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Beef industry could cut emissions with land management strategies

Study Assesses Strategies for Reducing Beef Production Emissions

Study Assesses Strategies for Reducing Beef Production Emissions Written by AZoCleantechApr 6 2021 A comprehensive assessment of 12 different strategies for reducing beef production emissions worldwide found that industry can reduce greenhouse gas (GHG) emissions by as much as 50% in certain regions, with the most potential in the United States and Brazil. The study, Reducing Climate Impacts of Beef Production: A synthesis of life cycle assessments across management systems and global regions, is published April 5 in Global Change Biology. A research team led by Colorado State University (CSU) and funded by the Climate and Land Use Alliance found that widespread use of improved ranching management practices in two distinct areas of beef production would lead to substantial emissions reductions. This includes increased efficiency to produce more beef per unit of GHG emitted - growing bigger cows at a faster rate - and enhanced land management strategies to increase soil and

UNBC researchers receive funding worth $1 1 million

UNBC researchers are advancing knowledge and translating complex ideas into practical solutions, UNBC president Daniel Weeks said. The seven outstanding faculty members receiving NSERC Discovery Grants this year are leaders in their fields and their work demonstrates the global impact of UNBC, a small University doing big research. The Discovery Grants program supports ongoing research programs with long-term goals and all of the applications go through a peer-review process. The UNBC success rate for NSERC Discovery Grants this year is 85 per cent. The 2017 UNBC Discovery Grant Recipients are: - Chemistry professor Stephen Rader will receive $200,000 to determine the role of each splicing component in C. merolae, a species of red alga. Dr. Rader will also seek to understand the regulation, biological consequences and evolution of splicing. The research will lead to breakthroughs in structure and function experiments on splicing mechanism and regulation.

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