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 Technologies for Cattle Monitoring – Proof of Concept Study-
This project has provided proof of concept for an ear tag system and telemetry device for collecting and transferring data derived from livestock through a radio network to a base station. The base station provides a data base of information for managing the stock and ultimately can be used to creating reports for the operator.The concept requires that the animal has an ear tag that can collect information on for example animal health, position and activity. Data is downloaded from the ear tag when the animal comes into range of a collection point, typically at a watering hole or stock control point. Data is passed via a wireless link to the collection point to be transferred to the base. The ear tag is battery and/ or solar powered and can be deployed for significant periods of time. Collection points are generally located at water holes where the animals will visit often. The collection point is connected to a wireless backbone that can transmit the data either direct or via a mesh to the base unit. The wireless backbone may not be proprietary but may be one that is commercially available. The base unit of the telemetry system is connected to a computer and will store all of the collected data into a data base. From here reports can be created for the operator on the animal’s health, position and activity and alert the operator if there are any anomalies or if an animal has not checked in for a period of time. The system can also display the information in a number of GIS packages such as Google earth for easier assessment by the operator. While the working prototype and field test unit deployed was limited to animal identification and logging, a number of sensors and measurement systems to monitor animal condition were also scoped and tested in a working bench unit. Future development of the system could provide integration with other static sensors such as dam/trough water level and gate condition (open/closed). A detailed business plan and market assessment will be required to attract further funds required to commercialise the technologies that have been developed. |
Final Report Vickermans 12 September 2008.pdf (331.54 KB) |
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Opportunities to Enhance Energy Efficiency and Minimise Greenhouse Gases in Queensland’s Intensive Agricultural Sector
This report presents a scoping study of opportunities to enhance energy efficiency and minimise GHG emissions in Queensland’s intensive agricultural sector.
The aims of this research were to:
- Review and assess available tools and technologies for conducting on-farm operational energy assessments/audits
- Assess current practices in terms of energy efficiency
- Identify opportunities to reduce operational energy inputs and impacts on greenhouse gas emissions
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QFF Energy Efficiency.pdf (2.49 MB)
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DEVELOPMENT OF ENERGYCALC - A TOOL TO ASSESS COTTON ON-FARM ENERGY USES
Within highly mechanised agricultural productions systems such as the Australian cotton industry, operational energy inputs represent a significant cost to growers. In this project, a framework to assess the operational energy inputs of various production systems and the relative performance of a grower within an adopted system is developed. This framework has been incorporated into a user-friendly energy assessment tool (a Betta version web-enabled online energy calculator, EnergyCalc).
EnergyCalc divides energy usage of cotton production into six broadly distinct processes, which includes fallow, planting, in-crop, irrigation, harvesting and post harvest. This enables both the total energy inputs and the energy usage of each production processes to be assessed. In addition to the default energy use data provided, the software also allows the user to enter their own site-specific data so that they can benchmark their performance with peer farmers and best practices to identify opportunities for reduced energy costs.
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NCEA Final Report for Energy in Cotton.pdf (1.14 MB)
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Implementation of Precision Agriculture Technologies in the Macadamia IndustryThe primary purpose of this project is to design and develop a Vision based yield monitoring device that will relate quantity to location sufficiently accurately that the yield from individual trees can be identified. Mechanised yield assessment offers an opportunity to reduce cost of assessment of field trials
A prototype system for use within the Macadamia industry plant breeding program was developed as part of the project. This project has proven the concept and has had considerable testing hours. Further work is required to move from proof of concept to prototype to commercial development.
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Development and application of biofilter systems for intensive livestock operations to minimise odour emissions and nuisance potential – Evaluation of a pilot scale biofilter system for odour reduction and rechousing in Korea.
This report concludes three years of research into biofilter systems for the purpose of reducing odours from intensive animal production as part of a cooperative research project between the National Livestock Research Institute (NLRI) of the Rural Development Administration (RDA) of the Republic of Korea, Department of Primary Industries and Fisheries (DPI&F), Queensland, and the National Centre for Engineering in Agriculture (NCEA).
The project had the following major objectives:
- Identification of technologies to reduce offensive odour emissions from intensive animal operations;
- Development of an efficient biofilter system to reduce odour emissions from animal housing and waste treatment facilities;
- Identifying best practice in terms of media selection and biofilter design; and
- Identifying how biofilters should be implemented at existing operations to achieve maximum air quality improvement with minimal expense and disruption.
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Biofilter year 3 report.pdf (1.34 MB)
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Publications - 2004 and earlier
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Review of Precision Livestock Farming technologies for the Australian Pig Industry
This project represents the first stage of a series of possible steps toward facilitating the implementation of Precision Livestock Technologies (PLT) into the Australian pig industry. The report establishes the credentials of currently available technologies in this area via a comprehensive review and identifies commercial products and suppliers with particular reference to the Australian Industry.
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1000122 report - PLF review.01Oct03.pdf (1.61 MB) |
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