Full Citation:
Highley, E.; Wright, E.J.; Banks, H.J.; Champ, B.R. (Eds.), Stored Product Protection, Proceedings of the 6th International Working Conference on Stored-Product Protection, 17-23 April 1994, Canberra, Australia. CAB International, Wallingford, United Kingdom, 1994. (ISBN 0851989322)
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| Volume 1 | |
| Preface | v |
| The International Working Conferences on Stored-Product Protection | vii-viii |
| 6th IWCSPP Conference Summary – Bruce Champ | xvii-xviii |
| Contents | ix-xvi |
| Opening Address – John Kerin | xix-xx |
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| FUMIGATION AND CONTROLLED ATMOSPHERES | 1 |
| Keynote Address | |
| Fumigation- an endangered technology? – Banks, H.J. | 2-6 |
| Carbon dioxide - more rapidly impairing the glycolytic energy production than nitrogen? – Adler, C. S. | 7-10 |
| A comparison of the efficacy of CO2-rich and N2-rich atmospheres against the granary weevil Sitophilus granarius (L.) (Coleoptera: Curculionidae) – Adler, C. S. | 11-15 |
| Numerical modelling of the movement of carbon dioxide through stored-wheat bulks – Alagusundaram, S.K.; Jayas, D.S.; Muir, W.E.; White, N.D.G.; Sinha, R.N. | 16-21 |
| Modified atmosphere storage of bagged maize outdoor using flexible liners: A preliminary report – Alvindia, D.G.; Caliboso, F.M.; Sabio, G.C.; Regpala, A.R. | 22-26 |
| Sealed storage technology on Australian farms – Andrews, A.S.; Annis, P.C.; Newman, C.R. | 27-36 |
| Time to population recovery as a means for specifying low oxygen dosages – Annis, P.C. | 37-40 |
| A same-day test for detecting resistance to phosphine – Bell, C.H.; Savvidou, N.; Mills, K.A.; Bradberry, S.; Barlow, M.L. | 41-44 |
| A preliminary evaluation of carbon dioxide under high pressure for rapid fumigation – Caliboso, F.M.; Nakakita, H.; Kawashima, K. | 45-47 |
| The feasibility of increasing the penetration of phosphine in concrete silos by means of carbon dioxide – Carmi, Y.; Golani, Y.; Frandji, H.; Shaaya, E. | 48-49 |
| Mortality of snails, Cernuella virgata and Cochlicella acuta, exposed to fumigants, controlled atmospheres or heat disinfestation – Cassells, J.; Banks, H.J.; Annis, P.C. | 50-55 |
| Application of pressure-swing absorption (PSA) and liquid nitrogen as methods for providing controlled atmospheres in grain terminals – Cassells, J.; Banks, H.J.; Allanson, R. | 56-63 |
| Fumigation of a 7000 t bulk of wheat with phosphine using the Phyto-ExploR system to assist gas circulation – Chakrabarti, B.; Watson, C. R.; Bell, C. H.; Wontner-Smith, T.J.; Rogerson, J. | 64-67 |
| Technical study of controlled atmosphere with carbon dioxide in brick silo for safe storage of wheat – Cheng Fu-chang; Mei Bao-Liang; Yu Jian; Dou He-tong; Tang Shun-gong. | 68-70 |
| Improved procedures for fumigation of oaten hay in shipping containers – De Lima, C.F.P.; Emery, R.N.; Jackson, P. | 71-77 |
| Carbonyl sulphide as a fumigant for control of insects and mites – Desmarchelier, J.M. | 78-82 |
| Improved procedures for measurement of fumigants – Desmarchelier, J.M. | 83-87 |
| The influence of temperature on the sensitivity of two nitidulid beetles to low oxygen concentrations – Donahaye, J. E.; Navarro, S.; Rindner, M. | 88-90 |
| Methyl isothiocyanate used as a grain fumigant – Ducom, V. | 91-97 |
| A Western Australian farm survey for phosphine-resistant grain beetles – Emery, R.N. | 98-103 |
| Effects of low oxygen phosphine fumigations on adult Rhyzopertha dominica – Johnston, F.M.; Whittle, C.P. | 104-107 |
| Response of Liposcelis bostrychophila and L. entomophila (Psocoptera) to carbon dioxide – Leong, E.C.W.; Ho, S.H. | 108-112 |
| Inheritance of phosphine resistance in Sitophilus oryzae (L.) (Coleoptera, Curculionidae) – Li Yan-sheng; Li Wen-zhi. | 113-115 |
| Study of circumfluent fumigation with phosphine for killing stored-grain insects in silos – Lu Jian-hua; Zhao Zeng-hua; Liu Qing; Hu Shu-tian; Qi Jin-shen | 116-119 |
| Comparative toxicity of carbon dioxide to two Callosobruchus species – Mbata, G.; Reichmuth, C.; Ofuya, T. | 120-122 |
| A new method of using low levels of phosphine in combination with heat and carbon dioxide – Mueller, D.K. | 123-125 |
| A new method to control stored-product insects using carbon dioxide with high pressure followed by sudden pressure loss – Nakakita, H.; Kawashima, K. | 126-129 |
| The future of hermetic storage of dry grains in tropical and subtropical climates – Navarro, S.; Donahaye, J.E.; Fishman, S. | 130-138 |
| Western Australian Fumigation Practice Survey (1992) – Newman, C.R. | 139-143 |
| Biogeneration of carbon dioxide for use in modified atmosphere storage of sorghum grains – Patkar, K.L.; Usha, C. M.; Shetty, H. S.; Paster, N.; Lacey, J. | 144-147 |
| The current status of phosphine fumigations in India – Rajendran, S.; Narasimhan, K.S. | 148-152 |
| A new phosphine releasing product – Reichmuth, C. | 153-156 |
| Uptake of phosphine by stored-product pest insects during fumigation – Reichmuth, C. | 157-162 |
| Carbon dioxide under high pressure of 15 bar and 20 bar to control the eggs of the Indianmeal moth Plodia interpunctella (Hubner) (Lepidoptera: Pyralidae) as the most tolerant stage at 25°C – Reichmuth, C.; Wohlgemuth, R. | 163-172 |
| Studies on the effect of carbon dioxide in insect treatment with phosphine – Ren, Y .L.; O'Brien, I.G.; Whittle, C.P. | 173-177 |
| The impact of temperature, moisture content, grain quality and their interactions on changes in storage vessel atmospheres – Reuss, R.; Damcevski, K.; Annis, P .C. | 178-182 |
| Low-cost detector for the continuous monitoring of phosphine fumigation – Ryan, R.; Waddell, S.; Alexander , P.W.; Bowles, K.; Cherkson, L.; Morgan, J.; Hibbert, D. B. | 183-187 |
| Controlled release of phosphine -an update – Schonstein, D.; Shore, W.; Ryan, R.; Waddell, S. | 188-191 |
| A survey of phosphine and methyl bromide resistance in Malaysia – Sulaiman, Z.; Rahim, M.; Faridah, M.E.; Rasal, M. | 192-193 |
| Effectiveness of carbon dioxide under reduced pressure against some insects infesting dried fruit – Suss, L.; Locatelli, D.P. | 194-200 |
| Evolution of phosphine from aluminium phosphide formulations at various temperatures and humidities – Xianchang, Tan | 201-203 |
| Carbon dioxide fumigation of processed dried vine fruit (sultanas) in sealed stacks – Tarr, C.; Hilton, S.J.; Van S. Graver, J.; Clingeleffer, P.R. | 204-209 |
| The fumigation of bag-stacks with phosphine under gas-proof sheets using techniques to avoid the development of insect resistance – Taylor, R.W.D.; Harris, A.H. | 210-213 |
| Effects of different speed of build up and decrease of pressure with carbon dioxide on the adults of the - tobacco beetle Lasioderma serricorne (Fabricius) (Coleoptera: Anobiidae) – Ulrichs, C. | 214-216 |
| Response of the pea weevil Bruchus pisorum (L.) to phosphine – Waterford, C.J.; Winks, R.G. | 217-220 |
| Correlation between phosphine resistance and narcotic response in Tribolium castaneum (Herbst) – Waterford, C.J.; Winks, R.G. | 221-225 |
| New aluminium phosphide formulations for controlled generation of phosphine – Waterford, C.J.; Whittle, C.P.; Winks, R.G. | 226-235 |
| Fumigation of dried vine fruit for export – Williams, P. | 236-239 |
| Phosphine fumigation of stored field peas for insect control – Williams, P.; Whittle, C. P. | 240-243 |
| Measurement of resistance to grain fumigants with particular reference to phosphine – Winks, R.G.; Hyne, E.A. | 244-250 |
| Control of the common clothes moth Tineola bisselliella (Hummel) (Lepidoptera: Tineidae) and other museum pests with nitrogen – Wudtke, A.; Reichmuth, C. | 251-254 |
| Fumigation And Controlled Atmospheres - Session Summary | 255-256 |
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| ENGINEERING | 257 |
| Keynote Address | |
| Developments in silo design for the safe and efficient storage and handling of grain – Roberts, A. W. | 259-280 |
| Temperature studies on steel silos in North Africa – Bartali, El H. | 281-285 |
| Development of a programmable aeration controller – Gibbs, P. A. | 286-289 |
| Observations on large-scale outdoor maize storage in jute and woven polypropylene sacks in Zimbabwe – Kennedy, L.; Devereau, A.D. | 290-295 |
| Quality enhancement of stored grain by improved design and management of aeration – Lasseran, J.C.; Niquet, G.; Fleurat-Lessard, F. | 296-299 |
| Chilled aeration and storage of U.S. crops -a review – Maier, D.E. | 300-311 |
| Pest management of stored maize using chilled aeration- a mid-west United States perspective – Mason, L. J.; Maier, D.E.; Adams, W.H.; Obermeyer, J. L. | 312-317 |
| Mobile drive-over hoppers and stackers for filling and emptying grain bunkers – Miller, F .M. | 318-322 |
| Using controlled aeration for insect and mould management in the south-western United States – Noyes, R.T.; Cuperus, G.W.; Kenkel, P. | 323-334 |
| Closed loop fumigation systems in the south-western United States – Noyes, R. T.; Kenkel, P. | 335-341 |
| Engineering input in the design of on-farm storage in India – Shukla, B.D; Singh, K.K. | 342-345 |
| Design chart for in-store maize drying under tropical climates – Soponronnarit, S.; Wongvirojtana, P.; Nathakaranakule, A. | 346-350 |
| Advances in research on in-store drying – Srzednicki, G.S.; Driscoll, R.H. | 351-358 |
| Modelling heat and mass transfer phenomena in bulk stored grains – Thorpe, G.R. | 359-367 |
| Grain aeration system controlled by computer – Wu, Zidan; Li , FuJan | 368-370 |
| Engineering - Session Summary | 371-372 |
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| SAMPLING AND TRAPPING | 373 |
| Keynote Address | |
| The use of sex pheromones to control Ephestia kuehniella Zeller (Mediterranean flour moth) in flour mills by mass trapping and attracticide (lure and kill) methods – Trematerra, P. | 375-382 |
| Grain storage in a small-farm ecosystem: Angoumois grain moth movement and management – Barney, R.J.; Weston, P.A. | 383-384 |
| The use of multiple trapping methods to assess population size: An evaluation – Brower, J .H.; Smith, L.; Wileyto, E.P. | 385-389 |
| The use of a managed bulk of grain for the evaluation of PC, pitfall beaker, insect probe and WBII probe traps for trapping Sitophilus granarius, Oryzaephilus surinamensis and Cryptolestes ferrugineus – Cogan, P.M.; Wakefield, M.E. | 390-396 |
| New trends in stored-grain infestation detection inside storage bins for permanent infestation risk monitoring – Fleurat-Lessard, F.; Andrieu, A.J.; Wilkin, D.R. | 397-402 |
| Acoustical monitoring of stored-grain insects: An automated system – Hagstrum, D. W.; Flinn, P.W .; Shuman, D. | 403-405 |
| Responses of Tribolium castaneum to different pheromone lures and traps in the laboratory – Hussain, A.; Phillips, T.W.; AliNiazee, M.T. | 406-409 |
| Response of Prostephanus truncatus and Teretriosoma nigrescens to pheromone-baited flight traps – Key, G.E.; Tigar, B.J.; Flores-Sanchez, E.; Vazquez-Arista, M. | 410-414 |
| Development of immunoassays for quantitative detection of insects in stored products – Kitto, G. B.; Quinn, F.A.; Burkholder, W.E. | 415-420 |
| Development of pheromone-baited insect traps – Mullen, M.A. | 421-424 |
| Effect of single and multiple species release on the capture of Plodia interpunctella and Cadra cautella in pheromone-baited traps – Mullen, M.A. | 425-428 |
| Monitoring field populations of Lyctocoris campestris, a predator of stored-grain insects: assessment of different trap designs – Parajulee, M.N.; Phillips, T. W . | 429-434 |
| Comparison between two methods of insect sampling in stored wheat – Pereira, P .R. V .S.; Lazzari, F .A.; Lazzari, S.M.N.; Almeida, A.A. | 435-438 |
| Using pheromones for location and suppression of phycitid moths and cigarette beetles in Hawaii - A five-year summary – Pierce, L.H. | 439-443 |
| Improved early detection of internal infestation by flotation using product-adapted salt solutions – Richter, K.; Tchalale, P. | 444-447 |
| The use of various insect traps for studying psocid populations – Roesli, R.; Jones, R. | 448-450 |
| Trapping stored-product insects using an unbaited multifunnel trap – Trematerra, P.; Rotundo, G.; De Cristofaro, A. | 451-454 |
| The potential of insect self-marking for the interpretation of trap catch – Wileyto, E.P. | 455-458 |
| The statistical interpretation of insect self-marking and trapping – Wileyto, E.P. | 459-462 |
| The detection of insects in grain during transit-an assessment of the problem and the developmentof a practical solution – Wilkin, D.R.; Catchpole, D.; Catchpole, S. | 463-469 |
| Trapping Trogoderma variabile (Coleoptera: Dermestidae): A comparison of traps and techniques for adult and larval monitoring – Wright, E.J.; Delves, R.L. | 470-474 |
| Sampling And Trapping - Session Summary | 475 |
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| INSECT BIOLOGY | 477 |
| Keynote Address | |
| Pheromones of stored-product insects: Current status and future perspectives – Phillips, T .W . | 479-486 |
| Studies on the relative susceptibility of varieties and germplasm lines of sesame to infestation by Tribolium castaneum (Herbst) (Coleoptera: Tenebrionidae) – Murali Baskaran, R.K.; Venugopal , M.S.; Sivakumar, C. V. | 487-490 |
| A comparison of the demography of four major stored grain coleopteran pest species and its implications for pest management – Beckett, S. J.; Longstaff, B. C.; Evans, D. E. | 491-497 |
| A new host of the groundnut seed beetle, Caryedon serratus (01.), in Israel – Calderon, M. | 498-499 |
| Dynamics and expansion of populations of stored product beetles – Ciesielska, Z. | 500-508 |
| Bioassays with bruchid beetles: problems and (some) solutions – Credland, P.F. | 509-516 |
| The distribution and PCR-based fingerprints of Rhyzopertha dominica (F.) in Canada – Fields, P.G.; Phillips, T.W. | 517-522 |
| Some stored-product insects of increasing importance in China – Guan Lianghua; Chen Lanfen; Xie Gengfa; Yang Shaojun. | 523-524 |
| Factors affecting survival and development of Sitophilus oryzae (L.) in rice grain pericarp layers – Haryadi, Y.; Fleurat-Lessard, F. | 525-527 |
| Molecular and morphological markers for diagnosis of Sitophilus oryzae and S. zeamais (Coleoptera: Curculionidae) – Hidayat, P.; Ffrench-Constant, R.H.; Phillips, T .W. | 528-532 |
| Pheromone biology and factors affecting its production in Tribolium castaneum – Hussain, A.; Phillips, T .W; Mayhew, T. J.; AliNiazee, M.T. | 533-536 |
| Stored agricultural product protection in Croatia – Kalinovic, I.; Ivezic, M. | 537-540 |
| Pheromone biology of the lesser grain borer, Rhyzopertha dominica (Coleoptera: Bostrichidae) – Mayhew, T.J.; Phillips, T.W. | 541-544 |
| The measurement of resistance to Acanthoscelides obtectus (Say) (Coleoptera: Bruchidae) in seeds of Phaseolus vulgaris L. – Moss, C.J.; Credland, P .F. | 545-552 |
| Function and composition of cuticular hydrocarbons of stored-product insects – Nawrot , J.; Malinski, E.; Szafranek, J. | 553-560 |
| Factors affecting oviposition and orientation by female Plodia interpunctella – Phillips, T. W.; Strand, M.R. | 561-565 |
| Studies of responses of stored-product pests, Prostephanus truncatus (Horn) and Sitophilus zeamais Motsch., to food volatiles – Pike, V.; Smith, J.L.; White, R.D.; Hall, D.R. | 566-569 |
| Influence of synthetic Sitophilate, the aggregation pheromone of Sitophilus granarius (L.) (Coleoptera: Curculionidae), on dispersion and aggregation behaviour of the granary weevil – Plarre, R. | 570-582 |
| Distribution and status of Psocoptera infesting stored products in Australia – Rees, D. | 583-587 |
| Hormonal control of reproduction in the female pyralid moth Plodia interpunctella (Hiibner) (Lepidoptera: Phycitidae) – Shaaya, E.; Silhacek, D.; Shirk, P.; Rees, H.; Zimowska, G.; Plotkin, S. | 588-590 |
| Role of ultrasound production and chemical signals in the courtship behaviour of Ephestia cautella (Walker), Ephestia kuehniella Zeller and Plodia interpunctella (Hiibner) (Lepidoptera: pyralidae) – Trematerra, P.; Pavan, G. | 591-594 |
| Effect of maize variety and storage form on oviposition and development of the maize weevil, Sitophilus zeamais Motschulsky (Coleoptera: Curculionidae) – Vowotor, K.A.; Bosque-Perez, N.A.; Ayertey, J.N. | 595-598 |
| Life history data for Sitotroga cerealella (Olivier) (Lepidoptera: Gelechiidae) in farm-stored corn and the importance of sub-optimal environmental conditions in insect population modelling for bulk commodities – Weaver , D.K.; Throne, J.E. | 599-604 |
| Influence of planting date, harvest date, and maize (corn) hybrid on preharvest infestation of maize by Sitotroga cerealella – Weston, P .A. | 605-607 |
| Variable longevity in the rusty grain beetle, Cryptolestes ferrugineus – White, N.D.G.; Bell, R.J. | 608-612 |
| Effect of food volume and photoperiod on initiation of diapause in the warehouse beetle, Trogoderma variabile Ballion (Coleoptera: Dermestidae) – Wright, E.J.; Cartledge, A.P. | 613-616 |
| Insect Biology - Session Summary | 617-618 |
| Author Index | 619-620 |
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| Volume 2 | |
| INERT DUSTS | 621 |
| Silica aerogels as alternative protectants of maize against Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) infestations – Barbosa, A.; Golob, P.; Jenkins, N. | 623-627 |
| Structural treatment with amorphous silica slurry: An integral component of GRAINCO's IPM strategy – Bridgeman, B.W. | 628-630 |
| Efficacy of an amorphous silica dust against bean bruchids – Giga, D.P.; Chinwada, P. | 631-632 |
| Effect of zeolite on the development of Sitophilus zeamais (Motsch.) – Haryadi, Y.; Syarief, R.; Hubeis, M.; Herawati, I. | 633-634 |
| Effects of Dryacide® on the physical properties of grains, pulses and oilseeds – Jackson, K.; Webley, D. | 635-637 |
| Laboratory trials on desiccant dust insecticides – McLaughlin, A. | 638-645 |
| Combination of cooling with a surface application of Dryacide® to control insects – Nickson , P .J; Desmarchelier, J .M.; Gibbs, P. | 646-649 |
| Effectiveness of Insecto®, a new diatomaceous earth formulation, in suppressing several stored-grain insect species – Subramanyam, Bh; Swanson, C. L.; Madamanchi, N.; Norwood, S. | 650-659 |
| Inert Dusts - Session and Field Trip Workshop Summary | 660 |
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| GRAIN QUALITY | 661 |
| Keynote Address | |
| Concerns for quality maintenance during storage of cereals and ceareal products – Juliano, B.O. | 663-665 |
| Keynote Address | |
| Maintenance of grain quality during storage-prediction of the conditions and period of 'safe' storage – Wrigley, C.W.; Gras, P.W.; Bason, M.C. | 666-670 |
| Valuing Australian wheat quality characteristics in selected Asian markets – Ahmadi-Esfahani, F.Z.; Stanmore, R.G. | 671-676 |
| Modelling the effects of temperature, water activity and storage atmosphere on the viability of stored maize and paddy – Bason, M. L.; Gras, P .W.; Banks, H.J. | 677-683 |
| A mathematical model for stockpile management – Boyapati, E.; Oates, A. | 684-688 |
| Infestations by Sitophilus granarius (L.) and Rhyzopertha dominica (F.) on durum wheat, and their influence on the rheological characteristics of the semolina – Domenichini, G.; Pagani, M.; Fogliazza, D. | 689-694 |
| Effect of modified atmosphere storage on wheat seed germination vigour and on physiological criteria of the ageing process – Fleurat-Lessard , F.; Just, D.; Barrieu, P.; Le Torc'h, J.-M.; Raymond, P.; Saglio, P. | 695-700 |
| Comparison of methods for moisture content determination on soybeans – Lazzari, F .A. | 701-703 |
| Modification of the nutritional quality of nitrogen content of Leguminosae seed damaged by Acanthoscelides obtectus (Say) (Coleoptera: Bruchidae) – Regnault-Roger , C.; Watier, C.; Hamraoui, A. | 704-705 |
| Effect of rice storage conditions on the quality of milled rice – Trigo-Stockli, D. M.; Pedersen, J. R. | 706-711 |
| Functional properties of stored grains after microwave treatment – Zain , A.M.; Ooi, L.H. | 712-714 |
| Grain Quality - Session Summary | 715 |
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| GRAIN PROTECTANTS | 717 |
| Keynote Address | |
| Grain protectant chemicals: Present status and future trends – Arthur, F .H. | 719-721 |
| Keynote Address | |
| Grain protectants: Trends and developments – Desmarchelier, J.M. | 722-728 |
| Trials of grain protectants on stored maize under Philippine conditions – Acda, M.A.; Sayaboc, P .B.; Gibe, A.G.; Gragasin, C.B. | 729-733 |
| Use of methoprene without adulticide as a grain protectant – Allanson, R.; Wallbank, B. | 734-736 |
| Using a PCR diagnostic for detection of insecticide resistance in Tribolium castaneum populations – Andreev, D.; Phillips, T.; Beeman, R.; Ffrench-Constant, R. | 737-740 |
| Effectiveness of pyrethroids as protectants of raw agricultural commodities stored in southeast Georgia, USA – Arthur, F.H. | 741-745 |
| Repellent and phagodeterrent activity of Sphaeranthus indicus extract against Callosobruchus chinensis – Baby, J. K. | 746-748 |
| Analysis of bioassay data using the Wadley's Problem technique in probit analysis -a neglected option – Bengston, M.; Strange, A.C. | 749-750 |
| Recent developments in grain protectants for use in Australia – Bengston, M.; Strange, A.C. | 751-754 |
| Resistance considerations for choosing protectants – Collins, P.J. | 755-761 |
| Efficacy of several mixtures of grain protectants on paddy and maize – Daglish, G.J. | 762-764 |
| Insect growth regulators for the control of stored-grain insect pests – Dales, M.J.; Harding, S.; Freeman, N.; Gaffney, H. | 765-769 |
| Development of a closed system for application of grain protectants – Ebert, M.A.; McLeod, J.L.; Smith, B.A. | 770-772 |
| Effect of the chitin-synthesis-inhibitor, chlorfluazuron, on immature development of Rhyzopertha dominica (F.) (Coleoptera: Bostrichidae) – Elek, J.A. | 773-776 |
| Prevention of beetle infestation of dried fish – Golob, P.; Gueye-Ndiaye, A.; Johnson, S. | 777-781 |
| Residues of grain protectants on paddy – Gragasin, Ma.; Cristina, B.; Acda, M.A.; Gibe, A.G.; Sayaboc, P.D. | 782-784 |
| Are residual insecticide applications to store surfaces worth using? – Gudrups, I.; Harris, A.; Dales, M. | 785-789 |
| Potential of common herbs as grain protectants: Repellent effect of herb extracts on the granary weevil, Sitophilus granarius (L.) – Ignatowicz, S.; Wesolowska, B. | 790-794 |
| Field evaluation of a test kit for monitoring insecticide resistance in stored-grain pests – Jermannaud, A. | 795-797 |
| The fate of residues of deltamethrin in treated wheat during its transformation into food products – Jermannaud, A.; Pochon, J. M. | 798-803 |
| Introduction of the neem tree in Mexico, in vitro propagation and validation of its properties against stored-product insects – Leos-Martinez, J.; Salazar-Saenz, R.P.; Alvarado-Gomez, O.G. | 804-808 |
| Chemical control testing on foodstuff mites – Lozzia, G. C.; Rigamonti, I. E.; Ottoboni, F. | 809-816 |
| The influence of temperature and modified atmosphere on effectiveness of Lavandula angustifolia Mill. Oil for controlling Tyrophagus putrescentiae – Lungshi Li; Xiaowei Zhang; Yiquan Guo | 817-818 |
| Toxicity of Annona squamosa Linn. seed oil extract on Tribolium castaneum (Herbst) (Coleoptera: Tenebrionidae) – Malek, M.A.; Wilkins, R.M. | 819-823 |
| A new bioassay detecting for IGR activity with larvae of Tribolium freemani Hinton (Coleoptera: Tenebrionidae) – Nakakita, H.; Sittisuang, P.; Suzuki, T. | 824-827 |
| Persistence of grain protectants in maize – Ong, S. H.; Rahim, M.; Sulaiman, Z. | 828-829 |
| Cyfluthrin plus piperonyl butoxide -a promising new stored product protectant – Pospischil , R.; Smith, G. | 830-832 |
| Organophosphorous and synergised synthetic pyrethroid insecticides as grain protectants for stored maize – Rahim, M.; Sulaiman, Z.; Ong, S.H. | 833-836 |
| Antifeedant effect of Mediterranean plant essential oils upon Acanthoscelides obtectus (Say) (Coleoptera), bruchid of kidney beans, Phaseolus vulgaris L. – Regnault-Roger and , C.; Hamraoui, A. | 837-840 |
| Dynamics of insect populations in stored shelled corn (maize) treated with pirimiphos-methyl and thiabendazole – Sedlacek, .D.; Weston, P.A. ; Price, B.D.; Rattlingourd, P.L. | 841-842 |
| Rapid testing for insecticide residues in stored products using immuno- and enzyme assays – Skerritt, I.H.; Hill, A.S.; Edward, S.L.; Beasley, H.L.; Lee, N.; McAdam, D.P.; Rigg, A.I. | 843-847 |
| Efficacy of pithraj (Aphanamixis polystachya) seed extracts against stored-product pests – Talukder, F.A.; Howse, P.E. | 848-852 |
| Effectiveness of residual insecticides against warehouse beetle, Trogoderma variabile Ballion – Wallbank, B.E. | 853-856 |
| Grain protectants and pesticide residues – Webley, D.I. | 857-862 |
| The development of a grain protectant, containing the pyrethroid bifenthrin, which has the potential for lower terminal residues – Wilkin, D.R.; Binns, T.; Haubruge, E.; Shires, S. | 863-866 |
| An assessment of Damfin to control an established infestation of saw-toothed grain beetle in malting barley – Wilkin, D.R.; Binns, T.J.; Hoppe, T. | 867-871 |
| Correlation of probit parameters of malathion-resistant Tribolium castaneum (Herbst) (Coleoptera:Tenebrionidae) determined by topical application and residual methods – Zettler, I.L.; Arthur, F.H. | 872-875 |
| Grain Protectants - Session Summary | 876 |
| | |
| INTEGRATED COMMODITY MANAGEMENT | 877 |
| Keynote Address | |
| Decision support systems for integrated management of stored commodities – Wilkin, D.R.; Mumford, I.D. | 879-883 |
| Food aid: A substitute for domestic production and commercial imports? – Ahmadi-Esfahani, F.Z.; Locke, C.G. | 884-889 |
| Adding value to Australian wheat: Present problems and future prospects – Ahmadi-Esfahani, F.Z.; Iensen, P. H. | 890-895 |
| Some effects of grain cleaning on mites, insects and fungi – Armitage, D.M. | 896-901 |
| Loss assessment and loss prevention in wheat and storage -technology development and transfer in Pakistan – Baloch, U.K.; Irshad, M.; Ahmed, M. | 902-905 |
| The effect of maize cob selection and the impact of field infestation on stored maize losses by the larger grain borer (Prostephanus truncatus (Horn) Coleoptera: Bostrichidae) and associated storage pests – Borgemeister, C.; Adda, C.; Djomamou, B.; Degbey, P.; Agbaka, A.; Djossou, F.; Meikle, W.G.; Markham, R.H. | 906-909 |
| Integrated pest management in the GRAINCO, Queensland, Australia, storage system – Bridgeman, B. W.; Collins, P.J. | 910-914 |
| Insect control in farm-stored grains-the 'Grainsafe' extension project 995 – Bullen, K.S.; Collins, P.; Andrews, A.S. | 915-917 |
| Sustainable postharvest systems in developing countries -framework for intervention – De Lima, C.P.F. | 918-920 |
| Field validation of a decision support system for farm-stored grain – Flinn, P. W.; Hagstrum, D. W. | 921-924 |
| Dividing the harvest: An approach to integrated pest management in family stores in Africa – Henckes, C. | 925-928 |
| Recent advances in the biology and control of Prostephanus truncatus (Coleoptera: Bostrichidae) – Hodges, R.I. | 929-934 |
| U.S. stored-wheat pest management practices: producers, elevator operators, and mills – Kenkel, P.; Noyes, R.T.; Cuperus, G.W.; Criswell, I.; Fargo, S.; Anderson, K. | 935-939 |
| Decision support systems for pest management in grain stores – Longstaff, B.C. | 940-945 |
| Technologies for storage and preservation of coffee beans in India – Narasimhan, K.S.; Rajendran,, S.; Iayaram, M.; Muralidharan, N. | 946-949 |
| An analysis of the importance of liposcelids in tropicallarge-scale storage – Pike, V. | 950-952 |
| Insect losses on sorghum stored in selected Malian villages, with particular emphasis on varietal differences in grain resistance – Ratnadass, A.; Berte, S.; Diarra, D.; cisse, B. | 953-959 |
| Storage systems for maize (Zea mays L.) in Nigeria from five agro-ecological zones – Udoh, J.; Ikotun, T.; Cardwell, K. | 960-965 |
| Integrated Commodity Management - Session Summary | 966-967 |
| | |
| STORAGE FUNGI AND MYCOTOXINS | 969 |
| Keynote Address | |
| Fungi and mycotoxins in grain: implications for stored product research – Miller, J. D. | 971-977 |
| Effect of extracts from nine plant species found in Africa on the mycelial growth of Aspergillus flavus Link – Cardwell, K.F.; Dongo, L. | 978-980 |
| The effect of Sitophilus zeamais on fungal infection, aflatoxin production, moisture content and damage to kernels of stored maize – Dharmaputra, O.S.; Halid, H.; Sunjaya; Koo Soek Khim. | 981-984 |
| Aspergillus flavus and Penicillium islandicum on milled rice collected from different parts of the postharvest handling chain – Dharmaputra, O.S.; Retnowati, I. | 985-987 |
| Application of mathematical modelling techniques for predicting mould growth – Gibson, A. M.; Eyles, M.J.; Hocking, A.D.; Best, D.J. | 988-991 |
| Effect of preincubation of fungal conidia in modified atmosphere on subsequent germination and growth on a solid medium – Haasum, I.; Nielsen, P. V. | 992-995 |
| Characterisation of aflatoxins B 1' B2' G 1' and G2 in groundnuts and groundnut products – Haryadi, Y.; Setiastuty, E. | 996-998 |
| Taxonomy: The key to mycotoxin identification in food and feedstuffs – Kozakiewicz, Z. | 999-1006 |
| Respiration and losses in stored wheat under different environmental conditions – Lacey, J.; Hamer, A.; Magan, N. | 1007-1013 |
| Occurrence of Fusarium toxins in stored maize in southern Brazil – Lazzari, F. A. | 1014-1016 |
| Estimating the social costs of the impacts of fungi and aflatoxins in maize and peanuts – Lubulwa, A.S.G.; Davis, J.S. | 1017-1042 |
| Environmental factors and tenuazonic acid production by Alternaria spp. isolated from sorghum – Magan, N.; Baxter, E. | 1043-1046 |
| Production of polyclonal antibodies against polypeptides from an aflatoxin strain of the fungus Aspergillus flavus, a pathogen of stored grain – Paster, N.; Menasherov, M.; Salomon, R.; Kuttin, E. | 1047-1050 |
| Levels of aflatoxins in grains from Santa Catarina State, Southern Brazil – Scussel, V .M.; Baratto, W .R. | 1051-1053 |
| Effect of physical treatments on moulding and aflatoxin production in maize – Shetty, H.S.; Vijaya, P.; Usha, C.M.; Patkar, K.L.; Lacey, J. | 1054-1058 |
| The impact of insect pests on aflatoxin contamination of stored wheat and maize – Sinha, A. K. | 1059-1063 |
| Preharvest contamination of maize by Aspergillus flavus – Siriacha, P.; Tonboonek, P.; Wongurai, A.; Kositcharoenkul, S. | 1064-1067 |
| Traditional storage of pandanus nuts in the Papua New Guinea highlands – Van S Graver, J.; Hocking, A.D.; Sharp, A.K. | 1068-1074 |
| Preharvest origins of toxigenic fungi in stored grain – Wicklow, D. T. | 1075-1081 |
| Storage Fungi And Mycotoxins - Session Summary | 1082-1083 |
| | |
| BIOLOGICAL CONTROL | 1085 |
| Keynote Address | |
| Can biological control resolve the larger grain borer crisis? – Markham, R.H.; Borgemeister, C.; Meikle, W.G. | 1087-1097 |
| The dispersion pattern of Teretriosoma nigrescens Lewis (Coleoptera: Histeridae) after its release and monitoring of the occurrence of its host Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) in the natural environment in Togo – Boeye, J.; Biliwa, A.; Fischer, H.U.; Helbig, J.; Richter, J. | 1098-1102 |
| Suppression of insects in stored wheat by augmentation with parasitoid wasps – Flinn , P. W.; Hagstrum, D. W; McGaughey, W.H. | 1103-1105 |
| Biological control in the context of an integrated management strategy for the larger grain borer, Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) and associated storage pests – Markham, R.H.; Djossou, F.; Hirabayashi, J.M.; Novillo, P.; Wright, V.F.; Rios, R.M.; Trujillo, F.J.;Meikle, W.G.; Borgemeister, C. | 1106-1111 |
| Bacillus thuringiensis variety tenebrionis (DSM-2803) in the control of coleopteran pests of stored wheat – Mummigatti , S. G.; Raghunathan, A.N.; Karanth, N.G.K. | 1112-1115 |
| Ability of the predator Teretriosoma nigrescens Lewis (Coleoptera: Histeridae) to control larger grain borer (Prostephanus truncatus) (Horn) (Coleoptera: Bostrichidae) under rural storage conditions in the southern region of Togo – Mutlu, P. | 1116-1121 |
| Life history, predatory biology, and population ecology of Lyctocoris campestris (F.) (Heteroptera: Anthocoridae) – Parajulee, M.N.; Phillips, T. W. | 1122-1131 |
| Research on multiplication of Beauveria bassiana fungus and preliminary utilisation of Bb bioproduct for pest management in stored products in Vietnam – Pham Thi Thuy; Le Doan Dien; Nguyen Giang Van | 1132-1133 |
| Host specificity of Teretriosoma nigrescens Lewis (Coleoptera: Histeridae) – Poschko, M. | 1134-1141 |
| Studies on biological control of Ephestia kuehniella (Zeller) (Lepidoptera: Pyralidae) with Trichogramma evanescens Westwood (Hymenoptera: Trichogrammatidae) -host-finding ability in wheat under laboratory conditions – Scholler, M.; Reichmuth, C. ; Hassan, S.A. | 1142-1146 |
| Computer simulation model for biological control of maize weevil by the parasitoid Anisopteromalus calandrae – Smith, L. | 1147-1151 |
| The functional response of Uscana lariophaga Steffan (Hymenoptera: Trichogrammatidae) under different egg distributions of its host Callosobruchus maculatus (Fab.) (Coleoptera: Bruchidae) – van Alebeek, F.A.N. | 1152-1157 |
| The role of semiochemicals in host location by Uscana lariophaga, egg parasitoid of Callosobruchus maculatus – van Huis, A.; Schiitte, C.; Cools , M.H.; Fanget, Ph.; van der Hoek, H.; Piquet, S.P. | 1158-1164 |
| Biological Control - Session Summary | 1165 |
| | |
| QUARANTINE AND REGULATORY ISSUES | 1167 |
| Decision making in regulatory entomology: the case of Trogoderma variabile in Western Australia – M.J., Butcher | 1169-1172 |
| Insects found in stored products entering the port of Ravenna, Italy during 1976-91 – Contessi, A. | 1173-1178 |
| An integrated approach to stored-grain protection in Western Australia – Dean, K.R. | 1179-1182 |
| The changing role of AQIS in the regulation of grain exports from Australia – Heinrich, D.; Dean, J. | 1183-1185 |
| Factors influencing current U .K. strategies to meet quarantine requirements for export grain – Kelly, M.P.; Wilkin , D.R. | 1186-1191 |
| GRAINCO (Queensland, Australia) attains 'certification assurance' accreditation – Wilson, P.; Bridgeman, B. | 1192-1194 |
| Quarantine And Regulatory Issues - Session Summary | 1195 |
| | |
| PHYSICAL CONTROL | 1197 |
| Commodity disinfestation treatments with heat – Heather, N .W . | 1199-1200 |
| Radiation disinfestation of used packagings: Irradiation trials with electron beams – Ignatowicz, S.; Zaedee , I.H.M. | 1201-1208 |
| Detection of irradiated insect pests in stored products: locomotor activity of irradiated adult beetles – Ignatowicz, S.; Wesolowska, B.; Zaedee, I.H. | 1209-1213 |
| The effect of grain movement on Liposcelis decolor (Pearman), Liposcelis bostrychophila Badonnel (Psocoptera: Liposcelidae) and Cryptolestes ferrugineus (Stephens) (Coleoptera: Cucujidae) infesting bulk-stored barley – Rees, D.; van Gerwen, T.; Hillier, T. | 1214-1219 |
| Physical Control - Session Summary | 1220-1221 |
| | |
| WORKSHOP REPORTS | 1223 |
| Appropriate Storage | 1225-1226 |
| Expert Systems | 1227 |
| On-farm and Small-scale Storage and Extension | 1228-1229 |
| Standards | 1230 |
| | |
| LATE PAPERS | 1231 |
| Field evaluation of a cylinder trap design for monitoring Ephestia cautella – Bowditch, T .G.; Madden, J.L.; Brassington, B.F. | 1233-1234 |
| Effect of storage and thermal treatment on quality of rain-damaged wheat – Gras, P .W .; Bason , M.L.; Tomlinson, J.D. | 1235-1237 |
| Effectiveness of SIROFLO® in horizontal storages – Winks, R.G.; Russell, G.F. | 1238-1244 |
| Effectiveness of SIROFLO® in vertical storages – Winks, R.G.; Russell, G.F. | 1245-1249 |
| A brief history of the entomological problems of wheat storage in Australia – Van S Graver, J.; Winks, R.G. | 1250-1258 |
| | |
| List of Participants | 1259-1271 |
| Trade Exhibitors | 1272 |
| Author Index | 1273-1274 |
| |
| Back to IWCSPP Proceedings Index |
