MAGNET GPS Station - Photo by Geoff Blewitt

Station ID : CRNL

Station operator information from: RINEX headers

Data attribution information from: UNAVCO DOI Database

from DOI link:

When using products from this system please cite Blewitt et al., (2018) for the processing plus also the citation for the original data.


Latitude: -37.027 degrees

Longitude: -73.149 degrees

Height: 26.513 meters

Time Series Data

(ascii text)
24 Hour Final Solutions


tenv3 or tenv




5 Minute Final Solutions


kenv tar files for download

Quality Assurance (QA) Files


.qa.gz file download

5 Minute Troposphere Solutions

Tot./Wet Zenith Delay, etc.

tar file download

Readme Files:

tenv3 format, tenv format, xyz format,
kenv format, trop format, QA file format
(Note: When using the MIDAS software
use the .tenv files linked above)

Nearest 4 Other Stations Distance


21.01 km


23.15 km


23.15 km


23.25 km

Time Series Plots

Click on the buttons on the left below to choose from available reference frames, latencies, and sample rates. Original, Cleaned (outlier removed) and detrended (using MIDAS rate) plots are available. See plot explanation page for further explanations on plot contents.

GPS time series plot
GPS time series plot
GPS time series plot
GPS time series plot
GPS time series plot
QA plot

Steps Information for this station

Station ID Date
Equipment Change Type/
or Event ID
CRNL10MAY03 usp000hc9m 6.3 119.3
CRNL10JUN01 usp000hdf9 5.6 39.2
CRNL10JUL14 usp000hf8z 6.6 116.5
CRNL10AUG05 usp000hhjy 5.9 47.7
CRNL10SEP09 usp000hkg9 6.2 23.4
CRNL10OCT23 usp000hnek 5.5 81.8
CRNL11JAN02 usp000hsfq 7.2 148.5
CRNL11FEB05 usp000hu4k 5.8 71.1
CRNL11FEB11 usp000huc2 6.9 69.4
CRNL11FEB11 usp000hucn 5.9 19.3
CRNL11FEB12 usp000hucz 6.1 17.3
CRNL11FEB13 usp000huet 5.8 51.5
CRNL11FEB13 usp000huey 6.0 42.1
CRNL11FEB13 usp000huf9 5.5 53.5
CRNL11FEB14 usp000hugg 6.7 185.3
CRNL11FEB28 usp000hv5c 5.8 60.9
CRNL11JUN01 usp000j2hv 6.3 77.8
CRNL12JAN23 usp000jdvv 6.1 69.5
Distance is from this station to earthquake epicenter in km. A potential step record appears when this distance is less than 10^(M/2 - 0.79) where M is earthquake magnitude.
Steps for all stations are given in the master step file database.

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