2003 Final Reports

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Protease resistant insecticidal proteins for controlling Helicoverpa species

Zuckerman, Michael (Michael Zuckerman, 2003-06-30)

Helicoverpa armigera shows a much higher tolerance than Heliothis virescens towards the Cry lAc toxin present in INGARD and BOLLGARD II cotton. Unlike H. virescens, the major pest of cotton in the USA, some H.

Pesticide Resistance in Cotton Aphid and Two spotted Mite

Herron, Grant (NSW Agriculture, 2003-06-30)

To help understand the underlying basis of the resistance to pirimicarb, and hence improve the chance of effective management, Dr Robin Gunning and Dr Graham Moores (Rothamstead, UK) did a preliminary screen on resist

Testing the tomato I-2 resistance gene for its ability to confer Fusarium resistance in cotton

Jones, David (Australian National University, 2003-06-30)

Fusarium wilt is caused by pathogenic fungi in the genus Fusarium, which infect the roots of susceptible plants and are able to spread throughout the vascular system, stimulating the production of gums and gels that b

Continued development and field evaluation of micro-computer cotton management packages

Bange, Michael (CSIRO Plant Industry, 2003-06-30)

This project followed on from the proposal CSP98C ‘Development and field testing of micro-computer cotton management packages’ which aimed to support the development of CottonLOGIC and other computerised decision supp

Understanding the salinity threat in irrigated cotton growing areas of Australia Part IV – Interpretation & Extension

Triantafilis, John (University Of NSW, 2003-06-30)

In order to determine where soil and water salinisation may arise, information which is

related to each biophysical or causal factor (i.e. agronomy, geology, etc.) needs to be