Pictured l to r: Beef producer Darren Bevans, BCRC Science Director Reynold Bergen, BCRC Executive Director Andrea Brocklebank, beef producer Doug Wray, 2021 Canadian Beef Industry Award for Outstanding Research & Innovation recipient Dr. Surya Acharya, beef producer and BCRC Vice Chair Craig Lehr, AAFC Forage Breeder Hari Poudel, beef producer and BCRC Council Member Graeme Finn and AAFC Forage Agronomy Technician Brandon Eisenreich.
An innovative and industry-engaged forage breeder has been granted the 2021 Canadian Beef Industry Award for Outstanding Research and Innovation. Dr. Surya Acharya received this award today at the 2021 virtual Canadian Beef Industry Conference to recognize the positive impacts of his research on beef industry advancement.
“Dr. Acharya is respected and appreciated by academics and producers alike,” said Matt Bowman, chair of the Beef Cattle Research Council and a producer from Thornloe, Ontario. “His work addresses real industry obstacles with solutions that consider producers’ needs through direct communication with stakeholders.”
Dr. Acharya is a research scientist and forage breeder at Agriculture and Agri-Food Canada (AAFC) in Lethbridge, Alberta, where he specializes in breeding legumes. His current research focuses on developing new cultivars of legume species with improvements in yield, nutritional quality and persistence, among other traits. His unique approach to plant breeding incorporates a consideration of multiple factors to best serve the needs of end-users, including beef producers. Indeed, many of Dr. Acharya’s past cultivars are appreciated for their practical use in solving industry challenges, such as his AC Oxley II and AC Veldt cicer milkvetch varieties, both of which are much quicker to establish than predecessors. Similarly, he assisted in the development of the online Forage U-Pick tool, which aids western Canadian producers in choosing appropriate forage species for their operations.
Dr. Acharya’s most recent project aims to enhance the lipid content of legume vegetative tissues to improve their energy content for grazing livestock. Using conventional and genomic breeding techniques, his team has been able to select for plants with approximately five percent lipid content, compared to virtually none in the original plants. His project will have environmental benefits by using conventional breeding to reduce methane production through increased digestibility, which will allow western Canadian alfalfa producers to export to nations that avoid the GMO designation. Continue reading