The aim of this training was to build industry biosecurity capacity and provide a gap analysis for boll weevils.

Climate change will affect cotton through rising atmospheric CO2 levels, higher temperatures, lower humidity (high Vapour Pressure Deficit (VPD)) and reduced water availability.

A well-managed supply of clean, usable groundwater is vital for the continued success and growth of the Australian Cotton Industry.

The 2018-19 CRDC Researchers' Handbook is a key resource for all researchers working with, or interested in applying for funding from, the CRDC.

The winter edition of CRDC's magazine, Spotlight, looks at the future of cotton innovation, with the launch of the new five-year CRDC Strategic RD&E Plan.

The 2018 Australian Cotton Production Manual is a critical reference tool for cotton growers: a one-stop-shop of on-farm cotton production information.

This document provides a brief outline of the projects CRDC invested in for 2018-19 (current as of May 2018).

CRDC's Strategic RD&E Plan is CRDC’s primary RD&E planning document and provides a high-level overview of CRDC’s strategic direction for the next five years.

Fibre quality is affected by a large number of interacting factors:variety, seasonal conditions, crop and harvest management, and ginning can all determine whether or not the spinner's requirementsare met.

This report presents the results of an impact assessment of a cluster of six Bt Technologies projects funded by the Cotton Research and Development Corporation (CRDC) over the years ending June 2010 to 2018.

Smarter Irrigation for Profit was funded via Round 1 of the Rural Research and Development for Profit Program.

This study tour and work experience opportunity was undertaken to give the student researcher a broader look at cotton, agricultural technology and general agriculture in America and Canada, in the hope of finding pra

This project funded the purchase of four row cotton precision planter for the establishment of cotton experiments in southern NSW.

This project investigated a range of factors leading to dieback and low recruitment rates of river red gums in cotton-growing regions of the northern Murray-Darling Basin.

The project objective of increasing understanding of Canopy Temperature Sensors(CTS) in cotton production systems was achieved by using the technology on farm.

The focus of the project was the strengthening of the existing extension efforts on new irrigation scheduling technologies.

A two year project that investigated the influences of weathering, insect honeydew and fungal agents on cotton colour grades, yarn and fabric quality parameters provided a better understanding of these factors and the

Organic matter in soil can supply more than 50% of the nitrogen (N) to cotton crops, but this pool of N supply is dynamic and difficult to predict.

There is an increasing use of spreaders for application of urea in the cotton industry.

This travel scholarship enable one researcher from the University of Queensland to attend the bi-annual Australian Cotton Research Conference to present the final results of the researchers study of the green vegetabl