The Glor Lab    
     

Anolis distichus >
A trunk anole from Hispaniola and a remarkable example of dewlap color polymorphism. Photographed at "La Palma", a riverside locality in the Cordillera Central made famous by the studies of Stan Rand and Ernest Williams.
 
 

Welcome to the Glor Lab

We are biologists interested in the evolution of species diversity. Elsewhere on this page, you can find more information on our general research interests, specific projects, and methods. If you'd like to learn more about our research, please follow the links and tabs above!

Lab News

October 28th, 2008
Check out Shane Campbell-Staton's new note on extracting DNA from shed reptile skin. Shane's been working hard on further improving this method, stay tuned...

September 12th, 2008
Dan, Julienne, and Rich are back from a successful month-long trip to the Dominican Republic. We came home a massive collection of over 1,200 tissue samples, mostly from Anolis distichus. Dan also managed to tally an impressive number of Sphaerodactylus species, and a few massive Aristelliger as well.

July 28th, 2008
Congratulations to PhD student Julienne Ng for winning the Henri Seibert award for best student presentation at the Joint Ichthyology and Herpetology Meetings in Montreal!

July 1st, 2008
Shane Campbell-Staton - a former honors student spending the summer doing research on Costa Rican lizards - reports that he "got stuck waist deep in a mud pit, stung 5 times by bullet ants, stepped on a coral snake, and had an allergic reaction to a plant spine that lead to me blacking out for a half hour. But other than that it had been a blast." Gotta love the field work!

June 2nd, 2008
First, our lizard breeding operation is beginning to bear fruit. See below. The babies are doing well and growing fast. We've got around 6 babies and 20 eggs incubating at this point. Second, Glor has started a blog on phylogenetics and comparative methods with a few friends. Check it out!

April 16th, 2008
The latest anole phylogeny (April 16, 2008) based on mitochondrial DNA. Asterisks indicate sampling for our nuclear DNA phylogeny. Labels on nodes indicate posterior probability values: black = 1.0, gray <1.0, >0.7, white <0.7. Colored tips indicate region of origin: blue=Caribbean, orange=mainland.
 
 
   
  Department of Biology, University of Rochester, Rochester, NY 14627