Research in the Frederickson Lab focuses on the ecology and evolution of mutualism, or cooperation between species. Mutualisms are extremely common in nature so common, in fact, that every plant and animal on Earth may be involved in at least one mutualism. Sanders; all other photos G. Jason wins an NSERC CGS-D! .

Research in my laboratory is focused broadly on the use of phylogenetic hypotheses for studying patterns of speciation and adaptive radiation in monophyletic groups of teleost fishes. Much of our primary work involves the testing and construction of phylogenetic hypotheses using DNA sequences. Molecular phylogenetic trees are used in studies of fossil-calibration of molecular clocks, geographic modes of speciation, the evolution of morphological and ecological disparity, and.

Group composition of invasive species. Welcome to the Pinter-Wollman lab! We study how collective behavior emerges from variation among system components. Department of Ecology and Evolutionary Biology. University of California, Los Angeles.

Interested in the ecology and evolution of species coexistence and diversity. Life history strategies across taxa, including maternal effects. Dormancy, and dispersal, and their ecological consequences in variable environments. Metacommunity ecology and the scaling of ecological processes. N T Jones, and.

I am a biologist broadly interested in applied ecology and conservation of aquatic ecosystems. Specifically, I study ways in which we can conserve fishes at risk of extinction and predict the spread of invasive species. I am currently a PhD student in the Mandrak Lab at the University of Toronto and co-supervised by Dr. Dept Ecology and Evolutionary Biology. Toronto, ON M1C 1A4.