Biosecurity Manual for the Papaya Industry
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Fijian Fruit Fly
Fact sheet Fijian fruit fly What is the Fijian fruit fly? Fijian fruit fly (Bactrocera passiflorae) is a small fly that attacks a range of fruit including papaya. Like all fruit flies, it can cause a significant amount of damage to fruit and make fruit unmarketable. This pest has the potential to have a significant impact on the Australian papaya industry. What does it look like? The Fijian fruit fly has a black coloured body with a black abdomen and clear wings. It is approximately 6-8mm long. Accurate diagnosis requires expert 1 mm examination of the fly under a microscope. Museum Victoria, PaDIL Ken Walker Dorsal view of adult Fijian fruit fly What can it be confused with? At first glance most fruit flies are very similar. The Fijian fruit fly can be differentiated from other fruit flies by its predominantly black colour. If you see any unusual fruit flies consult an agronomist or contact the Exotic Plant Pest Hotline on 1800 084 881. What should I look for? Adult Fijian fruit flies are visible to the naked eye so you should keep a look out for small black coloured fruit flies, especially around fallen or damaged fruit. Traps placed in your orchard may also help you look for fruit flies. You should also look for distorted, dropped or rotten fruit as these symptoms can be Ken Walker Museum Victoria, PaDIL Ken Walker caused by fruit flies. Report any unusual fruit flies in Lateral view of Fijian fruit fly. Note: fly is predominantly black your orchard to the Exotic Plant Pest Hotline on in colour 1800 084 881. -
Biosecurity in Australia: a Working Partnership and Shared Responsibility
Biosecurity in Australia: a working partnership and shared responsibility Dennis Bittisnich Biosecurity Services Group Outline • Australian agriculture in context • Biosecurity control in Australia: a brief background • PPPs in Australian biosecurity: a shared responsibility • Observations: key factors in Australian biosecurity PPPs Australian Agriculture in Context • Geographically isolated; unique flora and fauna; many climatic zones • Political federation of 8 state and territory governments under a commonwealth government • Only 10% land area is arable • 0.3% global population • 3% of global agricultural trade • Beef, wheat, wine, wool, lamb, feed, dairy Australian Agriculture in Context • Historically Australian economy “rode on the sheep’s back”; significant wool, lamb and cereal exporter • Ag nearly 30% of national GDP at peak (now 5% GDP; 60% is exported; 5:1 export:import) • Premium for “clean green” credentials; esp. from favourable animal/plant disease status • Biosecurity threats were thus high on industry, political, and trade agenda Australian Agriculture in Context • In last 10-15 years: exports levelled off; drought & international competition • Agri-food imports doubled; mostly from developing countries • International passengers and cargo doubled - globalization • Emerging/altered spread of disease • ALSO: Trading partner requirements/SPS disciplines more rigorously applied Biosecurity control in Australia • Historically public management of biosecurity (also food safety; ag R&D) seen as a government “public good” (beneficiaries -
Australian Biosecurity Funding Approaches Ahchow Et Al
Australian Biosecurity Funding Approaches Ahchow et al. Australasian Agribusiness Perspectives 2017, Volume 20, Paper 8 ISSN: 1442-6951 Biosecurity in Australia: An Assessment of the Current Funding Approach Ruth Ahchowa, Garry Griffithb and Susan Hesterc * a Former postgraduate student, Faculty of Veterinary and Agricultural Sciences, University of Melbourne, Parkville; and Director, Economics, Regulation and Policy, EY, Melbourne. b Principal Fellow, Faculty of Veterinary and Agricultural Sciences, University of Melbourne, Parkville; and Professorial Research Fellow, UNE Business School, University of New England, Armidale. c Senior Research Fellow, UNE Business School, University of New England, Armidale; and Chief Investigator, Centre of Excellence for Biosecurity Risk Analysis, School of Biosciences, University of Melbourne, Parkville. ---------------------------------------------------------------------------------------------------------------- Abstract Australian governments and industries have limited resources to tackle established pests and diseases and to prevent new incursions. As the biosecurity threats to Australia’s economy, environment and society change, it is important that the funding and governance of responses are appropriately aligned and resourced. Key decisions concern which biosecurity threats will receive funding, how much funding they will receive, and who will be responsible for providing the funding. In this paper we review the current national approach to biosecurity funding, and a high level assessment is made against economic and public policy principles for allocation of resources to biosecurity. The review finds that the primary assessment for determining funding of national biosecurity response is benefit-cost analysis. However, benefit-cost analysis is often restricted to providing a net benefit of responding to one plant or animal pest or disease. The conclusion is that an approach which considers a portfolio of pests and diseases may be more appropriate in a limited resource environment. -
Biosecurity and Quarantine Arrangements
Biosecurity and quarantine arrangements Senate Inquiry – August 2010 Contents 1 Summary ................................................................................................................... 3 2 Terms of Reference...................................................................................................... 3 2.1 The adequacy of current biosecurity and quarantine arrangements, including resourcing 3 2.2 Projected demand and resourcing requirements ....................................................... 5 2.3 Progress in implementation of the ‘Beale Review’ recommendations and their place in meeting projected biosecurity demand and resourcing ......................................................... 6 2.4 Any related matters ............................................................................................. 9 Biosecurity and quarantine arrangements 2 Senate Inquiry – August 2010 1 Summary The Cooperative Research Centre for National Plant Biosecurity (CRCNPB) started operating in November 2005 in recognition of the need to strengthen the plant biosecurity scientific capacity of Australia. The CRCNPB coordinates plant biosecurity research across all Australian states and territories and has an extensive collaborative network of researchers and educators from 24 participating organisations representing industry, universities, state and Australian governments. A key strength of the CRCNPB is the involvement of its participants who are, in many cases, end- users of research results. This ensures maximum benefit -
Plant Biosecurity in Australia
Proceedings VII World Avocado Congress 2011 (Actas VII Congreso Mundial del Aguacate 2011). Cairns, Australia. 5 – 9 September 2011 Plant biosecurity in Australia – a powerful government–industry partnership Greg Fraser Plant Health Australia Abstract The ability of governments and industries to work together and share responsibility for designing and managing the plant biosecurity system in Australia has been a crucial development over the last 15 years. Plant Health Australia (PHA) was established in 2000 as a not-for-profit company to breathe life into this partnership and support its strengthening and expansion over time. The model’s success has enabled a wide range of nationally significant challenges to be addressed and agreements to be put in place to deliver improved biosecurity outcomes. While the partnership continues to evolve there are lessons to be drawn from the experience of Australia and the potential for transfer of the approach to other countries. PHA, as the national coordinating body for plant biosecurity in Australia, services the needs of its government and industry members and acts as an independent advocate for the national plant biosecurity system. The company’s efforts help minimise new plant pest impacts, enhance Australia’s plant biosecurity status, assist trade and market access for Australia’s plant products, safeguard the livelihood of producers, support the sustainability and profitability of plant industries and the communities that rely upon them, and preserve environmental health and amenity. Key words Plant, biosecurity, Australia, government, industry, partnership, national Introduction Australia, in plant biosecurity terms, is the lucky country. Natural geographic isolation and a strong focus on biosecurity have ensured that Australia remains free from many plant pests that adversely affect agriculture, horticulture and forestry in other parts of the world. -
The Future of Biosecurity in Australia
Journal & Proceedings of the Royal Society of New South Wales, vol. 152, part 1, 2019, pp. 121–128. ISSN 0035-9173/19/010121-08 The future of biosecurity in Australia Eddie Holmes Marie Bashir Institute for Infectious Diseases and Biosecurity, Charles Perkins Centre, and School of Life & Environmental Sciences and Sydney Medical School, The University of Sydney E-mail: [email protected] was assigned the task of talking about If it had come here, who knows what would I biosecurity, and biosecurity, it turns out, have happened. SARS was a major warning is an extremely broad term that can be used shock. in a wide variety of ways so I’m just going to At the same time as these human out- use it in the context of, as Brian notes, infec- breaks, our cultural systems face a very major tious diseases, particularly on what Australia threat too. Exactly at the same time as SARS, may need to do to prevent and respond to in the Netherlands there was an outbreak future epidemics. (which I’m sure you haven’t heard about) of H7N7 influenza, a very nasty, highly viru- SARS and other ’flu-like respiratory lent H7 strain of avian ’flu. This was com- viruses pletely concurrent with the SARS outbreak. If you wind the clock back just a few years, The Dutch authorities were so scared about you all remember the SARS outbreak of this that they basically went through a mass 2003. The numbers of people infected were culling operation of chickens in Holland to not actually that great: overall globally about eliminate the virus. -
Fruit Flies in American Samoa, Niue, Tokelau, Tuvalu and Wallis and Futuna
PEST ADVISORY LEAFLET NO. 39 Plant Protection Service Secretariat of the Pacific Community 2001 Fruit Flies in American Samoa, Niue, Tokelau, Tuvalu and Wallis and Futuna Six fruit fly species have been recorded from trapping and B. distincta, B. obscura and B. new species near host fruit surveys in American Samoa, Niue, Wallis and passiflorae, attack non-edible, wild or forest fruits and Futuna, Tuvalu and Tokelau (Table 1). These include three vegetables. economic species (Bactrocera kirki, B. xanthodes and B. passiflorae) and three non-economic species (B. Little information is available on the range of host plants distincta, B. obscura and B. new species near infested by fruit flies in the country and territories covered passiflorae). in this leaflet. Total number of economic and wild hosts cited in Table 1 are based on intensive host fruit surveying Fruit flies are economically important because they cause carried out since 1991 under the Regional Fruit Fly Project damage to fruits and vegetables that are of commercial in Cook Islands, Tonga, Samoa, Fiji Islands, and since 1997 value or are edible, and hinder international and domestic as part of the Oriental fruit fly eradication programme in trade of fruits and fleshy vegetables. They center their French Polynesia. Host records cited under species profiles activities on the host plant, which provide sites for adult for B. xanthodes, B. kirki and B. passiflorae provide an feeding, mating, egg laying, larval development and pupae indication of what the most common hosts may be in the development in the soil underneath the plant. The adult fe- countries and territories covered here. -
Fijian Fruit Fly
Fact sheet Exotic threats of tropical fruit: Fijian fruit fly What is it? The Fijian fruit fly (Bactrocera passiflorae) affects more than 55 crop species in Fiji, including avocado, cashew, cocoa, guava, kumquat, lime, lychee, mandarin, mango, papaya, pomelo and tropical almond. If this fruit fly species was to be introduced into Australia and become established, it could cause serious damage to our tropical The Fijian fruit fly (Bactrocera fruit industries. passiflorae). Image Ken Walker, Museum Victoria, What do I look for? Pest & Diseases Image Library Fruit flies are pest insects whose larvae (maggots) live in and feed (PaDIL), www.padil.gov.au. off the flesh of fruit and vegetables. Fruit should be inspected for any symptoms of infestation, such as puncture marks and any associated necrosis and decomposition of the fruit that appears as black or brown lesions. Suspect fruits should be cut open and checked for larvae. The Fijian fruit fly has four life stages: eggs, larvae (maggots), pupae, and the adult flies. The eggs are about 0.8 mm long and 0.2 mm wide, white to yellow-white in colour, and are laid under the skin of the fruit. The mature larvae are about 7.5 – 9.5 mm long and 1.5 – 2 mm wide. Pupae are barrel-shaped and are white to yellow- brown in colour. The adult flies are mostly black with some yellow markings (see picture). Bactrocera passiflorae is difficult to identify accurately. Suspect samples of the pest must be sent to a laboratory for identification. If you see any of these life stages of the Fijian fruit fly, you should keep samples for identification and report your findings immediately. -
Biosecurity Manual for Sugarcane Producers
Biosecurity Manual for Sugarcane Producers A guide to farm biosecurity measures to reduce the risks of weeds, pests and diseases impacting production Version 1.0 January 2017 © Plant Health Australia Limited 2017 Copyright in this publication is owned by Plant Health Australia Limited, except when content has Plant Health Australia (PHA) is the national been provided by other contributors, in which case coordinator of the government-industry partnership copyright may be owned by another person. With for plant biosecurity in Australia. As a not-for-profit the exception of any material protected by a trade company, PHA services the needs of Members and mark and except where otherwise indicated in independently advocates on behalf of the national this publication, this publication is licensed under plant biosecurity system. a Creative Commons Attribution 3.0 Australia licence. Any use of this publication, other than as PHA’s efforts help minimise plant pest impacts, authorised under this licence or copyright enhance Australia’s plant health status, assist trade, law, is prohibited. safeguard the livelihood of producers, support the creativecommons.org/licenses/by/3.0/ sustainability and profitability of plant industries and the communities that rely upon them, and preserve environmental health and amenity. planthealthaustralia.com.au This details the relevant licence conditions, including the full legal code. This licence allows for redistribution, commercial and non-commercial, as long as it is passed along unchanged and in whole, with credit CANEGROWERS is the peak body for Australian to Plant Health Australia (as below). sugarcane growers. CANEGROWERS Australia In referencing this document, the preferred citation is: represents around 80% of Australia’s sugarcane Plant Health Australia Ltd (2017) Biosecurity Manual growers. -
Mango Fruiting Period
,£; c: 0 E I ~ ""iii'" E'" '0 100 0 c: 50 i 0.- - Q) c:- c:- ~ c: ~ 1il in in in • ::; ::> ..., ::J .0 1i .0 -" '" '"2 ~ ..., " g> E g E E " .0 « ., ~ ,'f i 0 1) ~ (J) z 0 month Figure 1. Host Availability of Fruit Flies at Dobuilevu Research Station, Ra. 1000 900 800 ,£; c: 700 0 E :;; 600 c. '"c. B,x 500 jg -,l,-B,d $ 'li! 400 E '0 300 0 c: 200 100 0 ,r:; ., c: ~ in in in in ~ ~ '" 1i .0 .0 .0 ::J ::J ~ ::;'" ..., ..., is, c: ::; ~ " " ::l E ..., « ., '" u.ii i., 8 1) ~ (J) z ~ month Figure 2. Host Availability of Fruit Flies at Legalega Research Station, Nadi. 107 1400 breadfruit 1200 mango Barringtonia edulis ~ 1000 E as Syzygium a. 800 ~B.p Q. ,!l; Pometia -~B.x ~ 600 -6--Bd E 0 11 '"c: 400 200 0 .c /!> /!> u iO' c: 2?:- 1n L.~., Iii Iii K :::;: '"::> ..,:J :J 1i .a .Cl .Cl (ij « .., CD 0 E E '"c" ~'" :::;: ti .., .i! 0 2l '" u. i ~ (I) '" &l z 0 month Figure 3. Host Availability of Fruit Flies at Nabua, Suva. 1200 Syzygium I 1000 mango I E0 E 800 "a. ~B.p '"a. ~ 600 ..~.iiiI-- B.x ., ........... B.d <ii'" E a 400 '"c: 200 0 ... j::::::.. -::t:== .. • .~.~ . 2?:- 1n Iii •Iii ~ iO' c :J •:J .a .a ~ ~ ::;; '" .., 1i ~ :J :J .., 0> E :::;: ~ " :J ~ E E ..,!ii '" « 0 > u.-2 a" '"0 ~ z 0 f/)" month Figure 4. Host Availability of Fruit Flies at Naduruloulou Research Station, NauaorL 108 350 mango I mango 300 guava I Syzygium Pometia 250 breadfruit ~ E ¥ 200 a.Cl. -
Biosecurity Program
2 Contents Introduction ............................................................................................................................. 4 Background ........................................................................................................................... 5 Drivers of Change .................................................................................................................. 6 National Bee Biosecurity Program ............................................................................................ 8 Aim ......................................................................................................................................... 9 Objectives .............................................................................................................................. 10 Code of Practice ...................................................................................................................... 10 Expected Outcomes and Benefits ........................................................................................... 11 Scope ................................................................................................................................. 12 Stakeholders ....................................................................................................................... 12 National Management and Governance ................................................................................... 13 Bee Biosecurity Program Steering Committee ......................................................................... -
Fiji Fruit Flies (170) Relates To: Fruit Flies
Pacific Pests, Pathogens & Weeds - Fact Sheets https://apps.lucidcentral.org/ppp/ Fiji fruit flies (170) Relates to: Fruit flies Photo 1. Bactrocera kirki. Photo 2. Fiji fruit fly, Bactrocera passiflorae. Photo 4. Pacific fruit fly, Bactrocera xanthodes, laying Photo 3. Pacific fruit fly, Bactrocera xanthodes. eggs. Photo 5. Fruit fly eggs. Photo 6. Fruit fly larvae or maggots. Photo 8. Newspaper with edges folded and stapled to form a bag in which to insert fruit to protect it from Photo 7. Fruit fly pupae. fruit flies. Photo 9. Banana leaves used to wrap a fruit bunch to prevent attack by fruit flies, other pests, and to promote uniform ripening, in Papua New Guinea. Common Name There are seven fruit flies in Fiji: The species of economic importance are: (i) Bactrocera kirki (no common name), (ii) Bactrocera xanthodes (the Pacific fruit fly), (iii) Bactrocera passiflorae (Fijian fruit fly), (iv) Bactrocera distincta, and (v) Bactrocera species near passiflorae. Bactrocera gnetum and Bactrocera obscura are not of economic importance. Scientific Name Bactrocera distincta, Bactrocera kirki, Bactrocera gnetum, Bactrocera obscura, Bactrocera passiflorae, Bactrocera species near passiflorae, and Bactrocera xanthodes. Bactrocera xanthodes is closely related to three other species: Bactrocera paraxanthodea in New Caledonia, and Bactrocera neoxanthodes in Vanuatu, and a species not yet described from Samoa. Distribution The SPC Pacific Fruit Fly Project records seven species in Fiji (http://www.spc.int/lrd/country-profiles/fiji ): The distribution of the Fiji fruit flies elsewhere in the Pacific is: Bactrocera kirki: American Samoa, French Polynesia (not Marquesas), Niue, Fiji (Rotuma), Samoa, Tonga, and Wallis and Futuna.