Eifel

The Eifel is a low mountain range in western Germany and eastern Belgium. It occupies parts of southwestern North Rhine-Westphalia, northwestern Rhineland-Palatinate and the south of the German-speaking Community of Belgium.

The Eifel is part of the Rhenish Massif; within its northern portions lies the Eifel National Park.

Contents

Geography

The Eifel is bordered by the river Moselle in the south and the Rhine in the east. In the north it is limited by the hills of the High Fens (Hohes Venn), in the west by the Ardennes of Belgium and Luxembourg.

There are several distinct chains within the Eifel.

Since 2004 about 110 km² of the Eifel within the German state of North Rhine-Westphalia have been protected as the Eifel National Park nature reserve.

Geology

The Eifel and its western continuation into Belgium, the Ardennes, are a part of the Variscan mountain belt and belong to the Rhenish Massif (Rheinisches Schiefergebirge).

The Eifel consists mainly of Devonian slates, sandstones and limestones, laid down in an ocean south of the Old Red Continent[2] and folded and overthrust in the Variscan orogeny. The Eifel geological structures like main folds and overthrusts can be traced in a SW-NE direction far beyond the Rhine valley.

In the Tertiary and Quaternary geological era, the Eifel was a site of extensive volcanic activity. Some of the hills are volcanic vents. The peculiar circle-shaped lakes (maar) of the volcanic regions formed in volcanic craters. The last volcanic eruptions in the Laacher See volcanic site took place around 10,000 years ago and generated a huge volume of volcanic ash, now found in thin ash layers in contemporaneous sediments throughout Europe. The volcanism of the Eifel is thought to be partly caused by the Eifel hotspot, a place where hot material from deep in the mantle rises to the surface, and partly by melt-ascent at deep fractures in the Earth's crust.[3] Research has shown that the volcanism is still active; the Eifel region is rising by 1–2 mm per year. Historically, the Eifel volcanoes had inactive phases of 10,000 to 20,000 years between active phases, suggesting there is a possibility of future eruptions.

Castles

Well preserved

19th and 20th century rebuilds

Ruins

Mountains and hills

The mountains and hills of the Eifel include the following (in order of height in metres above sea level):

  • Hohe Acht (747 m), High Eifel
  • Ernstberg (or Erresberg) (698.8 m), High Eifel
  • Schwarzer Mann (697.3 m), Schnee Eifel
  • Signal de Botrange (694 m), Hohes Venn
  • Weißer Stein (692 m), North Eifel
  • Scharteberg (691 m), Vulkan Eifel
  • Nürburg (678 m), with the castle of the same name (Nürburg), High Eifel
  • Prümscheid (675 m), High Eifel
  • Raßberg (667 m), High Eifel
  • Steling (658 m), Hohes Venn
  • Nerother Kopf (647 m), Vulkan Eifel
  • Aremberg (623 m), Ahr Hills
  • Dietzenley (617 m), Gerolstein / Vulkan Eifel
  • Hardtkopf (596 m), South Eifel
  • Michelsberg (588 m), Ahr Hills
  • Hochsimmer (587.9 m), East Eifel
  • Eigart (565 m), North Eifel
  • Rockeskyller Kopf (555 m), Vulkan Eifel
  • Hoher List (549 m), Vulkan Eifel
  • Wildbretshügel (525.3 m), Rur Eifel, Kermeter
  • Kirchberg (520 m), North Eifel
  • Häuschen (507 m), North Eifel
  • Hochthürmen (499.8 m), North Eifel
  • Teufelsley (496 m), North Eifel
  • Kellerberg (448 m), Meulenwald
  • Stockert (435 m), Münstereifel Forest
  • Herkelstein (435 m), North Eifel
  • Veitskopf (428 m), Vulkan Eifel
  • Burgberg (400.5 m), Rur Eifel, North Eifel
  • Sonnenberg (393,3 m), Rur Eifel
  • Calmont (378 m), Pre-Eifel
  • Bausenberg (340 m), North Eifel
  • Landskrone (272 m), Ahr Hills

Points of interest

See also

External links

References

  1. ^ a b Elkins, T.H. (1972). Germany (3rd ed.). London: Chatto & Windus, 1972. ASIN B0011Z9KJA.
  2. ^ Meyer,W. 1986. Geologie der Eifel, p.4. Schweizerbart'sche Verlagsbuchhandlung, Stuttgart. ISBN 3-510-65127-8
  3. ^ Meyer 1986, p.275