Evolution, Behavior, and Conservation Biology

My research asks why animals do the things they do, and how we can do a better job of mitigating our impacts on the natural world. Combining lab work with fieldwork on remote islands, I explore how evolution and human activity shape the genetics and behavior of animals, sometimes conveniently intersecting with my love of trail running and mountain adventures.. Recurring research themes include mate choice, parental investment strategies, population structure, and host-parasite evolution. Most of this work is with seabirds and songbirds.ÌýÌýI use a mix of lab methods (mainly genetics tools) and field methods.

My recent teaching at ÀÖ²¥´«Ã½ includes: Avian Biology,Ìý Genetics of Conservation Biology (BIES 333), Evolution and Interactions of Life (BIO 206), a Host-Parasite Evolution version of BIO 195, Biological Research Experience: Molecules to Ecosystems (BIO 204), and Advanced Topics in Evolution (BIO 355).

Selected Publications

Stratton JB*, Dearborn DC. 2021.Ìý Nest sanitation behavior does not increase the likelihood of parasitic egg rejection in herring gulls.Ìý Current Zoology 67:675-681.

Rand L*, Woodward C*, May R*, Ackerman RA*, Tweedie B*, Zicarelli TB*, Dearborn DC. 2019.Ìý Divergence between genes but limited allelic polymorphism in two MHC class II A genes in Leach’s storm-petrelsÌýOceanodroma leucorhoa.ÌýÌýImmunogeneticsÌý71:561-573.

Tonelli B* and Dearborn DC. 2019.Ìý An individual-based model for the dispersal ofÌýIxodesÌýscapularisÌýby ovenbirds and wood thrushes during fall migration.ÌýÌýTicks and Tick-borne DiseasesÌý10:1096-1104.

Mauck RA, Dearborn DC, and Huntington CE.Ìý 2018. ÌýAnnual Global Mean Temperature explains reproductive success in a marine vertebrate from 1955-2010.ÌýÌýGlobal Change BiologyÌý24:1599-1613.

Dearborn DC, Kark S. 2010. Motivations for conserving urban biodiversity.ÌýÌýConservation BiologyÌý24:432-440.

* = ÀÖ²¥´«Ã½ student