Nansen Legacy sample details

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Event ID caa39162-153c-11ea-a5f2-000c29fb4a96
Parent Event ID e948034f-1537-11ea-a5f2-000c29fb4a96
Cruise Number 2019711
Station Name DEEP-ICE
Event Time (UTC) 00:23:00
Event Date 2019-12-03
Decimal Latitude 82.0697972333333
Decimal Longitude 28.4972549833333
Sample Type Niskin Bottle
Gear Type CTD w/bottles
Sample Depth (m) 3515
Bottom Depth (m) 3525
Niskin Bottle Number 23
Sampling protocol Nansen Legacy Sampling Protocols v5 Nov 25 2019; 6.2 CTD; One salinity sample
Sample Location KPH
PI name Janne Søreide
PI e-mail janne.soreide@unis.no
PI insitution University Centre in Svalbard
Recorded By Miriam Marquardt
Event Remarks Libby et al,
Other Information
Key Value
statID 425
end date 2019-12-03 00:00:00
end time 03:53:00
start date 2019-12-03 00:00:00
bottomDepthInMeters 28.497254983333335
maximumDepthInMeters 3515
minimumDepthInMeters 0
Metadata
Key Value
title Niskin bottles overview
pi name Marit Reigstad
abstract Version 4 Nansen Legacy protocol, chapter 6.2. Niskin rosette
pi email marit.reigstad@uit.no
projectID 276730
pi address UiT Arctic University of Norway, Muninbakken 21, Tromsø
recordedBy Miriam Marquardt
pi institution UiT
Entry created 2020-10-20 11:36:36+00
Entry modified last 2020-12-23 12:28:18+00
Modification history 2020-10-20T11:36:36Z: Initial read in of the log files.
2020-11-17T12:21:10Z: Making sure Niskins logged from overview sheet, not reseachers sample logs
2020-12-23T12:28:18Z: Ensuring Niskins added after all log sheets
Source file AeN_2019711-NISKIN OVERVIEW-MiriamMarquardt.xlsx
Children of sample
Event Date Station Name Gear Type Sample Type Event ID Parent Event ID
2019-12-03 DEEP-ICE CTD w/bottles AT/DIC/pH 2e88a1f0-1a6f-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Bacterial production c91cb312-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Bacterial production c91cb316-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Bacterial production c91cb311-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Bacterial production c91cb315-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles d18O 33532bf2-8913-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Dissolved Organic Carbon a75ae74a-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Dissolved Organic Carbon a75ae749-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Dissolved Organic Carbon a75ae748-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles DO ab00c374-1bdd-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Microbial abundance c91cb363-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Microbial abundance c91cb364-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Microbial abundance c91cb362-8912-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Nutrients 33532bdc-8913-11e9-8a84-a0481c9e7d26 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Organic matter characterization eee10b37-1420-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Total organic carbon 4a379b7f-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Total organic carbon 4a379b7e-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96
2019-12-03 DEEP-ICE CTD w/bottles Total organic carbon 4a379b80-141e-11ea-a5f2-000c29fb4a96 caa39162-153c-11ea-a5f2-000c29fb4a96