Lisa R. Moore

Professor of Biology, University of Southern Maine
Chapter Member: Maine SSN
Areas of Expertise:
  • Colleges & Universities
  • Science & Technology

Connect with Lisa

About Lisa

Moore’s research focuses on how specific environmental factors influence the physiology and ecology of photosynthetic marine microorganisms, with a particular focus on the smallest, yet most abundant photosynthetic microorganism in the oceans, the marine cyanobacterium Prochlorococcus. Her research interests have recently expanded to include understanding biodiversity and evolution of microbial life through visualizing the microbial Tree of Life with information on observable traits and ecology. She also is interested in improving science, technology, engineering, and math (STEM) education, in general, and genomic education, in particular, for non-scientists in the increasingly technological world of the 21st century. Moore is leading the effort to increase the role of students as citizen scientists in collecting large amounts of published information on microbial traits into a format that can be used by researchers to analyze evolution and visualize the biodiversity of microbes, as well as provide interesting descriptions of microbes on MicrobeWiki so the public can also learn and appreciate the biodiversity and importance of microorganisms.

In the News

"Pathogens in Perspective: Viruses Should be Addressed with Knowledge, Not Fear," Lisa R. Moore, Bangor Daily News, February 3, 2015.
"University of Southern Maine Professor to Work on $13M Evolutionary Mapping Project," Lisa R. Moore, Interview with Seth Koenig, Bangor Daily News, June 14, 2012.


"Next Generation Phenomics for the Tree of Life" PLoS Currents - Tree of Life (2013).
Describes the National Science Foundation-funded collaborative project, involving 28 researchers from 20 different institutions across the United States, focused on assembling visualizing, and analyzing the Tree of Life, which provides an evolutionary framework for understanding the evolution of life. The goal is to bring together phenomic information, such as morphology, habitat, and physiology related to organisms across the Tree of Life, through natural language processing, computer vision and crowd sourcing.
"More Mixotrophy in the Marine Microbial Mix." Proceedings of the National Academy of Sciences (PNAS) 110, no. 21 (2013): 8323-8324.

Discusses the relevance of a paper in the current issue of PNAS as to the importance of the finding that Prochlorococcus, the most abundant photosynthetic microbe in the oceans, can not only incorporate atmospheric CO2 during photosynthesis but can also take in organic forms of carbon when necessary for energy generation, thus expanding our view of the role of this ecologically important microbe in the marine carbon biogeochemical cycle.

"Prochlorococcus and Other Photosynthetic Picoplankton" Encyclopedia of Life Sciences (ELS) (2010).
Provides a short review written for advanced undergraduates, graduate students and professional to introduce them to the importance of the most abundant marine microbes that carry out photosynthesis in the oceans.