Can Kelp Help? Research Examines Dairy Farmer, Dairy Nutritionist Attitudes on Adding Feed Additive to Cut Methane Emissions

While the majority of climate change research focuses on reducing and capturing carbon dioxide, less attention has been paid to methane emissions, despite the gas having 30 times the warming effect. Over a quarter of the United States’ total methane emissions are derived from enteric fermentation (cow burps) alone. Emerging research finds that feeding certain species of algae (seaweed, kelp or microalgae) to cattle can reduce their methane emissions by 80 to 99%. Unfortunately, most farmers and bovine nutritionists are unfamiliar with algae-based feed supplements, and the supplements are not always available and can be expensive.

Satisfy Your Research Curiosity at BioInspired Institute Symposium Oct. 19 and 20

Are you interested in knowing how living cells function? Do you wonder how scientists grow human tissues in the lab? Have you pondered how robots are programmed to work? If science piques your interest, delve into the topic at the BioInspired Institute research symposium Oct. 19 and 20 at the Life Sciences Complex. During two days of talks, poster sessions and presentations, the symposium will showcase the work of undergraduate and graduate students, doctoral associates and faculty affiliated with the University-based research institute. d in knowing how living cells function? Do you wonder how scientists grow human tissues in the lab? Have you pondered how robots are programmed to work? If science piques your interest, delve into the topic at the BioInspired Institute research symposium Oct. 19 and 20 at the Life Sciences Complex.

Deep-Energy Retrofits Research Yields Promising Cost Savings, Human Well-Being Outcomes

Modifying and upgrading building enclosures and mechanical systems in older, multi-family apartment buildings can achieve net-zero energy-use efficiencies and help inhabitants lower energy costs, breathe better air and live more comfortably—changes that have wide application for state and national climate-change efforts, a multidisciplinary team of faculty and student researchers has demonstrated.

Researcher Awarded NSF Future Manufacturing Seed Grant for Scale-Up Manufacturing of Therapeutic Cell Products | Syracuse University News

More new therapeutic treatments for various diseases could be moved into clinical trials—and potentially faster into mainstream medical use—if scientists could find ways to manufacture exponentially higher quantities of the stem cell components needed for medical testing. Spearheading work to make those cell manufacturing process discoveries is Associate Professor Zhen Ma, the Carol and Samuel Nappi Research Scholar in the College of Engineering and Computer Science. He is working with a newly awarded $500,000 National Science Foundation (NSF) future manufacturing seed grant and coordinating the project with bioengineering experts at the Rochester Institute of Technology (RIT).

iSchool, City of Syracuse, Microsoft Form ‘Smart Cities’ Data and Technology Collaboration

The School of Information Studies (iSchool), the City of Syracuse and Microsoft today announced an innovative initiative that positions the entities as collaborators in a hub for Smart Cities technology development, research and training, and for advancing the city’s energy use, public safety, job creation and wider economic development goals. Under the umbrella of the City’s “Syracuse Surge” initiative, the collaboration has already explored a series of high-impact, community-focused projects in education and training; public safety and security; accessibility and inclusion for people with disabilities; and economic development and job creation.

Bei Yu Chosen as Microsoft Investigator Fellow

Bei Yu, Katchmar-Wilhelm Associate Professor at the School of Information Studies and faculty lead for the iSchool’s certificate program in data science, has been selected as a Microsoft Investigator Fellow. The award recognizes her impact, leadership and accomplishments in her research field. The recognition includes an award of $100,000 annually for the next two academic years, as well as access to use of the state-of-the-art Microsoft Azure cloud computing platform.