MAGNET GPS Station - Photo by Geoff Blewitt

Station ID : S065

Station operator information from: RINEX headers

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

Coordinates:

Latitude: 39.158 degrees

Longitude: 141.835 degrees

Height: 147.457 meters


Time Series Data

(ascii text)
24 Hour Final Solutions

IGS14

tenv3 or tenv

xyz

OK

tenv3

PA

tenv3

24 Hour Rapid Solutions

IGS14

tenv3

OK

tenv3

PA

tenv3

5 Minute Final Solutions

IGS14

kenv tar files for download

5 Minute Rapid Solutions
(last 60 days max)

IGS14

kenv tar file download

Quality Assurance (QA) Files

IGS14

.qa.gz file download

5 Minute Troposphere Solutions

Tot./Wet Zenith Delay, etc.

tar file download

New!: Loading Predictions.
See this README file for explanation.

IGS14

tenv3 file with extra columns

Readme Files:

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


Nearest 4 Other Stations Distance

J170

11.11 km

G205

16.90 km

J171

17.03 km

J546

22.45 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
GPS time series plot
GPS time series plot
GPS time series plot
QA plot
Load prediction plot


Steps Information for this station

Station ID Date
(YYMMMDD)
Equipment Change Type/
or Event ID
Earthquake
Magnitude
Distance
(km)
S06513APR01 usb000fxh7 6.0 121.6
S06513APR17 usb000g940 5.9 78.0
S06513MAY24 usb000h4jh 8.3 1945.1
S06513AUG04 usb000iv4w 5.8 105.1
S06513OCT25 usc000kn4n 7.1 332.6
S06514APR02 usc000p20r 5.5 2.7
S06514JUL04 usc000rqix 5.7 58.4
S06514JUL11 usb000rs50 6.5 245.4
S06515FEB16 usb000tpvj 6.7 118.6
S06515FEB20 usc000trsc 6.2 167.6
S06515FEB21 usc000ts49 6.0 159.6
S06515MAY12 us20002et4 6.8 32.8
S06516JAN14 us10004ebx 6.7 323.0
S06516NOV11 us1000770m 6.1 77.1
S06516NOV21 us10007b88 6.9 200.1
S06518JAN24 us2000cnnl 6.3 222.2
S06518OCT25 us1000hh6r 5.7 93.7
S06519JUN18 us600042fx 6.4 212.1
S06519AUG04 us600050if 6.3 156.8
S06520APR19 us7000903m 6.3 32.7
S06520SEP12 us7000bm9m 6.1 57.7
S06520DEC20 us7000csqe 6.3 200.4
S06521FEB13 us6000dher 7.1 159.2
S06521MAR20 us7000dl6y 7.0 80.2
S06521APR18 us6000e2hf 5.6 90.6
S06521MAY01 us7000dz5t 6.9 108.5
S06522MAR16 us6000h519 7.3 162.2
S06523SEP18 us7000kwis 5.5 72.3
S06524JAN01 us6000m0xl 7.5 439.3
S06524APR01 us7000m98g 5.9 109.6
S06524APR04 us7000m9sq 6.1 160.1
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.


University of Nevada, Reno logo small UNR logo