93-1 The Atlantic oyster drill, Urosalpinx cinerea (Say), in northern coastal Georgia

• Main Author: Walker, Randal L.
• Format: Report
• Language: English
• Published: 2014
• Subjects: Skidaway Institute of Oceanography; Georgia Marine Science Center; Sea Grant research project; Drills; Abundance; Distribution; Predation; Oysters; Thais haemastoma; Eupleura caudata; Abundance and distribution of drills; Atlantic oyster drill; Urosalpinx cinerea (Say); Crassostrea virginica (Gmelin); Northern coastal Georgia; Northern third of coastal Georgia; Highest saline areas; Coastal waters of Georgia; Sapelo Sound; Duplin River; Sapelo Island; Harris Neck Georgia; Wassaw Sound; Bear Island; Queen Bess Creek; Florida Passage; Buckhead Creek; Jointer Creek; Crooked River; Cumberland dividing area; Wolf Island; Doboy Sound; Tybee Cut; Cabbage Island; Sister Island; Mud Island; Halfmoon River; Beard Creek; Dutch Island; Skidaway Island; Skidaway dock; Skidaway Modena; Joes Cut; Romerly Marsh; Old Romerly Marsh; Wassaw Island; House Creek; Little Tybee Creek; Bull River; Wilmington Island; Steamboat Cut; Green Island; Delegal Creek; Odingsell River; Curtis Creek; Pine Island; Adams Creek; Habersham Creek; Flora Hammock; Wassaw Creek; Rhodes Creek; Bradley River; Raccoon Key; Swain River; Barbour Island River; Julienton River; Broro River; Drill absence; Distribution and abundance of the Atlantic oyster drill; Potential predation effects; Drill size; Oyster drills; Drill size classes; Range and mean densities of the Atlantic oyster drill; Mean shell height of oyster drills; Mean shell length of oysters; Station locations; Christmas Creek; Oyster predator; St. Simons Sound Georgia; Collection stations for Wassaw Sound Georgia; Collection stations for Ossabaw Sound Georgia; Collection stations for St. Catherines Sound Georgia; Collection stations for Sapelo Sound Georgia; Collection stations for Christmas Creek Georgia; Collection stations for Little Cumberland Island Georgia; Collection stations for Cumberland Island Georgia; Steamboat
• Online Access: http://hdl.handle.net/10724/30836