GAB Deepwater Marine Program: Project 4 – Benthic biota of volcanic seamounts, seeps and canyons of the GAB - Sediment data

Progress Code: completed Maintenance and Update Frequency: asNeeded Statement: Sediment sub-collection analysed at SARDI for sediment grainsize and composition (Total organic Carbon, Total Inorganic Carbon and Total Nitrate). Sediment sub-collection analysed for Macrofauna at MV - data descrition in...

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Bibliographic Details
Other Authors: Althaus, Franzis (originator), Althaus, Franziska (originator), CSIRO (hasAssociationWith), CSIRO O&A, Information & Data Centre (pointOfContact), CSIRO Oceans & Atmosphere - Hobart (hasAssociationWith), CSIRO/Oceans and Atmosphere (hasAssociationWith), Data Officer (AR), Hobart (processor)
Format: Dataset
Language:unknown
Published: Australian Ocean Data Network
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Online Access:https://researchdata.edu.au/gab-deepwater-marine-sediment-data/815092
Description
Summary:Progress Code: completed Maintenance and Update Frequency: asNeeded Statement: Sediment sub-collection analysed at SARDI for sediment grainsize and composition (Total organic Carbon, Total Inorganic Carbon and Total Nitrate). Sediment sub-collection analysed for Macrofauna at MV - data descrition in GABDMP - Benthic Biota metadata record Sediment sub-collection analysed for other properties see Supplemental information Credit GAB DMP: Chevron Energy Technology Pty, CSIRO Credit Sub-project 4.2.1. Faunal characterisation of epifauna and infauna including limited taxonomic characterization Credit Alan Williams (CSIRO) Credit Jason Tanner (SARDI) Credit Hugh MacIntosh (MV) Credit Robin Wilson (MV) This record describes the collections of sediments (and their derived data) from one Marine National Facility charter voyage conducted under Project 4 - Benthic biota of volcanic seamounts, seeps and canyons of the GAB - of the Great Australian Bight Deepwater Marine Program (GABDMP): IN2015_C01. A key objective for which is to characterise the composition, abundance and distributions of benthic fauna (seabed animals) associated with volcanic seamounts, canyon and seep zone habitats in in ~1000-5000 m depth, within and adjacent to the Chevron lease areas in the GAB. Sediment samples were taken at 6 potential seep, 5 volcanic seamount, and 3 deep outcropping rock sites using the Integrated Coring Platform (ICP) and the Smith-MacIntyre grab. The Integrated Coring Platform ( ICP) combines a number of technologies to maximise sampling in a single deployment. The ICP is built around a 6 barrel corer (KC, Denmark) and together with its central electronics module integrates cameras (cable, seafloor and corer views), CTD (SBE37IDO), altimeter, 120KHz scientific echo-sounders, Niskin bottles and hydrocarbon sensor suite. Sensor data is delivered in real time to the surface via fibre optic deployment cable. The Smith-MacIntyre grab is a comparatively simple tool collecting sediments. Sediment samples were analysed ...