1) to study the effects of exogenous BR on cotton growth and tolerance to water, salt and pathogen stresses;  

The Australian cotton industry and communities in regions where cotton is grown will continue to experience change challenges associated with drought and water policy, population dynamics, technology adoption and othe

Existing wireless technology and the emergence of low-cost IoT sensors in agriculture offer the possibility to gather relevant data from the soil-plant-atmosphere continuum in real time for irrigation scheduling and t

Project details: CRDC project ID: MLAB1901

CRDC goal: Click here to select a Goal

CRDC key focus area: Click here to select a KFA

Rising atmospheric CO2, warmer air temperatures, higher Vapour Pressure Deficit (VPD) and reduced water availability as a consequence of climate change is likely to affect cotton production.

During the past few cotton seasons in the CGA region there were approximately 20 spray drift reports per season, with nearly 40 unreported events per season.

As farming systems become more complex and the administrative burden grows, cotton farmers are not spending the time (and sometimes do not have the skills) to undertake high level climate, investment or business analy

Diseases of cotton are of a significant constraint to cotton production and have been identified as key areas for investment by the cotton industry.