249 resultados para Works in Progress
Resumo:
Insects can cause considerable damage in hardwood plantations and because pesticide use is controversial, future pest management may rely on manipulating insect behaviour. Insects use infochemical cues to identify and locate mates and host plants and this can be used to manipulate their behaviour and reduce pest impacts in plantations. Infochemicals include chemical signals produced by insects, such as pheromones and kairomones, or those produced by host plants as odours or volatiles that are attractive to insects. This research is learning how insects perceive and interact with chemical cues or infochemicals in their environment and how these interactions can be manipulated for monitoring and control. Pest species being investigated include the giant wood moth (Endoxyla cinerea), Culama wood moths, the eucalypt leaf beetle (Paropsis atomaria), red cedar tip moth (Hypsipyla robusta) and several longicorn wood borers. The project will contribute to new strategies for minimising damage and controlling pest densities in Queensland's hardwood plantations.
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Genomics approaches for marker assisted selection of improved mango fruit.
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Interactions of nutrients and disease expression in hardwood plantations.
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Preliminary trials to test the viability of vacuum drying Australian commercially important hardwood species.
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BCC Benefits Composted Organics Farm Systems.
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Investigations into pheromone monitoring and efficacy of insecticides to improve Integrated Pest Management (IPM) of eggfruit caterpillar.
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Field trial of new cut flower, floriculture, foliage varieties.
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Breeding Low Chill high quality stonefruit.
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To improve the yield of marketable high value sawn and/or veneer timber from young plantation grown eucalypts: through the greater understanding and management of growth stresses; grain angle; juvenile wood; and other important wood properties.
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Preliminary trials to test the viability of vacuum drying Australian commercially important softwood species.
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The turf industry needs to access a range of more selective, effective and environmentally acceptable pesticides, which will help to address environmental concerns while maintaining the industry's internationally competitive status. This includes both new pesticides being developed globally for turf use and older generic chemicals previously registered for other agricultural purposes and now requiring extension of that registration for use in turf.
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Investigate the feasibility and utility of a macadamia physiological model.
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Better Macadamia crop forecasting.
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Control of Burrowing Nematodes.
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Improved cultivar.