This dataset was created to document the scoring of a camera tow from SS2007/02 SE MPA's survey Specifically, the camera tow on Hill Patience, to derive data from the tow relating to the number of basket work eels observed. To collect this data, video footage from SS2007/02 SE MPA's camera tow on Patience Hill was observed on a monitor screen with lines marked on it - the video was stopped every five seconds, and marine fauna within the marked lines were counted, with the marked lines used in order to prevent double counting of the animals. This data was recorded in an excel spreadsheet, with a list of the different species recorded and the timecodes that they were recorded at. This data was then used in conjuction with other data from station 54 relating to the depth and structure of the seafloor, in order to determine any relation between marine life numbers and the surrounding habitat.

The project aims to integrate and synthesise data on deepsea octocoral identifications and distribution from CSIRO surveys and museum holdings in Australian waters to support research such as identification of ecological and biological significant areas (EBSA) and vulnerable marine ecosystems (VME), climatology, monitoring of benthic habitats (impacts and recovery) and biogeography. The confirmed octocoral identifications are added to or updated in CAAB as necessary, with 99-codes being established for alpha-species Operational Taxonomic Units (OTUs) based on the combined collection. In addition, project staff Dr Phil Alderslade is contributing to training workshops and guides for coral identification in collaboration with NIWA. The geographic extent of the project is primarily Australia's EEZ but reaching into neighbouring Oceania regions (e.g. NZ, NC). Physical specimens are lodged with Australian museums based on region of collection: (1) North Tasman Region: Northern Territory Museum & Art Gallery (NTM), with some duplicate specimens lodged with the Australian Museum (AM); (2) south-eastern Australia region: Tasmanian Museum and Art Gallery (TMAG); (3) south-western and north-western Australia: Western Australian Museum (WAM). RELATED ACRONYMS: RAD -Rank Abundance Distributions EBSA -Ecological and Biological Significant Areas VME -Vulnerable Marine Ecosystems OTU -Operational Taxonomic Units CAAB -Codes for Australian Aquatic Biota (CSIRO)

The scientific objectives for the survey were split across two voyages (SS11/2006 for leg 1 and SS02/2007 for leg 2). They were to: (1) use advanced sampling tools and techniques that are, to the extent possible, non destructive (2) collect precisely georeferenced baseline data at scientific reference sites to enable indicators to be quantified (e.g. biodiversity metrics and levels of fishing effort at each site). These data will be documented and available for use for targeted monitoring during subsequent surveys (1) provide results that can assess the achievement of the TSMR management plan to date (revisit four seamounts photographed in 1997 - Main Pedra, Sister 1, K1 and D1; look for changes in fished and unfished sites) and refine baseline data (2) enable future assessment against performance objectives for the TSMR and selected proposed Commonwealth MPAs - Huon, Tasman Fracture and possibly South Tasman Rise and Freycinet depending on the time available at sea (3) test efficiency of the various biodiversity metrics to determine effectiveness, cost and potential for monitoring other deepwater reserves (4) provide samples for key taxa that can be used in subsequent genetic research to refine definition and extent of endemicity in deepwater fauna (5) complete swath mapping of relevant parts of continental slope between Hobart and SW Cape. This Metadata record describes the imagery data taken with the deep video-system and sediment data taken with a Smith-McIntyre grab. The image annotations collected for this project have been added to the Oracle data base BHIMAGE and the associated videos and still images have been archived as described in MarLIN record 14436 'Benthic Habitats Video Image Archive'. Sediment data has been processed by GA and integrated into the MARS data base.

The scientific objectives for the survey were split across two voyages (SS11/2006 for leg 1 and SS02/2007 for leg 2). They were to: * use advanced sampling tools and techniques that are, to the extent possible, non destructive * collect precisely georeferenced baseline data at scientific reference sites to enable indicators to be quantified (e.g. biodiversity metrics and levels of fishing effort at each site). These data will be documented and available for use for targeted monitoring during subsequent surveys * provide results that can assess the achievement of the TSMR management plan to date (revisit four seamounts photographed in 1997 - Main Pedra, Sister 1, K1 and D1; look for changes in fished and unfished sites) and refine baseline data * enable future assessment against performance objectives for the TSMR and selected proposed Commonwealth MPAs - Huon, Tasman Fracture and possibly South Tasman Rise and Freycinet depending on the time available at sea * test efficiency of the various biodiversity metrics to determine effectiveness, cost and potential for monitoring other deepwater reserves * provide samples for key taxa that can be used in subsequent genetic research to refine definition and extent of endemicity in deepwater fauna * complete swath mapping of relevant parts of continental slope between Hobart and SW Cape This metadata record refers to the acoustic swath and the video data collected during the first of the two surveys. The image annotations collected for this project have been added to the Oracle data base BHIMAGE and the associated videos and still images have been archived as described in MarLIN record 14436 'Benthic Habitats Video Image Archive'.