CONSTHUM (LU)
Quarry blast8 May 2019
- Magnitude
- 1.9ML
- Depth
- –
- Belgian time
- 16:54:482019-05-08
- UTC
- 14:54:482019-05-08
Main parameters
| Date and time | 2019-05-08 14:54:48 UTC 2019-05-08 16:54:48 Belgian time |
|---|---|
| Magnitude | ML 1.9 |
| Epicentral coordinates | 49.980° N, 6.060° E Uncertainty ± 2.9 km |
| Event ID | ROB 8130 |
Data source : ROB (Royal Observatory of Belgium)
Last update : 2019-05-09 09:35:37 Belgian time
Location map
- Epicentre
- Station that recorded the event
Arrival times at the stations
Each station first records the P wave, the fastest, then the S wave. The farther a station is from the epicentre, the later the waves reach it and the wider the gap between the two.
- Stations
- 8
- Epicentral distance
- 11.4 – 105.7km
- Mean velocity, P wave
- 6.0km/s
- P wave
- S wave
- Curve fitted to the measurements
Notes and method
Curves: travel time of a direct wave in a homogeneous medium. The velocity of each wave and an origin-time shift, common to both, are fitted to the measurements by least squares. Depth not determined: hypocenter placed at the surface for the calculation. P wave: 8 measurements, root-mean-square deviation 0.24 s.
Station measurements
P- and S-wave arrivals and ground displacement measured at each station. Click a column heading to change the order.
| km | ° | UTC | UTC | s | |
|---|---|---|---|---|---|
| Belgian seismic network (Royal Observatory of Belgium)8 stations | |||||
| VIAVianden | 11.4 | 116 | 14:54:50.36+2.20 s | – | – |
| KLBKalborn | 13.8 | 15 | 14:54:50.72+2.56 s | – | – |
| HOUHouvegnez | 41.8 | 355 | 14:54:55.45+7.29 s | – | – |
| MEMSMembach | 70.0 | 357 | 14:55:00.37+12.21 s | – | – |
| MEMHMembach | 70.0 | 357 | 14:55:00.42+12.26 s | 14:55:08.54+20.38 s | 8.12 |
| CLAClavier | 72.9 | 312 | 14:55:00.82+12.66 s | 14:55:09.27+21.11 s | 8.45 |
| GESGesves | 82.8 | 303 | 14:55:02.60+14.44 s | – | – |
| DOUDourbes | 105.7 | 278 | 14:55:05.61+17.45 s | 14:55:18.94+30.78 s | 13.33 |
Did you feel an earthquake?The inquiry takes just a few minutes. Every report helps seismologists assess the effects of the earthquake.
Take the inquiry