Stephen Kress is Vice-President for Bird Conservation for the National Audubon Society, Director of the Audubon Seabird Restoration Program and Director of the Hog Island Audubon Camp. His career has focused on developing techniques for managing colonial nesting seabirds. In this role, he manages 13 seabird nesting islands in Maine that are home to more than 42,000 seabirds of 27 species. Each year his program trains about 20 interns; hundreds of professional seabird biologists can trace their first interest in seabirds to Project Puffin. Methods first developed in Maine such as chick translocations and social attraction are now standard practice worldwide. Dr. Kress received his Ph.D. from Cornell University and his Master’s and undergraduate degrees from Ohio State University.
Andrew Solow is a Senior Scientist at the Woods Hole Oceanographic Institution where he has worked since 1985. His research is in the field of environmental and ecological statistics. He holds a PhD from Stanford University.
Seabird McKeon is a postdoctoral fellow with the Smithsonian Marine Science Network. His work focuses on the role of interspecies interactions in the formation and maintenance of biodiversity.
Lindsay Aylesworth is a PADI dive instructor, marine biology consultant and PhD student with Project Seahorse at the University of British Columbia. Lindsay has carried out monitoring and survey work in the tropical marine environment for ten years, starting as an undergraduate on the coral reefs in the Yucatan coast of Mexico. As a Fulbright Scholar, Lindsay worked in Brazil to identify the habitat preferences of the longsnout seahorse, Hippocampus reidi. She holds a Master's in Coastal Environmental Management from Duke University and a B.S. from Georgetown University. Lindsay's PhD research focuses on implementing international policy for conservation action using seahorses as a case study.
The Smithsonian Marine Science Network is a unique array of laboratories and research vessels that spans the latitudinal gradient of the western Atlantic and crosses the isthmus of Panama. Research focus is on the Chesapeake Bay, Indian River Lagoon, Mesoamerican Barrier Reef, and the Caribbean and Pacific coasts of Panama.
The Smithsonian Marine Science Symposium contained over 70 oral and poster presentations by Smithsonian scholars and collaborators and represented the first major dissemination of marine research results since the establishment of the Marine Science Network (MSN) in 1998. The MSN operates a unique array of laboratories and research vessels that spans the latitudinal gradient of the western Atlantic (Chesapeake Bay, Indian River Lagoon, Mesoamerican Barrier Reef and Panamanian Coast) and crosses the isthmus of Panama. The Network is dedicated to understanding the rich biodiversity and complex ecosystem dynamics that sustain coastal processes and productivity. We study evolutionary, ecological, and environmental change in the ocean’s coastal zones, increasing scientific knowledge of these environments, and improving society’s appreciation of the ocean’s effect on our lives. Coastal environments are of immense economic and environmental importance and comprise 95% of the ocean’s fisheries. Our coasts are the most densely populated and fastest growing communities in the U.S. The MSN ensures integrated support of “Discovering and Understanding Life’s Diversity,” a core Smithsonian scientific mission. MSN goals are to ensure that the whole of the integrated Network is larger than the sum of its parts leading to enhanced productivity through collaborative and comparative research, marine infrastructure development and support, professional training and outreach, and effective allocation of resources.