The interspecies interactions between microbes and marine phototrophs underpin many of the most impactful processes in aquatic ecosystems. In our lab, we study these interactions and other aspects of microbial ecology using field sampling, culturing, omics (i.e., genomics, transcriptomics, metabolomics), and computational approaches. Given our location, we have a particular interest in algal blooms and microbial community dynamics in the Great Lakes, but ongoing studies extend far beyond. This includes microalgal cultivation ponds, where we examine how manipulating certain microbial interactions can improve biofuel production.
Microbial Ecology of Natural Waters
Resolving processes governing microbial diversity and community dynamics in the Great Lakes and global oceans |
Biofuel Algae ponds and their Microbiomes
Understanding how microbes within algal cultures can improve or harm growth for biofuel and other industrial uses |
Aquatic Fungi & other UnderStudied Microbes
Revealing the diverse and often overlooked microeukaryotes that interact with algae in natural and engineered ecosystems |
Microbes are integral to the health of our waters. By understanding their ecology and biotech potential, we seek solutions for a sustainable future. |
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