Host range of Verticillium dahliae and effect of rotations on overall soil health

Although it has been several years since a major outbreak of silverleaf whitefly (SLW), the ongoing risk of honeydew contamination means they remain a pest of concern for growers in almost all cotton production valley

Recent decades have seen rapid growth in the implementation of sustainability reporting, which
seeks to evaluate the extent to which an industry, private or public organisation or agency is 

The Supporting Southern Cotton Production project (DAN2001) was established in 2019 to research production issues identified from the agronomic information in grower surveys conducted by a previous project (DAN1701) o

The title of this project “Science leadership for cotton development in Northern Australia” required technical support for new cotton industries across a huge (1/3 of Australia) new and different region, climati

Textile waste is a growing global issue with no effective methods of disposal currently 
available. In Australia, 85% of new clothing purchased annually ends up in landfill, which 

In Australia, cotton (Gossypium hirsutum L.) is grown in both rain-fed and irrigated systems, 
but the majority of production is irrigated. Despite this, little is known about the impact of 

The majority of the Australian cotton crop is harvested using the John Deere round-module harvester, which has led to an increase in the overall axle loads being applied to the soil, and a subsequent increase in the r

Cooperative Research Centre for developing Northern Australia (CRCNA) commissioned the project for assessment oftheland, water and climate&nbsp

DAQ1903 was commissioned by the CRDC in response to industry concerns 

about the increasing pest status of SLW (Bemisia tabaci MEAM1) in southern 

The Australian cotton industry is committed to improving on-farm sustainability; however, as the raw material travels through the ‘value adding’ stages in the globalised fashion and textile industries, it is uncertain

Entrainment of native fish through irrigation systems is an environmental impact of irrigation activities.

The aim of this research project was to produce a proof-of-concept system for the automated monitoring of target species of bird and bat in Australian cotton landscapes.

Many growers are unable to utilise new and transformative technologies due to their farm location not having access to a phone signal and or acceptable internet capabilities.

Project Objectives:-

Previous research into the nitrogen (N) nutrition of cotton has primarily focused on the mineral N pool, particularly nitrate, due to its association with synthetic fertilisers.