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PROJECT NUMBER • 2020-020

PROJECT STATUS:

COMPLETED

Determining the spatial distribution and abundance indices for Moreton Bay Bugs, Thenus parindicus and Thenus australiensis in Queensland to improve stock assessment and management

We report on the first comprehensive investigation into the spatial distribution of Moreton Bay Bugs within the Queensland East Coast Otter Trawl Fishery. This research was a collaboration between the Queensland Department of Agriculture and Fisheries and James Cook University, applying...

ORGANISATION:

Department of Agriculture and Fisheries EcoScience Precinct

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SPECIES

2020-020-Louw et al 2024 FISHRES.pdf

PAPER

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PUBLISHED DATE:

2020-020-McMillan et al 2024 RFBF.pdf

PAPER

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PUBLISHED DATE:

2020-020-McMillan et al 2024_HYDROBIO.pdf

PROJECT NUMBER • 2019-020

PROJECT STATUS:

COMPLETED

Development of a user-friendly Management Strategy Evaluation framework for Queensland’s rocky reef fishery

Researchers from the Queensland Department of Agriculture and Fisheries have developed a Management Strategy Evaluation (MSE) tool to test the effects of potential management changes on the spawning biomass of Snapper and Pearl Perch in Queensland.

ORGANISATION:

Department of Agriculture and Fisheries EcoScience Precinct

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PUBLISHED DATE: 28 Jul 2022

2019-020-DLD.pdf

PROJECT NUMBER • 2015-216

PROJECT STATUS:

COMPLETED

Informing inter-jurisdictional snapper management in eastern Australia

Snapper has been fished since the early development of the colony around Sydney Harbour in the late 18th century, but it was the arrival of steam power in the 1860’s that enabled fishers to start regularly targeting the abundant schools of snapper occurring in the deep-water fishing grounds...

ORGANISATION:

Department of Agriculture and Fisheries EcoScience Precinct

TAGS

SPECIES

2015-216 - Historic snapper catch information from Qld and NSW.pdf

ARTICLE

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PUBLISHED DATE:

2015-216 - East coast snapper genetic stock structure.pdf

PUBLISHED DATE: 17 Apr 2018

2015-216-FRDC Update - Fishing Technology.pdf

FINAL REPORT

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PUBLISHED DATE: 01 Oct 2019

2015-216-DLD.pdf

PROJECT NUMBER • 2012-011

PROJECT STATUS:

COMPLETED

Revolutionising fish ageing: Using Near Infrared Spectroscopy to Age Fish

Results from the current ‘proof of concept’ study indicate that near infrared (NIR) spectra collected from fish otoliths have potential to estimate the age of Barramundi (Lates calcarifer) and Snapper (Pagrus auratus), with performance varying between species and locality of capture. A...

ORGANISATION:

Department of Agriculture and Fisheries EcoScience Precinct

TAGS

SPECIES