Central points of Germany

from Wikipedia, the free encyclopedia
First geographic center of Germany after 1990
Comparison of the center point calculations

As the center of Germany , a location is designated, the - determined according to different methods - in the middle of Germany is located.

You can determine the center of a country using different methods. There is no scientific, government-authorized definition. The indication of geographical centers is therefore more of a gimmick. This leaves a lot of room for different calculations, some of which differ remarkably from one another. Often they have a tourist significance because small places emerge from their anonymity and can set a monument in the center.

One of the possible definitions calculates, for example, the center of gravity of a two-dimensional map model. The calculated results lead to points in western Thuringia , but also in south-eastern Lower Saxony or in eastern Hesse in the city triangle of Kassel - Erfurt - Göttingen . The center of Germany shifted with the border changes of the Versailles Treaty in 1918 and the loss of the Eastern Territories in 1945, as well as with German reunification in 1990.

Calculation methods

method Place / location position Location sketch image
Center of an area delimited by latitude and longitude If you fit the borders of Germany into an area between the extreme latitude and longitude, the center point is at the intersection of the mean values ​​of the coordinates of the northernmost and southernmost and the easternmost and westernmost point. Niederdorla ( Vogtei municipality , Unstrut-Hainich district in Thuringia ) 51 ° 9 '48.1 "  N , 10 ° 26' 51.7"  E
Middle via rectangle.png Center stone in Niederdorla
Intersection determination If you connect the northernmost point of Germany and the southernmost point with a line and thus cross the connecting line between the easternmost and westernmost point, then the intersection of the extreme points results in the desired center point. 2 km west of the village of Besse near Kassel (Hesse) 51 ° 13 '15.3 "  N , 9 ° 21' 27.3"  E Middle via NSOW.png Basalt marking stele at Besse
Commons : Center of Germany (Besse)  - Collection of images
Determination of the center of gravity Another method of determining the center point is to find the geometric center of gravity .
through
balance
If you balance an area of ​​any size from the shape of Germany , you get a center point.
Niederdorla ( Vogtei municipality , Unstrut-Hainich district in Thuringia ) 51 ° 8 ′ 0 ″  N , 10 ° 25 ′ 0 ″  E
Central points of Germany (Germany)
Red pog.svg
Geographical center of Germanys.jpg
Calculation for the
national territory on land
The exact calculation of the center of gravity of the area of ​​Germany without a twelve-mile zone Good land dispute
51 ° 0 ′ 22.6 "  N , 10 ° 20 ′ 11.4"  E or 50 ° 57 ′ 58.5 "  N , 10 ° 18 ′ 22.6"  E
Central points of Germany (Germany)
Red pog.svg
Calculation for the
entire national territory
on water and on land
For the calculation of this center of gravity of Germany, the twelve-mile zone of the territory in the North and Baltic Seas was also included. Dingelstädt - Silberhausen ( Eichsfeld District , Thuringia ) approximately
51 ° 18 ′ 34 "  N , 10 ° 20 ′ 21"  E
Central points of Germany (Germany)
Red pog.svg
Calculation by
3D model
This center of Germany was determined with the help of a three-dimensional model. Bumps in the form of polygons are also used to define it . Krebeck ( District of Göttingen , Lower Saxony )
51 ° 35 ′ 26 ″  N , 10 ° 6 ′ 22 ″  E
Central points of Germany (Germany)
Red pog.svg
Center stone center Germany in Krebeck.jpg
Commons : Center of Germany (Krebeck)  - Collection of images
Minimum distance to the state border This center point represents the point for which the sum of the distances to evenly distributed points on the state border is smallest.
Commons : Center of Germany (Flinsberg)  - Collection of images
Heiligenstadt-Flinsberg ( Eichsfeld District , Thuringia ) 51 ° 18 ′ 50.9 ″  N , 10 ° 11 ′ 16.7 ″  E also 51 ° 19 ′ 42 ″  N , 10 ° 11 ′ 0 ″  E


Central points of Germany (Germany)
Red pog.svg
Flinsberg panel center point.JPG
Commons : Center of Germany (Flinsberg)  - Collection of images
Center of population The center of the population is a place to which all residents of Germany have the shortest route on average. near Spangenberg in Hesse 51 ° 6 ′ 57.6 "  N , 9 ° 42 ′ 10.8"  E
Central points of Germany (Germany)
Red pog.svg
Determination by means of simple geometric figures
Enclosing rectangles Points of intersection of the center lines or diagonals of the enclosing rectangles with a rotation of 0 ° or 45 °.
Outside and inside circle Centers of the smallest outer circle and largest inner circle.
Padding squares The measuring area is filled with squares, the area of ​​the squares is weighted and the center is calculated from this.

Problem

A country like Germany is relatively clear, but problems arise when calculating the center point:

  • Establishing the state border
    • As a rule, this results from agreements with neighboring countries and a mutually agreed border course, which is visible through boundary stones.
    • The Bodensee is a condominium without fixed boundary. This could result in deviations. Alternatively, the center of the lake is used in calculations.
    • The islands belonging to Germany are national territory, but do not belong to the mainland. Peninsulas are assigned to the mainland and islands connected to the mainland such as Usedom , Rügen , Fehmarn , Sylt , and some Halligen , are sometimes calculated as peninsulas.
    • The other German islands in the Baltic Sea and North Sea ( North Frisian and East Frisian Islands , Helgoland ) are included either in the context of the coastal waters ( twelve-mile zone ) or according to other mathematical methods.
  • The map display has problems. The Mercator projection that is most commonly used distorts the globe in the interest of keeping the correct angle . In doing so, circles of latitude and meridians become straight lines. Surfaces are stretched by the projection onto the now parallel meridians in an east-west direction, the further north, the more. If you cut out a typical Mercator map at the borders in order to balance the center, the north has a clear preponderance, which shifts the center to the north.
    • The distance between two degrees of longitude on the northernmost degree of latitude in Germany is approx. 64 km and on the southernmost degree of latitude approx. 76 km, i.e. a difference of 12 km per degree. The distance between two latitudes is a constant 111 kilometers.
    • At most, maps with true-to-length cone projection are suitable, but they are not commercially available. Here one could make do with a section of the globe.

Remarks

  1. (55.0585 + 47.27011) / 2 =  51.164305 , (5.866316 + 15.041925) / 2 =  10.4541205 - corresponds to 51 ° 9 ′ 51.5 ″  N , 10 ° 27 ′ 14.8 ″  E
  2. About 500 meters north of the core town of Niederdorla and about 1000 meters east of the former train station in the district of Oberdorla
  3. The point with the found / calculated coordinates in a corridor labeled "Rieth" with the map characters "Nasse Wiese" in sheet 4828 of the topographic map 1: 25,000 Oberdorla (measuring table sheet series, 1953 edition). 200 m to the west-southwest, next to a specially planted linden tree, an information board was placed on a striking stone about this central point of Germany. With the neighboring sacrificial moor Niederdorla , the area was already developed for tourism and is the most visited center.
    Mühlhausen is only five kilometers north and is thus the central city and Erfurt (45.50 km; southeast), Göttingen (54.00 km; north-northwest) and Kassel (67.50 km; northwest) are the three large cities that are closest to the geographic center of the Federal Republic of Germany (all distances as the crow flies ).
    Initiated by the mdr broadcast “ Outsider Front Runner” , this calculation was carried out by Heinz Finger in 1998 from the Institute for Geodesy at TU Dresden . Years earlier he had already measured the center of the GDR .
  4. Extreme points:
    northernmost 55 ° 3 ′ 30.6 ″  N , 8 ° 25 ′ 6.2 ″  E elbow near List on Sylt
    13-09-29-north-frisian-wadden-sea-RalfR-27.jpg
    southernmost 47 ° 16 '12.4 "  N , 10 ° 10' 42"  E boundary stone 147, Haldenwanger Eck near Einödsbach near Oberstdorf
    Border stone 147 at the southernmost point of Germany. Jpg
    Easternmost 51 ° 16 ′ 22.4 ″  N , 15 ° 2 ′ 30.9 ″  E in the Neißebogen between Zentendorf and Deschka
    D SN Zentendorf Ostpunkt1.jpg
    westernmost 51 ° 3 '4 "  N , 5 ° 51' 58.7"  E near Isenbruch , Selfkant , North Rhine-Westphalia
    Selfkant Isenbruch - Groevenkamp House - West 01 ies.jpg
  5. ↑ Determination of the center of gravity according to Archimedes
    An important mathematician of antiquity, Archimedes of Syracuse (287 to 212 BC) developed a mathematical procedure to determine the center of gravity of a surface arithmetically. He formulated two principles for this:
    • Every mass distribution has exactly one center of gravity.
    • The center of gravity of a triangular patch is the intersection of the bisector .
      Following these principles, Germany is divided into a network of adjacent triangles ( triangulation ), the individual triangular
      focal points are determined and they are weighted according to their area sizes. The arithmetic mean is then calculated from the weighted centers of gravity. The center of gravity obtained with this scientifically recognized method represents the geographical center. It can be illustrated in a simple way: for this, the land area cut out from a map sheet is used. The model is hung up one after the other at any points A and B on the edge of the model together with a plumb line. The respective plumb lines intersect at the center of gravity.
  6. This experimental method is very clear because it can be tried out quite easily and by almost anyone. Only geodesists and cartographers could be skeptical of the test, as a topographic map is cut up for it. It is glued to a firm surface (e.g. cardboard) and cut out precisely along the national border. The model is moved on a sharp needle until it is exactly in balance and aligned horizontally. This approximate focus can be interpreted as the geographical center of Germany. The approach assumes that Germany is a flat area. this method is problematic because the majority of the cards to be used are unsuitable (see problem .)
  7. This is about 1.5 km northwest of the community chamber timber and thus approximately 4.5 km south west of the aforementioned geographic center at Niederdorla or Oberdorla ( 51 ° 8 '  N , 10 ° 25'  O )
    In this determination by the equilibrium Definition not clear. There are different opinions as to whether and how the islands or the twelve-mile zone and the exclaves are taken into account. Elevations are also not taken into account.
  8. The calculation determined a field 75 m north-northwest of the Landstreit estate near Eisenach as the center. Access is only allowed to residents. The determined point is not specially marked.
  9. ↑ As a representative, the Wartburg , located about 5 km southwest, was declared the center of Germany.
  10. Thus, the inclusion of the territorial sea shifts the center point by almost 34 km to the north. So far, no special marking has been used.
  11. exact coordinates are missing! Help.
  12. The already described approach of the equilibrium method assumes that Germany is a flat area. In some regions you may actually have this impression, but the method can also be expanded by one dimension. Instead of a map, a relief model is used , for example in the form of a milling model or 3D print based on laser scanner data . The center of gravity now found by balancing also takes into account the different mass distributions and thus indirectly also longer distances that result from overcoming mountains.
  13. It is located about 750 m west-northwest of the town center in a small wooded area. In the center of the village, an information board was placed on a prominent stone about this center of Germany. The hoped-for tourist interest is very limited.
  14. It is located at one point on Picksweg, approx. 200 m south of the main road. There, an information board about this central point of Germany was placed on a prominent stone. In some publications this point is referred to as the “old center of Germany”.
    A center of this type cannot, however, be determined very precisely for Germany, since the exact distribution of the measuring points at the state border is very problematic. A very tangled part of the border draws this center point more closely to itself than a straight part due to its relative length. See the problem of coastline .
  15. North of Flinsberg, at the Flinsberger Warte (516 m above sea level), there is another center point. The point named there on the sign is another 680 m NNW inconspicuously in a field
  16. The center of Germany's population in 2001 was southeast of Schöneberg and north of Brühbach in the Mörshausen district . The center changes constantly due to population migration.
  17. The method is known from geoinformatics as " bounding box ". It can be used for both two and three-dimensional representations. With the help of a map or the digital borderline, the coordinates of the four extreme points, i.e. the northernmost, southernmost as well as the easternmost and westernmost point of the country, are determined. The four points form a rectangle, the sides of which run parallel to the coordinate axes. To calculate the center point, the coordinates only need to be averaged and crossed. However, the approach has inadequacies: Depending on the definition of the coordinate axes, the spanned rectangle rotates and thus also the center point. At most it would be a possibility to form a common center from these points.
    In the first method mentioned above, “center of an area delimited by latitude and longitude” with the result Niederdorla, only the 0 ° rectangle was used.
  18. Alternatively, circles can also be used to determine the geographical center. Two figures clearly defined in terms of their position and extent are the smallest possible outer circle and the largest possible inner circle. Although the method is used for GIS-supported location analysis (e.g. planning of radio antennas), it provides different center points from which a common center point can be formed if necessary. Since the circles represent the real shape of Germany only very roughly, the acceptance for a geographical center found in this way is low.
  19. This procedure is also borrowed from geoinformatics and image processing. For better illustration and simplification, only the special case of squares should be considered at this point. The starting point of the calculation is a square, the side lengths of which are extended until they touch the national borders. In the second and each subsequent step, you look for those squares with half the side length of the previous pass that are also still within the limits. The process is continued up to a previously defined final value (smallest possible side length). The coordinates of the center points of the squares found are weighted with the associated area. The geographical center of Germany thus results from the arithmetic mean of the weighted center points. The method can be varied by changing the start and termination conditions and therefore also provides different results for the center point.
    It is easier to understand how to fill the state surface with squares of the same size as a regular grid. The squares are comparable to image points (pixels) of a digital image, for example a satellite image with a coarse resolution. If you average the center coordinates of the individual pixels, you get the center of Germany. The finer the raster, i. H. the smaller the squares, the more precisely the geographical center can be determined.

Centers of the federal states

region Focus Geocoordinate Calculation method photo
Baden-WürttembergBaden-Württemberg Baden-Württemberg
Tubingen , Elysium 48 ° 32 '16 "  N , 9 ° 2' 28"  E Center of gravity (with centered Lake Constance boundary line) Center BaWue.jpg
Böblingen , on the Tübinger Straße from Böblingen to Holzgerlingen 48 ° 39 ′ 43 "  N , 9 ° 0 ′ 14"  E Mean values ​​of the coordinates of the northernmost and southernmost as well as the easternmost and westernmost point in the reference system WGS84. Center-Baden-Wuerttembergs-in-Boeblingen.jpg
BavariaBavaria Bavaria District of Eichstätt , Kipfenberg 48 ° 56 ′ 47 "  N , 11 ° 24 ′ 15"  E main emphasis Geographical center of bavaria Kipfenberg.jpg
BerlinBerlin Berlin Friedrichshain-Kreuzberg district , Berlin-Kreuzberg , near Alexandrinenstrasse 15 52 ° 30 '10.4 "  N , 13 ° 24' 15.1"  E main emphasis Doenhoffplatz Meilensaeule2.jpg
BrandenburgBrandenburg Brandenburg North shore of the Fahrlander See , Potsdam - Fahrland 52 ° 27 '32.5 "  N , 13 ° 0' 57"  E Geographic center (halving the distances between the northernmost, southernmost, westernmost and easternmost point of the state border parallel to the longitude and latitude) Fahrland - Geographical Guide - geo.hlipp.de - 35603.jpg
BremenBremen Bremen Hagen in Bremen , Cuxhaven , Lower Saxony 53 ° 19 '  N , 8 ° 43'  E Estimated
HamburgHamburg Hamburg Uhlenhorst district , Hamburg-Uhlenhorst 53 ° 34 '8 "  N , 10 ° 1' 44"  E Mean values ​​of the outermost land borders
HesseHesse Hesse Mücke - Flensungen , Vogelsbergkreis 50 ° 36 ′ 29 "  N , 9 ° 1 ′ 42.5"  E 50 ° 36 ′ 3 "  N , 9 ° 1 ′ 36.7"  E Center of Hessen measured by the Hessischer Rundfunk, Studio Kassel, from 1983. The new point is about 800 m south and is unmarked. Center of Hessen measured by the Hessischer Rundfunk, Studio Kassel, from 1983. The new point is about 800 m south and is unmarked.
Commons : Center Hesse (Mücke-Flensungen)  - Collection of pictures, videos and audio files
Mecklenburg-Western PomeraniaMecklenburg-Western Pomerania Mecklenburg-Western Pomerania Rostock district , Teterow 53 ° 46 ′ 24.6 "  N , 12 ° 34 ′ 32"  E Determined after calculation Teterow center.jpg
Lower SaxonyLower Saxony Lower Saxony District of Nienburg / Weser , Hoyerhagen 52 ° 50 '23.4 "  N , 9 ° 4' 33.7"  E Geographical center of Lower Saxony in Hoyerhagen.jpg
North Rhine-WestphaliaNorth Rhine-Westphalia North Rhine-Westphalia Dortmund , Aplerbecker Mark 51 ° 28 ′ 42 "  N , 7 ° 33 ′ 18"  E Center of NRW 06.jpg
Rhineland-PalatinateRhineland-Palatinate Rhineland-Palatinate Rhein-Hunsrück district , Bärenbach (Hunsrück) 49 ° 57 ′ 18.5 "  N , 7 ° 18 ′ 37.5"  E Bärenbach07.jpg
SaarlandSaarland Saarland Neunkirchen district , Eppelborn 49 ° 23 ′ 3 "  N , 6 ° 57 ′ 13"  E

Geometric center (focus) of the Saarland

Falscheid , Lebach , Saarlouis district 49 ° 22 ′ 37 "  N , 6 ° 52 ′ 42"  E Geographical center of the Saarland Falscheid Saarland center badge fcm.jpg
SaxonySaxony Saxony
District of Saxon Switzerland-Eastern Ore Mountains , health resort Hartha , district Grillenburg , Tharandt forest 50 ° 55 ′ 46.1 ″  N , 13 ° 27 ′ 30 ″  E

Geographical center of Saxony

Center of Saxony.JPG
Obereula, district Deutschebora , Nossen , district of Meißen 51 ° 3 '10.6 "  N , 13 ° 20' 41.8"  E Physical focus of Saxony FocusSaxonyNossen280810FotoAndreKaiser.JPG
Saxony-AnhaltSaxony-Anhalt Saxony-Anhalt Schönebeck (Elbe) , Salzlandkreis 52 ° 0 ′ 32.6 "  N , 11 ° 42 ′ 9.6"  E Physical focus of Saxony-Anhalt
Tornitz , Salzlandkreis 51 ° 55 '28.2 "  N , 11 ° 50' 9.1"  E Determined by Michael Moll using the needle method Tornitz (Barby), geographical center of Saxony-Anhalt.jpg
Schleswig-HolsteinSchleswig-Holstein Schleswig-Holstein District of Rendsburg-Eckernförde , Nortorf 54 ° 11 ′ 8 ″  N , 9 ° 49 ′ 20 ″  E

Geographical center, division of the federal state into over 30,000 planning triangles by the state surveying office

The center of Schleswig-Holstein.jpg
ThuringiaThuringia Thuringia Ilm district , Rockhausen 50 ° 54 '12 "  N , 11 ° 1' 35"  E Intersection of the diagonals of an imaginary rectangle around Thuringia. Rockhausen center stone.JPG

Overview map

Central points of Germany (Germany)
Schleswig-Holstein Schleswig-Holstein
Schleswig-HolsteinSchleswig-Holstein Schleswig-Holstein
Rhineland-Palatinate Rhineland-Palatinate
Rhineland-PalatinateRhineland-Palatinate Rhineland-Palatinate
North Rhine-Westphalia North Rhine-Westphalia
North Rhine-WestphaliaNorth Rhine-Westphalia North Rhine-Westphalia
Mecklenburg-Western Pomerania Mecklenburg-Western Pomerania
Mecklenburg-Western PomeraniaMecklenburg-Western Pomerania Mecklenburg-Western Pomerania
Red pog.svg
Bremen Bremen
BremenBremen Bremen
Capital mark.svg
Lower Saxony Lower Saxony
Lower SaxonyLower Saxony Lower Saxony
Thuringia Thuringia
ThuringiaThuringia Thuringia
Hamburg Hamburg
HamburgHamburg Hamburg
Capital mark.svg
Hessen Hessen
HesseHesse Hesse
Bavaria Bavaria
BavariaBavaria Bavaria
Berlin Berlin
BerlinBerlin Berlin
Capital mark.svg
Red pog.svg
Saarland Saarland
SaarlandSaarland Saarland
Red pog.svg
Saxony Saxony
SaxonySaxony Saxony
Saxony-Anhalt Saxony-Anhalt
Saxony-AnhaltSaxony-Anhalt Saxony-Anhalt
Brandenburg Brandenburg
BrandenburgBrandenburg Brandenburg
Baden-Württemberg Baden-Württemberg
Baden-WürttembergBaden-Württemberg Baden-Württemberg
Red pog.svg
Central points of Germany
Central points of Germany
Flashspot.gif
Flashspot.gif
Flashspot.gif
Flashspot.gif
Flashspot.gif
Flashspot.gif
Flashspot.gif
Flashspot.gif
Central points in Germany
Double entries result from different calculation methods
Capital mark.svg = state capitals
Flashspot.gif= various central points in Germany depending on the calculation method

Remarks

  1. Nagold and Holzgerlingen also lay claim to the midpoint via different calculation methods.
    If you connect the northernmost and southernmost point as well as the westernmost and easternmost point of the country with a straight line, they intersect at a point near the Feldberg , district of Breisgau-Hochschwarzwald . That is not exactly central.
  2. Focus of the entire area of ​​the state. For this purpose, the area of ​​Baden-Württemberg was calculated using the Gaussian formula and then the center of gravity was determined in an XY coordinate system.
  3. This calculation method is very simple, but superficial. An information board and a landmark have been pointing to this place since October 2015.
  4. The memorial plaque is located near the street in a green area. This polished granite slab has been around since 1997. The silhouette of Berlin is set there - with an arrow pointing to the center of the city. Inscription of the center stone:

    HERE IS THE center of Berlin
    centroid eastern within the limits from 1996 52 ° 30 '0 ", 4 north latitude 13 ° 24' 15", 1 length

    Surveying office Kreuzberg in cooperation with the stonemasons and sculptors guild Berlin
    The actually measured center point is a good 200 m northeast on the closed club area of ​​the BFC Südring .
    A historical center of Berlin is said to have originally been on Spittelmarkt , where the mileage of the streets leading from Berlin now begins. A Prussian milestone, was built in 1730 on Niederwallstrasse / Alte Leipziger Strasse . For a long time it was the basis for calculating the distances to other places in the empire. A reconstruction is now about 160 m SSW on Dönhoffplatz . Since 1991, the distance to other cities has also been measured from the intersection of Leipzig with Seydelstrasse (center).
    Since the founding of Greater Berlin in 1920, the flagpole on the Rotes Rathaus has been the geographic center. It was more of a political decision. Before 1920, the city palace was the focal point.
  5. According to the 2-lot method, the center of Brandenburg is in Berlin-Reinickendorf , other center of gravity calculations find the center of Brandenburg in Berlin-Tempelhof . The mathematically controversial calculation method for the Fahrlander See results in at least one center point in the state of Brandenburg.
  6. The position was estimated. Between Bremen (city) and Bremerhaven in Lower Saxony. Thus the center is not in the state of Bremen.
  7. The previous center is marked by a massive stone with a plaque, directly at the southern entrance to Mücke (district Flensungen) on the right (eastern) side of a curve of the B 276. In July 2010, the center of Hesse was redefined using a modern measuring method and is now just before the boundary to Grünberg in a potato field on the Stockhäuser Höhe. After all, this is around one kilometer as the crow flies from the center stone set in 1983 on the outskirts of Flensung, but still in Mücke - just under 30 m north, i.e. within the municipal boundary.
  8. 1985 determined by the Hessischer Rundfunk
  9. The center calculated by astronomer Arnold Zenkert (founder of the Urania Planetarium Potsdam) is located on an inconspicuous field 15 km NNW near Prebberede ( 53 ° 46 ′ 24.6 ″  N , 12 ° 54 ′ 5 ″  E ) .
  10. The geographic center of Lower Saxony was measured in 2001. On May 23, 2003, an approx. 1.5 m high stone was set in the Feldmark 2.8 km north of Hoyerhagen, which was specially designed by a sculptor. Next to it is the Lower Saxony flag, a sign, the “Zentral ste Bank” and a refuge. The way is signposted.
  11. In the Nathebachtal on Gurlittstrasse between houses 18 and 28, opposite house 23 where the footpath leads northeast to the duck pond, is the planimetrically determined center of North Rhine-Westphalia.
  12. This center point deviates approx. 5.5 km from the geometric center point. But the city of Lebach insists that it is in the middle.
  13. The center of the largest (geometric) circle that fit within the bounds of Saxony , is located after the data from the years 1993 and 2009 south of Marbach (Striegistal) , on the western edge of the cell forest , not far from the monastery Altzella on the district Altzella in the city of Nossen.
    The midpoints of the former 50 ° 49 ′ 0 ″  N , 13 ° 27 ′ 30 ″  E north of the
    Lichtenberg dam. It was determined in 1992 by the Dresden cartographer Hans Brunner.
  14. Mean values ​​of the coordinates of the northernmost and southernmost as well as the easternmost and westernmost point of the country. About 1.5 km east of Naundorf and about 4.5 km southwest of Grillenburg is the geographic center of Saxony at the so-called thieves' chamber , in Tännichtgrund , in the Grillenburg district of the health resort Hartha.
  15. Determined with the aid of around 60,000 geographical points on the state border. An information point can be found in the Hirschfelder Weg in Obereula
  16. The physical center of gravity of Saxony-Anhalt lies in a field in a field about 450 m south-southeast of the Hummelberg Tower . It was determined by the State Office for Surveying and Geoinformation Saxony-Anhalt.
  17. The center is signposted. It is located on the road between Nortorf and Brammer 20.12  m above sea level. NN and was marked with a millstone.
  18. The marker stone, inaugurated on August 17, 2008, stands shortly before the western exit of the town on a small island in the middle of the main road. The actually calculated center point is 800 m west-northwest on a field.
    50 km to the northwest is one of the central points of Germany (mean values ​​of the coordinates of the northernmost and southernmost as well as the easternmost and westernmost point.)

Historical centers

German Empire (1871–1920)

Spremberg

Center of the German Empire from 1871 to 1920 in Spremberg / Niederlausitz
Destroyed original center stone

A center point was also determined at the time of the German Empire . Such was Spremberg 1871-1920 the geographical center of Germany. This is indicated by a renewed memorial stone, which is only a few meters away from the original location.

The calculation was based on the mean values ​​of the places furthest north, south, east and west of the German Empire at that time. The result of the calculations was published in the annual report of the higher education institutions for 1872.

There it said:

“At the end of these last discussions, which specifically concern local history, I would like to add a note here, which will be of some interest to the residents of our good town Spremberg. -

The northernmost point of the newly created German Empire lies at the village of Nimmersatt north of Memel , 55 degrees 52 minutes 56 seconds north latitude; the southernmost at the origin of the Stillach , a source river of the Iller in the Allgäu Alps , 47 degrees 15 minutes 48 seconds north latitude. The mean of this is 51 degrees 34 minutes 22 seconds. The easternmost point is near the village of Schilleningken not far from Schirwindt an der Scheschuppe , 40 degrees 32 minutes 25 seconds east longitude from Ferro ; the most westerly near the village of Isenbruch , four kilometers from the Meuse , 23 degrees 31 minutes 50 seconds east longitude from Ferro. The mean of this is 32 degrees 2 minutes 7.5 seconds.
The geographical center of the German Empire is the point which is below 51 degrees 34 minutes 22 seconds north latitude and 32 degrees 2 minutes 7.5 seconds east longitude.

The geographic center of the Reich is thus the point, which under ' "19.5 51 ° 34  N , 14 ° 22' 16.2"  O is located. But this point is located on the territory of the city of Spremberg. You can get to it (as measured on the General Staff map) if you walk almost exactly 500 paces (and two feet) from Dresdener Straße down Gartenstraße and the path that continues. "

In July 1914 an order was issued by the head of the Prussian land registry , v. It was sad that the center of the German Empire fell on the measuring table sheet 2547, i.e. the district of Spremberg.

In 1946, the inscription on the stone was destroyed by order of the then district administrator, who implemented Order No. 30 of the Allied Control Council to the letter. An imperial eagle and the fact that Germany once extended considerably further to the east no longer suited the time.

The original stone was recovered in March 1988 during the preparation of road construction works and is exhibited in the local history museum in Spremberg. According to information from the district monument curator at the time, the stone was so badly damaged after 1946 that the stone was removed from the writing and replaced in a concrete wall that it was not possible to restore it.

On January 19, 1991, a copy of the stone was set up just a few meters from the original location.

Outermost border towns of the German Empire:
The northernmost, easternmost, southernmost and westernmost place is indicated.

The calculations for the center of the empire went back to the geographer Heinrich Matzat, a senior teacher at the Spremberg high school . Coincidentally, the educational institution is almost next to the determined position, i.e. in the middle of the empire. This resulted from some inaccuracies in the calculation:

  • The method of defining a center from the center line between the outer degrees of longitude and latitude and their intersection is very controversial, as can be seen on the map display.
  • The details of the border points are imprecise and sometimes deviate considerably from the defined realm border.
    • In the north, the indicated meridian is in the place Nimmersatt, but about 1.3 km south of the imperial border.
    • At the eastern border formed by the Scheschuppe river , the deviation is approx. 750 m to the west and hits at least the core of the border town of Schilleningken (Ostdorf)
    • In the south, the location and position information is very freely laid out: The origin of the Stillach is around 17 km away, i.e. 6 km to the north. The specified position is already in Tyrol on the Krombach , almost Vorarlberg and approx. 750 m to the south.
    • In the west the position was given reasonably precisely. It deviates only 1.5 km to the southeast or 950 m to the west, which almost compensates for the deviation at the eastern border. At the center line there is a difference of only 100 m.
  • When considering the exact limit positions determined from maps and records the time, the calculation would be a position of 51 ° 34 '55.9 "  N , 14 ° 22' 35"  O arise. This is still in the Spremberg area, but is 1150 m from the designated point at the grammar school in the forest.

Krina

In 1918 a new center of the Reich was calculated and published. An inconspicuous memorial plaque on a field stone in the center of the village ("Horns Berg" 51 ° 39 ′ 19 ″  N , 12 ° 29 ′ 12 ″  E ) of Krina , Saxony-Anhalt , indicates that Krina was once the center of the German Empire. After the fall of the Wall, a field stone with a plaque was placed in the center of the village, which indicated the place as the "center of the Greater German Empire 1900". This faulty sign was stolen in 2017 and has since been replaced by a correct one.

During the division of Germany (1949–1990)

Central points of Germany (Germany)
BRD Rennerod
BRD
Rennerod
Herbstein BRD
Herbstein
BRD
Verlorenwasser GDR
Verlorenwasser
GDR
Former centers of divided Germany
Center of the GDR near Weitzgrund

As the centers of the old Federal Republic of Germany, u. a. the communities Rennerod in the Westerwald and Herbstein ( Vogelsbergkreis in Hesse ).

The center of the GDR was near the city of Belzig (GDR district Potsdam ) between Verlorenwasser and Weitzgrund in Fläming .

  • Remarks
  1. The center is in the urban area and is neither specifically designated nor marked.
  2. Directly on the B275 between Herbstein and the district Altenschlirf there is a large basalt block with a corresponding board inscription. The measured center point ( 50 ° 32 ′ 18 ″  N , 9 ° 21 ′ 41 ″  E ) is about 120 m northeast of the field.
  3. In April 1974 the center of mass with the coordinates 52 ° 12 '  N , 12 ° 31'  E was calculated at the TU Dresden and made public in the 12th episode of the TV series Outsider-Front- Runner. Since the determined point was on the military training area II of the GDR Interior Ministry ( People's Police or Stasi ), a correspondingly marked location was designated as the center approx. 600 m south. In 1976 the sign that pointed to the center of the GDR was removed, as the area belonged to the restricted area of ​​the military training area. Only the road between Weitzgrund and Verlorenwasser was allowed to be used by residents. Today's arrangement of markings and information came about at a time when the GDR no longer existed.

See also

Web links

Individual evidence

  1. ^ Center of Germany : Niederdorla
  2. Hamburger Abendblatt of March 17, 2010
  3. Hamburger Abendblatt dated August 9, 2013
  4. Center of Mecklenburg-Western Pomerania The Globetrotter 2012
    Center of Mecklenburg-Western Pomerania is under the dung Nordkurier 29.10.2017
  5. The geometric center of the Saarland is in Habach
  6. ^ Center of Saxony-Anhalt , DieWeltenbummler, December 31, 2012
  7. Based on the Ferro meridian, which corresponds to the Greenwich meridian used today at 51 ° 34 ′ 19.5 ″ N, 14 ° 22 ′ 16.2 ″ E
  8. Lausitzer Rundschau of April 12, 1988, local page
  9. ^ Chronicle of the Erwin-Strittmatter-Gymnasium
  10. 55 ° 53 ′ 39.4 ″  N , 21 ° 3 ′ 4.7 ″  E see northern limit on historical maps
  11. 54 ° 48 ′ 48.7 ″  N , 22 ° 53 ′ 11.2 ″  E see eastern border according to historical maps
  12. 47 ° 16 ′ 12.4 ″  N , 10 ° 10 ′ 42 ″  E see southern limit on historical maps
  13. 51 ° 3 ′ 4 ″  N , 5 ° 51 ′ 58.8 ″  E see map forum with overlaid historical maps
  14. Muldestausee-Bote No. 11/2017 page 13 district Krina: memorial plaque "Center of the German Empire"
  15. Also published in Geographischer Anzeiger. - 19th year / 1918, editor Dr. Hermann Haack u. a.