Full Citation:
Credland, P.F.; Armitage, D.M.; Bell, C.H.; Cogan, P.M.; Highley, E. (Eds.), Proceedings of the 8th International Working Conference on Stored Product Protection, 22-26 July 2002, York, UK. CAB International, Wallingford, United Kingdom, 2003. (ISBN 0851996914) |
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| |
| Preface |
v |
| The International Working Conferences on Stored-Product Protection |
vii-viii |
| |
| THE FUTURE OF STORED PRODUCT PROTECTION: IMPACTS OF GLOBAL ISSUES |
1 |
| Oral Paper |
| Linking farmers to markets in developing countries: Impacts of globalisation, governance and development policies on innovation and implementation of postharvest technology – Haines, C.P. | 3-10 |
| Poster Papers |
| Improvement of the grain elevator receiving operation by means of object-oriented simulation – Berruto, R.; Maier, D. E. | 11-16 |
| The current situation and development priorities for grain postharvest technology in China – Cheng-chuanxiu; Li-fujun; Tan-Bengang. | 17-21 |
| University of Manitoba Centre for Grain Storage Research and Development – Jayas, D.S.; White, N.D.G. | 22-25 |
| Paddy and rice storage in China – Qiu Weifen; Jin Zuxun | 26-39 |
|
| BIOLOGY, DETECTION AND BIOLOGICAL CONTROL |
41 |
| Keynote Papers |
| Taxonomic imperatives in stored product acarology – Halliday, R.B. | 43-49 |
| Do resistant seeds offer a worthwhile avenue for progress in stored product protection? – Credland, P.F.; Appleby, J.H. | 50-58 |
| Oral Papers |
| Psocoptera (psocids) as pests of bulk grain storage in Australia: A cautionary tale to industry and researchers – Rees, D. | 59-64 |
| Effect of suboptimal temperatures and sublethal carbon dioxide levels on Cryptolestes ferrugineus, alone and in combination with Tribolium castaneum – Hulasare, R.B.; White, N.D.G.; Jayas, D.S. | 65-70 |
| Use of pheromone-baited trap catches as indicators of occurrence of potential hosts of Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) in a forest in southern Benin – Nansen, C.; Meikle, W.G. | 71-77 |
| The effect of temperature management on Sitophilus zeamais, Tribolium castaneum and Plodia interpunctella in stored maize: Summer 2001 pilot bin trials – Maier, D.E.; Ileleji, K. E.; Woloshuk, C.P.; Szabela, D.A. | 78-83 |
| Host-finding ability of Lariophagus distinguendus (Hymenoptera: Pteromalidae), a potential natural enemy for the biological control of stored product pest beetles – Steidle , J.L.M.; Prozell, S.; Schöller, M. | 84-86 |
| Entomopathogenic fungi for the control of invertebrate pests in storage structures – Cox , P.; Wakefield, M.; Price, N.; Wildey, K; Moore, D.; Aquino de Muro, M.; Bell, B. | 87-94 |
| Distinguishing injury from damage and post-storage damage projection – Stejskal, V.; Lukas, J. | 95-98 |
| Areawide integrated pest management program for commercial grain stores – Flinn, P.; Hagstrum, D.; Reed, C.; Phillips, T. | 99-102 |
| Keynote Paper |
| Where does pest detection research go next? – Chambers, J. | 103-109 |
| Oral Papers |
| Warning farmers when the risk of infestation by Prostephanus truncatus is high – Hodges, R.J.; Birkinshaw, L.A.; Addo, S. | 110-114 |
| Development and validation of sequential sampling plans for Sitophilus species associated with pet specialty stores – Toews, M.; Subramanyam, B.; Roesli, R. | 115-120 |
| Critical issues in the development and interpretation of pest monitoring programs for food processing facilities – Campbell , J.F.; Prabhakaran, S.; Schneider, B.; Arbogast, R.T. | 121-127 |
| Molecular diagnostic tools for detecting arthropod contamination in stored products – Phillips, T.W.; Baige; Zhao | 128-130 |
| Entomological applications of near-infrared spectroscopy – Throne, J.E.; Dowell, F.E.; Perez-Mendoza, J.; Baker, J.E. | 131-134 |
| Comparison of ELISA and fragment count methods for detection of insects in wheat flour – Atui, M.B.; Lazzari, S.M.N.; Lazzari, F.A.; Flinn, P.W. | 135-138 |
| Use of electronic nose technology for the early detection of spoilage moulds in cereal products – Magan, N.; Keshri, G.; Needham, R.; Sneath, R. | 139-143 |
| Commercialisation of a species-identifying automated stored-product insect monitoring system – Shuman, D.; Epsky, N.D.; Crompton, D.R. | 144-150 |
| Poster Papers |
| Insect population dynamics and grain damage in small-farm stores in Zimbabwe, with particular reference to Sitotroga cerealella (Olivier) (Lepidoptera: Gelechiidae) – Mvumi, B.M.; Golob, P.; Stathers, T.E.; Giga, D.P. | 151-168 |
| Biology of Apanteles carpatus (Hymenoptera: Braconidae), a parasitoid of tineid moths (Lepidoptera: Tineidae) – Plarre, R.; Balnuweit, O. | 169-172 |
| The effect of fluctuating temperature and humidity, and aeration, on population growth of Acarus siro (L.) near the surface of a grain bulk – Dunn, J.A. | 173-178 |
| Development of a rapid immunoassay for the detection of storage mite pests in cereals – Dunn, J.A.; Danks, C.; Thind, B.B.; Banks, J.N.; Chambers, J. | 179-182 |
| Space requirements of Cheyletus eruditus (Schrank) and Cheyletus malaccensis Oudemans (Acarina: Cheyletidae) – Z'darkova, E.; Horak, P. | 183-188 |
| Physical and ecological changes in insect-and fungus-induced hotspots – Cook , D.A.; Armitage, D.M. | 189-195 |
| The I-SPy Insect Indicator™: Development of an insect monitoring trap for use on flat surfaces in the cereal and food trades, and potential applications – Collins, L.E.; Chambers, J.; Cogan, P. | 196-199 |
| Kinetics of diatomaceous earth (Fossil-Shield®) uptake by Callosobruchus maculatus (F.) (Coleoptera: Bruchidae) – Rohitha Prasantha , B.D.; Reichmuth, Ch.; Strumpf, Th. | 200-207 |
| Effect of diatomaceous earths on the reproductive performance of Callosobruchus maculatus (F.) (Coleoptera: Bruchidae) – Rohitha Prasantha, B.D.; Reichmuth, Ch.; Büttner, C. | 208-216 |
| Distribution of Ephestia elutella in a tobacco-processing factory in Portugal – Pereira, A.P.; David, A.; Mexia, A. | 217-221 |
| The use of pheromone traps for mass trapping of Lasioderma serricorne in a cigarette factory in Portugal – Carvalho , M.O.; Mexia, A. | 222-229 |
| The granary weevil Sitophilus granarius is suppressed by the parasitoid Lariophagus distinguendus Förster (Hymenoptera: Pteromalidae) – Reppchen , A.; Schöller, M.; Prozell, S.; Adler, C.; Reichmuth, C.; Steidle, J. | 230-232 |
| Screening of North American species of Trichogramma Westwood (Hymenoptera: Trichogrammatidae) for control of the Indian meal moth, Plodia interpunctella (Hübner) (Lepidoptera: Pyralidae) – Schöller, M.; Fields, P.G. | 233-237 |
| Comparing insect captures in the "StorMax Insector" and other probe traps – Bonjour, E.L.; Phillips, T.W. | 238-240 |
| Preliminary molecular investigations of three Liposcelis species associated with grain storage systems in Australia – Mikac, K.M. | 241-243 |
| The use of light traps for attracting stored-product insects in a rice mill and paddy seed stores – Nualvatna, K.; Makathan, N.; Chavapradit, C.; Kitkuandee, K.; Uraichuan, J. | 244-247 |
| Learning from museums-IPM in practice – Pinniger, D.; Child, B. | 248-251 |
| Evaluation of a multi-attractant lure on the capture of several stored-product beetle species – Athanassiou, C.G.; Kavallieratos, N.G.; Eliopoulos, , P.A.; Palyvos, N.E.; Casagrande, E.; Buchelos, C. Th.; , | 252-257 |
| Dominance and frequency of predatory mites in stored products in Greece – Eliopoulos, P.A.; Athanassiou, C.G.; Palyvos, N.E.; Stathas, G.J.; Buchelos, C.Th. | 258-262 |
| Degradation of insect myosin affects reliability of ELISA test for internal insect infestation of wheat – Atui, M.B.; Flinn, P.W.; Lazzari, F.A.; Lazzari, S.M.N. | 263-266 |
| Efficacy and persistence of Indian meal moth granulovirus applied to nuts – Vail, P.V.; Tebbets, J.S.; Hoffmann, D.F. | 267-270 |
| Optimal clutch size and oviposition strategy for the maize weevil, Sitophilus zeamais – Danho, M.; Haubruge, E. | 271-275 |
| Phenology and spatial analysis of some Coleoptera infesting a feed mill – Trematerra, P.; Sciarretta, A. | 276-280 |
| Traditional cereal storage and insect pests in some villages of southern Chad – Trematerra, P.; Gentile, T.; Djikoloum | 281-287 |
| Insect pests in hulled wheat warehouses of central-southern Italy and field occurrence of Sitotroga cerealella (Olivier) – Trematerra, P.; Gentile, P. | 288-292 |
| Interstrain variation in larval respiration rate in Callosobruchus maculatus – Guedes, R.N.C.; Guedes, N.M.P.; Smith, R.H. | 293-296 |
| Prey preference of the predatory mite Blattisocius tarsalis (Acari: Ascidae) – Riudavets, J.; Quero, R. | 297-299 |
| Oviposition response of the Indian meal moth, Plodia interpunctella (Hübner) (Lepidoptera: Pyralidae) to food oil constituents – Nansen, C.; Phillips, T.W.; Dillwith, J.W. | 300-305 |
| Attracticide for control of Indian meal moth, Plodia interpunctella (Lepidoptera: Pyralidae) – Nansen, C.; Phillips, T.W. | 306-310 |
| An assessment of pheromone traps to monitor flour beetles (Tribolium confusum) at a flour mill – Wilkin, R.; Cross, D.; Mumby, R. | 311-314 |
| The effectiveness of different methods of detecting and enumerating insects in stored grain – Couldridge, C.; Wilkin, D.; Knight, R. | 315-318 |
| Investigations on the biological control of Tineola bisselliella (Lepidoptera: Tineidae) with Trichogramma species (Hymenoptera: Trichogrammatidae) – Zimmermann, O.; Schöller, M.; Prozell, S. | 319-321 |
| Five years of biological control of stored-product moths in Germany – Prozell, S.; Schöller, M. | 322-324 |
| Response of the parasitoids of stored-product moths, Habrobracon hebetor, Trichogramma evanescens and Venturia canescens (Hymenoptera: Braconidae, Trichogrammatidae, Ichneumonidae), towards three types of funnel traps – Schöller , M.; Prozell, S. | 325-329 |
| Role of insects in the propagation of mycotoxigenic fungi in stores in Bénin – Hell, K.; Lamboni, Y.; Cardwell, K. | 330-338 |
| Biocharacteristics of Prostephanus truncatus attracted to flight traps baited with aggregation pheromone – Addo, S.; Birkinshaw, L.A.; Hodges, R.J. | 339-345 |
| Method for rearing Oryzaephilus surinamensis (L.) (Coleoptera: Silvanidae), a pest of stored wheat, in the laboratory – Beckel, H.; Lorini, I.; Lazzari, S.M.N. | 346-349 |
| Responses of house mice (Mus musculus musculus L.) to different bait stations: The role of size, shape, material and odour – Volfov, R.; Stejskal, V. | 350-355 |
| External egg morphology of stored-product and dust mites (Acarina) – Kucerova, Z.; Stejskal, V. | 356-359 |
| Insect monitoring in a paddy rice storage facility – Paula, M.C.Z.; Lazzari, S.M.N.; Lazzari, F.A. | 360-363 |
| Near-infrared transmittance spectroscopy for detection of insects and mites in grain – Stengaard Hansen, L.; Aberg, L.; Kristensen, M.; Sandgren, M. | 364-368 |
| Development and validation of a simple heat-accumulation model for predicting mortality of first instars of Tribolium castaneum (Herbst) exposed to elevated temperatures – Subramanyam, B.; Flinn, P. W.; Mahroof, R. | 369-374 |
| The potential of stored-product beetle aggregation pheromones as cross-species attractants: An electroantennogram and behavioural investigation – Wakefield, M.E.; Clarke, P.G. | 375-381 |
| Comparing insect infestation patterns in stored corn for three temperature management methods: Summer 2001 pilot bin trials – Ileleji, K.E.; Maier, D.E.; Woloshuk, C.P.; Szabela, D.A. | 382-389 |
| The ability of buried PC™ traps to detect stored-product mites in wheat – Clarke, P.G. | 390-395 |
| Using new tools to track the larger grain borer, Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) – Tigar, B.; Waldron, S. | 396-401 |
| Multiplication of stored-product mites on Canadian wheat and oilseed cultivars – White, N.D.G.; Demianyk, C.J.; Jayas, D.S. | 402-405 |
| Bruchidae (Coleoptera) in stored Leguminosae: A survey conducted in Portugal – Mateus, C.; de Carvalho, L. E.; Mexia, A. | 406-409 |
| Impact of IPM practices on insect populations in retail pet stores – Roesli, R.; Subramanyam, B.; Campbell, J.; Kemp, K. | 410-419 |
| |
| FOOD SAFETY |
421 |
| Keynote Paper |
| Food for thought about mycotoxins, organic and genetically modified foods – Marasas, W.F.O.; Vismer, H.F. | 423-427 |
| Oral Papers |
| How to decide whether the presence of storage mites in food and feedstuffs actually matters – Chambers, J. | 428-434 |
| Legislative and regulatory actions affecting insect pest management for postharvest systems in the United States – Arthur, F.H.; Rogers, T. | 435-438 |
| The effects of high-temperature drying on fragrant rice – Lily Yaw Geok Moi; Srzednicki, G. ; Craske, J. | 439-447 |
| A review of proposed maximum tolerated levels for fumonisins in maize and maize products – Viljoen, J.H.; Marasas, W.F.O. | 448-455 |
| Estimation of safe storage periods for malting barley using a model of heat production based on respiration experiments – Jacobsen, E.E.; Fleurat-Lessard, F. | 456-463 |
| An alternative approach to assessing pest problems in stored grain – Wilkin, R. | 464-467 |
| Development of management options for the control of aflatoxin in maize in West Africa – Hell, K.; Fandohan, P.; Cardwell, K.F. | 468-474 |
| Poster Papers |
| Occurrence of ochratoxin A in cereals and coffee in Hungary in 2001 – Fazekas, B.; Tar, A.K.; Zomborszky-Kovúcs, M. | 475-478 |
| Impact of essential oils on growth and ochratoxin A production by Penicillium verrucosum and Aspergillus ochraceus on a wheat-based substrate – Cains, V.; Magan, N. | 479-485 |
| Multitarget environmental approach for control of growth and toxin production by Fusarium culmorum using essential oils and antioxidants – Hope, R.; Jestoi, M.; Magan, N. | 486-492 |
| Sorption of carbonyl sulfide by stored products – Weller, G.L. | 493-497 |
| The effect of storage conditions on the quality of Australian canola (rapeseed), Brassica napus L. – Reuss, R.; Cassells, J. | 498-503 |
| Comparison of methods for determining grain moisture content – Du, Haibo; Wei, Zuguo; Zu, Guidong. | 504-505 |
| Application of HACCP in grain storage – Du, Haibo; Shen, Juan | 506-510 |
| Fusarium mycotoxins in isogenic and Bt maize varieties grown in different geographic areas in France – Pinson, L.; Plancke, M.P.; Richard-Forget, F.; Fleurat-Lessard, F. | 511-516 |
| A study on the persistence of trifluralin, chlorpyrifos, decamethrin, cypermethrin and dichlorvos in rice and beans after cooking in a commercial microwave oven – Castro, M.F.P.M.; Oliveira, J.J.V.; Rodrigues, J.; Scartuchio Dias Loredo, I. | 517-521 |
| Phosphine: An alternative for controlling fungal growth and to avoid mycotoxin production in high-moisture stored grains – Fernanda Penteado Moretzsohn de Castro, M.; Mills, K.A. | 522-525 |
| Is Kashin-Beck disease related to the presence of fungi on grains? – Chasseur, C.; Begaux, F.; Suetens, C.; Mathieu, F.; Nolard, N.; Malaisse, F.; Wang, Z. | 526-528 |
| Ochratoxin A in wine: Importance of preharvest factors in the spread of ochratoxin-producing fungi and on toxin accumulation in grapes – Battilani, P.; Pietri, A.; Giorni, P.; Kozakiewicz, Z.; Logrieco, A. | 529-532 |
| Interaction of ethyl formate (EtF) with stored products – Reuss, R.; Annis, P. | 533-538 |
| Stack-curing and storage of peanuts for prevention of postharvest aflatoxin contamination – Dorner, J.W. | 539-545 |
| Effect of water activity and biocides on spoilage and dry matter losses of wheat straw – Willcock, J.; Aldred, D.; Magan, N. | 546-549 |
| |
| CHEMICAL AND PHYSICAL CONTROL |
551 |
| Keynote Paper |
| Philosophy guiding current and future fumigant research – YongLin, Ren | 553-555 |
| Oral Papers |
| Alternative fumigants for the control of stored-product insects – Shaaya, E.; Kostyukovsky, M.; Demchenko, N. | 556-560 |
| The technical foundation for precision stored-product-pest fumigation with ProFume™ gas fumigant – Schneider, B.; Voglewede, C.; Houtman, B. | 561-564 |
| Slow generation of phosphine using QuickPHlo-C™ technology – Waterford, C.J.; Asher, P.P. | 565-569 |
| Two decades of monitoring and managing phosphine resistance in Australia – Collins, P.J.; Emery, R.N.; Wallbank , B.E. | 570-575 |
| Ecologically friendly methods used in Cyprus for grain storage and protection (a combination of hermetic storage, aeration and fumigation using phosphine from cylinders and in sleeves) – Varnava, A. | 576-578 |
| Insect control of cocoa pests using a novel vacuum approach – Finkelman, S.; Navarro, S.; Lotan, Y.; Debruin,, T.; Isikber, A.A.; Rindner, M.; Dias, R. | 579-582 |
| Biological activity of Novaluron, a new chitin-synthesis inhibitor, on the major stored-product insect pests – Kostyukovsky, M.; Trostanetsky, A.; Carmi, Y.; Frandji, H.; Schneider, R. | 583-587 |
| Effect of NeemAzal® and other neem products on mortality, fecundity and frass activity of the larger grain borer Prostephanus truncatus (Horn) (Coleoptera: Bostrichidae) infesting maize – Ogemah, V.; Reichmuth, C.; Büttner, C. | 588-595 |
| Securidaca longepedunculata (Fres.) as a control for stored product insect pests – Jayasekara, T.K.; Belmain, S.R.; Stevenson,, P.C.; Hall, D.R. | 596-599 |
| Study on the insecticidal effects of custard apple (Annona reticulata L.) and mindi (Melia azedarach L.) leaves against Sitophilus zeamais Motschulsky (Coleoptera: Curculionidae) – Haryadi, Y.; Yuniarti, S. | 600-602 |
| Efficacy of pea protein and combinations of pea protein and wasps against stored-grain insects in large-scale tests – Xingwei, Hou; Fields, P.G.; Flinn, P.W.; Perez-Mendoza, J.; Baker, J. | 603-607 |
| Physiological aspects of diatomaceous-earth-treated cowpea weevil Callosobruchus maculatus (F.) (Coleoptera: Bruchidae) – Rohitha Prasantha, B.D.; Reichmuth, Ch.; Hetz, S.K.; Adler, C. | 608-613 |
| The effect of relative humidity on the efficacy of the diatomaceous earth Protect-ItTMagainst Liposcelis entomophila (Enderlein) (Psocoptera: Liposcelididae) – Cao, Yang; Xia, Lili; Zhang, Huaijun | 614-616 |
| Efficacy of heat treatments against the tobacco beetle Lasioderma serricorne F. (Col., Anobiidae) and the lesser grain borer Rhyzopertha dominica F. (Col., Bostrichidae) – Adler, C. | 617-621 |
| Heat disinfestation of wheat in a continuous-flow spouted bed – Qaisrani , R.; Beckett, S | 622-625 |
| Microwave treatment of flowing grain for disinfestation of stored-product insects – Phillips, T.W.; Halverson, S.; Bigelow, T.; Mbata, G.; Halverson, W.; Payton, M.; Forester, S.; Rayas-Duarte, P. | 626-628 |
| Optimisation of inert dusts used as grain protectants and residual surface treatments – Arthur, F.H. | 629-634 |
| The survival of developmental Sitophilus granarius (L.) subjected to constant and fluctuating temperatures between 0 and 10°C – Fleming, D.A.; Armitage, D.M. | 635-638 |
| Models linking insecticidal efficacy decline and residue concentration decrease with time, temperature and water activity in chlorpyrifos-methyl treated wheat – Fleurat-Lessard, F.; Wilbert, T.; Vidal, M.L. | 639-645 |
| Poster Papers |
| Treatment of an empty fumigation chamber using the Degesch phosphine generator – Mathews, M., Luzaich, G. | 646-647 |
| Volatile activity of plant essential oils against stored-product beetle pests – Pascual-Villalobos, M.J. | 648-650 |
| Cyanogen: A possible fumigant for flour/rice mills and space fumigation – Yong, Lin Ren; Trang, Le Vu | 651-653 |
| Effect of fumigation temperature on the efficacy of phosphine against strongly resistant psocids Liposcelis bostrychophila (Psocoptera: Liposcelididae) – Nayak, M.K.; Collins, P.J.; Pavic, H. | 654-655 |
| Phosphine tolerance in two bruchid beetles, Callosobruchus chinensis (L.) and C. maculatus (F.) (Coleoptera: Bruchidae) – Md. Mahbub Hasan, ; Reichmuth, C. | 656-661 |
| A survey of psocid species infesting stored grain in China and resistance to phosphine in field populations of Liposcelis entomophila (Enderlein) (Psocoptera: Liposcelididae) – Cao, Yang; Song, Yi; Sun, Guanying | 662-667 |
| Prospects for predicting insect mortality in relation to changing phosphine concentrations – Daglish, G.J.; Collins, P.J.; Pavic, H. | 668-670 |
| Laboratory bioassay and dose variation of diatomaceous earth surface treatments – Cook, D.A.; Armitage, D.M. | 671-674 |
| Diatomaceous earth structural treatment against Oryzaephilus surinamensis (L.)(Coleoptera : Silvanidae) under fluctuating UK conditions – Cook, D.A.; Collins, L.E.; Armitage, D.M. | 675-679 |
| The efficacy of flufenoxuron and azadirachtin against mixed mite and insect populations in small bins of wheat – Collins, D.A. | 680-684 |
| The efficacy of flufenoxuron, azadirachtin and a diatomaceous earth, when admixed with oilseed rape, against storage mite pests – Collins, D.A. | 685-688 |
| The importance of moisture changes at the grain surface – Armitage, D.M.; Cook, D.A. | 689-695 |
| Lowering the moisture content of stored grain can gain extra time for cooling to prevent infestation: Studies on the development, productivity and survival at two relative humidities of two insect species on whole wheat and an artificial diet – Fleming, D.A.; Armitage, D.M. | 696-701 |
| Phosphine resistance in Lasioderma serricorne (F.) (Coleoptera: Anobiidae) – Savvidou, N.; Mills, K.A.; Pennington, A. | 702-712 |
| The use of a propane burner to control an artificially induced ""hotspot"" – Conyers, S.T.; Llewellin, B.E.; Cook, D.A.; Bell, C.H. | 713-716 |
| The use of phosphine as an alternative to methyl bromide for the disinfestation of palm dates – Mills, K.A.; Wontner-Smith, T.J.; Cardwell, S.C.; Bell, C.H. | 717-724 |
| Vapomate™: A non-flammable ethyl formate/liquid carbon dioxide fumigant mixture – Ryan, R.; Krishna, H.; Epenhuijsen, K.; Grant, N.; Bishop, S.; Fontinha, M.; Pearson, D. | 725-728 |
| The use of carbon dioxide as an alternative to methyl bromide for the disinfestation of palm dates – Mills, K.A.; Wontner-Smith, T.J.; Cardwell, S.C.; Bell, C.H. | 729-735 |
| Disinfestation of rust-red flour beetle (Tribolium castaneum), saw-toothed grain beetle (Oryzaephilus surinamensis), yellow meal worm (Tenebrio molitor), Mediterranean flour moth (Ephestia kuehniella) and Indian meal moth (Plodia interpunctella) with sulfuryl fluoride in flour mills – Reichmuth, Ch.; Rassmann, W.; Binker, G.; Fröba, G.; Drinkall, M.J. | 736-738 |
| Emission, entry and deposition of pesticide spray on neighbouring non-target areas after fogging warehouses with Detmolin F® (dichlorvos) – Klementz, D.; Reichmuth, Ch.; Holdt, G. | 739-748 |
| Repellency and toxicity of essential oils from Ocimum gratissimum (Lamiaceae) and Laurus nobilis (Lauraceae) from Georgia against the rust-red flour beetle (Tribolium castaneum Herbst) (Coleoptera: Tenebrionidae) – Andronikashvili , M.; Reichmuth, C. | 749-762 |
| Effect of temperature and relative humidity on diatomaceous earth treated Callosobruchus maculatus (F.) and Acanthoscelides obtectus (Say) (Coleoptera: Bruchidae) – Rohitha Prasantha, B.D.; Reichmuth, Ch.; Büttner, C. | 763-767 |
| Insecticidal activity of some aromatic plants from Croatia against lesser grain borer Rhyzopertha dominica F.) on stored wheat – KalinovIc, I.; Rozman, V.; Guberac, V.; MarIc, S. | 768-775 |
| Laboratory selection for resistance to diatomaceous earth – Fields, P.G. | 776-778 |
| Standardised testing for diatomaceous earth – Fields, P.G.; Allen, S.; Korunic, Z.; McLaughlin, A.; Stathers, T. | 779-784 |
| Can reduced concentrations of chlorpyrifos-methyl be combined with other products to effectively control stored-grain pests? – Bonjour, E.L.; Phillips, T.W.; Pitts, J.T.; Terry, J. | 785-787 |
| Rapid generation of phosphine using QuickPhlo-R™ technology – Asher , P.P.; Waterford, C.J. | 788-791 |
| Carbonyl sulfide fumigation of hay – Weller, G. | 792-795 |
| Towards more effective heat disinfestation from a biological perspective – Beckett, S.J. | 796-802 |
| Heat disinfestation of empty farm silos before inloading – Beckett, S.J.; Qaisrani, R. | 803-806 |
| Effect of organophosphates on Acarophenax lacunatus (Prostigmata: Acarophenacidae) parasitising Rhyzopertha dominica (Coleoptera: Bostrichidae) – Faroni , L.R.D¡A.; Guedes, R.N.C.; Gonçalves, J.R.; Zanuncio, J.C. | 807-810 |
| Effect of the temperature during spraying on the biological efficiency of chemical protectants of stored grains – Faroni , L.R.D¡A.; Guedes, R.N.C.; Queiróz, M.E.L.R.; Pimentel, M.A.G. | 811-814 |
| Microencapsulated formulations of chlorpyrifos as possible grain protectants – Trostanetsky, A.; Kostyukovsky, M.; Carmi, Y.; Frandji, H.; Schneider, R. | 815-817 |
| Enhanced effectiveness of vacuum or CO2 in combination with increased temperatures for control of storage insects – Navarro, S.; Finkelman, S.; Sabio, G.; Isikber, A.; Dias, R.; Rindner, M.; Azrieli, A. | 818-822 |
| Propylene oxide as a potential alternative to methyl bromide – Isikber, A.A.; Navarro, S.; Finkelman, S.; Azrieli, A.; Rindner, M.; Dias, R.; , | 823-826 |
| The mortality of stored-product insects following exposure to gaseous ozone at high concentrations – Leesch, J.G. | 827-831 |
| The efficacy of carbon dioxide treatments (under pressure or by modified atmospheres) for pest control in stored products – Riudavets, J.; Gabarraa, R.; Castañéa, C.; Alomar, O.; Pons, M.J.; Súnchez, J. | 832-834 |
| Interaction of starvation and insecticide toxicity in granary weevil Sitophilus granarius L. (Coleoptera: Curculionidae) populations of different susceptibility – Kljajic, P.; Milosevski, N.; ZivanovIc, M.; Almasi, R.; Períc, I. | 835-840 |
| Efficacy against resistant strains of insects of recirculated phosphine fumigation of paddy rice held under PVC sheeting – Yang, Longde; Yang, Zili; Jiang, Tianke; Qin, Zhanggui; Yang, Longde; Deng, Gang; Wu, Xiuqong, Yan Xiaoping. | 841-845 |
| Investigation of the use of ozone fumigation to control several species of stored grain insects – Qin, Zhanggui; Wu, Xia; Deng, Gang; Yan, Xiaoping; He, Xuechao; Xi,Deke; Liao, Xingwen | 846-851 |
| Effects of ultrasound on Indian meal moth reproduction – Huang, F.; Subramanyam, B. | 852-857 |
| Control of mites in stored grain and oilseeds using phosphine – Watson, C.R.; Wilkin, D.R.; Clayton-Bailey, I. | 858-862 |
| Study on the effects of mixtures of acetone extracts of black pepper (Piper nigrum L.) and nutmeg (Myristica fragrans Houtt) seeds on the development of Sitophilus zeamais Motschulsky (Coleoptera: Curculionidae) – Haryadi, Y.; Rahayu, S. | 863-865 |
| The influence of intensive and extensive quantities on the degassing behaviour of phosphine-based fumigation bags – Schmitt, S.; Jakob, G.; Dierks-Lange, H.; Heck, F.W. | 866-869 |
| Deltamethrin resistance in Rhyzopertha dominica (F.) (Coleoptera: Bostrichidae) in Brazil – Lorini, I. | 870-874 |
| Fungi control by phosphine fumigation in high-moisture maize – Castro, M.F.P.M.; Leitão, M.F.F.; Oliveira, J.J. ; Mills, K.A. | 875-883 |
| Efficacy of sulfuryl fluoride on stored-product insects in a semolina mill trial in Italy – Drinkall, M.J.; Zaffagnini, V.; Süss, L.; Locatelli, D.P. | 884-887 |
| Evaluation on the efficacy of spinosad dust against major storage insect pests – Mutambuki, K.; Ngatia, C.M.; Mbugua, J.N.; Likhayo, P. | 888-891 |
| Low pressure for controlling postharvest insects – Hulasare, R.; Phillips, T.W.; Mbata, G.N.; Payton, M. | 892-895 |
| Use of diatomaceous earth for insect control in paddy rice stored in silos – Paula, M.C.Z.; Lazzari, F.A.; Lazzari, S.M.N. | 896-899 |
| Sulfuryl fluoride as a new fumigant for the disinfestation of flour mills in France – Ducom, P.; Dupuis, S.; Stefanini, V.; Guichard, A. A. | 900-903 |
| Response of pests of flour mills to high temperatures in the presence and absence of 10% carbon dioxide – Bell, C.H.; Savvidou, N.; Wontner-Smith, T.J.; Bartlett, D. | 904-909 |
| Some properties of sulphuryl fluoride in relation to its use as a fumigant in the cereals industry – Bell, C.H.; Wontner-Smith, T.J.; Savvidou, N. | 910-915 |
| Spinosad: An effective replacement for organophosphate grain protectants – Subramanyam, B.; Toews, M.; Liang, Fang | 916-920 |
| Sorption and insect toxicity of propylene oxide in dried fruits and nuts – Zettler, J.L.; Hartsell, P.L.; Allred, D.B.; Muhareb, J.S.; Hurley, J.M.; Gill, R.F. | 921-924 |
| Combinations to enhance the efficacy of diatomaceous earths against the larger grain borer, Prostephanus truncatus (Horn) – Stathers, T.E. | 925-929 |
| |
| PROCESSING AND APPLICATIONS |
931 |
| Keynote Paper |
| A two-dimensional model of grain storage with dynamic visualisation: Predictions for temperature, moisture content, germination and respiration-a case study for rapeseed – Xanthopoulos, G.; Woods, J.L. | 933-938 |
| Oral Papers |
| Modelling stored-product ecosystems using the post-harvest aeration and storage simulation tool (PHAST) with realistic boundary conditions – Maier, D.E.; Ileleji, K.E.; Montross, M.D. | 939-945 |
| Optimising the performance of vertical aeration systems – Bartlett, D.; Armitage, D.M.; Harral, B. | 946-955 |
| Adaptive discounting control: A new aeration control method – Darby, J. | 956-961 |
| Mathematical modelling the stored-grains ecosystem – Thorpe, G.; Li , Chen | 962-969 |
| Commercial development of STORECHECK, fully integrated PC-based aeration monitor, controller and decision support for UK grain stores – Cook, D.A.; Watts, P. | 970-977 |
| QualiGrain expert system for stored grain quality maintenance: planning optimal storage technical routes – Ndiaye, A.; Ndiaye, S.; Fleurat-Lessard, F. | 978-988 |
| Improving postharvest commodity quality management through training – Longstaff, B.C.; van Someren Graver, J.E.; Srzednicki, G.S. | 989-995 |
| Poster Papers |
| The performance of an isothermal desiccant bed system for cooling stored grains – Thorpe, G.R.; Chen, L. | 996-1001 |
| Recent research on storage structures and control of storage pests and moulds in China – Zuxun, Jin; Yang, Guofeng; Wang, Suya | 1002-1005 |
| Assessment of a relative-humidity sensor for the monitoring of moisture-content changes in stored malting barley through sorption equilibrium models – Ndiaye, A.; Berhaut, P.; Niquet, G.; Jacobsen, E.E. | 1006-1008 |
| A new approach, using a text processor, to a computer-based advisory system for malting barley – Wilkin, R.; Knight, J.; Woods, L.; Armitage, D. | 1009-1013 |
| Wet maize (Zea mays L.) drying under continuous nitrogen flow – de Toledo Valentini, .R.; Cia, P.; Muñoz, V.R.S.; Moretzsohn de Castro, M.F.P.P.; de A. Vitali, A. | 1014-1017 |
| Silobag: Evaluation of a new technique for temporary storage of wheat in the field – Bartosik, R.E.; Rodriguez, J.C.; Malinarich, H.E.; Maier, D.E. | 1018-1023 |
| Management of community grain stocks in dryland areas of Andhra Pradesh, India – Jayaraj, K.; Reddy, T.; Adolph, B.; Hodges, R.J. | 1024-1027 |
| Value of spatial analysis in pest management, from the perspective of a pest control operator – Weier, J.A. | 1028-1032 |
| Meaning and practical value of spatial analysis for protecting retail stores – Arbogast, R.T.; Kendra, P.E.; Chini, S.R.; McGovern, J.E. | 1033-1038 |
| |
| WORKSHOP REPORTS |
1039 |
| Resistance to control measures – Collins, P.J.; Mills, K.; Emery, R.N. | 1041-1049 |
| Museum pests – Plarre, R. | 1050-1051 |
| Intelligent automated grain management systems – Cook, D.; Maier, D. | 1052-1053 |
| Alternatives to methyl bromide – Bell, C.H.; Reichmuth, C. | 1054-1055 |
| Trapping and spatial analysis for evaluating pest management practices in retail stores – Arbogast, T.; Subramanyam, B. | 1056-1056 |
| Biological control – Schöeller, M.; Prozell, S. | 1057-1058 |
| |
| Author Index |
1059-1062 |
| Conference Participants |
1063-1071 |
| |
| Back to IWCSPP Proceedings Index |
