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Department of Biosystems and Agricultural Engineering

News & Updates

From the Chair

It has been an exciting year so far in MSU BAE! We are adding three new tenure-stream faculty members in agricultural climate resiliency this year, and we anticipate three additional tenure-stream faculty hires in the coming year – focused on climate change mitigation systems for animal agriculture and smart ag systems engineering, further establishing our leadership position for both research and extension programming in these critical areas. This growth brings good “problems” of increasing graduate student population, the need for laboratory updates, and general space pressures.  

Bradley Marks Headshot

This has led us to the very initial stages of pre-planning for the redevelopment of Farrall Hall to meet programmatic needs and a mission dedicated to translational work across our focus areas of food, energy, environment, and health. This obviously will take time (and significant resources), but we are taking the first steps toward upgrading our facilities to match the amazing, discipline-leading, and mission-driven work that our faculty and students are carrying out. Watch for more details in the months (and years) ahead.



Speaking of growth, we will have over 50 faculty, staff, and students attending the ASABE Annual International Meeting later this month in Anaheim, CA, serving on and leading various boards and committees, presenting cutting-edge research, receiving awards/accolades, and participating in multiple student competitions (Fountain Wars, Robotics, Engineering Ethics, and others). This will be our largest contingent of Spartans at ASABE in memory (even given the great travel distance), which reflects the significant growth in numbers and program strength mentioned above. If you are going to be at the ASABE meeting, please give a “Go Green!” to any of us you see! 

 

Lastly, given the significant leadership role of BAE in campus-level climate initiatives (and associated major grant successes), please click through the links below to the new BAE Climate Solutions webpage, and the stories highlighting just a few examples of BAE faculty members leading exciting projects related to climate adaptation, mitigation, and sustainability.  

 

As always, please feel free to drop me a note anytime if you want to discuss ideas or opportunities for collaborations or partnerships. 



Go Green! 

BradMarksESig.png

Bradley Marks, Ph.D., P.E.

Professor and Department Chair

MSU Department of Biosystems and Agricultural Engineering

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BAE Climate Solutions

Image of the Climate Solutions Website for the Department of Biosystems and Agricultural Engineering at MSU
Visit the BAE Climate Solutions Webpage

Food

MSU researcher Ilce Medina Meza receives Bayer New Initiatives Fund for Sustainable Agriculture and the Sustainable Michigan Fund

Two new research projects led by Michigan State University scientists will be supported by two sustainable agriculture funds, the Douglas and Maria Bayer New Initiatives Fund for Sustainable Agriculture and the Sustainable Michigan Fund.


The Sustainable Michigan Fund will back research from Ilce Medina Meza, an associate professor in the Department of Biosystems and Agricultural Engineering, and collaborators from MSU and Iowa State University, who will investigate how nanotechnology and the antimicrobial properties of grape pomace can be used to thwart the development of sour rot, a poorly understood disease of wine grapes.


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Environment

MSU researcher developing mobile app to create feed optimal feed rations for livestock in an effort for global greenhouse gas reduction

Michigan State University (MSU), as part of a larger project led by UC Davis, received over 700 thousand dollars of the total nine million towards this project. Daniel Uyeh, Ph.D., assistant professor in MSU’s Department of Biosystems and Agricultural Engineering, is leading MSU’s efforts on this project. The final goal of the project is to develop a mobile app that can be easily used by farmers to create feed rations for increased livestock growth without wasting feed or increasing cost too much. This helps producers meet the increasing need of more food to feed the population. The resulting app will provide producers with all the information necssary to formulate livestock feed rations, optimizing production based on local breeds, conditions, and feeds. It will also help balance cost, production, and methane emissions.


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Energy

MDARD Farm Innovation Grant Funds Three BAE Projects

The Michigan Department of Agriculture and Rural Development (MDARD) offers the Farm Innovation Grant Program to in-state educational and research centers to develop and support innovative solutions to real, immediate, and future farm problems facing Michigan’s food and Agricultural industry.


MDARD awarded three research and outreach projects to faculty members in the Department of Biosystems and Agricultural Engineering (BAE) at Michigan State University (MSU) – Daniel Uyeh (with Daniel Morris), Yuzhen Lu (with Ajit Srivastava and Daniel Morris), and Younsuk Dong . The three projects address: 

  • Growing fruit trees in digital environments to improve resilience against labor and climate challenges
  • Autonomous electric tractor-based system for precision vegetable crop production
  • Improving disease management in carrot and asparagus production through climate-smart technology

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Health

BAE Professor Uses Rapid Diagnostics to Enhance Recycling Needs

The three Rs of recycling are known worldwide: Reduce, Reuse, and Recycle. That motto has served well for many years, but scientists and engineers want to take it further with a circular economy. A circular economy adds one more R to that list: Regenerate. A circular economy keeps materials and products circulating for as long as possible. When designed correctly, circular economies can protect public health, animal and plant health, and the environment and slow down or minimize the impact of climate change.


This is a challenge for which Evangelyn Alocilja, Ph.D., a professor in the Department of Biosystems and Agricultural Engineering at Michigan State University, is creating a solution.

Alocilja’s solution is to rapidly test for bacteria and drug resistance in materials circulating in the economy to ensure safety. Rapid diagnostic tests are unique because they can provide health risk assessment in as little as a few hours onsite and at a low cost. 

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