Cotton Grains Industry Focus Group Consultation in Darling Downs and Border Rivers Regions

Abstract

The Cotton Catchment Communities Cooperative Research Centre (Cotton CRC) has commissioned this review of extension services in the Darling Downs and Border Rivers Regions to better understand the needs of mixed enterprises (cotton, grain, grazing) related to resilient farming, to identify opportunities for farming system collaboration, and to assess the need for specialist extension services.

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Coverage Spatial

Border Rivers

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Integrating disparate geospatial data to produce a geographic information system for the Namoi catchmant

Abstract

This project collected and collated soil and other geospatial data into a common location andprojection to provide a GIS for the Namoi Catchment Management Authority (CMA) to provideinformation for land management within the Namoi Catchment. Soil information was successfullyobtained from a number of disparate sources: individuals, government departments and researchorganisations or institutions. Unfortunately it was not possible to collate all known soil data for thecatchment as some data were not made publicly available. The geospatial data obtained from varioussources, and derived as part of this project, were successfully brought into a common projection and aGIS provided to the Namoi CMA. This GIS will be useful in planning future field work to target areaswithout sufficient coverage currently as well as providing a source of information for the CMA andother stakeholders in the catchment.

Subject
Author
Coverage Spatial

Namoi

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Mapping available soil moisture content in an irrigated cotton growing field in the lower Gwydir Valley

Abstract

Final Report Mapping available soil moisture content in an irrigated cotton growing field in the lower Gwydir Valley

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Evaluation of habitat assessment tools

Abstract

This project aimed to find a suitable tool to assist growers assess vegetation condition. The desktop review of assessment tools, found most to be very technical, requiring a high level of vegetation knowledge and would be very time consuming. For these reasons they were not considered useful as general landholder tools. It was, however, determined that aspects of some tools could be combined to generate a simpler tool. This was not able to be tested in the field as Robyn McAlpine was unable to continue with the project.

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The chemical properties of treated effluent and its effect on cotton germination: a case study on federation farm

Abstract

Final Report The chemical properties of treated effluent and its effect on cotton germination: a case study on federation farm

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Integrating NRM into Irrigated Cotton Farming Systems in the Namoi Catchment

Abstract

Since 2005, the Cotton Catchment Communities CRC (Cotton CRC) and the Namoi Catchment Management Authority (Namoi CMA) have had a partnership to work with cotton growers within the Namoi valley as well as other government organisations, industry bodies, research organisations and the general community to deliver natural resource management outcomes in line with the Namoi Catchment Action Plan (CAP). The Namoi CMA and Cotton CRC worked collaboratively with research organisations to provide the industry and agency extension staff and growers with the best available information to make land management decisions.

Subject
Author
Coverage Spatial

Namoi

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Benchmarking Water Management in the Australian Cotton Industry

Abstract

There were primarily two objectives to the project:1. Collate and publish existing information on irrigation management benchmarks within the Australian Cotton industry. The following draft report was prepared: Payero, J.O. and Harris, G.A. 2007 Benchmarking water management in the Australian Cotton Industry, Cotton Catchment Communities CRC/Dept of Primary Industries and Fisheries, Toowoomba2. Implement strategies to gather and report on cotton industry water management benchmarks in an on-going fashion to monitor performance of the industry.

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Using polyethylene glycol-mediated transformation when identifying pathogenicity genes in Thielaviopsis basicola

Abstract

Honours - Using polyethylene glycol-mediated transformation when identifying pathogenicity genes in Thielaviopsis basicola

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