In 1964, Robert Lee Forrest of Baltimore left a 365-acre dairy farm on the Rhode River to the Smithsonian Institution. In 1965, the Chesapeake Center for Field Biology was established on the site of this former dairy farm. A $375,000 grant from the Ford Foundation was awarded and another $550,000 in other grants followed by the end of 1969. These funds were used to purchase another 568 additional acres adjoining the original parcel. In 1970, the Chesapeake Bay Center for Field Biology was renamed to the Chesapeake Bay Center for Environmental Studies and land acquisition continued. In 1974, Jim Lynch was hired as the first on-site staff scientist. Lynch had recently finished his Ph.D. from University of California, Berkeley in Zoology.
Site
The 2,600 acre site occupied by SERC contains coastal plain forests, land used for agriculture, wetlands and marshes, and brackish environments.
Research
SERC conducts research on topics that include terrestrial, atmospheric, and estuarine environmental research within the disciplines of botany, ecology, environmental education, biology, chemistry, mathematics, microbiology, physics, and zoology. The center trains interns and graduate students, including pre-doctoral and doctoral students. Annually, the center receives over 10,000 students, teachers, and families who come to visit. It gives advice, consultation, and testimony to local, state, federal, and international governmental agencies, natural resource managers, policy makers, and conservation organizations. It serves as a center of research and education on human impacts in land-sea interactions of the coastal zone. The center receives $20,000,000 in extramural grants and contracts funded from governmental agencies, foundations, and industry. SERC developed and maintains an extensive database of invasive species in marine and estuarine ecosystems. The database tracks details on over 500 invasive species throughout coastal North America. SERC coordinates with the United States Geological Survey, which has developed a similar database for freshwater invasions, and has worked with marine centers in other nations to study marine invasions.
Technical innovation
The center has been an innovator of biotelemetry to track behavior, habitat use, and movement of blue crabs , a marine predator and a valuable crustacean fishery in North America. They are the patent holder for the Spectral Radiometer, the national standard for monitoring solar radiation. The center has developed a model for testing estuarine water quality and watershed nutrient discharges.
