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Integrated Pest Management
Major Funded projects

Resistance and Pathogen Virulence in the canola:blackleg pathosystem

Identification of molecular markers for blackleg resistance in canola

Use of Molecular Markers to Enhance the Efficiency of Oilseed Brassica Breeding

Forecasting Sclerotinia Stem Rot in Australia

Biocontrol of saffron thistle

Development of a mycoherbicide for Asteraceae weeds

Sustainable starfruit control using a mycoherbicide to avoid development of chemical herbicide resistance

Molecular mode of action of a new fungicide for the control of Botrytis

The production, germinability and infectivity of survival structures of Rhynchosporium alismatis, a candidate mycoherbicide for the control of Alisma lanceolatum and Damasonium minus in rice

Development of integrated weed control strategies for the rice weeds Cyperus difformis and Alisma plantago-aquatica

Assessing allelopathy risks in conservation farming systems

Weed resistance to the knockdown herbicides glyphosate, paraquat and diquat in cropping systems

Evaluation of glyphosate resistance in annual ryegrass

Morphological and physiological changes in Trifolium subterraneum induced by applications of broadleaf herbicides

Study of the Biology of Fumitory (Fumaria spp)

Biology of arrowhead (Sagittaria montevidensis)

Weed Control in Forage Legumes

Herbicide carryover in crop stubble

Long term investigations of the effect of tillage practices on crop production at Wagga Wagga, NSW

Forecasting Sclerotinia Stem Rot in Australia

Research Supervisors:
Dr Gavin Ash, Dr Gordon Murray

Research Staff:
Ms Tamrika Hind

Funding:
$105,280 (GRDC)

Duration:
1998-2000

Project Summary:
The aim of this project is to develop a forecasting system for Sclerotinia rot in Australia. The system will initially concentrate on forecasting in canola and so involved a detailed study of the Canadian forecasting systems in 1998. The other major component of the project was a detailed survey of Sclerotinia infection of canola petals and the development of stem infection. Up to 82% of petals were found to be infected by Sclerotinia, with this translating to up to 30% stem infection. However, the relationship between petal infection and stem infection is not clear and will be the subject of experimentation in 1999.

Heavy infestation of sclerotinia stem rot in canola.