Ken Flower

Ken Flower is a Professor at the University of Western Australia (UWA) School of Agriculture and Environment and serves as Director of the Australian Herbicide Resistance Initiative (AHRI). He specializes in sustainable cropping systems, no-till agriculture, and weed management. His teaching focuses on precision agriculture and cropping systems. Key research areas include herbicide resistance, conservation agriculture, and crop rotation strategies. Flower leads major projects like the Western Australian Agricultural Research Collaboration initiative to reduce chemical reliance in weed control. He holds degrees in Agricultural Science (BSc), a Master of Science (MSc), and a Doctorate (PhD) from London. Notable contributions include developing harvest weed seed control technologies and advancing understanding of herbicide resistance evolution in weeds. His work aligns with UN Sustainable Development Goals, particularly addressing food security and sustainable agriculture. With 18 grants and over 60 publications, Flower collaborates widely on global agricultural challenges.

Education: BSc(Agric) from Natal, MSc DIC from London, PhD from London. Current projects include novel antitranspirant use for wheat yield improvement and infrastructure development for crop and weed agronomy labs. He advises on the Board of the Western Australian No-Tillage Farmers Association (WANTFA).

• Grants: 18 projects including GRDC-funded initiatives on herbicide resistance, weed management, and crop yield optimization.
• Awards: None explicitly listed, but his work has received significant academic recognition.
• Labs/Teams: Australian Herbicide Resistance Initiative (AHRI), leading collaborations with global institutions.

Research emphasizes practical solutions for sustainable farming, integrating field trials, molecular studies, and technological innovations. Recent work highlights include characterizing herbicide resistance mechanisms in key weeds like Raphanus raphanistrum and Bromus diandrus, and advancing soil moisture mapping techniques for precision agriculture.