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Adoption
PROJECT NUMBER • 2001-304
PROJECT STATUS:
COMPLETED

2nd National Rock Lobster Industry Conference – Melbourne September 2001

The 2nd National Rock Lobster Congress was hosted by Seafood Industry Victoria (SIV) with support from industry in each lobster producing state, at the Royal Geelong Yatch Club, Geelong on Thursday 20 September and Friday 21 September 2001. The Congress received its funding from the major...
ORGANISATION:
South Australian Rock Lobster Advisory Council (SARLAC)
Communities
Industry
PROJECT NUMBER • 2013-734
PROJECT STATUS:
COMPLETED

Seafood CRC: Western Rock Lobster RD&E Plan 2013-22

Research, development and extension (RD&E) is well known for contributing to a range of technological advances and expertise that leads to productivity growth, increasing our knowledge bank on our fishery and the important long term sustainability of the Western Rocklobster (WRL) fishery....
ORGANISATION:
Ridge Partners
Environment

Rock Lobster Enhancement and Aquaculture Subprogram: propagation techniques

Project number: 1999-315
Project Status:
Completed
Budget expenditure: $149,889.00
Principal Investigator: Piers Hart
Organisation: University of Tasmania (UTAS)
Project start/end date: 5 Sep 1999 - 12 Jun 2002
Contact:
FRDC

Need

Expansion of output from the rock lobster fishery cannot be achieved using traditional fishing methods as most wild stocks are already fully exploited. It is therefore necessary to develop an aquaculture technique that can increase the long term production of rock lobster, in a sustainable manner.

The outcomes of the FRDC workshop (project 98/300) and an earlier Perth workshop sponsored by the DISR, confirmed that culture of puerulus from eggs is biologically feasible and also appears economically viable. Production of puerulus from eggs has been achieved on a small scale in both Japan and NZ. The Japanese are far enough advanced to be considering release of cultured puerulus onto artificial reefs in the next few years. In Tasmania the phyllosoma of the southern rock lobster have been reared through 70% of the larval cycle with good survival (25%).

The priorities for further research were identified as:
· improving larval survival & growth
· improving system design/environmental requirements
· improving nutrition
· reducing the length of the larval phase.

Lower priorities were identified as:
· out of season spawning
· improving gamete quality.

However, as gametes are readily available from wild-caught broodstock, it was considered that these issues could be left for a future project.

The next stage must be to coordinate and expand the research in Australia under one project through the FRDC and CRC, in order to focus our effort on addressing the research priorities that were identified during the workshop.

This project identifies the priorities for the first year of the project and addresses a few issues that need to be determined in order to design a longer term project.

Objectives

1. Develop an artificial diet acceptable to phyllosoma of three species of rock lobster, that is water stable and easily manipulated.· Project 1. Characterise morphology and function of larval digestive system (Method 1).· Project 2. Examine biochemical changes in cultured and wild phyllosoma (Method 2).· Project 3. Develop a best guess formulated diet for use in nutritional experiments (Method 3).· Project 4. Examine the suitability of diets for phyllosoma of rock lobster (Method 4).
2. Examine mass culture systems and determine environmental requirements for phyllosoma of three species of rock lobster.· Project 5. Examine mass culture systems using southern rock lobster phyllosoma (Method 5).· Project 6. Examine environmental requirements of southern rock lobster phyllosoma (Method 6).· Project 7. Examine environmental requirements of tropical rock lobster phyllosoma (Method 7).· Project 8. Examine the effects of temperature and food density on phyllosoma of western rock lobster phyllosoma (Method 8).
3. Develop hormonal control of moulting in rock lobsters.· Project 9. Scoping study to examine the hormonal sequence controlling moulting in phyllosoma of a test species (Method 9).
4. Determine the health status of phyllosoma of southern rock lobster under culture conditions.· Project 10. Monitoring health of southern rock lobster phyllosoma (Method 10).
Environment
Environment
PROJECT NUMBER • 2003-005
PROJECT STATUS:
COMPLETED

Investigating reproductive biology issues relevant to managing the western rock lobster brood stock

Increases in efficiency due to modem electronic equipment, improved fishing vessels and knowledge about the grounds and lobster behaviour, have all led to western rock lobster fishers becoming more efficient at catching western rock lobsters in Western Australia. One of the outcomes of these...
ORGANISATION:
Department of Primary Industries and Regional Development (DPIRD) WA
Environment
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