Rice Extension Annual Summary CY25
This report acts as a detailed snapshot of the season, guidebook for rice growers, a reference guide for researchers and an educational resource for other...
RICE
Final Report Summary: Relating starch structure in rice to its digestibility
4 pages
Published: 18 Sep 2020
Author(s): Matthew Van Leeuwen
Share this content
-
Download report PDF
Download
There is a wide gap in knowledge about the broader role of starch structure in digestibility. Only one published tool is available to predict rice digestibility from starch structure highlights. In response to this, the objective of this project was to measure multiple levels of starch structure in rice and relate those structures to how quickly we digest rice. To do this, a range of analytical techniques were used to characterise commercial and breeding lines.
Related resources
Project overview: Advancing automation and smart sensing irrigation technologies in the rice industry
Water availability remains the defining challenge for the Australian rice industry, particularly in the southern Murray-Darling Basin where secure irrigation is essential for rice production....
Snapshot: Baseline greenhouse gas emissions from conventional flood and more water-efficient Australian rice production systems
The research will provide more certainty for growers as it has shown that by changing growing management practise, they can contribute to a more sustainable...
Baseline greenhouse gas emissions from conventional flood and more water-efficient Australian rice production
This report delivers the first robust, field-based greenhouse gas (GHG) emission datasets specific to Australian rice. Key themes – How different water management practises—ranging from...
Advancing automation and smart sensing irrigation technologies in the rice industry systems
The Australian rice industry, particularly in the southern Murray-Darling Basin, faces a critical challenge as water availability remains the greatest threat to the industry’s future....
Project snapshot: Agronomy and remote sensing to maximise rice water productivity
The Australian rice industry must maximise water productivity to stay competitive as the cost and demand for irrigation water increases. Water productivity is increasing as...
Agronomy and remote sensing to maximise rice water productivity
Rice farming contributes significantly to the regional economies of the Riverina region of New South Wales (NSW) and has a pivotal role in the agriculture...
Project snapshot: Quick and easy precision agriculture tools to increase rice yield and water use efficiency
Reducing variability in rice production at a sub-field level is a crucial strategy the Australian rice industry can use to improve water use efficiency and...