Community Conversations - a historical geography of cotton farming in NSW and QLD adaptation and adoption

This bulletin explores the relationship between local irrigation practice and adaptive learning. When combined the shared conceptualisation of real world problems leads to better industry outcomes.

Compared to conventional 1 m spacings, UNR did not mature earlier in Australian systems, because fruiting site development was slowed in response to early plant competition impeding the opportunity for early fruit mat

Management of insects, weeds, diseases, PGR and defoliants, sections included on biosecurity, and myBMP

In a trial undertaken to determine the efficacy of selected chemistry for the control of Solenopsis mealybug on cotton picking machinery, Pulse Penetrant provided close to complete control of all lifestages targeted.

Aphis gossypii Glover (cotton or melon aphid) is an important pest of cotton due to its ability to reduce yield through feeding damage.

Commencing in October 2009, the 12 month pilot program will measure the industry's responsiveness to government funded irrigation modernisation programs aimed at water recovery.

The widespread adoption of glyphosate tolerant cotton in the last 10 years has substantially modified the weed control practices used in irrigated and dryland cotton crops.

The survey data showed a wide range of irrigation performance and water volume estimation and measurement across the industry. It found the average GPWUIfarm for the cotton industry was 1.14 bales per megalitre.

Bioassays developed and extensive screening undertaken between 2007-10 * No changes in resistance factors in cotton from 2007 to 2010 * Elevated resistance factors recorded in horticultural regions for pyriproxyfen (A

Whilst managing for fibre quality is in the title of this presentation, most of the focus is on yield.

Soil organic carbon (SOC) increased throughout a 10-year monitoring period (1998-2008) in an experiment that compared five cotton-based cropping systems.

This project commenced in 2002 to monitor DD across a range of irrigated cropping lands in the upper Murray Darling basin.

RWUE4 "Responding to climate change in the CQ irrigation sector'Center pivot / Lateral move agronomy meeting August 19th at 5:30 PM Pumps Workshop - 31 August Season Summary

This publication serves as a key document to reference current cotton production practices, and as such, is a most important resource for all cotton producers, especially those entering the industry for the first time

This study set out to compile data from a wide suite of published and unpublished research and monitoring data sets to provide and overall picture of the sustainability trends of the Australian cotton industry.

This document captures our current understanding of the hydrogeology of the catchment and provides a multidimensional spatial analysis of the groundwater monitoring bore standing water level (SWL) data.

This CRC Cotton Catchments funded project (1.03.42) identified a number of novel remote sensing applications that have the potential to improve both the economical and environmental sustainability of cotton farming in

Plan to manage Fusarium Wilt - Franks, Seed Treatment, delayed planting, cultivation issues, previous rotations

During the year the CRC remodelled the information delivery system to maximise the effectiveness of the conduit between research findings and practice change.