FDSNWS-Station Data:

Network	Code	Name	Latitude	Longitude	Elevation [m]	Status	Start	End	Created
YV	RS03	Kornelimunster - Germany	50.729545	6.182561	257.00	open	2024/6/19	2027/12/31	2024/6/19

FDSNWS-Station Instrumentation Data:

Channel	Sensor type	Sensor description	Sensor model	Sensor manufacturer	Datalogger	Sensitivity value	Sensitivity frequency	Input units name	Output units name
HHZ	Trillium Compact PH 20	Trillium Compact PH 20	Trillium Compact PH 20	n/a	n/a	298993000	1	M/S	n/a
HHN	Trillium Compact PH 20	Trillium Compact PH 20	Trillium Compact PH 20	n/a	n/a	298993000	1	M/S	n/a
HHE	Trillium Compact PH 20	Trillium Compact PH 20	Trillium Compact PH 20	n/a	n/a	298993000	1	M/S	n/a

Basic Data:

Description

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)