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          All photos credited to Project Oceanica unless noted 
          otherwise
          
          In late July Dr. Leslie Sautter and I had the opportunity to join Chief 
          Scientist Dr. George Sedberry 
          from the S.C. Department of Natural 
          Resources in Islands in the Stream 2002. The purpose of this NOAA 
          Ocean Exploration expedition was to explore high-relief areas along 
          the continental shelf edge and upper slope along the eastern coast of 
          Florida to North Carolina within an area known as the South Atlantic 
          Bight. It was my first research expedition as a new graduate student 
          and it was an extraordinary experience. We spent 10 days aboard Harbor 
          Branch Oceanographic Institute’s Research Vessel the Seward 
          Johnson (Fig. 1). During this time we had the incredible opportunity 
          to examine bottom habitats with the use of Harbor Branch’s
 
          We spent 10 days aboard Harbor 
          Branch Oceanographic Institute’s Research Vessel the Seward 
          Johnson (Fig. 1). During this time we had the incredible opportunity 
          to examine bottom habitats with the use of Harbor Branch’s  Johnson-Sea-Link 
          II submersible (Fig. 2). The submersible enabled us to collect 
          video and photographic images of shelf-edge reef habitats as well as 
          samples of sediment, rocks, and marine organisms. At each site we visited, 
          we deployed instruments from the deck of the ship to collect plankton 
          and bottom sediments, 
          and to measure the conductivity (to determine salinity), temperature 
          and density of the seawater. I participated in all sample
Johnson-Sea-Link 
          II submersible (Fig. 2). The submersible enabled us to collect 
          video and photographic images of shelf-edge reef habitats as well as 
          samples of sediment, rocks, and marine organisms. At each site we visited, 
          we deployed instruments from the deck of the ship to collect plankton 
          and bottom sediments, 
          and to measure the conductivity (to determine salinity), temperature 
          and density of the seawater. I participated in all sample  collection
collection , 
          and learned how to process samples once they were brought aboard. We 
          used two different types of net tows to collect plankton, the Bongo 
          (Fig. 3) and Neuston (Fig. 4) nets. Their mesh sizes are different so 
          several size fractions of plankton can be collected. We even caught 
          a seahorse (Fig. 5) in the Bongo net, which we placed in the shipboard 
          aquarium. To collect bottom sediments we used a Young grab (Fig 6). 
          The material
, 
          and learned how to process samples once they were brought aboard. We 
          used two different types of net tows to collect plankton, the Bongo 
          (Fig. 3) and Neuston (Fig. 4) nets. Their mesh sizes are different so 
          several size fractions of plankton can be collected. We even caught 
          a seahorse (Fig. 5) in the Bongo net, which we placed in the shipboard 
          aquarium. To collect bottom sediments we used a Young grab (Fig 6). 
          The material  collected 
          will be analyzed for chemical contaminants, organic matter, and the 
          type of sediment (e.g., percentage of sand,silt and clay).
collected 
          will be analyzed for chemical contaminants, organic matter, and the 
          type of sediment (e.g., percentage of sand,silt and clay). 
          