Format:
classic
Global Attributes:
site_code = 'FSC-NWZ'
platform_code = 'NWZE'
data_mode = 'D'
title = 'FSC-NWZ ADCP data 05/2017-05/2018'
summary = 'current records for depth range 86m-706m'
naming_authority = 'OceanSITES'
id = 'NWZE1705-896'
source = 'subsurface mooring'
principal_investigator = 'Bee Berx'
principal_investigator_email = 'b.berx@marlab.ac.uk'
principal_investigator_url = 'http://www.gov.scot/marine-and-fisheries/'
institution = 'Marine Scotland Science, MSS'
project = 'FSC'
array = 'SBNAC'
network = 'GSR'
publisher_name = 'Marine Scotland Science'
publisher_email = 'oceanography@marlab.ac.uk'
publisher_url = 'http://www.gov.scot/marine-and-fisheries/'
references = 'http://www.gov.scot/marine-and-fisheries/, http://www.oceansites.org'
data_assembly_center = 'Marine Scotland Science'
update_interval = 'void'
license = 'UK Open Government Licence (OGL)'
citation = 'Berx, B, Hindson, J, Smith, H. 2019. Moored data from NWZ-E monitoring site in the Faroe-Shetland Channel. doi: 10.7489/12217-1'
acknowledgement = 'Funding source: Scottish Government'
area = 'North Atlantic Ocean'
geospatial_lat_min = '59.9'
geospatial_lat_max = '59.9'
geospatial_lat_units = 'degree_north'
geospatial_lon_min = '-6.2'
geospatial_lon_max = '-6.2'
geospatial_lon_units = 'degree_east'
geospatial_vertical_min = 86
geospatial_vertical_max = 706
geospatial_vertical_positive = 'down'
geospatial_vertical_units = 'meter'
time_coverage_start = '2017-05-27T07:00:00Z'
time_coverage_end = '2018-05-06T04:20:00Z'
time_coverage_duration = 'P343D21H'
time_coverage_resolution = 'PT20M'
cdm_data_type = 'Station'
featureType = 'timeSeries'
data_type = 'OceanSITES time-series data'
format_version = '1.3'
Conventions = 'CF-1.6,OceanSITES-1.3,ACDD-1.2'
netcdf_version = '4.3'
date_created = '2019-11-06T00:37:05Z'
date_modified = '2019-11-06T00:37:05Z'
history = 'Delayed time processed quality controlled'
processing_level = 'speed of sound and magnetic deviation corrections; data manually reviewed'
QC_indicator = 'excellent'
contributor_name = 'Bee Berx; Jenny Hindson; Marine Scotland Science Oceanography Group'
contributor_role = 'data processing and interpretation'
contributor_email = 'oceanography@marlab.ac.uk'
Dimensions:
TIME = 24761
LATITUDE = 1
LONGITUDE = 1
INSTRDEPTH = 1
BINDEPTH = 63
INSTR_DEPTH = 1
Variables:
TIME
Size: 24761x1
Dimensions: TIME
Datatype: double
Attributes:
standard_name = 'time'
units = 'days since 1950-01-01T00:00:00Z'
axis = 'T'
long_name = 'time of measurement'
conventions = 'Relative julian days with decimal part (as parts of the day)'
valid_min = 0
valid_max = 90000
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
comment = 'end points of measurement interval'
LATITUDE
Size: 1x1
Dimensions: LATITUDE
Datatype: single
Attributes:
standard_name = 'latitude'
units = 'degree_north'
axis = 'Y'
long_name = 'latitude of measurement'
reference = 'WGS84'
coordinate_reference_frame = 'urn:ogc:crs:EPSG::4326'
valid_min = -90
valid_max = 90
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
uncertainty = 0.004
LONGITUDE
Size: 1x1
Dimensions: LONGITUDE
Datatype: single
Attributes:
standard_name = 'longitude'
units = 'degree_east'
axis = 'X'
long_name = 'longitude of measurement'
reference = 'WGS84'
coordinate_reference_frame = 'urn:ogc:crs:EPSG::4326'
valid_min = -180
valid_max = 180
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
uncertainty = 0.004
INSTRDEPTH
Size: 1x1
Dimensions: INSTRDEPTH
Datatype: single
Attributes:
standard_name = 'depth'
units = 'meter'
positive = 'down'
axis = 'Z'
reference = 'sea_level'
coordinate_reference_frame = 'urn:ogc:crs:EPSG::5831'
long_name = 'nominal depth of the instrument'
valid_min = 0
valid_max = 12000
QC_indicator = 'nominal value'
processing_level = 'Data manually reviewed'
uncertainty = 1
comment = 'Depth calculated from mooring diagram. Use PRES to derive time-varing depths of instruments.'
BINDEPTH
Size: 63x1
Dimensions: BINDEPTH
Datatype: single
Attributes:
standard_name = 'depth'
units = 'meter'
positive = 'down'
axis = 'Z'
reference = 'sea_level'
coordinate_reference_frame = 'urn:ogc:crs:EPSG::5831'
long_name = 'ADCP bin nominal depth'
valid_min = 0
valid_max = 12000
QC_indicator = 'nominal value'
processing_level = 'Data manually reviewed'
uncertainty = 1
VCUR
Size: 24761x63
Dimensions: TIME,BINDEPTH
Datatype: single
Attributes:
standard_name = 'northward_sea_water_velocity'
units = 'meter/second'
_FillValue = 99999
coordinates = 'TIME BINDEPTH'
long_name = 'current north component'
QC_indicator = 'good data'
processing_level = 'calibrated;good data'
accuracy = '+- 1% of the water velocity relative to ADCP +- 5mm/s'
resolution = '1mm/s'
DM_indicator = 'D'
sensor_model = 'Workhorse Long Ranger 75 kHz'
sensor_manufacturer = 'Teledyne RDI'
sensor_reference = 'http://rdinstruments.com/__documents/Brochures/long_ranger_datasheet_lr.pdf'
sensor_serial_number = 17193
sensor_mount = 'benthos_frame'
sensor_orientation = 'upward'
coordinate_system = 'earth'
Distance_to_first_bin = 18.63
Bin_size = 10
Number_of_bins = 63
pings_per_ensemble = 24
Time_between_ping_groups = '52s'
comment = 'excludes_bins_affected_by_seafloor_interference_and_side_lobes'
UCUR
Size: 24761x63
Dimensions: TIME,BINDEPTH
Datatype: single
Attributes:
standard_name = 'eastward_sea_water_velocity'
units = 'meter/second'
_FillValue = 99999
coordinates = 'TIME BINDEPTH'
long_name = 'current east component'
QC_indicator = 'good data'
processing_level = 'calibrated;good data'
accuracy = '+- 1% of the water velocity relative to ADCP +- 5mm/s'
resolution = '1mm/s'
DM_indicator = 'D'
sensor_model = 'Workhorse Long Ranger 75 kHz'
sensor_manufacturer = 'Teledyne RDI'
sensor_reference = 'http://rdinstruments.com/__documents/Brochures/long_ranger_datasheet_lr.pdf'
sensor_serial_number = 17193
sensor_mount = 'benthos_frame'
sensor_orientation = 'upward'
coordinate_system = 'earth'
Distance_to_first_bin = 18.63
Bin_size = 10
Number_of_bins = 63
pings_per_ensemble = 24
Time_between_ping_groups = '52s'
comment = 'excludes_bins_affected_by_seafloor_interference_and_side_lobes'
WCUR
Size: 24761x63
Dimensions: TIME,BINDEPTH
Datatype: single
Attributes:
standard_name = 'vertical_sea_water_velocity'
units = 'meter/second'
_FillValue = 99999
coordinates = 'TIME BINDEPTH'
long_name = 'current vertical component'
QC_indicator = 'good data'
processing_level = 'calibrated;good data'
accuracy = '+- 1% of the water velocity relative to ADCP +- 5mm/s'
resolution = '1mm/s'
DM_indicator = 'D'
sensor_model = 'Workhorse Long Ranger 75 kHz'
sensor_manufacturer = 'Teledyne RDI'
sensor_reference = 'http://rdinstruments.com/__documents/Brochures/long_ranger_datasheet_lr.pdf'
sensor_serial_number = 17193
sensor_mount = 'benthos_frame'
sensor_orientation = 'upward'
coordinate_system = 'earth'
Distance_to_first_bin = 18.63
Bin_size = 10
Number_of_bins = 63
pings_per_ensemble = 24
Time_between_ping_groups = '52s'
comment = 'excludes_bins_affected_by_seafloor_interference_and_side_lobes'
ECUR
Size: 24761x63
Dimensions: TIME,BINDEPTH
Datatype: single
Attributes:
units = 'meter/second'
_FillValue = 99999
coordinates = 'TIME BINDEPTH'
long_name = 'error_sea_water_velocity'
QC_indicator = 'good data'
processing_level = 'calibrated;good data'
DM_indicator = 'D'
sensor_model = 'Workhorse Long Ranger 75 kHz'
sensor_manufacturer = 'Teledyne RDI'
sensor_reference = 'http://rdinstruments.com/__documents/Brochures/long_ranger_datasheet_lr.pdf'
sensor_serial_number = 17193
sensor_mount = 'benthos_frame'
sensor_orientation = 'upward'
coordinate_system = 'earth'
Distance_to_first_bin = 18.63
Bin_size = 10
Number_of_bins = 63
pings_per_ensemble = 24
Time_between_ping_groups = '52s'
comment = 'excludes_bins_affected_by_seafloor_interference_and_side_lobes'
EAMP
Size: 24761x63
Dimensions: TIME,BINDEPTH
Datatype: single
Attributes:
units = 'count'
_FillValue = 99999
coordinates = 'TIME BEAM BINDEPTH'
long_name = 'echo amplitude'
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
valid_min = 0
valid_max = 200
accuracy = 1
resolution = 1
cell_methods = 'TIME: mean (interval: 60 min) BINDEPTH: mean (interval: 10m) LATITUDE: point LONGITUDE: point'
DM_indicator = 'D'
sensor_model = 'Workhorse Long Ranger 75 kHz'
sensor_manufacturer = 'Teledyne RDI'
sensor_reference = 'http://rdinstruments.com/__documents/Brochures/long_ranger_datasheet_lr.pdf'
sensor_serial_number = 17193
sensor_mount = 'benthos_frame'
sensor_orientation = 'upward'
coordinate_system = 'earth'
Distance_to_first_bin = 18.63
Bin_size = 10
Number_of_bins = 63
pings_per_ensemble = 24
Time_between_ping_groups = '52s'
comment = 'excludes_bins_affected_by_seafloor_interference_and_side_lobes'
PRES
Size: 24761x1
Dimensions: TIME,INSTR_DEPTH
Datatype: single
Attributes:
standard_name = 'sea_water_pressure'
units = 'decibar'
reference = 'sea_level'
long_name = 'pressure of measurement'
coordinates = 'TIME BINDEPTH'
_FillValue = 99999
valid_min = 0
valid_max = 12000
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
uncertainty = 1
PITCH
Size: 24761x1
Dimensions: TIME,INSTR_DEPTH
Datatype: single
Attributes:
units = 'degree'
_FillValue = 99999
coordinates = 'TIME INSTR_DEPTH'
long_name = 'instrument_pitch'
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
valid_min = 0
valid_max = 90
uncertainty = 1
accuracy = 0.5
precision = 1
resolution = 0.01
DM_indicator = 'D'
ROLL
Size: 24761x1
Dimensions: TIME,INSTR_DEPTH
Datatype: single
Attributes:
units = 'degree'
_FillValue = 99999
coordinates = 'TIME INSTR_DEPTH'
long_name = 'instrument_pitch'
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
valid_min = 0
valid_max = 90
uncertainty = 1
accuracy = 0.5
precision = 1
resolution = 0.01
DM_indicator = 'D'
HEADING
Size: 24761x1
Dimensions: TIME,INSTR_DEPTH
Datatype: single
Attributes:
long_name = 'pressure of each measurement'
standard_name = 'sea_water_pressure'
units = 'decibar'
positive = 'down'
_FillValue = 99999
coordinates = 'TIME INSTR_DEPTH'
valid_min = 0
valid_max = 12000
QC_indicator = 1
QC_procedure = 5
uncertainty = 50
axis = 'Z'
reference = 'mean_sea_level'
TEMP
Size: 24761x1
Dimensions: TIME,INSTR_DEPTH
Datatype: single
Attributes:
standard_name = 'sea_water_temperature'
units = 'degree_Celsius'
_FillValue = 99999
coordinates = 'TIME INSTR_DEPTH'
long_name = 'sea water temperature'
QC_indicator = 'good data'
processing_level = 'Data manually reviewed'
valid_min = -2.5
valid_max = 40
uncertainty = 0.01
accuracy = 0.005
precision = 0.4
resolution = 0.01
DM_indicator = 'D'
reference_scale = 'ITS-90'