10 results

Seafood CRC: prevention and control of maturation to address multiple key abalone production constraints

Project number: 2010-767
Project Status:
Completed
Budget expenditure: $131,147.83
Principal Investigator: Natasha Botwright
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 28 Feb 2011 - 27 Feb 2014
:
TAGS
Survey
Reproduction
Data
Aquaculture
Analytics
SPECIES
Blacklip Abalone
Greenlip Abalone

Need

Maturation is a complex issue with key abalone production issues in;

Health
There is a concordance between maturation and the spawning process, immune status and pathogen susceptibility. These factors may combine with elevated water temperatures contributing to summer mortalities.

Reduced production
Gonad is commercially undesirable, as this results in lost opportunity for conversion of feed to growth. Reduced profitability occurs as a result of increases in gonad weight where frozen or canned abalone products are based on meat weight and through decreases in gonad weight due to pre-harvest spawning of live product sold on whole weight.

Broodstock conditioning
Most farms now utilise closed life cycle breeding. This relies on the use of mass selected or genetically selected broodstock that are ready for synchronised spawning on demand. To make the greatest gains the industry needs to breed from select elite individuals rather than from a select group of abalone. The industry is not able to select an individual with 100% confidence for spawning.

Product Quality
Animal health provides industry with confidence in their product all year. Currently the industry has reduced confidence in the quality of live abalone exports over the summer. The fragile nature of spawning and maturing animals and the stress involved in transport and holding leads to increased mortality risks during transport. Consequently some exporters reduce or cease exports during this time.

The ability to prevent maturation will provide the Australian temperate abalone industry with a competitive edge by reducting mortality, increasing growth and improving delivery of live product to market. Controlling maturation will assist in breeding. The key to achieving these outcomes is to first gain an understanding of the maturation process at the molecular level. This will provide the knowledge to initiate development of new technologies and/or interventional strategies to address these key industry issues.

Objectives

1. To establish molluscan specific neuropeptide databases that will underpin abalone maturation tissue studies
2. Develop reliable sample collection, preservation, laboratory processing of abalone maturation tissues to ensure optimal analyses by mass spectrometry
3. To undertake mass spectroscopy and bioinformatic analyses of samples to map neuropeptides throughout the maturation cycle in different tissues and stages of maturation
4. Select candidates that may be useful for prevention and control of maturation for validation
5. Select candidates responsible for influencing decreased gamete condition and spawning success over successive seasons
6. Undertake development of a non-destructive sampling technique for monitoring of animal responses to experimental intervention strategies

Final report

Final Report • 2017-09-29 • 830.52 KB
2010-767-DLD.pdf
Adoption
PROJECT NUMBER • 2017-049
PROJECT STATUS:
COMPLETED

Monitoring abalone juvenile abundance following removal of Centrostephanus and translocation

A new system of Abalone recruitment modules (ARMs) have proven to be successful in collecting juvenile abalone in Tasmanian waters. This design was subsequently transferred to the Eastern Zone, Victoria, where IMAS staff and Eastern Zone Abalone Industry Association (EZIZA) members installed ARMs at...
ORGANISATION:
University of Tasmania (UTAS)
TAGS
Reproduction
SPECIES
Blacklip Abalone
Industry

Abalone Aquaculture Subprogram: selective breeding of farmed abalone to enhance growth rates

Project number: 2001-254
Project Status:
Completed
Budget expenditure: $286,881.10
Principal Investigator: Xiaoxu Li
Organisation: SARDI Food Safety and Innovation
Project start/end date: 2 Feb 2002 - 30 Jun 2008
:
TAGS
Stock Assessment
Stakeholder
Reproduction
Husbandry
Health And Safety
SPECIES
Blacklip Abalone
Greenlip Abalone

Need

A major problem facing abalone farmers in temperate Australia is the high operating costs associated with holding animals for 4 years until they reach market size. In other shellfish, selective breeding has substantially, and in some cases radically improved a number of traits (particularly growth rate and disease resistance). The existing selective breeding project was funded for 18 months and will finish in November 2001. This can be regarded as a step-up towards establishing selectively bred stock. In this project a protocol manual was produced, technical officers trained, and families established is SA and Victoria., A business model was developed for the future commercialisation of stocks. The industry and subprogram are confident that the selected model for establishing families on-farm where the onus is on industry to maintain families is a successful one. Consequently, the renewal of the current project has been approved for continuation by the Abalone Aquaculture Steering committee.

An appropriately designed selective breeding program could produce abalone with growth rates enhanced by up to 30% over 3 generations of selection (6-8 years). This could shorten the production cycle by over a year, and thus substantially reduce farm operating costs.

With the continuing enthusiasm for abalone aquaculture both on-shore across southern Australia, as well as developing in northern Australia, significant growth of the industry can be expected. Within the next decade it is possible that abalone aquaculture production will exceed the wild fishery in value.

Objectives

1. Establish new families.
2. Continue to maintain established families.
3. Upgrade the managing system for easy maintenance, easy cross-reference, protection of the privacy of individual farms.
4. Collect data and determine genetic parameters for traits of economic importance and their correlations.
5. Develop, respectively, the selection indexes for both greenlip and blacklip abalone with the data available (the indexes will be used for selecting improved broodstock for commercial production and production of the next generation).

Final report

ISBN: 978-1-921563-01-0
Author: Xiaoxu Li
Final Report • 2017-09-29 • 624.35 KB
2001-254-DLD.pdf

Enhancement of populations of abalone in NSW using hatchery-produced seed

Project number: 1998-219
Project Status:
Completed
Budget expenditure: $484,356.00
Principal Investigator: Mike Heasman
Organisation: Department of Primary Industries and Regional Development (NSW)
Project start/end date: 3 May 1999 - 21 Jul 2004
:
TAGS
Resource Enhancement
Reproduction
Mortality
Husbandry
Fisheries Management
SPECIES
Blacklip Abalone

Need

It has become apparent to commercial divers within the NSW abalone fishery that previously productive areas of reef are now supporting high densities of sea urchins, and correspondingly low densities of abalone. This change has contributed, together with pressure from the commercial and recreational fishery, illegal poaching, disease and pollution, to a decline in the sustainable yield from the population. The current development of the sea urchin fishery in NSW provides the opportunity to re-establish populations of abalone on once productive areas of reef over a large spatial scale. Natural recolonisation of areas of reef will be limited because of the restricted dispersal of larvae from their parents.

A variety of techniques are already being used to help re-establish populations of abalone on depleted areas of reef in NSW. These include the clearance of sea urchins to allow natural recovery, together with the transplantation of broodstock to help increase the speed of recovery. All these techniques are very labour-intensive. The deployment of seed produced from wild abalone provides a significantly more powerful technique to rapidly enhance populations of abalone on depleted reefs over a large-scale. Protocols for the conditioning, spawning and rearing of blacklip abalone are already well established and provide the framework for the year-round production of seed. Techniques for the large-scale deployment of seed have been developed in other states, but recent advancements in our knowledge of settlement substrates suggest further improvements can be made. Similarly, deployment techniques will need to be adapted for the unique conditions on reefs in NSW, and particularly the presence of the sea urchin, Centrostephanus.

With the development of techniques to allow the successful, large-scale release of abalone seed to coastal reefs in NSW, there are likely to be significant benefits to the associated fisheries. In particular, the potential exists for increases in the sustainable yield of the fishery of up to several hundred tonnes per year, or several million dollars.

Objectives

1. Produce seed from wild, blacklip abalone at a range of sizes and ages throughout the year.
2. Develop techniques to enable the successful deployment of seed to coastal reefs in NSW.
3. Develop techniques to maximise the settlement, survival and growth of seed on coastal reefs in NSW.
4. Complete large-scale deployment of fluorochrome-marked seed to depleted coastal reefs in NSW.

Final report

Author: Mike Heasman
Final Report • 2004-07-01 • 2.43 MB
1998-219-DLD.pdf

Summary

Several critically important steps to achieving the central long-term aim of this project namely, cost-effective enhancement of abalone fisheries using hatchery produced seed stock, were achieved. The first was year-round controlled temperature conditioning and spawning of captive broodstock. This provided impetus for funding and guidance for practical implementation of a complementary R & D project (FRDC 2000/204) to refine and improve this technology in relation to blacklip and greenlip abalone. This controlled breeding technology is in turn providing a number of important flow-on benefits to the abalone aquaculture industry in southern Australia. Most importantly it is facilitating an industry-wide selective breeding program through facilitated synchronisation of spawning that will enable pair crossing and identification of specific genes for faster growth.

Key Words:  Abalone, Fishery, Aquaculture, Hatchery, Broodstock, Production, Deployment, Rehabilitation, Reseeding, Enhancement

Project products

Manual • 2007-11-01 • 2.06 MB
1998-219 Manual for Intensive Hatchery Production of Abalone.pdf

Summary

This manual was commissioned by the Indigenous Fisheries Initiative of the NSW Government as a practical guide to commercial scale seed production of blacklip abalone (Haliotis rubra) in NSW.

Methods and equipment are based on those described by Hone et al. (1997) with more recent refinements developed by Dr Arthur Ritar and Mark Grubert in Tasmania during the course of the Fisheries Research and Development Corporation (FRDC) Project 2000/204 and in NSW during the course of additional projects supported by the FRDC, namely projects 1998/219 and 2001/033.

Industry
PROJECT NUMBER • 2009-714.30
PROJECT STATUS:
COMPLETED

Seafood CRC: economic management guidance for Australian abalone fisheries

Current Australian abalone fisheries management primarily uses biological and catch data to set total allowable catch limits (TACs). Performance targets are usually based on trends in catch rate or catch and aim to maintain these indicators within historic bounds that have prevented recruitment...
ORGANISATION:
University of Tasmania (UTAS)
TAGS
Sustainability
SPECIES
Blacklip Abalone
Environment
Industry
PROJECT NUMBER • 1999-162
PROJECT STATUS:
COMPLETED

Evaluating the effectiveness of marine protected areas as a fisheries management tool

Marine Protected Areas (MPAs) are being proclaimed around the world with the stated primary purposes of enhancing fisheries stocks and/or conserving marine biodiversity. In Australia, in response to a joint State/Commonwealth agreement to establish a National Representative System of MPAs (NRSMPA)...
ORGANISATION:
University of Tasmania (UTAS)
TAGS
Tagging
SPECIES
Banded Morwong
Environment
PROJECT NUMBER • 2005-029
PROJECT STATUS:
COMPLETED

Seafood CRC: Factors limiting resilience and recovery of fished abalone populations

The aims of this project were to: Determine the efficacy of translocation of mature abalone for stock rebuilding Identify key ecological processes that limit stock recovery Quantify the scale of 'spillover' from translocated populations Cost-benefit analysis of rehabilitated...
ORGANISATION:
University of Tasmania (UTAS)
TAGS
Stock Assessment
SPECIES
Blacklip Abalone

Patterns of interaction between habitat and oceanographic variables affecting the connectivity and productivity of invertebrate fisheries

Project number: 2015-025
Project Status:
Completed
Budget expenditure: $270,000.00
Principal Investigator: Daniel Ierodiaconou
Organisation: Deakin University Geelong Waterfront Campus
Project start/end date: 30 Jun 2015 - 29 Jun 2017
:
TAGS
Survey
Resource Enhancement
Reproduction
Rac Vic
Population Dynamics
SPECIES
Southern Rock Lobster
Blacklip Abalone

Need

This study will provide a better understanding of the importance of scale relationships between benthic habitat, oceanography, and biology and their independent and interactive impact on larval dispersal, settlement and productivity in the Victorian blacklip abalone Haliotis rubra, and southern rock lobster Jasus edwardsii fisheries. Understanding the scale of these relationships is critical for spatial management in determining the sharing of responsibility between Government as the regulator and Industry as the lead for the implementation of voluntary and appropriately scaled management strategies.

Population dynamics, habitat availability, complexity, and physiography determining dispersal, settlement, survivorship and growth need to be considered in order to understand the primary drivers of productivity on local geographical scales, and the resilience of fishing stocks to fishing pressure and threats associated with environmental change, including pests and disease. Importantly, and pertinent to species such as southern rock lobster with prolonged planktonic larval phases, understanding these dynamics on broad spatial and temporal scales will assist in determining the dependency of Victorian fisheries on interstate recruitment sources.

These factors will be explored using a multidisciplinary approach involving geospatial, oceanographic and biophysical modelling, and genomic technologies providing industry with a framework for guiding future management decisions. Outputs from this study will provide industry with data and guidelines for assessing the resilience or vulnerabilities of specific fishing stocks to overharvesting or environmental disturbance, and the potential for natural replenishment in the event of stock depletion. Ultimately this will help guide where stock restoration and enhancement activities are needed to catalyse recovery, or where reef closures may be beneficial for recovery.

Objectives

1. Integrate commercial catch and survey data with LiDAR-derived seafloor structure information to identify the spatial structure and patch-level productivity of reef systems,potential abalone fishable habitat extent and map important source reefs of abalone larvae.
2. Development of a high resolution hydrodynamic model for Victorian coastal waters that allows the modeling of larval dispersal between individual reef complexes throughout state waters.
3. Development of a biophysical larval dispersal model to map the probable dispersal pathways for H. rubra and SRL across Victorian reef complexes.
4. Determine if recruitment across the respective fisheries is influenced by adaptive genetic factors.

Final report

ISBN: 978-0-7300-0140-9
Author: Daniel Ierodiaconou
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
Final Report • 2019-01-29 • 2.65 MB
2015-025-DLD.pdf

Summary

A better understanding of the links between benthic habitat, oceanography, and fisheries productivity is a major priority of the Blacklip Abalone, Haliotis rubra, and Southern Rock Lobster, Jasus edwardsii, industries to improve sustainable management of these important natural resources. This study aimed to quantify and map the influence of benthic habitat characteristics, oceanography, and biology on larval dispersal, settlement and productivity of Blacklip Abalone and Southern Rock Lobster for Victorian fisheries.
This study provides industry with substantial long-term benefits relating to assessments of stock viability and implementation of management strategies that optimise sustainable yield primarily through the identification of important larval source reefs, dominant dispersal pathways and the role of genomic selection on population recruitment processes. Improved understanding of relationships between stock productivity and environment is supported by a repository of high-resolution maps of coastal habitat overlaid with oceanographic and biological factors that influence population structure and fisheries productivity for Abalone and Southern Rock Lobster.
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