Tyler McCraney

email:   Tyler McCraney
phone:  206-2240
office:  TLSB 2154
advisor: Michael Alfaro


Research Interest

Why are there so many gobies? What traits have enabled goby lineages to diversify in almost every aquatic, marine, and occasionally terrestrial habitat on Earth? I use molecular and phylogenomic methods to infer phylogenetic trees of gobiiform fishes. I utilize my trees as data to test hypotheses about ecological traits that influence species and shape diversification. My preliminary results show that goby-invertebrate mutualisms are associated with rapid speciation of goby lineages, and freshwater invasions are related to increased rates of body size evolution.


Publications

Kinziger AP, Hellmair M, McCraney WT, Jacobs DK, Goldsmith G (2015) Temporal genetic analysis of the endangered tidewater goby: extinction-colonization dynamics or drift in isolation? Molecular Ecology 24: 5544-5560

McCraney WT, Farley EV, Kondzela CM, Naydenko SV, Starovoytov AN, Guyon JR (2012) Genetic stock identification of overwintering chum salmon in the North Pacific Ocean Environmental Biology of Fishes 94: 663-668

McCraney WT, Saski CA, Guyon JR (2011) Isolation and characterization of 12 microsatellites for the commercially important sablefish, Anoplopoma fimbria Conservation Genetics Resources 4: 415-417

McCraney WT, Goldsmith G, Jacobs DK, Kinziger AP (2010) Rampant drift in artificially fragmented populations of the endangered tidewater goby (Eucyclogobius newberryi) Molecular Ecology 19: 3315-3327


Degrees

2007   Humboldt State University   BS    Fisheries Biology

2009   Humboldt State University   MS    Natural Resources