
GRDC Grain Storage Manual: Get Your Updated Copy!
Updated grain storage manual now available in hard copy from GRDC or pdf https://storedgrain.com.au/grdc-grownotes-grain-storage/ Thanks to the GRDC’s grain storage specialist Chris Warrick.

Grain Silo Considerations and Aeration Performance
Grain Silo Considerations and Aeration Performance, guides growers through essential factors to consider when choosing and managing grain silos. For growers looking to enhance storage conditions, this article provides a comprehensive look at how optimal aeration and silo choice work together to support long-term grain quality and safety.

GRDC Grains Research Update, Online – Grain Storage update for the Western Region
Aeration, Back Pressure, fan performance, field testing, Fumigation, phosphine, Resistance, update, Venting, webinar

GRDC Grains Research Update Online – Grain storage update for the Northern & Southern regions
GRDC Grains Research Update, Online – Grain Storage update for the Western Region. Including topics – Aeration, Back Pressure, Fan performance, Field testing, Fumigation, Phosphine Resistance, Venting.

Grain Aeration Design and Performance Guide 2024
This summary of development activity work conducted by the GRDC grain storage extension team investigates current knowledge and understandings relating to the aeration of grain in storage in Australia.

GRDC Ground Cover Supplement – Grain Storage Jan-Feb 2022
Download the GRDC Ground Cover Supplement on Grain Storage from Jan-Feb 2022.

GroundCover Supplement – Grain Storage (Issue 156, Jan–Feb 2022)
Explore the latest grain storage research, fumigation practices, aeration systems, and on-farm storage innovations featured in the GroundCover Supplement: Grain Storage (Issue 156, Jan–Feb 2022). This edition highlights practical strategies helping Australian growers protect grain quality, manage phosphine resistance, improve storage efficiency, and maximise long-term profitability.

Local study breathes fresh air into grain aeration (GRDC Groundcover Supplement)
New testing set to reveal back pressures for Australian grain under aeration. Achieving sufficient airflow is essential for effective grain aeration, and back pressure – the resistance to airflow through the grain – is one of the important variables determining success. But much of the information used to determine aeration back pressure is outdated and was generated under Northern Hemisphere conditions.

Aeration cooling can help save moist grain
With substantial yields expected across much of the Australian grain growing area and wet weather hampering harvesting efforts, growers are being encouraged to consider how

