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Metadata Report for BODC Series Reference Number 426154


Metadata Summary

Data Description

Data Category Waves (1D spectra)
Instrument Type Bottom pressure sensor wave recorder
Instrument Mounting fixed benthic node
Originating Country United Kingdom
Originator -
Originating Organization Proudman Oceanographic Laboratory (now National Oceanography Centre, Liverpool)
Processing Status banked
Online delivery of data Download available - Ocean Data View (ODV) format
Project(s) LOIS River-Atmosphere-Coast Study (RACS)
Land Ocean Interaction Study (LOIS)
 

Data Identifiers

Originator's Identifier HNESPWR1H2N2
BODC Series Reference 426154
 

Time Co-ordinates(UT)

Start Time (yyyy-mm-dd hh:mm) 1994-11-09 19:50
End Time (yyyy-mm-dd hh:mm) 1995-01-15 07:50
Nominal Cycle Interval 10800.0 seconds
 

Spatial Co-ordinates

Latitude 53.79330 N ( 53° 47.6' N )
Longitude 0.05830 E ( 0° 3.5' E )
Positional Uncertainty 0.1 to 0.5 n.miles
Minimum Sensor or Sampling Depth 17.95 m
Maximum Sensor or Sampling Depth 17.95 m
Minimum Sensor or Sampling Height 0.35 m
Maximum Sensor or Sampling Height 0.35 m
Sea Floor Depth 18.3 m
Sea Floor Depth Source -
Sensor or Sampling Distribution Fixed common depth - All sensors are grouped effectively at the same depth which is effectively fixed for the duration of the series
Sensor or Sampling Depth Datum Sea floor reference - Depth measured as a height above sea floor but converted into a depth relative to the sea surface according to the same datum as used for sea floor depth (applicable to instrument depths not bathymetric depths)
Sea Floor Depth Datum Mean sea level - Depth expressed relative to mean sea level as defined by the data originator
 

Parameters

BODC CODERankUnitsTitle
SPCFFP010HertzSpectral component frequency of waves in the water body by fixed in-situ pressure sensor
AADYAA011DaysDate (time from 00:00 01/01/1760 to 00:00 UT on day)
AAFDZZ011DaysTime (time between 00:00 UT and timestamp)
GTDHFP011MetresSignificant height of waves {Hs} on the water body by fixed in-situ pressure sensor
GTPKFP011SecondsPeriod at spectral maximum of waves {peak period Tp} on the water body by fixed in-situ pressure sensor
GTZAFP011SecondsAverage zero crossing period of waves {Tz} on the water body by fixed in-situ pressure sensor
PPSBSF011MetresDepth below surface of the water body by fixed in-situ pressure sensor and correction to zero at sea level and conversion to depth using unspecified algorithm
GDSNFP012Square metres per HertzVariance spectral density of waves on the water body by fixed in-situ pressure sensor

Definition of Rank

  • Rank 1 is a one-dimensional parameter
  • Rank 2 is a two-dimensional parameter
  • Rank 0 is a one-dimensional parameter describing the second dimension of a two-dimensional parameter (e.g. bin depths for moored ADCP data)

Problem Reports

No Problem Report Found in the Database


Data Access Policy

Open Data supplied by Natural Environment Research Council (NERC)

You must always use the following attribution statement to acknowledge the source of the information: "Contains data supplied by Natural Environment Research Council."


Narrative Documents

LOIS (RACS) Holderness Experiment Data Collection and Processing

Data Collection and Processing - Waveriders

Datawell waverider buoys were deployed at sites N1, N2 and N3 with the buoys at the latter two sites recording directional data. Due to the shallow depths one rubber cord was used in each mooring, whereas two are recommended by Datawell to reduce mooring effects. Datawell waverider buoys calculate spectra and mean wave parameters on board before transmission to a shore station for storage (Datawell, 1995). Eight consecutive 200 second blocks are averaged after spectral analysis. The first and last 32 samples out of a total of 256 are tapered with a cosine taper and the taper is corrected for after averaging. Peak frequency and quality control flags were computed from the spectra. Quality control checks gave 2 per cent high frequency flags at N2 and 1 per cent at N3, with very few low frequency flags.

The recorded time for N1 data is the start of the burst, while the recorded time for N2 and N3 data is the time of receipt of transmission (approximately 40 minutes after the start time of the burst).

Data Collection and Processing - Pressure Recorders

Pressure wave recorders were mounted at 0.35m above the sea bed on PMPs (POL monitoring packages) deployed at stations N1 - N4 and S1 - S4. The pressure recorders used consisted of a pressure sensor in a standard Aanderaa casing. An oil-filled capillary tube was attached to the diaphragm housing to reduce flow effects on the sensor. Burst data were recorded at 2Hz for 20 minutes every 3 hours. Wolf gives details of the processing and correction procedures used on these data.

Data Collection and Processing - S4 Current Meters

InterOcean S4 current meters were mounted at 0.8m above the sea bed on PMPs (POL monitoring packages) deployed at stations N1 - N3 and S1 - S4. The current meters at the inner stations (N1 and S1) included a pressure sensor which allowed directional wave measurements to be made. this version of the S4 is referred to as the S4DW. The standard S4 meters measured 1 minute bursts of data while the S4DWs measured 20 minute bursts at 2Hz with consecutive samples averaged to give 1Hz output.

General Information

Winds were observed at three coastal locations. The observed local wind regime clustered about directions 000 degrees and 200 degrees with maximum speeds of 11.2 m/s and 17.4 m/s respectively.

Repeated CTD profiles were obtained for stations N2 - N4 and S2 - S4.

Instrument Intercomparison

Wolf describes the three instruments as giving acceptable agreement. The S4DWs and the waveriders are in quite close agreement for wave height and the peak wave period is in good agreement for all instruments most of the time. The bottom mounted instruments (as expected) do not always detect a high frequency peak, but are generally in close agreement validating the instrument response. The pressure recorder results for Hs show a gradual worsening in agreement with the waverider results, although other parameters remained in good agreement. Wolf discusses possible causes.

References

Datawell bv, Zomerlustraat 4, 2012 LM Haarlem, the Netherlands (1995).
Operation and Service Manual for "Directional Waverider" from serial no. 30109 and including 30076, 30101, 30106, 30108.

Prandle, D. (1994).
Holderness experiment - the observational programme. LOIS issue no. 2.

Wolf, J. (1996).
The Holderness Project Wave Data. Proudman Oceanographic Laboratory Internal Document No. 89.


Project Information

LOIS River-Atmosphere-Coast Study (LOIS - RACS)

Introduction

The Land-Ocean Interaction Study (LOIS) was a NERC research programme designed to study processes in the coastal zone. The Rivers, Atmosphere and Coasts Study (RACS) was a major component of LOIS that looked at land-sea interactions in the coastal zone and the major exchanges (physical, chemical and biological) between rivers and estuaries and the atmosphere. The study focused on the east coast of the UK from the Wash to the Tweed.

RACS included several sub-components

  • BIOTA - A study of salt marshes of the Humber and Wash
  • RACS (A) - An atmospheric chemistry study looking at air mass changes from the Wash into East Anglia
  • RACS (C) - A study of the estuaries, coasts and coastal waters between Great Yarmouth and Berwick upon Tweed.
    1. The coastal oceangraphic survey
    2. The Humber estuarine study
    3. The Tweed estuarine study
    4. The Holderness experiment
  • RACS (R) - A study of rivers that drain into the North Sea

RACS (A) was coordinated by the University of East Anglia and RACS (C) by the Plymouth Marine Laboratory.

RACS (A)

The bulk of the RACS (A) data set was collected during two field campaigns in the winter (October/November) of 1994 and the summer (May/June) of 1995. During these campaigns data were collected continuously from the University of East Anglia Atmospheric Observatory at Weybourne on the north Norfolk coast. An instrumented vessel was stationed offshore to provide a second sampling site to allow changes in a given air mass to be monitored. The Imperial College Jetstream research aircraft made one flight during each campaign to provide a link between the two surface stations. The Jetstream made four additional flights in 1996 and 1997.

RACS (C)

The coastal oceanographic survey

The coastal oceanographic data set was collected during a series of 17 RRS Challenger cruise legs. Most cruises covered two survey grids. One from Great Yarmouth to the Humber designed around the distribution of the sandbanks and a second simple zig-zag grid from the Humber to Berwick on Tweed. A large number of anchor stations, usually over one or two tidal cycles, were worked in the area of the Humber mouth or the Holderness coast.

The Humber estuarine study

The Humber estuarine data set was collected during a series of 33 campaigns on the Environment Agency vessels Sea Vigil and Water Guardian in the Humber, Trent and Ouse river systems at approximately monthly intervals between June 1993 and December 1996. Each campaign consisted of two or three one-day cruises. The tracks covered the estuary from the tidal limits of both Trent and Ouse to Spurn Point. Instrumental and sample data are available from a series of fixed stations that were sampled during every campaign.

The Tweed estuarine study

The Tweed estuarine data set was collected during a series of 13 campaigns using RV Tamaris in association with a rigid inflatable vessel at approximately monthly intervals between July 1996 and July 1997. Each campaign covered the tidal reaches of the River Tweed.

The Holderness experiment

The Holderness Experiment was designed to monitor the process of sediment transport along the Holderness coastline. It consisted of three moored instrument deployments during the winters of 1993-1994, 1994-1995 and 1995-1996. Mooring platforms were deployed at eight stations along two lines off the Holderness coast. A northerly and a southerly line of four stations each were used (N1 - N4 and S1 to S4) with the lowest numbers being inshore. Both lines were approximately perpendicular to the coast, although the S4 station lay to the south of the S line, off Spurn Head.


Land Ocean Interaction Study (LOIS)

Introduction

The Land Ocean Interaction Study (LOIS) was a Community Research Project of the Natural Environment Research Council (NERC). The broad aim of LOIS was to gain an understanding of, and an ability to predict, the nature of environmental change in the coastal zone around the UK through an integrated study from the river catchments through to the shelf break.

LOIS was a collaborative, multidisciplinary study undertaken by scientists from NERC research laboratories and Higher Education institutions. The LOIS project was managed from NERC's Plymouth Marine Laboratory.

The project ran for six years from April 1992 until April 1998 with a further modelling and synthesis phase beginning in April 1998 and ending in April 2000.

Project Structure

LOIS consisted of the following components:

  • River-Atmosphere-Coast Study (RACS)
    • RACS(A) - Atmospheric sub-component
    • RACS(C) - Coasts sub-component
    • RACS(R) - Rivers sub-component
    • BIOTA - Terrestrial salt marsh study
  • Land Ocean Evolution Perspective Study (LOEPS)
  • Shelf-Edge Study (SES)
  • North Sea Modelling Study (NORMS)
  • Data Management (DATA)

Marine Fieldwork

Marine field data were collected between September 1993 and September 1997 as part of RACS(C) and SES. The RACS data were collected throughout this period from the estuaries and coastal waters of the UK North Sea coast from Great Yarmouth to the Tweed. The SES data were collected between March 1995 and September 1996 from the Hebridean slope. Both the RACS and SES data sets incorporate a broad spectrum of measurements collected using moored instruments and research vessel surveys.


Data Activity or Cruise Information

Data Activity

Start Date (yyyy-mm-dd) 1994-11-09
End Date (yyyy-mm-dd) 1995-01-16
Organization Undertaking ActivityProudman Oceanographic Laboratory (now National Oceanography Centre, Liverpool)
Country of OrganizationUnited Kingdom
Originator's Data Activity IdentifierPOLRIG#648
Platform Categoryfixed benthic node

Proudman Oceanographic Laboratory Rig#648

This rig was deployed as part of the LOIS RACS study at site N2.

Rig Position 53° 47.53' N 0° 03.51'E
Water Depth 18.0m
Deployed on cruise CH115C
Recovered on cruise FVJH3
Mooring deployed 09/11/94 17:18
Mooring recovered 15/01/95 09:45
Period of deployment 66.7 days
Instruments deployed PWR 0001
Transmissometer 1761
ADCP 0001 (no data)
S4 1832
EMP2000 1065

Related Data Activity activities are detailed in Appendix 1

Cruise

Cruise Name CH115C
Departure Date 1994-11-01
Arrival Date 1994-11-14
Principal Scientist(s)Colin Jago (University of Wales, Bangor School of Ocean Sciences)
Ship RRS Challenger

Complete Cruise Metadata Report is available here


Fixed Station Information

Fixed Station Information

Station NameHolderness Site N2
CategoryCoastal location
Latitude53° 47.60' N
Longitude0° 3.50' E
Water depth below MSL11.0 m

LOIS RACS (Holderness Experiment) Mooring Site N2

The site was occupied for phase 1 of the Holderness Experiment between October 1994 and February 1995 by a waverider mooring and a POL Monitoring Platform (PMP) seabed mooring. The PMP mooring included an ADCP (zero data return), a transmissometer, an EMP2000 package (temperature, salinity, pH and OBS turbidity), an S4 electromagnetic current meter and a pressure gauge. The pressure gauge was programmed to sample at high frequency in burst mode, which allowed the derivation of 1-D wave spectra. The waverider provided directional spectra. Basic wave statistics (Hs and Tz) have been computed for both wave instruments.

The moorings were serviced several times during this period. The data returns from the instruments were as follows:

Instrument Start End
Waverider 08 nov 1994 30 nov 1994
Waverider 01 dec 1994 31 dec 1994
Waverider 01 jan 1995 31 jan 1995
Waverider 01 feb 1995 28 feb 1995
Pressure 08 oct 1994 08 nov 1994
Pressure 09 nov 1994 15 jan 1995
Pressure 19 jan 1995 10 feb 1995
S4 10 oct 1994 01 nov 1994
S4 09 nov 1994 06 jan 1995
S4 19 jan 1995 09 feb 1995
EMP2000 08 oct 1994 08 nov 1994
EMP2000 09 nov 1994 15 dec 1994
EMP2000 19 jan 1995 09 feb 1995
Transmissometer 08 oct 1994 08 nov 1994
Transmissometer 09 nov 1994 16 jan 1995
Transmissometer 19 jan 1995 09 feb 1995

In the second (1995-1996) phase of the project there were two sites designated N2A and N2B in the approximate vicinity of N2. N2A was coincident with this station. The mean sea level water depth at the station was 18m and magnetic variation at the time of the deployments was 4 degrees west.

Related Fixed Station activities are detailed in Appendix 2


BODC Quality Control Flags

The following single character qualifying flags may be associated with one or more individual parameters with a data cycle:

Flag Description
Blank Unqualified
< Below detection limit
> In excess of quoted value
A Taxonomic flag for affinis (aff.)
B Beginning of CTD Down/Up Cast
C Taxonomic flag for confer (cf.)
D Thermometric depth
E End of CTD Down/Up Cast
G Non-taxonomic biological characteristic uncertainty
H Extrapolated value
I Taxonomic flag for single species (sp.)
K Improbable value - unknown quality control source
L Improbable value - originator's quality control
M Improbable value - BODC quality control
N Null value
O Improbable value - user quality control
P Trace/calm
Q Indeterminate
R Replacement value
S Estimated value
T Interpolated value
U Uncalibrated
W Control value
X Excessive difference

SeaDataNet Quality Control Flags

The following single character qualifying flags may be associated with one or more individual parameters with a data cycle:

Flag Description
0 no quality control
1 good value
2 probably good value
3 probably bad value
4 bad value
5 changed value
6 value below detection
7 value in excess
8 interpolated value
9 missing value
A value phenomenon uncertain
B nominal value
Q value below limit of quantification

Appendix 1: POLRIG#648

Related series for this Data Activity are presented in the table below. Further information can be found by following the appropriate links.

If you are interested in these series, please be aware we offer a multiple file download service. Should your credentials be insufficient for automatic download, the service also offers a referral to our Enquiries Officer who may be able to negotiate access.

Series IdentifierData CategoryStart date/timeStart positionCruise
578030Transmittance/attenuance, turbidity, or SPM conc.1994-11-09 17:19:0053.7922 N, 0.0585 ERRS Challenger CH115C
579506Multiple data types -fixed platform1994-11-09 17:35:2053.7922 N, 0.0585 ERRS Challenger CH115C
464752Currents -subsurface Eulerian1994-11-09 18:00:0053.7922 N, 0.0585 ERRS Challenger CH115C

Appendix 2: Holderness Site N2

Related series for this Fixed Station are presented in the table below. Further information can be found by following the appropriate links.

If you are interested in these series, please be aware we offer a multiple file download service. Should your credentials be insufficient for automatic download, the service also offers a referral to our Enquiries Officer who may be able to negotiate access.

Series IdentifierData CategoryStart date/timeStart positionCruise
834029CTD or STD cast1994-10-08 09:34:0053.794 N, 0.05517 ERRS Challenger CH115A
834890CTD or STD cast1994-10-08 10:31:0053.79617 N, 0.0585 ERRS Challenger CH115A
834030CTD or STD cast1994-10-08 11:31:0053.7935 N, 0.056 ERRS Challenger CH115A
835137CTD or STD cast1994-10-08 12:58:0053.795 N, 0.0595 ERRS Challenger CH115A
578029Transmittance/attenuance, turbidity, or SPM conc.1994-10-08 13:23:0053.7922 N, 0.0585 ERRS Challenger CH115A
579499Multiple data types -fixed platform1994-10-08 13:41:0053.7922 N, 0.0585 ERRS Challenger CH115A
834042CTD or STD cast1994-10-08 14:01:0053.791 N, 0.06517 ERRS Challenger CH115A
834908CTD or STD cast1994-10-08 15:02:0053.786 N, 0.066 ERRS Challenger CH115A
426142Waves (1D spectra)1994-10-08 15:20:2353.7933 N, 0.0583 ERRS Challenger CH115A
834054CTD or STD cast1994-10-08 16:01:0053.78383 N, 0.07 ERRS Challenger CH115A
834066CTD or STD cast1994-10-08 16:46:0053.78617 N, 0.06817 ERRS Challenger CH115A
834171CTD or STD cast1994-10-09 08:32:0053.792 N, 0.094 ERRS Challenger CH115A
834183CTD or STD cast1994-10-09 09:01:0053.793 N, 0.094 ERRS Challenger CH115A
834969CTD or STD cast1994-10-09 09:30:0053.79283 N, 0.09317 ERRS Challenger CH115A
834970CTD or STD cast1994-10-09 10:13:0053.7935 N, 0.09233 ERRS Challenger CH115A
834195CTD or STD cast1994-10-09 10:15:0053.79367 N, 0.0925 ERRS Challenger CH115A
834202CTD or STD cast1994-10-09 10:19:0053.79333 N, 0.09183 ERRS Challenger CH115A
834982CTD or STD cast1994-10-09 10:21:0053.79317 N, 0.09217 ERRS Challenger CH115A
834214CTD or STD cast1994-10-09 10:24:0053.79333 N, 0.09233 ERRS Challenger CH115A
834226CTD or STD cast1994-10-09 10:27:0053.7935 N, 0.092 ERRS Challenger CH115A
834238CTD or STD cast1994-10-09 10:30:0053.7935 N, 0.092 ERRS Challenger CH115A
834994CTD or STD cast1994-10-09 10:32:0053.7935 N, 0.09233 ERRS Challenger CH115A
834251CTD or STD cast1994-10-09 10:34:0053.79333 N, 0.09283 ERRS Challenger CH115A
834263CTD or STD cast1994-10-09 10:36:0053.79333 N, 0.09267 ERRS Challenger CH115A
835008CTD or STD cast1994-10-09 10:38:0053.79317 N, 0.0925 ERRS Challenger CH115A
835149CTD or STD cast1994-10-09 10:40:0053.79333 N, 0.09267 ERRS Challenger CH115A
834275CTD or STD cast1994-10-09 10:43:0053.79333 N, 0.09233 ERRS Challenger CH115A
835150CTD or STD cast1994-10-09 10:45:0053.79333 N, 0.09217 ERRS Challenger CH115A
835021CTD or STD cast1994-10-09 10:47:0053.79317 N, 0.09183 ERRS Challenger CH115A
834287CTD or STD cast1994-10-09 10:49:0053.79317 N, 0.092 ERRS Challenger CH115A
834299CTD or STD cast1994-10-09 10:52:0053.79333 N, 0.09233 ERRS Challenger CH115A
835162CTD or STD cast1994-10-09 10:53:0053.7935 N, 0.0925 ERRS Challenger CH115A
464739Currents -subsurface Eulerian1994-10-10 12:00:0053.7922 N, 0.0585 ERRS Challenger CH115A
424497Waves (directional spectra)1994-11-08 17:30:0053.7933 N, 0.0583 ENot applicable
578030Transmittance/attenuance, turbidity, or SPM conc.1994-11-09 17:19:0053.7922 N, 0.0585 ERRS Challenger CH115C
579506Multiple data types -fixed platform1994-11-09 17:35:2053.7922 N, 0.0585 ERRS Challenger CH115C
464752Currents -subsurface Eulerian1994-11-09 18:00:0053.7922 N, 0.0585 ERRS Challenger CH115C
424504Waves (directional spectra)1994-12-01 00:00:0053.7933 N, 0.0583 ENot applicable
424516Waves (directional spectra)1995-01-01 00:00:0053.7933 N, 0.0583 ENot applicable
578042Transmittance/attenuance, turbidity, or SPM conc.1995-01-19 09:35:0053.7922 N, 0.0585 ERRS Challenger CH117A
579543Multiple data types -fixed platform1995-01-19 09:46:5253.7922 N, 0.0585 ERRS Challenger CH117A
837863CTD or STD cast1995-01-19 11:05:0053.799 N, 0.0625 ERRS Challenger CH117A
426166Waves (1D spectra)1995-01-19 11:40:0753.7933 N, 0.0583 ERRS Challenger CH117A
464764Currents -subsurface Eulerian1995-01-19 12:00:0053.7922 N, 0.0585 ERRS Challenger CH117A
837918CTD or STD cast1995-01-20 17:21:0053.835 N, 0.14667 ERRS Challenger CH117A
837931CTD or STD cast1995-01-20 18:19:0053.7905 N, 0.08033 ERRS Challenger CH117A
836896CTD or STD cast1995-01-20 19:01:0053.79783 N, 0.077 ERRS Challenger CH117A
837943CTD or STD cast1995-01-20 20:00:0053.79283 N, 0.0715 ERRS Challenger CH117A
837955CTD or STD cast1995-01-20 21:01:0053.78967 N, 0.08083 ERRS Challenger CH117A
836903CTD or STD cast1995-01-20 22:00:0053.79317 N, 0.07667 ERRS Challenger CH117A
837967CTD or STD cast1995-01-20 23:01:0053.79467 N, 0.07583 ERRS Challenger CH117A
837979CTD or STD cast1995-01-21 00:01:0053.79333 N, 0.07533 ERRS Challenger CH117A
837980CTD or STD cast1995-01-21 01:00:0053.79217 N, 0.075 ERRS Challenger CH117A
836915CTD or STD cast1995-01-21 02:00:0053.79333 N, 0.076 ERRS Challenger CH117A
837992CTD or STD cast1995-01-21 03:00:0053.79283 N, 0.07517 ERRS Challenger CH117A
838006CTD or STD cast1995-01-21 04:01:0053.79567 N, 0.07517 ERRS Challenger CH117A
838018CTD or STD cast1995-01-21 05:00:0053.78833 N, 0.07767 ERRS Challenger CH117A
836927CTD or STD cast1995-01-21 06:03:0053.79417 N, 0.07733 ERRS Challenger CH117A
838031CTD or STD cast1995-01-21 07:03:0053.796 N, 0.06717 ERRS Challenger CH117A
837494CTD or STD cast1995-01-21 12:07:0053.7975 N, 0.078 ERRS Challenger CH117A
424528Waves (directional spectra)1995-02-01 00:00:0053.7933 N, 0.0583 ENot applicable
843174CTD or STD cast1995-07-07 05:10:0053.80067 N, 0.06017 ERRS Challenger CH119C
843186CTD or STD cast1995-07-07 06:02:0053.80033 N, 0.0605 ERRS Challenger CH119C
842632CTD or STD cast1995-07-07 07:02:0053.8005 N, 0.06017 ERRS Challenger CH119C
843198CTD or STD cast1995-07-07 08:02:0053.80067 N, 0.061 ERRS Challenger CH119C
843205CTD or STD cast1995-07-07 09:01:0053.7995 N, 0.06033 ERRS Challenger CH119C
842644CTD or STD cast1995-07-07 10:00:0053.79933 N, 0.06 ERRS Challenger CH119C
842736CTD or STD cast1995-07-07 11:01:0053.79917 N, 0.06 ERRS Challenger CH119C
842748CTD or STD cast1995-07-07 12:05:0053.79983 N, 0.0605 ERRS Challenger CH119C
842761CTD or STD cast1995-07-07 13:02:0053.80033 N, 0.0605 ERRS Challenger CH119C
842656CTD or STD cast1995-07-07 14:00:0053.80033 N, 0.06067 ERRS Challenger CH119C
842773CTD or STD cast1995-07-07 15:00:0053.80033 N, 0.05983 ERRS Challenger CH119C
842785CTD or STD cast1995-07-07 16:00:0053.80033 N, 0.05967 ERRS Challenger CH119C
842668CTD or STD cast1995-07-07 17:01:0053.80033 N, 0.05983 ERRS Challenger CH119C
842797CTD or STD cast1995-07-07 18:02:0053.80017 N, 0.06017 ERRS Challenger CH119C
843229CTD or STD cast1995-07-07 19:04:0053.79967 N, 0.061 ERRS Challenger CH119C
843230CTD or STD cast1995-07-07 20:00:0053.7995 N, 0.06067 ERRS Challenger CH119C
843242CTD or STD cast1995-07-07 20:59:0053.79933 N, 0.06017 ERRS Challenger CH119C
843579CTD or STD cast1995-07-07 22:00:0053.7995 N, 0.06 ERRS Challenger CH119C
843254CTD or STD cast1995-07-07 23:03:0053.7995 N, 0.05983 ERRS Challenger CH119C
843266CTD or STD cast1995-07-08 00:01:0053.79933 N, 0.0605 ERRS Challenger CH119C
843278CTD or STD cast1995-07-08 01:00:0053.79967 N, 0.06017 ERRS Challenger CH119C
843580CTD or STD cast1995-07-08 02:00:0053.79967 N, 0.06 ERRS Challenger CH119C
843291CTD or STD cast1995-07-08 03:01:0053.80033 N, 0.06 ERRS Challenger CH119C
843309CTD or STD cast1995-07-08 04:01:0053.8005 N, 0.06017 ERRS Challenger CH119C
843592CTD or STD cast1995-07-08 05:00:0053.80017 N, 0.0605 ERRS Challenger CH119C
843310CTD or STD cast1995-07-08 06:03:0053.80017 N, 0.05983 ERRS Challenger CH119C