Station summarySC02

  • More informations on each symbol.
  • GPS
    Tide Gauge
IGS-type acronym : SC02
Latitude : 48.54619500
Longitude : -123.00761000
Installed date : 2001-11-10
Decommissioned date :
Country : U.S.A.
Station status : active (green)
Distance to Tide Gauge (m) : 359
Domes Nr.: 49670M001
Station operator: Unknown
IGS-like station form :

GPS position times seriesSC02


(Reference epoch: )

Offsets (mm)

MMaterial change or malfunction
RFReference Frame change
NANot available
Position discontinuity
Velocity discontinuity
Vertical component
East component
North Component

Data available at SONELSC02

Data distributed by the GAGE/UNAVCO Data Centre follows the data policy described here:

Quality plots on RINEX filesSC02

Quality plots on RINEX files of SC02 Quality plots on RINEX files of SC02 Royal Observatory of Belgium

Plots generated using software developed with the EPN team at ROB
Observations & tracking performance Satellite tracking

informations (this operation may take 20 to 45s)

The satellite tracking graph has been calculated for all stations for the first day of each month. If you wish to have a graph for another date, choose the 'Calculate a specific date' option.

Comparison with satellite altimetry data

Co-located instrumentsSC02

Photo albumSC02


If you have a relevant reference to suggest, please send-us an e-mail :
  • puce Larson, Ray et al., 2017. A 10-Year Comparison of Water Levels Measured with a Geodetic GPS Receiver versus a Conventional Tide Gauge. Journal of Atmospheric and Oceanic Technology. Get this reference
  • puce Shuangcheng-Zhang, Kai-Liu et al., 2019. Tide variation monitoring based improved GNSS-MR by empirical mode decomposition. Advances in Space Research. Get this reference BibTeX of the reference
  • puce Wang, Xu et al., 2018. Sea Level Estimation Based on GNSS Dual-Frequency Carrier Phase Linear Combinations and SNR. Remote Sensing. Get this reference BibTeX of the reference
  • puce Zheng, Chen et al., 2020. Tide Height Inversion and Accuracy Analysis Based on GNSS-MR Technology. BibTeX of the reference