Meet the team
Meet the people behind the scienceLearn more here
2019 Crop Protection Forum
The Crop Protection Forum is on December 3 in Moama, NSW.Buy your ticket here
Blog: AHRI Insight
Bringing you the need-to-know in herbicide resistance with our fortnightly newsletter, AHRI insight.All AHRI Insights
Encouraging more crop, less weeds sustainably through a wide range of research activities.Research page
Sometimes, words just aren’t enough. Check out our range of videos covering HWSC methods, resistance management, keynote presentations and more.All videos
The AHRI Snapshots podcast focuses on researchers and their stories.
Find out more by subscribing and listening to the podcast below.Listen to AHRI Snapshots here
What is AHRI?
Welcome to The Australian Herbicide Resistance Initiative (AHRI) homepage! Before you dig into all our publications and podcasts, you might be wondering who we are and what we do. AHRI was a GRDC initiative which launched in 1998 under the guidance of Professor Stephen Powles. In 2018, we celebrated 20 years of GRDC funding, operating as a research group out of the University of Western Australia. You can get a great overview of what we’re all about by watching the video on the right. You can also learn more in this Outlooks on Pest Management article here.
What’s the sticking point? Better pre-em efficacy in stubble retention systems
Thu, 5 Dec 2019
Pre-emergent herbicides are a valuable tool to underpin crop competition and suppress weed seed production in-crop, but when growers also want to harness the power of retained stubble they often run into a sticking point where pre-emergent herbicide efficacy is compromised. Most growers and advisors are aware that products such as trifluralin are quite tightly bound if they contact stubble during application, however, AHRI research associate Dr Yaseen Khalil has been working to shed light on the behaviour of the newer pre-emergent herbicides and how to use them in no-till, stubble retention farming systems. Click through to learn more.
Aldo-keto reductase metabolizes glyphosate and confers glyphosate resistance in Echinochloa colona
Mon, 4 Nov 2019
In this Plant Physiology paper, it is clearly established that glyphosate resistance in this Echinochloa population is due to an enhanced capacity to metabolise glyphosate, catalysed by an Aldo-keto reductase gene. The first author on the paper is Dr Pan Lang, now at the Hunan Agricultural University, Changsha, China. Pan Lang spent one year in our AHRI laboratory on a China Scholarship Council award and he continued this research upon his return to China.