FDSNWS-Station Data:

Network	Code	Name	Latitude	Longitude	Elevation [m]	Status	Start	End	Created
NL	BSTD	Stedum	53.312297	6.692137	1.00	open	2014/9/17	None	2014/9/17

FDSNWS-Station Instrumentation Data:

Channel	Sensor type	Sensor description	Sensor model	Sensor manufacturer	Datalogger	Sensitivity value	Sensitivity frequency	Input units name	Output units name
HGE	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2014.260.HGE	213867.4766	1	M/S**2	n/a
HGE	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.162.HGE	1710939.813	1	M/S**2	n/a
HGE	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.280.HGE	1710939.813	1	M/S**2	n/a
HGE	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGE	213867.4766	1	M/S**2	n/a
HGN	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2014.260.HGN	213867.4766	1	M/S**2	n/a
HGN	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.162.HGN	1710939.813	1	M/S**2	n/a
HGN	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.280.HGN	1710939.813	1	M/S**2	n/a
HGN	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGN	213867.4766	1	M/S**2	n/a
HGZ	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2014.260.HGZ	213867.4766	1	M/S**2	n/a
HGZ	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.162.HGZ	1710939.813	1	M/S**2	n/a
HGZ	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.280.HGZ	1710939.813	1	M/S**2	n/a
HGZ	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGZ	213867.4766	1	M/S**2	n/a
HGE	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGE	213867.4766	1	M/S**2	n/a
HGN	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGN	213867.4766	1	M/S**2	n/a
HGZ	Kinemetrics Episensor ES-T +/- 20V Differential 4g	EpiS	Episensor ES-T +/- 20V Differential 4g	Kinemetrics	BSTD.2015.296.HGZ	213867.4766	1	M/S**2	n/a

Basic Data:

Description

Start	End	Imported from FDSN	Last FDSN sync
None	None	Nov. 20, 2019, 8:06 p.m.	Nov. 20, 2019, 8:06 p.m.

Owner Data:

Firstname	Lastname	Department	Agency	City	Street	Country	Phone	Email
n/a	n/a	n/a	n/a	n/a	n/a	n/a	n/a	n/a

Morphology Data:

Description

Geological Unit	Morphology Class	Ground Type EC8	Groundwater Depth [m]	Vs 30 [m/s]	f0 [Hz]	Amp(f0)	Basin Flag	Bedrock Depth [m]
			0	0	0	0	False	0

Housing Data:

Description

Housing Class	In Building?	Number of storeys	Distance to building
	True	0	0

Borehole Data:

Depth [m]
0

Borehole Layers:

Description	Top depth [m]	Bottom depth [m]

Station markers

Icon	Station status
	Station open
	Station closed

Morphology class

Based on the Italian Building Code

T1 = Flat surface; isolated slopes and cliffs with average slope angle i < 15°
T2 = Slopes with i > 15°
T3 = Ridges with crest width significantly less than the base width and 15° < i < 30°
T4 = Ridges with crest width significantly less than the base width and i > 30°

Ground type EC8

A = Rock
B = Very dense sand or gravel or very stiff clay
C = Dense sand or gravel or stiff clay
D = Loose to medium cohesionless soil or soft to firm cohesive soil
E = Surface alluvium layer C or D, 5 to 20 m thick, over a much stiffer material
S₁, S₂ = ground types requiring special studies

More information can be found here.

Station sensor type

Types: VBB (Very Broad Band), BB (Broad Band), SP (Short Period), SM (Strong Motion) and OBS (Ocean Bottom Sensor)