• Associate Professor of Biology
Websites:
Contact

Education

  • B.S. College of William & Mary, Virginia, 1995
  • M.S. University Illinois, Urbana, 1999
  • Ph.D. University Texas, Austin, 2005

Biography

 

For additional research, publication, and course information:  http://www.oberlin.edu/faculty/mmoore/

 

 

Moore Lab Research: Plant Systematics

Research in the Moore Lab lies within the field of plant systematics-the study of plant evolutionary diversity.  We are interested in exploring various problems in flowering plant evolution using molecular phylogenetic and phylogeographic approaches. In other words, members of the Moore Lab generate DNA sequence data for various gene regions and then utilize this information to reconstruct the evolutionary relationships among and within species in a particular plant group of interest. Once these evolutionary relationships are established (they are usually depicted as a bifurcating "tree"), it is possible to use this information to address important evolutionary questions, such as when did a particular trait first appear within a given group, and did this trait evolve once or multiple times?  Systematists can also use phylogenetic information as the basis to infer the geological ages of particular plant groups, to study the molecular evolution of a particular gene or protein, and to examine the biogeographic history of a particular plant group, to name but a few applications of systematic methods.

As you can see, systematics is a broad field, incorporating techniques and ideas from such diverse branches of biology as evolutionary biology, anatomy, ecology, molecular biology, biogeography, and bioinformatics. Consequently, systematists have the opportunity to do fieldwork, labwork, and computational work.

Moore Lab, Fall 2009. L to R: Jeffrey Sanders, Sophia Weinmann, Carolyn Stange, Riva Bruenn, Mike Moore, Heather-Rose Kates, Matt Croley, Katarina Lunde

The Moore Lab is full of opportunities for the motivated student. Students in my lab learn many lab techniques, ranging from DNA isolation to sequence editing/analysis to cloning. In addition to lab work, we often go on expeditions to the desert Southwest during the summer to collect plants for our research.