The inaugural Australian Rural Leadership Program was conducted during 1993 and 1994.The rationale for this innovative concept was to form a strong bond between the 30participants, enrich their leadership capabilities and establish a leadership network. Theprogram brought together a diversity of rural background, and set in place a foundationfor succeeding graduates to extend the network for the betterment of rural Australia.rm

With CRDC permission, the travel award was transferred from Dr Skerritt to Ms A Hill, the diagnostics project leader; there was, however, not a change in itinerary. The major activities undertaken were: attendance at the Eighth IUPAC International Congress of Pesticide Chemistry (Washington, DC, USA; July 4-9) and a visit to the laboratories of Prof Bruce Hammock and Dr Alex Karu (University of California, Davis and Berkeley, respectively; July 11-14). The IUPAC meeting had several sessions that were particularly relevant to our current research on the development of immunoassay kit methods for pesticide analysis in environmental and food samples, including: pesticide dissipation in plants and soil; biotechnology- based analytical methods; ecological risks in relationship to pesticide chemical properties; fate of pesticides in water, soil and air; pesticide binding in soil and sediment; and both current and new methods in residue extraction and analysis in environmental and food samples. We presented a paper describing our work on test kit analysis of endosulfan and metabolites in cotton environments. Attendance at the meeting benefited our work through obtaining first-hand information on synthetic strategies for pesticideprotein conjugates, water and soil sample preparation and extraction for immunoassay. The laboratory visits were especially valuable for research related to our CRDC and Cotton CRC objectives, on development of: synthetic strategies for pesticide-protein coupling, sample extraction and analysis, and establishment of a new method for production of pesticidespecif ic antibodies, namely the expression of recombinant antibodies in E. coli.

The objective of this study was to examine the distribution of tyre imposed stresses, soil displacements and soil mechanical properties as function of the soil surface geometry. The study was performed using the advanced soil bin facility at Silsoe College (Cranfield University), England. Valuable experience was gained in using this type of equipment (which is not available in Australia) and several new links with overseas soils and agricultural researchers were established. The following report outlines the experiments that were performed and briefly discusses some of the outcomes from this research. Further analysis of data from these experiment is taking place at CSIRO Division of Soils

From this visit I gained: 1. A good overview of the state of agricultural soil mechanics worldwide. I was struck by the lack of direction and novelty in some of the work in this field. I am convinced that the work pursued in Canberra for the CRDC is amongst the best being undertaken anywhere in the world. 2. An appreciation of the shift in emphasis in research in agricultural soil mechanics, which in some respects mirrors the situation in the cotton research ~ the problems of tillage and compaction have been well studied, and are now of lower priority. Some environmental issues are rising in importance.and much soil mechanics research is now turning in these directions. 3. A detailed appreciation of many particular pieces of research, both through the conference papers and through the visits to research centres. There were a number of papers on compaction and stress measurement at the conference. I presented a paper on the uncertainty in compaction predictions that arises from the variability of soil properties. At the various research centres I saw work on permanent beds, agricultural soil mechanics following my own work, the mechanics of root growth, tillage and soil structural problems. I also discussed the experimental design and progress of work by Bruce Blunden undertaken under project CS06C, and reviewed some of the early results.

Aim of Travel: To participate in the Vlth International Co11oquium on Invertebrate Pathology and Microbial Control. The Colloquium also incorporated the Second International Conference on Bacillus thuringiensis

The aims of this trip were to initiate research on HaSV RNA designed to improve our ability to express insect viral genes in transgenic cotton, and to attend two important conferences relevant to the long-term biological control of major cotton pests like Helicoverpa armigera: the International Workshop on the Molecular Biology and Genetics of Lepidoptera (Crete) and the International Colloquium on Invertebrate Pathology and Microbial Control (Montpellier

Frontiers of Population Ecology Meeting program and abstracts

In March 1995 I attended two Keystone Symposia, "Frontiers of Plant Morphogenesis" and "Signal Transduction in Plants", held concurrently at Hilton Head Island, South Carolina, U.S.A. This was made possible by the Smith-White Travel Grant A ward that I received from the Genetics Society of Australia last year, and substantial assistance was obtained from the Cotton Research and Development Corporation

This project has supported a wide range of cotton programs based at Narrabri covering all CRDC funded projects during this period. It has ensured that the best management practices are adopted for the experimental areas and that the quality of field research complements the high research standards maintained by the research group.

Project Objectives: Part A: (i) To study the effect of wet/dry cycles with drying by evaporation alone in ameliorating degraded furrows in retained hill cotton (at the Fressor site). (ii) To quantify the soil structure changes in (i) and relate them to soil physical properties. Part B: (i) To study the relative effect of rotation crops (evaporation alone and no crops) in ameliorating degraded furrows in retained hill cotton (at the Leadbetter site). (ii) To quantify the structure changes in (i) and relate them to growing rotation crops.