- GVP $1.0 billion est. Up 26% year-on-year.
- Production up 8.4% to 536,686 tonnes.
- Average meat per bird increased to 2.2kg dressed weight.


Production
Chicken Meat Production
- NSW
- Vic
- Qld
In the first two quarters of the financial year, chicken meat production was higher than sheep and lamb production by value as lamb and mutton prices fell in late 2023. The average meat per bird increased to 2.2kg dressed weight. NSW produces the largest birds in Australia, with the average carcase weight in Victoria and Queensland just over 1.8kg in 2023-24.
Late in 2022 Baiada received approval to expand production at its processing facility in Tamworth, up to 140,000 birds per day, and is now under construction. 82 Higher processing capacity will allow for the continued growth in chicken meat production. Baiada also expanded breeding farms in the Riverina.
In late June 2024, two farms tested positive for the HPAI H7N8 strain of avian influenza. This affected one broiler farm in the Hawkesbury, as well as one egg farm. 60
Price
Retail Price Changes for Meat and Seafood
- Beef and veal
- Pork
- Lamb and goat
- Poultry
- Other meats
- Fish and other seafood
Trade and Macroeconomic Conditions
DPIRD Initiatives in Focus
DPIRD’s Advanced Gene Technology Centre (AGTC)
AGTC’s state-of-the-art workspaces and instruments allow DPIRD’s scientists to deploy a range of emerging genetic technologies across agriculture, fisheries and forestry, enhancing the productivity and profitability of our industries and underpinning biosecurity and market access.

Deirdre Hanrahan-Tan from AGTC performing DNA sequencing on an Illumina MiSeq sequencer at the EMAI node.
DPIRD’s Advanced Gene Technology Centre (AGTC) has state-of-the-art workspaces and instruments essential to allowing our scientists to deploy this next wave of genetic technologies, build new collaborative opportunities and access new co-investment sources, so that our stakeholders are amongst the first globally to benefit from the next wave of genetic approaches.
The AGTC provides the opportunity to apply a range of emerging technologies across agriculture, fisheries and forestry, enhancing productivity and profitability of our industries, underpinning biosecurity and market access, delivering new options to manage natural resources and invasive species.

- Local refinement and delivery of “environmental DNA” (eDNA) technologies to profile freshwater fish and vertebrate communities for environmental monitoring and management, underpinning biodiversity and stocking assessments
- Underpinning rapid, in-house identification of potential biosecurity threats, expediting management decisions based on (positive and negative) results to reduce losses under the invasion curve
- Expanding the use of diagnostics based on whole genome sequencing of pests and pathogens into routine biosecurity operations, improving the confidence in identification, surveillance and tracing
- Lifting internal capability by developing new skills amongst internal staff, promoting autonomy and expanding project opportunities
- Enhancing local culture in handling, storing and analysing data derived from science programs, reducing issues with duplication, security, integrity, and retaining data and associated intellectual property in-house
- Development and delivery of data and results as a service to clients – in the case of internal clients, this enhances the expenditure of project funds within DPIRD rather than those funds being paid to an external service provider, in the case of external clients, this delivers new revenue streams to DPIRD.
- Underpinning initial research to use emerging technologies such as gene editing, cellular transformation and comparative genomics to develop and/or increase the persistence of desirable quality traits in crop lines, livestock and aquatic animals (eg to increase tolerance to pests and diseases and/or to abiotic stresses); to enhance diagnostic and surveillance tools to address biosecurity threats; and to monitor, characterise and manage invasive species at scale.