Data



Data Notes



Extracted from Database

20 May 2019

CAPE FERGUSON

Station Information

Station ID: 1492
Latitude: -19.277333
Longitude: 147.058444
Coastline code: 680
Station code: 54
Country: AUSTRALIA
Time span of RLR data: 1992 – 2018
RLR completeness (%): 98
Time span of metric data: 1979 – 2018
Metric completeness (%): 87
Link to ellipsoid: Available
Date of last update: 23 Jan 2019

Green Arrow: Current Station
Yellow Marker: Neighbouring RLR Station
Red Marker: Neighbouring Metric Station

Please note: In many cases, the station position in our database is accurate to only one minute. Thus, the tide gauge may not appear to be on the coast.

Tide Gauge Data

Plot of monthly mean sea level data at CAPE FERGUSON.

Link to larger image of monthly data plot.
Download monthly mean sea level data.

Plot of annual mean sea level data at CAPE FERGUSON.

Link to larger image of annual data plot.
Download annual mean sea level data.

Download metric sea level data. Use only with extreme caution.
NOTE: If some of the data are red in the plots above, the 'flag for attention' is set. Please see the documentation below.

Additional Data Sources (guide to additional data sources)

Nearby GNSS Stations from SONEL: TOW2
Nearby Real Time Stations from VLIZ: ferg
Research Quality Data from UHSLC station 343: hourly and daily

Station Documentation

Link to RLR information.

Documentation added 1995-05-02

Station density along some sections of the Australian coast has meant that station codes 601 onwards have been re-ordered compared to those in earlier versions of the PSMSL data set.

Documentation added 1996-03-28

SEAFRAME station installed 12/09/1991

Documentation added 2000-04-10

This is a "baseline station" of the Australian National Tidal Facility.

Documentation added 2000-04-10

Cape Ferguson 680/054 RLR(2000) is 16.661m below PSM7173

Data Authority

National Tidal Centre
Bureau of Meteorology
PO Box 421
Kent Town 5071
South Australia

Documentation added 2010-08-12

Formerly known as the National Tidal Facility