The Mercury Passage marine habitat layer1: 25,000 depicts marine habitats from Marion Bay [147 57'-42 44'] to Lords Bluff [148 00'- -42 30'] from the coastline to the 40 metre depth contour including the complete coastline of Maria Island. The habitat types depicted in the dataset include High profile reef, Medium profile reef, Low profile Reef, Patchy Reef, Sand, Hard Sand, Silty Sand, Silt, Seagrass, Patchy Seagrass, and Sparse Seagrass. The data was collected through intensive field sampling from June 2001 to February 2002 by marine researchers at the Tasmanian Aquaculture and Fisheries Institute. The use of underwater camera equipment, echo sounder data and a Differential GPS unit allowed for the extensive area to be surveyed. The dataset is intended to be used to fulfil coastal management objectives according to The Living Marine Resources Act 1995.

The Bathurst Channel marine habitat layer - 1: 25,000 depicts marine habitats for the entire channel from the inside of the Breaksea Islands to Nixson Point [145d 55m, -43d 18m] to [146d 08m, -43d 21m]. The habitat types depicted in the dataset include silt, silty sand, hard sand and low profile reef. The data was collected in October and November 2002 by marine researchers at the Tasmanian Aquaculture and Fisheries Institute. The use of underwater camera equipment, echo sounder data and a Differential GPS unit allowed for the extensive area to be surveyed. The dataset is intended to be used to fulfil coastal management objectives according to The Living Marine Resources Act 1995

The Great Oyster Bay contour map 1:25000 depicts bathymetric contours from Cape Bougainville [148 00, -42 30] to Schouten Island [148 19, --42 20] from the coastline to the 40 metre depth. The contour intervals are 5 metre intervals. The dataset is intended to be used to fulfil coastal management objectives according to The Living Marine Resources Act 1995 and is not to be used for navigational purposes.

These data represent oyster reefs in Georgia's coastal waterways, extending from Chatham County south to Glynn County. A pilot project for certain coastal regions was completed in 2013, with the remaining project areas finished in 2015. This mapping project was conducted under contract to the Georgia Department of Natural Resources with the goal of inventorying oyster reefs in Georgia's coastal waterways. Oyster reef extent polygons were created through heads-up digitization using 4-band, 6-inch resolution DMC digital aerial imagery as the source. This imagery was collected between November 2012 and February 2013. The minimum mapping unit is 5 square meters, though discretion was used to collect features smaller than this. Partners: Georgia Department of Natural Resources

The Kent Group marine habitat layer 1: 25,000 depicts marine habitats from the coastline to the 3nm limit of the island Deal, Erith, Dover and North East Islet. The habitat types depicted in the dataset include High profile reef, Medium profile reef, Low profile Reef, Patchy Reef, Sand, Hard Sand, Silty Sand, Seagrass, Patchy Seagrass, Dense and Sparse Sponge. The data was collected through intensive field sampling in September 2002 by marine researchers at the Tasmanian Aquaculture and Fisheries Institute. The use of underwater camera equipment, echo sounder data and a Differential GPS unit allowed for the extensive area to be surveyed. The dataset is intended to be used to fulfil coastal management objectives according to The Living Marine Resources Act 1995.

This data set was generated to evaluate the status and response of oysters within Chicopit Bay, FL, in the Timucuan Ecological and Historic Preserve during and following dredging completed by the Army Corps of Engineers for the Mile Point Project. It includes live oyster area estimates from aerial images collected in 2016-2018.

This data set was generated to evaluate the status and response of oysters within Chicopit Bay, FL, in the Timucuan Ecological and Historic Preserve during and following dredging completed by the Army Corps of Engineers for the Mile Point Project. It includes live oyster area estimates from aerial images collected in 2016-2018.

Data were collected for a project evaluating faunal succession states in both restored and natural oyster reefs located in the same comparative environment. Using space-for-time substitution, we sampled crustacean and fish host-parasite taxa from x3 replicate treatments of Natural reefs, as well as reefs restored in the years 1997, 2000, 2011, and 2016. We hypothesized that infra-communities of trophically transmitted parasites were more reliable indicators of succession trajectories and overall oyster reef trophic complexity. In contrast to the diversity of free-living taxa, which was highly variable, parasite diversity increased through time (2016 to 2011 to 2000 to 1997), and data from the older reefs (2000, 1997) was not different from that collected from Natural reefs.