IMR_WHALE_CTD_sedtrap_2017_2018

Hydrography at 69.746° N, 18.683° E (Kaldfjorden, Troms, Norway), Oct 2017 - May 2018

Dataset Creator	Dataset Title	Dataset Release Date	Dataset Publisher	Dataset DOI	Online Resource
Angelika Renner	Hydrography at 69.746° N, 18.683° E (Kaldfjorden, Troms, Norway), Oct 2017 - May 2018	2020-08-05T00:00:00:00Z	Institute of Marine Research	10.21335/NMDC-625749953	http://metadata.nmdc.no/metadata-api/landingpage/008b57e16783a656f063885b7b5080c5

Role	First Name	Last Name	Email
Investigator	Angelika	Renner	angelika.renner@imr.no
DIF Author	Arnfinn	Movik

Category	Topic	Term	Variable Level 1
EARTH SCIENCE	OCEANS	OCEAN PRESSURE	WATER PRESSURE
EARTH SCIENCE	OCEANS	OCEAN TEMPERATURE	WATER TEMPERATURE
EARTH SCIENCE	OCEANS	SALINITY/DENSITY	SALINITY

Oceans

CTD,hydrography,temperature,salinity,dissolved oxygen,fluorescence,turbidity

Start Date	Stop Date
2017-10-06	2018-05-23

Complete

Location Category	Location Type	Location Subregion1
Ocean	Atlantic Ocean	North Atlantic Ocean

Short Name	Long Name
Impact of massive Winter Herring Abundances on the KaLdfjorden Environment (WHALE), funded by Fram Centre "Effects of climate change on sea and coastal ecology in the north", project number 201914747042018	Impact of massive Winter Herring Abundances on the KaLdfjorden Environment (WHALE), funded by Fram Centre "Effects of climate change on sea and coastal ecology in the north", project number 201914747042018

unrestricted

Institute of Marine Research

Data Center Name	Personnel	Data Center URL
Institute of Marine Research, Norwegian Marine Data Centre, Norway Institute of Marine Research, Norwegian Marine Data Centre, Norway	Datacenter Arnfinn Movik
NO/IMR Institute of Marine Research	Originating institution Angelika Renner angelika.renner@imr.no	http://www.imr.no

Distribution Media	Distribution Format
ftp	netCDF

Walker et al., submitted, Elementa Science of the Anthropocene

The dataset consists of processed CTD data collected at 69.746° N, 18.683° E (station KaF) in Kaldfjorden, Troms, between October 2017 and May 2018. CTD profiles were taken from small boat using a handheld SAIV a/s CTD sensor (SD208) with integrated sensors for dissolved oxygen (SAIV205), Fluorescence (Seapoint) and turbitidy (Seapoint), lowered by hand, and pulled up by winch or by hand, or from a research vessel using a Seabird Electronics SBE911plus CTD package. Information on which sensor was used is included in the dataset. Calibration of the conductivity sensors was done against salinity samples collected throughout the sampling period, as well as by sensor intercalibration. The SBE temperature and conductivity sensors were factory calibrated annually. Raw temperature and salinity profiles were processed using Matlab to control for and remove outliers, calibrate salinity, and convert in situ temperature to potential temperature. The dissolved oxygen sensor of the SAIV CTD was "calibrated" before each campaign according to the SAIV manual, but no calibration against water samples was done. Fluorescence and turbidity data are also provided uncalibrated. All variables were binned to regular 2 dbar depth bins. Other dataset from the same project: : https://doi.org/10.21335/NMDC-1539462099

URL Content Type	URL
GET DATA	https://ftp.nmdc.no/nmdc/IMR/Hydrography/WHALE/WHALE_CTD_profiles_station_KaF.nc

Norwegian Marine Datacentre

CEOS IDN DIF

9.7.1

2020-08-05T00:00:00:00Z

CC BY 4.0