Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

History of the Munich–Maisach–Fürstenfeldbruck Geomagnetic Observatory

View through CrossRef
Abstract. The Munich–Maisach–Fürstenfeldbruck Geomagnetic Observatory is one of the observatories with the longest recordings of the geomagnetic field. It started with hourly measurements on 1 August 1840. The founder of the observatory in Munich was Johann von Lamont (1805–1879), the Director of the Royal Bavarian Astronomical Observatory. He had been stimulated to build his own observatory by the initiative of the Göttingen Magnetic Union founded in 1834 by Alexander von Humboldt (1769–1859) and Carl Friedrich Gauss (1777–1855). Before 1840 fewer than five observatories existed; the most prominent ones were those in London and Paris. At the beginning Lamont used equipment delivered by Gauss in Göttingen, but soon started to build instruments of his own design. Among them was a nonmagnetic theodolite which allowed precise geomagnetic measurements to be made also in the field. During the 1850s Lamont carried out geomagnetic surveys and produced geomagnetic maps for Germany and many other European countries. At the end of the nineteenth century accurate geomagnetic measurements in Munich became more and more disturbed by the magnetic stray fields from electric tramways and industry. During this period the quality of the data suffered and the measurements had to be interrupted several times. After a provisional solution in Maisach, a village 25 km west of Munich, a final solution could be found in the vicinity of the nearby city of Fürstenfeldbruck. Here the measurements started again on 1 January 1939. Since the 1980s the observatory has been part of INTERMAGNET, an organization providing almost real-time geomagnetic data of the highest quality.
Title: History of the Munich–Maisach–Fürstenfeldbruck Geomagnetic Observatory
Description:
Abstract.
The Munich–Maisach–Fürstenfeldbruck Geomagnetic Observatory is one of the observatories with the longest recordings of the geomagnetic field.
It started with hourly measurements on 1 August 1840.
The founder of the observatory in Munich was Johann von Lamont (1805–1879), the Director of the Royal Bavarian Astronomical Observatory.
He had been stimulated to build his own observatory by the initiative of the Göttingen Magnetic Union founded in 1834 by Alexander von Humboldt (1769–1859) and Carl Friedrich Gauss (1777–1855).
Before 1840 fewer than five observatories existed; the most prominent ones were those in London and Paris.
At the beginning Lamont used equipment delivered by Gauss in Göttingen, but soon started to build instruments of his own design.
Among them was a nonmagnetic theodolite which allowed precise geomagnetic measurements to be made also in the field.
During the 1850s Lamont carried out geomagnetic surveys and produced geomagnetic maps for Germany and many other European countries.
At the end of the nineteenth century accurate geomagnetic measurements in Munich became more and more disturbed by the magnetic stray fields from electric tramways and industry.
During this period the quality of the data suffered and the measurements had to be interrupted several times.
After a provisional solution in Maisach, a village 25 km west of Munich, a final solution could be found in the vicinity of the nearby city of Fürstenfeldbruck.
Here the measurements started again on 1 January 1939.
Since the 1980s the observatory has been part of INTERMAGNET, an organization providing almost real-time geomagnetic data of the highest quality.

Related Results

ANALYSIS OF GEOMAGNETIC DATABASES IMPACTING SPACE WEATHER
ANALYSIS OF GEOMAGNETIC DATABASES IMPACTING SPACE WEATHER
Through the complex analysis of the geomagnetic database of the Surlari Geomagnetic Observatory for over 80 years, corroborated with the data of other planetary observatories from ...
First Onsite Automatic Geomagnetic Observatory Improves Well-Bore Positioning
First Onsite Automatic Geomagnetic Observatory Improves Well-Bore Positioning
Abstract Improvements in measurement while drilling (MWD) and service reliability over the past 25 years has made MWD tools the most cost-effective method for calcul...
History of Kakioka Magnetic Observatory
History of Kakioka Magnetic Observatory
Abstract. Kakioka Magnetic Observatory (KMO) was founded in 1913 by the Central Meteorological Observatory (CMO, later the Japan Meteorological Agency) as a successor to Tokyo Magn...
Geomagnetically Induced Currents over Kazakhstan during Large Geomagnetic Storms
Geomagnetically Induced Currents over Kazakhstan during Large Geomagnetic Storms
<p>The paper shows that during very large magnetic storms (VLMS), the energy systems of Kazakhstan are exposed to geomagnetically induced currents for quite a long ti...
History of Kakioka Magnetic Observatory
History of Kakioka Magnetic Observatory
Abstract. Kakioka Magnetic Observatory (KMO) was founded in 1913 by Central Meteorological Observatory (CMO, later Japan Meteorological Agency) as a successor of Tokyo Magnetic Obs...
Characterizing anomalous geomagnetic induction from coastal effects with transfer functions and gradient measurements
Characterizing anomalous geomagnetic induction from coastal effects with transfer functions and gradient measurements
Abstract. The occurrence of anomalous subsurface currents in a region is of significant geophysical importance. Several geomagnetic methods have been developed to characterize the ...
Astronomical research in Kharkiv at the end of the 19th century – the first half of the 20th century
Astronomical research in Kharkiv at the end of the 19th century – the first half of the 20th century
The main milestones of the formation and development of astronomical science in Kharkiv during 1883–1945 are reconstructed on the example of the activities of the astronomical obse...
Fieldwork teaching on Mars using a Large-Scale Visualisation System
Fieldwork teaching on Mars using a Large-Scale Visualisation System
Recent orbital and rover images of the surface of Mars provide exceptional high-resolution views of the martian landscapes and its surface geology. These extensive datasets provide...

Back to Top