Symposium 1. Recent Advances in the Chemical Ecology of Scolytidae
| S-1-1 | Wittko Francke: Recent results in the chemistry of bark beetle pheromones. |
| S-1-2 | Steven J. Seybold: The origin of bark beetle aggregation pheromones: new approaches, new results. |
| S-1-3 | Ken F. Raffa: Mixed messages across multiple trophic levels: the ecology of bark beetle communication systems. |
| S-1-4 | John H. Borden: Operational applications of scolytid semiochemicals: pie in the sky or pie for dessert? |
Contributed Paper Session 1. Coleopteran Pheromones
| C-1-1 | Per Ivarsson: Characterization of pheromone biosynthesis in bark beetles (Coleoptera: Scolytidae) by radiolabeled in vitro synthesis. |
| C-1-2 | Paul L. Dallara: Isolation of and field response to semiochemicals of three species of Pityophthorus Eichoff (Coleoptera: Scolytidae) in central coastal California. |
| C-1-3 | Dariusz Czokajlo: Pheromone complex of Tomicus piniperda and its activity on native and European predators, Thanasimus dubius and T. formicarius. |
| C-1-4 | J.E. Macias-Samano: Primary attraction of the fir engraver, Scolytus ventralis LeConte (Coleoptera: Scolytidae). |
| C-1-5 | Dezene P.W. Huber: Two pheromones of coniferophagous bark beetles occur in the bark of non-host angiosperm trees. |
| C-1-6 | Jean Turgeon: Volatile constituents in headspace of black spruce seed cones in situ vs. ex situ. |
| C-1-7 | Klaus Peschke: Multiplicity of glands and semiochemicals involved in sexual communication and sexual selection of the staphylinid beetle, Aleochara curtula. |
| C-1-8 | Walter Soares Leal: Anti-inflammatory and analgesic sex pheromone. |
| C-1-9 | Hubert Wojtasek: PBP from scarab beetles represent the most widely distributed class of antennal proteins in insects. |
| C-1-10 | Ben V. Burger: Semiochemicals of the dung beetles of the genus Kheper. |
| C-1-11 | Yasumasa Kuwahara: Evolution of sex pheromone systems among Caloglyphus mites. |
| C-1-12 | Jean-Francois Picimbon: Putative odorant binding proteins from cockroaches are highly conserved in primitive orders. |
Contributed Paper Session 2. Insect-Plant Chemical Interactions
| C-2-1 | Philip H. Evans: Chrysomelid utilization of a high terpenoid food source. |
| C-2-2 | Joanna Dojillo-Mooney: Association between ionycta wyattictuidae) and the toxic plant Ambrosia chamissonis (Asteraceae). |
| C-2-3 | Deborah A. Wheeler: The antifeedant properties of Trichilia americana. |
| C-2-4 | Claus M. Passreiter: Antifeedant activities of sesquiterpene lactones from Neurolaena lobata. |
| C-2-5 | J. Alan A. Renwick: Selective chemical defenses of an introduced crucifer against different larval stages of a native butterfly. |
| C-2-6 | Meena Haribal: Seasonal and population variation in the flavonoid content of Alliaria petiolata affecting Pieris napi oleracea. |
| C-2-7 | Hans T. Alborn: Volicitin, an elicitor of plant volatiles from beet armyworm oral secretion. |
| C-2-8 | Heather J. McAuslane: Systemic resistance in cotton induced by feeding of Spodoptera exigua. |
| C-2-9 | Boguang Zhao: Oviposition deterring effects of quinolizidine alkaloids on spruce budworm, Choristoneura fumiferana (Lepidoptera). |
| C-2-10 | Kotaro Konno: Glycine in digestive juice of herbivorous insects: protection against strong protein-denaturing activity of oleuropein, a phenolic compound in the privet leaf. |
| C-2-11 | Rufus Isaacs: Trehalulose synthesis by whiteflies: a mechanism for survival on water-stressed hosts. |
| C-2-12 | Marcio Cardoso: Adult acquired resources and cyanogenesis in Heliconius butterflies. |
Symposium 2. Semiochemical Attractants and Cues for Blood-Feeding Arthropods
| S-2-1 | Patrick Guerin: Chemostimuli in the life-cycles of ectoparasitic arthropods: ticks and triatomine bugs as case studies. |
| S-2-2 | Woodbridge A. Foster: Responses of blood-feeding Diptera to floral odors. |
| S-2-3 | J.J. Berry Smith: Haematophagy in insects: a comparative review. |
| S-2-4 | Steven Schofield: Odour source location by blood-feeding Diptera: working outside of the black box. |
| S-2-5 | Rajindar K. Saini: New semiochemicals to manage tsetse flies. |
| S-2-6 | R. Ali Steinbrecht: Odorant-binding proteins and host seeking preference in the malaria vector Anopheles gambiae. |
| S-2-7 | Jurgen Ziesmann: Kairomones in human sweat active on female and male anopheline mosquitoes. |
| S-2-8 | A. Jennifer Mordue: Host location cues in the Scottish biting midge Culicoides impunctatus. |
| S-2-9 | Jocelyn G. Millar: Semiochemicals mediating mosquito oviposition site location and oviposition stimulation. |
Contributed Paper Session 3. Vertebrate Pheromones
| C-3-1 | L.E.L. (Bets) Rasmussen: Behavioural and molecular biological aspects of (Z)-7-dodecenyl acetate as a sex pheromone in asian elephants. |
| C-3-2 | Michael J. Greene: Female sex attractiveness pheromones of the brown tree snake (Boiga irregularis). |
| C-3-3 | Michael P. LeMaster: Pheromonal mediation of trailing behaviour in garter snakes (genus Thamnophis). |
| C-3-4 | Anne G. Bagneres: Molecular basis of social odor recognition in the woodchuck, Marmota marmota (L.). |
Contributed Paper Session 4. Aphid Responses to Semiochemicals
| C-4-1 | J. Hans Visser: Responses of aphids to plant odours. |
| C-4-2 | Diane W.M. Smiley: Pheromone stereochemistry and purity effect field catches of male aphids (Homoptera: Aphdidae). |
| C-4-3 | Glen Powell: Aphid responses to plant surface factors. |
| C-4-4 | Beata Gabrys: The role of Brevicoryne brassicae sex pheromones and plant odours in attracting aphid parasitoids in the field. |
Symposium 3. Marine Chemical Ecology
| S-3-1 | William Fenical (ISCE Silver Medal Award Recipient): Chemical ecology of marine bacteria: first insights. |
| S-3-2 | J. Malcolm Shick: Sources and functions of mycosporine-like amino acids in marine invertebrates. |
| S-3-3 | Valerie J. Paul: Chemical defenses in coral reef seaweeds. |
| S-3-4 | Guido Cimino: Opisthobranch molluscs: extraordinary models to investigate the ecology of benthic organisms. |
| S-3-5 | Michael G. Hadfield: Chemical interactions in invertebrate larval settlement. |
| S-3-6 | Joseph R. Pawlik: Predation on Caribbean sponges: the importance of chemical defenses. |
Contributed Paper Session 5. Marine Chemical Ecology
| C-5-1 | Kelly M. Jenkins: Sulfated flavone glycoside chemically defends the seagrass Thalassia testudinum against zoosporic marine fungi. |
| C-5-2 | Peter Schupp: Different allocation of secondary metabolites in the sponge Oceanapia sp. and ecological implications. |
| C-5-3 | Nancy M. Targett: Digestion of phorotannin-rich algae by marine invertebrate herbivores. |
| C-5-4 | Thomas M. Arnold: Emerging patterns of phorotannin synthesis and resource allocation in marine brown algae. |
| C-5-5 | Julia Kubanek: Stable isotope incorporation evidence for de novo biosynthesis of secondary metabolism in British Columbia nudibranchs. |
| C-5-6 | Mikel A. Becerro: Chemical warfare and overgrowth in tropical sponges. |
| C-5-7 | David W. Ginsberg: Chemical defenses in the sea hare Aplysia parvula and its host alga Portieria hornemannii and their effects on predation. |
| C-5-8 | Daniel B. Matlock: Evidence for environmental influence on secondary metabolite production in the tropical red alga Portieria hornemannii. |
Contributed Paper Session 6. Chemical Ecology of Social Insects
| C-6-1 | Christopher I. Keeling: A second queen honey bee pheromone. |
| C-6-2 | Shigeru Matsuyama: Chemical ecology in the Japanese honeybee, Apis cerana japonica Rad. (Acj): comparison of worker mandibular gland components with those of A. mellifera L. (AM). |
| C-6-3 | Hiromi Sasagawa: Hygienic grooming behavior induced by parasitic Varroa mites in the Japanese honey bee, Apis cerana japonica Rad. |
| C-6-4 | Joachim Ruther: Nestmate recognition in the European hornet Vespa crabro L. |
| C-6-5 | Justin O. Schmidt: Pheromone components in the venom of Asian honey bees. |
| C-6-6 | Judith Reinhard: Organization of food exploitation in the termite Schedorhinotermes lamanianus: interaction of two pheromone systems. |
| C-6-7 | Scott Baird: Isolation of a primer pheromone in the red imported fire ant (Solenopsis invicta). |
| C-6-8 | Klaus Jaffe: Chemical ecology of nestmate discrimination in the leaf-cutter ant Atta laevigata. |
| C-6-9 | Frank Schroeder: New oligocyclic alkaloids from ants. |
Plenary Paper Session
| PL-1 | Keith Slessor: Chemical ecology @ SFU |
| PL-2 | John T. Arnason: Insect defenses of tropical and temperate American plant families. |
| PL-3 | Clarence A. Ryan (Silverstein-Simeone Award Recipient): Polypeptide signalling for plant defense genes. |
Contributed Paper Session 7. Lepidopteran Pheromones
| C-7-1 | Johanne Delisle: Control of pheromone biosynthesis in virgin and mated females of two Choristoneura species. |
| C-7-2 | Coby Schal: Synthesis and transport through the hemolymph of a hydrocarbon pheromone in a tiger moth (Lepidoptera: Arctiidae). |
| C-7-3 | Brian K. Penney: Pheromone catabolism via b-oxidation in the European corn borer, Ostrinia nubilalis (Lepidoptera: Pyralidae). |
| C-7-4 | Naomi C. DeLury: Pheromonal and kairomonal attraction of Ascogaster quadridentata Wesmail (Hymenoptera: Braconidae) a parasitoid of Cydia pomonella L. (Lepidoptera: Tortricidae). |
Contributed Paper Session 8. Hemipteran Pheromones
| C-8-1 | Heather L. McBrien: Applied chemical ecology of the mullein bug, Campylomma verbasci (Heteroptera: Miridae). |
| C-8-2 | Astrid T. Groot: Monitoring potential sex pheromone components of Lygocoris pabulinus (Heteroptera: Miridae). |
| C-8-3 | Timo Taghizadeh: Comparative pheromone chemistry of Oncopeltus milkweed bugs (Heteroptera: Lygaeidae: Lygaeinae). |
| C-8-4 | Jeffrey R. Aldrich: Semiochemistry of aposematic seed bugs. |
Contributed Paper Session 9. Lepidopteran Pheromones (contd.)
| C-9-1 | Klaus Jaffe: Sexual selection and pheromones: theory and data. |
| C-9-2 | Jeremy N. McNeil: Possible role of male pheromones in the reproductive isolation of two races of fall armyworm. |
| C-9-3 | Eckehard G. Brockerhoff: Differences in volatility among test compounds influence electroantennogram responses of Dioryctria abietivorella (Lepidoptera: Pyralidae). |
| C-9-4 | Petra Lange: Development of pheromone-based monitoring and detection of nun moth, Lymantria monacha L., populations. |
| C-9-5 | Aivle Cabrera : Sex pheromone components of the tomato small fruit borer Neoleucinodes elegantalis (Lepidoptera: Pyralidae). |
| C-9-6 | D. Max Suckling: Predicting the vertical distribution of pheromone in orchards. |
| C-9-7 | Crawford McNair: Reciprocal recognition of host and non-host volatiles by conifer-and rosacean-feeding tortricids. |
| C-9-8 | Inoue A. Takashi: The role of the sensilla of the foretarsi on the ventral surface of the prothoracic legs of the Papilio butterflies. |
| C-9-9 | Rob W.H.M. Van Tol: Host plant preference and antennal responses of the black vine weevil (Otiorhynchus sulcatus) to plant volatiles. |
| C-9-10 | Robert A. Raguso: Convergent evolution in hawkmoth-pollinated plants? Chemical analysis of floral advertisements and rewards. |
Contributed Paper Session 10. Miscellaneous Subjects
| C-10-1 | David E. Lincoln: Bean defence gene expression under elevated carbon dioxide. |
| C-10-2 | Thomas Hartmann: The mechanistic basis of generating chemical diversity: exemplified by senecionine-type pyrrolizidine alkaloids. |
| C-10-3 | Uvidelio F. Castillo: Determination and quantification of ptaquiloside in milk from cows fed with bracken (Pteridium aquilinum). A possible threat to secondary bracken consumers, calves and humans. |
| C-10-4 | Alastair J. Hick: Plant responses to stress. |
| C-10-5 | John A. Pickett: High specificity to ubiquitous semiochemicals: the norm across diverse insect taxa. |
| C-10-6 | Chul-Sa Kim: Repellents in Cryptomeria japonica against Armadillidium vulgare. |
| C-10-7 | K. Hakan Olsen: Kin discrimination in juvenile arctic charr, Salvelinus alpinus (L.) influenced by MHC. |
| C-10-8 | Priscilla Hurtado Hernandez: Biodiversity prospecting in a conservation area of Costa Rica. |
| C-10-9 | William R. Kem: Inhibition of nicotine receptors by tetraponerine ant alkaloids. |
| C-10-10 | Jay J. Farmer: Determining the absolute configuration of insect-produced epilachnene. |