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Program 2 - continued
2.4 Essential Oils and Plant Extracts
Objective: To support the growth of a profitable and sustainable essential oils and natural plant extracts industry in Australia.
Expenditure in 2000/2001: $374,954
Compared with 1999/2000: $404,688R&D Plan for the Essential Oils & Plant Extracts Program 2002-2006.
- Some Key Performance Indicators
- Average industry oil yield per hectare.
- Availability of information on world production levels and trends.
- Levels of local production/import substitution.
Background
There is growing interest in essential oils in Australia. The current value of production (excluding tea tree oil but including the refining of imported eucalyptus oils) is $6–7 million at the farm gate and $20–25 million wholesale/retail a year. The eucalypt and tea tree oil segments aside, the principal regions for essential oil production are Tasmania and Victoria.
Essential oils are largely used in the food flavouring and fragrance industries but their use in aromatherapy and other health care areas is growing.
The success of the pyrethrum, poppy, and hop industries, with a combined farm gate gross value of production of some $27 million, suggests that there are significant opportunities for producing plant extracts from both native and exotic species.
There is strong market demand for locally produced medicinal herbs. At present, only about one-third of the 250 tonnes used each year is supplied from Australia. Several native plants are used for the production of substances such as scopolamine, esculin, castanospermine and methyl cinnamate within the fine chemicals sector.
Australia has a comparative advantage as a reliable supplier of clean, good quality, unique oils and extracts based on the use of high technology in both production and extraction. However they must meet well-defined quality parameters.
Strategies
This sub-program has its own five-year R&D plan, which is accessible in hardcopy and on the Internet at www.rirdc.gov.au/pub/essentoi.html Investigate the market opportunities for Australian produced essential oils and plant extracts. Develop new and improved varieties and species for Australian conditions and international markets. Provide agronomic systems for the profitable and sustainable production of high-quality oils and extracts. Devise extraction technology to increase yields and/or secure specified product characteristics required by markets and registration authorities. Key outputs in 2000/2001
Publications in 2000/2001
- Finalisation of a study on Tasmannia lanceolata (mountain pepper) which has considerable market potential as flavour and fragrance due to its distinctive aroma.
- Initiated projects on commercial borage production, determining polysaccharides in Australian grown echinacea and efficient sourcing and fractionation of sesquiterpenoid alcohols from Australian sandalwood.
- Released a report outlining models of best practice in the production of peppermint oil.
- Finalised a new Five Year R&D Plan for the program
- Provided support for researchers and industry members to attend national and international conferences.
- Published further issues of an industry newsletter produced by the Essential Oils Producers’ Association of Australia.
00/148 Communicating best practices in peppermint production 00/83 Essential Oils & Plant Extracts Research in Progress 2000 00/20 Peppermint oil production – a model of best practice 00/51 Natural Plant Extracts – Marketing Opportunities in the USA Research Manager: Mr Tony Byrne
Phone: (02) 6272 5472 Fax: (02) 6272 5877 Email: tonyb@rirdc.gov.au
Objective: To optimise the profitability of Australian organic production in both domestic and overseas markets and to promote the utilisation of organic farming systems as a means of enhancing the sustainability of Australian agricultural systems.
Expenditure in 2000/2001: $226,166
Compared with 1999/2000: $287,028Some Key Performance Indicators
R&D Plan for the Organic Produce Program 2001-2006.
- Increase in both new and total certified growers.
- Broader range of product.
- Increased industry adoption of new/modified organic systems.
- Demonstrated evidence of improved soil health and structure.
- Increased product quality.
- Increased yields.
- Satisfying customer demand.
Background
Consumers are increasingly aware of the quality and safety of the food and fabrics they consume. At the heart of this worldwide trend is a desire to consume products, especially foods, that are safe, produced from environmentally sustainable farming systems, and ethically and socially acceptable. In growing numbers, export and domestic consumers are seeking certified organically grown products in response to this concern.
The Australian organic (incorporating biodynamic) industry has around 1800 certified/registered members collectively marketing product estimated at the farm gate to be worth approximately $180 million a year. On current trends the industry is estimated to grow by 40% (2500 members, $260 million) in the next 5 years. Members come from all sectors of the value chain — growers, processors and manufacturers, retailers and consumers — across all States. They operate in diverse rural industries, including grains and pulses, horticulture, viticulture, beef and pork, dairy, sugarcane and honey. Seafood is a new opportunity driven by the increasing contribution of the aquaculture sector. Seven organisations are currently registered with the Australian Quarantine and Inspection Service (AQIS) to inspect and certify organic farming, processing and marketing systems.
Rising domestic and overseas demand for Australian organic products is prompting a greater number of conventional farmers and processors to consider and adopt organic farming and processing systems. Typically the attraction is either improved market access and/or higher prices from niche markets, together with recognition by the marketplace of better and more sustainable farming practices.
Strategies
This sub-program has its own five-year R&D plan, which is accessible in hardcopy and on the Internet at www.rirdc.gov.au/pub/pub/organic.html
- Design Australian organic production and processing systems that optimise use of our physical, social, and natural resources.
- Focus on the adoption of organic systems by rural producers, processors, manufacturers and marketers.
- Optimise market access for both Australian exports and imported products.
- Increase returns to organic enterprises through improved supply systems, better information, and the skills of supply chain participants.
- Collate and share information and knowledge for the benefit of organic enterprises and industry.
- Promote consistent and robust industry policy and R&D development.
Key outputs in 2000/2001
Publications in 2000/2001
- Launch of an organic industry website.
- Independent review of organic R&D direction to date, and recommended future strategies.
- Training program for organic inspectors.
- Creation of an organic development program by the dairy industry.
- Increased awareness of organic systems among remote pastoralists due to sponsored seminars.
- Comparison of Australian Organic Industry Standards with Standards for Key Trading Partners.
- Contributions to a range of seminars and conferences run within the industry.
- Australian industry representation at world conferences in the UK, Europe (IFOAM) and New Zealand.
- Industry representation at the Codex Alimentarius meeting on Food Labelling in Ottawa.
- Publications and information packages on practices and principles of organic farming in Australia.
01/034 Polyculture production – principles, benefits and risks of multiple cropping land management systems for Australia 00/189 Organic Production Systems Guidelines 01/05 Standard for Organic and Biodynamic Produce 00/76 The Export Market Potential for Clean and Organic Agricultural Products separate pubs 00/97 Organic Farming in Australia 00/84 Organic Produce Research in Progress 2000 00/65 Sustainable Intensive Cropping System – A Feasibility Study Denise Millar (organic produce)
Ph: (03) 9882 5910, fax: (02) 9882 5917
Mobile: 0419 599 294, Email: denise.millar@bigpond.com
Address: PO Box 4776, KINGSTON ACT 2604Organic Industry Certification Arrangements
2.6 Rare Natural Animal FibresObjective: To facilitate the development of new and established industries based on rare natural fibres.
Expenditure in 2000/2001: $182,277
Compared with 1999/2000: $177,789Some Key Performance Indicators
- Ways of improving fibre marketing.
- Publication of new processing opportunities for cashmere.
- Improved reproduction techniques in alpaca.
- New mohair products.
R&D Plan for the Rare Natural Animal Fibres Program 1998–2003. Adopted by Board Resolution No. 43-1998-5Background
The program can incorporate cashmere, mohair, alpaca fibre, camel hair and other rare animal fibre projects. The R&D projects currently cover the first three of these fibres.
In 2000 world prices for mohair and cashmere were maintained at 1999 levels. This buoyancy has renewed confidence for producers in these industries and the dehairing of cashmere fleeces in Australia before sale is adding value to the price of the raw product. Increasing attention is being paid by alpaca producers in reducing fibre fineness and responding to processors needs. Australian cashmere and alpaca production remains less than 1 per cent of world production and the corresponding figure for mohair is 2 per cent. Only by raising the efficiency of production and by producing what is required by processors will productivity and net returns increase further.
Strategies
Address within budgetary limitations published strategies and targets in the 1998-2003 R&D Plan. This sub-program has its own five-year R&D plan, which is accessible in hardcopy and on the Internet at www.rirdc.gov.au/pub/rna/index.htm
Identify and research appropriately with industry, fibre properties required by processors to produce yarn, fabric and garments demanded further along the value-added chain.
Maintain R&D in blending rare fibres with traditional fibres such as wool, cotton and synthetic fibres.
Increase productivity on-farm by investment in health and breeding research.
Communicate to stakeholders progress and conclusions of projects.Key outputs in 2000/2001
Concluded research and development in the utilisation of short fibre length cashmere by blending with other fibres in yarn and fabric manufacture. Extensive technical and commercial testing of products have been made. Released a new reference book on the palatability and potential toxicity of weeds to goats. Palatability is graded and poisonous compounds named. Strategies for the use of acceptable weeds are described. Completed the evaluation of an upholstery fabric made from strong mohair fibre. Although the fabric tested well technically when assessed by USA interest, the judgement was that there would be currently insufficient demand for further commercial manufacture. Part of the fabric has been retained in Australia where it can be again evaluated in light of fashion changes. Published a revision of Cashmere Goat Notes as Goat Notes owing to the inclusion of more information on Angora and Boer Goats. Commenced a long-term project to improve the quality of alpaca products via assessing and improving the fibre processing performance, the softness, and properties of yarns and fabrics. Published articles incorporated in general RIRDC publications and media releases.
GOAT FIBRE SUB-ACCOUNT ACTUAL 1999/2000 ($) 2000/2001 ($) Opening Balance (12,444) 30,081Total Revenues 72,462 86,895Total Expenditure 29,937 56,636Surplus/(Deficit) 42,525 30,259Closing Balance 30,081 60,340Publications in 2000/2001
00/85 Rare Natural Animal Fibres Research in Progress 2000 00/139 The Palatability and Potential Toxicity of Australian Weeds to Goats Research Manager: Dr Peter McInnes
Phone: (08) 8556 7331 Fax: (08) 8556 7289 Email: mcinnes2@intertech.net.au
Objective: To support the continued development of a profitable Australian tea tree oil industry in Australia.
Expenditure in 2000/2001: $610,717
Compared with 1999/2000: $313,761Some Key Performance Indicators
- New value-added products
- Level of new information available in peer reviewed journals on safety, efficacy and mode of action that originates from research funded by the program.
- Level of yield improvement.
- Level of uptake of new technology and ideas.
R&D Plan for the Tea Tree Oil Program 1998–2003. Adopted by Board Resolution No. 47-1998-6Background
Tea tree (Melaleuca alternifolia) is native to the north coast of New South Wales. Its oil has gained widespread therapeutic use for fungal and microbial infections but is not yet registered for use by the medical profession.
The industry comprises about 300 growers and is located principally in northern New South Wales and on the Atherton Tableland in Queensland. More than 90 per cent of Australian tea tree oil is exported, principally to North America and Europe. The major end uses of the oil are in antimicrobials and cosmetics, with much of the oil being sold as a pure oil.
As plantings increase, there is currently an imbalance between supply and demand. However, the industry remains optimistic about its future. The challenge is to build on recent R&D achievements, particularly relating to safety and efficacy and to explore options for new applications of tea tree oil. On the production side, continued work on breeding superior genetic material also remains a priority.
Strategies
This sub-program has its own five-year R&D plan, which is accessible in hardcopy and on the Internet at
- Improve the understanding of markets for tea tree oil.
- Improve existing products and develop new ones.
- Enhance the ability of the industry to meet appropriate safety and efficacy standards.
- Provide production systems that are both ecologically sustainable and profitable.
- Enhance the human capital of the industry.
www.rirdc.gov.au/pub/tto5yr.htmKey outputs in 2000/2001
Reports on: A microsatellite DNA library and DNA markers for tea tree. Significantly increased oil yield and quality by selecting tea tree lines of different provenance, and wide sales of improved seed. Continued the publication of an industry newsletter as a means of improving communication with the R&D program. The antiviral activity of tea tree oil in vitro. The antifungal activity of tea tree oil in vitro. The second stage of skin sensitivity testing of tea tree oil and its components. The tea tree breeding program.
TEA TREE OIL SUB-ACCOUNT ACTUAL 1999/2000($) 2000/2001 ($) Opening Balance 60,060 13,190Total Revenues 299,523 657,456Total Expenditure 346,393 643,075Surplus/(Deficit) (46,870) 14,381Closing Balance 13,190 27,571Publications in 2000/2001
01/11 Antifungal activity of tea tree oil in vitro 01/10 Anti-inflammatory activity of tea tree oil 00/86 Tea Tree Oil Research in Progress 2000 00/107 Australian Tea Tree Industry – Plant Nutritional Survey Research Manager: Dr Roslyn Prinsley
Phone: (02) 6272 4033 Fax: (02) 6272 5877 Email: roslynp@rirdc.gov.au
2.8 Wildflowers and Native PlantsObjective: To improve the profitability, productivity and sustainability of the Australian wildflower and native plant industry.
Expenditure in 2000/2001: $416,532
Compared with 1999/2000: $539,794Some Key Performance Indicators
R&D Plan for Wildflower & Native Plant Program 2000–2005.
- Availability of market information.
- Proportion of production accounted for by cultivated flowers.
- Return per kilogram of product.
- Industry involvement in product development.
- Availability of user-friendly production information, including return on investment data.
- Support for industry-driven training, workshops and networking.
Background
Wildflowers are now cultivated in all States, but Western Australia still accounts for more than half of Australia’s annual wildflower production valued at around $45 million at the farm gate. The relative importance of bush-picked flowers is declining, even in Western Australia.
In 1999/2000 the value of exports of wildflowers and foliage plants exceeded $30 million, the value and, particularly, tonnage of fresh material exported having increased significantly over the previous year. By contrast, exports of dried flowers fell markedly. The key commercial wildflowers are Geraldton wax, kangaroo paw, Thryptomene, Stirlingia and species of Banksia, Leucadendron and Protea, with species other than waxflower increasing in relative importance. The major markets are Japan, the United States, the Netherlands, Canada, and Germany.
Strategies
This sub-program has its own five-year R&D plan, which is accessible in hardcopy and on the Internet at www.rirdc.gov.au/pub/wildflow.html Understand, strengthen and develop markets. Improve existing products and develop new ones. Provide profitable and sustainable production systems. Enhance the human capital of the industry. Key outputs in 2000/2001
Research Manager: Dr David Evans Developed and published an R&D plan for the period 2000-2005. Started new projects on intellectual property rights; practical ethylene monitoring and management; export statistics; a growers' handbook of post-harvest treatments; the second phase of Leptospermum as a export crop; and terminal-flowering Grevillea species as a focal-flower crop. Published analyses of the domestic and North American cutflower markets and supported industry workshops on these matters. With the aim of widening the range of flowers available to growers, published reports on waxflowers for floriculture; flannel flower; Ixodea daisy; the first phase of Leptospermum as a potential cutflower; hybridisation as a source of new waxflowers and related species; and the first phase of inter-specific hybridisation to produce new lines of Leucadendron. Published reports on improved export fumigation methods and the management of Elsinoe scab. Supported the publication of QDPI books entitled Should I grow wildflowers? and Rice flower - production guidelines for growers. Published and distributed several user-friendly short reports on completed projects, and the RIRDC Wildflower Newsletter. Provided the major sponsorship for Flowers 2000, Australia's first gathering of both wildflower and traditional flower growers and researchers. Provided financial support for researchers and industry members to attend conferences and workshops.
Phone: (02) 4454 3039 Fax: (02) 4454 5131 Email: davide@shoalhaven.net.au Publications in 2000/2001
01/056 Leptospermum as an Export Cut Flower Crop 00/181 Study of the USA and Canadian Flower Markets for Native Australian Plants and Plantation Grown Proteacea 00/175 R&D Plan for the Wildflowers and Native Plants Program 2000-2005 00/186 Varietal development and disease management of Ixodia achillaeoides for cut flower production 00/125 Wildflower Marketing Workshop 00/106 Flannel Flower – Development of a production system 00/67 Yellow Bells – A New Cutflower for Australia 00/87 Wildflowers & Native Plants Research in Progress 00/103
SR82Door: In the Australian Wildflower and Native Plants Industry 00/66 Uptake Preservation of Cutflowers and Foliage 00/64 Managing Elsinoe Scab in Proteacea S00/081 Uptake Preservation of Cutflowers and Foliage S00/082 Wildflower Industry Adopts a Do-it-Yourself Concept S00/084 Flannel Flower Production is Promising in Four States S00/88 Wildflower Marketing Strategy Being Developed S00/91 Disease Management and New Varieties may Boost Export of Wildflowers
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Last updated: 5 October
2001
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