14 results

Establishing a national end of life fishing/aquaculture gear recovery system for Australia

Project number: 2023-124
Project Status:
Current
Budget expenditure: $273,080.00
Principal Investigator: Anissa Lawrence
Organisation: TierraMar Ltd trading as Ocean Earth Foundation
Project start/end date: 29 Sep 2024 - 29 Jun 2026
Contact:
FRDC
TAGS
Wild Catch
Recreational Fishing
Rac Wa
Marine Plastics
Environmental Impact

Need

Building on the circularity discussions and work being undertaken by FRDC and the industry, this project seeks to undertake the legwork required to establish a nationwide on-demand End of life (EOL) fishing gear recovery system for Australia and pilot it in key locations. The materials that many nets and ropes are made of are highly valuable and recyclable and in fact in many other countries, is already being recycled or remanufactured. Until now, having a national system has been cost prohibitive due to the large distances and need for economies of scale and limited local buyer interest. As a part of the national targets set by the Australian Government relating to plastics use and recycling, commercial fishing and aquaculture sectors have been exploring how to move to a circular economy model and reduce plastic inputs through a variety of projects run by FRDC and others. However, with fishing gear the biggest plastic polymer input, and contamination challenges, there has yet to be a suitable system established.

This project seeks to enable the opportunities that addressing EOL gear provides in Australia to the commercial fishing and aquaculture sector through the establishment of an effective EOL fishing gear recovery system for the country to reduce the landfill costs to industry. It seeks to build on the learnings from previous projects as well as the ten years of experience of our partner Bureo has in in operating an EOL fishing gear recovery program. Bureo currently have an EOL gear recovery system active in 9 countries.

The key objectives are:
● By the end of 2026 there is an effective end-of-life fishing/aquaculture gear recovery system implemented across key fishing ports, and key aquaculture centres benefiting regional communities and fisheries conservation and assisting the Australian Government to address plastic recovery/recycling targets.
● By the end of 2024, the enabling environment for an effective and fit for purpose EOL fishing/aquaculture gear recovery system is in place within Australia, with commencement of recycling underway in key pilot locations.

Objectives

1. By March 2025 the feasibility of and logistical requirements are understood to establish a national end of life recovery system for commercial fishing and aquaculture gear in Australia and an enabling pathway for roll out created.
2. By the end of 2026 there is an effective end-of-life fishing/aquaculture gear recovery system for Australia implemented across at least 5 key fishing ports, with measurable benefits being delivered to regional communities, industry, conservation, while contributing towards the Australian Government’s recycling targets.
Environment
Blank
PROJECT NUMBER • 2022-141
PROJECT STATUS:
COMPLETED

SIA early mover micro project - integrated wave energy microgrid design

Aquaculture operators are predominately reliant on diesel generation for their ocean-based operations, while shore-based facilities like hatchery production and processing use grid supply electricity, typically with diesel backup power. The growing pressures on the industry necessitates a transition...
ORGANISATION:
Climate KIC Australia (for Australian Ocean Energy Group)
TAGS
Renewable Energy
Innovation
Climate Resilience
Climate Mitigation
Communities
Industry
PROJECT NUMBER • 2022-019
PROJECT STATUS:
CURRENT

Removal of microalgae and total nitrogen in effluent water from prawn farms using electrocoagulation (EC) water treatment technology

This project focused on addressing a key challenge of the Australian prawn industry: the reduction/removal of nitrogen (N) and the coagulation of suspended solids (including microalgae) to facilitate the expansion of the industry whilst continuing to meet these sustainability targets. The...
ORGANISATION:
Nautilus Collaboration Pty Ltd
TAGS
Sustainability
Innovation
Environmental Impact
Aquaculture
SPECIES
Black Tiger Prawn
Banana Prawns

Exploring semantic search and linking technologies for application on GrowAG platform

Project number: 2024-049
Project Status:
Current
Budget expenditure: $0.00
Principal Investigator: Alex Bundock
Organisation: AgriFutures Australia
Project start/end date: 28 Feb 2025 - 30 Sep 2025
Contact:
FRDC
TAGS
Artificial Intelligence

Need

AgriFutures growᴬᴳ⋅ is the platform for Australian and global agrifood innovation. Explore research, technology, and commercialisation opportunities in one place. Connect with a diverse ecosystem including researchers, investors, and startups and discover funding avenues, list projects, and engage with over 400 organisations.

Agricultural research is vital for ensuring food security, sustainable farming practices, and rural development. AgriFutures growAG. involves collaboration between the Department of Agriculture Fisheries and Forestry (DAFF) and Australia’s 15 Research & Development Corporations (RDCs), collating details on the vast rural RDC investment landscape. Collation of project details on growᴬᴳ is currently a manual, keyword-based tagging system that suffers from limitations:
- Limited Semantic Understanding: Keywords often fail to capture the nuanced relationships between projects, leading to fragmented information retrieval.
- Scalability Issues: Manual tagging is time-consuming and prone to inconsistencies, hindering efficient data management as the database grows.
- Lack of Interoperability: The current system lacks the ability to seamlessly integrate with other agricultural datasets and knowledge bases.
This project proposes to develop an AI-driven solution for semantically linking agricultural research projects, enabling more accurate and comprehensive project navigation and knowledge discovery. By leveraging Natural Language Processing (NLP) and knowledge graph technologies, we aim to transform the current keyword-based system into a dynamic and interconnected knowledge repository.

Objectives

1. Provide seamless ingestion of RDC data onto the platform including automation, providing projectsummaries and tagging.
2. Facilitate advanced semantic search and exploration through the integration of AI and data visualisation techniques.
3. Provide a value add for the ecosystem, partners, and visitors by being able to query the underlying growAG data set and better understand potential opportunities and trends.
Adoption

Developing FRDC’s 2020-2025 RD&E Plan

Project number: 2018-197
Project Status:
Completed
Budget expenditure: $370,061.23
Principal Investigator: Matt Barwick
Organisation: Fisheries Research and Development Corporation (FRDC)
Project start/end date: 19 Apr 2019 - 30 Dec 2020
Contact:
FRDC
TAGS
Stakeholder
Fisheries Management
Aquaculture

Need

Section 19 of PIRD Act requires R&D corporations to prepare R&D Plans for each consecutive 5-year period. Each plan is to include (at a minimum):
· a statement of the Corporation’s objectives and priorities for the period to which the plan is expressed to relate; and
· an outline of the strategies that the Corporation intends to adopt in order to achieve those objectives.
Under section 10 of the Funding Agreement between FRDC and the Department of Agriculture and Water Resources (DAWR), FRDC is required to develop a consultation plan, which seeks to:
• explain the purpose and objectives of consultation to inform the 2020-2025 RD&E Plan;
• describe who will be consulted;
• outline methods proposed; and,
• explain how input provided will be used.

FRDC is to obtain DAWR approval for the consultation plan prior to commencement of activities.
In order to develop an RD&E Plan which accurately interprets and responds to RD&E needs for Australia’s fishing and aquaculture community it is important to understand the aspirations, pain points, risks and opportunities of each sector over the intended life of the plan through undertaking broad consultation. It is also important to understand the current situation of the fishing and aquaculture (F&A) community (including indigenous, wild catch, aquaculture and recreational, and post-harvest sectors). The situational analysis should provide an updated understanding of what fishing and aquaculture looks like in Australia today, who is involved, what drives them, how they are performing, how the product (if retained) is used, what are the main dominant risks and trends. An earlier situational analysis delivered as an output of FRDC Project 2014/503.20 provides a useful template.
Finally, it is for any RD&E plan to be informed by an understanding of likely future trends, risks and opportunities facing Australia’s F&A community in the future. This requires:
· compilation of evidence to enable consideration of likely future geopolitical, social, economic, environmental and/or technical changes likely to occur in the future, and drivers of those changes;
· generation of projections relating to supply and demand for seafood products as well as cultural and/or recreational time use

Objectives

1. Undertake consultative activities to inform development of the 2020-2025 RD&E Plan
2. Deliver a contemporary situational analysis for Australia’s fishing and aquaculture community to inform FRDC’s 2020-2025 RD&E Plan
3. Deliver a future-scan with a decadal time horizon (2030) to inform FRDC’s 2020-2025 RD&E Plan
4. Undertake activities necessary to enable launch of the 2020-2025 RD&E Plan by 30 June 2020.

Final report

Authors: Jeff Dambacher Alistair Hobday Fabio Boschetti Chris Moeseneder Linda Thomas
Final Report • 2020-05-28 • 2.57 MB
2018-197-DLD.pdf

Summary

This report covers the second of two CSIRO contributions to the project FRDC 2018-197. This project was reviewing FRDC research objectives through a process that developed alternative scenarios of possible futures relevant to Australian fisheries. Discussed here is the development of a quantitative model to explore future seafood scenarios developed elsewhere. The purpose of this modelling exercise was to support the project FRDC 2018-197. The development of these possible future scenarios was undertaken in a process 
that ran in parallel to the CSIRO contribution. This process involved a series of stakeholder workshops and follow-up discussions, to which CSIRO staff were occasional observers.
The qualitative models developed to describe present day dynamics were then tested to see if they could account for previously observed shocks or perturbations the Australian aquaculture and fisheries system. This involved a face-to-face workshop and teleconference with representatives of the Stage 1 expert group.
Based on external input to management, employment and environmental variables, the qualitative models produced a set of predictions that were highly consistent with previously observed impacts in Australian fisheries and aquaculture. 
The models were then tested to see how well they compared to the dynamics described in the future scenarios, and here model predictions were found to be highly consistent with the dynamics played out in the two future scenarios – that is, both worlds are likely.
With ongoing support from CSIRO, these models can now be used to explore alternative perturbations, identify the informative indicators, and to determine when these models of the future (World A and B) are no longer realistic representations of real situation. If insufficient information is being gather on these indicators, the efforts could be made to collect such data, or if the information is too expensive, the alternatives can also be investigated to determine how many alternative indicators provide the equivalent conformation
Final Report • 2020-05-28 • 2.57 MB
2018-197-DLD.pdf

Summary

This report covers the second of two CSIRO contributions to the project FRDC 2018-197. This project was reviewing FRDC research objectives through a process that developed alternative scenarios of possible futures relevant to Australian fisheries. Discussed here is the development of a quantitative model to explore future seafood scenarios developed elsewhere. The purpose of this modelling exercise was to support the project FRDC 2018-197. The development of these possible future scenarios was undertaken in a process 
that ran in parallel to the CSIRO contribution. This process involved a series of stakeholder workshops and follow-up discussions, to which CSIRO staff were occasional observers.
The qualitative models developed to describe present day dynamics were then tested to see if they could account for previously observed shocks or perturbations the Australian aquaculture and fisheries system. This involved a face-to-face workshop and teleconference with representatives of the Stage 1 expert group.
Based on external input to management, employment and environmental variables, the qualitative models produced a set of predictions that were highly consistent with previously observed impacts in Australian fisheries and aquaculture. 
The models were then tested to see how well they compared to the dynamics described in the future scenarios, and here model predictions were found to be highly consistent with the dynamics played out in the two future scenarios – that is, both worlds are likely.
With ongoing support from CSIRO, these models can now be used to explore alternative perturbations, identify the informative indicators, and to determine when these models of the future (World A and B) are no longer realistic representations of real situation. If insufficient information is being gather on these indicators, the efforts could be made to collect such data, or if the information is too expensive, the alternatives can also be investigated to determine how many alternative indicators provide the equivalent conformation
Adoption
Blank
View Filter

Research

Category

Species

Organisation