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dc.creatorMorin, J.P 42536, autor. aut
dc.creatorDescoins, C. 42537.
dc.creatorMariau, D. 38671.
dc.creatorRochat, D. 42538.
dc.creatorZagatti, P. 42539.
dc.date©1997
dc.descriptionWork being carried out jointly by CiradCP and INRA on the chemical substances, particularly pheromones, involved in the behaviour of certain oil palm pests, with a view either to improving observation and outbreak forecasting methods or to developing new control techniques, is described. The compounds in the pheromonal secretions of some leafeating Lepidoptera have been identified and determined. Formulations tested in the field have proved effective. Work on Curculionidae (Rhynchophorus and Metamasius) has resulted in the identification of aggregation pheromones, which have been synthesized and are currently being used in combination with the plant to trap adults and reduce the damage caused by these pests. Research is continuing with a view todeveloping an entirely synthetic attractant capable of trapping Rhynchophorus without the plant. Studies with Oryctes rhinoceros have helped to identify an active compound which is the main component of the aggregation pheromone and opens up new prospects for controlling the pest.
dc.descriptionIncluye 31 referencias bibliográficas.
dc.descriptionWork being carried out jointly by CiradCP and INRA on the chemical substances, particularly pheromones, involved in the behaviour of certain oil palm pests, with a view either to improving observation and outbreak forecasting methods or to developing new control techniques, is described. The compounds in the pheromonal secretions of some leafeating Lepidoptera have been identified and determined. Formulations tested in the field have proved effective. Work on Curculionidae (Rhynchophorus and Metamasius) has resulted in the identification of aggregation pheromones, which have been synthesized and are currently being used in combination with the plant to trap adults and reduce the damage caused by these pests. Research is continuing with a view todeveloping an entirely synthetic attractant capable of trapping Rhynchophorus without the plant. Studies with Oryctes rhinoceros have helped to identify an active compound which is the main component of the aggregation pheromone and opens up new prospects for controlling the pest.
dc.languageng
dc.publisher
dc.relation
dc.subjectagricultural entomology
dc.subjectcontrol
dc.subjectfatty oil plants
dc.subjectinsect pests
dc.subjectmonitoring
dc.subjectoil palms
dc.subjectpheromone traps
dc.subjectpheromones
dc.subjectplant pests
dc.subjectresearch
dc.subjecttraps
dc.subjectControl
dc.subjectInsect pests
dc.subjectInsect pests
dc.subjectPheromone traps
dc.subjectPheromones
dc.subjectPlant parasites
dc.subjectResearch
dc.subjectResearch
dc.subjectResearch
dc.titleThe pheromones of insect pests affecting palms. Research under way and prospects.
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