These plots depict the north, east, and up components of
the station as a function of time.
More
detailed explanation »
Dashed vertical lines show offsets (when present) due to:
Green – antenna changes from site logs
Red – earthquakes
Blue – manually entered
Downloads
Velocities
Velocity (mm/yr)
Velocity standard deviation (mm/yr)
Last observation
Intercept (mm)
Intercept standard deviation (mm)
North
32.46
0.19
20150409
-383.42
1.16
East
-24.59
0.19
20150409
422.13
1.16
Up
1.35
0.57
20150409
-21.05
3.47
Offsets
Decimal date
N offset (mm)
N uncertainty (mm)
E offset (mm)
E uncertainty (mm)
U offset (mm)
U uncertainty (mm)
Type
Earthquake magnitude
Earthquake information
Distance from epicenter (km)
20040929
2004.7447
19.32
2.91
-93.71
2.91
13
8.74
earthquake
Noise
White noise (mm)
Amplitude of first power law (mm/yr^(n1/4))
n1 (spectral index of first power law)
Lower frequency limit for band-pass (BP) filtered noise (cycle/year)
Upper frequency limit for band-pass (BP) filtered noise (cycle/year)
Number of poles for BP filtered noise
Amplitude of BP filtered noise (mm)
n2 (spectral index of second power law)
Amplitude of second power law (mm/yr^(n2/4))
North
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
East
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
Up
6.00
3.00
1.00
0.50000
2.00000
1
0.000
2.00
6.00
ITRF2008
These plots depict the X, Y, and Z components of
the station as a function of time.
More
detailed explanation »
Dashed vertical lines show offsets (when present) due to:
Green – antenna changes from site logs
Red – earthquakes
Blue – manually entered
Downloads
Velocities
Velocity (mm/yr)
Velocity standard deviation (mm/yr)
Last observation
Intercept (mm)
Intercept standard deviation (mm)
North
20.84
0.19
20150409
-250.34
1.16
East
-38.43
0.19
20150409
618.21
1.16
Up
-0.84
0.57
20150409
1.12
3.47
Offsets
Decimal date
N offset (mm)
N uncertainty (mm)
E offset (mm)
E uncertainty (mm)
U offset (mm)
U uncertainty (mm)
Type
Earthquake magnitude
Earthquake information
Distance from epicenter (km)
20040929
2004.7447
21.32
2.91
-85.61
2.91
23.85
8.74
earthquake
Noise
White noise (mm)
Amplitude of first power law (mm/yr^(n1/4))
n1 (spectral index of first power law)
Lower frequency limit for band-pass (BP) filtered noise (cycle/year)
Upper frequency limit for band-pass (BP) filtered noise (cycle/year)
Number of poles for BP filtered noise
Amplitude of BP filtered noise (mm)
n2 (spectral index of second power law)
Amplitude of second power law (mm/yr^(n2/4))
North
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
East
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
Up
6.00
3.00
1.00
0.50000
2.00000
1
0.000
2.00
6.00
Filtered
These plots depict the north, east, and up components of
the station as a function of time.
More
detailed explanation »
Dashed vertical lines show offsets (when present) due to:
Green – antenna changes from site logs
Red – earthquakes
Blue – manually entered
Downloads
Velocities
Velocity (mm/yr)
Velocity standard deviation (mm/yr)
Last observation
Intercept (mm)
Intercept standard deviation (mm)
North
32.82
0.32
20150409
-232.94
1.44
East
-24.82
0.32
20150409
244.86
1.44
Up
0.96
0.96
20150409
-16.69
4.31
Offsets
Decimal date
N offset (mm)
N uncertainty (mm)
E offset (mm)
E uncertainty (mm)
U offset (mm)
U uncertainty (mm)
Type
Earthquake magnitude
Earthquake information
Distance from epicenter (km)
20040929
2004.7447
18.32
2.95
-96.11
2.95
12.64
8.85
earthquake
Noise
White noise (mm)
Amplitude of first power law (mm/yr^(n1/4))
n1 (spectral index of first power law)
Lower frequency limit for band-pass (BP) filtered noise (cycle/year)
Upper frequency limit for band-pass (BP) filtered noise (cycle/year)
Number of poles for BP filtered noise
Amplitude of BP filtered noise (mm)
n2 (spectral index of second power law)
Amplitude of second power law (mm/yr^(n2/4))
North
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
East
2.00
1.00
1.00
0.50000
2.00000
1
0.000
2.00
2.00
Up
6.00
3.00
1.00
0.50000
2.00000
1
0.000
2.00
6.00
These results are preliminary. The station positions are
unchecked and should not be used for any engineering applications. There
may be errors in the antenna heights. The velocities are very dependent
on the length of the span of observations. The presence of outliers
(errant observations) sometimes contaminates the velocities.
