Lindorf

Lindorf is a formerly independent municipality in Esslingen district in Baden-Württemberg and belongs since 1935 to the town Kirchheim unter Teck.

Lindorf
Coat of arms
Location of Lindorf
Lindorf
Lindorf
Coordinates: 48°38′47″N 9°24′46″E
CountryGermany
StateBaden-Württemberg
Admin. regionStuttgart
DistrictEsslingen
TownKirchheim unter Teck
Area
  Total2.75 km2 (1.06 sq mi)
Elevation
340 m (1,120 ft)
Population
 (2011-06-30)
  Total1,468
  Density530/km2 (1,400/sq mi)
Time zoneCET/CEST (UTC+1/+2)
Postal codes
73230
Dialling codes07021

Geography

Lindorf is located about two kilometers west of the Kirchheim unter Teck on the opposite side of the Bundesautobahn 8. The area is 275 hectares.

History

1090 Lindorf is first mentioned in the Bempflingen contract. A "Wernher von Lindorf" is named in this contract as a witness. In the 12th century the place was owned by the House of Zähringen. About the Counts of Aichelberg and the Duke of Teck the village finally came to Württemberg.

On April 1, 1935 the forced incorporation to Kirchheim was carried out, council and mayor were abolished. Only in 1992 was decided by the Kirchheim council to set up again an Ortschaftsrat in Lindorf and to appoint an honorary mayor.

Buildings

A church or chapel lacked Lindorf for a long time until 1961, then the Matthäuskirche could be consecrated.

Matthäuskirche Kirchheim-Lindorf

A town hall is in the center since 1829, a private school house was built in 1897. A community center for local clubs was erected in 1984 and in 1998 also an own kindergarten.

Transportation

The Bundesautobahn 8 passes the place. The county road 1204 connects Lindorf to Kirchheim unter Teck and to the main road B 297 towards Nürtingen.

Literature

  • Schwenkel, Hans: Heimatbuch des Kreises Nürtingen. Band 2. Würzburg 1953, S. 407–409.
  • Kilian, Rainer: 900 [Neunhundert] Jahre Lindorf. Weiler, Gemeinde, Stadtteil. Stadtarchiv, Kirchheim unter Teck 1990, ISBN 3-925589-04-X.
gollark: It probably did just mean 3 moles of Fe2O3, not 3 times 2 times Fe2O3.
gollark: <@288035900980461579> Did the question just ask for 3 moles of Fe2O3, or 3 of "2Fe2O3" somehow?
gollark: Yes, so 3 of that would be 6 moles Fe2O3.
gollark: Did it *come* with the formula and say "how many moles of O2 do you need to get three 2Fe2O3s", or what?
gollark: ... wait, no, I'm being silly, you'd still have the same ratio of thing to other thing.
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