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Inland and Coastal Aquatic Systems Do Heavy Lifting in the Global Nitrogen Cycle
After more than a decade of research and collaboration, researchers from Michigan Technological University, Baylor University and Boston University have discovered that inland and coastal aquatic systems play a much larger role in nitrogen fixation and the global nitrogen cycle than their small surface area would suggest. Amy Marcarelli, Michigan Tech biological sciences professor, is one of three principal investigators on the project, along with Boston U Earth and Environment and Biology Professor Robinson W. Fulweiler and Thad Scott, a Baylor biology professor. The team's research was highlighted in the article "Global importance of nitrogen fixation across inland and coastal waters," recently published in the journal Science.
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MTU College of Engineering Debuts New Research Experience for Undergraduate Students
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MTU Lab Demonstrates Cutting-edge Equipment with Microscopic Snowflake Images
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Over 250 inches of Research Material: Huskies Dig Into Snow Reflectivity at Keweenaw Field Site
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MTU Music Professor's Research Honors Hawaiian Ancestors, Leads to First Composition
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Meet Balto, Michigan Tech’s Robo Doggo
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Snow Place Like Home: MTU Researchers Share Their Snow and Engineering Expertise
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‘Pristine’ is Not Protection: 27-year Study Links Hotter, Drier Conditions to Decline in Rainforest Bird Populations
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Tech-to-Tech Partnership Brings MTU PhD Student Back to Volcanic Roots
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Through Industry Partnerships, HuskyWorks Develops First-ever Lunar Road
About Unscripted Research Blog
Unscripted science rolls off the tongue. Welcome to a venue where we informally talk about campus research. Here, we discuss breaking news, technology trends, behind-the-scenes progress, and just plain geek out.