Voyage details and related metadata, reports, events and data.
IN2022_V02
- is a Marine National Facility 
voyage
Title: Sedimentation at its extreme: how powerful are submarine caldera-forming eruptions (Kermadec arc)?
Period: 2022-03-18 22:00 to 2022-04-19 02:00 UTC
Duration: 31.17 days
From: Hobart To: Hobart
Region: Derwent Estuary; Tasmania coast; Tasman Sea; New Zealand coast; Southwest Pacific Ocean
Ship: Investigator (RV) [details]
Description: The aim of this project is to link the behaviour of deep submarine eruptions with the morphology of their deposits. Modelling calculations of sediment mass fluxes will permit the first-ever hazard mapping scheme for submarine volcanoes globally (tsunami and sediment flows), and provide new ore vectoring strategies for exploration in Australia. For operational reasons the publication of the voyage plan has been postponed.
Leader: Dr Jutzeler (UTAS)
Projects:
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Sedimentation at its extreme: how powerful are submarine caldera-forming eruptions (Kermadec arc)?
[details] Primary
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BGC and Standard Argo float deployments [details] Piggy-back
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Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry [details] Piggy-back
Underway data from NRUD - see this voyage
Voyage extents: 43° 17.1' S to 31° 09.5' S 147° 20.3' E to 179° 05.1' W Get voyage track shapefile Get CSV
Marlin Metadata:-
Participants - on ship:- Click on column header to sort
| Name | Role | Organisation | Project |
|---|---|---|---|
| Martin Jutzeler | Chief Scientist | University of Tasmania | Sedimentation at its extreme: how powerful are submarine caldera-forming eruptions (Kermadec arc)? |
| Steffen Kutterolf | Alt. Chief Scientist (sediment) | GEOMAR - Helmholtz Centre for Ocean Research Kiel | Sedimentation at its extreme: how powerful are submarine caldera-forming eruptions (Kermadec arc)? |
Participants - shore based:- Click on column header to sort
| Name | Role | Organisation | Project |
|---|---|---|---|
| Andrew Bowie | PI - piggyback | University of Tasmania - Hobart | Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry |
| Craig Hanstein | PI - piggyback | CSIRO Oceans & Atmosphere - Hobart | BGC and Standard Argo float deployments |
| Peter Strutton | PI - piggyback | University of Tasmania | BGC and Standard Argo float deployments |
| Scott Meyerink | PI - piggyback | University of Tasmania - Hobart | Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry |
This list includes those that may have only been on part of the voyage. See voyage reports on 'Reports and Maps' tab for details.
Data publishing - No datasets have been published
Deployments by start time:- Click on column header to sort. Use link on 'Deployment' to see full details. Use the CSV button at the bottom to export data (tab delimited).
Search for deployments from this voyage and others
| Deployment | Operation | Station | Cast | Gear | Project | Start and end times | Start Location | End Location | Depth | Description | |||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ADCP Data [details] | Teledyne RDI ADCP 150 kHz,Teledyne RDI ADCP 75 kHz | 2549 | 2022-03-19 00:27 | 2022-04-18 22:16 | -43.1091 | 147.4713 | -43.1020 | 147.4598 | 798 | ||||
| Underway System [details] | Air Sampling Inlet Mode,Air Temperature Sensor - ROTRONIC T&RH HC2A-S3,Air Temperature Sensor - ROTRONIC T&RH HC2A-S3,Air Temperature Sensor - ROTRONIC T&RH HC2A-S3,Air Temperature Sensor - ROTRONIC T&RH HC2A-S3,Burket Flow meter,Burket Flow meter,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO Hobart pCO2,CSIRO air sampling inlet,CSIRO air sampling inlet,Depth: TECHSAS-DERIVED. For more information contact the Data Acquisition and Processing group.,Fluorometer Concentration,Fluorometer WSCHL-1441,Gyrocompass,IMOS Port Pyranometer-SN 35122F3,IMOS Port Radiometer-SN 35093F3,IMOS Stbd Pyranometer-SN 29125F3,IMOS Stbd Radiometer-SN 29140F3,IMOS wind monitor,IMOS wind monitor,IMOS wind monitor,IMOS wind monitor,ISAR SST,Kobold MIK-C Flow meter,Kobold MIK-C Fluorometer Flow Meter,Kongsberg Maritime Skipper DL850 doppler log,Kongsberg Maritime Skipper DL850 doppler log,Kongsberg Maritime Skipper DL850 doppler log,Kongsberg Maritime Skipper DL850 doppler log,Kongsberg Maritime Skipper DL850 doppler log,Kongsberg Maritime Skipper DL850 doppler log,LI-COR LI-190 Quantum Sensor,LI-COR LI-190 Quantum Sensor,MAAP Status,Multiangle Absorption Photometer (MAAP),Multiangle Absorption Photometer (MAAP),Optode Dissolved Oxygen Concentration,Optode Dissolved Oxygen Saturation,Optode Water Temperature,Ozone Monitor RVT1,Ozone Monitor RVT1,Ozone Monitor RVT2,Ozone Monitor RVT2,Picarro Greenhouse Gas Spectrometer CO2,CH4,H2o,Picarro Greenhouse Gas Spectrometer CO2,CH4,H2o,Picarro Greenhouse Gas Spectrometer CO2,CH4,H2o,Port Rain Gauge,Port drop keel sensor,RM Young 05106 wind monitor,RM Young 05106 wind monitor,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,RM Young Wind Sensor Type 05106,Remote Temperature (T) - SN 1061,Seapath 330+,Seapath 330+,Seapath 330+,Seapath 330+,Starboard Rain Gauge,Starboard drop keel sensor,ThermoSalinoGraph (TSG)-SN 3439,ThermoSalinoGraph (TSG)-SN 3439,Vaisala Ship's Barometer PTB330 | 2022-03-18 22:45 | 2022-04-19 00:38 | -42.8864 | 147.3388 | ||||||||