Contact | RSS | EN | DE | EL | ES | FR | IT | RU

Rodderberg volcano

Updated: Mar 4, 2024 01:27 GMT -
Pyroclastic cone 150 m / 492 ft
Germany, 50.62°N / 7.2°E
Current status: (probably) extinct (0 out of 5)

Show interactive Map
[hide map] [enlarge]
Typical eruption style: unspecified
Rodderberg volcano eruptions: None during the past 10,000 years
Less than 2.58 million years ago (Pleistocene)

Latest nearby earthquakes

TimeMag. / DepthDistance/Location
Feb 27, 09:15 pm (Berlin)
Feb 27, 20:15 GMT
1.3

10 km
13 km (8 mi) to the S Landkreis Ahrweiler, 5.8 km southeast of Bad Neuenahr-Ahrweiler, Germany Info
Wednesday, February 28, 2024 GMT (1 quake)
Feb 28, 07:40 am (Berlin)
Feb 28, 06:40 GMT
0.9

10 km
13 km (8.2 mi) to the S Landkreis Ahrweiler, 5.9 km southeast of Bad Neuenahr-Ahrweiler, Germany Info
Tuesday, February 27, 2024 GMT (1 quake)
Feb 27, 10:31 pm (Berlin)
Feb 27, 21:31 GMT
0.8

10 km
13 km (8.1 mi) to the S Landkreis Ahrweiler, 6 km southeast of Bad Neuenahr-Ahrweiler, Germany Info
Wednesday, February 28, 2024 GMT (1 quake)
Feb 28, 06:15 am (Berlin)
Feb 28, 05:15 GMT
0.6

11 km
13 km (7.8 mi) to the S Landkreis Ahrweiler, 5.5 km southeast of Bad Neuenahr-Ahrweiler, Germany Info
Tuesday, February 27, 2024 GMT (2 quakes)
Feb 27, 11:29 pm (Berlin)
Feb 27, 22:29 GMT
0.6

10 km
13 km (8.3 mi) to the S Landkreis Ahrweiler, 6.5 km southeast of Bad Neuenahr-Ahrweiler, Germany Info
Feb 27, 09:13 pm (Berlin)
Feb 27, 20:13 GMT
0.5

11 km
13 km (7.9 mi) to the S Landkreis Ahrweiler, 5.7 km southeast of Bad Neuenahr-Ahrweiler, Germany Info

Background

Rodderberg, in the Rodderberg Volcanic Complex (RVC), is a late Pleistocene cinder cone on the west side of the Rhine River. The complex itself consists of a circular depression with a diameter of about 600 m, a feature that is interpreted to be the remnant of a maar crater (Paulick et al., 2009). This field most likely represents a distal feature of the East Eifel Volcanic Field. The eruption of Rodderberg occurred in two phases. The first was phreatomagmatic, producing xenolith-rich, poorly sorted deposits. The second phase was dominated by Strombolian activity, resulting in xenolith-poor, thick and well-sorted coarse scoria deposits (Paulick et al., 2009). Geochemistry reveals the rocks erupted from the RVC to be leucitic nephelinite. The total erupted volume of material from the RVC eruption is estimated to be about 1.0x10^-2 km3 of magma and 2-3x10^-2 km3 of tephra - a rough order of magnitude estimate. The RVC deposits were previously dated at 26,000-27,000 years before present (IAVCEI 1973), but more recent thermoluminescence data placed the eruption at around 300 ka, during a glacial period in central Europe (Paulick et al., 2009).
---
Smithsonian / GVP volcano information

Rodderberg Photos




See also: Sentinel hub | Landsat 8 | NASA FIRMS
News

No news in this list.