Department of Zoology, Universty of Hawai'i

Matt Dunlap
Department of Zoology,
University of Hawai`i
2538 McCarthy Mall,
Edmondson 152
Honolulu, HI 96822
mjdunlap@hawaii.edu




Research Interests:
I was an East Coast kid who fell in love with all things aquatic when my grandfather introduced me to the marvels of farm-pond fishing at a very early age. Soon I found my way to the Outer Banks of North Carolina, where barrier island ecology, surf fishing, and a mother who nurtured my fascination with the natural world sparked my interest in marine science. At age seven, I began annual summer visits to my father's house in San Diego that introduced me to fishing, surfing, and diving amongst Pacific Ocean kelp forests.

After completing a B.S. at UNC-Chapel Hill, I went on to receive an M.S. degree from UNC-Wilmington after studying the chemical ecology of Caribbean sponges in the Florida Keys and the Bahamas. With SCUBA diving and research experience under my belt, I moved to Hawaii, where I have worked a variety of jobs: from a fish counter at a local boat ramp, to a fisheries biologist with the Oceanic Institute, to my current position as a coral reef habitat specialist with NOAA's Coral Reef Ecosystem Division (CRED).

Since entering the Zoology program in 2004 with Dr. Rob Toonen as my advisor, I have taken coursework in cell and molecular biology. I have devised a doctoral project consistent with the ambitious mission of CRED to monitor the coral reefs of all U.S.-affiliated Pacific islands - from American Samoa in the South, up through the Northwestern Hawaiian Islands, and West to the Commonwealth of the Northern Marianas Islands. With the collaboration of many scientists from both CRED monitoring cruises and HIMB collecting cruises, I plan to address with empirical data from a large geographic range the theoretical assumption that higher abundance equals higher genetic diversity. For my thesis, I will correlate within-species variation in abundance and allelic richness for a suite of fish and invertebrate species throughout the Hawaiian Island chain. Knowing the reliability of an assumption of a direct relationship between abundance and diversity will greatly assist managers in efforts to preserve genetic diversity with the design of Marine Protected Areas.

Besides being the President of the UNC Alumni Club on Oahu, I am active on the executive boards of the Oahu Surfrider Foundation and Reef Check Hawaii, the latter two because they emphasize a perspective from within the water.