The CRDC 2013-18 Investment. Innovation. Impact report provides a summary of CRDC's investments and impact under the 2013-18 CRDC Strategic RD&E Plan.

The autumn edition of CRDC's magazine, Spotlight, focuses on the impacts that research, development and extension delivers for growers and the industry.

Ten years into the implementation of Vision 2029, industry growth is being realised and Australian cotton is well on the way to achieving an industry that is differentiated, responsible, tough, successful, respected,

Each year, Crop Consultants Australia - with support from CRDC - conduct a qualitative survey of cotton consultants regarding their practices and attitudes, as well as those of their cotton grower clients.

I attended the 3rd Agriculture and Climate Change conference held in Budapest, Hungary from the 24th-26th March 2019.

In this project, a novel treatment was investigated to improve whiteness, brightness, softness and dye uptake of cotton yarn and fabric.

Research was undertaken to develop a machine vision-based weed spot sprayer for the Australian sugar and cotton industries.

Cotton fibre is the most important natural textile fibre, but it requires intensive scouring to disrupt the hydrophobic cuticle to allow dye to penetrate.

This travel scholarship funding enabled the attendance at the 3rd International Whitefly Symposium, held in Fremantle in September 2018 was a good opportunity to present Australian researchers whitefly research from t

The 2019-20 CRDC Researchers' Handbook is a key resource for all researchers working with, or interested in applying for funding from, the CRDC.

The project UNE1403, Prodessor of Soil Systems Biology, was established between UNE and CRDC in 2014.

Over the three years of this project, data has been collected on the resistance status of silverleaf whitefly, Bemisia tabaci (MEAM1) to registered insecticides.

A weed control threshold for cotton production was first released to the Australian industry in 2008.

A capacity to accurately assess economically important insects and their impact on crop physiology is pivotal to making informed and cost-effective decisions within an Integrated Pest Management (IPM) framework.

FluroSense crop analytics and decision support platform has been enhanced with work-ready nutrient mapping and recommendation workflows, accessible for cotton grower via data integrations with major farm management sy

UNE1601 came about from a merger of two proposals.

This project aimed to enhance and support the sustainability of the Australian cotton industry by: providing continued capacity in plant virology expertise and diagnostics, building industry awareness of viral disease

• Cotton aphid, two-spotted mite (TSM), banana or strawberry spider mite (SSM), cotton seedling thrips, western flower thrips (WFT) and green mirid were collected from Australian cotton growing regions.

Since the first detection in the Dawson/Callide region of Central Queensland in 2012, reniform nematode has become a serious concern for cotton growers and researchers as well.

Insecticide resistance results in reduced product efficacy and represents a major cost to agricultural production in terms of economic, environmental and social consequences.