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Gunning, Robin (1999-06-30)
PROJECT OBJECTIVES To monitor pyrethroid, endosulfan, organophosphate and carbamate resistance in H. armigera and H. punctigera. from all cotton areas and to refine resistance management strategies.
Triantafilis, John (1999-06-30)
3.1 Objectives: 1) develop methods and techniques to assess soil salinity and identify irrigation inefficiencies at the field scale 2) develop inexpensive methods and techniques to estimate groundwater recharge rate o
Goyne, P. J. (1999-06-30)
Aims * To quantify the relationship between cotton plant spatial arrangement and soil water dynamics, and its effect on raingrown cotton yield and quality.
Pyke, Bruce (1999-06-30)
Update Canberra biotechnology group on the ecology and severity of fusarium wilt of cotton with a view to deciding whether novel genes being researched may be used in cotton
Hughes, Peter (1999-06-30)
List the project objectives:Improve efficacy of pesticides by increasing the amount of spray reaching the target by reducing the losses due to evaporation of spray before it reaches the target.
Graham, Glenn (1999-06-30)
The aim of this study was to construct a microsatellite library for the pest moth Heliothis armigera and to use this library to investigate temporal shifts in population structure.
Reddan, Bruce (1999-06-30)
The aim is to house current and future staff for expanded research projects. The better accommodation will improve the facility for work from existing projects and also allow new initiatives to be undertaken
Dillon, Martin (1999-06-30)
Project Objectives 1. To quantify the effectiveness of trap crops. 2. To quantify the impact of trap crops on egg densities in surrounding cotton. 3.
Hulugalle, Nilantha (1999-06-30)
A survey of cotton growers in 1992 (CRDC Project DAN 76C) showed widespread interest in the use of rotation crops, plus a need for more information about the benefits of legume rotations and the effect of rotation man
Hickman, Mark (1999-06-30)
Objectives of the Study Tour For the duration of the study tour, I travelled with three other Australian Cotton Extension Officers.
Leonard, Alex (1999-06-30)
During the 1995/96 and 1997/98 cotton-growing seasons there was an inverse relationship between the population densities of dominant benthic macroinvertebrates and concentrations of endosulfan in the Namoi River.
McFadden, Helen (1999-06-30)
Plants respond to infection by increasing the levels of several proteins, known as PR (pathogen response) proteins (Ward et al., 1991).
McKenzie, David (1999-06-30)
One hundred & seventy people were given training in soil assessment and management, Hands-on training in soil management was given to one hundred & seventy members of, the Australian cotton industry at a serie
Schoenfisch, Murray (1999-06-30)
The focus of this project included several aims.
Rezaian, Ali (1999-06-30)
During January to June 1999 tests were carried out to determine infectivity of the existing geminivirus in Australia in cotton.
Dugdale, Helen Dugdale (1999-06-30)
The current, first edition of the Best Management Practices Manual was developed as part of the joint research program"Minimising the Impacts of Pesticides on the Riverine Environment'', which was funde
This report is based on data gathered with the assistance of the membership of Cotton Consultants Australia Inc. (CCA) and covers all major cotton growing regions in Australia.
PROJECT OBJECTIVES: * To use standard bioassay techniques to establish the particular resistance I susceptibility profiles of Australian native and B-biotype B. tabaci.
Woods, Nicholas (1999-06-30)
The handbook is divided into two parts and nine sections. It is anticipated that growers will want to refer more frequently to sections on ground spraying technology, safety, handling and application.
Wilson, Lewis, Mensah, Robert (1999-06-30)
Aim: To build a new glasshouse to provide a facility for basic research into plant I herbivore interactions