Article · Wikipedia archive · Last revised Jun 4, 2026

Rappbode

The Rappbode is a right-hand, southwestern tributary of the River Bode in the Harz mountains in the German state of Saxony-Anhalt. In its lower reaches it is impounded by the Rappbode Dam, the largest dam in the Harz and the tallest dam in Germany.

Last revised
Jun 4, 2026
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≈ 1 min
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256 w
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Source
Rappbode
The Rappbode at the southern end of the Rappbode Auxiliary Dam
Map
Location
CountryGermany
StateSaxony-Anhalt
Physical characteristics
Source 
 • locationsouthwest of Benneckenstein
 • coordinates51°38′43″N 10°41′45″E / 51.645361°N 10.69583°E / 51.645361; 10.69583
 • elevation570 m above sea level (NN)
Mouth 
 • location
in the Wendefurth Reservoir into the Bode
 • coordinates
51°44′27″N 10°53′45″E / 51.7407583°N 10.8957028°E / 51.7407583; 10.8957028
Basin features
Progression

Bode

Saale

ElbeNorth Sea
WaterbodiesReservoirs: Rappbode Auxiliary Dam, Rappbode Reservoir

The Rappbode is a right-hand, southwestern tributary of the River Bode in the Harz mountains in the German state of Saxony-Anhalt. In its lower reaches it is impounded by the Rappbode Dam, the largest dam in the Harz and the tallest dam in Germany.1

The Rappbode rises east of the B 4 federal road near the Jägerfleck at the junction of the three federal states of Lower Saxony, Saxony-Anhalt and Thuringia. Its source is about 3 kilometres (2 mi) southwest of Benneckenstein and southeast of Hohegeiß at an elevation of 575 metres (1,886 ft) above sea level. On the opposite side of the B 4 there are numerous source streams of the river Zorge. The Rappbode flows in a mainly northeastern direction through the villages of Benneckenstein and Trautenstein, before it enters the Rappbode Auxiliary Dam and, shortly thereafter, the Rappbode Dam itself. It is united with the Bode further downstream at the Wendefurth Dam downstream.

See also

See also

References

References

  1. Bocaniov, Serghei A; Ullmann, Christian; Rink, Karsten; Lamb, Kevin G. (August 2014). "Internal waves and mixing in a stratified reservoir: Insights from three-dimensional modeling". Limnologica. 49: 53 – via ResearchGate.