This project relates to management of the following programme items for CRDC: Inside Cotton is a complete online historical record library of all information relating to research and industry. representing.

The potential contribution of surface and ground water to overall nitrous oxide emissions from irrigated production systems has not yet been quantified.

Cotton leaf curl disease (CLCuD) presents a major biosecurity threat to the Australian industry. The exotic Cotton blue disease (CBD) is also of concern.

The purpose of the funding was to co-fund a workshop entitled: Harnessing rhizosphere-soil-microbial interactions for increasing farm productivity and resilience of farming systems.

An efficient plant biosecurity system is vital for protecting Australia’s $31.8 billion plant production industries and our unique environment from exotic plant pest threats.

Middle East – Asia Minor 1 (MEAM1) or B-biotype, commonly referred to as silverleaf whitefly (SLW) is an introduced pest of Australian agriculture, particularly cotton and horticulture.

This project sought to verify whether the Mein-Larson variant of the Green-Ampt infiltration equation could work for time-varying application rates using real-world moving sprinkler systems.

This project examined the impact of the expansion of Coal Seam Gas (CSG) production in the Surat Basin on

The Burdekin region of coastal north Queensland and other areas of tropical Australia provide a significant opportunity for Australian cotton industry stabilisation and contribution to drought proofing.

This report presents the key outcomes of a collaborative research study between NSW Department of Primary Industries (DPI) and Cotton Research and Development Corporation (CRDC).

The phosphorus dynamics of dryland cotton production require further elucidation, particularly the role of residual fertiliser P and mycorrhizal infection in yield.

The importance of black root rot in cotton has increased to the point that it can determine if a field could be planted or not with the crop.

The Australian cotton industry recognises the value of people and has a vision that by 2029 it will be an - an industry that “retains, attracts and develops highly capable people” (Cotton Research and Development Corp

Automating surface irrigation systems can deliver both improved efficiencies in labor and water use.

The purpose of this travel sponsorship was to attend and present the researchers findings at the 6th Congress of European Microbiologists (FEMS Federation of European Microbiological Societies), Maastricht, the Nether

Management of soil organic carbon (SOC) is necessary for sustainable agricultural development.

The project successfully captured interactions between cultivar (genetic) x season (environment) x field management x post processing (ginning) variables.

The majority of Australia’s cotton producing soil is grey or black vertosols which have high clay content and are naturally prone to waterlogging following heavy rain or surface irrigation.

This research investigated the use of continuously monitor leaf hydration of cotton non-destructively and remotely using ZIM-probes throughout the irrigation cycle.

CottonInfo’s cotton nutrition

tour hit the road in February 2016, bringing 10 leading cotton nutrition researchers onto farms

across five cotton growing valleys.