Indian Mound Park, also known as Shell Mound Park or Indian Shell Mound Park, is a park and bird refuge located on the northern shore of Dauphin Island, a barrier island of Mobile County, Alabama in the United States. In addition to the many birds which visit, a wide variety of botanical species contribute to the natural offerings. The site is historically significant due to the presence of prehistoric Indian shell middens, mounds composed of discarded oyster shells. The park was added to the National Register of Historic Places on August 14, 1973 and is currently administered by the Marine Resources Division of the Alabama Department of Conservation and Natural Resources.
Relatively immune from the unpredictable weather conditions that affect farming, the fish and oysters from the sound represented a reliable supply of food that could be immediately consumed or dried for utilization during later months. The oysters were collected from reefs during low tide conditions. Placed atop heated coals in a pit, the oysters were steamed by covering with seaweed. The cooking technique likely resembled a traditional New England clam bake. The steaming process would also have facilitated easy recovery of the oyster meat since the shells open naturally when heated. For preservation of the oysters, the recovered meat would be treated by smoking. Over the years, the discarded shells accumulated to form the middens. It has been suggested that this form of waste disposal (dumping) with apparent lack of care is inherent in human behavior in general, not just a trait of Western civilizations. Spaniards first visited Dauphin Island in 1519. The arrival of Europeans to the region lead to the disruption of the Mississippian culture. The Mississippian tribes in the coastal region were replaced by or became the Choctaw and Creek tribes. The Creeks and Seminoles continued to fish and harvest oysters in the area until the 1830s when they were forcibly displaced to the Indian Territory in present-day Oklahoma.
In 1699, Pierre Le Moyne d'Iberville landed on the island and discovered a large pile of human bones. Based on the discovery, d'Iberville coined the name Massacre Island. It is now assumed that these were not remnants of a massacre but remains that were dislodged from a burial mound during a hurricane. The height and serpentine shape of the shell mounds on the north side of the island indicated use or inhabitation by earlier civilizations.
In 1940 and 1941, a limited archaeological survey was executed on a large prehistoric shell midden on Dauphin Island. More extensive excavations of the site were conducted by archaeologists from the University of South Alabama in 1990. Observation of the mound profile revealed stratification with large layers of oyster shells and thin intervening layers of charcoal, fish bones, and potsherds. The stratified layers are due to the seasonal use of the mounds by various bands of people over a period of centuries. The oyster shells were discarded into the area surrounding the fire used for steaming. As the location of the fire moved each year, a complex pattern of overlapping layers emerged in the form of shell mounds. Sponsored by the National Science Foundation, a mapping team from the University of South Alabama produced a contour map of the shell mounds.
The park is located on the Dauphin Island-Bayou La Batre Loop of the Alabama Coastal Birding Trail. Due to its location on the northern boundary of the Gulf of Mexico, Dauphin Island is a stop for many migrant birds. Up to 384 species of birds can be spotted on the island including a large variety of shorebirds, long-legged waders, and warblers. The city of Dauphin Island was named America's "birdiest" small coastal city in both 2005 and 2006. Additionally, migratory butterflies can be spotted at Indian Mound Park.
William H. Marquardt & Patty Jo Watson (ed.). Archaeology of the Middle Green River Region, Kentucky.(Book review)
Dec 01, 2007; WILLIAM H. MARQUARDT & PATTY Jo WATSON (ed Archaeology of the Middle Green River Region, Kentucky (Institute of Archaeology and...