[go: up one dir, main page]

Jump to content

Millstätter See

Coordinates: 46°47′42″N 13°34′47″E / 46.79500°N 13.57972°E / 46.79500; 13.57972
From Wikipedia, the free encyclopedia
Millstätter See
Lake Millstatt
View from the east
Location of the lake in Austria.
Location of the lake in Austria.
Millstätter See
LocationCarinthia
Coordinates46°47′42″N 13°34′47″E / 46.79500°N 13.57972°E / 46.79500; 13.57972
Typeglacial lake
Primary inflowsRiegerbach
Primary outflowsSeebach to Lieser river
Catchment area285 km2 (110 sq mi)
Basin countriesAustria
Max. length12 km (7.5 mi)
Max. width1.8 km (1.1 mi)
Surface area13.3 km2 (5.1 sq mi)
Average depth89 m (292 ft)
Max. depth142 m (466 ft)
Water volume1.205 km3 (977,000 acre⋅ft)
Residence time7.5 years
Surface elevation588 m (1,929 ft)
SettlementsSeeboden, Millstatt, Döbriach

Lake Millstatt (German: Millstätter See, sometimes written "Millstättersee") is a lake in Carinthia, Austria.

Geography

[edit]

It is situated at 588 metres above the Adriatic (1,929 ft), north of the Drava Valley within the Gurktal Alps (Nock Mountains) range of the Central Eastern Alps, near the town of Spittal an der Drau. With a surface area of 13.3 km2 (5.1 sq mi) Lake Millstatt is the second largest lake of Carinthia (after Lake Wörth), though with a depth of 142 m (466 ft) the most voluminous by far.[1]

Lake Millstatt with Drava Valley in the back

Its steep shore gives the lake a fjord-like character. The Millstätter Alpe mountains in the north up to 2,100 m (6,900 ft) protect it from cold winds, so the water temperature can reach 25 °C (77 °F) in summer. The narrow and long surface stretches over 12 km (7.5 mi) from east to west. In the south the wooded Hochgosch plateau, with a breadth of 2 km (1.2 mi) and an elevation of 876 m (2,874 ft), divides the lake from the parallel Drava Valley.

The name derives from the market town Millstatt on the northern shore. Other municipalities near the lake are Seeboden and Radenthein-Döbriach. The shaded southern shore, a protected area since 1970, is almost uninhabited.

Geology

[edit]

The lake arose in the last glacial (Würm) period, about 20,000 years ago, when a northern offset of the Drava glacier melted in situ and left dead ice with extended fluvial deposits at its western rim damming meltwater. The continuous erosive downcutting by the discharge of the kettle into the Lieser River over the following millennia created a trench that considerably lowered the water level.

The Millstatt area is part of the Austroalpine nappes, consisting of gneiss and schists with quartzite deposits, which arose by the metamorphism of sand and clay minerals, probably in the Ordovician period. Higher reaches comprise garnet schists including several amphibole occurrences.

Limnology

[edit]

Numerous brooks flow into the lake, of which the Riegerbach near Döbriach is the biggest. At the western end of the lake the short Seebach stream leads the water into the Lieser river, which itself is a tributary of the Drava. The oligotrophic lake with its deep basin has a large hypolimnic volume and meromictic waters, which are clear and reach drinking water quality.

Fishery, especially for trout, had been a source of food and work for residents since ancient times. Today sport fishing and angling is quite common not only for trout but also for several genera of carps, for wels catfish, northern pike, zander, perch and the European eel.

Transportation

[edit]
Passenger tourboat

Lake Millstatt can be reached via the Spittal-Millstättersee station of the Tauern Railway line with passenger train service provided by the Austrian Federal Railways (ÖBB). The B98 Millstätter Straße highway runs along the northern shore of the lake, connecting it with the Tauern Autobahn (A10) motorway from Salzburg to Villach (part of the European route E55) at the Spittal/Millstätter See junction.

Since 1901 ship transport on the lake in summer is provided by the Millstättersee Shipping Company, which today runs four vessels.

References

[edit]
  1. ^ O'Sullivan, Patrick; Reynolds, C. S (2008-04-15). The Lakes Handbook: Lake Restoration and Rehabilitation. p. 162. ISBN 9781405141109.
[edit]