamination of test samples with positive controls.

In addition, T4 and QBeta phages have been evaluated as heterologous internal positive controls for DNA and RNA targets, respectively, for use in establishing that generic aspects of PCR testing (e.g. nucleic acid extraction and absence of PCR inhibitors) are performing as expected. Implementation of the use of the T4 and QBeta phages as internal positive controls has improved the quality of molecular testing, through more sensitive assessment of the effect of PCR inhibitors and confidence in results generated when testing atypical samples (i.e. plankton, dirt, feed).

The use of these controls in diagnostic testing will assist diagnostic laboratories to monitor the performance of current methods and assist with technology transfer of new methods. This will, in turn, provide laboratories, industry, regulators (managers and policy makers), the general public and trade partners with enhanced confidence in Australia’s diagnostic capability for important exotic and endemic aquatic pathogens.
Industry
PROJECT NUMBER • 2011-734
PROJECT STATUS:
COMPLETED

Seafood CRC: controlling biofouling of pond aerators on marine prawn farms

Biofouling of aeration equipment is a significant farm management issue and production cost for Australian marine prawn farms. Defouling aeration equipment has a high labour demand and once fouled, the energy efficiency of paddle-wheels and other aerating equipment can be markedly reduced, leading...
ORGANISATION:
Department of Primary Industries (QLD)
SPECIES

Gear interaction of non-targeted species in the Lakes and Coorong commercial and recreational fisheries of South Australia

Project number: 2005-061
Project Status:
Completed
Budget expenditure: $164,087.98
Principal Investigator: Greg Ferguson
Organisation: SARDI Food Safety and Innovation
Project start/end date: 29 Jun 2005 - 30 May 2008
Contact:
FRDC

Need

There is a need for reference data on by-catch by the commercial and recreational fisheries that operate in the Coorong Lagoons. These data will be used to identify management issues, prioritise management actions, and enable targets/solutions to be established in accordance with principles of Ecological Sustainable Development. The project is especially relevant to the LCF, which is a small-scale community fishery seeking accreditation with the Marine Stewardship Council sponsored by the World Wildlife Fund.

The need to investigate mechanisms for reducing recreational by-catch in the Lakes and Coorong fishery is emphasized by the high percentage (71%) of mulloway that are caught in this fishery and released (National Recreational and Indigenous Fishing Survey 2000/01).

The information gained from this project will guide management decisions about fisheries resources, and address industry, conservation and public concern about the impact of commercial and recreational fishing on the ecological sustainability of the LCF.

This project addresses several targeted priorities stated in Program 1 of the SAFRAB 5-Year R&D Strategy, aimed at ensuring sustainability of natural resources. Outputs from this project will inform stock assessment and management of the resource and contribute to sustainability. Outputs from this project will also contribute to development of environmental best-practice and complements a qualitative review of by-catch mitgation procedures undertaken by SAFIC and SeaNet (Anon. 2002).

This project also addresses key strategies identified in Goal 3 of the Draft Management Plan for the South Australian Lakes and Coorong Fishery (Sloan 2005). This concerns minimising fishery impacts on by-catch species by (i) quantification of the impact of fishing operations on by-catch species, (ii) improved recording of data on by-catch interactions and by-catch species composition and (iii) risk analysis to assess the vulnerability of by-catch species. Additionally, there is a need for baseline data on by-catch to set the levels for reference points and triggers outlined in the management plan.

There is also a need for a preliminary assessment of the survival of discards of key species from key recreational and commercial gear in the Coorong lagoons as emphasised by an independent reviewer.

Other projects where the need for quantitative data was justified by demonstrating that changes in gear and/or practices reduced by-catch or minimised mortality of discards were:

1. In N.S.W. estuarine fisheries, incorporation of strategically placed transparent netting in the bunts of haul nets significantly reduces the retention of unwanted by-catch (Gray & Kennelly, 2001).

2. In Victorian estuarine fisheries, changes in tow speed, tow duration, operating depths, sorting strategy, and mesh material have all been shown to improve the survival of released fish (Knuckey et al., 2002).

Although the results of any by-catch study is specific to the component species, fishing gears and practices, and the location of the fishery, the proposed project will, nevertheless, benefit from these completed projects by the general directions taken to develop new and innovative ideas to reduce by-catch.

This project will also address the needs of the ‘National Strategy for Conservation of Australia’s Biological Biodiversity’ of: (a) improving the knowledge base of commercial and recreational fisheries; (b) improving fisheries management in recreational and commercial sectors; and (c) assessing and minimising the impact of commercial fishery practices on non-target and by-catch species, ecosystem and genetic diversity.

Anon. (2002). Lakes and Coorong Fishery: Best practices to minimise interaction of juvenile mulloway, crabs and birds with fishing gear. Adelaide, Southern Fishermen’s Association, SEANET: 1-9.

Gray, C. A. & Kennelly, S. J. (2001). Development of discard-reducing gears and practices in the estuarine prawn and fish haul fisheries of NSW. FRDC Project No. 97/207.

Knuckey, I. A., Morison, A. K. & Ryan, D. K. (2002). The effects of haul seining in Victorian bays and inlets. FRDC Project No. 97/210.

Sloan (2005) Draft Management Plan for the South Australian Lakes and Coorong Fishery, The South Australian Fisheries Management Series, PIRSA (Fisheries Policy), Adelaide.

Objectives

1. Assess the survival of key species (e.g. mulloway, yellow-eye mullet) discarded for each of the main gear types employed by the commercial (large mesh gill net, haul net) and recreational sectors (line, small mesh gill net).
2. Identify mechanisms for reducing by-catch in the main fishing gear used in the Coorong lagoons and provide extension of these ideas to industry.
3. Develop potential performance indicators and reference points related to by-catch of the main fishing gear used in the Coorong lagoons.
4. Assess the (i) composition and magnitude of retained and discarded catches and (ii) rates of capture of retained and discarded species in the main types of gear used by commercial and recreational fishers in the Coorong lagoons in order to establish a risk assessment framework for by-catch management.

Final report

ISBN: 978-1-921563-28-7
Author: Greg Ferguson
Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Final Report • 2010-05-21 • 731.91 KB
2005-061-DLD.pdf

Summary

This project was developed by SARDI, in consultation with PIRSA, Lakes and Coorong Fishery (LCF) licence holders and relevant stakeholders, over several years.  Proposals to investigate interactions with non-target species and discarding from the LCF in the Murray River estuary and Coorong lagoons were submitted to South Australian Fisheries Advisory Board (SA FRAB) and FRDC in 2002 and SA FRAB in 2003 but failed to gain industry support.  In 2004 the Southern Fishermen’s Association expressed support for a study of non-target species to support their application for accreditation with the Marine Stewardship Council. 

During the study the lower Murray River system was in drought, and high salinities and generally poor environmental conditions occurred in the Coorong lagoons.  Consequently, the approaches to addressing objectives three and four (below) were changed.  It was originally intended to estimate discard survival (Objective 3) from discards that had been held in sea cages over 5 days. Instead, discard survival was estimated from numbers of fish that were alive at net retrieval.  The original approach to identify methods for mitigating levels of discarding (Objective 4) was to conduct experimental fishing. This objective was met using information available from the observer based monitoring program, from the peer reviewed literature and from several previous FRDC funded projects.

The main outcome of the project is the provision of information on catch species composition, quantified levels of discarding, and ongoing collection of data from the Lakes and Coorong Fishery. This was achieved using an observer based study of catches in the Lakes and Coorong Fishery.  During 2005-06 a total of 53 observer trips were made (973 net shots), with 18 days (173 net shots) surveyed in the Murray River estuary and 35 fishing days (800 net shots) in the Coorong lagoons.  

Keywords: gillnet, bycatch, discard, estuarine fish, observer program, Australia

Development and incorporation of a nutritional software program into the existing “Rob de Castella’s SmartStart to Life” school program

Project number: 2003-246
Project Status:
Completed
Budget expenditure: $20,000.00
Principal Investigator: Robert de Castella
Organisation: SmartStart (Australia) Pty Ltd
Project start/end date: 29 Jun 2003 - 31 Aug 2004
Contact:
FRDC

Need

The need has been identified in the Commonwealth Government's National R&D Strategy:
Promoting and maintaining good health. Under this priority, the relevant research goal is “Preventative Healthcare”: new evidence-based strategies to promote healthy attitudes, habits and lifestyles and to develop new health-promoting foods and nutraceuticals.

There is a natural synergy between the commodities RDCs represent and the need to educate consumers to have a health natural diet. SmartStart offers the opportunity for a collective investment nationally by the RDCs in addressing this key national priority.

The nutritional module is needed because the current approach utilised by SmartStart focuses predominantly on increasing physical activity to address overweight and obesity. This approach is limited because it addresses only half of the intervention required to maximise outcomes.

Obesity occurs, most simply, because an individual’s energy expenditure (physical activity) is less then their energy consumption (nutritional intake). The existing SmartStart program has been demonstrated to be effective in only a limited number of schools. It is expected that with a greater focus on nutrition, the positive outcomes achieved in schools can be considerably improved.

It is necessary that any program or intervention maximises its impact by delivering a comprehensive cross-sectional approach in addressing this difficult issue. Some people will respond to a physical activity message, others may be more likely to respond to a nutritional message. All schools and individuals, however, will benefit from an intervention that incorporates both physical activity and nutrition in addressing overweight and obesity.

There has been discussion previously – but the need of the project is to complete the SmartStart profile to include nutritional as well as physical fitness information. This in turn may facilitate future comprehensive research opportunities whereby the SmartStart study can be part of a broader strategy that can complement strategies that the FRDC is developing aimed at raising public awareness of the health benefits of seafood.

We believe there are significant opportunities for FRDC and other RDCs to show leadership in adopting a supportive role with the SmartStart initiative.

These include:
· Making a positive contribution to the healthy development of young Australians;
· Promoting awareness of the health benefits – nutritional value – (of seafood in the case of FRDC) through the schools;
· Demonstrating responsiveness to the Federal Government’s national research priorities.

Objectives

1. To develop a software application to allow data entry of children’s nutritional information into the existing SmartStart to life school program.

Final report

Author: Robert de Castella
Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Project products

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

Final Report • 2004-07-08 • 1.39 MB
2003-246-DLD.pdf

Summary

Our main goal was to research and review existing programs and literature to determine the most appropriate and efficient method(s) of collecting and profiling nutritional information on an individual basis and also on large population samples. The outcomes of the first objective have allowed us to develop a suitable screening instrument, the SmartStart Food Recorder and the structure of the report to the individual.

We can confidently state that there is a definite need for a project such as this to make a positive contribution to the health of young Australians and to promote the benefits of ‘healthy’ foods like seafood to the general public. Based on the research component of this project, there is no program that can effectively screen the nutritional intake of an individual that is efficient, cost effective and the methodology of which can be applied to large population samples at a quality standard. Our project also has the potential to be linked with fitness and research assessments.

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