Max Schubert

Max Schubert

Feb 05, 2026

Group 6 Copy 12
0
    Please wait...

    About This Project

    Exciting new approaches use bacteria to capture carbon, mitigate fertilizer use, or other climate interventions. However, Bacteria are not well-adapted to these new-to-nature conditions, and many such technologies could be improved by domesticating bacteria to improve their performance and climate impact. BioBloom is a new method of barcoded directed evolution at the genome-scale, and this project pilots this method in a fertilizer-producing bacterium and a fast-growing photosynthetic bacterium.

    Blast off!

    Browse Other Projects on Experiment

    Related Projects

    Out for blood: Hemoparasites in white-tailed deer from the Shenandoah Valley in Northern Virginia

    Our research question centers about the prevalence and diversity of hemoparasites that infect ungulate poplulations...

    Using eDNA to examine protected California species in streams at Hastings Reserve

    Hastings Reserve is home to three streams that provide critical habitat for sensitive native species. Through...

    How do polar bears stay healthy on the world's worst diet?

    Polar bears survive almost entirely on seal fat. Yet unlike humans who eat high-fat diets, polar bears never...

    Backer Badge Funded