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Voyage details and related metadata, reports, events and data.

IN2016_T02    - is a Marine National Facility voyage

Voyage details on MNF site: https://mnf.csiro.au/en/Voyages/IN2016_T02

Period: 2016-08-25 01:00 to 2016-08-29 00:17 UTC

Duration: 3.97 days

From: Hobart To: Sydney

Region: Hobart, Sydney, Australia East Coast

Ship: Investigator (RV) [details]

Description: Voyage objectives The main objective of this transit voyage is to move the vessel from Hobart to Sydney prior to IN2016_V04. The objectives listed below are complementary with the transit. 1. Natural iron fertilisation of the oceans around Australia: linking terrestrial dust and bushfires to marine biogeochemistry Oceans play a vital role in Earth's climate through the control of atmospheric CO2. An important component of this system is the iron cycle, in which iron-rich aerosols are transported from land via atmosphere to ocean. Iron is a key micronutrient for marine phytoplankton, the scarcity of which controls essential biogeochemical processes. This project will facilitate an integrated ship-based atmospheric observational program for trace elements in oceans around Australia. During the voyages, we will sample and conduct experiments on atmospheric particles containing terrestrial dust, bushfire smoke and anthropogenic emissions that are transported from Australia to its surrounding oceans. This will provide the critical information on atmospheric iron supply for ocean fertility and health, providing the science for predicting a key factor in the future impact of the oceans on climate. The project supports the training and research of two postgraduate PhD students from IMAS-UTAS. 2. We will also opportunistically collect event-based clean rainwater samples using either a polyethylene funnel and collection bottle (when conditions allow) or a Dual Chimney Precipitation Sampler (N-Con Systems model 00-127; currently on order), to quantify the trace metal deposition in the 'bulk' and 'precipitate-only' fractions. Ideally samples would be collected on upper and forward decks, either above the bridge or at the bow when heading into the wind.

Leader: A. Bowie (ACE CRC UTAS)

Projects:

  • Investigator National Facility - transit voyage [details] Primary

  • Australian Hydrographic Office [details] Supplementary

  • Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry [details] Supplementary

  • Spatial and temporal variability in the distribution and abundance of seabirds and marine mammals [details] Piggy-back


Voyage extents: 43° 17.5' S to 33° 49.6' S    147° 20.3' E to 151° 44.5' E Get voyage track shapefile Get CSV


Marlin Metadata:-

  • IMOS - AusCPR: Phytoplankton Abundance [details]

  • IMOS - AusCPR: Phytoplankton and Zooplankton Abundance - Global Continuous Plankton dataset (GACs) [details]

  • IMOS - AusCPR: Zooplankton Abundance [details]

  • RV Investigator ISAR/SST Sea Surface Temperature Data Overview (2014 onwards) [details]

  • RV Investigator Radon Data - Selected Voyages (2014 onwards) [details]

  • RV Investigator Sea Carbon Dioxide (CO2) Data - Selected Voyages (2014 onwards) [details]

  • RV Investigator Voyage IN2016_T02 ADCP Data [details]

  • RV Investigator Voyage IN2016_T02 EK60 Echosounder [details]

  • RV Investigator Voyage IN2016_T02 EM122 Multibeam Echosounder Data [details]

  • RV Investigator Voyage IN2016_T02 EM710 MKII Multibeam Echosounder Data [details]

  • RV Investigator Voyage IN2016_T02 End of Voyage (EOV) Archive [details]

  • RV Investigator Voyage IN2016_T02 Gravity Data [details]

  • RV Investigator Voyage IN2016_T02 Seabird Observations [details]

  • RV Investigator Voyage IN2016_T02 Underway UWY Data [details]

  • RV Investigator Voyage IN2016_T02 XBT Data [details]

  • IPT Metadata:-

  • IMOS - Phytoplankton Abundance and Biovolume (CPR), Australia (2007 to present)

    View at      Ocean Biodiversity Information System (OBIS)      OBIS Australia IPT      Atlas of Living Australia (ALA)

  • IMOS - Zooplankton Abundance and Biomass Index (CPR)

    View at      Ocean Biodiversity Information System (OBIS)      OBIS Australia IPT      Atlas of Living Australia (ALA)

  • RV Investigator Voyage IN2016_T02 Seabird Observations

    View at      Ocean Biodiversity Information System (OBIS)      OBIS Australia IPT      Atlas of Living Australia (ALA)

  • Cruise Summary Report at SeaDataNet:-

  • View Cruise Summary Report at https://csr.seadatanet.org
  • Participants - on ship:- Click on column header to sort

    NameRoleOrganisation Project
    Amy Nau Geophysical Survey and Mapping Support CSIRO MNF Geophysical Survey and Mapping
    Andrew Bowie Chief Scientist University of Tasmania Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry
    Ann Jones Reporter Australian Broadcasting Corporation CSIRO Educator on Board
    Bard Morten Pederson Vendor Rapp Hydema Investigator - general vessel operations, gear trials, etc.
    Ben Arthur Education & Outreach CSIRO Services CSIRO Educator on Board
    Ben Rae Observer CSIRO NCMI Voyage Management on RV Investigator
    Chris Krishna-Pillay Education & Outreach CSIRO Services CSIRO Educator on Board
    Francis Chui Data Acquisition and Processing Computing Support CSIRO MNF Data Acquisition and Processing
    Kim Arne Grøneng Vendor Rapp Hydema Investigator - general vessel operations, gear trials, etc.
    Leonardo Laiolo PhD student UTS Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry
    Marian Wiltshire Communications IMOS CSIRO Educator on Board
    Martin Ostrowski Principal Investigator Macquarie University Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry
    Matt Boyd Geophysical Survey and Mapping Support CSIRO MNF Geophysical Survey and Mapping
    Matt Kimber Observer CSIRO MNF Voyage Management on RV Investigator
    Matt Marrison Communications CSIRO Comms. CSIRO Educator on Board
    Michal Strzelec Aerosols IMAS Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry
    Mick Roderick Bird Survey NSW-OEH Spatial and temporal variability in the distribution and abundance of seabirds and marine mammals
    Morgane Perron Aerosols IMAS Natural iron fertilisation of oceans around Australia: Linking terrestrial dust and bushfires to marine biogeochemistry
    Nicholas Carlile Bird Survey NSW-OEH Spatial and temporal variability in the distribution and abundance of seabirds and marine mammals
    Owen Craig Communications CSIRO Comms. CSIRO Educator on Board
    Peter Shanks Data Acquisition and Processing Computing Support CSIRO O&A Data Acquisition and Processing
    Rod Palmer Seagoing Instrumentation Team Support CSIRO MNF Seagoing Instrumentation Team
    Ron Plaschke Observer CSIRO MNF Voyage Management on RV Investigator
    Steve Thomas Seagoing Instrumentation Team Support CSIRO MNF Seagoing Instrumentation Team
    Steve van Graas Data Acquisition and Processing Computing Support CSIRO MNF Data Acquisition and Processing
    Tegan Sime Voyage Manager CSIRO MNF Voyage Management on RV Investigator
    Warrick Glynn Communications IMOS CSIRO Educator on Board

    This list includes those that may have only been on part of the voyage. See voyage reports on 'Reports and Maps' tab for details.

    MNF Reports

    Publications from data derived from this voyage

    Journal Article

    • Hallegraeff, Gustaaf,Eriksen, Ruth,Davies, Claire,Slotwinski, Anita,McEnnulty, Felicity,Coman, Frank,Uribe-Palomino, Julian,Tonks, Mark,Richardson, Anthony (2020) The marine planktonic dinoflagellate Tripos: 60 years of species-level distributions in Australian waters. Australian Systematic Botany pp-. 10.1071/SB19043

    • Ito, Akinori,Perron, Morgane M. G.,Proemse, Bernadette C.,Strzelec, Michal,Gault-Ringold, Melanie,Boyd, Philip W.,Bowie, Andrew R. (2020) Evaluation of aerosol iron solubility over Australian coastal regions based on inverse modeling: implications of bushfires on bioaccessible iron concentrations in the Southern Hemisphere. Progress in Earth and Planetary Science 7 pp-. 10.1186/s40645-020-00357-9

    • Perron, Morgane M.G.,Proemse, Bernadette C.,Strzelec, Michal,Gault-Ringold, Melanie,Boyd, Philip W.,Rodriguez, Estrella Sanz,Paull, Brett,Bowie, Andrew R. (2020) Origin, transport and deposition of aerosol iron to Australian coastal waters. Atmospheric Environment 228 pp117432-. 10.1016/j.atmosenv.2020.117432

    Search for publications and reports from this and other voyages

    Data publishing

    This is a list of online datasets hosted by CSIRO. Other processed datasets hosted by collaborating organisations may be found on the 'Metadata' tab.
    Use the Get data link on the right to extract data using the NCMI Data Trawler.

    Data StreamData SummaryGet data
    Marine biodiversity observations and/or samples
    Time (UTC): 2016-08-24 15:17 to 2016-08-28 22:53
    Latitude: -43.29 to -33.83
    Longitude: 147.34 to 151.73
    Get Data from Trawler

    Multibeam echosounder
    Time (UTC): 2016-08-25 02:08 to 2016-08-28 20:08
    Latitude: -43.29 to -33.98
    Longitude: 147.38 to 151.73
    Datafiles: 166
    Total size: 13.95 Gb
    Get Data from Trawler

    Sea Surface Temperature
    Time (UTC): 2016-08-25 00:01 to 2016-08-28 23:58
    Latitude: -43.29 to -33.83
    Longitude: 147.34 to 151.74
    Measurements:1961
    Get Data from Trawler

    Download IN2015_T02 compressed dataset (36Kb)

    Underway
    Time (UTC): 2016-08-25 01:08 to 2016-08-29 00:08
    Latitude: -42.89
    Longitude: 147.34
    Track length: 1715.356 km
    Locations: 68,273
    Measurements: 4,369,472
    Get Data from Trawler

    Download the 5 second netcdf data: in2016_t02uwy_nc.zip (13,438KB)

    Download the 10 second csv data: in2016_t02uwy10sec_csv.zip (2,607KB)

    Download the 5 minute second csv data: in2016_t02uwy5min_csv.zip (106KB)

    Wildlife Observations
    Time (UTC): 2016-08-24 15:08 to 2016-08-28 22:08
    Latitude: -43.29 to -33.83
    Longitude: 147.34 to 151.55
    Observations: 393
    Get Data from Trawler

    XBT Profile
    Time (UTC): 2016-08-25 21:08 to 2016-08-26 05:08
    Latitude: -40.19 to -40.05
    Longitude: 148.57 to 148.62
    Quantity: 2 Casts
    Max Pressure: 464.4 db
    Get Data from Trawler

    Caveat: this event log was authored on the voyage using either a standalone logging system called ELOG or more recently an inhouse event logging tool called Everlog. For this reason, some positions are unknown and may be resolved using the logged time and the underway dataset for the voyage.

    Search for events from this voyage and others

    Events ordered by start time:- Click on column header to sort. Use link on 'When' to see full details. Use the CSV button at the bottom to export data.

    When (UTC) LatitudeLongitude InstrumentIdentifierActionLogSubject / Comments
    2016-08-24 23:30 [view ] -42.8863 147.3387 Gravity Meter [view] Start GSM_in2016_t02 Gravity meter turned on
    2016-08-24 23:45 [view ] TSG [view] Start in2016_t02
    2016-08-24 23:45 [view ] pCO2 [view] Start in2016_t02
    2016-08-25 00:21 [view ] -42.8863 147.3387 Other [view] Both EMs GSM_in2016_t02 Waterline values in SIS changed to 0.339 Previous value 0.85
    2016-08-25 00:21 [view ] -42.8863 147.3387 Other [view] Draft GSM_in2016_t02 Draft Measurments Prior to Departure F6.45 A5.9
    2016-08-25 01:35 [view ] -42.9163 147.3830 ADCP [view] Start in2016_t02 both os75 and os150 started
    2016-08-25 01:45 [view ] -42.9391 147.3791 drop keel [view] Deployed in2016_t02 Both port and stdb keels lowered and locked at 2m
    2016-08-25 01:50 [view ] -42.9460 147.3768 Other [view] Other GSM_in2016_t02 Keels locked at 2m
    2016-08-25 02:50 [view ] -43.1108 147.4647 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_ssst001.asvp sst= 10.5
    2016-08-25 03:36 [view ] -43.2093 147.6112 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_ssst002.asvp
    2016-08-25 04:42 [view ] -43.2915 147.8807 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_ssst003.asvp
    2016-08-25 06:48 [view ] -43.1636 148.3569 ADCP [view] Change in2016_t02 both os75 and os150 changed from bottom tracking
    2016-08-25 16:55 [view ] -41.2088 148.9013 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_ssst004.asvp
    2016-08-25 16:55 [view ] -41.2088 148.9013 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_ssst004.asvp
    2016-08-25 16:55 [view ] -41.2088 148.9013 EM710 [view] Start GSM_in2016_t02 Start Logging
    2016-08-25 17:06 [view ] -41.1777 148.9077 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst005.asvp
    2016-08-25 17:06 [view ] -41.1777 148.9077 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst005.asvp
    2016-08-25 18:17 [view ] -40.9353 148.8373 EM710 [view] Start GSM_in2016_t02 Start Logging
    2016-08-25 18:53 [view ] -40.8138 148.8022 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_sst006
    2016-08-25 18:53 [view ] -40.8138 148.8022 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_sst006
    2016-08-25 19:25 [view ] -40.7020 148.7697 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_sst007
    2016-08-25 19:25 [view ] -40.7020 148.7697 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_sst007
    2016-08-25 19:40 [view ] -40.6517 148.7553 EM122 [view] Stop GSM_in2016_t02 Stop Logging
    2016-08-25 20:14 [view ] -40.5402 148.7230 EM710 [view] Start GSM_in2016_t02 Dual swath mode turned on for resolution test
    2016-08-25 20:14 [view ] -40.5402 148.7230 EK60 [view] Start GSM_in2016_t02 EK60 turned off to remove interferance in EM710
    2016-08-25 20:40 [view ] -40.4565 148.6990 EK60 [view] Start GSM_in2016_t02 Logging with 70kHz in Passive to prevent interference with em710
    2016-08-25 21:06 [view ] -40.3721 148.6750 ADCP [view] Change in2016_t02 75 eventually changed to bottom track after figuring out the baud rate (38400)
    2016-08-25 21:33 [view ] -40.2803 148.6487 ADCP [view] Change in2016_t02 150kHz changed to bottom tracking
    2016-08-25 22:16 [view ] -40.1338 148.6067 ADCP [view] Stop in2016_t02 turned off for site survey
    2016-08-25 22:34 [view ] -40.0718 148.5888 EM710 [view] Start GSM_in2016_t02 Entering Hydrographic site
    2016-08-25 22:39 [view ] -40.0550 148.5817 Instrument Clean Seawater pump [view] Stop in2016_t02 All underway science seawater pumps off for Engineers to conduct tests
    2016-08-25 22:55 [view ] -40.0223 148.5609 Instrument Clean Seawater pump [view] Start in2016_t02 Engineers completed tests on science seawater pump systems
    2016-08-25 22:57 [view ] -40.0227 148.5576 EM710 [view] Start GSM_in2016_t02 Start Logging 1st Line in hazard site
    2016-08-25 23:04 [view ] -40.0220 148.5490 EM710 [view] Start GSM_in2016_t02 Start Logging 2nd Line in hazard site
    2016-08-25 23:12 [view ] -40.0244 148.5575 EM710 [view] Start GSM_in2016_t02 Start Logging 3rd Line in hazard site
    2016-08-25 23:19 [view ] -40.0232 148.5467 EM710 [view] Start GSM_in2016_t02 Start Logging 4th Line in hazard site
    2016-08-25 23:28 [view ] -40.0261 148.5585 EM710 [view] Start GSM_in2016_t02 Start Logging 5th Line in hazard site
    2016-08-25 23:36 [view ] -40.0241 148.5460 EM710 [view] Start GSM_in2016_t02 Start Logging 6th Line in hazard site
    2016-08-25 23:46 [view ] -40.0270 148.5570 EM710 [view] Start GSM_in2016_t02 Start Logging 7th Line in hazard site
    2016-08-25 23:55 [view ] -40.0261 148.5360 EM710 [view] Start GSM_in2016_t02 Start Logging Transit from hazard site
    2016-08-26 00:14 [view ] -40.0461 148.4973 EM710 [view] Start GSM_in2016_t02 Start Logging Line 1 Full Site
    2016-08-26 00:50 [view ] -40.0642 148.5889 EM710 [view] Start GSM_in2016_t02 Start Logging Line 2 Full Site
    2016-08-26 01:25 [view ] -40.0435 148.5035 EM710 [view] Start GSM_in2016_t02 Start Logging Line 3 Full Site
    2016-08-26 01:55 [view ] -40.0610 148.5944 EM710 [view] Start GSM_in2016_t02 Start Logging Line 4 Full Site
    2016-08-26 02:27 [view ] -40.0398 148.5038 EM710 [view] Start GSM_in2016_t02 Start Logging Line 5 Full Site
    2016-08-26 02:57 [view ] -40.0577 148.5935 EM710 [view] Start GSM_in2016_t02 Start Logging Line 6 Full Site
    2016-08-26 03:26 [view ] -40.0362 148.5045 EM710 [view] Start GSM_in2016_t02 Start Logging Line 7 Full Site
    2016-08-26 03:56 [view ] -40.0540 148.5917 EM710 [view] Start GSM_in2016_t02 Start Logging Line 8 Full Site
    2016-08-26 03:56 [view ] -40.0540 148.5917 EM710 [view] Start GSM_in2016_t02 Start Logging Line 9 Full Site
    2016-08-26 04:52 [view ] -40.0515 148.5974 EM710 [view] Start GSM_in2016_t02 Start Logging Line 10 Full Site
    2016-08-26 05:23 [view ] -40.0287 148.5050 EM710 [view] Start GSM_in2016_t02 Start Logging Line 11 Full Site
    2016-08-26 05:51 [view ] -40.0473 148.5972 EM710 [view] Start GSM_in2016_t02 Start Logging Line 12 Full Site
    2016-08-26 05:52 [view ] -40.0465 148.5927 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst009
    2016-08-26 05:52 [view ] -40.0425 148.5747 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_xbt002
    2016-08-26 05:52 [view ] -40.0297 148.5277 EM710 [view] SVP GSM_in2016_t02 SVP applied in2016_t02_sst009
    2016-08-26 06:21 [view ] -40.0247 148.5054 EM710 [view] Start GSM_in2016_t02 Start Logging Line 13 Full Site
    2016-08-26 06:49 [view ] -40.0434 148.5979 EM710 [view] Start GSM_in2016_t02 Start Logging Line 14 Full Site
    2016-08-26 07:20 [view ] -40.0219 148.5083 EM710 [view] Start GSM_in2016_t02 Start Logging Line 15 Full Site
    2016-08-26 07:47 [view ] -40.0401 148.5983 EM710 [view] Start GSM_in2016_t02 Start Logging Line 16 Full Site
    2016-08-26 08:16 [view ] -40.0182 148.5091 EM710 [view] Start GSM_in2016_t02 Start Logging Line 17 Full Site
    2016-08-26 08:43 [view ] -40.0361 148.5981 EM710 [view] Start GSM_in2016_t02 Start Logging Line 18 Full Site
    2016-08-26 09:11 [view ] -40.0144 148.5097 EM710 [view] Start GSM_in2016_t02 Start Logging Line 19 Full Site
    2016-08-26 09:38 [view ] -40.0329 148.5992 EM710 [view] Start GSM_in2016_t02 Start Logging Line 20 Full Site
    2016-08-26 10:06 [view ] -40.0109 148.5107 EM710 [view] Start GSM_in2016_t02 Start Logging Line 21 Full Site
    2016-08-26 10:35 [view ] -40.0289 148.6001 EM710 [view] Start GSM_in2016_t02 Start Logging Line 22 Full Site
    2016-08-26 11:04 [view ] -40.0074 148.5109 EM710 [view] Start GSM_in2016_t02 Start Logging Line 23 Full Site
    2016-08-26 11:33 [view ] -40.0253 148.5994 EM710 [view] Start GSM_in2016_t02 Start Logging Line 24 Full Site
    2016-08-26 12:04 [view ] -40.0049 148.5161 EM710 [view] Start GSM_in2016_t02 Start Logging Line 25 Full Site
    2016-08-26 12:31 [view ] -40.0215 148.6003 EM710 [view] Start GSM_in2016_t02 Start Logging Line 26 Full Site
    2016-08-26 13:00 [view ] -40.0004 148.5138 EM710 [view] Start GSM_in2016_t02 Start Logging Line 27 Full Site
    2016-08-26 13:30 [view ] -40.0178 148.5996 EM710 [view] Start GSM_in2016_t02 Start Logging Line 28 Full Site
    2016-08-26 14:00 [view ] -39.9966 148.5138 EM710 [view] Start GSM_in2016_t02 Start Logging Line 29 Full Site
    2016-08-26 14:29 [view ] -40.0145 148.6026 EM710 [view] Start GSM_in2016_t02 Start Logging Line 30 Full Site
    2016-08-26 14:48 [view ] -40.0006 148.5385 EM710 [view] Start GSM_in2016_t02 Start Logging Line 31 Full Site
    2016-08-26 15:27 [view ] -40.0108 148.6023 EM710 [view] Start GSM_in2016_t02 Start Logging Line 32 Full Site
    2016-08-26 15:55 [view ] -39.9894 148.5144 EM710 [view] Start GSM_in2016_t02 Start Logging Line 33 Full Site
    2016-08-26 16:24 [view ] -40.0076 148.6039 EM710 [view] Start GSM_in2016_t02 Start Logging Line 34 Full Site
    2016-08-26 16:53 [view ] -39.9861 148.5162 EM710 [view] Start GSM_in2016_t02 Start Logging Line 35 Full Site
    2016-08-26 17:20 [view ] -40.0045 148.6061 EM710 [view] Start GSM_in2016_t02 Start Logging Line 36 Full Site
    2016-08-26 17:49 [view ] -39.9825 148.5163 EM710 [view] Start GSM_in2016_t02 Start Logging Line 37 Full Site
    2016-08-26 18:18 [view ] -40.0004 148.6051 EM710 [view] Start GSM_in2016_t02 Start Logging Line 38 Full Site
    2016-08-26 18:49 [view ] -39.9810 148.5200 EM710 [view] Start GSM_in2016_t02 Start Logging Line Gap fill transit to next site
    2016-08-26 19:06 [view ] -40.0044 148.5133 EM710 [view] Start GSM_in2016_t02 Start Logging Line Gap fill transit to next site
    2016-08-26 19:33 [view ] -40.0364 148.5947 EM710 [view] Start GSM_in2016_t02 Start Logging Line Gap fill transit to next site
    2016-08-26 20:07 [view ] -40.1324 148.5713 EM710 [view] Start GSM_in2016_t02 Start Logging Line 1 Site B
    2016-08-26 20:33 [view ] -40.1161 148.4880 EM710 [view] Start GSM_in2016_t02 Start Logging Line 2 Site B
    2016-08-26 21:00 [view ] -40.1373 148.5750 EM710 [view] Start GSM_in2016_t02 Start Logging Line 3 Site B
    2016-08-26 21:29 [view ] -40.1190 148.4869 EM710 [view] Start GSM_in2016_t02 Start Logging Line 4 Site B
    2016-08-26 21:57 [view ] -40.1394 148.5729 EM710 [view] Start GSM_in2016_t02 Start Logging Line 5 Site B
    2016-08-26 22:50 [view ] -40.1404 148.5699 EM710 [view] Stop GSM_in2016_t02 Stop Logging hydro survey data
    2016-08-27 00:08 [view ] -39.9976 148.6064 CTD [view] 1 Retrieved in2016_t02
    2016-08-27 00:10 [view ] -39.9982 148.6057 Acoustics [view] Start in2016_t02 75kzh ACDP started
    2016-08-27 00:11 [view ] -39.9998 148.6037 Other [view] SVP GSM_in2016_t02 CTD Cast conducted for check of sound velocity
    2016-08-27 00:41 [view ] -39.9512 148.6862 EM710 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_ctd001
    2016-08-27 00:41 [view ] -39.9512 148.6862 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_e01_ctd001
    2016-08-27 01:48 [view ] -39.8370 148.9237 EM710 [view] Stop GSM_in2016_t02 Stop Logging
    2016-08-27 02:33 [view ] -39.7581 149.0801 ADCP [view] Change in2016_t02 changed from bottom tracking to no bottom tracking for os75 and os150
    2016-08-27 02:35 [view ] -39.7542 149.0887 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst009
    2016-08-27 03:19 [view ] -39.6745 149.2466 Weather Radar [view] Stop in2016_t02 Radar shutdown after observing open cabinet door on side of antenna.
    2016-08-27 06:34 [view ] -39.2487 149.7767 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst010
    2016-08-27 09:02 [view ] -38.8223 149.9185 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst012
    2016-08-27 09:02 [view ] -38.8223 149.9185 EM122 [view] SVP GSM_in2016_t02 SIS restarted- SV Used was not updating based on sensor
    2016-08-27 11:54 [view ] -38.2922 150.1528 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst013
    2016-08-27 18:38 [view ] -37.0260 150.4942 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst015
    2016-08-27 18:38 [view ] -37.0260 150.4942 Other [view] Draft GSM_in2016_t02 Draft Measurments Mid Voyage F6.35 A5.8
    2016-08-27 20:01 [view ] -36.8013 150.6192 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst016
    2016-08-27 23:42 [view ] -36.4460 150.8393 CTD [view] 2 Deployed in2016_t02 CTD cast 2 for Rapp Hydema winch tests CTD cast start: 22:28 CTD cast end: 23:31 Max pressure 323dbar
    2016-08-27 23:43 [view ] -36.4468 150.8399 Coring Deployed in2016_t02 Deployment of test weight to test winch for Rapp Hydema Corer test weight deployed 23:43 (27 Aug) to 1000m only Corer test weight back onboard 00:28 (28 AUG)
    2016-08-28 11:55 [view ] -34.8862 151.5043 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst018
    2016-08-28 11:55 [view ] -34.3950 151.7253 EM122 [view] SVP GSM_in2016_t02 New SVP applied in2016_t02_sst019
    2016-08-28 13:02 [view ] -34.7080 151.5891 TSG [view] Filter Clean in2016_t02
    2016-08-28 13:10 [view ] -34.6879 151.5987 pCO2 [view] Filter Clean in2016_t02
    2016-08-28 17:36 [view ] -34.1278 151.6947 EK60 [view] Start GSM_in2016_t02 ADCP Set to synchronised EK60 new line number Investigator_EK60_-D20160828-T173349
    2016-08-28 17:46 [view ] -34.1140 151.6825 EM122 [view] Stop GSM_in2016_t02 Stop EM122 to stop Noise in EK60
    2016-08-28 17:49 [view ] -34.1140 151.6825 EK60 [view] Stop GSM_in2016_t02 Stop 75kHz ADCP
    2016-08-28 17:52 [view ] -34.1140 151.6825 EK60 [view] Stop GSM_in2016_t02 Stop 150kHz ADCP
    2016-08-28 17:55 [view ] -34.1140 151.6825 EK60 [view] Stop GSM_in2016_t02 All Sounders except EK60 off
    2016-08-28 18:00 [view ] -34.1140 151.6825 EK60 [view] Stop GSM_in2016_t02 150kHz ADCP back on
    2016-08-28 18:13 [view ] -34.1140 151.6825 EK60 [view] Stop GSM_in2016_t02 75kHz ADCP back on
    2016-08-28 18:34 [view ] -34.0537 151.6282 EM122 [view] Start GSM_in2016_t02 Start Pinging EM122
    2016-08-28 18:48 [view ] -34.0390 151.6103 EM710 [view] Start GSM_in2016_t02 Statrt Logging EM710
    2016-08-28 19:46 [view ] -33.9800 151.5383 EM122 [view] Stop GSM_in2016_t02 Stop Logging EM122
    2016-08-28 20:18 [view ] -33.9488 151.5005 Instrument Clean Seawater pump [view] Stop in2016_t02 Science Seawater pumps off 10 min only to allow engineers further test on TM pump
    2016-08-28 21:00 [view ] -33.9092 151.4524 ADCP [view] Change in2016_t02 Switched mode to match drop keel position (flush with hull)
    2016-08-28 21:10 [view ] -33.9011 151.4426 drop keel [view] Recovered in2016_t02 PS keel retracted to flush with hull, SB keel fully up (maint position)
    2016-08-28 23:34 [view ] -33.8615 151.2245 EM710 [view] Stop GSM_in2016_t02 Sttop Logging

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    Deployment OperationStationCastGearProject Start and end timesStart LocationEnd LocationDepthDescription
    Underway System [details]   Altimeter-163,Autosal Salinometer,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,Chelsea Tech Fluorometer,Gyrocompass,Humidity Sensor-HMT333,Humidity Sensor-HMT333,Humidity Sensor-HMT333,Humidity Sensor-HMT333,IMOS Port Pyranometer-SN 29125F3,IMOS Port Radiometer-SN 29140F3,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,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,Multiangle Absorption Photometer (MAAP),Multiangle Absorption Photometer (MAAP),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 drop keel sensor,RM Young 05106 wind monitor-SN 82705,RM Young Rain Gauge,RM Young Wind Sensor Type 05107,RM Young Wind Sensor Type 05107,RM Young Wind Sensor Type 05107,RM Young Wind Sensor Type 05107,RM Young Wind Sensor Type 05108,RM Young Wind Sensor Type 05108,RM Young Wind Sensor Type 05108,RM Young Wind Sensor Type 05108,Remote Temperature (T) - SN 671,Seapath 330+,Seapath 330+,Seapath 330+,Simrad EK60 multi-frequency split-beam echosounder,Starboard drop keel sensor,ThermoSalinoGraph (TSG)-SS-SN 1777,Vaisala Ship's Barometer PTB330 2379 2016-08-25 01:12 2016-08-29 00:02 -42.8864 147.3388 -33.8679 151.2221
    XBT Cast [details]   Sippican Deep Blue 2548 2016-08-26 07:58 317.9
    XBT Cast [details]   Sippican Deep Blue 2548 2016-08-26 15:00 464.4

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