This data set contains oceanographic data (CTD Data, Fathometer, Knudsen echo sounder, Mocness plankton tow net, Oxygen, and Salinity). The researchers used a submersible, a remotely operated vehicle, and other technology to assess and record conditions in the water column and on the seafloor to gather baseline data along Florida's shelf edge.

This dataset contains oceanographic data collected from NOAA Ship Gordon Gunter in the Gulf of Mexico, Caribbean Sea, and North Atlantic Ocean. Data acquisition from shipboard sensors includes navigation data, ship sensor raw data (Fathometer, Surface Depth, Sea Surface Temperature, Temperature, Trawl, True Wind Speed, Water Speed) and (Profile Data - CTD, Sonde). This expedition explored protected and unprotected deep water coral reefs and hard-bottom communities.

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This dataset contains oceanographic data that was collected during the Expedition to the Deep Slope 2007 cruise in the Gulf of Mexico. CTD were collected from NOAA Ship RONALD H. BROWN and ROV JASON II. The accession also contains wet lab images, microscope images, GIS products, dive plans, and dive summaries.

This dataset contains oceanographic and meteorological data, logs, and still images. This expedition is the first of three cruises for the Deep SEARCH project focused on exploring and characterizing seeps, corals, and canyon environments along the Atlantic margin. Oceanographic still images were obtained with the Sentry AUV. The images are raw Bayer-encoded (color) TIFF files directly from the camera.

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This dataset contains data collected during the Life on the Edge II (SJ0403) cruise, June 8-22, 2004, aboard the Harbor Branch Oceanographic Institution's research vessel Seward Johnson. The cruise was coordinated by the NOAA Office of Ocean Exploration. The science team studied both the outer-shelf hard grounds, found in relatively shallow water (80 to 200 m), and the middle-slope coral banks, found in deeper water (350 to 800 m). Some of the data in this accession came from the Virtual Integrated Data System (VIDS) installed on the Seward Johnson, collecting data from shipboard instruments including meteorological sensors, TSGs, GPS, and others. Beyond the beach and influenced by the Gulf Stream, the unique habitats along "the edge" of the continental shelf and the deeper continental slope support myriad life forms. The Life on the Edge 2004 mission, part of a several-year study, aims to document and understand these habitats and the species that live in them. The mission team is searching for coral reefs and other reef habitats, from the sargassum floating in the surface waters to the corals found in deep water. The scientists hope to characterize the trophodynamics (energy flow) and community structures in these environments.

This cruise used the remotely operated vehicle (ROV) Jason II to: explore 4-6 new sites for the occurrence of deep water coral reefs; made collections of Lophelia and other corals for genetic and physiological studies, made collections of communities associated with Lophelia and other corals for ecological studies; collected quantitative digital imagery for characterization of sites and coral communities; collect spatially explicit physical near bottom oceanographic data; deploy cameras and microbial arrays; reposition larval traps and current meters; collected push cores; and conducted a series of linked archaeological/ biological investigations on deep water shipwrecks.

This dataset contains oceanographic data (ADCP, CTD, ROV, Jason, Lander, SCS, Vehicle, XBT), images, and documentation. The primary goals of this cruise were as follows: Exploration of new sites and new areas within known sites, sampling of corals and associated fauna for biodiversity and biogeography, community sampling at seep and coral habitats, sediment sampling at soft sediment sites for biogeochemistry and diversity, collections of corals for live coral experiments, water sampling for water chemistry and microbial diversity, sediment, water, and faunal samples for eDNA work, geological observations and sampling for geomorphology, and lander deployments.